Modomics - A Database of RNA Modifications

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The UNICODE characters used to represent the changes have been updated. Please refer to the 2023 manuscript.

ID RNA_source_id SO term RNA Type RNA Subtype RNA Feature Organism Cellular localization Sequence (UNICODE)
1 tdbR00000010  SO:0000254 tRNA  Ala  VGC  Escherichia coli  prokaryotic cytosol  GGGGCUAUAGCUCAGCDGGGAGAGCGCCUGCUUVGCACGCAGGAG7UCUGCGGTPCGAUCCCGCAUAGCUCCACCA
2 tdbR00000008  SO:0000254 tRNA  Ala  GGC  Escherichia coli  prokaryotic cytosol  GGGGCUAUAGCUCAGCDGGGAGAGCGCUUGCAUGGCAUGCAAGAG7UCAGCGGTPCGAUCCCGCUUAGCUCCACCA
3 tdbR00000356  SO:0001036 tRNA  Arg  ICG  Escherichia coli  prokaryotic cytosol  GCAUCCG4AGCUCAGCDGGADAGAGUACUCGGʤUICGɿACCGAGCG7XCGGAGGTPCGAAUCCUCCCGGAUGCACCA
4 tdbR00000359  SO:0001036 tRNA  Arg  CCG  Escherichia coli  prokaryotic cytosol  GCGCCCGUAGCUCAGCDGGADAGAGCGCUGCCʤUCCGKAGGCAGAG7UCUCAGGTPCGAAUCCUGUCGGGCGCGCCA
5 tdbR00000358  SO:0001036 tRNA  Arg  UCU  Escherichia coli  prokaryotic cytosol  GCGCCCUUAGCUCAGUUGGAUAGAGCAACGACʤU{CU6AGPCGUGGGCCGCAGGTPCGAAUCCUGCAGGGCGCGCCA
7 tdbR00000295  SO:0000256 tRNA  Asn  GUU  Escherichia coli  prokaryotic cytosol  UCCUCUG4AGUUCAGDCGGDAGAACGGCGGACUQUU6APCCGUAU7UCACUGGTPCGAGUCCAGUCAGAGGAGCCA
8 tdbR00000026  SO:0000257 tRNA  Asp  ⊄UC  Escherichia coli  prokaryotic cytosol  GGAGCGG4AGUUCAGDCGGDDAGAAUACCUGCCU⊄UCɿCGCAGGGG7UCGCGGGTPCGAGUCCCGPCCGUUCCGCCA
9 tdbR00000020  SO:0000258 tRNA  Cys  GCA  Escherichia coli  prokaryotic cytosol  GGCGCGU4AACAAAGCGGDDAUGUAGCGGAPUGCA*APCCGUCUAGUCCGGTPCGACUCCGGAACGCGCCUCCA
10 tdbR00000333  SO:0000259 tRNA  Gln  UUG  Escherichia coli  prokaryotic cytosol  UGGGGUA4CGCCAAGC#GDAAGGCACCGGUJU$UGɿPACCGGCAUUCCCUGGTPCGAAUCCAGGUACCCCAGCCA
11 tdbR00000332  SO:0000259 tRNA  Gln  CUG  Escherichia coli  prokaryotic cytosol  UGGGGUA4CGCCAAGC#GDAAGGCACCGGAJUCUGɿPPCCGGCAUUCCGAGGTPCGAAUCCUCGUACCCCAGCCA
12 tdbR00000046  SO:0000260 tRNA  Glu  SUC  Escherichia coli  prokaryotic cytosol  GUCCCCUUCGUCPAGAGGCCCAGGACACCGCCCUSUCɿCGGCGGUAACAGGGGTPCGAAUCCCCUAGGGGACGCCA
13 tdbR00000117  SO:0000261 tRNA  Gly  CCC  Escherichia coli  prokaryotic cytosol  GCGGGCG4AGUUCAAUGGDAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGTPCGAUUCCCUUCGCCCGCUCCA
14 tdbR00000119  SO:0000261 tRNA  Gly  {CC  Escherichia coli  prokaryotic cytosol  GCGGGCAUCGUAUAAUGGCUAUUACCUCAGCCU{CCAAGCUGAUGAUGCGGGTPCGAUUCCCGCUGCCCGCUCCA
15 tdbR00000118  SO:0000261 tRNA  Gly  GCC  Escherichia coli  prokaryotic cytosol  GCGGGAA4AGCUCAGDDGGDAGAGCACGACCUUGCCAAGGUCGGG7UCGCGAGTPCGAGUCUCGUUUCCCGCUCCA
16 tdbR00000141  SO:0000262 tRNA  His  GUG  Escherichia coli  prokaryotic cytosol  GGUGGCUA4AGCUCAGDDGGDAGAGCCCUGGAUUQUGɿPPCCAGUU7UCGUGGGTPCGAAUCCCAUUAGCCACCCCA
17 tdbR00000158  SO:0000258 tRNA  Ile  GAU  Escherichia coli  prokaryotic cytosol  AGGCUUGUAGCUCAGGDGGDDAGAGCGCACCCCUGAU6AGGGUGAG7XCGGUGGTPCAAGUCCACPCAGGCCUACCA
18 tdbR00000160  SO:0000258 tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  GGCCCCU4AGCUCAGU#GDDAGAGCAGGCGACU}AU6APCGCUUG7XCGCUGGTPCAAGUCCAGCAGGGGCCACCA
20 J01695  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCAUCCCGACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCULCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAACƑAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGЖAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGLGGADAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUÇGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGUPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
21 tdbR00000221  SO:0000264 tRNA  Leu  CAG  Escherichia coli  prokaryotic cytosol  GCGAAGGUGGCGGAADD#GDAGACGCGCUAGCUUCAGKPGPUAGUGUCCUUACGGACGUGGGGGTPCAAGUCCCCCCCCUCGCACCA
22 tdbR00000222  SO:0000264 tRNA  Leu  GAG  Escherichia coli  prokaryotic cytosol  GCCGAGGUGGUGGAADD#GDAGACACGCUACCUUGAGKPGGUAGUGCCCAAUAGGGCUUACGGGTPCAAGUCCCGUCCUCGGUACCA
24 tdbR00000220  SO:0000264 tRNA  Leu  )AA  Escherichia coli  prokaryotic cytosol  GCCCGGA4GGUGGAADC#GDAGACACAAGGGAPU)AA*APCCCUCGGCGUUCGCGCUGUGCGGGTPCAAGUCCCGCUCCGGGUACCA
25 tdbD00007027  SO:0000264 tRNA  Leu  BAA  Escherichia coli  prokaryotic cytosol  GCCGAAG4GGCGAAADC#GDAGACGCAGUUGAPUBAA*APCAACCGUAGAAAUACGUGCCGGTPCGAGUCCGGCCUUCGGCACCA
26 tdbR00000181  SO:0000265 tRNA  Lys  SUU  Escherichia coli  prokaryotic cytosol  GGGUCGUUAGCUCAGDDGGDAGAGCAGUUGACUSUU6APCAAUUG7XCGCAGGTPCGAAUCCUGCACGACCCACCA
27 tdbR00000276  SO:0000266 tRNA  Met  MAU  Escherichia coli  prokaryotic cytosol  GGCUACG4AGCUCAGDD#GDDAGAGCACAUCACUMAU6APGAUGGG7XCACAGGTPCGAAUCCCGUCGUAGCCACCA
28 tdbR00000067  SO:0000267 tRNA  Phe  GAA  Escherichia coli  prokaryotic cytosol  GCCCGGA4AGCUCAGDCGGDAGAGCAGGGGAPUGAA*APCCCCGU7XCCUUGGTPCGAUUCCGAGUCCGGGCACCA
29 tdbD00008358  SO:0000268 tRNA  Pro  CGG  Escherichia coli  prokaryotic cytosol  CGGUGAUUGGCGCAGCCUGGDAGCGCACUUCGUUCGGKACGAAGGG7UCGGAGGTPCGAAUCCUCUAUCACCGACCA
32 J01695  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUL?AACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGLCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGGGCCUUGUACACACCGλCCGU?ACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGΔAACAAGGUAACCGUAGGLGZZCCUGCGGUUGGAUCACCUCCUUA
33 tdbD00003675  SO:0005857 tRNA  Sec  UCA  Escherichia coli  prokaryotic cytosol  GGAAGAUCG4CGUCUCCGGDGAGGCGGCUGGACUUCAЧAUCCAGUUGGGGCCGCCAGCGGUCCCGGGCAGGTPCGACUCCUGUGAUCUUCCGCCA
34 tdbR00000394  SO:0000269 tRNA  Ser  UGA  Escherichia coli  prokaryotic cytosol  GGAAGUG4GGCCGAGC#GDDGAAGGCACCGGUBUVGA*AACCGGCGACCCGAAAGGGUUCCAGAGTPCGAAUCUCUGCGCUUCCGCCA
35 tdbR00000390  SO:0000269 tRNA  Ser  CGA  Escherichia coli  prokaryotic cytosol  GGAGAGAUGCCGGAGC#GCDGAACGGACCGGUCUCGA*AACCGGAGUAGGGGCAACUCUACCGGGGGTPCAAAUCCCCCUCUCUCCGCCA
36 tdbR00000391  SO:0000269 tRNA  Ser  GCU  Escherichia coli  prokaryotic cytosol  GGUGAGG4GGCCGAGAGGCDGAAGGCGCUCCCʤUGCU6AGGGAGUAUGCGGUCAAAAGCUGCAUCCGGGGTPCGAAUCCCCGCCUCACCGCCA
37 tdbR00000393  SO:0000269 tRNA  Ser  GGA  Escherichia coli  prokaryotic cytosol  GGUGAGG4GUCCGAGU#GDDGAAGGAGCACGCCUGGAAAGPGUGUAUACGGCAACGUAUCGGGGGTPCGAAUCCCCCCCUCACCGCCA
38 tdbD00010339  SO:0000270 tRNA  Thr  GGU  Escherichia coli  prokaryotic cytosol  GCUGAUAUGGCUCAGDDGGDAGAGCGCACCCUUGGUEAGGGUGAG7UCCCCAGTPCGACUCUGGGUAUCAGCACCA
40 tdbR00000437  SO:0000270 tRNA  Thr  GGU  Escherichia coli  prokaryotic cytosol  GCUGAUAUAGCUCAGDDGGDAGAGCGCACCCUUGGUEAGGGUGAG7UCGGCAGTPCGAAUCUGCCUAUCAGCACCA
42 tdbR00000484  SO:0000271 tRNA  Trp  CCA  Escherichia coli  prokaryotic cytosol  AGGGGCG4AGUUCAADDGGDAGAGCACCGGUBUCCA*AACCGGGU7UUGGGAGTPCGAGUCUCUCCGCCCCUGCCA
43 tdbD00011738  SO:0000272 tRNA  Tyr  QUA  Escherichia coli  prokaryotic cytosol  GGUGGGG44CCCGAGC#GCCAAAGGGAGCAGACUQPA*APCUGCCGUCAUCGACUUCGAAGGTPCGAAUCCUUCCCCCACCACCA
44 tdbD00003526  SO:0000272 tRNA  Tyr  QUA  Escherichia coli  prokaryotic cytosol  GGUGGGG44CCCGAGC#GCCAAAGGGAGCAGACUQPA*APCUGCCGUCACAGACUUCGAAGGTPCGAAUCCUUCCCCCACCACCA
45 tdbR00000456  SO:0000273 tRNA  Val  VAC  Escherichia coli  prokaryotic cytosol  GGGUGAU4AGCUCAGCDGGGAGAGCACCUCCCUVACЖAGGAGGGG7UCGGCGGTPCGAUCCCGUCAUCACCCACCA
46 tdbR00000454  SO:0000273 tRNA  Val  GAC  Escherichia coli  prokaryotic cytosol  GCGUCCG4AGCUCAGDDGGDDAGAGCACCACCUUGACAUGGUGGGG7XCGGUGGTPCGAGUCCACUCGGACGCACCA
47 tdbR00000455  SO:0000273 tRNA  Val  GAC  Escherichia coli  prokaryotic cytosol  GCGUUCA4AGCUCAGDDGGDDAGAGCACCACCUUGACAUGGUGGGG7XCGUUGGTPCGAGUCCAAUUGAACGCACCA
48 tdbR00000511  SO:0000266 tRNA  Ini  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAG7UCGUCGGTPCAAAUCCGGCCCCCGCAACCA
49 tdbR00000510  SO:0000266 tRNA  Ini  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
50 tdbR00000012  SO:0000254 tRNA  Ala  AGC  Saccharomyces cerevisiae  eukaryotic cytosol   GGGCGUGUKGCGUAGDCGGDAGCGCRCUCCCUUIGCOPGGGAGAGGDCUCCGGTPCGAUUCCGGACUCGUCCACCA
54 tdbR00000370  SO:0001036 tRNA  Arg  UCU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUCGCGUKLCGUAADGGCAACGCRPCUGACU1CU6APCAGAAGADUAUGGGTPCGѢCCCCCAUCGUGAGUGCCA
56 tdbR00000369  SO:0001036 tRNA  Arg  ICG  Saccharomyces cerevisiae  eukaryotic cytosol   PUCCUCGUKLCCCAADGGDCACGGCRPCUGGCUICGAACCAGAAGADU?CAGGTPCAѢGUCCUGGCGGGGAAGCCA
60 tdbR00000300  SO:0000256 tRNA  Asn  GUU  Saccharomyces cerevisiae  eukaryotic cytosol   GACUCCAUGLCCAAGDDGGDDAAGGCRUGCGACUGUU6APCGCAAGAD?GUGAGTPCAѢCCCUCACUGGGGUCGCCA
62 tdbR00000035  SO:0000257 tRNA  Asp  GUC  Saccharomyces cerevisiae  eukaryotic cytosol   UCCGUGAUAGUUPAADGGDCAGAAUGGGCGCPUGUCKCGUGCCAGAU?GGGGTPCAAUUCCCCGUCGCGGAGCCA
64 tdbR00000021  SO:0000258 tRNA  Cys  GCA  Saccharomyces cerevisiae  eukaryotic cytosol   GCUCGUAUGGCGCAGDGGDAGCGCAGCAGAPUGCAЧAPCUGUUG7D?CUUAGTPCGѢUCCUGAGUGCGAGCUCCA
70 tdbR00000054  SO:0000260 tRNA  Glu  UUC  Saccharomyces cerevisiae  eukaryotic cytosol   UCCGAUAUAGUGPAACGGCDAUCACAPCACGCU3UCACCGUGGAGAC?GGGGTPCGACUCCCCGUAUCGGAGCCA
74 tdbR00000129  SO:0000261 tRNA  Gly  GCC  Saccharomyces cerevisiae  eukaryotic cytosol   GCGBAAGUKGUUPAGDGGDAAAAUCCAACGPUGCCAPCGUUGGGC?CCGGTPCGAUUCCGGGCUUGCGCACCA
76 tdbD00005348  SO:0000261 tRNA  Gly  UCC  Saccharomyces cerevisiae  eukaryotic cytosol   GGGCGGUUAGUGPAGDGGDDAUCAUCCCACCCUNCCAAGGUGGGGACACGGGTPCGAUUCUCGUACCGCUCACCA
78 tdbR00000144  SO:0000262 tRNA  His  GUG  Saccharomyces cerevisiae  eukaryotic cytosol   GGCCʍUCUUAGUAPAGD#GDDAGUACACAACAPUGUGKCPGUUGAAAC?CUGGTPCGAUUCUAGGAGGUGGCACCA
80 tdbR00000145  SO:0000262 tRNA  His  GUG  Saccharomyces cerevisiae  eukaryotic cytosol   GGCCʍUCUUAGUAPAGD#GDDAGUACACAUCGPUGUGKCCGAUGAAAC?CUGGTPCGAUUCUAGGAGAUGGCACCA
82 tdbR00000170  SO:0000258 tRNA  Ile  AAU  Saccharomyces cerevisiae  eukaryotic cytosol   GGUCUCUUKLCCCAGDDGGDDAAGGCACCGUGCUIAU6ACGCGGGGAD?AGCGGTPCGѢUCCCGCUAGAGACCACCA
84 tdbD00005935  SO:0000258 tRNA  Ile  UAU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUCGUGUALCUCAGDGGDDAGAGCUPCGUGCUPAP6ACGCGACC7D?GUGGGTPCAѢUCCCCACCPCGAGCACCA
88 U53879  SO:0001002 rRNA  LSU-L  25S  Saccharomyces cerevisiae  eukaryotic cytosol   GUUUGACCUCAAAUCAGGUAGGAGUACCCGCUGAACUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACCAACCGGGAUUGCCUUAGUAACGGCGAGUGAAGCGGCAAAAGCUCAAAUUUGAAAUCUGGUACCUUCGGUGCCCGAGUUGUAAUUUGGAGAGGGCAACUUUGGGGCCGUUCCUUGUCUAUGUUCCUUGGAACAGGACGUCAUAGAGGGUGAGAAUCCCGUGUGGCGAGGAGUGCGGUUCUUUGUAAAGUGCCUUCGAAGAGUCGAGUUGUUUGGGAAUGCAGCUCUAAGUGGGUGGUAAAUUCCAUCUAAAGCUAAAUAUUGGCGAGAGACCGAUAGCGAACAAGUACAGUGAUGGAAAGAUGAAAAGAACUUUGAAAAGAGAGUGAAAAAGUACGUGAAAUUGUUGAAAGGGAAGGGCAUUUGAUCAGACAUGGUGUUUUGUGCCCUCUGCUCCUUGUGGGUAGGGGAAUCUCGCAUUUCACUGGGCCAGCAUCAGUUUUGGUGGCAGGAUAAAUCCAUAGGAAUGUAGCUUGCCUCGGUAAGUAUUAUAGCCUGUGGGAAUACUGCCAGCUGGGACUGAGGACUGCGACGUAAGUCAAGGAUGCUGGCAUAAUGGUUAUAUGCCGCCCGUCUUGѢAACʍBGGACCAAGGAGUBUAACGUCUAUGCGAGUGUUUGGGUGUAAAACCCAUACGCGUAAUGAAAGUGAACGUAGGUUGGGGCCUCGCAAGAGGUGCACAAUCGACCGAUCCUGAUGUCUUCGGAUGGAPUUGAGUAAGAGCAUAGCUGUUGGGACCC#AʍAGAUGGUGAʍCUAUGCCUGAAUAGGGUGAAGCCAGAGGAAACUCUGGUGGAGGCUCGUA#CGGUUCUGʍCGUGCAAAUCGAUCGUCGAAUJUGGGUAUAG#GGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCUGCCGAAGUUUCCCPCAGGAPAGCAGAAGCUCGUAUCAGUPUUAPGAGGUAAAGCGAAPGAUUAGAGGUUCCGGGGUCGAAAUGACCUUGACCUAUPCUCAAACUUPAAAPAUGUAAGAAGUCCUUGUUACUUAAUUGAACGUGGACAUUUGAAUGAAGAGCUUPUAGUGGGCCAUUUPUGGUAAGCʍGAACUGGCGAUGCGGGAUGAACCGAACGUAGAGUUAAGGUGCCGGAAUACACGCUCAUCAGACACCACAAAAGGUGUUAGUUCAUCUAGACAGCCGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCGGCCGAAUGAACUAGCCCUGAAAAUGGAUGGCGCUCAAGCGUGUUACCUAUACUCUACCGUCAGGGUUGAUAUGAUGCCCUGACGAGUAGGCAGGCGUGGAGGUCAGUGACGAAGCCUAGACCGUAAGGUCGGGUCGAACGGCCUCUAGUGCAGAUBUUGGUGGUAGUAʍ#CAAAUAUUCAAAUGAGAACUUUGAAGACUGAAGUGGGGAAAGGUUCCACGUCAACAGCAGUUGGACGUGGGUUAGUCGAUCCUAAGAGAUGGGGAAGCUCCGUUUCAAAGGCCUGAUUUUAUGCAGGCCACCAUCGAAAGGGAAUCCGGUUAAGAUUCCGGAACCUGGAUAUGGAUUCUUCACGGUAACGUAACUGAAUGUGGAGACGUCGGCGCGAGCCCUGGGAGGAGUUAUCUUUUCUUCUUAACAGCUUAUCACCCCGGAAUUGGUUUAUCCGGAGAUGGGGUCUUAUGGCUGGAAGAGGCCAGCACCUUUGCUGGCUCCGGUGCGCUUGUGACGGCCCGUGAAAAUCCACAGGAAGGAAUAGUUUUCAUGCCAGGUCGUACUGAUAACCGCAGCAGGUCUCCAAGGUGAACAGCCUCUAGUUGAUAGAAUAAJGUAGAUAAGGGAAGUCGGCAAAAUAGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGGUCGGGUAGUGAGGGCCUUGGUCAGACGCAGCGGGCGUGCUUGUGGACUGCUUGGUGGGGCUUGCUCUGCUAGGCGGACUACUUGCGUGCCUUGUUGUAGACGGCCUUGGUAGGUCUCUUGUAGACCGUCGCUUGCUACAAUUAACGAUCAACUUAGAACUGGUACGGACAAGGGGAAUCPGACPGUCUAAUUѢAAACAUAGCAUUGCGAUGGUCAGAAAGUGAUGUUGACGCAAUGUGAUUPCUGCCBAGUGCUCUGAAUGUCAAAGUGAAʍGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAGUAʍCPAPGACPCPCUUAAGGUAGC?AʍʍUGCCUC#UCAUCUAAUUAGUGACGCGCAUGAAPGGAUUAACGAGAUUCCCACUGUBCCPAUCUACJAPCPAGCGAAACCACAGCCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUGUUGAGCPJGACJCUAGUUUGACAUUGUGAAGAGACAUAGAGGGUGUAGAAUAAGUGGGAGCUUCGGCGCCAGUGAAAUACCACUACCUUUAUAGUUUCUUUACUUAUUCAAUGAAGCGGAGCUGGAAUUCAUUUUCCACGUUCUAGCAUUCAAGGUCCCAUUCGGGGCUGAUCCGGGUUGAAGACAUUGUCAGGUGGGGAGUUUGGCUG#GGCGGCACAUCUGUΔAAACGʍUAACGCAGAUGUCCUAAGGGGGGCUCAUGGAGAACAGAAAUCUCCAGUAGAACAAAAGGGUAAAAGCCCCCUUGAUUUUGAUUUJUCAGJGUGAAPACAAACCAUGAAAGUGUGGCCUAUCGAUCCUUUAGUCCCUCGGAAUUUGAGGCUA#AG#GUGCCAGAAAAGUUACCACAG#GAUAACUGGCPUGUGGCAGUCAAGCGUΔCAUAGCGACAUUGCUUUUUGAPUCUU?GAUGUCGGCPCUUCCUAUCAUACCGAAGCAGAAUUCGGUAAGCGUUGGAUJ#PUCACCCACUAAUAGGGAACGPGʍGBUGGGUUUAGABCGUCGUGAGACAGGUPAGUUUUACCCUACUGAUGAAUGUUACCGCAAUAGUAAUUGAACUUAGUACGAGAGGAACAGUUCAUUCGGAUAAUUGGUUUUUGCGGCUGUCUGAUCAGGCAUUGCCGCGAAGCUACCAUCCGCUGGAUUAUGGCUGAACGCCUCUAAGUCAGAAUCCAUGCUAGAACGCGGUGAUUUCUUUGCUCCACACAAUAUAGAUGGAUACGAAUAAGGCGUCCUUGUGGCGUCGCUGAACCAUAGCAGGCUAGCAACGGUGCACUUGGCGGAAAGGCCUUGGGUGCUUGCUGGCGAAUUGCAAUGUCAUUUUGCGUGGGGAUAAAUCAUUUGUAUACGACUUAGAUGUACAACGGGGUAUUGUAAGCAGUAGAGUAGCCUUGUUGUUACGAUCUGCUGAGAUUAAGCCUUUGUUGUCUGAUUUGU
89 tdbR00000250  SO:0000264 tRNA  Leu  UAG  Saccharomyces cerevisiae  eukaryotic cytosol   GGGAGUUUGLCMGAGD#GDDDAAGGCRPCAGAPUUAGKCPCUGAUAUCUUCGGAUG?AAGGGTPCGѢAUCCCUUAGCUCUCACCA
91 tdbR00000249  SO:0000264 tRNA  Leu  CAA  Saccharomyces cerevisiae  eukaryotic cytosol   GGUUGUUUGLCMGAGC#GDCDAAGGCRCCUGAPU?AAKCPCAGGUAUCGUAAGAUG?AAGAGTPCGAAUCUCUUAGCAACCACCA
93 tdbR00000251  SO:0000264 tRNA  Leu  UAA  Saccharomyces cerevisiae  eukaryotic cytosol   GGAGGGUUGLCMGAGD#GDCDAAGGCRGCAGABUNAAKAPCUGUUGGACGGUUGUCCG?GCGAGTPCGѢACCUCGCAUCCUUCACCA
95 tdbR00000192  SO:0000265 tRNA  Lys  CUU  Saccharomyces cerevisiae  eukaryotic cytosol   GCCUUGUUKLCGCAADCGGDAGCGCRPAUGACUCUU6APCAUAAG7UUAGGGGTPCGѢGCCCCCUACAGGGCUCCA
97 tdbR00000193  SO:0000265 tRNA  Lys  3UU  Saccharomyces cerevisiae  eukaryotic cytosol   PCCUUGUUALCUCAGDDGGDAGAGCRPPCGGCU3UU6ACCGAAAU7D?AGGGGTPCGѢGCCCCCUAPGAGGAGCCA
99 tdbR00000284  SO:0000266 tRNA  Met  CAU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUUCAGUALCUCAGDAGGAAGAGCRPCAGPCUCAU6APCUGAAG7D?GAGAGTPCGѢACCUCUCCUGGAGCACCA
101 tdbR00000083  SO:0000267 tRNA  Phe  GAA  Saccharomyces cerevisiae  eukaryotic cytosol   GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
103 tdbR00000084  SO:0000267 tRNA  Phe  GAA  Saccharomyces cerevisiae  eukaryotic cytosol   GCGGACUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAGUUCGCACCA
105 tdbR00000323  SO:0000268 tRNA  Pro  UGG  Saccharomyces cerevisiae  eukaryotic cytosol   GGGBGUGUKGUCPAGDGGDAUGAUUCUCGCPUNGGKPGCGAGAG7CCCUGGGTPCAѢUUCCCAGCUCGCCCCCCA
107 U53879  S0:0000407 rRNA  SSU  18S  Saccharomyces cerevisiae  eukaryotic cytosol   UAUCUGGUUGAUCCUGCCAGUAGUCAUʍUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUAUAAGCAAUUUAUACAGUGAAACUGCGAAUGGCUCʍUUAAAPCAGUUAUCGUUUAPUUGAUAGUUCCUUUACUACAUGGUAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCUUAAAAUCUCGACCCUUUGGAAGAGAUGUAUUUAPUAGAUAAAAAAUCAAUGUCUUCGGACUCUUUGAUGAUUCAUAAUAACUUUUCGAAUCGCAUGGCCUUGUGCUGGCGAUGGUUCAUUCAAAPUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUUUCAACGGGUAACGGGGAAUAAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUBCAAGGʍAGGCAGCAGGCGCGCʍAAUUACCCAAUCCUAAUUCAGGGAGGUAGPGACAAUAAAUAACGAUACAGGGCCCAUUCGGGUCUUGUAAUUGGAAUGAGUACAAUGUAAAUACCUUAACGAGGʍACAAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGJAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGUUGCAGUUʍAAAAGCUCGUAGPUGAACUUUGGGCCCGGUUGGCCGGUCCGAUUUUUUCGUGUACUGGAUUUCCAACGGGGCCUUUCCUUCUGGCUAACCUUGAGUCCUUGUGGCUCUUGGCGAACCAGGACUUUUACUUUGAAAAAAUPAGAGUGPUCAAAGCAGGCGUAUUGCUCGAAUAUAUUʍGCAUGGAAUAAUAGAAUAGGACGUUUGGUUCUAUUUUGUUGGUUUCUAGGACCAUCGUAAUGAUUAAUAGGGACGGUCGGGGGCAUCAGUAUUCAAUUGUCAGAGGUGAAAUUCUUGGAUUUAUUGAAGACUAACUACUGCGAAAGCAUUUGCCAAGGACGUUUUCAUUAAUCAAGAʍCGAAAGUUAGGGGAUCGAAGAUGAPCAGAUACBGUCGUAGUCUUAACCAUAAACUAUGCCGACUAGGGAUCGGGUGGUGUUUUUUUAAUGACCCACUCGGCACCUUACGAGAAAUCAAAGUCUUUGGGUUCUGGGGGGAGUAUGGUCGCAA#GCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCPUAAUUPGACαCAACACGGGGAAACUCACCAGGUCCAGACACAAUAAGGAUUGACAGAUUGAGAGCUCUUUCUUGAUUUUGUGGGUGGJG#UGCAUGGCCGUUCUUAGUPGGUGGAGUGAUUUGUCUGCUUAAUUGCGAUAACGAACGAGACCUUAACCUACUAAAUAGUGGUGCUAGCAUUUGCUGGUUAUCCACUUCUUAGAGGGACUAUCGGUUUCAAGCCGAUGGAAGUUPGAGGCAAUAACA#GUCUGUGAUGCCCUUAGACGUUCUGGGCCGCACGCGCGCUACACUGACGGAGCCAGCGAGUCUAACCUUGGCCGAGAGGUCUUGGUAAUCUUGUGAAACUCCGUCGUGCUGGGGAUAGAGCAUUGUAAUUAUUGCUCUUCAAC#AG7AAUUCCUAGUAAGCGCAAGUCAUCAGCUUGCGUUGAUUACGUCCCUGCCCUUUGUACACACCGBCCGUCGCUAGUACCGAUUGAAUGGCUUAGUGAGGCCUCAGGAUCUGCUUAGAGAAGGGGGCAACUCCAUCUCAGAGCGGAGAAUUUGGACAAACUUGGUCAUUUAGAGGAACUAAAAGUCGUAACAAGGUUUCMGUAGGUGZZCCUGCGGAAGGAUCAUUA
108 tdbD00009888  SO:0000269 tRNA  Ser  CGA  Saccharomyces cerevisiae  eukaryotic cytosol   GGCACUAUGGCMGAGD#GDDAAGGCRAGAGAЩUCGAЧAPCUCUJGGGCUCUGCCCG?GCUGGTPCAAAUCCUGCUGGUGUCGCCA
110 tdbR00000406  SO:0000269 tRNA  Ser  UGA  Saccharomyces cerevisiae  eukaryotic cytosol   GGCACUAUGGCMGAGD#GDDAAGGCRACAGAЩU&GAЧAPCUGUJGGGCUCUGCCCG?GCUGGTPCAAAUCCUGCUGGUGUCGCCA
112 tdbR00000407  SO:0000269 tRNA  Ser  IGA  Saccharomyces cerevisiae  eukaryotic cytosol   GGCAACUUGGCMGAGD#GDDAAGGCRAAAGAPUIGAЧAPCUUUJGGGCUCUGCCCG?GCAGGTPCAAAUCCUGCAGUUGUCGCCA
114 tdbR00000408  SO:0000269 tRNA  Ser  IGA  Saccharomyces cerevisiae  eukaryotic cytosol   GGCAACUUGGCMGAGD#GDDAAGGCRAAAGAPUIGAЧAPCUUUJGGGCUUUGCCCG?GCAGGTPCGAGUCCUGCAGUUGUCGCCA
116 tdbD00009889  SO:0000269 tRNA  Ser  GCU  Saccharomyces cerevisiae  eukaryotic cytosol   GUCCCAGUGGCMGAGD#GDDAAGGCRAUGCCCUGCU6AGGCAUJGGGUUUUACCUG?GCAGGTPCGѢAUCCUGUCUGUGACGCCA
118 tdbR00000443  SO:0000270 tRNA  Thr  AGU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUUCUAUGLCCAAGDDGGDAAGGCRCCACAЩUIGU6APGUGGAGAD?AUCGGTPCAѢAUCCGAUUGGAAGCACCA
120 tdbR00000444  SO:0000270 tRNA  Thr  AGU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUUCUAUGLCCAAGDDGGDAAGGCRCCACAЩUIGU6APGUGGAGAD?GUCGGTPCAѢAUCCGACUGGAAGCACCA
122 tdbR00000494  SO:0000271 tRNA  Trp  CCA  Saccharomyces cerevisiae  eukaryotic cytosol   GAAGCGGUKLCUCAAD#GDAGAGCPPPCGABUBCAAAPCGAAGG7DUGCAGGTPCAѢUUCCUGPCCGUUUCACCA
124 tdbR00000555  SO:0000272 tRNA  Tyr  GUA  Saccharomyces cerevisiae  eukaryotic cytosol   CUCUCGGUALCCAAGDD#GDDDAAGGCRCAAGACUGPAЧAPCUUGAGAD?GGGCGTPCGѢCUCGCCCCCGGGAGACCA
126 tdbR00000466  SO:0000273 tRNA  Val  UAC  Saccharomyces cerevisiae  eukaryotic cytosol   GGUCCAAUGLUCCAGDGGDDCAAGACRPCGCCPU&ACACGGCGAAGADC?CGAGTPCGѢACCUCGGUUGGAUCACCA
128 tdbR00000465  SO:0000273 tRNA  Val  CAC  Saccharomyces cerevisiae  eukaryotic cytosol   GUUCCAAUALUGPAGCGGCDAUCACLPPGCCPUCACACGGCAAAG7DC?CGAGTPCGѢUCCUCGGUUGGAACACCA
130 tdbR00000464  SO:0000273 tRNA  Val  AAC  Saccharomyces cerevisiae  eukaryotic cytosol   GGUUUCGUKGUCPAGDCGGDDAUGGCAPCUGCPUIACACGCAGAAC7DC?CCAGTPCGѢUCCUGGGCGAAAUCACCA
132 tdbR00000526  SO:0000266 tRNA  Ini  CAU  Saccharomyces cerevisiae  eukaryotic cytosol   AGCGCCGUKLCGCAGDGGAAGCGCRCAGGGCUCAU6ACCCUGAU7D??UCGGAUCGѢAACCGʩGCGGCGCUACCA
146 tdbR00000164  SO:0000258 tRNA  Ile  GAU  Saccharomyces cerevisiae  mitochondrion  GAAACUAUAAUUCAADDGGDUAGAAUAGUAUPUUGAU6AGGUACAAAUAUAGGTPCAAUCCCUGUUAGUUUCACCA
147 tdbR00000237  SO:0000264 tRNA  Leu  !AA  Saccharomyces cerevisiae  mitochondrion  GCUAUUUUGGUGGAADUGGDAGACACRAUACPCU!AAKAPGUAUUACUUUACAGUAUGAAGGTPCAAGUCCUUUAAAUAGCACCA
148 tdbR00000183  SO:0000265 tRNA  Lys  $UU  Saccharomyces cerevisiae  mitochondrion  GAGAAUAUUGUUUAADGGDAAAACAGPUGPCU$UU6AGCAACCCAUGCUUGGTPCAACUCCAGCUAUUCUCACCA
149 tdbR00000280  SO:0000266 tRNA  Met  CAU  Saccharomyces cerevisiae  mitochondrion  GCUUGUAUAGUUUAADDGGDUAAAACAUUUGPCUCAU6AAUAAAUAAUGUAAGGTPCAAUUCCUUCUACAAGUACCA
153 tdbR00000395  SO:0000269 tRNA  Ser  GCU  Saccharomyces cerevisiae  mitochondrion  GGAAAAUUAACUADAGGDAAAGUGGAUUAPPUGCUAAGUAAUUGAAUUGUAAAUUCUUAUGAGTPCGAAUCUCAUAUUUUCCGCCA
157 tdbR00000551  SO:0000272 tRNA  Tyr  GUA  Saccharomyces cerevisiae  mitochondrion  GGAGGGAUUUUCAAUGUDGGDAGUUGGALPUGAGCUGUAЧACUCAAUGACUUAGGUCUUCAUAGGTPCAAUUCCUAUUCCCUUCACCA
159 tdbR00000518  SO:0000266 tRNA  Ini  CAU  Saccharomyces cerevisiae  mitochondrion  UGCAAUAUGAUGUAADUGGDUAACAUUUUAGGGUCAUKACCUAAUUAUAUACGTPCAAAUCGUAUUAUUGCPACCA
160 M11167.1  SO:0000653 rRNA  LSU-L  28S  Homo sapiens  cytosol  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGAGAGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCAGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGAAUCCCCGCGAGGGGGGUCUCCCCCGGCGCGGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCC#UCUUGѢAACʍCGGACCAAGGAGUBUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCC#AʍAGAUGGUGAʍCPAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGPAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAG#GGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCPCAGGAPAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAAPGAUUAGAGGUCUUGGGGCCGAAACGAUCUCAACCPAUPCUCAAACUUPAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGGUGGAAUGCGAGUGCCUAGUGGGCCACPUPUGGUAAGCʍGAACUGGCGCUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGAGCUACGCCGCGACGAGUAGGAGGGCCGBUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGGCCGCCGCAGGUGCAGAUBUUGGUGGUAGUʍ#BAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGʍGAAGGGUUCCAUGJGAACAGBA#UUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGAPCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUUUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCAUAUCCGCAGCAGGUCUBCAAGGUGAACʍGCCUCUGGBAUGUUGGAACAAJGUAGGUAAGGGAAGUCGGCAAGCBGGAUCCGUAACUUC#GGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGGGGAAUCCGACPGPUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUPCUGCCBAGUGCUCUGAAUGPCAʍAGUGAʍGAAAUPCAAPGAAGCGCGG#UAAACGGCGGGAGPAʍCPAPGACPCPCUUAAGGUAGC?AAʍUGCCUCGUCAUCUAAUUAGUGABGCGCAUGAAZGGAPGAʍCGAGʍUUCCCACUGUBCCPACCUACPAPCCAGCGAAACCACʍGBCAAGGGAACGGGCUPGGBGGAAUCAGCGG#GAAAGAAGACCCUGUUGAGCPUGACJCUAGUCUGGCACGGUGAA#AGACAUGAGAGGUGPAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCC#GUGAAAUACCABUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUG#GGCGGUACACCUGUCAAACGGUAЖCGCAGGJ#UCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGAPCUPGAPUUUCAGJACGAAPACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUPUGGGUUUPAAGCAGGA#GUGUCAGAAAAGUUACCACAG#GAUAACUGGCPUGUGGCGGCCAAGCGUPCAUAGCGACGPCGCUUUUUGAP?CUUCGAUGUCGGBPCUUCCUAUCAUUGPGAAGCAGAAUUCGCCAAGCGUU#GAUJ#PUCACCCACUAAUAGGGAACGPGʍGCUGGGΔPUAGABCGUCGUGAGACAGGUPAGUUUUACCCUACUGAPGʍUGUGPUGPUGCCAUGGUAʍUCCUGCUCAGUACGAGAGGAACCGCAG#UJCA#ACAUPUGGUGUAP#UGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCAPCUGUGGGAUUAUGACPGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCAPPCGUAGACGACCUGCUUCUGGGUCGGGGPUUCGUACGPAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
161 K03432  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol   UACCUGGUUGAUCCUGCCAGUAGCAUʍUGCUUGPCPCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAPGGCUCʍUUAAAPCAGPUAUGGUJCCPUJGGUCGCUCGCUCCUCUCCUACUUGGAUAACUGUGGUAʍUUCUAGʍGCUAAJABAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAPGCGUGCAPUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGPGACGGGGAAUCAGGGUUCGAUJCCGGAGA#GGAGCCUGAGAAACGGCUACCACAUBCAAGGʍAGGCAGCAGGCGCGCʍAAUUACCCACUCCCGACCCGGGGA#GUʍGUGABGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUPUAAʍUCCUUUAACGAGGʍUCCAUUGGAG#GCAAGUCPGGUGCCAGCAGCCGCGGJAAUUCCAGCUCCAAUA#CGUAPAPUAAAGUUGCUGCAGUUʍAAAAGCUCGUAGPU#GAPCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGBGJUPACUUUGAAAAAAPPAGAGUGPUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAPAAP#GAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUPAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUPCCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUPGCCAAGAAUGUUUUCAUUAAUCAAGAʍCGAAAGUCGGAGGUUCGAAGACGAPCAGAUACCGUCGUAGUUCCGACCAPAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAPGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCPUAAUUPGACαCAACACGGGAAACCUCACCCGGCBCGGACACGGACAGGAJUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGZG#UGCAUGGCCGUUCUUAGUPGGUGGAGCGAUUUGUCUGGPUAAUUCCGAUAACGAʍCGAGACUBUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUJCUPAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA#GUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUPCCCCAUGAACGAG7AAUPCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUʍAGUCCCUGCCCUUPGUACACACCGBCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUJGACUAUCUAGAGGAAGUAAAAGUCGUAЖCAAGGUUUCCGUAGGUGZZCCUGCGGAAGGAUCAUUA
166 tdbR00000007  SO:0000254 tRNA  Ala  UGC  Bacillus subtilis  prokaryotic cytosol  GGAGCCUUAGCUCAGCDGGGAGAGCGCCUGCUU5GCЖCGCAGGAG7UCAGCGGTPCGAUCCCGCUAGGCUCCACCA
167 tdbR00000006  SO:0000254 tRNA  Ala  UGC  Mycoplasma capricolum  prokaryotic cytosol  GGGCCCU4AGCUCAGCDGGGAGAGCACCUGCCUUGCЖCGCAGGGG7UCGACGGUPCGAUCCCGUUAGGGUCCACCA
169 tdbD00003691  SO:0000254 tRNA  Ala  GGC  Bacillus subtilis  prokaryotic cytosol  GGGGCCAUAGCUCAGCDGGGAGAGCGCUACGCUGGCAGCGUAGAG7UCAGGGGTPCGAGCCCCCUUGGCUCCACCA
172 tdbR00000354  SO:0001036 tRNA  Arg  ICG  Bacillus subtilis  prokaryotic cytosol  GCGCCCGUAGCUCAAUGGADAGAGCGUUUGACUICGKAUCAAAAG7UUAGGGGTPCGACUCCCCUCGGGCGCGCCA
173 tdbR00000352  SO:0001036 tRNA  Arg  ICG  Mycoplasma capricolum  prokaryotic cytosol  GCGCCCG4AGAUCAAUDGGADAGAUCGCUUGACUICGKAPCAAAAG7UUGGGGGUPCGAGUCCCUCCGGGCGCACCA
175 tdbD00009276  SO:0001036 tRNA  Arg  UCU  Bacillus subtilis  prokaryotic cytosol  GUCCCAGUAGCUCAGCDGGADAGAGCAACGGCCUUCU6AGCCGUCG7UCGGGAGTPCGAAUCUCUCCUGGGACGCCA
176 tdbR00000353  SO:0001036 tRNA  Arg  !CU  Mycoplasma capricolum  prokaryotic cytosol  GCCCAUGUAGCUCAGUAGGADAGAGCACGCGCCU!CU6AGCGUGAG7UCGGAAGUPCGAGCCUUCUCGUGGGCACCA
178 tdbD00008819  SO:0001036 tRNA  Arg  CCU  Bacillus subtilis  prokaryotic cytosol  GCUCUAGUAGCACAGCGGADAGUGCAGCAGUUUCCU6AACUGCAG7UCGGGAGTPCGAAUCUCUCCUAGAGCGCCA
179 tdbD00008818  SO:0001036 tRNA  Arg  CCG  Bacillus subtilis  prokaryotic cytosol  GCGCUCGUAGCUCAGUUGGADAGAGCGGUGGUUUCCGKUACCACGGUCGUCCGGGGGTPCGAAUCCCUCCGAGCGCGCCA
182 tdbR00000294  SO:0000256 tRNA  Asn  GUU  Mycoplasma capricolum  prokaryotic cytosol  GGCUUUU4AGCUCAGCAGGDAGAGCAACCGGCUGUU6ACCGGUUU7UCACAGGUPCGAGCCCUGUAAAAGCCGCCA
185 tdbR00000024  SO:0000257 tRNA  Asp  GUC  Mycoplasma capricolum  prokaryotic cytosol  GGCCCCA4AGCGAAGUDGGDDAUCGCGCCUCCCUGUCACGGAGGAGAUCACGGGUPCGAGUCCCGUUGGGGUCGCCA
188 tdbR00000019  SO:0000258 tRNA  Cys  GCA  Mycoplasma capricolum  prokaryotic cytosol  GGCAACA4GGCCAAGCGGCDAѢGGCAUGGGUCUGCAЖCACCCUGAUCAUCGGUPCGAAUCCGAUUGUUGCCUCCA
191 tdbR00000331  SO:0000259 tRNA  Gln  $UG  Mycoplasma capricolum  prokaryotic cytosol  UGGGCUA4AGCCAAGCGGDAѢGGCAAGGGACU$UGЖCUCCCUCAUGCGCCGGUPCGAAUCCUGCUAGCCCAACCA
194 tdbR00000044  SO:0000260 tRNA  Glu  $UC  Mycoplasma capricolum  prokaryotic cytosol  GGCCUGUUGGUGAAGCGGDDAѢCACACACGGUU$UCAUCCGUGGACACACGGGUPCGAACCCCGUACAGGCUACCA
197 CP070844  SO:0000261 tRNA  Gly  GCC  Bacillus subtilis  prokaryotic cytosol  GCGGAAGUAGUUCAGUGGDAGAACACCACCUUGCCAAGGUGGGG7UCGCGGGTPCGAAUCCCGUCUUCCGCUCCA
198 tdbR00000111  SO:0000261 tRNA  Gly  {CC  Mycoplasma capricolum  prokaryotic cytosol  GCAGGUG4AGUUUAAUGGDAGAACUUCAGCCUUCCЖAGCUGAUUGUGAGGGUPCGAUUCCCUUCACCUGCUCCA
200 tdbR00000116  SO:0000261 tRNA  Gly  !CC  Bacillus subtilis  prokaryotic cytosol  GCGGGUGUAGUUUAGUGGDAAAACCUCAGCCU!CCAAGCUGAUGUCGUGAGTPCGAUUCUCAUCACCCGCUCCA
205 tdbR00000139  SO:0000262 tRNA  His  GUK  Mycoplasma capricolum  prokaryotic cytosol  GGCGUAGGUGGUGAAGUGGDDAѢCACAUCAGGUUGUGKCPCUGACAUACGCGGGUPCGAUCCCCGUUCUACGCCCCA
208 tdbR00000153  SO:0000258 tRNA  Ile  }AU  Mycoplasma capricolum  prokaryotic cytosol  GGACCUU4AGCUCAGUDGGDDAGAGCAUCCGGCU}AUЖACCGGACG7UCAUUGGUPCAAGUCCAAUAAGGUCCACCA
210 tdbR00000156  SO:0000258 tRNA  Ile  }AU  Bacillus subtilis  prokaryotic cytosol  GGACCUUUAGCUCAGUUGGUUAGAGCAGACGGCU}AU6ACCGUCCG7UCGUAGGTPCGAGUCCUACAAGGUCCACCA
211 tdbR00000154  SO:0000258 tRNA  Ile  GAU  Mycoplasma capricolum  prokaryotic cytosol  CGGAAUAUAGCUCAGCDGGDDAGAGCAUUCCGCUGAU6ACGGAGAG7UCGUUGGUPCAAGUCCAAUUAUUCCGACCA
225 U32322  SO:0001001 rRNA  LSU  23S  Sulfolobus solfataricus  prokaryotic cytosol  ACGACUAGGGGCACCAAGCCAGCCGGUGGAUGGCUCGGCUCGGGCGCUGACGAAGGGCGCGGCAAGUGGCGAAAUGCCCGGGGUAGGCACACGCUGCCUUUGAACCCGGGAUUCCCCGAAUGGGACCUGCCCCUUUGGGGCGCACCCGACUCGNNNAGAGUCGGGUGUGGGAACUCCCCGAACGGAAACAUCUUAGUAGGGGAAGGAGGAGAAAUCAACCGAGAUCCCCUGAGUAGGGGCGACCGAAAGGGGGAUAGCCCAAACCAAACCCGCCGCCGGCAAGUCGGUGGGAAUGUGGUGUUAUUGGCCUCCAGUCUGGUUUAAAGCCGGCCUCCCUGGCCUACCUAGCCGAACUCUCCUGGAAUGGAGGGCCAUAGAGGGUGACAGCCCCGUAGGCUAAAGGUAGGUGGGAGGUGACUGGAGGCAGCGUACCAUCCCCUGGUUCGGGGGUGGGAAGUUGGGGGCCACGUGCCUCCAAGGCUAAAUACGUCCCGAGACCGAUAGCGAACUAAGUACCGUGAGGGAAAGCUGCAAAGACCCCGGAAGGGGGGUGAAAAGAGCCUGAAACCGGCUGGUCAUAGUAGGGCAAGGCUCGAAAGGAGUGAAGUCUCCCGAAGGAAAGAGGCGCNAGCCUAGUACGAGGGAGAUGGACCGGGGUCUUGCCUUUCGUCCUGAAACACGGGCCGGGGAGUUCACGCCAGUGGCGAGCCUAAGGGGGUUAACCCCGAAGGCAUAGGGAAACCGAGUGCCCGCAGCCCGGGAAACCNGGUGAGGGGCAGGGUCUGCCAGGGCCUAAAGUCACUGGCGUGAGGCUAGAAACCGGGCGAUCUAGGCCGGGGCAGGCCGAAGCCGGGGGAAACCUCGGUGGAGGGCCGNNUAGGGGUUCUGACGUGCAAUUCGUUCCCCUGACCCCGGUCUAGGGGCGAAAGACCAAUCUAGCUCGGUGAUAGCUAGUUCCCCCCGAAAUGCGUCCUAGCGCAGCCUUCCUGGAGGUUGCCUACGGGGUAGAGUAACUGAUUGGGGGUUCGGAGCGAAAGCUCCGGGCUUCCAGUCAAACUCCGAACUCGUAGGCGCCGAAGAAGGGGAGAGUGGGCCACUCGGCGUAAGGUUGGGUGGCGAAAGGGAAACAGCCCAGACUUGGGUUAAGGCCCCAAAAUGCCGGCUAAGUGCCAGUUAAGGGGCGUCUCUAGCCUUAGACAGCGGGAAGGUGGGCCCAGCAGCAGCCAUCCUCUAAGGAGUGCGUAACAGCUCACCCGCCGAGGCUAGAGGCCCCGAAGAUUGGUCGGGGCUUAAGCCGGCUGCCGAGACCCAAGCGUGGAGGCUCAUUGAGUCUCCAUGGGUAGGGGGGCGCUGUGGUGGGGUAGAAGGUGGGUCGUGAGAUCCACUGGACCCGCCACAGGUGCAGAUCCCGGCGGCAGUAACAGCGAGGAGGGGUAAGACUCCCCUCCGCCGGAAGGGCUAGGGUUUCCCGGCAAUGGUCGUCAGCCGGGAGUGAGCCGGUCCUAAGGCGAGGCCUAAUAGGUACUCGCCGAAAGGGAAGUGGGUUAAUAUUCCCACGCCCUAGGGGUAGGCGCGGUAACGCAAGCUGGACUCCUGACGGAUCUGGGUAGGGUGAGUGGGGCCACCGCCCCAUCCAAGCGCUUAAGUCCCUGGAGUGCCGUAAUGGUGAGAAGGGGACGAAGGCGUGAUGGGNGUUCCCUUUGGGGACUUCACCCAAUCCCAGGUUCCCUUGAAAAGGGAGUCCAGAACGAUCCCCUAGGACCGUACCGAGAACCGACACUGGUGCCCCUGGGUGAGAAGCCCAAGGCGUCUGGGGGUUAACUCAGGCUAGGGAACUCGGCAAAAUAGCCCCGUACCUUCGGUAGAAGGGGUGCCUACUGGGGUCGUAAACCGGCCUCAGUAGGUCGCAGUGACAAGGGGGACCUGACUGUUUAAUAAAAACAUAGGUCCCCGCUAGCCCGAAAGGGUGUGUACGGGGGCUAAAUCCUGGCCACUGGUGGAUGGUGAAAGCCGGGUCCAACCGGUCGAAGCCCCACUGAAGGCCGGGGGUAACUCUGACCCUCUUAAGGUAGCCAAAUGCCUUGCCGGGUAAGUUCCGGCGCGCAUGAAUGGAUCAACGUGGUCCCUACUGUCCCAGCCUGGGGCCCCGUGAACGCCCAGAGUGGGUUCACAGUCCCGCAACUCCCCACACCGAGAGAAGACCCCGUGGAGCUUCACCGCAGCCUGGCGCUGCUCCUCGGGCGCCUAUGCGUAGAGUAGGUGGGAGGGGUCGAACCCAUCCUUUCGGGGAUGGGGGACCCGAAGGUGAAACACCACCCAUGGGUGCUCGAGGAGCUUACCUGCCCNNNNGGGUGGGGACAGCGUCAGGUGGGCGGUUCGGCUGGGGCGGCACUCCCGCGAAAAGAUAACACGGGAGCCCAAAGGUCGGCUCAGGCGGUACAGAACGCCGCCGUGGAGUGCAAGGGCAAAAGCCGGCUUGACGAGACCCUCCAAAGUACGGGGUCUCGACGCGAAAGCGCGGCCUAGCGAACGCUCGUGCCCCCCCACGUGGGGGCCGGGCAUGACAGAAAAGUUACCCCGGGGAUAACAGGGUCGUCGCGGGCGAGAGCUCCCAUCGACCCCGCGGUUUGCUACAUCGAUGUCGGCUCUUCCCACCCUGGGGGUGCAGCUGCCCCCAAGGGUAGGGCUGCCCGCCCGUUAAAGGGGAACGUGAGCUGGGUUUAGACCGUCGCGAGACGGGUCGGACUCUAAGGGUGGGGAGUGUGGGCUGCCUGAGGGGAAGGUACCCCAAGUACGAGAGGAACAGGGUACCGGGGCCUCUAGUUUACCGGUUGUCCGGUAGGGCACUGCCGGGCAGCCACGCCCUGUGGGGUAACCGCUGAAAGCAUCUAAGCGGGAACCCCUCCCCGAAAAGAGGCAGCCAUGCGGGGUUAACCCGCGAGAGCCCACCUCUAGAAGAGGGGGUUGAUGGGNNCGGGGUGUAAGUCCCGAGGGCGAAAGUCCGAGGGAUUUAGCCCGCGCCUCCCAAUCGGGCAAGCCCUCUU
226 X12612  SO:0001001 rRNA  LSU  23S  Thermus thermophilus  prokaryotic cytosol  GGUCAAGAUGGUAAGGGCCCACGGUGGAUGCCUCGGCACCCGAGCCGAUGAAGGACGUGGCUACCUGCGAUAAGCCAGGGGGAGCCGGUAGCGGGCGUGGAUCCCUGGAUGUCCGAAUGGGGGAACCCGGCCGGCGGGAACGCCGGUCACCGCGCUUUUGCGCGGGGGGAACCUGGGGAACUGAAACAUCUCAGUACCCAGAGGAGAGGAAAGAGAAAUCGACUCCCUGAGUAGCGGCGAGCGAAAGGGGACCAGCCUAAACCGUCCGGCUUGUCCGGGCGGGGUCGUGGGGCCCUCGGACACCGAAUCCCCAGCCUAGCCGAAGCUGUUGGGAAGCAGCGCCAGAGAGGGUGAAAGCCCCGUAGGCGAAAGGUGGGGGGAUAGGUGAGGGUACCCGAGUACCCCGUGGUUCGUGGAGCCAUGGGGGAAUCUGGGCGGACCACCGGCCUAAGGCUAAGUACUCCGGGUGACCGAUAGCGCACCAGUACCGUGAGGGAAAGGUGAAAAGAACCCCGGGAGGGAGUGAAAUAGAGCCUGAAACCGUGGGCUUACAAGCAGUCACGGCCCCGCAAGGGGUUGUGGCGUGCCUAUUGAAGCAUGAGCCGGCGACUCACGGUCGUGGGCGAGCUUAAGCCGUUGAGGCGGAGGCGUAGGGAAACCGAGUCCGAACAGGGCGCAAGCGGGCCGCACGCGGCCCGCAAAGUCCGCGGCCGUGGACCCGAAACCGGGCGAGCUAGCCCUGGCCAGGGUGAAGCUGGGGUGAGACCCAGUGGAGGCCCGAACCGGUGGGGGAUGCAAACCCCUCGGAUGAGCUGGGGCUAGGAGUGAAAAGCUAACCGAGCCCGGAGAUAGCUGGUUCUCCCCGAAAUGACUUUAGGGUCAGCCUCAGGCGCUGACUGGGGCCUGUAGAGCACUGAUAGGGCUAGGGGGCCCACCAGCCUACCAAACCCUGUCAAACUCCGAAGGGUCCCAGGUGGAGCCUGGGAGUGAGGGCGCGAGCGAUAACGUCCGCGUCCGAGCGCGGGAACAACCGAGACCGCCAGCUAAGGCCCCCAAGUCUGGGCUAAGUGGUAAAGGAUGUGGCGCCGCGAAGACAGCCAGGAGGUUGGCUUAGAAGCAGCCAUCCUUUAAAGAGUGCGUAAUAGCUCACUGGUCGAGUGGCGCCGCGCCGAAAAUGAUGCGGGGCUUAAGCCCAGCGCCGAAGCUGCGGGUCUGGGGGAUGACCCCAGGCGGUAGGGGAGCGUUCCCGAUGCCGAUGAAGGCCGACCCGCGAGGCGGCUGGAGGUAAGGGAAGUGCGAAUGCCGGCAUGAGUAACGAUAAAGAGGGUGAGAAUCCCUCUCGCCGUAAGCCCAAGGGUUCCUACGCAAUGGUCGUCAGCGUAGGGUUAGGCGGGACCUAAGGUGAAGCCGAAAGGCGUAGCCGAAGGGCAGCCGGUUAAUAUUCCGGCCCUUCCCGCAGGUGCGAUGGGGGGACGCUCUAGGCUAGGGGGACCGGAGCCAUGGACGAGCCCGGCCAGAAGCGCAGGGUGGGAGGUAGGCAAAUCCGCCUCCCAACAAGCUCUGCGUGGUGGGGAAGCCCGUACGGGUGACAACCCCCCGAAGCCAGGGAGCCAAGAAAAGCCUCUAAGCACAACCUGCGGGAACCCGUACCGCAAACCGACACAGGUGGGCGGGUGCAAGAGCACUCAGGCGCGCGGGAGAACCCUCGCCAAGGAACUCUGCAAGUUGGCCCCGUAACUUCGGGAGAAGGGGUGCUCCCUGGGGUGAUGAGCCCCGGGGAGCCGCAGUGAACAGGCUCUGGCGACUGUUUACCAAAAACACAGCUCUCUGCGAACUCGUAAGAGGAGGUAUAGGGAGCGACGCUUGCCCGGUGCCGGAAGGUCAAGGGGAGGGGUGCAAGCCCCGAACCGAAGCCCCGGUGAACGGCGGCCGPAACJAPAABGGUCCUAAGGUAGCGAAAJUC?UUGUCGGGUAAGUUCCGAC?UGCACGAAAAGCGUAACGACCGGAGCGCUGUCUCGGCGAGGGACCCGGUGAAAUUGAACUGGCCGUGAAGAUGCGGCCUACCCGUGGCAGGACGAAAAGACCCCGUGGAGCUUUACUGCAGCCUGGUGUUGGCUCUUGGUCGCGCCUGCGUAGGAUAGGUGGGAGCCUGUGAACCCCCGCCUCCGGGUGGGGGGGAGGCGCCGGUGAAAUACCACCCUGGCGCGGCUGGGGGCCUAACCCUCGGAUGGGGGGACAGCGCUUGGCGGGCAGUUUGACUG#GGCGGUCGCCUCCUAAAAGGUAACGGAGGCGCCCAAAGGUCCCCUCAGGCGGGACGGAAAUCCGCCGGAGAGCGCAAGGGUAGAAGGGGGCCUGACUGCGAGGCCUGCAAGCCGAGCAGGGGCGAAAGCCGGGCCUAGUGAACCGGUGGUCCCGUGUGGAAGGGCCAUCGAUCAACGGAUAAAAGUUACCCCGGGGAUAACAGGCUGAUCUCCCCCGAGCGUCCACAGCGGCGGGGAGGUUUGGCACCUCGʍUGUCGGCUCGUCGCAUCCUGGGGCUGAAGAAGGUCCCAAGGGUUGGGCJGUUCGCCCAUUAAAGCGGCACGCGAGCUGGGUUCAGAACGUCGUGAGACAGUUCGGUCUCUAPCCGCCACGGGCGCAGGAGGCUUGAGGGGGGCUCUUCCUAGUACGAGAGGACCGGAAGGGACGCACCUCUGGUUUCCCAGCUGUCCCUCCAGGGGCAUAAGCUGGGUAGCCAUGUGCGGAAGGGAUAACCGCUGAAAGCAUCUAAGCGGGAAGCCCGCCCCAAGAUGAGGCCUCCCACGGCGUCAAGCCGGUAAGGACCCGGGAAGACCACCCGGUGGAUGGGCCGGGGGUGUAAGCGCCGCGAGGCGUUGAGCCGACCGGUCCCAAUCGUCCGAGGUCUUGACCCCUC
227 AE001703  SO:0001001 rRNA  LSU  23S  Thermotoga maritima  prokaryotic cytosol  GGUCAAGGUACUAAGGGCACGCGGUGGAUGCCUUGGCGGCGGGAGGCGAUGAAGGGCGUGGCAAGCUGCGAUAAGCCCGGGGGAGCCGCAAGCAGGCGUUGAUCCCGGGAUUCCCGAAUGGGGAAACCUGGGUGGCCGUUGAGGCCACUCGCCGCCGAAAGGCGGUGCGACACCGGGGGAAGUGAAACAUCUCAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCUAGUAGCGGCGAGCGAACGGGGAGGAGCCCAAACCAGCGUGGUGUCAAAGCCCGUGGGCGUUGCCACGCUGGGGUUGUGGGACACGGCCGGGCGAGGCCACGGACUCGCCGGGGAGUUACAAAUCCCUCCUCUAGCCGAACCACCUGGGAAGGUGGGCCGGAGAGGGUGACAGCCCCGUAGGCGAAAGGGGAGGGACUCCCUGGGCCGUGCUCCCGAGUACCACGGGACACGUGGAAUCCCGUGGGAAGCUGGGGGGACCACCCUCCAAGGCUAAAUACUACCCGCCGUCCGAUAGCGCACCAGUACCGUGAGGGAAAGGUGAAAAGCACCCCGGAAGGGGAGUGAAAGAGGACCUGAAACCGCGUGCCUACAAGAAGUCGGAGCCCCCAUUUGGGGGUGACGGCGUGCCUUUUGAUUAAUGAGCCCGCGAGUUGCCGUCGGUGGCGAGGUUAAGCCGACGAAGGCGUAGCCGUAGCGAAAGCGAGUCCGAACAGGGCGCUCAGUCACCGGCGGCAGACCCGAAGCCGGGUGAGCUACCCCUGGGCAGGGUGAAGGUGGGUUAAAACCCACUGGAGGCCCGAACCGGUGGACAGUGAAAAGUCCUCGGAUGACCUGGGGGUAGGAGUGAAAAGCUAACCGAACCCGGUGAUAGCUGGUUCUCCCCGAAAUGCAUUGAGGUGCAGCCUCGGGCGGUCUGUGCAGGGGGUAGAGCACUGAUGGGGCUAGGGGGGUUUCCUCCGAACCCCGUCAAACUCCGAAUCCCUGCACACAAAGCCCGGGAGUGAGCCCGCGGGGGAUAAGCUCCGCGGACGAGAGGGGAACAACCCAGACCGCCGGCUAAGGGCCCGAAGAGGUGGCUAAGUGGUAAAGGAUGUGGAGCGCCUAAGACAGCUGGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAGUGCGUAACAGCUCACCAGCCGAGGCGCUCUGCACCGAAAAUGUAACGGGGCUCAAGCCACCCCCCGAAGCCGCGGGUCAGUACCUCCGCUGGAGGUACUGGCGGUAGGGGAGCUUUCCGCUGUAGGGUGAAGGCGGACCCGCGAGGGCCGCUGGACGAGGCGGAAGUGAGAAUGCGGGCAUGAGUACGCGAAAGGAGGGUGAGAAUCCCUCCCCCCGUAAGCCCAAGGGUACCUGGGGAAGGUUCGUCCGCCCAGGGUUAGCCGGGACCCUAAGGUGAACCCGAAAGGGGUAGCCGAAGGGAAGCCGGUUAAUAUUCCGGCGCCACCUGCGGUCGAUGGUACGAGGGGUGACGCAGGAGGGUAGGCGCCGGGGGCAAGUGGCAUGCCCCUCCAAGCGGUUAGGGCGAUGACGGGCGUAGGUAAAUCCGCGCCCCGAGCCUGAGCCGUGAUGGGGAGGUCCCUUCGGGGACCAACGGCGCUGACCCCACACUGCCGAGAAAAACCUCGCGUACCGCUUGAGACCGUAGGUGCCCGUUCCGCAAACCGACACAGGUGGGCGGGCUGAGAAGGCUCAGGGGAGCGGGUUAACCCUCGCCAAGGAACUCGGCAAAUUGGCCCCGUAACUUCGGGAGAAGGGGUGCCGCGUUAGGGUGAACCCAGGGGAAGGGGCAACCCGGAAACUGGGGGAGCCCGAGGCGGUCGCAGUGACAAGGCCCUGGCGACUGUUUACCAAAAACACAGGUCUCUGCUAACUCGAAAAGAGGAAGUAUAGGGACUGACGCCUGCCCAGUGCCGGAAGGUUAAGGGGAGGGGUGAGGCUCCCCUUGUGGGAGCGUAGCUCCGACCCGAAGCCCCGGUAAACGGCGGCCGUAACUAUAACGGUCCUAAGGUAGCGAAAUUCCUUGUCGGGUAAGUUCCGACCUGCAUGAAUGGCGUAACGACUGGGGCACUGUCUCGGCGGGGGGCCCGGCGAAAUUUCAGUCUGGGUGAAGAUGCCCAGUACCCGCGGCUAGACGGAAAGACCCCGUGGAGCUUUACUGCAGCCUGGUAUUGGGCUCUGGUGCAUCGUGUAUAGCAUAGGUGGGAGGCUGUGAAGCCGCCUCGCCAGGGGCGGUGGAGCCGCCAGUGGAAUACCACCCUCGGUGCACUGGAGUCCUAACCUGACCCUGUGAAGAGCAGGGUGGGGACAGUGCCAGGUGGGCAGUUUGACUGGGGCGGUCACCUCCUAAAAGGUAACGGAGGUGUGCAAAGGUCGGCUCAGGUGGGUUGGAAAUCCACCGCAGAGUGCAAGGGCAUAAGCCGGCCUGACUGCGAGGCCGACAGGCCGAGCAGGGGGGAAACCCGGCCCUAGUGACCCGGCGGUCCCGUGUGGAAGGGCCGUCGAUCAACGGAUAAAAGUUACCCCGGGGAUAACAGGCUGGUCCCGCCCGAGAGUUCACAUCGACGGCGGGGUUCGGCACCUCGAUGUCGGCUCAUCCCAUCCUGGGGCUGAAGCAGGUCCCAAGGGUUGGGCUGUUCGCCCAUUAAAGGGGUACGUGAGCUGGGUUCAGACCGUCGUGAGACAGGUCGGUCCCUAUCUGCCGCGGGCGUAGGAGGCUUGAGGGGGGUCCUCCCUUGUACGAGAGGACCGGGAGGAGGGGGCCUCUGGUGUACCGGCUGUCGCGCCAGCGGCAUACGCCGGGUAGCUACGCCCCUAAGCGAUAACCGCUGAAAGCAUCUAAGCGGGAAGCGCGCCCCAAGAUUAGGCCUCCCAUCCCGUUAAGGGAGUAAGGCCGGUCCGAGAAGAGGACCUUGAUAGGCCGGGGGUGUAAGCGCCGCAAGCGUUGAGCCCACCGGUACUAAUCGGCCGAGGCCUUGACCUCC
228 AL009126  SO:0001001 rRNA  LSU  23S  Bacillus subtilis  prokaryotic cytosol  GGUUAAGUUAGAAAGGGCGCGCGGUGGAUGCCUUGGCACUAGGAGCCGAUGAAGGACGGGACGAACACCGAUAUGCUUCGGGGAGCUGUAAGCAAGCUUUGAUCCGGAGAUUUCCGAAUGGGGAAACCCACCACUCGUAAUGGAGUGGUAUCCAUAUCUGAAUUCAUAGGAUAUGAGAAGGCAGACCCGGGGAACUGAAACAUCUAAGUACCCGGAGGAAGAGAAAGCAAAUGCGAUUCCCUGAGUAGCGGCGAGCGAAACGGGAUUAGCCCAAACCAAGAGGCUUGCCUCUUGGGGUUGUAGGACACUCUGUACGGAGUUACAAAGGAACGAGGUAGAUGAAGAGGUCUGGAAAGGCCCGCCAUAGGAGGUAACAGCCCUGUAGUCAAAACUUCGUUCUCUCCUGAGUGGAUCCUGAGUACGGCGGAACACGUGAAAUUCCGUCGGAAUCCGGGAGGACCAUCUCCCAAGGCUAAAUACUCCCUAGUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGUGAAAAGCACCCCGGAAGGGGAGUGAAAGAGAUCCUGAAACCGUGUGCCUACAAGUAGUCAGAGCCCGUUAACGGGUGAUGGCGUGCCUUUUGUAGAAUGAACCGGCGAGUUACGAUCCCGUGCAAGGUUAAGCAGAAGAUGCGGAGCCGCAGCGAAAGCGAGUCUGAAUAGGGCGCAUGAGUACGUGGUCGUAGACCCGAAACCAGGUGAUCUACCCAUGUCCAGGGUGAAGUUCAGGUAACACUGAAUGGAGGCCCGAACCCACGCACGUTGAAAAGUGCGGGGAUGAGGUGUGGGUAGGGGUGAAAUGCCAAUCGAACCUGGAGAUAGCUGGUUCUCUCCGAAAUAGCUUUAGGGCUAGCCUCAAGGUAAGAGUCUUGGAGGUAGAGCACUGAUUGGACUAGGGGCCCCUACCGGGUUACCGAAUUCAGUCAAACUCCGAAUGCCAAUGACUUAUCCUUGGGAGUCAGACUGCGAGUGAUAAGAUCCGUAGUCGAAAGGGAAACAGCCCAGACCGCCAGCUAAGGUCCCAAAGUAUACGUUAAGUGGAAAAGGAUGUGGAGUUGCUUAGACAACCAGGAUGUUGGCUUAGAAGCAGCCACCAUUUAAAGAGUGCGUAAUAGCUCACUGGUCGAGUGACUCUGCGCCGAAAAUGUACCGGGGCUAAACGUAUCACCGAAGCUGCGGACUGUUCUUCGAACAGUGGUAGGAGAGCGUUCUAAGGGCUGUGAAGCCAGACCGGAAGGACUGGUGGAGCGCUUAGAAGUGAGAAUGCCGGUAUGAGUAGCGAAAGAGGGGUGAGAAUCCCCUCCACCGAAUGCCUAAGGUUUCCUGAGGAAGGCUCGUCCGCUCAGGGUUAGUCGGGACCUAAGCCGAGGCCGAAAGGCGUAGGCGAUGGACAACAGGUUGAUAUUCCUGUACCACCUCCUCACCAUUUGAGCAAUGGGGGGACGCAGGAGGAUAGGGUAAGCGCGGUAUUGGAUAUCCGCGUCCAAGCAGUUAGGCUGGGAAAUAGGCAAAUCCGUUUCCCAUAAGGCUGAGCUGUGAUGGCGAGCGAAAUAUAGUAGCGAAGUUCCUGAUUCCACACUGCCAAGAAAAGCCUCUAGCGAGGUGAGAGGUGCCCGUACCGCAAACCGACACAGGUAGGCGAGGAGAGAAUCCUAAGGUGAUCGAGAGAACUCUCGUUAAGGAACUCGGCAAAAUGACCCCGUAACUUCGGGAGAAGGGGUGCUCUGUUAGGGUGCAAGCCCGAGAGAGCCGCAGUGAAUAGGCCCAGGCGACUGUUUAGCAAAAACACAGGUCUCUGCGAAGCCGUAAGGCGAAGUAUAGGGGCUGACGCCUGCCCGGUGCUGGAAGGUUAAGAGGAGCGCUUAGCGUAAGCGAAGGUGCGAAUUGAAGCCCCAGUAAACGGCGGCCGPAACPAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGACCCGCACGAAAGGCGCAACGAUCUGGGCACUGUCUCAACGAGAGACUCGGUGAAAUUAUAGUACCUGUGAAGAUGCAGGUUACCCGCGACAGGACGGЖAAGACCCCGUGGAGCUUUACUGCAGCCUGAUAUUGAAUGUUGGUACAGCUUGUACAGGAUAGGUAGGAGCCUUGGAAACCGGAGCGCCAGCUUCGGUGGAGGCAUCGGUGGGAUACUACCCUGGCUGUAUUGACCUUCUAACCCGCCGCCCUUAUCGGGCGGGGAGACAGUGUCAGGUGGGCAGUUUGACUGGGGCGGUCGCCUCCUAAAAGGUAACGGAGGCGCCCAAAGGUUCCCUCAGAAUGGUUGGAAAUCAUUCGCAGAGUGUAAAGGCACAAGGGAGCUUGACUGCGAGACCUACAAGUCGAGCAGGGACGAAAGUCGGGCUUAGUGAUCCGGUGGUUCCGCAUGGAAGGGCCAUCGCUCAACGGAUAAAAGCUACCCCGGGGAUAACAGGCUUAUCUCCCCCAAGAGUCCACAUCGACGGGGAGGUPUGGCACCUCGAUGUCGGCUCAUCGCAUCCUGGGGCUGUAGUCGGUCCCAAGGGUUGGGCUGUUCGCCCAUUAAAGCGGUACGCGAGCUGGGUUCAGAACGUCGUGAGACAGPPCGGUCCCUAUCCGUCGCGGGCGCAGGAAAUUUGAGAGGAGCUGUCCUUAGUACGAGAGGACCGGGAUGGACGCACCGCUGGUGUACCAGUUGUUCUGCCAAGGGCAUCGCUGGGUAGCUAUGUGCGGACGGGAUAAGUGCUGAAAGCAUCUAAGCAUGAAGCCCCCCUCAAGAUGAGAUUUCCCAUUCCGCAAGGAAGUAAGAUCCCUGAAAGAUGAUCAGGUUGAUAGGUCUGAGGUGGAAGUGUGGCGACACAUGGAGCUGACAGAUACUAAUCGAUCGAGGACUUAACCAU
229 X52322  SO:0001002 rRNA  LSU-L  25S  Arabidopsis thaliana  eukaryotic cytosol   AGCGACCCCAGGUCAGGCGGGAUUACCCGCUGAGUUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACUAACAAGGAUUCCCUUAGUAACGGCGAGCGAACCGGGAAGAGCCCAGCUUGAAAAUCGGACGUCUUCGGCGUUCGAAUUGUAGUCUGGAGAAGCGUCCUCAGCGACGGACCGGGCCUAAGUUCCCUGGAAAGGGGCGCCAGAGAGGGUGAGAGCCCGUCGUGCCCGGACCCUGUCGCACCACGAGGCGCUGUCUACGAGUCGGGUUGUUUGGGAAUGCAGCCCCAAUCGGGCGGUAAAUUCCGUCCAAGGCUAAAUACGGGCGAGAGACCGAUAGCGAACAAGUACCGCGAGGUAAAGAUGAAAAGGACUUUGAAAAGAGAGUCAAAGAGUGCUUGAAAUUGUCGGGAGGGAAGCGGAUGGGGGCCGGCGAUGCGUCCUGGUCGGAUGCGGAACGGAGCAAUCCGGUCCGCCGAUCGAUUCGGGGCGUGGACCGACGCGGAUUACGGUGGCGGCCUAAGCCCGGGCUUUUGAUACGCUUGUGGAGACGUCGCUGCCGUGAUCGUGGUCUGCAGCACGCGCCUAACGGCGUGCCUCGGCAUCAGCGUGCUCCGGGCGUCGGCCUGUGGGCUCCCCAUUCGACCCGUCUUGAAACʍCGGACCAAGGAGUBUGACAUGUGUGCGAGUCAACGGGUGAGUAAACCCGUAAGGCGCAAGGAAGCUGAUUGGCGGGAUCCUCGCGGGUGCACCGCCGACCGACCUUGAUCUUCUGAGAAGGGPJCGAGUGUGAGCAUGCCUGUCGGGACCC#AʍAGAUGGUGAʍCPAUGCCUGAGCGGGGUAAAGCCAGAGGAAACUCUGGUGGAAGCCCGCAGCGAUACUGʍCGUGCAAAUCGUUCGUCUGACUUGGGUAUAG#GGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCUCAGGAUAGCUGGAGCUCGGACGCGAGUUCUAPCGGGUAAAGCCAAPGAUUAGAGGCAUUGGGGGCGCAACGCCUCGACCUAUUCUCAAACUUUAAAUAGGUAGGACGUGUCGGCUGCUUUGUUGAGCCGUCACACGGAAUCGAGAGCUCCAAGUGGGCCAUUUUUGGUAAGCʍGAACUGGCGAUGCGGGAUGAACCGGAAGCCGGGUUACGGUGCCCAACUGCGCGCUAACCUAGAACCCACAAAGGGUGUUGGUCGAUUAAGACAGCAGGACGGUGGUCAUGGAAGUCGAAʍUCCGCUAAGGAGUGJGUAACAACUCACCUGCCGAAUCAACUAGCCCCGAAAAUGGAUGGCGCUUAAGCGCGACCUAUACCCGGCCGUCGGGGCAAGAGCCAGGCCUCGAUGAGUAGGAGGGCGCGGCGGUCGCUGCAAAACCUAGGGCGCGAGGCGCGGAGCGGCCGUCGGUGCAGAUBUUGGUGGUAGUʍ#CAAAUAUUCAAAUGAGAACUUUGAAGGCCGAAGAGGGGAAAGGUUCCAUGUGAACGGBACUUGCACAUGGGUUAGUCGAUCCUAAGAGUCGGGGGAAACCCGUCUGAUAGCGCUUAAGCGAACUUCGAAAGGGGAUCCGGUUAAAAUUCCGGAACCGGGACGUGGCGGUUGACGGCAACGUJAGGGAGUCCGGAGACGUCGGCGGGGGCCUCGGGAAGAGUUAUCUUUUCUGUUUAACAGCCUGCCCACCCUGGAAACGGCUCAGCCGGAGGUAGGGUCCAGCGGCUGGAAGAGCACCGCACGUCGCGUGGUGUCCGGUGCGCCCCCGGGCGCCCUUGAAAAUCCGGAGGACCGAGUGCCGCUCACGCCCGGUCGUACUCAUAACCGBAUCA#GUCUBCAAGGUGAACʍGCCUCUGGUCGAUGGAACAAJGUAGGCAAGGGAAGUCGGCAAAAUGGAUCCGUAACJUCGGGAAAAGGAUUGGCUCUGAGGGCUGGGCUCGGGGGUCCCAGUUCCGAACCCGUCGGCUGUCAGCGGACUGCUCGAGCUGCUUCCGCGGCGAGAGCGGGUCGCCGGCUGCCGGCCGGGGGACGACUGGGAACGGCUCUCUCGGGAGCUUUCCCCGGGCGUCGAACAGUCAGCUCAGAACUGGUACGGACAAGG#GʍAUCCGACUGPUUAAUUAAAACAAAGCAUUGCGAUGGUCCCUGCGGAUGCUAACGCAAUGUGAUUUCUGCCCAGUGCUCUGAAUGPCAAAGUGAAGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAGPAACPAPGACUCUCUUAAGGUAGCCAAʍUGCCUC#UCAUCUAAUUAGUGACGCGCAUGAAPGGAUUAʍCGAGʍUUCCCACUGUBCCUGUCUACUAPCCAGCGAAACCACAGBCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUGJUGA#CUUGACJCUAGUCCGACUUUGUGAAAUGACUUGAGAGGUGUAGGAUAAGUGGGAGCUUCGGCGCAAGUGAAAUACCACUACUUUUAACGUUAUUUUACUUACUCCGUGAAUCGGAGGCCGGGGUACAACCCCUGUUUUUGGUCCCAAGGCUCGCUUCGGCGGGUCGAUCCGGGCGGAGGACAUUGUCAGGUGGGGAGUUUGGCUG#GGCGGCACAUCUGUUAAAAGʍUAACGCAGGJ#UCCUAAGAUGAGCUCAACGAGAACAGAAAUCUCGUGUGGAACAAAAGGGUAAAAGCUCGUUUGAPUCUGAUUUUCAGUACGAAUACGAACCGUGAAAGCGUGGCCUAUCGAUCCUUUAGACUUCGGAAUUPGAAGCUA#A#GUGUCAGAAAAGUUACCACAG#GAUAACUGGCPUGUGGCAGCBAAGCGUUCAUAGCGACGUUGBUUUUUGAUBCUUCGAUGUCGGBPCUJCCUAUCAUUGUGAAGCAGAAUUCACCAAGUGUU#GAUUGPUCACCCACCAAUAGGGAACGUGʍGBUGG#JUUAGABCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGCCCGCGUCGCGAUAGUAAUUCAACCUAGUACGAGAGGAACCGUUGAUUCGCACAAUUGGUCAUCGCGCUUGGUUGAAAAGCCAGUGGCGCGAAGCUACCGUGCGCUGGAUUAUGACUGAACGCCUCUAAGUCAGAAUCCGGGCUAGAAGCGACGCAUGCGCCCGCCGCCCGAUUGCCGACCCUCAGUAGGAGCUUAGGCUCCAAAGGCACGUGUCGUUGGCUAAGUCCGUUCGGCGGAACGGUCGUUCGGACCGCCUUGAAUUAUAAUUACCACCGAGCGGCGGGUAGAAUCCUUUGCAGACGACUUAAAUACGCGACGGGGUAUUGUAAGUGGCAGAGUGGCCUUGCUGCCACGAUCCACUGAGAUUCAGCCCUUUGUCGCUAAGAUUCGA
232 tdbR00000216  SO:0000264 tRNA  Leu  BAA  Mycoplasma capricolum  prokaryotic cytosol  GCCUUUUUGGCGGAAUDGGCAGѢCGCAUUAGACUBAAЖAPCUAACGAAGAAAUUCGUAUCGGUPCGAAUCCGAUAAAGGGCACCA
234 tdbR00000219  SO:0000264 tRNA  Leu  CAG  Bacillus subtilis  prokaryotic cytosol  GCGGGUGUGCGGGAAUDGGDAGACCGGCUAGAUUCAGKAPCUAGGGUCUUUAUGGACCUGAGGGTPCAѢGUCCCUUCACCCGCACCA
235 tdbR00000217  SO:0000264 tRNA  Leu  )AA  Mycoplasma capricolum  prokaryotic cytosol  CCCCAAG4GGCGGAAUAGGDAGѢCGCAUUGGACU)AAЖAPCCAACGGGCUUAAUAUCCUGUGCCGGUPCAAGUCCGGCCUUGGGGACCA
238 tdbR00000218  SO:0000264 tRNA  Leu  UAG  Mycoplasma capricolum  prokaryotic cytosol  GGGGGAU4GGCGGAAUDGGCAGѢCGCACUAGACUUAGKAPCUAGCGUCUUUGACGUAAGGGUPCAAGUCCCUUAUCCCCCACCA
242 tdbD00006452  SO:0000264 tRNA  Leu  UAG  Bacillus subtilis  prokaryotic cytosol  GCGGGUGUGGCGGAAUDGGCAGACGCGCUAGACUUAGKAPCUAGUGUUUUAUGACGUUGGGGGTPCAAGUCCCUUCACCCGCACCA
244 tdbR00000180  SO:0000265 tRNA  Lys  $UU  Bacillus subtilis  prokaryotic cytosol  GAGCCAUUAGCUCAGUDGGDAGAGCAUCUGACU$UU[APCAGAGG7UCGAAGGTPCGAGUCCUUCAUGGCUCACCA
245 tdbR00000177  SO:0000265 tRNA  Lys  CUU  Mycoplasma capricolum  prokaryotic cytosol  GUCUGAUUAGCGCAACDGGCAGAGCAACUGACUCUU6APCAGUGG7UUGUGGGUPCGAUUCCCACAUCAGGCACCA
247 tdbR00000178  SO:0000265 tRNA  Lys  $UU  Mycoplasma capricolum  prokaryotic cytosol  GACUCGUUAGCUCAGCCGGDAGAGCAACUGGCU$UU6ACCAGUGG7UCCGGGGUPCGAAUCCCCGACGAGUCACCA
249 tdbR00000274  SO:0000266 tRNA  Met  CAU  Bacillus subtilis  prokaryotic cytosol  GGCGGUGUAGCUCAGCGGCDAGAGCGUACGGUUCAUЖCCCGUGAG7DCGGGGGTPCGAUCCCCUCCGCCGCUACCA
250 tdbR00000273  SO:0000266 tRNA  Met  CAU  Mycoplasma capricolum  prokaryotic cytosol  GGCGGGG4AGCUCAGUDGGDDAGAGCGUUCGGUUCAUACCCGAAAG7UCGAGAGUPCAAAUCUCUCCCCCGCUACCA
252 tdbR00000065  SO:0000267 tRNA  Phe  #AA  Bacillus subtilis  prokaryotic cytosol  GGCUCGGUAGCUCAGUDGGDAGAGCAACGGACU#AA*APCCGUGU7UCGGCGGTPCGAUUCCGUCCCGAGCCACCA
253 tdbR00000064  SO:0000267 tRNA  Phe  GAA  Mycoplasma capricolum  prokaryotic cytosol  GGUCGUGUAGCUCAGUCGGDAGAGCAGCAGACUGAAKCPCUGCGU7UCGGCGGUPCAAUUCCGUCCACGACCACCA
255 tdbR00000316  SO:0000268 tRNA  Pro  5GG  Bacillus subtilis  prokaryotic cytosol  CGGGAAGUAGCUCAGCUUGGDAGAGCACAUGGPU5GGKACCAUGGG7UCGCAGGTPCGAAUCCUGUCUUCCCGACCA
256 tdbR00000315  SO:0000268 tRNA  Pro  UGG  Mycoplasma capricolum  prokaryotic cytosol  CGGGAAGUGGCUCAGUUUGGDAGAGCAUUCGGUUUGGKACCGAAGG7UCGCAGGUPCAAAUCCUGUCUUCCCGACCA
260 U16147  S0:0001000 rRNA  SSU  16S  Clostridium acetobutylicum  prokaryotic cytosol  AGCUUCUUCGGAAGUGGAUUAGCGGCGGACGGGUGAGUAACACGUGGGUAACCUGCCUCAUAGAGGGGAAUAGCCUUCCGAAAGGAAGAUUAAUACCGCAUAAGAUUGUAAUAUCGCAUGAUAUAGCAAUUAAAGGAGCAAUCCGCUAUGAGAUGGACCCGCGUCGCAUUAGCUAGUUGGUGAGGUAACGGCUCACCAAGGCGACGAUGCGUAGCCGACCUGAGAGGGUGAUCGGCCACAUUGGGACUGAGACACGGCCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGGGAAACCCUGAUGCAGCAACGCCGCGUGAGUGAUGACGGUCUUCGGAUUGUAAAGCUCUGUCUUUAGGGACGAUAAUGACGGUACCUAAGGAGGAAGCCACGGCUAACUACGUGCCAGCAGCCGCPGUAAUACGUA7GUGGCAAGCGUUGUCCGGAUUUACUGGGCGUAAAGGGAGCGUAGGUGGAUAUUUAAGUGGGAUGUGAAAUACUCGGGCUUAACUUGGGUGCUGCAUUCCAAACUGGAUAUCUAGAGUGCAGGAGAGGAAAGUAGAAUUCCUAGUGUAGCGGUGAAAUGCGUAGAGAUUAGGAAGAAUACCAGUGGCGAAGGCGACUUUCUGGACUGUAACUGACACUGAGGCUCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGAAUACUAGGUGUGGGGGUUGUCAUGACCUCCGUGCCGCCGCUAACGCAUUAAGUAUUCCGCCUGGGGAGUACGGUCGCAAGAUUAAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCAGCGGAGCAUGUGGUUUAAUUCGAAGCAACGCGAAGAACR?UACCUAGACUUGACAUCUCCUGAAUUACUCUGUAAUAGAGGAAGCCCUUCGGGGCAGGAAGACAGGUGGUGCAUGGUUGUCGUCAGCUCGUGUCGUGAGAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUUGUUAGUUGCUACCAUUAAGUUGAGCACUCUAGCGAGACUGCCCGGGUUAACCGGGAGGAAGGUGGGGAUGACGUCAAAUCAUCAUGCCCBUUAUGUCUAGGGCUADACACGUGCUACAAUGGCUGGUACAGAGAGAUGCUAAACCGUGAGGUGGAGCCAAACUUUAAAACCAGUCUCAGUUCGGAUUGUAGGCUGAAACUCGCCUACAUGAAGCUGGAGUUGCUAGUAAUCGCGAAUCAGAAUGUCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCGCCCGUCACACCAUGAλAGUUGG?AAUACCCAAAGUUCGUGAGCUAACGCGUAAGCGAGGCAGCGACCUAAGGUAGGGUCAGCG
262 X03235  S0:0001000 rRNA  SSU  16S  Sulfolobus solfataricus  prokaryotic cytosol  AUUCCGGUUGAUCCUGCCGGACCCGACCGCUAUCGGGGUAGGGAUAAGCCAUGGGAGUCUUACACUCCCGGGUAAGGGAGUGUGGCGGACGGCUGAGUAACACGUGGCUAACCUACCCUCGGGACGGGGAUAACCCCGGGAAACUGGGGAUAAUCCCCGAUAGGGAAGGAGUCCUGGAAUGGUUCCUUCCCUAAAGGGCUAUAGGCUAUUUCCCGUUUGUAGCCGCCCGAGGAUGGGGCUACGGCCCAUCAGGCUGUCGGUGGGGUAAAGGCCCACCGAACCUAUAACGGGUAGGGGCCGUGGAAGCGGGAGCCUCCAGUUGGGCACUGAGACAAGGGCCCAGGCCCUACGGGGCGCACCAGGCGCGAAACGUCCCCAAUGCGCGAAAGCGUGAGGGCGCUACCCCGAGUGCCUCCGCAAGGAGGCUUUUCCCCGCUCUAAAAAGGCGGGGGAAUAAGCGGGGGGCAAGUCUʆGUGUCAGCCGCCGCGGUAAUHCCAGCUCCGCGAGUGGUCGGGGUGAUUACUGGGCCUAAAGCGCCUGUAGCCGGCCCACCAAGUCGCCCCUUAAAGUCCCCGGCUCAACCGGGGAACUGGGGGCGAUACUGGUGGGCUAGGGGGCGGGAGAGGCGGGGGGUHCUCCCGGAGUAGGGGCGAAAUCCUUAGAUACCGGGAGGACCACCAGUGGCGGAAGCGCCCCGCUAGAACGCGCCCGACGGUGAGAGGCGAAAGCCGGGGCAGCAAACGGGANUAGAUACCCCGGUAGUCCCGGCUGUAAACGAUGCGGGCUAGGUGUCGAGUAGGCUUAGAGCCUACUCGGUGCCGCAGGGAAGCCGUUAAGCCCGCCGCCUGGGGAGUACʆGUCGCAAGACUGAAACUNAAAGGAAUUGGCGGGGGAGCACCACAAGGGGUGGAACCUGCGGCUCAAUUʆGAGNCAACGCCUGGAAUCUUACCGGGGGAGACCGCAGUAUGACGGCCAGGCUAACGACCUUGCCUGACUCGCGGAGAGGAGGUGCAUGGCCʆUCGCCAGCUCGUGUUGUGAAAUGUCCGGUUAAGUCCGʆCAACGAGCGAGACCCCCACCCCUAGUUGGUAUUCUGGACUCCGGUCCAGAACCACACUAGGGGGACUGCCGGCGUAAGCCGGAGGAAGGAGGGGGCCACGGCAGGUCAGCAUGCCCCGAAACUCCCGGGCCGCACGCGGGUUACAAUGGCAGGGACAACGGGAUGCUACCUCGAAAGGGGGAGCCAAUCCUUAAACCCUGCCGCAGUUGGGAUCGAGGGCUGAAACCCGCCCUCGUGAACGAGGAAUCCCUAGUAACCGCGGGUCAACAACCCGCGGUGAAUACGNCCCUGCUCCUUGCACACACCGѴCѴGUCʆCUCCACCCGAGCGCGAAAGGGGUGAGGUCCCUUGCGAUAAGUGGGGGAUCGAACUCCUUUCCCGCGAGGGGGGAGAAGUCGUAHCAAGGUAGCCGUAGGGGHAѴѴUGCGGCUGGAUѴACCUC
277 X07998  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UUGUUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCGCGAGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCACCUCCPPU
278 AE001703  S0:0001000 rRNA  SSU  16S  Thermotoga maritima  prokaryotic cytosol  UAUAUGGAGGGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAACACAUGCAAGUCGAGCGGGGGAAACUCCCUUCGGGGAGGAGUACCCAGCGGCGGACGGGUGAGUAACACGUGGGUAACCUGCCCUCCGGAGGGGGAUAACCAGGGGAAACCCUGGUUAAUACCCCAUACGCUCCAUCAACGCAAGUUGGUGGAGGAAAGGGGCGUUUGCCCCGCCGGAGGAGGGGCCCGCGGCCCAUCAGGUAGUUGGUGGGGUAACGGCCCACCAAGCCGACGACGGGUAGCCGGCCUGAGAGGGUGGUCGGCCACAGGGGCACUGAGACACGGGCCCCACUCUACGGGAGGCAGCAGUGGGGAAUCUUGGACAAUGGGGGAAACCCUGAUCCAGCGACGCCGCGUGCGGGACGAAGCCUUCGGGGUGUAAACCGCUGUGGCGGGGGAAGAAUAAGGUAGGGAGGAAAUGCCCUACCGAUGACGGUACCCCGCUAGAAAGCCCCGGCUAACUACGUGCCAGCAGCC7CGGUAAUACGUAGGGGGCAAGCGUUACCCGGAUUUACUGGGCGUAAAGGGGGCGUAGGCGGCCUGGUGUGUCGGAUGUGAAAUCCCACGGCUCAACCGUGGGGCUGCAUCCGAAACUACCAGGCUUGGGGGCGGUAGAGGGAGACGGAACUGCCGGUGUAGGGGUGAAAUCCGUAGAUAUCGGCAGGAACGCCGGUGGGGAAGCCGGUCUCCUGGGCCGACCCCGACGCUGAGGCCCGAAAGCCAGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCUGGCUGUAAACGAUGCCCACUAGGUGUGGGGGGGUAAUCCCUCCGUGCUGAAGCUAACGCGUUAAGUGGGCCGCCUGGGGAGUACGCCCGCAAGGGUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCGUGUGGUUUAAUUGGAUL?UAAGCCAAGAACCUUACCAGGGCUUGACAUGCCGGUGGUACCUCCCCGAAAGGGGUAGGGACCCAGUCCUUCGGGACUGGGAGCCGGCACAGGUGLUGCACGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCUGCCCCUAGUUGCCAGCGGUUCGGCCGGGCACUCUAGGGGGACUGCCGGCGACGAGCCGGAGGAAGGAGGGGAUGACGUCAGGUACUCGUGCCCCUUAUGCCCUGGGCGACACACGCGCUACAAUGGGCGGUACAAUGGGUUGCGACCCCGCGAGGGGGAGCCAAUCCCCAAAGCCGCCCUCAGUUCGGAUCGCAGGCUGCAACCCGCCUGCGUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCGλCCGUCABGCCACCCGAGUCGGGGGCUCCCGAAGACACCUACCCCAACCCGAAAGGGAGGGGGGGUGUCGAGGGAGAACCUGGCGAGGGGGGCGAAGUCGΔʍACAAGGUAGCCGUACCGGZZGGUGCGGCUGGAUCACCUCCUUUC
280 AL009126  S0:0001000 rRNA  SSU  16S  Bacillus subtilis  prokaryotic cytosol  UUUAUCGGAGAGUUUGAUCCUGGCUCAGGACGAACGCUGGCGGCGUGCCUAAUACAUGCAAGUCGAGCGGACAGAUGGGAGCUUGCUCCCUGAUGUUAGCGGCGGACGGGUGAGUAACACGUGGGUAACCUGCCUGUAAGACUGGGAUAACUCCGGGAAACCGGGGCUAAUACCGGAUGGUUGUUUGAACCGCAUGGUUCAAACAUAAAAGGUGGCUUCGGCUACCACUUACAGAUGGACCCGCGGCGCAUUAGCUAGUUGGUGAGGUAACGGCUCACCAAGGCGACGAUGCGUAGCCGACCUGAGAGGGUGAUCGGCCACACUGGGACUGAGACACGGCCCAGACUCCUACGGGAGGCAGCAGUAGGGAAUCUUCCGCAAUGGACGAAAGUCUGACGGAGCAACGCCGCGUGAGUGAUGAAGGUUUUCGGAUCGUAAAGCUCUGUUGUUAGGGAAGAACAAGUACCGUUCGAAUAGGGCGGUACCUUGACGGUACCUAACCAGAAAGCCACGGCUAACUACGUGCCAGCAGCCGCGGUAAUACGUAGGUGGCAAGCGUUGUCCGGAAUUAUUGGGCGUAAAGGGCUCGCAGGCGGUUUCUUAAGUCUGAUGUGAAAGCCCCCGGCUCAACCGGGGAGGGUCAUUGGAAACUGGGGAACUUGAGUGCAGAAGAGGAGAGUGGAAUUCCACGUGUAGCGGUGAAAUGCGUAGAGAUGUGGAGGAACACCAGUGGCGAAGGCGACUCUCUGGUCUGUAACUGACGCUGAGGAGCGAAAGCGUGGGGAGCGAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGAGUGCUAAGUGUUAGGGGGUUUCCGCCCCUUAGUGCUGCAGCUAACGCAUUAAGCACUCCGCCUGGGGAGUACGGUCGCAAGACUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAʆѴCAACGCGAAGAACCUUACCAGGUCUUGACAUCCUCUGACAAUCCUAGAGAUAGGACGUCCCCUUCGGGGGCAGAGUGACAGGUGGUGCAUGGUUGUCGUCAGCUCGUGUCGUGAGAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUGAUCUUAGUUGCCAGCAUUCAGUUGGGCACUCUAAGGUGACUGCCGGUGACAAACCGGAGGAAGGUGGGGAUGACGUCAAAUCAUCAUGCCCCUUAUGACCUGGGCUACACACGUGCUACAAUGGACAGAACAAAGGGCAGCGAAACCGCGAGGUUAAGCCAAUCCCACAAAUCUGUUCUCAGUUCGGAUCGCAGUCUGCAACUCGACUGCGUGAAGCUGGAAUCGCUAGUAAUCGCGGAUCAGCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCGCCCGѴCACACCACGAGAGUUUGUAACACCCGAAGUCGGUGAGGUAACCUUUUAGGAGCCAGCCGCCGAAGGUGGGACAGAUGAUUGGGGUGAAGNCGUAACAAGGUAGCCGUAUHHGAAGGUGCGGCUGGAUCACCUCCUUUCU
284 X52322  S0:0001000 rRNA  SSU  16S  Arabidopsis thaliana  eukaryotic cytosol   UACCUGGUUGAUCCUGCCAGUAGUCAUʍUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUGUAAGUAUGAACGAAUUCAGACUGUGAAACUGCGAAUGGCUCAUUAAAUCAGPUAUAGUUUGUUUGAUGGUAACUACUACUCGGAUAACCGUAGUAAUUCUAGʍGCUAAUACGUGCAACAAACCCCGACUUAUGGAAGGGACGCAUUUAUUAGAUAAAAGGUCGACGCGGGCUCUGGCUUGCUCUGAUGAUUCAUGAUAACUCGACGGAUCGCAUGGCCUCUGUGCUGGCGACGCAUCAUUCAAAUUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUGGUAACGGGPGACGGAGAAUUAGGGUUCGAUUCCGGAGA##GAGCCUGAGAAACGGCUACCACAUBCAAGGAAGGCAGCAGGCGCGCʍAAUUACCCAAUCCUGACACGGGGAGGUʍGUGABAAUAAAUAACAAUACCGGGCUCUUUCGAGUCUGGUAAUUGGAAUGAGUACAAUCUAAAUCCCUUAACGAGGʍUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGJAAUUCCAGCUCCAAUA#CGUAUAPUUAA#UUGUUGCAGUUʍAAAAGCUCGUAGPUGAACCUUGGGAUGGGUCGGCCGGUCCGCCUUUGGUGUGCAUUGGUCGGCUUGUCCCUUCGGUCGGCGAUACGCUCCUGGUCUUAAUUGGCCGGGUCGUGCCUCCGGCGCUGUUACUUUGAAGAAAPUAGAGUGCUCAAAGCAAGCCUACGCUCUGGAUACAUUʍGCAUGGGAUAACAUCAUAGGAUUUCGAUCCUAUUGUGUUGGCUUCGGGAUCGGAGUAAUGAUUAACAGGGACAGUCGGGGGCAUUCGUAUUUCAUAGUCAGAGGUGAAAUUCUUGGAUUUAUGAAAGACGAACAACUGCGAAAGCAUUPGCCAAGGAUGUUUUCAUUAAUCAAGAʍCGAAAGUUGGGGGCUCGAAGACGAPCAGAUACCGJBCUAGUCUCAACCAUAAACGAUGCCGACCAGGGAUCAGCGGAUGUUGCUUAUAGGACUCCGCUGGCACCUUAUGAGAAAUCAAAGUUUUUGGGUUCCGGG#GGAGUAPGGUCGCAAGGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGGAAACUUACCAGGUCCAGACAUAGUAAGGAJUGACAGACUGAGAGCUCUUUCUUGAUUCUAJGGGUGGJ##UGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGUUAACGAʍCGAGACCUCAGCCUGCUAACUAGCUACGUGGAGGCAUCCCUUCACGGCCGGCUJCUUAGAGGGACUAUGGCCGUUUAGGCCAAGGAAGUUUGAGGCAAUAACA#GUCUGUGAUGCCCJUAGAUGUUCUGGGCCGCACGCGCGCUACACUGAUGUAUUCAACGAGUUCACACCUUGCCGACAGGCCCGGGUAAUCUUUGAAAUUUCAUCGUGAUGGGGAUAGAUCAUUGCAAUUGUUGGUCUUCAACGAGGAAUUCCUAGUAAGCGCGAGUCAUCAGCUCGCGUUGACUACGUCCCUGCBCUUUGUACACACCGBCCGUCGCUCCUACCGAUUGAAUGAUCCGGUGAAGUGUUCGGAUCGCGGCGACGUGGGUGGUUCGCCGCCCGCGACGUCGCGAGAAGUCCACUAAACCUUAUCAUUUAGAGGAʍGGAGAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUG
290 tdbD00009589  SO:0000269 tRNA  Ser  GCU  Bacillus subtilis  prokaryotic cytosol  GGAGAAGUACUCAAGUGGCDGAѢGAGGCGCCCCUGCU6AGGGUGUAGGUCGCGUAAGCGGCGCGAGGGTPCAAAUCCCUCCUUCUCCGCCA
291 tdbR00000384  SO:0000269 tRNA  Ser  GCU  Mycoplasma capricolum  prokaryotic cytosol  GGGUUAA4ACUCAAGUDGGDGAѢGAGGACACCCUGCU6AGGUGUUAGGUCGGUCUCCGGCGCGAGGGUPCGAGUCCCUCUUAACCCGCCA
293 tdbR00000387  SO:0000269 tRNA  Ser  5GA  Bacillus subtilis  prokaryotic cytosol  GGAGGAA4ACCCAAGUCUGGCDGAѢGGGAUCGGUCU5GAЧAACCGACAGGGUGUCAAAGCCCGCGGGGGTPCGAAUCCCUCUUCCUCCGCCA
294 tdbR00000385  SO:0000269 tRNA  Ser  UGA  Mycoplasma capricolum  prokaryotic cytosol  GGAAGAU4ACCCAAGUCCGGCDGAѢGGGAUCGGUCUUGAЖAACCGAGAGUCGGGGAAACCGAGCGGGGGUPCGAAUCCCUCAUCUUCCGCCA
296 tdbR00000389  SO:0000269 tRNA  Ser  GGA  Bacillus subtilis  prokaryotic cytosol  GGAGAGC4GUCCGAGUGGDCGAѢGGAGCACGAUUGGAAAPCGUGUAGGCGGUCAACUCCGUCUCAAGGGTPCGAAUCCCUUGCUCUCCGCCA
298 tdbR00000436  SO:0000270 tRNA  Thr  5GU  Bacillus subtilis  prokaryotic cytosol  GCCGGUGUAGCUCAAUDGGDAGAGCAACUGACU5GU6APCAGUAG7UUGGGGGTPCAAGUCCUCUUGCCGGCACCA
299 tdbR00000433  SO:0000270 tRNA  Thr  AGU  Mycoplasma capricolum  prokaryotic cytosol  GCUGACU4AGCUCAGUDGGDAGAGCAAUUGACUAGU6APCAAUAG7UCGAAGGUPCAAAUCCUUUAGUCAGCACCA
302 tdbR00000435  SO:0000270 tRNA  Thr  UGU  Mycoplasma capricolum  prokaryotic cytosol  GCUGACU4AGCUCAGCAGGCAGAGCAACUGACUUGU6APCAGUAG7UCGUAGGUPCGAUUCCUAUAGUCAGCACCA
304 tdbR00000483  SO:0000271 tRNA  Trp  CCA  Bacillus subtilis  prokaryotic cytosol  AGGGGCAUAGUUUAACGGDAGAACAGAGGPCUCCAЧAACCUCCGGUGUGGGTPCGAUUCCUACUGCCCCUGCCA
305 tdbR00000479  SO:0000271 tRNA  Trp  BCA  Mycoplasma capricolum  prokaryotic cytosol  AGGAGAGUAGUUCAAUGGDAGAACGUCGGUCUBCAЖAACCGAGC7UUGAGGGUPCGAUUCCUUUCUCUCCUGCCA
306 tdbR00000480  SO:0000271 tRNA  Trp  )CA  Mycoplasma capricolum  prokaryotic cytosol  AGGGGCAUAGUUCAGUAGGDAGAACAUCGGUCU)CAЖAACCGAGU7UCACGAGUPCGAGUCUUGUUGCCCCUGCCA
308 tdbR00000544  SO:0000272 tRNA  Tyr  QUA  Bacillus subtilis  prokaryotic cytosol  GGAGGGG4AGCGAAGUGGCUAAѢCGCGGCGGACUQUA*APCCGCUCCCUCAGGGUUCGGCAGTPCGAAUCUGCCCCCCUCCACCA
309 tdbR00000542  SO:0000272 tRNA  Tyr  GUA  Mycoplasma capricolum  prokaryotic cytosol  GGAGGGGUAGCGAAGUGGCDAAѢCGCGGGUGGCUGUAЖCCCACUUCCUUACGGUUCGGGGGUPCGAAUCCCUCCCCCUCCACCA
311 tdbR00000453  SO:0000273 tRNA  Val  5AC  Bacillus subtilis  prokaryotic cytosol  GGAGGAUUAGCUCAGCDGGGAGAGCAUCUGCCU5ACЖAGCAGAGG7UCGGCGGTPCGAGCCCGUCAUCCUCCACCA
312 tdbR00000451  SO:0000273 tRNA  Val  UAC  Mycoplasma capricolum  prokaryotic cytosol  GGAGUGUUAGCUCAGCDGGGAGAGCUCCUGCCUUACЖAGCAGGCG7UCAUAGGUPCAAGUCCUAUACACUCCACCA
314 tdbD00010836  SO:0000273 tRNA  Val  GAC  Bacillus subtilis  prokaryotic cytosol  GAUUCCGUAGCUCAGCDGGGAGAGCGCUACCUUGACAGGGUAGAG7UCGCUGGTPCGAGCCCAGUCGGAAUCACCA
316 tdbR00000507  SO:0000266 tRNA  Ini  CAU  Bacillus subtilis  prokaryotic cytosol  CGCGGGGUGGAGCAGUUCGGDAGCUCGUCGGGCUCAUAACCCGAAGGUCGCAGGTPCAAAUCCUGCCCCCGCAACCA
317 tdbR00000504  SO:0000266 tRNA  Ini  CAU  Mycoplasma capricolum  prokaryotic cytosol  CGCGGGGUAGAGCAGUDGGDAGCUCGCCGGGCUCAUAACCCGGAGGUCGCAGGUPCGAGUCCUGCCCCCGCAACCA
318 RATUR3B  SO:0000275 snoRNA  U3_Yeast_and_Rat  U3_Yeast_and_Rat  Rattus norvegicus  nucleus  ʍAGACUAPACUPUCAGGGAUCAUUUCUAUAGUUCGUUACUAGAGAAGUUUCUCUGACUGUGUAGAGCACCCGAAACCACGAGGACGAGACAUAGCGUCCCCUCCUGAGCGUGAAGCCGGCUCUAGGUGCUGCUUCUGUGCAGCUGCCUCUUGCCAUUGAUGAUCGUUCUUCUCUCCUUCGGGGGGGUAAGAGGGAGGGAACGCAGUCUGAGUGGA
319 X04239  SO:0000275 snoRNA  U8  U8  Mus musculus  nucleus  ʍJCGUCAGGAGGUUAAUCCPUACCUGUCCCUCCUUUCGGAGGGCAGUAGAAAAUGAUGAUUGGAGCUUGCAUGAUCUGCUGAUUAGCAUUUCCAUGCAAUCAGGACCUGACAACAUCCUGGUUGCUCCUAUCUGAUU
320   SO:0000391 snRNA  U1  U1  Homo sapiens  nucleus  ʍJACPPACCUGGCAGGGGAGAUACCAUGAUCACGAAGGUGGUUUUCCCAGGGCGAGGCUUAUCCAUUGCʍCUCCGGAUGUGCUGACCCCUGCGAUUUCCCCAAAUGUGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUUUCCCCUG
321 MN297470  SO:0000392 snRNA  U2  U2  Homo sapiens  nucleus  AUCGCUUCUCGGCCUUUUGGCUAAGAUCAAGUGUAGUAUBUGUUCUUAUCAGUUUAAUAUBUGAUACGUCCUCUAUCCGAGGACAAUAUAUUAAAUGGAUUUUUGGAGCAGGGAGAUGGAAUAGGAGCUUGCUCCGUCCACUCCACGCAUCGACCUGGUAUUGCAGUACCUCCAGGAACGGUGCACC
322 X01691  SO:0000395 snRNA  U5  U5  Homo sapiens  nucleus  ʍJACUCUGGUUUCUCUUCAGAUCGCAUAAAUCUUUC#CCUJUPABPAAAGAUPUCCGUGGAGAGGAACAACUCUGAGUCUUAACCCAAUUUUUUGAGCCUUGCCUUGGCAAGGCUA
323 XM_006719309  SO:0000393 snRNA  U4  U4  Homo sapiens  nucleus  ʍ#CPUUGBGCAGUGGCAGUAUCGUAGCCAAUGAGGUCUAUCCGAGGCGCGAUUAUUGCUAAUUGʍAAACUUPUCCCAAPACCCCGCCGUGACGACUUGCAAUAUAGUCGGCACUGGCAAUUUUUGACAGUCUCUACGGAGACUG
324   SO:0000396 snRNA  U6  U6  Rattus norvegicus  nucleus  §GUGCCUGCUUCGGCAGCACAUAUACUAAAAPUGGAACGAPACЖGAGʍAGAUUʍ#CAUGGBCBBUGCGCAʍGLAUGABACGCAAAUPCGUGAAGCGUUCCAUAUUUU
325 CP068256  SO:0000399 snRNA  U12  U12  Homo sapiens  nucleus  UGCCUUAAACUUAUGAGPAAG#AAAAPAACGAUUCGGGGUGACGCCCGAAUCCUCACUGCUAAUGUGAGACGAAUUUUUGAGCGGGUAAAGGUCGCCCUCAAGGUGACCCGCCUACUUUGCGGGAUGCCUGGGAGUUGCGAUCUGCCCG
326 NG_029832  SO:0000394 snRNA  U4atac  U4atac  Homo sapiens  nucleus  AACCAUCCUUUPCUUGGGGUUGCGCUACUGUCCAAUGAGCGCAUAGUGAGGGCAGUACUGCUAACGCCUGAACAACACACCCGCAUCAACUAGAGCUUUUGCUUUAUUUUGGUGCAAUUUUUGGAAAAAU
327   SO:0000391 snRNA  U1  U1  Rattus norvegicus  nucleus  ʍJACPPACCUGGCAGGGGAGAUACCAUGAUCACGAAGGUGGUUUUCCCAGGGCGAGGCUUAUCCAUUGCʍCUCCGGAUGUGCUGACCCCUGCGAUUUCCCCAAAUGCGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUCUCCCCUG
328 XM_015284986  SO:0000391 snRNA  U1  U1  Gallus gallus  nucleus  ʍJACPPACCUGGCAGGGGAGACACCAUGAUCAGGCAGGUGGUUUUCCCAGGGCGAGGCUCAUCCCCUGCʍCUCCGGGUGUGCUGACCCCUGCGAUUUCCCCAAAUGCGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUCUCCCCUGAUUUGCGCGGUUCAAAGACAGAACGCUGCUCUUCACCUGUAUUCCUCGCUGCUCUCCGUGGCGCGGUGCCGCCACAACCGGCUUUCGCCCACGCCGGAGCGCGGCGCUGCUGUAAAGGAGCGGCGCUGCUCUCCGCUUCCAUCUCCACGGCAUA
329   SO:0000391 snRNA  U1  U1  Mus musculus  nucleus  ʍJACPPACCUGGCAGGGGAGAUACCAUGAUCACGAAGGUGGUUUUCCCAGGGCGAGGCUUAUCCAUUGCʍCUCCGGAUGUGCUGACCCCUGCGAUUUCCCCAAAUGCGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUCUCCCCUG
330   SO:0000391 snRNA  U1  U1  Drosophila melanogaster  nucleus  ʍJACPPACCUGGCGUAGAGGUUAACCGUGAUCACGAAGGCGGUUCCUCCGGAGUGAGGCUUGGCCAUUGCʍCCUCGGCUGAGUUGACCUCUGCGAUUAUUCCUAAUGUGAAUAACUCGUGCGUGUAAUUUUUGGUAGCCGGGAAUGGCGUUCGCGCCGUCCCGA
331   SO:0000391 snRNA  U1  U1  Chlorella saccharophila  nucleus  AUACZJACCUGUCCGGCCUGCGACCUCGAGCAAGAAGGGGGUCUAGGUAGUGCUUGUACCUCGCCUUGUACUAUGCUUGGGGUAGCGCUGUGUGCGGGGCAAGUCCUCGUUACAACGGAAUAAUUUCUGGCAGGCCGUUGCACGCGCUUGCGCGUCCUCGGCAA
332 CU329671  SO:0000391 snRNA  U1  U1  Schizosaccharomyces pombe  nucleus  ACPUACCUGGCAUGAGUUUCUGCAGCACAAGAAUUGUGGAGACUCAGUUAUUUGUCUUGGCAUUGCACUGAGCCCUGACGAAUAACUGUGGACUGGCUAAGGUCAGCUCCGGAUGCAUCAUUUUUGAGUUCGUCCCUCAUUUGGGGCA
333 CP046094  SO:0000391 snRNA  U1  U1  Saccharomyces cerevisiae  nucleus  AUACPPACCUUAAGAUAUCAGAGGAGAUCAAGAAGUCCUACUGAUCAAACAUGCGCUUCCAAUAGUAGAAGGACGUUAAGCAUUUAUCAUUGAACUAUAAUUGUUCAUUGAAGUCAUUGAUGCAAACUCCUUGGUCACACACACAUACGGCGCGGAAGGCGUGUUUGCUGACGUUUCCAUUCCCUUGUUUCAAUCAUUGGUUAAUCCCUUGAUUCCUUUGGGGAUUUUUGGGUUAAACUGAUUUUUGGGGCCCUUUGUUUCUUCUGCCUGGAGAAGUUUGACACCAAAUUCAAAUUGGUGUUAGGGGAGCUGGGGCCUUUCAAAAGAGAGCUUUGUAGAGGCAUUCUUUUUGACUACUUUUCUCUAGCGUGCCAUUUUAGUUUUUGACGGCAGAUUCGAAUGAACUUAAGUUUAUGAUGAAGGUAUGGCUGUUGAGAUUAUUUGGUCGGGAUUGUAGUUUGAAGAUGUGCUCUUUUGAGCAGUCUCAACUUUGCUCGUUCCCGUUAUGGGAAAAAUUUUGGAAGGUCUUGGUAGGAACGGGUGGAUCUUAUAAUUUUUGAUUUAUUUUA
334   SO:0000392 snRNA  U2  U2  Rattus norvegicus  nucleus  AUCGCUUCUCGGCCUUUUGGCUAAGAUCAAGUGUAGUAUBUGUUCUUAUCAGUUUAAUAUBUGAUACGUCCUCUAUCCGAGGACAAUAUAUUAAAUGGAUUUUUGGAACUAGGAGUUGGAAUAGGAGCUUGCUCCGUCCACUCCACGCAUCGACCUGGUAUUGCAGUACCUCCAGGAACGGUGCACC
335 X05084  SO:0000392 snRNA  U2  U2  Vicia faba  nucleus  AUACCUZCUCGGCCUUUUGGCUAAGAUBAAGUGUAGUAUBUGUUCUUAUUAGUUUAAUAUCUGAUAUGUGGGCCAAUGGCCCACACGAUAUUAAAUUUAUUUCUUGAGGGGAAGAGGCCACCACAGUAGCUUGCUAUUGGGUCUCUUACGUGUCGCUCUUGCGUUGCACUAUAGCAAUUGCUGGCGCACCCCA
336 M23361  SO:0000392 snRNA  U2  U2  Schizosaccharomyces pombe  nucleus  AUUCUCUCUUUGCCUUUUGGCUUAGAUCAЖGUGUAGUAUBUGUUCUUUUCAGUUUAAUCGCUGAAAUCACCUCACUGAGGUGUUCCGAUUAAUCUUGUUUUUGGUUUGAGUUGGAAAGCCUCUGGCUUGCUAUGCUUUCCGACACUGGUGUUCUUGCUAUUGCACUUACUGGCAAGCGACGCCGAA
337 CP029160  SO:0000392 snRNA  U2  U2  Saccharomyces cerevisiae  nucleus  ACGAAUCUCUUUGCCUUUUGGCUUAGAUCAAGUGUAGUAUCUGUUCUUUUCAGUGUAACAACUGAAAUGACCUCAAUGAGGCUCAUUACCUUUUAAUUUGUUACAAUACACAUUUUUUGGCACCCAAAAUAAUAAAAUGGACGGGAAGAGACUUUUUAAGCAAGUUGUUUUCCGCUAAUGUCAGGUCUCACUACUUUUUGCUGCUAUUUUUCUUCGCUCAUGGUUUCUUCAUAAGGCGUUUUUAUGAUGGUUUUUCGAAAUUGGUUUUUGAGACGACGGUUGCUCAAGGUUAUUGUUUUUGUUUUCUUCUGGUUGUUUUCUAUUUUCUUUUUUUUAGCUUUCUGUUUCUCCCUUAGUUUGGCUUUUUGCUUCAUACUCUUCCCUGUCUUUCCGAGCCGUUUAUGUCCAACGCGGGAUUUGGUUUUUCUUUAUCGAUGGGAAGAAAUGGUGCUAUAGUAGGUUGGGAGAUAAUAUUUAUGGUAUGGGGUGCUAGUGCGGAUGGGGCGCUCUUAUUGUUGAUUUCUUCGCUCGUCUUCUUUUUCUGGUGGCGCUGCAAGAGGAAGUUUUUCGACUUUGUUAUGAUUUUUGGUUUGCAAGGAAAGGUGUCUUACGAUUCUUUUUUUGAUGUAAUAGGAUAAGCUUGCUUAUCCCCAAGUAUCGGCCAAAGUUGUUGAUUUUCCUUUUGAAGUGUCCUCGGUUUGAGGGGGUGUAGGGUGGGGUUGGUCUACAAUAAGAGUGUUCCAUUGUUAACGUGCUGGCGUCUUUUACUAUAUUUUUUUUCCCAGUUUAUUUUGUGCUUAUUUUCUCAUUGAGGAGAAGGAGCUCUUCUCGCAGGAUAUAAAUGGAGGUUUGCUAAAGGGGAGGAGAUGUGUUUGUGAGAAUACUGCUGAGAGAGUUCUGGAAGAGAAAAAAAGGAGGCAAUGGAAGGCGUUUGCUGGGAAAAGAGAAGAGCCAUGACUGCAUCUGUUGUUUCAAGGCCAGUUUUAUUAACCGCCUAUGUCAUAGAGGCGUUUUUUUUGGAGGGAUUUGAAGAAUGCCCGGCGGCAUCAAGAAACGGACUUGAUGGUUGACGCCUGUUUUUAAAGUUAGAGACGUCGCGACCCUCGCACUUGUGGAGUCGUUCUUGACUUUUACUUUGGUCGCUUGAUGUUUCUCUCGUCUUCCCGUUCGC
338   SO:0000396 snRNA  U6  U6  Mus musculus  nucleus  §GUGCUCGCUUCGGCAGCACAUAUACUAAAAPUGGAACGAPACЖGAGʍAGAUUUʍ#CAUGGBCBBUGCGCAʍGLAUGABACGCAAAUPCGUGAAGCGUUCCAUAUUUUU
339   SO:0000396 snRNA  U6  U6  Vicia faba  nucleus  §CUUCGGGGACAUCCGAUAAAAPUGGAACGACACЖGAGʍAGAUUʍGCAUGGCCBCUGCGBAʍGGAUGACAC#CACAAAUC#AGAAAPGGUCCAAAUUUU
340   SO:0000396 snRNA  U6  U6  Schizosaccharomyces pombe  nucleus  §GAUCUUCGGAUCACUUUGGUCAAAUUGAAACGAUACЖGAGʍAGAUUʍGCAUGGCCBBUGCACAAGGAUGACACUGCGACAUUGAGAGAAAACCCAUUUU
341   SO:0000393 snRNA  U4  U4  Rattus norvegicus  nucleus  ʍ#CPUUGBGCAGUGGCAGUAUCGUAGCCAAUGAGGUUUAUCCGAGGCGCGAUUAUUGCUAAUUGʍAAACUUPUCCCAAPACCCCGCCGUGACGACUUGCAAUAUAGUCGGCAUUGGCAAUUUUUGACAGUCUCUACGGAGACUGG
342   SO:0000393 snRNA  U4  U4  Gallus gallus  nucleus  ʍ#CPUUGBGCAGUGGCAGUAUCGUAGCCAAUGAGGUUAAUCCGAGGCGCGAUUAUUGCUAAUUGʍAAACUUPUCCCAAPACCCCGCCGUGACGACUUGCAAUAUAGUCGGCAUUGGCAAUUUUUGACAGUCUCUACGGAGACUGG
343   SO:0000393 snRNA  U4  U4  Mus musculus  nucleus  ʍ#CPUUGBGCAGUGGCAGUAUCGUAGCCAAUGAGGUUUAUCCGAGGCGCGAUUAUUGCUAAUUGʍAAACUUPUCCCAAPACCCCGCCAUGACGACUUGAAAUAUAGUCGGCAUUGGCAAUUUUUGACAGUCUCUACGGAGACUG
344 CP023339  SO:0000393 snRNA  U4  U4  Drosophila melanogaster  nucleus  ʍGCUUAGCGCAGUGGCAAUACCGUAACCAAUGAAGCCUCCCUGAGGUGCGGUUAUUGCUAGUUGʍAAACUUUAACCAACCCACGCCAUGGGACGUGAAAUACCGUCCACUACGGCAAUUUUUGGAAGCCCPPACGAGGGCUAA
345 X07112  SO:0000393 snRNA  U4  U4  Vicia faba  nucleus  AUCUZUGCGCZUGGGGCAAUGACGUAGCUAGUGAGGUPCUAACCGAGGCGCGUCUAPUGCUGGUUGʍAAACUAPUUGCCAAACCCCUCUUAGGCUUGGGCUUGGGUUCAAGCCUUUGAGAAUUUCUGGAAGGACUCCCUUUGGGGUAAAGUCUA
346 XR_005488827  SO:0000395 snRNA  U5  U5  Rattus norvegicus  nucleus  ʍJACUCUGGUUUCUCUUCAGAUCGUAUAAAUCUUUC#CCUJUPABPAAAGAUPUCCGUGGAGAGGAACAACUCUGAGUCUUAAACCAAUUUUUUGAGGCCUUGUCUUGAGCAAGGCU
347   SO:0000395 snRNA  U5  U5  Mus musculus  nucleus  ʍJACUCUGGUUUCUCUUCAGAUCGUAUAAAUCUUUC#CCUJUPABPAAAGAUPUCCGUGGAGAGGAACAACUCUGAGUCUUAAACCAAUUUUUUGAGGCCUUGUCUUGGCAAGGCUA
348 X00386  SO:0000395 snRNA  U5  U5  Crypthecodinium cohnii  nucleus  ЖJBACAGUGPUCACUUCAACCGAAUCAAPCUPJC#CCUJUPABPAAAGGUUGCCGUGAAUGGGACACAUCAAUGUGAAUCUCUCAAUUUUUGAGGGCUCUGCCCCAC
349   SO:0000395 snRNA  U5  U5  Tetrahymena thermophila  nucleus  ʍJCACAGAACUCAGCUCAUUACGCUUUAAUUUPUC#CCUJUPABPAAAGAUPACCGUGGGCUGGGUUUACCAAUGUGAAUUAUUAAAAUUUUUGCAGGAUUCUUUUGAAUCCUCUCAC
350   SO:0000395 snRNA  U5  U5  Pisum sativum  nucleus  AGCCGUGUGAUGAUGACAUAGCGAACUAUJCUPUC#CCUJUPABPAAAGAAUACPCGUGUCAGCGUCACAAUUAGCGGCAUACGCUAGUUUUUGGAAGAGUUCUCAAUUUUGAGGGCUCUG
351   SO:0000395 snRNA  U5  U5  Physarum polycephalum  nucleus  ʍBACGCGGCUUPCPCGGCAGAUCGAAUUAPUCUPJC#CCUJUPABPAAAGAAUACCGUGUCGGGGAUGCAUAUUUGCGUCUUUUGAUCGAAUUUUUUGCGGCCUCUCUUUACGAGUGGCUAU
352 CP023337  SO:0000395 snRNA  U5  U5  Drosophila melanogaster  nucleus  ʍJACUCUGGUUUCUCUUCAAUGUCGAAUAAAPCUUUC#CCUJUPABPAAAGAUPUCCGUGGAGAGGAACACUCUAAGAGUCUAAAACUAAUUUUUUAGUCAGUCUUGUCGCAAGACUGGGGCCA
353 XM_043072010  SO:0000395 snRNA  U5  U5  Chlamydomonas reinhardtii  nucleus  ʍJCCGCGACGAGCUGAACGCGUA#CGAAUAPCUCUPUC#CCUJUPABPAAAGAGAUCCGCGAGUUUUGCUCACGCAGUCGCAUAUCCAUCUUUUUGUGGGGCUUUUGCCUU
354 X01693  SO:0000395 snRNA  U5  U5  Tetrahymena pyriformis  nucleus  ʍJCACAGAACUCAGCUCAAUACGCUUUAAUUUPUC#CCUJUPABPAAAGAUPACCGUGGGCUGGGUUCUACAAUGUGAAUUAUUAAAAUUUUUGAGGAUUGUGUGAAUCCUA
355 X15504  SO:0000395 snRNA  U5  U5  Schizosaccharomyces pombe  nucleus  AUAAUCCGUCAAAGCACUUUGCAAAAGCUAACGUAUCPGUUUCUU#CCUJUPABCAGAAACAGCCGUUUGUAAGGUGUGCUAAUUUGACUGUAUAGUUUUUGAAUCUUUUUCUUGAAACA
356 CP046087  SO:0000395 snRNA  U5  U5  Saccharomyces cerevisiae  nucleus  CAAGCAGCUUUACAGAUCAAUGGCGGAGGGAGGUCAACAUCAAGAACUGUGGGCCUUUUAUUGCCUAUAGAACUUAUAACGAACAUGGUUCUUGCCUUPUACCAGAACCAUCCGGGUGUUGUCUCCAUAGAAACAGGUAAAGCUGUCCGUUACUGUGGGCUUGCCAUAUUUUUUGGAACUUUUCUGCCCUUUUUCUCAAUGAGUAAGGAGGGCGU
357   SO:0000397 snRNA  U6atac  U6atac  Homo sapiens  nucleus  §GUGUUGUAUGAAAGGAGAGAAGGUUAGCACUCCCCUUGACAAGGAUGGAAGAGGCCCUCGGGCCUGACAACACGCAUACGGUPAAGGCAUUGCCACCUACUUCGUGGCAUCUAACCAUCGUUUUU
358 CP038187  SO:0000391 snRNA  U1  U1  Caenorhabditis elegans  nucleus  AAACPUACCUGGCUGGGGGUUAUUUCGCGAUCACAAAGGCGGAAUCCCCAUGGUUAGGCCUACCCAUUGCACUUUUGGUGCGGGCUGACCUGUGUGGCAGUCUCGAGUUGAGAUUCGCCAACAGCUUAAUUUUUGCGUAUCGGGGCUGCGUGCGCGCGGCCCUGAA
359 NM_060702  SO:0000392 snRNA  U2  U2  Caenorhabditis elegans  nucleus  AUCGCUUCUUCGGCUUAUUAGCUAAGAUCAAAGUGUAGUAUCUGUUCUUAUCGUAUUAACCUACGGUAUACACUCGAAUGAGUGUAAUAAAGGUUAUAUGAUUUUUGGAACCUAGGGAAGACUCGGGGCUUGCUCCGACUUCCCAAGGGUCGUCCUGGCGUUGCACUGCUGCCGGGCUCGGCCCAGU
360 X51382  SO:0000393 snRNA  U4  U4  Caenorhabditis elegans  nucleus  AGCUUUGCGCUGGGGCGAUAACGUGACCAAUGAGGCUUUGCGAGGUGCGUUUAUUGCUGGUPGAAAACUUUPCCCAAUUGCCCGCGAUGUCCCCUGAAACAUGGGUGGCAUACGCAAUUUUUGAACNCUCUAGGAGGCAGAA
361 CP038191  SO:0000396 snRNA  U6  U6  Caenorhabditis elegans  nucleus  §GUUCUUCCGAGAACAUAUACUAAAAPUGGAACAAUACAGAGAAGAUUAGCAUGGCCCCUGCGCAAGGAUGACACGCAAAUUCGUGAAGCGUUCCAAAUUUUU
362 LK927909  SO:0000395 snRNA  U5  U5  Caenorhabditis elegans  nucleus  AACUCUGGUUCCUCUGCAUUUAACCGUGAAAAUCUPUCGCCUUUPACPAAAGAUUUCCGUGCAAAGGAGCAUUUACUGAGUAUUACAUACAAUUUUUGGAGACUCCUUGAGAAAGCGGGUCA
363 AF204671  SO:0000393 snRNA  U4  U4  Leptomonas collosoma  nucleus  AAGCCUUGCGCAGGGAGAUGUGAACGCAAGAACCUCAGUGAUUGUUCAUUUAGUGCUAUACUAʍAAACUCCA#UACUCCUAUACGGGAAUAUUUGCAUCCACCAAGGGUGGGGAA
364 AF006632  SO:0000395 snRNA  U5  U5  Leptomonas collosoma  nucleus  ACCGGCAUCACUGCUUCGACUUJUACUAʍGCAGCGCAGCCAACACAUAUCAUGUCAAAUUUUGGGAACCCUUGUGGUUUU
365   SO:0000396 snRNA  U6  U6  Leptomonas collosoma  nucleus  §GGAGCCCCUUCGGGGGACAUCCACAACCUGGAACUUCAACAGʍGAAGʍUUʍGCʍCUBUCCCU#CGCAAGGCUGAUGUCAAUCUUCGAGAGAUAUAGCUUUU
366 X05054  SO:0000396 snRNA  U6  U6  Physarum polycephalum  nucleus  UUUUGUAUCACAUAUACUAAAAUGGCGCUAGCGAUUAAGCCGGCCGGUUGCUCAGUACCGUGAGACGCUCGAGCGAAGCGUUUGCGUUUUUUUGUAAA
367 tdbR00000001  SO:0000254 tRNA  Ala  CGC  Halobacterium salinarum  prokaryotic cytosol  GGGCUCGUAGAUCAGCGGUAGAUCRCUUCCUUCGCAAGGAAGAGGCC?UGGG]PBOAAUCCCAGCGAGUCCACCA
368 tdbR00000002  SO:0000254 tRNA  Ala  CGC  Haloferax volcanii  prokaryotic cytosol  GGGCUCGUAGAUCAGUGGCAGAUCRCUUCCUUCGCAAGGAAGAGGC??GGGG]PBOAAUCCCCGCGAGUCCACCA
369 tdbR00000003  SO:0000254 tRNA  Ala  GGC  Haloferax volcanii  prokaryotic cytosol  GGGCUCGUAGAUCAGGGGUAGAUCACUCCCUUGGCAUGGGAGAGGC??CGGG]PBOAAUCCCGGCGAGUCCACCA
370 tdbR00000004  SO:0000254 tRNA  Ala  UGC  Haloferax volcanii  prokaryotic cytosol  GGGCCCAUAGCUCAGUGGUAGAGULCCUCCUUUGCAAGGAGGAUGC??AGGG]PBGAAUCCCUGUGGGUCCACCA
371 tdbR00000006  SO:0000254 tRNA  Ala  UGC  Mycoplasma mycoides  prokaryotic cytosol  GGGCCCUUAGCUCAGCDGGGAGAGCACCUGCCUUGCЖCGCAGGGG7UCGACGGUUCGAUCCCGUUAGGGUCCACCA
372 tdbR00000013  SO:0000254 tRNA  Ala  IGC  Pichia jadinii  eukaryotic cytosol   GGGCGUGUKGCGUAGDDGGDAGCGCRPUCGCUUIGCOPGCGAAAGGDCUCCGGTPCGѢCUCCGGACUCGUCCACCA
373 tdbR00000014  SO:0000254 tRNA  Ala  IGC  Bombyx mori  eukaryotic cytosol   GGGGGCGUALCUCAGADGGUAGAGCRCUCGCJUIGCOP#PGAGAG7UA?CGGGAPCGѢUACCCGGCGCCUCCACCA
374 tdbR00000014  SO:0000254 tRNA  Ala  IGC  Bombyx mori  eukaryotic cytosol   GGGGGCGUALCUCAGADGGUAGAGCRCUCGCJUIGCOP#PGAGAG7UA?CGGGAPCGѢUACCCGGCGCCUCCACCA
375 tdbR00000016  SO:0000254 tRNA  Ala  IGC  Homo sapiens  eukaryotic cytosol   GGGGGAUUALCUCAAADGGDAGAGCRCUCGCJUIGCOP#CGAGAG7UAGCGGGAPCGѢUGCCCGCAUCCUCCACCA
376 tdbR00000017  SO:0000254 tRNA  Ala  IGC  Homo sapiens  eukaryotic cytosol   GGGGAAUUALCUCAAADGGDAGAGCRCUCGCJUIGCOP#CGAGAG7UAGCGGGAPCGѢUGCCCGCAUUCUCCACCA
377 tdbR00000018  SO:0000258 tRNA  Cys  GCA  Haloferax volcanii  prokaryotic cytosol  GCCAAGGUGGCAGA(UUCGGCCCAACGCAUCCGCCUGCAKAGCGGAACCCC?GCCGG]PBOAAUCCGGCCCUUGGCUCCA
378 tdbR00000022  SO:0000257 tRNA  Asp  GUC  Enterobacteria phage T5  prokaryotic cytosol  GCGACCGGGGCUGGCUUGGUAAUGGUACUCCCCUGUCACGGGAGAGAAUGUGGGTPCAAAUCCCAPCGGUCGCGCCA
379 tdbR00000023  SO:0000257 tRNA  Asp  GUC  Haloferax volcanii  prokaryotic cytosol  GCCCGGGUGRUGPAGUGGCCCAUCAUACGACCCUGUCACGGUCGUGACGCGGG]PBOAAUCCCGCCUCGGGCGCCA
380 tdbR00000025  SO:0000257 tRNA  Asp  GUC  Thermus thermophilus  prokaryotic cytosol  GGCCCCG4GGUGPAGUU#GDDAACACACCCGCCUGUCACGPGGGAGAUCGCGGGFPCGѢGUCCCGUCGGGGCCGCCA
381 tdbR00000036  SO:0000257 tRNA  Asp  GUC  Euglena gracilis  eukaryotic cytosol   UCUUCGGUAGUAPAGD#GDAAGUAUʆPCCGCCUGUCAѴGCGGAAGAѴHCGGGTPCAHUUCCCGGCCGGAGAGCCA
382 tdbR00000037  SO:0000257 tRNA  Asp  GUC  Rattus norvegicus  eukaryotic cytosol   AUCCUCGUUAGUAPAGUGGDGAGUAUCCCCGCUCGUCA?GCGGGAGA??GGGGTPCGAUUCCCCGACGGGGAGCCA
383 tdbR00000038  SO:0000257 tRNA  Asp  8UC  Rattus norvegicus  eukaryotic cytosol   UCCUCGUUAGUAPAGUGGDGAGUAUCCCCGCUC8UCA?GCGGGAGA??GGGGTPCGAUUCCCCGACGGGGAGCCA
384 tdbR00000039  SO:0000257 tRNA  Asp  8UC  Oryctolagus cuniculus  eukaryotic cytosol   UCCCGUCUAGUAPAGUGGDGAGUAUAUCCGCCU8UCACGCGGGAGGA??GGGGTPCGѢAUCCCCGGACGGGAGCCA
385 tdbR00000040  SO:0000257 tRNA  Asp  8UC  Bos taurus  eukaryotic cytosol   GGUGCCGUALCGPAGD#GCA.CG.GACUCUBU8UCAAAGAGUGG7A?.UGAGTPCGѢUACUCAACGGCACCGCCA
386 tdbR00000041  SO:0000257 tRNA  Asp  8UC  Xenopus laevis  eukaryotic cytosol   UCCUCLUUKGUAPAGUGGDGAGUAUCCCCGCCU8UCA?GCGGGAGA??GGGGTPCAAUUCCCCGACGGGGAGCCA
387 tdbR00000042  SO:0000260 tRNA  Glu  MUC  Haloferax volcanii  prokaryotic cytosol  GCUCUGUUGRUGPAGUCCGGCCAAUCAUAUCACCCUMUCACGGUGAUGAC?AGGG]PBGAAUCCCUGACGGAGCACCA
388 tdbR00000043  SO:0000260 tRNA  Glu  NUC  Haloferax volcanii  prokaryotic cytosol  GCUCGGUUGRUGPAGUCCGGCCAAUCAUCUUGGCCUNUCKAGCCGAGGAC?AGGG]PBOAAUCCCUGACCGAGCACCA
389 tdbR00000048  SO:0000260 tRNA  Glu  NUC  Synechocystis sp.  prokaryotic cytosol  GCCCCCAUCGUCUAGAGGCCDAGGACACCUCCCUNUCACGGAGGCGACAGGGATPCGAAUUCCCUUGGGGGUACCA
390 tdbR00000055  SO:0000260 tRNA  Glu  3UC  Schizosaccharomyces pombe  eukaryotic cytosol   UCCGUUGUKGUCCAACGGCDAGGAUUCGUCGCU3UCACCGACGGGAG?GGGGTPCGACUCCCCGCAACGGAGCCA
391 tdbR00000056  SO:0000260 tRNA  Glu  UPC  Hordeum vulgare  eukaryotic cytosol   UCCGUCGUAGUCPAGGDGGDPAGGAUACUCGGCUUPCACCCGAGAGAC?CGGGTPCAѢGUCCCGGCGACGGAACCA
392 tdbR00000057  SO:0000260 tRNA  Glu  CPC  Hordeum vulgare  eukaryotic cytosol   UCCGUCGUAGUCPAGGDGGDPAGGAUACUCGGCUCPCACCCGAGAGAC?CGGGTPCGѢGUCCCGGCGACGGAACCA
393 tdbR00000058  SO:0000260 tRNA  Glu  CUC  Lupinus luteus  eukaryotic cytosol   UCCGUUGUAGUCPAGDDGGDCAGGAUAUUCGGCUCUCACCCGAAAGAC?CGGGTPCAѢGUCCCGGCGACGGAACCA
394 tdbR00000059  SO:0000260 tRNA  Glu  3UC  Rattus norvegicus  eukaryotic cytosol   UCCCACAUKGUCPAGCGGDDAGGAUUCCUGGPU3UCACCCAGGCGGC??GGG\PCGACUCCCGGUGUGGGAACCA
395 tdbR00000060  SO:0000260 tRNA  Glu  2UC  Drosophila melanogaster  eukaryotic cytosol   UCCCAUAUGGUCPAGDGGCDAGGAUAUCUGGBU2UCACCCAGAAGGCCCGGGTPCGAUUCCCGGUAUGGGAACCA
396 tdbR00000061  SO:0000260 tRNA  Glu  CUC  Mus musculus  eukaryotic cytosol   UCCCUGGUGLUCPAGUGGDPAGGAUUCGGCGCUCUCACCGCCGCGGC??GGG\PCGAUUCCCGGUCAGGGAACCA
397 tdbR00000061  SO:0000260 tRNA  Glu  CUC  Homo sapiens  eukaryotic cytosol   UCCCUGGUGLUCPAGUGGDPAGGAUUCGGCGCUCUCACCGCCGCGGC??GGG\PCGAUUCCCGGUCAGGGAACCA
398 tdbR00000063  SO:0000267 tRNA  Phe  GAA  Haloferax volcanii  prokaryotic cytosol  GCCGCCUUAGCUCA(ACUGGGAGAGCACUCGACUGAAKAPCGAGCUGU?CCCGG]PBOAAUCCGGGAGGCGGCACCA
399 tdbR00000066  SO:0000267 tRNA  Phe  GAA  Thermus thermophilus  prokaryotic cytosol  GCCGALG4AGCUCAGUU#GDAGAGCAUGCGACUGAAЧAPCGCAGU7UCGGCGGTPCGAUUCCGCUCCUCGGCACCA
400 tdbR00000068  SO:0000267 tRNA  Phe  GAA  Rhodospirillum rubrum  prokaryotic cytosol  GCCCGGGUAGCUCAGCDGGDAGAGCACGUGACUGAA*APCACGGU7UCGGUGGTPCGACUCCGCCCCCGGGCACCA
401 tdbR00000069  SO:0000267 tRNA  Phe  GAA  Synechococcus sp. PCC 7002  prokaryotic cytosol  GCCAGGAUAGCNCAGUD#GDAGAGCAGAGGACUGAA*APCCUCGU7UCGGCGGTPCAAUUCCGCCUCCCGGCACCA
402 tdbR00000070  SO:0000267 tRNA  Phe  #AA  Geobacillus stearothermophilus  prokaryotic cytosol  GGCUCGG4AGCUCAGUCGGDAGAGCAAAGGACU#AA*APCCUUGU7UCGGCGGTPCGAUUCCGUCCCGAGCCACCA
403 tdbR00000081  SO:0000267 tRNA  Phe  GAA  Scenedesmus obliquus  eukaryotic cytosol   GGCUUGAUALCUCAGCD#GGAGAGCRPPAGABUGAAKAPCUACAG7.?CCCAGTPCGѢU?BUGGGUCAGGCCACCA
404 tdbR00000082  SO:0000267 tRNA  Phe  #AA  Neurospora crassa  eukaryotic cytosol   GCGGGUUUALCUCHGDDGGGAGAGCRPCAGABU#AAYAP?UGAAG7D?GUGUGTPCGѢUCCACACAAACCGCACCA
405 tdbR00000085  SO:0000267 tRNA  Phe  #AA  Schizosaccharomyces pombe  eukaryotic cytosol   GUCGCAAUʆLUGPAGDDGGGAGCAPLACAGABU#AAYAPCUGUUG7NCAUCGGTPCGAUCCCGGUUUGUGACACCA
406 tdbR00000086  SO:0000267 tRNA  Phe  #AA  Euglena gracilis  eukaryotic cytosol   GCCGACUUALCUBAGDDGGGAGAGCRPPAGABU#AAYAPCUAAAG7UCCCUGGTPCGѢUCCCGGGAGPCGGCACCA
407 tdbR00000088  SO:0000267 tRNA  Phe  #AA  Hordeum vulgare  eukaryotic cytosol   GCGGGGAUALCUCAGDDGGGAGAGCRPCAGABU#AAWAPCUGAAG7DCGCGUGTPCGѢUCCACGCUCACCGCACCA
408 tdbR00000088  SO:0000267 tRNA  Phe  #AA  Triticum aestivum  eukaryotic cytosol   GCGGGGAUALCUCAGDDGGGAGAGCRPCAGABU#AAWAPCUGAAG7DCGCGUGTPCGѢUCCACGCUCACCGCACCA
409 tdbR00000089  SO:0000267 tRNA  Phe  #AA  Brassica napus  eukaryotic cytosol   GCGGGGAUALCUCAGDDGGGAGAGCRPCAGABU#AAYAPCUGAAG7DCGCGUGTPCGѢUCCACGCUCACCGCACCA
410 tdbR00000090  SO:0000267 tRNA  Phe  #AA  Lupinus luteus  eukaryotic cytosol   GCGGGGAUALCUCAGDDGGGAGAGCRPCAGABU#AAWAPCUGAAG7DCACGUGTPCGѢUCCACGUUCACCGCACCA
411 tdbR00000088  SO:0000267 tRNA  Phe  #AA  Pisum sativum  eukaryotic cytosol   GCGGGGAUALCUCAGDDGGGAGAGCRPCAGABU#AAWAPCUGAAG7DCGCGUGTPCGѢUCCACGCUCACCGCACCA
412 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Oryctolagus cuniculus  eukaryotic cytosol   GCCGAAAUALCUCѢGDDGGGAGAGCRPPAGABU#AAWAPCUAAAG7DC?CUGGTPCGѢUCCCGGGUUUCGGCACCA
413 tdbR00000093  SO:0000267 tRNA  Phe  #AA  Bombyx mori  eukaryotic cytosol   GCCGAAAUALCUCAGDDGGGAGAGCRPPAGABU#AAKAPCUAAAG7D?CCUGGTPCAѢUCCCGGGUUUCGGCACCA
414 tdbR00000094  SO:0000267 tRNA  Phe  #AA  Bombyx mori  eukaryotic cytosol   GCCGAAAUALCUCAGDDGGGAGAGCRPPAGABU#AAKAPCUAAAG7D?CCUGGTPCGѢUCCCGGGUUUCGGCACCA
415 tdbR00000095  SO:0000267 tRNA  Phe  #AA  Drosophila melanogaster  eukaryotic cytosol   GCCGAAAUALCUCAGDDGGGAGAGCRPPAGABU#AAKAPCUAAAG7DCCCCGGTPCAѢUCCCGGGUUUCGGCACCA
416 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Bos taurus  eukaryotic cytosol   GCCGAAAUALCUCѢGDDGGGAGAGCRPPAGABU#AAWAPCUAAAG7DC?CUGGTPCGѢUCCCGGGUUUCGGCACCA
417 tdbR00000097  SO:0000267 tRNA  Phe  #AA  Bos taurus  eukaryotic cytosol   GCCGAAAUALCUCѢGDDGGGAGAGCRPPAGABU#AAWAPCUAAAG7DC?CUGGTPCAѢUCCCGGGUUUCGGCACCA
418 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Xenopus laevis  eukaryotic cytosol   GCCGAAAUALCUCѢGDDGGGAGAGCRPPAGABU#AAWAPCUAAAG7DC?CUGGTPCGѢUCCCGGGUUUCGGCACCA
419 tdbR00000099  SO:0000267 tRNA  Phe  #AA  Mus musculus  eukaryotic cytosol   AGCCGAAAUALCUCѢGDDGGGAGAGCRPPAGABU#AAKAPCUAAAG7UC?CUGGTPCGѢUCCCGGGUUUCGGCACCA
420 tdbR00000101  SO:0000267 tRNA  Phe  #AA  Mus musculus  eukaryotic cytosol   GCCGAAAUALCUCѢGDDGGGAGAGCRPPAGABU#AAYAPCUAAAG7UC?CUGGTPCGѢUCCCGGGUUUCGGCACCA
421 tdbR00000101  SO:0000267 tRNA  Phe  #AA  Mus musculus  eukaryotic cytosol   GCCGAAAUALCUCѢGDDGGGAGAGCRPPAGABU#AAYAPCUAAAG7UC?CUGGTPCGѢUCCCGGGUUUCGGCACCA
422 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Bos taurus  eukaryotic cytosol   GCCGAAAUALCUCѢGDDGGGAGAGCRPPAGABU#AAWAPCUAAAG7DC?CUGGTPCGѢUCCCGGGUUUCGGCACCA
423 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Homo sapiens  eukaryotic cytosol   GCCGAAAUALCUCѢGDDGGGAGAGCRPPAGABU#AAWAPCUAAAG7DC?CUGGTPCGѢUCCCGGGUUUCGGCACCA
424 tdbR00000104  SO:0000261 tRNA  Gly  NCC  Enterobacteria phage T4  prokaryotic cytosol  GCGGAUAUCGUAUAAU#GDAUUACCUCAGACUNCCAAPCUGAUGAUGUGAGTPCGAUUCUCAUUAUCCGCUCCA
425 tdbR00000105  SO:0000261 tRNA  Gly  GCC  Halobacterium salinarum  prokaryotic cytosol  GCGCUGGUALUGPAGUGGUAUCACGUGACCUUGCCAUGGUCACAA??UGGG]PBOAAUCCCAGCCAGCGCACCA
426 tdbR00000106  SO:0000261 tRNA  Gly  CCC  Haloferax volcanii  prokaryotic cytosol  GCGCCGAUGLUCCAGUGGUAGGACACGAGCUUCCCAAGCUCGGAGC?CGGG]PBOAUUCCCGGUCGGCGCACCA
427 tdbR00000107  SO:0000261 tRNA  Gly  GCC  Haloferax volcanii  prokaryotic cytosol  GCGUCGGUALUGPAGUGGUAUCACGUGACCUUGCCAUGGUCACAAC?UGGG]PBOAAUCCCAGCCGACGCACCA
428 tdbR00000108  SO:0000261 tRNA  Gly  GCC  Haloferax volcanii  prokaryotic cytosol  GCGCUGGUALUGPAGUGGUAUCACGUGACCUUGCCAUGGUCACAAC?UGGG]PBOAAUCCCAGCCAGCGCACCA
429 tdbR00000109  SO:0000261 tRNA  Gly  NCC  Haloferax volcanii  prokaryotic cytosol  GCACCGGUGLUCUAAUGGUAAGACAUUGGCCUNCCAAGCCAAUUAU?UGGG]PBGAUUCCCAGCCGGUGCACCA
430 tdbR00000110  SO:0000261 tRNA  Gly  GCC  Methanobacterium thermaggregans  prokaryotic cytosol  GCGGCGUUAGUCCAʆCUGGUUAAGACACUGGCCUGCCACGCCAGCGUCCCGGGPPBOAAUCCCGGACGCCGCACCA
431 tdbR00000112  SO:0000261 tRNA  Gly  {CC  Mycoplasma mycoides  prokaryotic cytosol  GCAGGUG4AGUUUAAUGGCAGAACUUCAGCCUUCCЖAGCUGAUUGUGAGGGUPCGAUUCCCUUCACCUGCUCCA
432 tdbR00000113  SO:0000261 tRNA  Gly  CCC  Streptomyces coelicolor A3(2)  prokaryotic cytosol  GCGGGUGUAGUUCAAUGGDAGAACAUCAGCUUCCCAAGCUGAGAGCGCGAGTPCGAUUCUCGUCACCCGCUCCA
433 tdbR00000114  SO:0000261 tRNA  Gly  {CC  Staphylococcus epidermidis  prokaryotic cytosol  GCGGGAG4AUUUCAACUUUDAGAAUACGUUCCUUCCCGGAACGAGAUAUAGGUGCAAAUCCUAUCUUCCGCUCCA
434 tdbR00000115  SO:0000261 tRNA  Gly  {CC  Staphylococcus epidermidis  prokaryotic cytosol  GCGGGAG4AGUUCAAUUUDAGAACACAUUCCUUCCCGGAAUGAGGUAUAGGUGCAAGUCCUAUCUUCCGCUCCA
435 tdbR00000120  SO:0000261 tRNA  Gly  CCC  Salmonella typhimurium  prokaryotic cytosol  GCGGGCGUAGUUCAAU#GDAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGTPCGAUUCCCUUCGCCCGCUCCA
436 tdbR00000121  SO:0000261 tRNA  Gly  NCC  Salmonella typhimurium  prokaryotic cytosol  GCGGGCAUCGUAUAAUGGCUAUUACCUCAGCCUNCCAAGCUGAUGAUGCGGGTPCGAUUCCCGCUGCCCGCUCCA
437 tdbR00000131  SO:0000261 tRNA  Gly  GCC  Triticum aestivum  eukaryotic cytosol   GCABCAGUKGUCPAGDGGUAGAAUAGUACCCUGCCA?GGUACAGA???GGGUPCGѢUUCCCGGCUGGUGCACCA
438 tdbR00000132  SO:0000261 tRNA  Gly  GCC  Lupinus luteus  eukaryotic cytosol   GCABCAGUKGUCPAGDGGUAGAAUAGUACCCUGCCA?GGUACAGA???GGGUPCGѢUUCCCGGCUGGUGCACCA
439 tdbR00000133  SO:0000261 tRNA  Gly  GCC  Bombyx mori  eukaryotic cytosol   GCAJCGGUKGUUCAGUGGDAGAAUGCUCGCCUGCCA?GCGGGCGG???GGGTPCGѢUUCCCGGCCGAUGCACCA
440 tdbR00000134  SO:0000261 tRNA  Gly  ɮCC  Bombyx mori  eukaryotic cytosol   GCGJUGGUKGUGPAADGGDCAGCAUAGPUGCCUɮCCAAGCAGUUGAU??GGGTPCGѢUUCCCGGCCAACGCACCA
441 tdbR00000135  SO:0000261 tRNA  Gly  CCC  Homo sapiens  eukaryotic cytosol   GCGBCLCUGGUGPAGUGGDAUCAUGCAAGAJUCCCAUZCUUGCGAC??GGGTPCGѢUUCCCGGGCGGCGCACCA
442 tdbR00000136  SO:0000261 tRNA  Gly  GCC  Homo sapiens  eukaryotic cytosol   GCAUUGGUGGUUCAGUGGUAGAAUUCUCGCCUGCCACGCGGGAGGCCCGGGUUCGAUUCCCGGCCAAUGCACCA
443 tdbR00000137  SO:0000262 tRNA  His  GUG  Halobacterium salinarum  prokaryotic cytosol  GUCCGGGCU.RGGPAGUGGACUAUCCUUCAGCCUUGUGKAGGCUGAGACGCGGG]PBGAUUCUCGCGCCUGGACCCA
444 tdbR00000138  SO:0000262 tRNA  His  GUG  Haloferax volcanii  prokaryotic cytosol  GUCCGGGUUGRGGPAGUGGACUAUCCUUCAGCCUUGUGKAGGCUGAGACGCGGGPPBAAUUCUCGCACCUGGACCCA
445 tdbR00000141  SO:0000262 tRNA  His  QUG  Salmonella typhimurium  prokaryotic cytosol  GGUGGCUA4AGCUCAGDDGGDAGAGCCCUGGAUUQUGɿPPCCAGUU7UCGUGGGTPCGAAUCCCAUUAGCCACCCCA
446 tdbR00000146  SO:0000262 tRNA  His  GUG  Lupinus luteus  eukaryotic cytosol   GGUGGCUGUAGUUPAGDGGDDAGAACACAACGPUGUGKCCGUUGAAAC?UGGGUPCGѢAUCCCAGCAGCCACACCA
447 tdbR00000147  SO:0000262 tRNA  His  GUG  Drosophila melanogaster  eukaryotic cytosol   GGCCGUGAUCGUCPAGDGGDDAGGACCCCACGPUGUGKCCGUGGUAACC?AGGUPCGѢAUCCUGGUCACGG?ACCA
448 tdbR00000148  SO:0000262 tRNA  His  QUG  Ovis aries  eukaryotic cytosol   GGCCGULAUCGUAPAGDGGDDAGUACUCUGCGPUQUGKCCGCAGCAAC?UCGGUPCGѢAUCCGAGUCACGG?ACCA
449 tdbR00000149  SO:0000262 tRNA  His  GUG  Homo sapiens  eukaryotic cytosol   ʆGCCGUGAUCGUAPAGDGGDDAGUACUCUGCGPUGUGGCCGCAGCAA??UCGGUPCGѢAUCCGAGUCACGGCACCA
450 tdbR00000150  SO:0000258 tRNA  Ile  .AU  Enterobacteria phage T4  prokaryotic cytosol  GGCCCUGUAGCUCAAU#GDDAGCAGCAGUCCCCU.AUHAGGGAAAG7UUACCAGTPCAAAUCUGGUCUGGGUCACCA
451 tdbR00000151  SO:0000258 tRNA  Ile  GAU  Haloferax volcanii  prokaryotic cytosol  GGGCCAAUAGCUCAGUCAGGUUGAGCRCPCGGCUGAU6AC?GGGAGGCC?GCGG]PBOAAUCCGCGUUGGCCCACCA
452 tdbR00000152  SO:0000258 tRNA  Ile  NAU  Haloferax volcanii  prokaryotic cytosol  GGGCCCCUAGCUCA(UCUGGUCAGAGCRCUCGGCUNAU6ACCGGGUGGU?AUGGG]PBGAACCCCAUGGGGCCCACCA
453 tdbR00000155  SO:0000258 tRNA  Ile  GAU  Mycoplasma mycoides  prokaryotic cytosol  CGGAAUA4AGCUCAGCDGGDDAGAGCAUUCCGCUGAU6ACGGAGAG7UCGUUGGUPCAAGUCCAAUUAUUCCGACCA
454 tdbR00000157  SO:0000258 tRNA  Ile  GAU  Thermus thermophilus  prokaryotic cytosol  GGGCGAUUAGCUCAGCU#GUDAGAGCGCACGCCUGAU6AGCGUGAG7UCGGUGGFPCAѢGUCCACCAUCGCCCACCA
455 tdbR00000171  SO:0000258 tRNA  Ile  IAU  Pichia jadinii  eukaryotic cytosol   GGUCCCUUGLCCCAGDDGGDDAAGGCRPGGUGCUIAU6ACGCCAAGAD?AGCAGTPCGѢUCCUGCUAGGGACCACCA
456 tdbR00000172  SO:0000258 tRNA  Ile  IAU  Lupinus luteus  eukaryotic cytosol   GGCCCAUUALCCCAGDDGGDDAAGGCRPGGUGCUIAU6ACGCCGAAGD?AGCAGTPCGѢUCCUGCUAUGGGCCACCA
457 tdbR00000173  SO:0000258 tRNA  Ile  IAU  Bombyx mori  eukaryotic cytosol   GGCCCAUUALCUCAGDDGGDNAGAGCRPCGUGCUIAU6ACGCGAAG7U?G?GGGTPCGѢUCCCCUCAUGGGCCACCA
458 tdbR00000174  SO:0000258 tRNA  Ile  IAU  Mus musculus  eukaryotic cytosol   GGCCGGUUALCUCAGDDGGDDAGAGCRPGGPGCUIAU6ACGCCAAG7D?GCGGGTPCGѢUCCCCGUACGGGCCACCA
459 tdbR00000175  SO:0000265 tRNA  Lys  NUU  Haloferax volcanii  prokaryotic cytosol  GGGCUGGUAGCUCA(UUAGGCAGAGCRUCUGGBUNUU6ACCAGACGGU?GGGGG]PBOAGUCCCUCCCAGCCCGCCA
460 tdbR00000176  SO:0000265 tRNA  Lys  MUU  Haloferax volcanii  prokaryotic cytosol  GGGCCGGUAGCUCA(UUAGGCAGAGCRUCUGABUMUU6APCAGACGGU?GCGPG]PBOAAUCGCGUCCGGCCCACCA
461 tdbR00000194  SO:0000265 tRNA  Lys  CUU  Triticum aestivum  eukaryotic cytosol   GCCCGUCUALCUCAGDDGGUAGAGCRCAAGGCUCUU6ACCUUGUGKD?GUGGGTPCGѢGCCCCACGGUPGGCGCCA
462 tdbR00000195  SO:0000265 tRNA  Lys  CUN  Rattus norvegicus  eukaryotic cytosol   GCCCGLCUALCUCAGDCGGDAGAGCAPGAGACUCUN6APCUCAGG7D?GUGGG\PCGѢGCCCCACGUUGGGCGCCA
463 tdbR00000196  SO:0000265 tRNA  Lys  CUN  Rattus norvegicus  eukaryotic cytosol   GCCCGLCUALCUCAGDCGGDAGAGCAPGGGACUCUN6APCCCAGG7D?GUGGG\PCGѢGCCCCACGUUGGGCGCCA
464 tdbR00000197  SO:0000265 tRNA  Lys  3UU  Rattus norvegicus  eukaryotic cytosol   GCCCGLAUALCUCAGDCGGDAGAGCAPCAGACU3UU[APCUGAGG7D??AGGG\PCAѢGUCCCUGUUCGGGCGCCA
465 tdbR00000198  SO:0000265 tRNA  Lys  CUU  Oryctolagus cuniculus  eukaryotic cytosol   GCCCGGCUALCUCAGDCGGDAGAGCAPGGGACUCUU6APCCCAGG7D?GUGGG\PCGѢGCCCCACGUUGGGCGCCA
466 tdbR00000199  SO:0000265 tRNA  Lys  CUU  Oryctolagus cuniculus  eukaryotic cytosol   GCCCGGCUALCUCAGDCGGDAGAGCAPGAGACUCUU6APCUCAGG7D?GUGGG\PCGѢGCCCCACGUUGGGCGCCA
467 tdbR00000200  SO:0000265 tRNA  Lys  3UU  Oryctolagus cuniculus  eukaryotic cytosol   GCCCGGAUALCUCAGDCGGDAGAGCAPCAGACU3UU[APCUGAGG7D??AGGG\PCAѢGUCCCUGUUCGGGCGCCA
468 tdbR00000201  SO:0000265 tRNA  Lys  CUU  Drosophila melanogaster  eukaryotic cytosol   GCCCGGCUALCUCAGDCGGDAGAGCAPGAGACUCUU6APCUCAGG7DCGUGGG\PCGѢGCCCCACGUUGGGCGCCA
469 tdbR00000202  SO:0000265 tRNA  Lys  )UU  Drosophila melanogaster  eukaryotic cytosol   GCCCGGAUALCUCAGDCGGDAGAGCAPPGGACU)UU6APCCAAGG7D?CAGGG\PCAѢGUCCCUGUUCGGGCGCCA
470 tdbR00000203  SO:0000265 tRNA  Lys  NUU  Loligo bleekeri  eukaryotic cytosol   GCCUCCAUALCUCAGDCGGUAGAGCAPCAGACUNUUHAѮCUGAGG7D?UGGGG\PCGѢGUCCCCAULUGGG?UCCA
471 tdbR00000204  SO:0000265 tRNA  Lys  CUU  Loligo bleekeri  eukaryotic cytosol   UCCCGLCUALCUCAGDCGGUAGAGCACGAGAѴUCUU6APCUCGGG7D?GUGGG\PCGѢGCCCCACGUUGGGAGCCA
472 tdbR00000205  SO:0000265 tRNA  Lys  NUU  Loligo bleekeri  eukaryotic cytosol   GCCUUCAUALCUCAGDCGGUAGAGCAPCAGACUNUUHAѮCUGAGG7D?UGGGG\PCGѢGUCCCCAULCGGG?UCCA
474 tdbR00000207  SO:0000265 tRNA  Lys  CUU  Mus musculus  eukaryotic cytosol   GCCCGGCUALCUCAGDCGGUAGAGCAPGAGACUCUUHAPCUCAGG7D?GUGGG\PCGѢGCCCCACGUUGGGCGCCA
475 tdbR00000196  SO:0000265 tRNA  Lys  CUN  Mus musculus  eukaryotic cytosol   GCCCGLCUALCUCAGDCGGDAGAGCAPGGGACUCUN6APCCCAGG7D?GUGGG\PCGѢGCCCCACGUUGGGCGCCA
476 tdbR00000209  SO:0000264 tRNA  Leu  NAA  Enterobacteria phage T4  prokaryotic cytosol  GCGAGAA4GGUCAAADULGDAAAGGCACAGCACUNAA*APGCUGCGGAAUGAUUUCCUUGUGGGTPCGAGUCCCACUUCUCGCACCA
477 tdbR00000210  SO:0000264 tRNA  Leu  UAG  Enterobacteria phage T5  prokaryotic cytosol  GGGGCUAUGCUGGAACD#GDAGACAAUACGGCCUUAGЖUPCCGUAGCUUAAAUGCGUGGGAGTPCGAGUCUCCCUAGCCCCACCA
478 tdbR00000211  SO:0000264 tRNA  Leu  CAA  Haloferax volcanii  prokaryotic cytosol  GCGAGGGUAGCUAA(UCAGGAAAAAGCRGCGGACUCAAKAPCCGCUCCCGUAGGGGUC?GUGGG]PBOAAUCCCUCCCCUCGCACCA
479 tdbR00000212  SO:0000264 tRNA  Leu  CAG  Haloferax volcanii  prokaryotic cytosol  GCAGGGAUAGCCAA(UCUGGCCAACGGCRCAGCGUUCAGKGCGCUGUCUCAUAGGAGUC?GCAGG]PBOAAUCCUGCUCCCUGCACCA
480 tdbR00000213  SO:0000264 tRNA  Leu  GAG  Haloferax volcanii  prokaryotic cytosol  GCGUGGGUAGCCAA(CCAGGCCAACGGCRCAGCGUUGAGKG?GCUGUCCUGUAGAGGUC?GCCGG]PBOAAUCCGGUCCCACGCACCA
481 tdbR00000214  SO:0000264 tRNA  Leu  UAA  Haloferax volcanii  prokaryotic cytosol  GCGGGGGUGGCUGA(CCAGGCCAAAAGCLGCGGACUUAAKAPCCGCUCCCGUAGGGGUUCGCGAG]PBGAAUCUCGUCCCCCGCACCA
482 tdbR00000215  SO:0000264 tRNA  Leu  5AG  Haloferax volcanii  prokaryotic cytosol  GCGCGGGUAGCCAA(UGGCCAAAGGCRCAGCGCU5AGKACGCUGUGGUGUAGACCUU?GCAGG]PBGAACCCUGUCCCGCGCACCA
483 tdbR00000223  SO:0000264 tRNA  Leu  CAG  Salmonella typhimurium  prokaryotic cytosol  GCGAAGGUGGCGGAADD#GDAGACGCGCUAGCUUCAGʆPGPUAGUGUCCUUACGGACGUGGGGGTPCAAGUCCCCCCCCUCGCACCA
484 tdbR00000224  SO:0000264 tRNA  Leu  CAA  Rhodospirillum rubrum  prokaryotic cytosol  GCCUUUGUAGCGGAADGGDAACGCGGCAGACUCAAHAPCUGCUUUGGUAACCCAGGUGGUAGTPCGACUCUCCCCAAAGGCACCA
485 tdbR00000225  SO:0000264 tRNA  Leu  CAA  Synechococcus elongatus PCC 6301  prokaryotic cytosol  GGGCAAGUGGCGGAAUDGGDAGACGCAGCAGACUCAAHAPCUGCCGCUAGCGAUAGUGUGUGGGTPCGAGUCCCACCUUGCCCACCA
486 tdbR00000226  SO:0000264 tRNA  Leu  CAG  Synechococcus elongatus PCC 6301  prokaryotic cytosol  GCGGAACUGGCGGAAUDGGDAGACGCGCUAGAUUCAGKPPCUAGUGGUUUCACGACUGUCCGGGTPCAAGUCCCGGGUUCCGCACCA
487 tdbR00000227  SO:0000264 tRNA  Leu  BAA  Geobacillus stearothermophilus  prokaryotic cytosol  GCCGAUG4GGCGGAAUDGGCAGѢCGCGCACGACUBAA*APCGUGUGGGCUUUGCCCGUGUGGGTPCGACUCCCACCAUCGGCACCA
488 tdbR00000252  SO:0000264 tRNA  Leu  BAA  Pichia jadinii  eukaryotic cytosol   GGAUCUUUGLCMGAGC#GDDUAAGGCRCUCGABUBAAKAPCGAGUAUCGUAAGAUG?AUGAGTPCGѢAUCUCAUAGGAUCCACCA
489 tdbR00000253  SO:0000264 tRNA  Leu  BAA  Candida cylindracea  eukaryotic cytosol   GGCCGUUUGLCMGAGD#GDCDAAGGCRUCUGABUBAAKAPCAGAJCUCGUAAGAGG?GUGUGTPCGѢACCACACAGCGGUCACCA
490 tdbR00000254  SO:0000264 tRNA  Leu  IAG  Candida cylindracea  eukaryotic cytosol   GGUUCUCUGGCMGAGDGGDCDAAGGCRCAUGGPUIAGKPCCAUGUCUCUUCGGAGG?GCGAGTPCGѢACCUCGCGGGAAUCACCA
491 tdbR00000255  SO:0000264 tRNA  Leu  IAG  Candida cylindracea  eukaryotic cytosol   GGCUCUCUGGCMGAGDGGDCDAAGGCRCUAGGPUIAGKPCCUAGUCUCUUCGGAGG?GCGAGTPCGѢACCUCGCGGGAGUCACCA
492 tdbR00000256  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  eukaryotic cytosol   GUCAGGAUGLCMGAGDGGDCXAAGGCRCCAGACU.AAKPPCUGGJCUUCGAGAGAGGG?GUGGGTPCAѢAUCCCACUUCUGACACCA
493 tdbR00000257  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  eukaryotic cytosol   GUCAGGAUGLCMGAGDGGDCXAAGGCRCCAGACU.AAKPPCUGGJCUUCGAAAGAGGG?GUGGGTPCAѢAUCCCACUUCUGACACCA
494 tdbR00000258  SO:0000264 tRNA  Leu  .AG  Phaseolus vulgaris  eukaryotic cytosol   GAUAGUUUGLCMGAGDGGDCXAAGGCRCCAGAPU.AGKCPCUGGJCCGAAA.GGG?GUGGGUPCAѢAUCCCACAGCUGUCACCA
495 tdbR00000259  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  eukaryotic cytosol   GCUGGUUUGGCMGAGAGGDDAAGGCRGAAGACU.AAKAPCUUCJGCAGUCAACUGCG?AUGGGTPCGѢACCCCAUAGCCAGCACCA
496 tdbR00000260  SO:0000264 tRNA  Leu  .AA  Solanum tuberosum  eukaryotic cytosol   GUCAGGAUGGCMGAGDGGDCXAAGGCRCCAGACU.AAKUPCUGGJCUUCGUAAGAGGG?GUGGGTPCAѢAUCCCACUUCUGACACCA
497 tdbR00000261  SO:0000264 tRNA  Leu  NAA  Cucumis sativus  eukaryotic cytosol   GUCAGGAUGLC?GAGDGGDCXAAGGCRCCAGACUNAAKPPCUGGJCCUCUAAGGAGGG?GUGGGTPCAѢAUCCCACUUCUGACACCA
498 tdbR00000262  SO:0000264 tRNA  Leu  ѴAA  Rattus norvegicus  eukaryotic cytosol   AGUCAGLAUGLCMGAGUGGDCPAAGGCRCCAGACUѴAAʆPPCUGGNPCCGAAUGGAG?GUGGGTPCGѢAUCCCACUUCUGACACCA
499 tdbR00000263  SO:0000264 tRNA  Leu  ѴAA  Rattus norvegicus  eukaryotic cytosol   AGUCAGLAUGLCMGAGUGGDCPAAGGCRCCAGACUѴAAʆPPCUGGNPCCGUAUGGAG?GUGGGTPCGѢAUCCCACUUCUGACACCA
500 tdbR00000264  SO:0000264 tRNA  Leu  IAG  Caenorhabditis elegans  eukaryotic cytosol   GGAGAGAUGGCMGAGCGGDCUAAGGCGCUGGUUUIAGGCACCAGUCCCUUCGGGGGCGUGGGTUCGAAUCCCACUCUCUUCACCA
501 tdbR00000267  SO:0000264 tRNA  Leu  IAG  Bos taurus  eukaryotic cytosol   GGUAGCGUGLCMGAGCGGDCPAAGGCRCUGGAZUIAGKCPCCAGUCPCPUCGGGGG?GUGGGTPCGѢAUCCCACCGCUGCCACCA
502 tdbR00000266  SO:0000264 tRNA  Leu  °AA  Bos taurus  eukaryotic cytosol   GUCAGLAUGLCMGAGUGGDCPAAGGCLCCAGACU°AAKPPCUGGJCPCCGUAUGGAGG?GUGGGTPCGѢAUCCCACUUCUGACACCA
503 tdbR00000267  SO:0000264 tRNA  Leu  IAG  Bos taurus  eukaryotic cytosol   GGUAGCGUGLCMGAGCGGDCPAAGGCRCUGGAZUIAGKCPCCAGUCPCPUCGGGGG?GUGGGTPCGѢAUCCCACCGCUGCCACCA
504 tdbR00000268  SO:0000264 tRNA  Leu  CAG  Bos taurus  eukaryotic cytosol   GUCAGLAUGLCMGAGCGGDDCAAGGCRCUGCGJUCAGK.CGCAGJCPCCCUGGAGG?GUGGGTPCGѢAUCCCACUUCUGACACCA
505 tdbR00000269  SO:0000264 tRNA  Leu  .AA  Homo sapiens  eukaryotic cytosol   GUCAGLAUGLCMGAGUGGDCPAAGGCRCCAGACU..AKKPPUGGJJPPCGGAUGGAG??UGGGTTPGѢѢUCCCACUUCUGACACCA
506 tdbR00000270  SO:0000266 tRNA  Met  BAU  Avian myeloblastosis virus  prokaryotic cytosol  GCCUCCUUALCGCAGDAGGNAGCGCRPCAGPCUBAU6APCUGAAG7D??UGAGTPCGѢACCUCAGAGGGGGCACCA
507 tdbR00000271  SO:0000266 tRNA  Met  BAU  Haloferax volcanii  prokaryotic cytosol  GCCCGGGUGGCUPA(CUGGACAPAGCGCCGCACUBAU6APGCGGAGAU?GUGGG]PBGGAGCCCACCCCGGGCACCA
508 tdbR00000272  SO:0000266 tRNA  Met  CAU  Thermoplasma acidophilum  prokaryotic cytosol  GCCGGGG4GGCUCA(CUGGAGGAGCRCCGGABUCAU6AUCCGGAGGUCUCGGGPPBGAUCCCCGAUCCCGGCACCA
509 tdbR00000275  SO:0000266 tRNA  Met  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGG4GGAGCAGCCU#GDAGCUCGUCGGGBUCAUAACCCGAAG7UCGCGGGFPCAѢAUCCCGCCCCCGCAACCA
510 tdbR00000285  SO:0000266 tRNA  Met  BAU  Triticum aestivum  eukaryotic cytosol   GGGGUGGUKLCGCAGDDGGCXAGCGCRPAGGPCUBAUEAPCCUGAG7D?GAGAGTPCGѢGCCUCUCUCACCCCACCA
511 tdbR00000285  SO:0000266 tRNA  Met  BAU  Lupinus luteus  eukaryotic cytosol   GGGGUGGUKLCGCAGDDGGCXAGCGCRPAGGPCUBAUEAPCCUGAG7D?GAGAGTPCGѢGCCUCUCUCACCCCACCA
512 tdbR00000287  SO:0000266 tRNA  Met  BAU  Oryctolagus cuniculus  eukaryotic cytosol   GCCUCLUUALCGCAGDAGGDAGCGCRPCAGPCUBAU6APCUGAAG7D?GUGAGTPCGѢUCCUCACACGGGGCACCA
513 tdbR00000287  SO:0000266 tRNA  Met  BAU  Mus musculus  eukaryotic cytosol   GCCUCLUUALCGCAGDAGGDAGCGCRPCAGPCUBAU6APCUGAAG7D?GUGAGTPCGѢUCCUCACACGGGGCACCA
514 tdbR00000287  SO:0000266 tRNA  Met  BAU  Homo sapiens  eukaryotic cytosol   GCCUCLUUALCGCAGDAGGDAGCGCRPCAGPCUBAU6APCUGAAG7D?GUGAGTPCGѢUCCUCACACGGGGCACCA
515 tdbR00000290  SO:0000256 tRNA  Asn  GUU  Enterobacteria phage T5  prokaryotic cytosol  GGUUCCUUAGCUCUAAUGGDUAGAGCCGCAUCUUGUUHAGPUGAGG7UUGCUGGTPCGAAUCCAGCAGGAACCGCCA
516 tdbR00000291  SO:0000256 tRNA  Asn  GUU  Halobacterium salinarum  prokaryotic cytosol  GCCGCCAUAGCUCAGUUGGUAGAGCACGUGGUUGUU6CCCACGUUGU?CCAGG]PBGGACCCUGGUGGCGGCGAAC
517 tdbR00000292  SO:0000256 tRNA  Asn  GUU  Haloferax volcanii  prokaryotic cytosol  GCCGCCGUAGCUCA(UUGGUAGAGCACCUCGCUGUU6ACGAGGUUGU??CAGG]PBGAGUCCUGGCGGUGGCGCCA
518 tdbR00000293  SO:0000256 tRNA  Asn  ʆUU  Methanobacterium thermaggregans  prokaryotic cytosol  GCGCCGGUGGCUCAʆCCUGGUUAGAGCUCACGGCUʆUU6ACCGUGAGGCCGCGGGPPBOAAUCCCGCCCGGCGCACCA
519 tdbR00000296  SO:0000256 tRNA  Asn  QUU  Azospirillum lipoferum  prokaryotic cytosol  UUCACAGUAGCUCAGUGGDAGAGCUAUCGGCUQUU6ACCGAUCGAUCGUAGGTPCGAGUCCUACCUGUGAAUCCA
520 tdbR00000297  SO:0000256 tRNA  Asn  QUU  Azospirillum lipoferum  prokaryotic cytosol  UUCACAGUCGCUCAGUGGDAGAGCUAUCGGCUQUU6ACCGAUCGAUCGUAGGTPCGAGUCCUACCUGUGAAUCCA
521 tdbR00000301  SO:0000256 tRNA  Asn  QUU  Lupinus luteus  eukaryotic cytosol   GCCUCAGUALCUCAGDGGDXAGAGCRGUCGGBUQUU6ACCGAUAG7D?GUAGGTPCGѢGCCCUACUUGGGGCGCCA
522 tdbR00000302  SO:0000256 tRNA  Asn  QUU  Rattus norvegicus  eukaryotic cytosol   GUCUCUGUKLCGCAADCGGDXAGCGCRPPCGGCUQUU6ACCGAAAG7DUGGUGG.PCGѢGCCCACCCAGGGACGCCA
523 tdbR00000303  SO:0000256 tRNA  Asn  GUU  Rattus norvegicus  eukaryotic cytosol   GUCUCUGUKLCGCAADCGGDXAGCGCRPPCGGCUGUU6ACCGAAAG7DUGGUGG.PCGѢGCCCACCCAGGGACGCCA
524 tdbR00000304  SO:0000256 tRNA  Asn  QUU  Bos taurus  eukaryotic cytosol   GUCUCUGUKLCGCAADCGGDXAGCGCRPPCGGCUQUU6ACCGAAAG7DUGGUGGѮPCGѢGCCCACCCAGGGACGCCA
525 tdbR00000302  SO:0000256 tRNA  Asn  QUU  Homo sapiens  eukaryotic cytosol   GUCUCUGUKLCGCAADCGGDXAGCGCRPPCGGCUQUU6ACCGAAAG7DUGGUGG.PCGѢGCCCACCCAGGGACGCCA
527 tdbR00000307  SO:0000268 tRNA  Pro  IGG  Moloney murine leukemia virus  prokaryotic cytosol  GGCJCLUUKGUCPAGGGGDAUGAUUCUCGCJUIGGKPGCGAGAG7D??CGGGPPCAѢAUCCCGGACGAGCCCCCA
528 tdbR00000308  SO:0000268 tRNA  Pro  NGG  Moloney murine leukemia virus  prokaryotic cytosol  GGCJCLUUKGUCPAGGGGDAUGAUUCUCGCPUNGGKPGCGAGAG7D??CGGGPPCAѢAUCCCGGACGAGCCCCCA
529 tdbR00000309  SO:0000268 tRNA  Pro  NGG  Enterobacteria phage T4  prokaryotic cytosol  CUCCGUG4AGCUCAGUUUGGDAGAGCGCCUGAJUNGGKAPCAGGAG7UCCAAGGTPCAAAUCCUUGUAUGGAGACCA
530 tdbR00000310  SO:0000268 tRNA  Pro  UGG  Enterobacteria phage T5  prokaryotic cytosol  CUCCGAUUAGCUCAAUUGGCDAGAGUACACCGUUUGGKGCGGUGGG7UUGAAGGTPCGAGUCCUUCAUUGGAGACCA
531 tdbR00000311  SO:0000268 tRNA  Pro  MGG  Haloferax volcanii  prokaryotic cytosol  GGGCCGGUGRGGPA(CUUGGUAUCCUUCGGCCUUMGGKPGGCCGUAA??UCAG]PBGAAUCUGAGCCGGCCCACCA
532 tdbR00000312  SO:0000268 tRNA  Pro  GGG  Haloferax volcanii  prokaryotic cytosol  GGGACCGUGRGGPAGUGGUAUCCUCUGCCGAUGGGKUCGGUAGGAC?UGAG]PBGACUCUCAGCGGUCCCACCA
533 tdbR00000313  SO:0000268 tRNA  Pro  UGG  Haloferax volcanii  prokaryotic cytosol  GGGACCGUGRGUPA(CCUGGUAUACUUCGGGCCUUGGKUGCCCGUGA??CCGG]PBOAAUCCGGGCGGUCCCACCA
534 tdbR00000315  SO:0000268 tRNA  Pro  UGG  Mycoplasma mycoides  prokaryotic cytosol  CGGGAAGUGGCUCAGUUUGGDAGAGCAUUCGGUUUGGKACCGAAGGGUCGCAGGUUCAAAUCCUGUCUUCCCGACCA
535 tdbR00000317  SO:0000268 tRNA  Pro  CGG  Salmonella typhimurium  prokaryotic cytosol  CGGUGAU4GGCGCAGCCUGGDAGCGCACUUCGJUCGGKACGAAGGG7UCGGAGGTPCGAAUCCUCUAUCACCGACCA
536 tdbR00000318  SO:0000268 tRNA  Pro  GGG  Salmonella typhimurium  prokaryotic cytosol  CGGCACG4AGCGCAGCCUGGDAGCGCACCGUCBUGGGKUPGCGGGG7UCGGAGGTPCAAAUCCUCUCGUGCCGACCA
537 tdbR00000319  SO:0000268 tRNA  Pro  VGG  Salmonella typhimurium  prokaryotic cytosol  CGGCGAG4AGCGCAGCUUGGDAGCGCAACUGGJUVGGKACCAGUGG7UCGGAGGTPCGAAUCCUCPCUCGCCGACCA
538 tdbR00000325  SO:0000268 tRNA  Pro  &GG  Pichia jadinii  eukaryotic cytosol   GGCBGCGUKGUCPAGDGGDAUGAUACUCGCUU&GGKPGPGAGUG7D??AGGGTPCAѢUUCCCUGCUCGGCCCCCA
539 tdbR00000326  SO:0000268 tRNA  Pro  IGG  Lupinus luteus  eukaryotic cytosol   GGGACAUUKGUCPAGDGGDAUGAUUCUCGCUUIGGKPGCGAGAG7D?CCGAGTPCGѢUUCUCGGAUGUCCCCCCA
540 tdbR00000327  SO:0000259 tRNA  Gln  NUG  Enterobacteria phage T4  prokaryotic cytosol  UGGGAAU4AGCCAAGDDGGDAAGGCAUAGCACUNUGɿCPGCUAGAUGCAAAGGTPCGAGUCCUUUAUUCCCAGCCA
541 tdbR00000328  SO:0000259 tRNA  Gln  UUG  Enterobacteria phage T5  prokaryotic cytosol  UGGGGAUUAGCUUAGCUUGGCCUAAAGCUUCGGCCUUUGAAGPCGAGAUCAUUGGTPCAAAUCCAAUAUCCCCUGCCA
542 tdbR00000329  SO:0000259 tRNA  Gln  CUG  Halobacterium salinarum  prokaryotic cytosol  AGUCCCGU.RGGPAGUGGCCAAUCCUGAAGCCUUCUGKGGGCUUCGACGGAAGPPBGAAUCUUCCCGGGACUACCA
543 tdbR00000330  SO:0000259 tRNA  Gln  MUG  Haloferax volcanii  prokaryotic cytosol  AGUCCCAUGRGGPAGUGGCCAAUCCUGUUGCCUUMUGKGGGCAACGACCCAGGPPBGAAUCCUGGUGGGACUACCA
544 tdbR00000337  SO:0000259 tRNA  Gln  CUA  Tetrahymena thermophila  eukaryotic cytosol   GGUUCUAUALUAPAGCGCDDAGUACUGGGGAѴUCUA6APCCCUUGAC?UGGGUPCGѢAUCCCAGUAGGACCUCCA
545 tdbR00000338  SO:0000259 tRNA  Gln  JUA  Tetrahymena thermophila  eukaryotic cytosol   GGUUCCAUALUAPAGDGGDDAGUACUGGGGABUJUA6APCCCUUGAC?UGGGUPCGѢAUCCCAGUGGGACCUCCA
546 tdbR00000339  SO:0000259 tRNA  Gln  JUG  Tetrahymena thermophila  eukaryotic cytosol   GGUUGUAUKLUGPAGCGGDDAGCACCGAGGACUJUGAAPCCUCUGAC?UGGGUPCGѢAUCCCAGUACGACCUCCA
547 tdbR00000340  SO:0000259 tRNA  Gln  JUG  Nicotiana rustica  eukaryotic cytosol   GGUUCUAUKGUGPAGD#GDDAGCACUCPGGABUJUGɿAPCCAGCGACCUGGGTPCGѢCUCCCGGUAGGACCUCCA
548 tdbR00000341  SO:0000259 tRNA  Gln  CUG  Rattus norvegicus  eukaryotic cytosol   GGUUCCAUKGUGPAAD#GDDAGCACUCUGGABUCUGAAPCCAGCGAU??GAGPPCAѢAUCUCGGUGGAACCUCCA
549 tdbR00000342  SO:0000259 tRNA  Gln  CUG  Bos taurus  eukaryotic cytosol   GGUUCCAUKGUGPAAD#GDDAGCACUCPGGABUCUGAAPCCAGCGAU?CGAGPPCAѢAUCUCGGUGGAACCUCCA
550 tdbR00000343  SO:0000259 tRNA  Gln  CUG  Mus musculus  eukaryotic cytosol   GGUUCCAUKGUGPAAD#GDDAGCACUCPGGABUCUGAAPCCAGCGAU??GAGPPCAѢAUCUCGGUGGAACCUCCA
551 tdbR00000344  SO:0000259 tRNA  Gln  JUG  Mus musculus  eukaryotic cytosol   GGUCCCAUKGUGPAAD#GDDAGCACUCPGGABUJUGAAPCCAGCGAU??GAGPPCAѢAUCUCGGUGGGACCUCCA
552 tdbR00000345  SO:0000259 tRNA  Gln  NUG  Homo sapiens  eukaryotic cytosol   GGCCCCAUKGUGPAAU#GDDAGCACUCPGGABUNUGAAPCCAGCGAU??GAGPPCAѢAUCUCGGUGGGACCUCCA
553 tdbR00000346  SO:0000259 tRNA  Gln  NUG  Homo sapiens  eukaryotic cytosol   GGUCCCAUKGUGPAAU#GDDAGCACUCPGGABUNUGAAPCCAGCGAU??GAGPPCAѢAUCUCGGUGGGACCUCCA
554 tdbR00000347  SO:0001036 tRNA  Arg  NCU  Enterobacteria phage T4  prokaryotic cytosol  GUCCCGCUGGUGUAAU#GADAGCAUACGAUCCUNCUAAGPUUGCGGUCCUGGTPCGAUCCCAGGGCGGGAUACCA
555 tdbR00000348  SO:0001036 tRNA  Arg  GCG  Halobacterium salinarum  prokaryotic cytosol  GUCCGGAUARGGPAGUGGACUAUCCUCUUGGCUUGCGKAGCCAGGGACCGG?G]PBOAAUCGCCGUCCGGACGCCA
556 tdbR00000349  SO:0001036 tRNA  Arg  CCG  Haloferax volcanii  prokaryotic cytosol  GGGCCCGUAGCUCA(UGGACAGAGURCUUGGUUCCGKACCAAGAUGC?GCGGG]PBOAAUCCCGUCGGGUCCGCCA
557 tdbR00000350  SO:0001036 tRNA  Arg  GCG  Haloferax volcanii  prokaryotic cytosol  GUCCUGAUARGGPAGUGGACUAUCCUCCUGGCUUGCGKAGCCAGGGAC?GGAG]PBOAAUCUCCGUCAGGACGCCA
558 tdbR00000351  SO:0001036 tRNA  Arg  NCG  Haloferax volcanii  prokaryotic cytosol  GGGCGCUUAGCUCA(UCUGGACAGAGULCUUGGCUNCGKACCAAGUUGC?ACGGG]PBOAAUCCUGUAGCGCCCACCA
559 tdbR00000372  SO:0001036 tRNA  Arg  CCG  Triticum aestivum  eukaryotic cytosol   GACCGCGUKGCCUAADGGAXAAGGCRCUCGCBUCCGKAGCGGGAGADU?UGGGTPCGѢCUCCCAGCGPGGUCGCCA
560 tdbR00000373  SO:0001036 tRNA  Arg  ICG  Triticum aestivum  eukaryotic cytosol   GACUCCGUKLCCCAAD#GAXAAGGCRCUGGUBUICGɿAACCAGAGADU?UGGGTPCGѢUCCCCAGCGGAGUCGCCA
561 tdbR00000374  SO:0001036 tRNA  Arg  CCG  Bos taurus  eukaryotic cytosol   GACCCAGUKLCCUAAD#GADAAGGCAPCAGCBUCCGKAGCUGGGGADUGPGGGTPCGѢGUCCCAUCUGGGUCGCCA
562 tdbR00000375  SO:0001036 tRNA  Arg  CCU  Bos taurus  eukaryotic cytosol   GCCCCAGUKLCCUAADGGADAAGGCAPUGGCЩUCCU6AGCCAGGGADUGPGGGTPCGѢGUCCCAUCUGGGGPCCCA
563 tdbR00000376  SO:0001036 tRNA  Arg  3CP  Bos taurus  eukaryotic cytosol   GGCUCCGUKGCGCAADGGADAGCGCAPPGGAЩU3CP6AUPCAAAG7DU?CGGGTPCGѢGUCCCGGCGGAGUCGCCA
564 tdbR00000377  SO:0001036 tRNA  Arg  ICG  Mus musculus  eukaryotic cytosol   GGGCCAGUKLCGCAADGGADAACGCRPCUGABUICGKAPCAGAAGADU?PAGGPPCGѢCUCCUGGCUGGCUCGCCA
565 tdbR00000377  SO:0001036 tRNA  Arg  ICG  Mus musculus  eukaryotic cytosol   GGGCCAGUKLCGCAADGGADAACGCRPCUGABUICGKAPCAGAAGADU?PAGGPPCGѢCUCCUGGCUGGCUCGCCA
566 tdbR00000379  SO:0000269 tRNA  Ser  NGA  Enterobacteria phage T4  prokaryotic cytosol  GGAGGCG4GGCAGAGU#GDDUAAUGCACCGGUBUNGA*AACCGGCAGUCGCUCCGGCGACUCAUAGGTPCAAAUCCUAUCGCCUCCGCCA
567 tdbR00000380  SO:0000269 tRNA  Ser  MGA  Halobacterium salinarum  prokaryotic cytosol  GCCGAGGUAGCAPA(CUUGGCCAAUGCRGUUGCUUMGAKAGCAACGUUCCACACGGACU?AGGAG]PBOAAUCUCCUCCUCGGCGCCA
568 tdbR00000381  SO:0000269 tRNA  Ser  GCU  Haloferax volcanii  prokaryotic cytosol  GUUGCGGUAGCCAA(CCUGGCCCAAGGCRCUGGGUUGCU6ACUCAGUGGCGUCAAGCCC??GGGG]PBGAAUCCCCGCCGCAACGCCA
569 tdbR00000382  SO:0000269 tRNA  Ser  MGA  Haloferax volcanii  prokaryotic cytosol  GCCGAGGUAGCCPA(CCCGGCCAAGGCRGUAGAUUMGAAAPCUACUGUCCAUUCGGACA?GUGAG]PBOAAUCUCACCCUCGGCGCCA
570 tdbR00000383  SO:0000269 tRNA  Ser  GGA  Haloferax volcanii  prokaryotic cytosol  GCCAGGAUGGCCGA(CGGUAAGGCRCACGCCUGGAAAGCGUGUUCCCUCUGGGAU?GGGGG]PBOAAUCCCUCUCCUGGCGCCA
571 tdbR00000386  SO:0000269 tRNA  Ser  UGA  Mycoplasma mycoides  prokaryotic cytosol  GGAAGAUUACCCAAGUCCGGCDGAѢGGGAUCGGUCUUGAЖAACCGAGAGUCGGGGAAACCCGAGCGGGGGUUCGAAUCCCUCAUCUUCCGCCA
572 tdbR00000409  SO:0000269 tRNA  Ser  CAG  Candida cylindracea  eukaryotic cytosol   GACACCGUGLCMCAGD#GDDACGGCRPUGGACGCAGAAPCCAUUGAGCUUGCUCG?GCGGGTPCGѢAUCCCGUCGGUGUCUCCA
573 tdbR00000410  SO:0000269 tRNA  Ser  &GA  Candida cylindracea  eukaryotic cytosol   GGUGCAAUGGCMGAGD#GDDAAGGCRACGGAPU&GAЧCPCCGUJGGGAUUCUCCCU?GCAGGTPCGѢAUCCUGUUUGCAUCGCCA
574 tdbR00000411  SO:0000269 tRNA  Ser  IGA  Candida cylindracea  eukaryotic cytosol   GGCAUCUUGGCMGAGD#GDDAAGGCRAAAGAPUIGAЧAPCUUUJGGGCUCUGCCCG?GCAGGTPCGѢGUCCUGCAGAUGUCGCCA
575 tdbR00000412  SO:0000269 tRNA  Ser  CGA  Candida cylindracea  eukaryotic cytosol   GGCAACUUGGCMGAGD#GDDAAGGCRUGACAЩUCGAЧAPGUCAJGGGUUUACCCG?GCAGGTPCGѢAUCCUGCAGUUGUCGCCA
576 tdbR00000413  SO:0000269 tRNA  Ser  GCU  Candida cylindracea  eukaryotic cytosol   GUUAAUGUGGCMGAGDGGDDAAGGCRCUUCCЩUGCUЧAGGAAGJGGGCUCUGCCCG?GCAGGTPCGѢAUCCUGUCAUUAACGCCA
577 tdbR00000414  SO:0000269 tRNA  Ser  CGA  Lupinus luteus  eukaryotic cytosol   GUCAGUAUGGCMGAGD#GDDAAGGCRACAGAЩUCGAỼAPCUGUJGAGAUUUGCCUGG?AGCGGTPCGѢAUCCGCUUACUGACGCCA
578 tdbR00000415  SO:0000269 tRNA  Ser  &GA  Nicotiana rustica  eukaryotic cytosol   GUCGAUAUGUCCGAGD#GDDAAGGARACAGAЩU&GAỼAPCUGUJGGGCUUCGCCCGCGCAGGTPCGѢACCCUGCUGUCGACGCCA
579 tdbR00000416  SO:0000269 tRNA  Ser  CGA  Nicotiana rustica  eukaryotic cytosol   GUCGAUAUGUCCGAGD#GDDAAGGARACAGAЩUCGAỼAPCUGUJGGGCUUUGCCUGCGCAGGTPCGѢAUCCUGCUGUCGACGCCA
580 tdbR00000417  SO:0000269 tRNA  Ser  GCU  Nicotiana rustica  eukaryotic cytosol   GUCGCCUUGGCCGAGD#GDDAAGGCRPGUGCЩUGCU6AGPACAJGGGGUUUCCCCGCGAGAGTPCGѢAUCUCUCAGGCGACGCCA
581 tdbR00000418  SO:0000269 tRNA  Ser  IGA  Nicotiana rustica  eukaryotic cytosol   GUGGACGUGCCGGAGD#GDDAUCGGRCAUGAЩUIGAỼAPCAUGJGGGCUUUGCCCGCGCAGGTPCGѢAUCCUGCCGUCCACGCCA
582 tdbR00000419  SO:0000269 tRNA  Ser  IGA  Nicotiana rustica  eukaryotic cytosol   GUGGACGUGCCGGAGD#GDDAUCGGRCAUGAЩUIGAỼAPCAUGJGGGCUCUGCCCGCGCAGGTPCGѢAUCCUGCCGUCCACGCCA
583 tdbR00000420  SO:0000269 tRNA  Ser  IGA  Spinacia oleracea  eukaryotic cytosol   GUGGACGUGCCGGAGD#GDDAUCGGRCAUGAЩUIGAЧAPCAUGJGGGCUUUGCCCGCGCAGGTPCGѢAUCCUGCCGUCCACGCCA
584 tdbR00000421  SO:0000269 tRNA  Ser  IGA  Rattus norvegicus  eukaryotic cytosol   GUAGUCGUGGCMGAGD#GDDAAGGCRAPGGAЩUIGAЧAZCCAUJGGGGUЩUCCCCG?GCAGGTPCGѢAUCCUGCCGACUACGCCA
585 tdbR00000422  SO:0000269 tRNA  Ser  GCU  Rattus norvegicus  eukaryotic cytosol   GACGAGGUGGCMGAGD#GDDAAGGCRAPGGAЩUGCUEAPCCAUJGPGCUЩUGCACG?GUGGGTPCGѢAUCCCAUCCUCGUCGCCA
586 tdbR00000423  SO:0000269 tRNA  Ser  IGA  Rattus norvegicus  eukaryotic cytosol   AGUAGUCGUGGCMGAGDGGDDAAGGCRAPGGAЩUIGAЧAZCCAUJGGGGUЩUCCCCG?GCAGGTPCGѢAUCCUGCCGACUACGCCA
587 tdbR00000424  SO:0000269 tRNA  Ser  GCU  Drosophila melanogaster  eukaryotic cytosol   GACGAGGUGGCMGAGD#GDDAAGGCRPPGGAЩUGCUEAPCCAAJGUGCUЩUGCACG?GUGGGTPCGѢAUCCCAUCCUCGUCGCCA
588 tdbR00000425  SO:0000269 tRNA  Ser  IGA  Drosophila melanogaster  eukaryotic cytosol   GCA#UCGUGGCMGAGC#GDDAAGGCRUCUGAЩUIGAЧAPCAGAJUCCCUЩUGGGAG?GUAGGTPCGѢAUCCUACCGACUGCGCCA
589 tdbR00000426  SO:0000269 tRNA  Ser  CGA  Drosophila melanogaster  eukaryotic cytosol   GCA#UCGUGGCMGAGD#GDDAAGGCRUCUGAЩUCGAЧAPCAGAJUCCCUЩUGGGAG?GUAGGTPCGѢAUCCUACCGGCUGCGCCA
590 tdbR00000427  SO:0000269 tRNA  Ser  UGA  Gallus gallus  eukaryotic cytosol   AAGAAAGAѢLCAUUAAGUGGDUUGAUGCLGPUGGЩUUGAHACCAACAUGUGAGGGTPCGѢUUCCUUCCUUUCUUGCCA
591 tdbR00000428  SO:0000269 tRNA  Ser  UGA  Homo sapiens  eukaryotic cytosol   GUAGUCGUGGCMGAGD#GDDAAGGCGAPGGACUUGAAAPCCAUJGGGGUЩUCCCCG?GCAGGTPCGѢAUCCUGCCGACUACGCCA
592 tdbR00000429  SO:0000270 tRNA  Thr  NGU  Enterobacteria phage T4  prokaryotic cytosol  GCUGAUUUAGCUCAGDAGGDAGAGCACCUCACUNGUHAPGAGGAU7UCGGCGGTPCGAUUCCGUCAAUCAGCACCA
593 tdbR00000430  SO:0000270 tRNA  Thr  GGU  Halobacterium salinarum  prokaryotic cytosol  GCCUGGGUAGCUPAGCGGUAAAGCRCGUCCUUGGU6AGGACGAGACC??GGA]PBOAAUUCCGGCCUAGGCUCCA
594 tdbR00000431  SO:0000270 tRNA  Thr  CGU  Haloferax volcanii  prokaryotic cytosol  GCCGGUGUAGCUCA(UUGGCAGAGCRAUUCCUUCGU6AGGAAUAGGC?GAGGG]PBOAAUCCCUCCACCGGCUCCA
595 tdbR00000432  SO:0000270 tRNA  Thr  GGU  Haloferax volcanii  prokaryotic cytosol  GCCUGGGUAGCUPA(CGGUAAAGCRCGUCCUUGGU6AGGACGAGAC??CGGG]PBOAAUCCCGGCCUAGGCUCCA
596 tdbR00000435  SO:0000270 tRNA  Thr  UGU  Mycoplasma mycoides  prokaryotic cytosol  GCUGACUUAGCUCAGCAGGCAGAGCAACUGACUUGUHAPCAGUAG7UCGUAGGUUCGAUUCCUAUAGUCAGCACCA
597 tdbR00000445  SO:0000270 tRNA  Thr  IGU  Bos taurus  eukaryotic cytosol   GGCCCUGUKLCUAGCDGGDCAAAGCRCCUGUЩUIGU6AACAGGAGAD?CUGGGUPCGѢAUCCCAGCGGGGC?UCCA
598 tdbD00010954  SO:0000273 tRNA  Val  CAC  Halobacterium salinarum  prokaryotic cytosol  GGGUCGGUKGUCPAGUCCGGUUAUGACGGCUCCUUCACACGGAGCAGGUCGG?GG]PBOACUCCGCCCCGACCCACCA
599 tdbR00000447  SO:0000273 tRNA  Val  CAC  Halobacterium salinarum  prokaryotic cytosol  GGGUUGGUKGUCPAGUCAGGCUAUGACACCUCCUUCACAUGGAGGAGGUCGG?GG]PBOAAUCCGCCCCAACCCACCA
600 tdbR00000448  SO:0000273 tRNA  Val  GAC  Halobacterium salinarum  prokaryotic cytosol  GGGUUGGUGGUCPAGUCAGGCUAUGACACCUCCUUGACAUGGAGGAGGUCGG?GG]PBOAAUCCGCCCCAACCCACCA
601 tdbR00000449  SO:0000273 tRNA  Val  CAC  Haloferax volcanii  prokaryotic cytosol  GGGUUGGUGGUCPA(CCAGGUUAUGACGGCUCCUUCACACGGAGCAGGC?GGCGG]PBGAAUCCGCCCCAACCCACCA
602 tdbR00000450  SO:0000273 tRNA  Val  GAC  Haloferax volcanii  prokaryotic cytosol  GGGUUGGUGGUCPAGUCUGGUUAUGACACCUCCUUGACAUGGAGGAGGC?GGCAG]PBOAAUCUGCCCCAACCCACCA
603 tdbR00000452  SO:0000273 tRNA  Val  UAC  Mycoplasma mycoides  prokaryotic cytosol  GGAGUGU4AGCUCAGCDGGGAGAGCUCCUGCCUUACЖAGCAGGCGGUCAUAGGUUCAAGUCCUAUACACUCCACCA
604 tdbR00000457  SO:0000273 tRNA  Val  GAC  Geobacillus stearothermophilus  prokaryotic cytosol  GAUUCCGUAGCUCAGCDGGGAGAGCGCCACCUUGACЖGGGUGGAG7UCGCUGGTPCGAGCCCAGUCGGAAUCACCA
605 tdbR00000467  SO:0000273 tRNA  Val  IAC  Pichia jadinii  eukaryotic cytosol   GGUUUCGUKGUCPAGDDGGDCAUGGCAPCUGCPUIACACGCAGAAC7DC?CCAGTPCGѢUCCUGGGCGAAAUCACCA
606 tdbR00000468  SO:0000273 tRNA  Val  IAC  Lupinus luteus  eukaryotic cytosol   GGUUUCGUKGUGPAGDGGDDAUCACRPCAGUCUIACACACUGAAG7DCUCCGGTPCGѢGUCCGGGCGAAGCCACCA
607 tdbR00000469  SO:0000273 tRNA  Val  IAC  Rattus norvegicus  eukaryotic cytosol   AGUUUCCGUAGUGPAGDGGDDAUCACLPUCGCBUIACA?GCGAAAG7D??CCGGUPCGѢAACCGGGCGGAAACACCA
608 tdbR00000470  SO:0000273 tRNA  Val  .AC  Rattus norvegicus  eukaryotic cytosol   GUUUCCGUAGUGPAGD#GDDAUCACLPUCGCCU.ACA?GCGAAAG7D??CCGGUPCGѢAACCGGGCGGAAACACCA
609 tdbR00000471  SO:0000273 tRNA  Val  IAC  Oryctolagus cuniculus  eukaryotic cytosol   GUUUCCGUAGUGPAGDGGDDAUCACLPUCGCBUIACA?GCGAAAG7D??CCGGUPCGѢAACCGGGCGGAAACACCA
610 tdbR00000472  SO:0000273 tRNA  Val  IAC  Drosophila melanogaster  eukaryotic cytosol   GUUJCCGUKGUGPAGCGGDXAUCACAPCUGCBUIACA?GCAGAAG7CCѴCCGGTPCGѢUCCCGGGCGGAAACACCA
611 tdbR00000473  SO:0000273 tRNA  Val  CAC  Drosophila melanogaster  eukaryotic cytosol   GUUUCCGUAGUGPAGCGGDXAUCACGPGUGCUUCACACGCACAAG7DCCCCGGTPCGѢACCCGGGCGGGAACACCA
612 tdbR00000474  SO:0000273 tRNA  Val  NAC  Drosophila melanogaster  eukaryotic cytosol   GGUJCCAUAGUGPAGCGGDNAUCACʆPCUGCPUNACACGCAGAAG7D?UCCGGTPCGѢUCCCGGAUGGAACCACCA
613 tdbR00000471  SO:0000273 tRNA  Val  IAC  Mus musculus  eukaryotic cytosol   GUUUCCGUAGUGPAGDGGDDAUCACLPUCGCBUIACA?GCGAAAG7D??CCGGUPCGѢAACCGGGCGGAAACACCA
614 tdbR00000476  SO:0000273 tRNA  Val  .AC  Homo sapiens  eukaryotic cytosol   GUUUCCGUAGUGPAGDGGDDAUCACLPUCGCCU.ACACGCGAAAG7D??CCGGUPCGѢAACCGGGCGGAAACACCA
615 tdbR00000477  SO:0000271 tRNA  Trp  BCA  Avian myeloblastosis virus  prokaryotic cytosol  GACCUCGUKLCGCAAC#GDAGCGCRPCUGABUBCAKAZCAGAAG7CUGCGUGPPCGѢAUCACGUCGGGGUCACCA
616 tdbR00000478  SO:0000271 tRNA  Trp  BCA  Haloferax volcanii  prokaryotic cytosol  GGGGCUGUGGCCAA(CCCGGCAUGGCRACUGABUBCAKAJCAGUCGAU?GGGGG]PBOAAUCCCUCCGGCCCCACCA
617 tdbR00000481  SO:0000271 tRNA  Trp  NCA  Spiroplasma citri  prokaryotic cytosol  AGGGGUAUAGUUCAAUCGGUAGAACACCGGACUNCAHAPCCGGGU7UUGUGGGUPCAAGUCCUGCUACCCCUGCCA
618 tdbR00000482  SO:0000271 tRNA  Trp  CCA  Spiroplasma citri  prokaryotic cytosol  AGGGGUGUAGUUUAAUGGUAGAACAGCGGUCUCCAHCACCGUACGUUGUGGGUPCAAGUCCUGUCACCCCUGCCA
619 tdbR00000495  SO:0000271 tRNA  Trp  BCA  Triticum aestivum  eukaryotic cytosol   GGANCCGUKLCGCAADD#GDAGCGCRPCUGABUBCAKAZCAGAAGGDUGCGUGTPCGѢUUCACGPCGGGUCCACCA
620 tdbR00000496  SO:0000271 tRNA  Trp  BCA  Nicotiana tabacum  eukaryotic cytosol   GGAUCCGUKGCGCAAD#GDAGCGCGPCUGABUBCAKAZCAGAAGGDNGCGUGTPCGѢUUCACGPCGGGUUCACCA
621 tdbR00000497  SO:0000271 tRNA  Trp  BCA  Bos taurus  eukaryotic cytosol   GACCUCLUKLCGCAAD#GDAGCGCRPCUGABUBCAKAZCAGAAG7DUGCGUGPPCGѢAUCACGUCGGGGUCACCA
622 tdbR00000477  SO:0000271 tRNA  Trp  BCA  Gallus gallus  eukaryotic cytosol   GACCUCGUKLCGCAAC#GDAGCGCRPCUGABUBCAKAZCAGAAG7CUGCGUGPPCGѢAUCACGUCGGGGUCACCA
623 tdbR00000499  SO:0000266 tRNA  Ini  CAU  Halobacterium salinarum  prokaryotic cytosol  AGCGGGAUGGGAPA(CUAGGAGAUUCCGCCGGGCUCAUAACCCGGAGAUCGGUAG]PBOAAUCUACCUCCCGCUACCA
624 tdbR00000500  SO:0000266 tRNA  Ini  CAU  Haloferax volcanii  prokaryotic cytosol  AGCGGGAUGGGAPA(CCAGGAGAUUCCGCCGGGCUCAUAACCCGGAGAUCGGUAG]PBOAAUCUACCUCCCGCUACCA
625 tdbR00000501  SO:0000266 tRNA  Ini  CAU  Halococcus morrhuae  prokaryotic cytosol  AGCGGGAUGGGAPAGCCAGGAGAUUCCLGCGGGCUCAUAACCCGCAGAUCAGUAG]PBOAAUCUACUUCCCGCUACCA
626 tdbD00012094  SO:0000266 tRNA  Ini  CAU  Sulfolobus acidocaldarius  prokaryotic cytosol  AGCGGCGU.LGGAACUGGGAGUAUCCC|CA#GGBUCAUAACCCUGAGGU?CCUGGJUBOѢAUCCAGGCGCCGCUACCA
627 tdbR00000503  SO:0000266 tRNA  Ini  CAU  Thermoplasma acidophilum  prokaryotic cytosol  AGCGGGGUGGGGPAGUCAGGAAAUCCLAUGGGBUCAUAACCCGUAGAUCGAUGGPPBHѢAUCCAUCCCCCGCUACCA
628 tdbR00000505  SO:0000266 tRNA  Ini  CAU  Mycoplasma mycoides  prokaryotic cytosol  CGCGGGG4AGAGCAGUDGGDAGCUCGCCGGGCUCAUAACCCGGAGGCCGCAGGUPCGAGUCCUGCCCCCGCAACCA
629 tdbR00000506  SO:0000266 tRNA  Ini  CAU  Streptomyces griseus  prokaryotic cytosol  CGCGGGGUGGAGCAGCUCGGDAGCUCGCUGGGCUCAUAACCCAGAGGUCGCAGGUPCAѢAUCCUGUCCCCGCUACCA
630 tdbR00000508  SO:0000266 tRNA  Ini  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGG4GGAGCAGCCU#GDAGCUCGUCGGGBUCAUAACCCGAAG7UCGCCGGFPCAѢAUCCGGCCCCCGCAACCA
631 tdbR00000275  SO:0000266 tRNA  Ini  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGG4GGAGCAGCCU#GDAGCUCGUCGGGBUCAUAACCCGAAG7UCGCGGGFPCAѢAUCCCGCCCCCGCAACCA
632 tdbR00000512  SO:0000266 tRNA  Ini  CAU  Mycobacterium smegmatis  prokaryotic cytosol  CGCGGGGUGGAGCAGCUCGGDAGCUCGCUGGGCUCAUAACCCAGAG7UCGCAGGUPCGѢAUCCUGUCCCCGCUACCA
633 tdbR00000513  SO:0000266 tRNA  Ini  CAU  Synechococcus elongatus PCC 6301  prokaryotic cytosol  CGCGGGGUAGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAG7UCAGAGGTPCAAAUCCUCUCCCCGCCACCA
634 tdbR00000523  SO:0000266 tRNA  Ini  CAU  Tetrahymena thermophila  eukaryotic cytosol   AGCAGGGUKGCGAAAD#GAAUCGCGUPGGGCUCAU6ACPCAAAA7U?AGAGGAPCGѢAACCUCUCUCUGCUACCA
635 tdbR00000524  SO:0000266 tRNA  Ini  CAU  Scenedesmus obliquus  eukaryotic cytosol   AGCUGAGUKLCGCAGDGGAAGCGPLAPGGGCUCAU6ACCCAUAG7D?ACAGGAUCGѢAACCUʆUCUCAGCUACCA
636 tdbR00000525  SO:0000266 tRNA  Ini  CAU  Neurospora crassa  eukaryotic cytosol   AGCUGCAUKGCGCAGCGGAAGCGCRC.GGGCUCAU6ACCCGGAG7DCACUCGAUCGѢAACGAʆUUGCAGCUACCA
637 tdbR00000527  SO:0000266 tRNA  Ini  CAU  Schizosaccharomyces pombe  eukaryotic cytosol   PGCGCGGUALGAGAGDGGAACUCCRACGGGCUCAUЧACCCGUAG7UC?CAGGAUCGѢAACCUGGCCGCGCAACCA
638   SO:0000266 tRNA  Ini  CAU  Pichia jadinii  eukaryotic cytosol   AGCGUCUUKLCGCAGDGGAAGCGCRCAGGGCUCAU6ACCCUGAU7D??CUGGAUCGѢAACCAℑGAGACGCUACCA
639 tdbR00000529  SO:0000266 tRNA  Ini  CAU  Triticum aestivum  eukaryotic cytosol   AUCAGAGUKLCGCAGCGGAAGCGULGPGGGCCCAU6ACCCACAG7D??CAGGAPCGѢAACCUʆGCUCUGAUACCA
640 tdbR00000530  SO:0000266 tRNA  Ini  CAU  Lupinus luteus  eukaryotic cytosol   AUCAGAGUKLCGCAGCGGAAGCGCRGPGGGCCCAU6ACCCACAG7D?ѴCAGGAPCGѢAACCU.GCUCUGAUACCA
641 tdbR00000531  SO:0000266 tRNA  Ini  CAU  Phaseolus vulgaris  eukaryotic cytosol   AUCAGAGUKLCGCAGCGGAAGCGULGUGGGCCCAU6ACCCACAG7D?CCAGGAPCGѢAACCU#GCUCUGAUACCA
642 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Oryctolagus cuniculus  eukaryotic cytosol   AGCAGAGUKLCGCAGCGGAAGCGULCUGGGCCCAU6ACCCAGAG7D?GAUGGAUCGѢAACCAUCCUCUGCUACCA
643 tdbR00000533  SO:0000266 tRNA  Ini  CAU  Drosophila melanogaster  eukaryotic cytosol   AGCAGAGUKLCGCAGUGGAAGCGULCUGGGCCCAU6ACCCAGAG7D?CGAGGAUCGѢAACCUUGCUCUGCUACCA
644 tdbR00000534  SO:0000266 tRNA  Ini  CAU  Euphausia superba  eukaryotic cytosol   AGCAGAGUKLCGCAGUGGAAGCGULCUGGGCCCAU6ACCCAGAG7UCGGUAGAPCGѢAACUACUCUCUGCUACCA
645 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Xenopus laevis  eukaryotic cytosol   AGCAGAGUKLCGCAGCGGAAGCGULCUGGGCCCAU6ACCCAGAG7D?GAUGGAUCGѢAACCAUCCUCUGCUACCA
646 tdbR00000536  SO:0000266 tRNA  Ini  CAU  Salmo salar  eukaryotic cytosol   AGCAGAGUKLCGCAGCGGAAGCGURCUGGGCCCAU6ACCCAGAG7D?GAUGGAUCGѢAACCAUCCUCUGCUACCA
647 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Mus musculus  eukaryotic cytosol   AGCAGAGUKLCGCAGCGGAAGCGULCUGGGCCCAU6ACCCAGAG7D?GAUGGAUCGѢAACCAUCCUCUGCUACCA
648 tdbR00000538  SO:0000266 tRNA  Ini  CAU  Asterina amurensis  eukaryotic cytosol   AGCAGAGUKLCGCAGUGGAAGCGUGCUGGGCCCAU6ACCCAGAG7D?CGAGGAPCGѢAACCUCGCUCUGCUACCA
649 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Ovis aries  eukaryotic cytosol   AGCAGAGUKLCGCAGCGGAAGCGULCUGGGCCCAU6ACCCAGAG7D?GAUGGAUCGѢAACCAUCCUCUGCUACCA
650 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Homo sapiens  eukaryotic cytosol   AGCAGAGUKLCGCAGCGGAAGCGULCUGGGCCCAU6ACCCAGAG7D?GAUGGAUCGѢAACCAUCCUCUGCUACCA
651 tdbR00000541  SO:0000272 tRNA  Tyr  GUA  Haloferax volcanii  prokaryotic cytosol  CCGCUCUUAGCUCA(CCUGGCAGAGCAGCCGABUGUAKAPCGGCUUGU?CCCCG]PBOAAUCGGGGAGAGCGGACCA
652 tdbR00000547  SO:0000272 tRNA  Tyr  QUA  Geobacillus stearothermophilus  prokaryotic cytosol  GGAGGGG4AGCGAAGU#GCUAAѢCGCGGCGGACUQUA*APCCGCUCCCUUUGGGUUCGGCGGTPCGAAUCCGUCCCCCUCCACCA
653 tdbR00000554  SO:0000272 tRNA  Tyr  GPA  Scenedesmus obliquus  eukaryotic cytosol   CCCCUUGUAGCUCAGDD#GCAGAGCRGGAGACUGPAKAPCUCUAG7.CACUGGTPCGѢAUCCGGUCGAGGGGACCA
654 tdbR00000556  SO:0000272 tRNA  Tyr  GPA  Schizosaccharomyces pombe  eukaryotic cytosol   CUCCUGAUKGUGPAGDDGGDDAUCACACCCGGCUGPAЧACCGGUUG7U?GCUAGTPCGѢUUCUGGCUCAGGAGACCA
655 tdbR00000557  SO:0000272 tRNA  Tyr  GPA  Pichia jadinii  eukaryotic cytosol   CUCUCGGUKLCCAAGDD#GDDDAAGGCRPCAGACUGPAЧAPCUGAACAD?GGGCGTPCGѢAUCGCCCCCGAGAGACCA
656 tdbR00000558  SO:0000272 tRNA  Tyr  QPA  Triticum aestivum  eukaryotic cytosol   CCGACCUUALCUCAGDD#GUAGAGCRGAGGACUQPAKAPCCUUAG7UCACUGGUPCGѢAUCCGGUAGGUCGGACCA
657 tdbR00000559  SO:0000272 tRNA  Tyr  GPA  Triticum aestivum  eukaryotic cytosol   CCGACCUUALCUCAGDD#GUAGAGCRGAGGACUGPAKAPCCUUAG7UCACUGGUPCGѢAUCCGGUAGGUCGGACCA
658 tdbR00000560  SO:0000272 tRNA  Tyr  GPA  Lupinus luteus  eukaryotic cytosol   CCGACCUUALCUCAGDD#GUAGAGCRGAGGACUGPAKAPCCUUAG7XCACUGGUPCGѢAUCCGGUAGGUCGGACCA
659 tdbR00000559  SO:0000272 tRNA  Tyr  GPA  Nicotiana rustica  eukaryotic cytosol   CCGACCUUALCUCAGDD#GUAGAGCRGAGGACUGPAKAPCCUUAG7UCACUGGUPCGѢAUCCGGUAGGUCGGACCA
660 tdbR00000562  SO:0000272 tRNA  Tyr  GPA  Nicotiana rustica  eukaryotic cytosol   CCGACCUUALCUCAGDD#GUAGAGCRGAGGACUGPAKAPCCUUAG7UCGCUGGUPCGѢAUCCGGCAGGUCGGACCA
661 tdbR00000560  SO:0000272 tRNA  Tyr  GPA  Lupinus albus  eukaryotic cytosol   CCGACCUUALCUCAGDD#GUAGAGCRGAGGACUGPAKAPCCUUAG7XCACUGGUPCGѢAUCCGGUAGGUCGGACCA
662 tdbR00000564  SO:0000272 tRNA  Tyr  QPA  Drosophila melanogaster  eukaryotic cytosol   CCUUCGAUALCUCAGDDGGXAGAGCRGPGGACUQPAKAJCCAUAG7DCGCUGGTPCAѢAUCCGGCUCGAAGGACCA
663 tdbR00000565  SO:0000272 tRNA  Tyr  9PA  Bos taurus  eukaryotic cytosol   CCUUCLAUALCUCAGDDGGXUAGAGCRRAGGACU9PAKAZCCUUAG7D?GCUGGTPCGѢUUCCGGCUCGAAGGACCA
664 tdbR00000567  SO:0000272 tRNA  Tyr  9PA  Homo sapiens  eukaryotic cytosol   CCUUCLAUALCUCAGDDGGXAGAGCRRAGGACU9PAKA]CCUUAG7D?GCUGGTPCGѢUUCCGGCUCGAAGGACCA
665   SO:0000272 tRNA  Tyr  9PA  Homo sapiens  eukaryotic cytosol   CCUUCLAUALCUCAGCDGGXAGAGCRRAGGACU9PAKA]CCUUAG7D?GCUGGTPCGѢUUCCGGCUCGAAGGACCA
666 tdbR00000599  SO:0005857 tRNA  Sec  1CA  Bos taurus  eukaryotic cytosol   GCCCGGAUGACCCUCAGUGGUCUGGGGUGCAGGCU1CAЧACCUGUAGCUGUCUAGCGACAGAGUGGUPCAѢUUCCACCUUUCGGGCGCCA
667 tdbR00000570  SO:0005857 tRNA  Sec  NCA  Mus musculus  eukaryotic cytosol   GCCCGGAUGAUCCUCAGUGGUCUGGGGUGCAGGCUNCAЧACCUGUAGCUGUUUAGCGACAGAGUGGUPCAѢUUCCACCUUUCGGGCGCCA
668 tdbR00000571  SO:0005857 tRNA  Sec  NCA  Homo sapiens  eukaryotic cytosol   GCCCGGAUGAUCCUCAGUGGUCUGGGGUGCAGGCUNCAЧACCUGUAGCUGUCUAGCGACAGAGUGGUPCAѢUUCCACCUUUCGGGCGCCA
672 tdbR00000598  SO:0005857 tRNA  Sec  UCA  Chlamydomonas reinhardtii  eukaryotic cytosol   GCCGCUGUGAUCUUGGCGGGUGCUGAGUGCGGUCUUCAЧAACCGUAGAGGCCGGAAGGCCUAGUGGUPCAѢUUCCACCUCGGCGGCGCCA
673 tdbR00000599  SO:0005857 tRNA  Sec  1CA  Xenopus laevis  eukaryotic cytosol   GCCCGGAUGACCCUCAGUGGUCUGGGGUGCAGGCU1CAЧACCUGUAGCUGUCUAGCGACAGAGUGGUPCAѢUUCCACCUUUCGGGCGCCA
674 tdbR00000600  SO:0005857 tRNA  Sec  1CA  Drosophila melanogaster  eukaryotic cytosol   GCCCCACUGAACUUCGGUGGUCCGGGGUGCGGACU1CAЧAUCCGUAGUCGAUUUGCGUCGAAGUGGUPCGAUUCCACCUGGGGGGCGCCA
675 tdbR00000601  tRNA  Pyr  CUA  Methanosarcina barkeri  prokaryotic cytosol  GGAAACC4GAUCAUGUAGAUCGAAUGGACUCUAAAUCCGUUCAGCCGGG]UAGAUUCCCGGGGUUUCCGCCA
676 tdbR00000602  SO:0000266 tRNA  Met  CAU  Tetrahymena pyriformis  mitochondrion  GCUGCUUGAAUGGDUUCAGUGUGGGCUCAUPPCCCAUUACUAUAAAGTPCGAUUCUUUAAAGCGGCCCCA
677 tdbR00000604  SO:0000259 tRNA  Gln  UUA  Lupinus luteus  eukaryotic cytosol   ..CGUCUUAL...AGDGG..A...CR.C.UGBUUUAEACACG.UG7D?GUGGGTPCGѢAUCCCACAGACGAGACCA
678 tdbR00000605  SO:0000264 tRNA  Leu  CAG  Lupinus luteus  eukaryotic cytosol   GUCAGGAUGLCMGAGDGGDCXAAGGCRCCAGUJUCAGKPACUGGJCPCGAACCGGG?AUGGGTPCGѢAUCCCAUUCUUGACACCA
679 tdbR00000606  SO:0000264 tRNA  Leu  IAG  Lupinus luteus  eukaryotic cytosol   GUCAGGAUGLCMGAGDGGDCXAAGGCRCCAGAZUIAGKPUCUGGJCPCGAAUCGGG?GUGGGTPCAѢAUCCCACUCUUGACACCA
680 tdbR00000607  SO:0000264 tRNA  Leu  IAG  Lupinus luteus  eukaryotic cytosol   GUCAGGAUGLCMGAGDGGDCXAAGGCRCCAGAZUIAGKPUCUGGJCPGAAUCUUGG?GUGGGTPCAѢAUCCCACUCUUGACACCA
681 tdbR00000608  SO:0000264 tRNA  Leu  UAA  Lupinus luteus  eukaryotic cytosol   GUCAGGAUGLCMGAGDGGDCXAAGGCRCCAGACUUAAKPPCUGGJCPCGAAUCGGG?GUGGGTPCAѢAUCCCACUUCUGACACCA
682 tdbD00001753  SO:0000264 tRNA  Leu  CAG  Candida albicans  eukaryotic cytosol   GAUACGAUGGCMGAGD#GDDAAGGCRAAGGAUGCAGKPPCCUUUGGGCAUUGCCCG?GCAGGTPCGѢACCCUGCUCGUGUCGCCA
683 tdbR00000621  SO:0000258 tRNA  Cys  GCA  Nicotiana rustica  eukaryotic cytosol   GGGUCCAUAGCUCAGD#GDAGAGCAPPUGABUGCAKAPCAAGAG7DCACCGGUPCGѢACCCGGUUGGGCCCUCCA
684 CP046085  SO:0000275 snoRNA  snR4  snR4  Saccharomyces cerevisiae  nucleus  AACUAUUACAGUCGAUGAGGAUAGGUUAUAGUUCAUGUGUAACAUCUGUGUUUUAAAAUAACUCUAGUUAUCCGGGGCGUUUUUCACAAAGUUUGUGUAAGAUGCUUUCCUGGGUCGAUGUGGAUUGUGCCGUGGCCUUUUUCACCACCUUUAUAGCGGUGCUUUAACUAUUAAUAACUGAGGCUG
685 CP046095  SO:0000275 snoRNA  snR5  snR5  Saccharomyces cerevisiae  nucleus  AUCAUUCAAUAAACUGAUCUUCCGGAUUACCAUGCUUAAGACAUCACGCCUCCAUAUGUCUAUAUAAAGCGCAAAUGGCUGGAAGUAGACCAAUUUUUUUUGUUCCUAGCUUUUCAUUAUUGAAAUCUAAUCCAGUUUUAAUGGUUUUUCUUAAUUAAGAAAACAAAUUAUCAUUGGUUCGCUCUAGGUGUACAUAU
686 LN809870  SO:0000275 snoRNA  snR8  snR8  Saccharomyces cerevisiae  nucleus  AUGAUACAUAUUAAACAUGCCUUCUAUUCACUGUGCCAUCUUACAUCCGUAGGUGAUCAGAGGGGAAAAGAAGAGCUAGAGCAACUCCCACACUCAUGAGCGUCCUCAUACUGUUCUGGGCGCUUCUCACAGGUGCUUCUUUUAGUGUCUCCCAUUGGCCCAGAUCGGUACUGCGCGAGUGAGAUAUCU
687 CP046095  SO:0000275 snoRNA  snR9  snR9  Saccharomyces cerevisiae  nucleus  GGGAAUAUAAUACUAAAUACUCUGUUAUAUAGAACUUUCUACGCCUUUUCCUCUAUGGCUAUGAAAGCGUGGACAACGGAGAUCAAAUAGACCAAUUACUGAAUAUGGCUUUUGACAUAUCUUCUUCUUCAUGGGUGAGGAUUAAGCUGAUAUCCUGACCCACCUAUCAUUAGUCCUUCAGACAUAC
688 CP046087  SO:0000275 snoRNA  snR10  snR10  Saccharomyces cerevisiae  nucleus  AACGCAAAUUUAACAGCCAUUCGUAACACGUACAGUAUCUCGUCGAGGUUGAACCCCUCCGGGGCGUUCUUGACCCAUGAAGAAUGUGGAUUGGUGUUGCAAUAUAUUUAUUAUUGGCUUGGACUGGAGAACAAAUUUAUCGAUCUUGGGUGCAACAGUCUUUCUGUCGUCUGUUUUUUAGCAGAUCUAAGGGUUUACCUUCGUGUGCCCGGAUGAGGACCGUUGCAAGGAUUGAUAAUACAACU
690 CP046084  SO:0000275 snoRNA  snR13  snR13  Saccharomyces cerevisiae  nucleus  AGGAAGUUUUUUCCUUUUUAUAUGAUGAAUAUGAGUGCAUUUGGCUCGAGUUGCUGUUUGGCUUUUGCCAAAUCAGUAACGGUGUGGAAAAACUCAAGCUACCUUUUUUUACUUUUAUCUGACC
691 CP046463  SO:0000275 snoRNA  snR30  snR30  Saccharomyces cerevisiae  nucleus  AACCAUAGUCUCGUGCUAGUUCGGUACUAUACAGGGAAGGGAAGUCACUCGCAUACGUGUGUGUGCAUUUCUUGCUAUUGCUGCUUAGCUUCUCUAAAACACUGGGCUACGUUUUUCAACGCUCGAGAGGCAGAGUCUCAAGGAGCCUCCAAUGGGCCUCACGUAUUCAUCUAGAUGGCGCUUCGGACAACGGCAUCACAUAAGAGAUGCAGCUCCUGACUUCUCCUCUGAUCUUCGUGAUCAGAGUUUUGAGUCGUCAGACUACGAGCAGUUUCUCUUAGUCGUUGCAUCGGGUGCUGUUGCCUUAAGCAUGUGUAUAUGGGGUUCGGGGGCUGUUGCCAUGAUAUAUAUGGAUGAGACAGAAGUGGCCCCGUUGACGAGUUUAACUUAGAUUAAGUAGGACGCAUGAUCUUGAGCUCUUUUCCUAUACUUUGUCCUAUGGCCAGCUUUCUCCUUAUUACGAAGAGAUUGCGGGAUGUGGGUGCAGAGUGGGAAAAUCUGAGUUCGGUCAUCUUUGUUGUUCGUCCUACCGCAGUAUAUUCCUAAACACUAUGAAAUGACCCUAGUUGGUCCAUGAUCAUUUGGGUAAAACCAUACUGCAGACAUCU
692 CP046095  SO:0000275 snoRNA  snR31  snR31  Saccharomyces cerevisiae  nucleus  GAAGCAAAAUUACACCAUGAGUUCCUAUUAACGUCAGCCUCUUUUGUACUCAUAAUGUGGCUUCGGAUGUUUGAUGGGCGUUGCUUCAGUGCGUACGGCUCAUGGUAGAUUAAUUAUUAGAAAGAUGUAUCUCCAGCUGUUGAUAUUAGAGGGGGAAGCCUUUCUCUUUCACCUCGCCUUUUUAAACACCUGAUACAGUUGGUCAUGAUUCGUUCUACAUUU
693 CP046088  SO:0000275 snoRNA  snR32  snR32  Saccharomyces cerevisiae  nucleus  AACAUCAUAAUUAUAUCGCGAAUGUACUACUAGUAUAUGCAGUUUUCUUAAAAUUGCAGGGAAUGACUAAAAGCCCACGUUUUUCCCACUUUUAGUAGUACUGAAGCGUAGAUAGAUUGAACGUUGCUGGGCGCCUGGUGUUGAUCAUUUCUGAAAUGAGAUAUUGGGAAUCAGCUGUAUCUACAUUU
694 CP025099  SO:0000275 snoRNA  snR33  snR33  Saccharomyces cerevisiae  nucleus  AAGCUUAAUGCCCUCUUUGUACGAUGGUGUCACUCUAAAAUUAUUUAGGUAAUUUAAUUGGAUGUGAUAUCAAGCACUAGUUUUGUUUGGAGGAGCAGAGAUUGAAAGCCUAGCUUUUACACCGGUUUGAGUCGGUUCCUUCGUUUUCUUAGUUGGAAUUGAUAUAGAAGUGUGUGGACAAUC
695 CP036478  SO:0000275 snoRNA  snR34  snR34  Saccharomyces cerevisiae  nucleus  GAAUCAAAAAUUUAUUUUUUACACGGAAACGAUGCCACAGUUGACUGAACCUGUCUUCUAACAGUAGUUAAUUGCCAGUAUUUCAAACAAGAUUUGAAAUACGAGUUUCCCAGAAUAAUUUAUUUGGACAGGAUAGGAAGUCCGAUUUCUGUGUUGUCUCAAACGAGGCGAUAGAAUUGGGAUGUCGAAGAAAGUCUACAUUA
696 CP005669  SO:0000275 snoRNA  snR35  snR35  Saccharomyces cerevisiae  nucleus  AUACAAAAUUAAUCGUGCGGAUUAAUAAUCCAGGACUAUAAAACCGUGUUGUUUAUAUCGAGUCUCUUUUGGUAUAAGCGUCAAGUCCAUCGGAGAGAUCAUCAUUUUGUUCAUCUUAAUGCCCUUUUGUGUAGGAAAUUGAGGGAAGCUUAGGCUUCUCAACAUUUUAAGACGCCUAUGCAAGGGCUGGUAGGACAGACAUGC
697 CP033479  SO:0000275 snoRNA  snR37  snR37  Saccharomyces cerevisiae  nucleus  AACAUCAGUAGUGGUUAAUACUAUCUUUAGAUAAUAUUAAUUUCAUUAUACCAUAGAAACCUAAAGAUUAGGUUAUUUUCGUUCUUCAUGUUAUGGAGUGUGAGUGAUGAGGAGCUUGCUCUUUUAAGCUCAUAUUACGUAAUAAGUUAAUACUGGAGCGAGAAUAAUUUAAAUCAUUUCAUCAUAACCCAUAGCUGAAUGAACUUUGACUACUCCUAAACAAAGUAGUAACAAUUUUCAUUUCGUUUCCGGUUUCUUAGAUCGAAUAUUAUUCUGAGGAAAUUCCCUGAUUACAUAUCAGGGAAAGGUUCGCGUUUUUAGAGAAUUGCGUAAUGCGAUUUGAAAGUUUAAAUUCCUAAGCGACUCUUCUUCAUGAUAAGACAGUU
698 CP046091  SO:0000275 snoRNA  snR42  snR42  Saccharomyces cerevisiae  nucleus  AUAACAAUUUGUGAUGCUUUAGGGAGCCUAUUGUUUGAUGGUUUAUAGGAGCCGGAUUUGUCUUUUUGACUAAUUUUCAACCUAUUCUUACUUCCAAAACUGUUGCAAUGGCUCUCGUUUUUUUUAAAUUUUUCUCUUUUCUCUUCUUUGGCAUAGUUUAUUUUUAAUAAAUUAUUUCAGGGUGAGAUAGAGAAAGGAUAAUGAGUAUCGUAGAUAAAUCUUCGGUUCCGAAUAGUGUAACUGUUGGUGCUGAGGUAAUCCAUCUUUAAAACCAUCGCCGUUAGAGGUUGCUUCUGAUAUUUUCGGUUAAGCGACCCAUGAAAUGGUGAUGACCUGAGGUAUGGAACAUCU
699 CP046083  SO:0000275 snoRNA  snR189  snR189  Saccharomyces cerevisiae  nucleus  AACAAAAUAAUUUACAUUCCAAGGACCGGUAUUAUUGUAGGGGAUUUGUGACUUUCAAGGCAACGUCCUCUCUACAACCGAGUUCGAGAAUAAGUACAAAUGGCUCUUUUUGUUAUUCGAAAGCUUACAAGUUCUGGUAUAUUCUAUAUACUCACUUAUUACUUUCAAGUACUUCACACGGGCCUGACAUCU
700 NG_008261  SO:0000275 snoRNA  U13  U13  Homo sapiens  nucleus  AUCCUUUUGUAGUUCAUGAGUGUGAUGAUUGUGUGUUCAUACGCUUGUGUGAGAUGUGCCACCCUUGAACCUUGUUACGACAUUGGCACAUUACCCGUCUGAUC
701 AP001782  SO:0000275 snoRNA  U8  U8  Homo sapiens  nucleus  CUGUCAGGUGGGAUAACCCUUCCCUGUUCCUCCGUUUGGAGGGCAGAUAGAACAUGAUGACUGGAGAUGCAUGAAAUGUGACUAAUGUCUCUGUGUAAUCAGGACUUGCAACACCCUGAUUGCUCCUAUCUGAU
702 AF020531  SO:0000275 snoRNA  U3_Human  U3_Human  Homo sapiens  nucleus  AAGACUAUACUUUCAGGGAUCAUUUCUAUAGUGUGUUACUAGAGAAGUUUCUCUGAACGUGUAGAGCACCGAAAACCACGAGGAAGAGAGGUAGCGUUUUCUCCUGAGCGUGAAGCCGGCUUUCUGGCGUUGCUUGGCUGCAACUGCCGUCAGCCAUUGAUGAUCGUUCUUCUCUCCGUAUUGGGGAGUGAGAGGGAGAGAACGCGGUCUGAGUGGU
703 HUMUG3PE  SO:0000275 snoRNA  U3_Human  U3_Human  Homo sapiens  nucleus  AAGACUAUACUUUCAGGGAUCAUUUCUAUAGUGUGUUACUAGAGAAGUUUCUCUGAACGUGUAGAGCACCGAAAACCACGAGGAAGAGAGGUAGCGUUUUCUCCUGAGCGUGAAGCCGGCUUUCUGGCGUUGCUUGGCUGCAACUGCCGUCAGCCAUUGAUGAUCGUUCUUCUCUCCGUAUUGGGGAGUGAGAGGGAGAGAACGCGGUCUGAGUGGU
704 X14945  SO:0000275 snoRNA  U3_Human  U3_Human  Homo sapiens  nucleus  AAGACUAUACUUUCAGGGAUCAUUUCUAUAGUGUGUUACUAGAGAAGUUUCUCUGAACGUGUAGAGCACCGAAAACCACGAGGAAGAGAAGUAGCGUUUUCUCCUGAGCGUGAAGCCGGCUUUCUGGCGUUGCUUGGCUGUAACUGCCGUCAGCCAUUGAUGAUCGUUCUUCUCCCCGUAUUGGGGAGUGAGAGGGAGAGAACGCGGUCUGAGUGGU
705 SNR17B  SO:0000275 snoRNA  U3_Yeast_and_Rat  U3_Yeast_and_Rat  Saccharomyces cerevisiae  nucleus  AACACAUUCAACAGUAGGAUCAUUUCUAUAUUAAUCGUCACUCUUUGACUCUUCAAAAGAGCCACUGAAUCCAACUUGGUUGAUGAGCCCCAUAACCUUUGUACCCCAGAGUGAGGAAAUGAAAUCGAAUUUAAAUUAGCUUGGUCCGCAAUCCUUAGCGGUUCGGCCAUCUAUAAUUUUGAAUAAAAUUUUGCUUUGCCGUUGCAAUUGUGAUAACUUCCUUUGGAAUUUGUUGCGAUAUUUAAUGGCGCGAUGAUCUUGACCCAUCCUAUGUGCUUCCAUUUUGGAAGGAUAGGGAUUCAUGGGUGGGUACAAAUGGCAGUCUGAC
706 YSCUR17D  SO:0000275 snoRNA  U3_Yeast_and_Rat  U3_Yeast_and_Rat  Saccharomyces cerevisiae  nucleus  GUCGACGUACUUCAUAGGAUCAUUUCUAUAGGAAUCGUCACUCUUUGACUCUUCAAAAGAGCCACUGAAUCCAACUUGGUUGAUGAGUCCCAUAACCUUUGUACCCCAGAGUGAGAAACCGAAAUUGAAUCUAAAUUAGCUUGGUCCGCAAUCCUUAGCGGUUCGGCCAUCUAUAAUUUUGAAUAAAAAUUUUGCUUUGGCGUUGCAUUUGUAGUUUUUUCCUUUGGAAGUAAUUACAAUAUUUUAUGGCGCGAUGAUCUUGACCCAUCCUAUGUACUUCUUUUUUGAAGGGAUAGGGCUCUAUGGGUGGGUACAAAUGGCAGUCUGACAAGU
707 AJ248283  SO:0001001 rRNA  LSU  23S  Pyrococcus abyssi  prokaryotic cytosol  AGGGGGUCAGGACACUAAGCCGCCCGGUGGAUGGCUCGGCUCGGGGCGCCGACGAAGGGCGUGGCAAGCUGCGAUAAGCCCCGGCGAGGCGCAGGCAGCCGUCGAACCGGGGAUUCCCGAAUGGGACCUCCCGCGGCUUAUGCCGCACUCCGGGGCAUAAGCCCCGGAGGGGGAACGCGGGGAAUUGAAACAUCUUAGUACCCGCAGGAAAAGAAAGCAAAAGCGAUGCCGUGAGUAGGGGCGACCGAAAGCGGCACAGGGCAAACUGAACCCCGGGCCGACGAGGUUCGGGGGAUGUGGGGUUGUAGGGCCCCCGUAUGAGACCCUCGCGGGUGAAGCCGAAGUCCGCUGGAACGCGGCGCCGGAGAGGGUGAUAGCCCCGUAGGCGUAAGCCCGCAGGGUCUCGGGGGACCCUGAGUACCGUCGGUUGGAUAUCCGGCGGGAAGCUGGGAGGCAUCGGCUCCCAACCCUAAAUACGUCCCGAGACCGAUAGCGAACUAGUACCGUGAGGGAAAGCUGAAAAGCACCCCGGGAGGGGGGUGAAAAGAGCCUGAAACCGGGCGGCGAUAGGAGGGUGCGGCCCGAAAGGAAUGAGCCUCCCCGAAGGAAACCGCGGCGACGCGGGAGUACGAGGGGAGGGGACCGGGGUUGCACCGUCCGUCUUGAAACACGGGGCAGGGAGUUCGCGGCCGUGGCGAGGUUAAGGGGGUUAAGCCCCGUAGCCGUAGGGAAACCGACAUGCCCGCAGCCGGGCCUCGAGCCCGGUGAGGGGCGGGGUGCGAAAGCGCCCGGAGUCACGGCCGCGAGACCCGAAACCGGUCGAUCUAGCCCGGGGCAGGGUGAAGUCCCUCAACAGAGGGAUGGAGGCCCGCUAGGGGUGCUGAUGTGCAGUUCGCUCCCGUGACCCCGGGCUAGGGGUGAAAGGCCAAUCGAGGCCGGAGAUAGCUGGUUCCCGCCGAAUCAUCCCGCAGGAUGGCCUCCCCGGAGGUAGGCGGUGGGGUAGAGCACUGAUUGGGGGUGCAGGGGGCGAAAGCCCCCGGCCCCCUGUCAAACUCCGAACCCACCGCCGCCGUAGAUGGGGGGAGUAGGGUGGCGGUGUAAGCCGUCCACCGAGAGGGGAACAACCCAGACCGGGGUUAAGGCCCCAAAGUGCCGGCUAAGUGUUACUCCAAAGGGUGUCCCGGGCCUUAGACAGCGGGGAGGUAGGCUUAGAAGCAGCCAUCCUUUAAAGAGUGCGUAACAGCUCACCCGUCGAGGUCCGGGGCCCCGAAAAUGGACGGGGCUCAAGCCGGCCGCCGAGACCCCGGCGCACGGACCGAUUGGUCCGUGAUCGGGUAGGCGGGCGUGCCGGUGGCGUAGAAGCCGGGCCGUAAGGUCCGGUGGAGCCGCCGGUAUCGCGGAUCCUGCCGGGAGUAGCAGCGUAGUCGGGUGAGAAUCCCGACCGCCGGAGGGGCCAGGGUUCCACAGGCAAUGGUCGUCAGCCGUGGGUUAGUCGGUCCUAACCCCGCCCGUAACUCGGCGCGGGGGAAAGGGAAACGGGUUAAUAUUCCCGUACCGCGGGGGUAGGUGCGGCAACGCAAGCCCGGAGGGUGACGCCUCGGGGUAGGCGGACCGGCCGAUGAGGCCGGCUAAGCGUAUAAGCCCGGGGAGUGCCGUAAUGGCGAGAACCGGGUGAAAGCGCGAAUGGCCCCCCGUUAGGGGGGUUCCGCCGAUCCCUGGGGCCCGUGAAAAGCCCUCCGGGAAUUCCGAUCCCCCGCGACCGUACCGAGAACCGACACAGGUGCCCCUGGGUGAGAAGCCUAAGGCGUGUCGGGGGAAACCCGGCCGAGGGAACUCGGCAAACUGGCCCCGUAACUUCGGGAGAAGGGGUGCCUGCGGGUGCGUAACCCGCAGGUCGCAGUGACUAGGGGGGCCCGACUGUUUAAUAAAAACACAGGUCCCAGCUAGCCCGAAAGGGUUUGUACUGGGGCCGACGCCUGCCCAGUGCCGGUAUGUGAAGCCCGGGUACAACCGGGUGAAGCACCGGUAAACGGCGGGGGUAACUAUAACCCUCUUAAGGUAGCGAAAUUCCUUGUCGGUUAAAUGCCGACCUGCAUGAAUGGCGUAACGAGGUCCCCGCUGUCCCCGGCCGGGGCCCGGCGAAACCUCUGCCUGGCGCGCAUGCCAGGGACCCCCGGUGGGAAGCGAAGACCCCAUGGAGCUUUACUGCAGCCUGCCGUUGCCACGCGGCGAGGGGUGCGCAGCGUAGGCGGGAGGCGUCGAAGCCCGGCCUCCGGGUCGGGUGGAGCCGUCCAUGAGACACCGCCCACUCCUCGCCGCGUGGCUAACCCCCGAAAGGGGGGACAGCGGUAGGUGGGCAGUUUGGCUGGGGCGGCACGCCCCCGAAAAGGUAUCGGGGGCGCCCUAAGGUCGGCUCAGGCGGGUCAGGAAUCCGCCGUAGAGUGCAAGGGCAAAAGCCGGCCUGACUGGACCCGUAACAGAGGCGGGUCCAGCCCCGAAAGGGUGGCCUAGCGAACCCCUGUGCCUCCCCGGUGGGGGCCAGGGAUGACAGAAAAGCUACCCUGGGGAUAACAGAGUCGUCUCGGGCGAGAGCCCAUAUCGACCCCGAGGCUUGCUACCUCGCUGUCGGCUCUUCCCAUCCUGGCCCUGCAGCAGGGGCCAAGGGUGGGGGUGUUCACCCAUUAAAGGGGAACGUGAGCUGGGUUUAGACCGUCGUGAGACAGGUCGGAUGCUAUCUACCGGGGGUGUUGGCCGCCUGAGGGGAAGGUGCCCUUAGUACGAGAGGAACAGGGCGCCGCGGCCUCUGGUCUACCGGUUGUCCUCCCGGGCAUCGCCGGGCAGCUACGCCGCAGCCGAUAAGGCCUGAAGGCAUCUAAGGCCGAAGCGGCCCCCGAAAAUAGGCGGCCGUUCCCUGGCGUUGGGCUUGGGCGACCGGCCCGUUAGCCAGGGACGAGGGCUCGGGUAGAAGACCCGGUUGAUGGGGCGGGGAUGUAAGCGGGAAGGGUCAACCGACCCGCUUAGUCUGCCGCCCCCAAUCGCCCGAGGUCCUGUCCCCCG
709 tdbR00000011  SO:0000254 tRNA  Ala  UGC  Neurospora crassa  mitochondrion  GGGGGUAUAGUAUAADUGGDAGUACAGCAAUCUUGCUCANUGCUUGU?AAGGTPCAAAUCCUUGUAUCUCCACCA
710 tdbR00000027  SO:0000257 tRNA  Asp  GUC  Hordeum vulgare  plastid  GGGAUUGUAGUUCAAUU#GDCAGAGCACCGCCCUGUCHAGGCGGAAGѴUGCGGGTPCGAGCCCCGUCAGUCCCGCCA
711 tdbR00000028  SO:0000257 tRNA  Asp  QUC  Hordeum vulgare  plastid  GGGAUUGUAGUUCAAUU#GDCAGAGCACCGCCCUQUCHAGGCGGAAGѴUGCGGGTPCGAGCCCCGUCAGUCCCGCCA
712 tdbR00000029  SO:0000257 tRNA  Asp  QUC  Asterias amurensis  mitochondrion  AAGAAACUѢGUUAAACUAAUAACACUGGAUUQUCAGACCGGAGUAACUGGUAAACAAUCAGUGUUUCUUGCCA
713 tdbR00000030  SO:0000257 tRNA  Asp  GUC  Aedes albopictus  mitochondrion  AAAAAAUUѢGUUUAAUCAAAAACCPPAGUAUGUC6AACUAAAAAAAUUAGAUCAUCUAAUAPPUUUUACCA
714 tdbR00000031  SO:0000257 tRNA  Asp  QUC  Rattus norvegicus  mitochondrion  GAGAUAUUѢGUAAAAUAAUUACAPAACCUUQUCAAGGUUAAGUUAUAGACUUAAAUCUAUAUAUCUUACCA
715 tdbR00000032  SO:0000257 tRNA  Asp  GUC  Rattus norvegicus  mitochondrion  AGAGAUAUUѢGUAAAAUAAUUACAPAACCUUGUCAAGGUUAAGUUAUAGACUUAAAUCUAUAUAUCUUACCA
716 tdbR00000033  SO:0000257 tRNA  Asp  QUC  Didelphis virginiana  mitochondrion  AAGAUAUUѢLUAAAAUUCAUUACAPAACUPUQUCAUAGUUAAAUUAUAGGUPUAACUCCUAUAUAUCUUACCA
717 tdbR00000034  SO:0000257 tRNA  Asp  GUC  Mesocricetus auratus  mitochondrion  AAGAUAUUѢGUAAAAUCAUUACAPAACUUUGUCAGAGUUAAAUUAUAGACUAAUCUCUAUAUAUCUUACCA
718 tdbR00000049  SO:0000260 tRNA  Glu  NUC  Chlamydomonas reinhardtii  plastid  GCCCCCAUCGUCUAGA#GCCDAGGACACCUCCCUNUCACGGAGAAAA?GCGGATPCGAAUUCCGCUGGGGGUACCA
719 tdbR00000051  SO:0000260 tRNA  Glu  SPC  Hordeum vulgare  plastid  GCCCCUAUCGUMUAGUGGDDCAGGACAUCUCPCUSPCAAGGAGGCAG?GGGGATPCGACUUCCCCPGGGGGUACCA
720 tdbR00000051  SO:0000260 tRNA  Glu  SPC  Triticum aestivum  plastid  GCCCCUAUCGUMUAGUGGDDCAGGACAUCUCPCUSPCAAGGAGGCAG?GGGGATPCGACUUCCCCPGGGGGUACCA
721 tdbR00000052  SO:0000260 tRNA  Glu  NUC  Aedes albopictus  mitochondrion  AUUUAUAUѢGUUUAAAUAAAACAPPACAUUNUC6CUGUAAAAAUAAAAAUUUAUUUUUPAUAAAUACCA
722 tdbR00000053  SO:0000260 tRNA  Glu  ƕUC  Bos taurus  mitochondrion  GUUCUUGUѢGUUGAAUGACAACLAPGGUUUƕUCAUAPCAUUAGU?AUGGUPAGѢUUCCAUGUAAGAAUACCA
723 tdbR00000071  SO:0000267 tRNA  Phe  GAA  Euglena gracilis  plastid  GCUGGGAUAGCUCAGDUG#DAGAGCGGAGGACUGAA*APCCUUGU7.CACCAGTPCAAAUCUGGUUCCUAGCACCA
724 tdbR00000072  SO:0000267 tRNA  Phe  GAA  Phaseolus vulgaris  plastid  GUCGGGAUAGCUCAGUD#GDAGAGCAGAGGACUGAA*APCCUCGU7XCACCAGTPCAAAUCUGGUUCCUGGCACCA
725 tdbR00000073  SO:0000267 tRNA  Phe  GAA  Spinacia oleracea  plastid  GUCGGGAUAGCUCAGCU#GDAGAGCAGAGGACUGAA*AUCCUCGU7XCACCAGTPCAAAUCUGGUUCCUGGCACCA
726 tdbR00000074  SO:0000267 tRNA  Phe  GAA  Tetrahymena pyriformis  mitochondrion  UGCUUAAGUALCUCAGUGGDAGAGCRUCAGGCUGAAHACCPGAAGGUCAUUGGUCCGAUUCCAUUCUUAGGCACCA
727 tdbR00000075  SO:0000267 tRNA  Phe  GAA  Saccharomyces cerevisiae  mitochondrion  GCUUUUAUAGCUUAGDGGDAAAGCRAUAAAPUGAAKAPUUAUUUACAUGUAGUPCGAUUCUCAUUAAGGGCACCA
728 tdbR00000076  SO:0000267 tRNA  Phe  GAA  Oenothera sp.  mitochondrion  GUUUAGGUAGCUCAUCDGGCD.AGAGCAAAGGACUGAAHAUCCUUGU7XCAGUGGTPCGAAUCCACUUCUAAGCACCA
729 tdbR00000077  SO:0000267 tRNA  Phe  GAA  Phaseolus vulgaris  mitochondrion  GUUUAGGUAGCUCAGCD#GDAGAGCAAAGGACUGAA.APCCUUGU7XCAGUGGTPCGAAUCCACUUCUAAGCGCCA
730 tdbR00000078  SO:0000267 tRNA  Phe  GAA  Ascaris suum  mitochondrion  ACUCUGUUѢGUUUAUGUUUUAAAAPAPGACPPUGAAKAAGUUGGAAAAUGUUAGGAGUGCCA
731 tdbR00000079  SO:0000267 tRNA  Phe  GAA  Rattus norvegicus  mitochondrion  AGUUAAUGUѢGCUUAUAAUAAAGCAAAGCACUGAA*APGCUUAGAUGGAUUCAAAAAUCCCAUAAACACCA
732 tdbR00000080  SO:0000267 tRNA  Phe  GAA  Bos taurus  mitochondrion  GUUGAUGUѢLCUUAACCCAAAGCAAGGCACUGAAAAPGCCUAGAUGAGUCUCCCAACUCCAUAAACACCA
733 tdbR00000122  SO:0000261 tRNA  Gly  UCC  Codium fragile  plastid  GCAGUACUGGUGUAAD#GDDAGCGCCUUAGAPUUCCAAPCUAAAGGUAGGGGTPCGAUUCCCCUGUACUGCUCCA
734 tdbR00000123  SO:0000261 tRNA  Gly  NCC  Saccharomyces cerevisiae  mitochondrion  AUAGAUAUAAGUUAAUDGGDAAACURGAUGPCUNCCЧAACAUUGAAUGCGAGTPCGAUUCUCGCUAUCUAUACCA
735 tdbR00000124  SO:0000261 tRNA  Gly  UCC  Aedes albopictus  mitochondrion  AUUUAUAUѢGUAUAUAAUUGUAUAPGNʆACUUCCAA]CACAAGGACUAAAUAAUUUUAGUAPAAAUACCA
736 tdbR00000125  SO:0000261 tRNA  Gly  UCC  Bos taurus  mitochondrion  AUUCUUUUѢLUAUUAACUAGUACAGCUGACUUCCAAPCAGCUAGUUUCGGUCUAGUCCGAAAAAGAAUACCA
737 tdbR00000126  SO:0000261 tRNA  Gly  ʭCU  Halocynthia roretzi  mitochondrion  GCGUULAUѢGUUUAAGUAAAAUAGAUUCUUʭCUAGGPAUAAGUUAGGGUUGGUCCCUUUGAUGCACCA
738 tdbR00000127  SO:0000261 tRNA  Gly  UCC  Halocynthia roretzi  mitochondrion  GCUGUGUUѢGUAUAAAGUAAUAPAPGUGAPUUCCAAPCAUGGGAUCCUUUAGGGACGUAGUACCA
739 tdbR00000128  SO:0000269 tRNA  Ser  GCU  Halocynthia roretzi  mitochondrion  AAGGGUGAUUAGGAAUGUUAGAAAGPUGCUAPPUUUUUGAUAUPGAGUUCGAAUCUCGAGGCUCUUGCCA
740 tdbR00000142  SO:0000262 tRNA  His  GUG  Saccharomyces cerevisiae  mitochondrion  GGUGAAUAUAUUUCAADGGDAGAAAAPACGCPUGUGKPGCGUUAAAUCUGAGTPCGAUUCUCAGUAUUCACCCCA
741 tdbR00000143  SO:0000262 tRNA  His  QUG  Asterias amurensis  mitochondrion  GACUAAAGUѢGUUUAAAUAAAACCCPAAUPUQUGKPAUUAAAAUUAUCAGUPAAѢAUCUGAUCUAUAGUCCCA
742 tdbR00000161  SO:0000258 tRNA  Ile  GAU  Zea mays  plastid  GGGCUAUUAGCUCAGU#GDAGAGCRCGCCCCUGAU6AGGGCGAG7XCUCUGGTPCAAGUCCAGGAUGGCCCACCA
743 tdbR00000161  SO:0000258 tRNA  Ile  GAU  Spinacia oleracea  plastid  GGGCUAUUAGCUCAGU#GDAGAGCRCGCCCCUGAU6AGGGCGAG7XCUCUGGTPCAAGUCCAGGAUGGCCCACCA
744 tdbR00000163  SO:0000258 tRNA  Ile  ѴAU  Spinacia oleracea  plastid  GCAUCCAUGGCUGAAU#GDDAAAGCRCCCAACUѴAU6APPGGCGAAUUCGUAGGTPCAAUUCCUACUGGAUGCACCA
746 tdbR00000165  SO:0000258 tRNA  Ile  ѴAU  Solanum tuberosum  mitochondrion  GGGCUUAUAGUUPAADD#GDDGAAACGPACCGCUѴAUAACGGUGAUAUUGUAGGTPCGAGCCCUACUAAGCCUACCA
747 tdbR00000166  SO:0000258 tRNA  Ile  .AU  Solanum tuberosum  mitochondrion  GGGCUUUAUAGUUPAADD#GDDGAAACGPACCGCU.AUAACGGUGAUAUUGUAGGTPCGAGCCCUACUAAGCCUACCA
748 tdbR00000167  SO:0000258 tRNA  Ile  GAU  Aedes albopictus  mitochondrion  AAUGAAUUKCCUGAUAAAAAGGAPPACCUUGAU6GGGUAAAUUAUAAAGAUUUAAUACUUPAPUCAUUACCA
749 tdbR00000168  SO:0000258 tRNA  Ile  GAU  Bos taurus  mitochondrion  AGAAAUAUKUCUGACAAAAGARPUACAUUGAU6GUGUAAAUAAUAGAGGUUCAѢACCCUCUUAUUUCUACCA
750 tdbR00000169  SO:0000258 tRNA  Ile  GAU  Homo sapiens  mitochondrion  AGAAAUAUKUCUGAUAAAAGARPPACUUUGAU6GAGUAAAUAAUAGGAGCUUAAACCCCCUUAUUUCUACCA
751 tdbR00000182  SO:0000265 tRNA  Lys  NUU  Codium fragile  plastid  GGGUUACUAACUCAAD#GDAGAGUAAPCGGCUNUU6ACCGAUAA7DUCUGGGTPCAAUUCCCAGGUAACUCACCA
753 tdbR00000184  SO:0000265 tRNA  Lys  CUU  Asterias amurensis  mitochondrion  CUUUGAUAѢGCUUAUAAUGGCAAGCAPUAAACUCUU6APUUAAAUCAAAGUGAUCUCACCACACUAUCAAAGACCA
754 tdbR00000185  SO:0000265 tRNA  Lys  CUU  Aedes albopictus  mitochondrion  CAUUAGAUKACUGAAAGCAAGUAAPGAUCUCUU6AAUCAUAAUAUAGUAAAUUAGCACUUACPPCUAAUGACCA
755 tdbR00000186  SO:0000265 tRNA  Lys  .UU  Loligo bleekeri  mitochondrion  GCCUCCAUALCUCAGDCGGUAGAGCAPCAGACU.UU.ANCUGAGG7D?UGGGGUPCGѢGUCCCCAULUGGG?UCCA
756 tdbR00000204  SO:0000265 tRNA  Lys  CUU  Loligo bleekeri  mitochondrion  UCCCGLCUALCUCAGDCGGUAGAGCACGAGAѴUCUU6APCUCGGG7D?GUGGGTPCGѢGCCCCACGUUGGGAGCCA
757 tdbR00000188  SO:0000265 tRNA  Lys  .UU  Loligo bleekeri  mitochondrion  GCCUUCAUALCUCAGDCGGUAGAGCAPCAGACU.UUAANCUGAGG7D?UGGGGTPCGѢGUCCCCAULCGGG?UCCA
758 tdbR00000189  SO:0000265 tRNA  Lys  NUU  Rattus norvegicus  mitochondrion  CAUUGCGAѢLCUUAGAGCLPUAACCUNUU6AGUUAAAGUUAGAGACAACAAAUCUCCACAAUGACCA
759 tdbR00000190  SO:0000265 tRNA  Lys  ƕUU  Bos taurus  mitochondrion  CACUAAGAѢLCUAUAUAGCACPAACCUƕUU6AGUUAGAGAUUGAGAGCCAUѢUACUCUCCUUGGUGACCA
760 tdbR00000191  SO:0000265 tRNA  Lys  NUU  Mesocricetus auratus  mitochondrion  CACUAUGAѢLCUCAGAGCLPUAACCUNUU6AGUUAAAAUUGAGAGACUUCUAGUCUCCAUGGUGACCA
761 tdbR00000228  SO:0000264 tRNA  Leu  BAA  Glycine max  plastid  GCCUUGGUGGUGAAAU#GDAGCCACGCGAGACUBAAHAPCUCGUGCUACAGAGCGUGGAGGTPCGAGUCCUCUUCAAGGCACCA
762 tdbR00000229  SO:0000264 tRNA  Leu  JAA  Glycine max  plastid  GGGGAUAUGGCGAAAUU#GDAGACGCPACGGACUJAAHAPCCGUCGACUUAAGAAAUCAUGAGGGTPCAAGUCCCUCUAUCCCCACCA
763 tdbR00000233  SO:0000264 tRNA  Leu  UA7  Glycine max  plastid  GCCGCUAUGGUGAAAUU#GDAGACACGCUGCUCUUA7KAAGCAGUGCUAGAGCAUCUCGGTPCGAGUCCGAGUAGCGGCACCA
764 tdbR00000231  SO:0000264 tRNA  Leu  BAA  Phaseolus vulgaris  plastid  GGCUUGAUGGUGAAAUU#GDAGACACGCGAGACUBAAHAUCUCGUGCUAAAGAGCGUGGAGGTPCGAGUCCUCUUCAAGUCACCA
765 tdbR00000232  SO:0000264 tRNA  Leu  NAA  Phaseolus vulgaris  plastid  GGGGAUAUGGCGAAAUU#GDAGACGCPACGGACUNAAHAPCCGUCGACUUAAUAAAUCAUGAGGGTPCAAGUCCCUCUAUCCCCACCA
766 tdbR00000233  SO:0000264 tRNA  Leu  UA7  Phaseolus vulgaris  plastid  GCCGCUAUGGUGAAAUU#GDAGACACGCUGCUCUUA7KAAGCAGUGCUAGAGCAUCUCGGTPCGAGUCCGAGUAGCGGCACCA
767 tdbR00000234  SO:0000264 tRNA  Leu  UA7  Spinacia oleracea  plastid  GCCGCUAUGGUGAAAUU#GDAGACACGCUGCUCUUA7KAAGCAGUGCGAGAGCAUCUCGGTPCGAGUCCGAGUAGCGGCACCA
768 tdbR00000235  SO:0000264 tRNA  Leu  NAA  Neurospora crassa  mitochondrion  AUCCGAGUGAUGGAADGGDAGACAUAACAUGCUNAAAACAUGUGGGCUUCAAGCUGUGAAGGTPCAAGUCCUUCUUCGGAUACCA
769 tdbR00000236  SO:0000264 tRNA  Leu  UAG  Neurospora crassa  mitochondrion  AUAGGUGUGCUGGAADUGGDAGACAGGUUCCGPUUAGKCCGGAAUGGUUUAAAAACUGUACAAGTPCAAGUCUUGUCAUCUAUACCA
771 tdbR00000238  SO:0000264 tRNA  Leu  .AA  Solanum tuberosum  mitochondrion  GUCAGGAUGGCMGAGD#GDCXAAGGCRCCAGACU.AAKUPCUGGJCUUCGUAAGAGGG?GUGGGTPCAѢAUCCCACUUCUGACACCA
772 tdbR00000239  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  mitochondrion  GUCAGGAUGLCMGAGD#GDCXAAGGCRCCAGACU.AAKPPCUGGJCUUCGAGAGAGGG?GUGGGTPCAѢAUCCCACUUCUGACACCA
773 tdbR00000240  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  mitochondrion  GUCAGGAUGLCMGAGD#GDCXAAGGCRCCAGACU.AAKPPCUGGJCUUCGAAAGAGGG?GUGGGTPCAѢAUCCCACUUCUGACACCA
774 tdbR00000241  SO:0000264 tRNA  Leu  .AG  Phaseolus vulgaris  mitochondrion  GAUAGUUUGLCMGAGD#GDCXAAGGCRCCAGAPU.AGKCPCUGGJCCGAAA.GGG?GUGGGTPCAѢAUCCCACAGCUGUCACCA
775 tdbR00000242  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  mitochondrion  GCUGGUUUGGCMGAGA#GDDAAGGCRGAAGACU.AAKAPCUUCJGCAGUCAACUGCG?AUGGGTPCGѢACCCCAUAGCCAGCACCA
776 tdbR00000243  SO:0000264 tRNA  Leu  UAG  Rattus norvegicus  mitochondrion  ACUUUUAUѢLGAUAGAAGDAAUCCAPUGGUCUUAGKAACCAAAAAC?UUGGUGCAACUCCAAAUAAAAGUACCA
777 tdbR00000244  SO:0000264 tRNA  Leu  UAG  Rattus norvegicus  mitochondrion  AACUUUUAUѢLGAUAGAAGDAAUCCAPUGGUCUUAGKAACCAAAAAC?UUGGUGCAACUCCAAAUAAAAGUACCA
778 tdbR00000245  SO:0000264 tRNA  Leu  UAG  Rattus norvegicus  mitochondrion  AACUUGUAUѢLGAUAGAAGDAAUCCAPUGGUCUUAGKAACCAAAAAC?UUGGUGCAACUCCAAAUAAAAGUACCA
779 tdbR00000246  SO:0000264 tRNA  Leu  ʭAA  Bos taurus  mitochondrion  GUUAAGGUKLCAGAGCCCGGDAAUUGCAPAAAACUʭAAACPUUUAUAUC?AGAGAUUCAѢAUCCUCUCCUUAACACCA
780 tdbR00000247  SO:0000264 tRNA  Leu  UAG  Bos taurus  mitochondrion  ACUUUUAAѢLGAUAGUAGDUUAUCCLPPGGPCUUAGKAACCAAAAAAUUGGUGCAACUCCAAAUAAAAGUACCA
781 tdbD00001741  SO:0000264 tRNA  Leu  ʭAA  Homo sapiens  mitochondrion  GUUAAGAUKLCAGAGCCCGGDAAUCGCAPAAAACUʭAAAACUUUACAGU?AGAGGTPCAѢUUCCUCUUCUUAACACCA
782 tdbR00000277  SO:0000266 tRNA  Met  CAU  Codium fragile  plastid  GCCUAUUUALCUCAGDD#GDDAGAGCAPCCGPCUCAUHCGCGGGAA7DGACUAGTPCAAAUCUAGUAAUAGGCACCA
783 tdbR00000278  SO:0000266 tRNA  Met  CAU  Scenedesmus obliquus  plastid  GCCUGCUPAGCUCAGUD#GCCAGAGCAUCCGPPUCAUɿCGCGGAAA7DCACUAGTPCGAAUCUAGUAGCAGGCACCA
784 tdbR00000279  SO:0000266 tRNA  Met  CAU  Spinacia oleracea  plastid  ACCUACUUAACUCAGC#GDDAGAGPAPPGCPUUCAUACGGCGGGA7XCAUUGGTPCAAAUCCAAUAGUAGGUACCA
786 tdbR00000281  SO:0000266 tRNA  Met  CAU  Phaseolus vulgaris  mitochondrion  ACCUACUUGACUCAGC#GDDAGAGUAPCGCPUUCAUЖCGGCGAGA7XCAUUGGTPCAAAUCCAAUAGUAGGUACCA
787 tdbR00000282  SO:0000266 tRNA  Met  >AU  Ascaris suum  mitochondrion  AAPAAGAUѢGGAUAAGUUGAGUCULPGAGGUU>AUACCCUCUUGGUGUUUUUCUCUUAPUGCCA
788 tdbR00000283  SO:0000266 tRNA  Met  >AU  Gallus gallus  mitochondrion  AGUAAGGUCAGCUAACUAAGCUAPCGGGCC>AUACCCCGAAAAUGAUGGTPUAACCCCUUCCCCUACUACCA
789 tdbR00000298  SO:0000256 tRNA  Asn  GUU  Asterias amurensis  mitochondrion  UGAGUUGUѢLCCUAGUGGAAAGGCGPPUGGCCGPUЧACPAAAAGAUAGCAAGAUCAѢUACUUGCCAGCUCAGCCA
790 tdbR00000299  SO:0000256 tRNA  Asn  GPU  Asterias amurensis  mitochondrion  UGGGUUGUѢGCCUAAUGGAAAGGCAAPUGGCCGPU6ACCAGGAGAUAACAAGAUCAѢUACUUGUCAACUCAGCCA
791 tdbR00000320  SO:0000268 tRNA  Pro  NGG  Spinacia oleracea  plastid  AGGGAUGUAʆCGCAGCUU#GDAGCGCPPUUGUPUNGGHPACAAAAU7UCACGGGTPCAAAUCCUGUCAUCCCUACCA
792 tdbR00000321  SO:0000268 tRNA  Pro  UGG  Saccharomyces cerevisiae  mitochondrion  CAGAUAGAAGCCAAAAGGDCAGGCLCUUUCPUUGGKAGAAAGACCUAGUUAGTPCGAGUCUAUCCUAUCUGACCA
793 tdbR00000322  SO:0000268 tRNA  Pro  UGG  Phaseolus vulgaris  mitochondrion  CGAGGUGUAGCGCAGUCD#GDCAGCGCAUCUGUUUUGGKPACAGAGG7CCAUAGGTPCGAAUCCUGUCACCUUGACCA
794 tdbR00000334  SO:0000259 tRNA  Gln  !UG  Hordeum vulgare  plastid  UGGGGCGUGGCCAAGU#GDAAGGCAGCGGGUU!UGHUCCCGUUAUDCGGAGGTPCGAAUCCUUCCGUCCCAGCCA
795 tdbR00000335  SO:0000259 tRNA  Gln  NUG  Nicotiana rustica  plastid  UGGGGCGUGGCPAAGU#GDAAGGCAACGGGUUNUGKUCCCGCUAUUCGGAGGTPCGAAUCCUUCCGUCCCAGCCA
796 tdbR00000336  SO:0000259 tRNA  Gln  NUG  Aedes albopictus  mitochondrion  UAUAUUUUѢGUGUAUGAUGCACAAAAGPUUNUGAAACUUUUAGAAAUAGUUUAAUUCUAUUAAAUAUAACCA
797 tdbR00000360  SO:0001036 tRNA  Arg  ICG  Codium fragile  plastid  GGGUAUAUAACUCAGD#GADUAGAGUPPAUGGCUICGHACCAUAAA7DCGGGGGTPCGAAUCCCUCUAUACUCACCA
798 tdbR00000361  SO:0001036 tRNA  Arg  ACG  Saccharomyces cerevisiae  mitochondrion  AUAUCUUUAAUUUAADGGDAAAAUAPUAGAAUACGAAPCUAAUUAUAUAGGTPCAAAUCCUAUAAGAUAUUCCA
799 tdbR00000362  SO:0001036 tRNA  Arg  NCU  Saccharomyces cerevisiae  mitochondrion  GCUCUCUUAGCUUAADGGDUAAAGCAPAAUACUNCU6APAUUAAUAUUCCAUGTPCAAAUCAUGGAGAGAGUACCA
801 tdbR00000364  SO:0001036 tRNA  Arg  ACG  Ascaris suum  mitochondrion  GGACGUUѢѢAUAGAUAAGCUAPGCCPAGPUACGKPCPGGGAAGAGAGUCGPCUUCCA
802 tdbR00000366  SO:0001036 tRNA  Arg  UCG  Rattus norvegicus  mitochondrion  AUGGUAAUUѢGUUUAAAUAAAAUUAAUGAPUUCGACPCAUUAGAUUAUGAUAAUAAUCAUAAUUACCAACCA
803 tdbR00000367  SO:0001036 tRNA  Arg  UCG  Bos taurus  mitochondrion  UGGUACUUѢGUUUAAAAUAAAAUAAAUGAUUUCGACPCAUUAGAUUAUGAUUUAAUUCAUAAUUACCAACCA
804 tdbR00000368  SO:0001036 tRNA  Arg  UCG  Mesocricetus auratus  mitochondrion  UGGUGAUUѢGUUUAACUAAAAUUAAUGAPUUCGACPCAUUAGAUUAUGACAUAUCUCAUAAUCACCAACCA
806 tdbR00000396  SO:0000269 tRNA  Ser  UGA  Saccharomyces cerevisiae  mitochondrion  GGAUGGUUGACUGAGDGGDUUAAAGULPGAUAPUUGAKCPAUCAUUAGUCUUUAUUGGCUACGUAGGTPCAAAUCCUACAUCAUCCGCCA
807 tdbR00000397  SO:0000269 tRNA  Ser  UGA  Saccharomyces cerevisiae  mitochondrion  GGAUGGUUGACUGAGDGGDUUAAAGULUGAUAPUUGAKCPAUCAUUAGUCUUUAUUGGCUACGUAGGTPCAAAUCCUACAUCAUCCGCCA
808 tdbR00000398  SO:0000269 tRNA  Ser  UCU  Ascaris suum  mitochondrion  GACAAAUGUUUPCAGGUCUUCU6AAPCUGUUUUGGAGAAAUCCGPUUGUUUCCA
809 tdbR00000399  SO:0000269 tRNA  Ser  GCU  Aedes albopictus  mitochondrion  GAAAUAUGUUGAUCAAGAAAAGCUGCU6ABUPUUUCUUUAAUGGUUUAAUUCCAUPAUAUUUCUCCA
810 tdbR00000400  SO:0000269 tRNA  Ser  7CU  Loligo bleekeri  mitochondrion  AAAGGUAAUUAGGAAUAAAAPAAAGCU7CU6ACPUUAUUUUGAGCAACUCAAAACUGUUCUACCUUUUCCA
812 tdbR00000402  SO:0000269 tRNA  Ser  GCU  Bos taurus  mitochondrion  GAAAAAGUAUGCAAGAACUGCU6AUUCUAUGCUC?CAUAUCUAAUAGUAUGGCUUUUUCGCCA
813 tdbR00000403  SO:0000269 tRNA  Ser  UGA  Bos taurus  mitochondrion  GAGAGAGACAUAGAGGDUAUGAPGPPGGЩUUGAЧACCAAUAGUAGGGGGUPCGѢUUCCUUCCUUUCUUACCA
814 tdbR00000404  SO:0000269 tRNA  Ser  GCU  Homo sapiens  mitochondrion  GAGAAAGCUCACAAGAACUGCU6ACUCAUGCCCCCAUGUCUAѢCAACAUGGCUUUCUCACCA
815 tdbR00000405  SO:0000269 tRNA  Ser  GCU  Mesocricetus auratus  mitochondrion  GAGAAUGUAUGCAAGAGCUGCU6ACUCCUGCUACCAUGUAUAAUAACAUGGCUUUCUUACCA
816 tdbR00000439  SO:0000270 tRNA  Thr  GGU  Spinacia oleracea  plastid  GCCCCUUUAACUCAGU#GDAGAGUAACGCCAUGGUEAGGCGUAA7DCAUCGGTPCAAAUCCGAUAAGGGGCUCCA
817 tdbR00000440  SO:0000270 tRNA  Thr  UGU  Neurospora crassa  mitochondrion  GCCUGGUUAGCAUAAAAGDAAUGCAAUUGPUUUGU6APCAAUAGAAGCAAGTGCGAUACUUGCACUGGGCUCCA
818 tdbR00000441  SO:0000270 tRNA  Thr  UAG  Saccharomyces cerevisiae  mitochondrion  GUAAAUAUAAUUUAADGGDAAAAULPAUGPUUUUAGKPGCAUAUUAUCUAAGTPCAAAUCUUAGUAUUUACACCA
819 tdbR00000442  SO:0000270 tRNA  Thr  UGU  Bos taurus  mitochondrion  GUCUUUGUѢGUACAUCUAAUAUACUGGUЩUUGU6AACCAGAGAAGGAGAACAACUAACCUCCCPAAGA?UCCA
820 tdbR00000458  SO:0000273 tRNA  Val  NAC  Spinacia oleracea  plastid  AGGGCUAUAGCUCAGUUA#GDAGAGCACCUCGUUNACACCGAGAAA7.CUACGGTPCGAGUCCGUAUAGCCCUACCA
821 tdbR00000459  SO:0000273 tRNA  Val  UAC  Neurospora crassa  mitochondrion  GAGAGAUUAGCUCAGUUGGDAGAGCAACCGUUUUACACACGGAAGGUUGGGUGTPCGAAUCACCCAUUUCUCACCA
822 tdbR00000460  SO:0000273 tRNA  Val  UAC  Aedes albopictus  mitochondrion  CAAUUUAAѢLCUUAAUUAGUAAAGUAPPUCAUUUAC6PPGAAAAGAAAUUUGUGCAAAUCAAUPPAAAUUGACCA
823 tdbR00000461  SO:0000273 tRNA  Val  UAC  Rattus norvegicus  mitochondrion  CAUAGUGUѢLCUUAAUCACAAAGCAPCUGGCCUACACCCAGAAGAAUUCAUAAAAAUGAACACUUUGACCA
824 tdbR00000462  SO:0000273 tRNA  Val  UAC  Rattus norvegicus  mitochondrion  ACAGAUUGUѢLCUUAAUCACAAAGCAPCUGGCCUACACCCAGAAGAAUUCAUAAAAAUGAACACUUUGACCA
825 tdbR00000463  SO:0000273 tRNA  Val  UAC  Bos taurus  mitochondrion  CAAGAUAUѢLCUUAAACAAAGCAPCCAGUUUACACCUAGAAGACUUCAUUCAUUAUGAAUAUCUUGACCA
826 tdbR00000485  SO:0000271 tRNA  Trp  BCA  Nicotiana tabacum  plastid  GCGCUCUUAGUUCAGUUC#GDAGAACGPGGGPCUBCAAAACCCGAUGNCGUAGGTPCAAAUCCUACAGAGCGUGCCA
827 tdbR00000486  SO:0000271 tRNA  Trp  BCA  Phaseolus vulgaris  plastid  ACGCUCUUAGUUCAGUUC#GCAGAACGPGGGPCUBCAHAACCCGAU7UCGUAGGTPCAAAUCCUACAGAGCGUGCCA
828 tdbR00000487  SO:0000271 tRNA  Trp  CCA  Spinacia oleracea  plastid  GCGCUCUUAGUUCAGUUC#GDAGAACLPGGGPCUCCAHAACCCGAUG.CGUAGGTPCAAGUCCUACAGAGCGUGCCA
829 tdbR00000488  SO:0000271 tRNA  Trp  !CA  Tetrahymena thermophila  mitochondrion  GGGGGAAUALUUUAAUGGDAGAACAACGGUCU!CAЧAAPCGUUAGCGUGGGUUCGAUUCCUGCUUCUCUCGCCA
830 tdbR00000489  SO:0000271 tRNA  Trp  NCA  Neurospora crassa  mitochondrion  AAGAGUAUAGUUUAAUGGDAAAACAGAAAGCUNCAHCCUUUAAAUUCUUAGTPCGAGUCUAAGUACUCUUGCCA
831 tdbR00000490  SO:0000271 tRNA  Trp  !CA  Saccharomyces cerevisiae  mitochondrion  AAGGAUAUAGUUUAADGGDAAAACAGUUGAPU!CAHAPCAAUCAUUAGGAGTPCGAAUCUCUUUAUCCUUGCCA
832 tdbR00000491  SO:0000271 tRNA  Trp  BCA  Phaseolus vulgaris  mitochondrion  GCGCUCUUAGUUCAGUUC#GDAGAACRCGGGPCUBCAHAACCCGAU7.CGUAGGTPCAAAUCCUACAGAGCGUGCCA
833 tdbR00000492  SO:0000271 tRNA  Trp  NCA  Rattus norvegicus  mitochondrion  AAGAAGUUUѢGGAUAUACAGUCCAAGAGCCUNCA*AGCCCUUAGAAAACAAACAAGUUUAACUUCUGCCA
834 tdbD00003374  SO:0000271 tRNA  Trp  ʭCA  Bos taurus  mitochondrion  AGGAAUUUѢLGUUAAACAGACCAAGAGCCUʭCA*AGCCCUAAG?AAGUACAAUUUACUUAAUUCCUGCCA
835 tdbR00000514  tRNA  Ini  CAU  Scenedesmus obliquus  plastid  CGCAGGAUAGAGCAGUCU#GDAGCUCRPGGGGCUCAUAAPCCCAAU7DCGCAGGTPCAAAUCCUGCUCCUGCAACCA
836 tdbR00000515  tRNA  Ini  CAU  Phaseolus vulgaris  plastid  CGCGGAGUAGAGCAACUU#GDAGCUCGCAAGGCUCAUAACCUUGAA7XUACGGGTPCAAAUCCCGUCUCCGCAACCA
837 tdbR00000516  tRNA  Ini  CAU  Spinacia oleracea  plastid  CGCGGGGUAGAGCAGUUU#GDAGCUCGCAAGGCUCAUAACCUUGAG7UCACGGGTPCAAAUCCUGUCUCCGCAACCA
838   tRNA  Ini  CAU  Neurospora crassa  mitochondrion  UGCGGAUUAUUGUAADAGDAACAUAUUUGGCUCAUKPCCGAAUGACAUAGGUGCAAAUCCUGUAUCCGCAUCCA
840 tdbR00000519  tRNA  Ini  CAU  Phaseolus vulgaris  mitochondrion  AGCGGGGUAGAGUAGUD#GUDAACUCAPCAGGCUCAUAAPCUGAAGAUDGCAGGTPCGAAUCCUGCCCCCGCCACCA
841 tdbR00000520  tRNA  Ini  CAU  Aedes albopictus  mitochondrion  AAAAAGAUѢAGCUAAUUAAGCUAPPGGGUUCAU6CCCCACUUAUAAAGGUAAUAAUCCUUPPCUUUUUACCA
843 tdbR00000522  tRNA  Ini  >AU  Bos taurus  mitochondrion  AGUAAGGUCAGCUAAUUAAGCUAPCGGGCC>AUACCCCGAAAAUGPUGGUUUAUAUCCUUCCCGUACUACCA
844 tdbR00000548  SO:0000272 tRNA  Tyr  GUA  Scenedesmus obliquus  plastid  GGGCCGAUGCCGAAGUN#GDUAAUGGGGCGGAPUGUA*APCCGCUGGUUACGCCUACGUUGGTPCGAAUCCGACUCGGCCCACCA
845 tdbR00000549  SO:0000272 tRNA  Tyr  QUA  Tetrahymena pyriformis  mitochondrion  GAGAUGGUGLCUGAGUGGDDAAAGCRGPAGACUQUAHAPCPAUJGGGUAUCCGUCGUCGGTPCGAGUCCGAUCCAUCUCACCA
846   SO:0000272 tRNA  Tyr  GUA  Neurospora crassa  mitochondrion  AGGAGGGUUCCGUUUGUUGGDAUGACGGRPUAAGCUGUAHACUUAAUGACUAAUUAGU?GUѴGAAGGTPCAAUUCCUUUCUCUCCUACCA
848 tdbR00000552  SO:0000272 tRNA  Tyr  .UA  Phaseolus vulgaris  mitochondrion  GGGAGAGUGGCCGAGD#GDCAAAAGCLACAGACU.UAHAPCUGUUGAAGUUUUUCUACGUAGGTPCGAAUCCUGCCUCUCCCACCA
849   SO:0000272 tRNA  Tyr  GUA  Asterias amurensis  mitochondrion  GGCAGGGUKGCAGAAѢGUDAAUGCACPAAAPUGUA*AUPUAUAAAUAAAGGUPUAAUUCCUUUUCUUGCCACCA
850 tdbR00000590  SO:0000260 tRNA  Glu  !UC  Ascaris suum  mitochondrion  GAGAUAUUѢGUAUAAAUUUUUUGUAPAPUPCUPU!UCKAAGAAAAGGUUUAUUAUCPUACCA
851 tdbR00000591  SO:0000265 tRNA  Lys  !UU  Ascaris suum  mitochondrion  GGGGUGUUѢACUUAAGUUUAAAGPRPPAGAUU!UU6APCUGGAAAUGGGUUGUCACAPCCUGCCA
852 tdbR00000592  SO:0000259 tRNA  Gln  !UG  Ascaris suum  mitochondrion  UAUACUUUѢGUUUAGGAAGAAUAPUUAPPU!UGKPGPAAAAGGGUUGUAGUAPAGCCA
853 tdbR00000593  SO:0000271 tRNA  Trp  $CA  Ascaris suum  mitochondrion  ACAGAUUUѢAGUUAAGUUUAAACUCPPGGPPU$CA*AACCAAAAAUUUUACUCPGUACCA
854 tdbR00000594  SO:0000264 tRNA  Leu  $AA  Ascaris suum  mitochondrion  GPUGUUAUѢGCAUAAGAAGUGCAPPUGPPU$AAKCGPAAAAGAUAUGGGACAACUCCA
855 tdbR00000609  SO:0000264 tRNA  Leu  UA7  Chlamydomonas reinhardtii  plastid  GCCUUCGUGAUCGGAAU#GDAGAGAUCCUGGUCUUA7KAACCAGCUGCUGAAAGGCGGCGGTPCAAAUCCGCCCGAAGGCACCA
856 tdbR00000622  SO:0000258 tRNA  Cys  GCA  Nicotiana rustica  plastid  GGCGACAUGGCCGAGU#GDAAGGCAGAGGACUGCAЧAPCCUUUUUUCCCCAGTPCAAAUCCGGGUGUCGCCUCCA
857 U53879  S0:0000375 rRNA  LSU-S  5.8S  Saccharomyces cerevisiae  eukaryotic cytosol   AAACUUUCAACAACGGAUCUCUUGGUUCUCGCAUCGAUGAAGAACGCAGCGAAAUGCGAUACGUAAUGUGAAPUGCAGAAUUCCGUGAAUCAUCGAAUCUUUGAACGCACAUUGCGCCCCUUGGUAUUCCAGGGGGCAUGCCUGUUUGAGCGUCAUUU
858 X52322  S0:0000375 rRNA  LSU-S  5.8S  Arabidopsis thaliana  eukaryotic cytosol   AAAACGACUCUCGGCAACGGAUAUCUCGGCUCUCGCAUCGAUGAAGʍACGUAGCGAAAUGCGAUACUUGGUGUGAAUP#CAGAAUCCCGUGAACCAUCGAGUCUUUGAACGCAAGUUGCGCCCCAAGCCUUCUGGCCGAGGGCACGUCUGCCUGGGUGUCACA
859 J01866  S0:0000375 rRNA  LSU-S  5.8S  Homo sapiens  eukaryotic cytosol   CGACUCUUAGCGGJGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCGCUAGCPGCGAGAAUUAAUGPGAAUU#CAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
885 tdbD00001448  SO:0000265 tRNA  Lys  ƕUU  Homo sapiens  mitochondrion  CACUGUAAѢLCUAACUUAGCAPPAACCUƕUU6AGUUAAAGAUUAAGAGAACCAACACCUCUUUACAGUGACCA
886 tdbD00002227  SO:0000268 tRNA  Pro  UGG  Homo sapiens  mitochondrion  CAGAGAAUѢGUUUAAAUUAGAAUCPPAGCPUUGGKPGCUAAUGGUGGAGTPAAAGACUUUUUCUCUGACCA
887 tdbD00000493  SO:0000257 tRNA  Asp  QUC  Homo sapiens  mitochondrion  AAGGUAUUѢLAAAAACCAUUUCAPAACUUUQUCAAAGUUAAAUUAUAGGCUAAAUCCUAUAUAUCUUACCA
888 tdbD00001740  SO:0000264 tRNA  Leu  UAG  Homo sapiens  mitochondrion  ACUUUUAAѢLGAUAACAGCUAUCCAPPGGPCUUAGKCCCCAAAAAUUUUGGUGCAACUCCAAAUAAAAGUACCA
889 tdbD00003493  SO:0000266 tRNA  Met  >AU  Homo sapiens  mitochondrion  AGUAAGGUCAGCUAAAUAAGCUAPCGGGCC>AUACCCCGAAAAUGPUGGUUAUACCCUUCCCGUACUACCA
890 tdbD00006728  SO:0000264 tRNA  Leu  &AG  Thermoplasma acidophilum  prokaryotic cytosol  GCGGAGG44GUC(A(ACUGGCCAAAGGCRAUGGAUU&AGKGPCCAUUCCCGAAGGGGUUC7AGGGPPBAѢAUCCCUCCCUCCGCACCA
891 tdbD00000184  SO:0000254 tRNA  Ala  UGC  Bos taurus  mitochondrion  GAGGAUUUѢLCUUAAUUAAAGULGPUGAUUUGCAUPCAAUUGAUGUAAGGUGPAGUCUUGCAAUCCUUACCA
892 tdbD00000342  SO:0000258 tRNA  Cys  GCA  Bos taurus  mitochondrion  AGCCCUGUKGUGAAUUUACACGPPGAAPUGCAЧAPUCAGAGAAGCAGCUUCAѢUUCUGCCGGGGCUUCCA
893 tdbD00000476  SO:0000257 tRNA  Asp  QUC  Bos taurus  mitochondrion  GAGGULUUѢGUAAAACAUUAUAPAAUPUUQUCAAAGUUAAGUUACAAGUGAAAGUCCUGUACACCUCACCA
894 tdbD00001071  SO:0000262 tRNA  His  QUG  Bos taurus  mitochondrion  GUAAAUAUѢLUUUAACAAAAACAPUAGAUUQUGAAPCUAACAAUAGAAACUCAUUACCUUCUUAUUUACCCCA
895 tdbD00002044  SO:0000256 tRNA  Asn  QUU  Bos taurus  mitochondrion  UAGAUUGAѢLCCAGUUAGCUAGGGUGPPUAGCUQUU6ACUAAAGUUU?GUGGGGGUGGAGCCCACCAGUCUAGCCA
896 tdbD00002209  SO:0000268 tRNA  Pro  UGG  Bos taurus  mitochondrion  CAGGGAAUѢLUUUAAAUAGAACUPCAGCUUUGGKGGUUGAUGGUGAGACUGCAGUUUCUUCCUUGACCA
897 tdbD00003624  SO:0000272 tRNA  Tyr  QUA  Bos taurus  mitochondrion  GGUAAAAUKLCUGAGCAAAGCAUPAGACUQUA*APCUAAAGAUAGAGGUPUGACUCCUCUUUUUACCACCA
898 tdbD00002356  SO:0000259 tRNA  Gln  ƕUG  Bos taurus  mitochondrion  UAGAAUUUKGUGUAAUUGGGAGCACGAAGAGUUƕUGKAPPCUUAGGAGUAGGUPCGAUUCCUAUAGUUCUAGCCA
899   SO:0000266 tRNA  Met  ʭAU  Halocynthia roretzi  mitochondrion  GGUAAUAUѢLGUUAAUAUAAACCAGAAAGUUʭAUUPCUUUCUAAUAACGAAUGPUUAUUACUUCCA
900 PMID:21873425  SO:0000271 tRNA  Trp  ʭCA  Halocynthia roretzi  mitochondrion  AGGAGAUUѢLUUUAAGUUAAAUCAAUUGUUUʭCA*AACAGUAGUUAUAUAGAAUGAUUAUAUAUUUCCUGCCA
901 PMID:21873425  SO:0000266 tRNA  Met  CAU  Halocynthia roretzi  mitochondrion  ACAACAGUѢAACUAUGAAAAAGUUUGUGGGGUUCAUKGUCCUGAUAAUGUGAUAUUAAAAUAUAUUGCCUGUUGAACCA
902 tdbR00000046  SO:0000260 tRNA  Glu  {UC  Escherichia coli  prokaryotic cytosol  GUCCCCU4CGUCPAGAGGCCCAGGACACCGCCCUSUCɿCGGCGGUAACAGGGGTPCGAAUCCCCUAGGGGACGCCA
903   SO:0000264 tRNA  Leu  UAG  Escherichia coli  prokaryotic cytosol  GCGGGAGUGGCGAAADD#GUAGACGCACCAGAUUVAGKPUCUGGCGCCGCAAGGUGUGCGAGTPCAAGUCUCGCCUCCCGCACCA
904   SO:0000254 tRNA  Ala  UGC  Lactococcus lactis  prokaryotic cytosol  GGGGCCU4AGCUCAGCUGGGAGAGCGCCUGCUU5GC6CGCAGGAG7UCAGCGGUUCGAUCCCGCUAGGCUCCACCA
905   SO:0001036 tRNA  Arg  ACG  Lactococcus lactis  prokaryotic cytosol  GCAGGCGUGGCUCAACDGGADAGAGUACCUGACUICGAAUCAGGCGGUUGUAGGUUCGAAUCCUACCGCUUGCACCA
906   SO:0001036 tRNA  Arg  UCU  Lactococcus lactis  prokaryotic cytosol  GGUCCGAUAGCUCAGCUGGADAGAGCAUUCGCCUUCUAAGCGAACG7UCGAGGGUUCGAAUCCCCCUCGGAUCACCA
907 tdbD00001946  SO:0000256 tRNA  Asn  GUU  Lactococcus lactis  prokaryotic cytosol  UGCGGAU4AGCUCAGUUGGUAGUAGCGCAUGACUGUU6AUCAUGAU7UCGUCAGUUCGAGUCUGACAUCCGCAG
909   SO:0000259 tRNA  Gln  UUG  Lactococcus lactis  prokaryotic cytosol  UGGGGUA4AGCCAAGCGGDAAGGCAAGGGACUSUUGACUCCCUCAUGCGUUGGUUCGAAUCCAGCUACCCCAG
910   SO:0000258 tRNA  Cys  GCA  Streptomyces griseus  prokaryotic cytosol  GACCGUGUGCCCGAGAGGCUBAGGGGCUCGABUGCAACUCGAGUUACACCGGUUCGѢѢUCCGGUCACGGUCUCCG
911   SO:0000259 tRNA  Gln  CUG  Streptomyces griseus  prokaryotic cytosol  UGGGCUAUGBUGUAAUDGGCAACACUACGGUUUCUGGUACCGUCAUUCUAGGUUCGAGUCCUGGUAGCCCAG
912   SO:0000259 tRNA  Gln  UUG  Streptomyces griseus  prokaryotic cytosol  UCCCCCAUGKUGUAAUCAGGCAGCACUGCGGUUUUUGGUACCGUCUGUUCAGGUUCAѢAUCCUGAUGGGGGAG
913   SO:0000260 tRNA  Glu  CUC  Streptomyces griseus  prokaryotic cytosol  GCCCCCGUUGUGJAGCGGCCUAGCACGCUGCCCUCUCACGGCAGUAGCGCCGGUUCGѢѢUCCGGUCGGGGGUACAA
914   SO:0000260 tRNA  Glu  CUC  Streptomyces griseus  prokaryotic cytosol  GCCCCCGUUGUGJAGCGGCCUAGCACGCUGCCCUCUCACGGCAGUAGCGCCGGUUCGѢѢUCCGGUCGGGGGUA
916   SO:0000261 tRNA  Gly  GCC  Streptomyces griseus  prokaryotic cytosol  GCGKACGUAGCUBAGUDGGDAGAGCGCAACCUUGCCAAGGUUGAGGUCGCCAGUUCGAACCUGGUCGUCCGCUCCA
917   SO:0000261 tRNA  Gly  GCC  Streptomyces griseus  prokaryotic cytosol  GCGKACGUAGCUBAGUDGGDAGAGCGCAACCUUGCCAAGGUUGAGGUCGCCAGUUCGAACCUGGUCGUCCGCU
918   SO:0000261 tRNA  Gly  CCC  Streptomyces griseus  prokaryotic cytosol  GCGGKUGUAGUUUAAUGGDAGAACAUGAGCUUCCCAAGCUCAGAGCGCGAGUUCGAUUCUCGUCACCCGCU
919   SO:0000261 tRNA  Gly  UCC  Streptomyces griseus  prokaryotic cytosol  GCGGGCGUAGCUCAAUGGDAGAGCCCUAGUCUUCCAAACUAGCUACGCGGGUUCGѢUUCCCGUCGCCCGCUCCA
920   SO:0000262 tRNA  His  GUG  Streptomyces griseus  prokaryotic cytosol  GUGGGUAUAGCUBAGCUGGCAGAGCACCUGGUUGUGKUUCAGGAU7UCGCGGGUUCAѢGUCCCGUUACUCACC
921   SO:0000258 tRNA  Ile  GAU  Streptomyces griseus  prokaryotic cytosol  GGGGCUAUAGCUBAGUDGGDDAGAGCGCAUCCCUGAU6AGGAUGAGGGUUCAѢAUCCUGUUAGCCCCACCA
922   SO:0000264 tRNA  Leu  GAG  Streptomyces griseus  prokaryotic cytosol  GUCCGGKUGGCGGAAUGGCAGACGCGCUAGCJUGAGKUGCUAGUGCCCUUUAUCGGGCGUGGGGGUUCAѢGUCCCCCCUCGGACACCA
923   SO:0000264 tRNA  Leu  CAG  Streptomyces griseus  prokaryotic cytosol  GCGCGAGUGGCGGAACGGCAGACGCGCUGGCUUCAGKUGCCAGUGUCCUUAGGGACGUGGGGGUUCAAAUCCCCCCUCGCGCACGA
924   SO:0000264 tRNA  Leu  UAA  Streptomyces griseus  prokaryotic cytosol  GCCCGGAUGKUGGAACGDAGACACGGCGAGCUUAAACCUCGCUGCCCCUCGGGGGCGUGCCGGUUCGAGUCCGGCUCCGGGCACUA
925   SO:0000257 tRNA  Asp  GUC  Lactococcus lactis  prokaryotic cytosol  GGUUCUGUAGUGUAGCGGDDAUCACGUCGCCCUGUCACGGCGAAGAUCGCGGGUUCGAUUCCCGUCAGAACCG
926   SO:0000260 tRNA  Glu  UUC  Lactococcus lactis  prokaryotic cytosol  GGUCCGUUGGUCѢAGGGGUUAAGACACCGCCUUUUCACGGCGGUAACACGGGUUCGAAUCCCGUACGGACUA
927   SO:0000261 tRNA  Gly  GCC  Lactococcus lactis  prokaryotic cytosol  GCGAACGUAGUUCAGGGGUAGAACACAACCUUGCCAUGGUUGGG7UCGCGAGUUCGAAUCUCGUCGUUCGCU
928 tdbD00000829  SO:0000261 tRNA  Gly  UCC  Lactococcus lactis  prokaryotic cytosol  GCGGAUGUAGUUUAAUGGUAGAACCCCAGCCUUCCЖAGCUGGCUACGCGAGUUCGAUUCUCGUCAUCCGCU
929   SO:0000265 tRNA  Lys  CUU  Streptomyces griseus  prokaryotic cytosol  GCGCCKUUAGCUBAGUDGGDDAGAGCAGCUGACUCUU6AUCAGCGG7UCCGGGGUUCGAGUCCCUGACGGCGCACGA
930   SO:0000265 tRNA  Lys  CUU  Streptomyces griseus  prokaryotic cytosol  GCGCCKUUAGCUBAGUDGGDDAGAGCAGCUGACUCUU6AUCAGCGG7UCCGGGGUUCGAGUCCCUGACGGCGCA
931   SO:0000265 tRNA  Lys  UUU  Streptomyces griseus  prokaryotic cytosol  GGGCCKUUAGCUBAAUDGGUCAGAGCAGCGGACUUUUAAUCCGUUG7UUGUGGGUUCGAGUCCCACACGGCCUACCG
932   SO:0000266 tRNA  Met  CAU  Streptomyces griseus  prokaryotic cytosol  GGGGCGGUAGCUBAGCCLGDDAGAGCAGCGGACUCAUAAUCCGUCGGCCGUGGGUUCGAGUCCCACCCGCCCCACCG
933   SO:0000266 tRNA  Met  CAU  Streptomyces griseus  prokaryotic cytosol  CGCGGGGUGGAGCAGCUCGGDAGCUCGCUGGGCUCAUAACCCAGAGGUCGCAGGUUCAѢAUCCUGUCCCCGCUA
934   SO:0000266 tRNA  Met  CAU  Streptomyces griseus  prokaryotic cytosol  AGCGGUGUAGCUBAGUCGGDAGAGCAAGCGGCUCAU6AUCGCUGU7UCACCGGUUCAѢGUCCGGUCACCGCUACUA
935   SO:0000267 tRNA  Phe  GAA  Streptomyces griseus  prokaryotic cytosol  GGCUGGGUAGCUBAGUDGGUACGAGCGAUCGCCUGAA≠AGCGAUAGGUCGCCGGUUCGAUCCCGGCCCCAGCCACCA
936   SO:0000267 tRNA  Phe  GAA  Streptomyces griseus  prokaryotic cytosol  GGCUGGGUAGCUBAGUDGGUACGAGCGAUCGCCUGAA*AGCGAUAGGUCGCCGGUUCGAUCCCGGCCCCAGCCACCA
937   SO:0000268 tRNA  Pro  GGG  Streptomyces griseus  prokaryotic cytosol  CGGGACGUGGCGCAGCUUGGDAGCGCACUUGABUGGGGGUCAAGGGGUCGCAGGUUCAѢAUCCUGUCGUCCCGA
938 tdbD00000829  SO:0000261 tRNA  Gly  UCC  Lactococcus lactis  prokaryotic cytosol  GCGGAUGUAGUUUAAUGGUAGAACCCCAGCCU5CCЖAGCUGGCUACGCGAGUUCGAUUCUCGUCAUCCGCU
939 tdbD00001153  SO:0000258 tRNA  Ile  GAU  Lactococcus lactis  prokaryotic cytosol  GGGAGUU4AGCUCAGUUGGDDAGAGCACUGUGUUGAU6ACGCAGGG7UCCCAGGUUCGAAUCCUGGAAUUCCCA
940   SO:0000268 tRNA  Pro  CGG  Streptomyces griseus  prokaryotic cytosol  CGGGGUGUAGCGCAGCUUGGCAGCGCGCUUCGUUCGGKACGAAGAGGUCGUGGGUUCAAAUCCCGCCACCCCGA
941   SO:0000265 tRNA  Lys  CUU  Lactococcus lactis  prokaryotic cytosol  GGCCCGGUAGCUCAGUUGGUAGAGCAGUAGACUCUU6AUCUAUGG7UCCAGGGUUCGAGCCCCUGCCGAGCCA
942   SO:0000268 tRNA  Pro  UGG  Streptomyces griseus  prokaryotic cytosol  CGGGGUGUGGCGCAGCUUGGDAGCGCGUCCGCUUUGGKAGCGGAAGGUCGUCGGUUCGѢѢUCCGGCCACCCCGACCA
943   SO:0000265 tRNA  Lys  UUU  Lactococcus lactis  prokaryotic cytosol  GACUCGU4AGCUCAGUUGGUAGAGCAUUUGACU$UU6AUCAAAGG7UCGCUGGUUCGAGCCCAGCЖCGGGUCACUA
944   SO:0000265 tRNA  Lys  UUU  Lactococcus lactis  prokaryotic cytosol  GACUCGU4AGCUCAGUUGGUAGAGCAUUUGACU$UU6AUCAAAGG7UCGCUGGUUCGAGCCCAGCЖCGGGUCA
945   SO:0000266 tRNA  Met  CAU  Lactococcus lactis  prokaryotic cytosol  GGAUCUUUAGCUCAGUUGGDDAGAGCUAUCGGCU}AUЖACCGAUCG7UCGCUGGUUCGAAUCCAGCAAGAUCCA
946   SO:0000266 tRNA  Met  CAU  Lactococcus lactis  prokaryotic cytosol  GGCGGUGUAGCUCAGCUGGCUAGAGCGUUCGGUUMAUЖCCCGAGAG7UCGGGGGUUCGAUCCCCUUCGCCGCUA
947   SO:0000269 tRNA  Ser  GGA  Streptomyces griseus  prokaryotic cytosol  GGAGGAUUCGCCUAGUGGCCUAGGGCGCACGCJUGGAỼAGCGUGUUGGGGGCAACCCCUCACGAGUUCGѢѢUCUCGUAUCCUCCGCCA
948   SO:0000269 tRNA  Ser  GGA  Streptomyces griseus  prokaryotic cytosol  GGAGGAUUCGCCUAGUGGCCUAGGGCGCACGCJUGGA≠AGCGUGUUGGGGGCAACCCCUCACGAGUUCGѢѢUCUCGUAUCCUCCGCCA
949   SO:0000269 tRNA  Ser  GGA  Streptomyces griseus  prokaryotic cytosol  GGAGGAUUCGCCUAGUGGCCUAGGGCGCACGCJUGGAЧAGCGUGUUGGGGGCAACCCCUCACGAGUUCGѢѢUCUCGUAUCCUCCGCCA
950   SO:0000269 tRNA  Ser  GGA  Streptomyces griseus  prokaryotic cytosol  GGAGGAUUCGCCUAGUGGCCUAGGGCGCACGCJUGGA*AGCGUGUUGGGGGCAACCCCUCACGAGUUCGѢѢUCUCGUAUCCUCCGCCA
951   SO:0000269 tRNA  Ser  CGA  Streptomyces griseus  prokaryotic cytosol  GGJAGCGUGUCCGAGCGGCC#AAGGAGCUCGCCUCGAỼAGCGAGUGUGGCGUAACCCGUCACCGUGGGUUCAAAUCCCACCGCUACCG
952 tdbD00003427  SO:0000266 tRNA  Met  CAU  Lactococcus lactis  prokaryotic cytosol  CGCGGGAUGGAGCAGCUAGGUAGCUCGUCGGGCUCAUAACCCGAAG7UCAUAGGTUCAAAUCCUAUUCCCGCAA
953   SO:0000267 tRNA  Phe  GAA  Lactococcus lactis  prokaryotic cytosol  GGCUCGGUAGCUCAGUUGGUAGAGCAAUGGAUUGAAGCUCCAUGU7UCGGCGGUUCGAUUCCGUCUCGCGCCA
954   SO:0000268 tRNA  Pro  UGG  Lactococcus lactis  prokaryotic cytosol  CGGGAAGUAGCUCAGCUUGGUAGAGUACUUGGUU5GGKACCAAGGU7UCGCAGGUUCGAAUCCUGUCUUCCCGA
955   SO:0000269 tRNA  Ser  GGA  Lactococcus lactis  prokaryotic cytosol  GGAGAAGUGUCCGAGUGGCCGAAGGAGCЖCGCCUGGAAAGUGUGUAUACGUCACAAGCGUAUCGGGGGUUCGAAUCCCCUCUUCUCCU
956   SO:0000269 tRNA  Ser  GCU  Lactococcus lactis  prokaryotic cytosol  GGGGGGUUACUCAAGAGGCUGAAGAGGACGGUU5GCU6AAAUCGU4AG7UCGGGAAACCGGCGCGAGGGUUCGAAUCCCUUACCCCCCU
957   SO:0000269 tRNA  Ser  CGA  Streptomyces griseus  prokaryotic cytosol  GGJAGCGUGUCCGAGCGGCC#AAGGAGCUCGCCUCGA≠AGCGAGUGUGGCGUAACCCGUCACCGUGGGUUCAAAUCCCACCGCUACCG
958   SO:0000270 tRNA  Thr  GGU  Lactococcus lactis  prokaryotic cytosol  GCCGUUGUAGCUCAGUCGGUAGAGCAGCACCAUGGUAAGGUGAAG7UCGACAGUUCGAUUCUGUUCAAUGGCA
959   SO:0000269 tRNA  Ser  CGA  Streptomyces griseus  prokaryotic cytosol  GGJAGCGUGUCCGAGCGGCC#AAGGAGCUCGCCUCGAЧAGCGAGUGUGGCGUAACCCGUCACCGUGGGUUCAAAUCCCACCGCUACCG
960   SO:0000270 tRNA  Thr  CGU  Lactococcus lactis  prokaryotic cytosol  GCCGAGU4AGCUCAGUCGGUAGAGCACUUCACUCGU6ACGAAGGGGUCACAGGUUCGAUUCCUGCACUCGGCA
961   SO:0000269 tRNA  Ser  CGA  Streptomyces griseus  prokaryotic cytosol  GGJAGCGUGUCCGAGCGGCC#AAGGAGCUCGCCUCGA*AGCGAGUGUGGCGUAACCCGUCACCGUGGGUUCAAAUCCCACCGCUACCG
962   SO:0000270 tRNA  Thr  UGU  Lactococcus lactis  prokaryotic cytosol  GCCGACU4AGCUCAGUUGGUAGAGCAUCUGAUU5GU6AUCAGAGG7UCGCGUGUUCGAAUCAUGUAGUCGGCA
963   SO:0000272 tRNA  Tyr  GUA  Lactococcus lactis  prokaryotic cytosol  GGAAGGGUAGCGAAGAGGCUAAACGCGGCGGACUGUAЧAUCCGCUCCUUCGGGUUCGGGGGUUCGAAUCCCUCCCCUUCCA
964   SO:0000273 tRNA  Val  UAC  Lactococcus lactis  prokaryotic cytosol  GGGAGUU4AGCUCAGCUGGGAGAGCAUCUGCCU5ACЖAGCAGAGG7UCAGCGGUUCGAUCCCGUUAACUCCCA
965   SO:0000254 tRNA  Ala  GGC  Streptomyces griseus  prokaryotic cytosol  GGGGCUAUAGCUBAGUDGGDAGAGCGCCUGCAUGGCAUGCAGGAG7UCAGGAGUUCAѢUUCUCCUUAGCUCCACAA
966   SO:0000254 tRNA  Ala  GGC  Streptomyces griseus  prokaryotic cytosol  GGGGCUAUAGCUBAGUDGGDAGAGCGCCUGCAUGGCAUGCAGGAG7UCAGGAGUUCAѢUUCUCCUUAGCUCCA
967   SO:0000254 tRNA  Ala  CGC  Streptomyces griseus  prokaryotic cytosol  GGGCCUGUGGCGCAGUCUGGDAGCGCACCUCGUUCGCAUCGAGGGGGUCUGGGGUUCAѢAUCCCCACAGGUCCA
968   SO:0000254 tRNA  Ala  UGC  Streptomyces griseus  prokaryotic cytosol  GGGGCCUUAGCUBAGUDGGDAGAGCGCUGCCUUUGCAAGGCAGAUGUCAGGAGUUCGAAUCUCCUAGGCUCCA
969   SO:0001036 tRNA  Arg  ACG  Streptomyces griseus  prokaryotic cytosol  GCACUCGUAGCUJAACGGADAGAGCAUCUGACUICGKAUCAGAAG7UUGCAGGUUCGѢAUCCUGCCGAGUGCA
970   SO:0001036 tRNA  Arg  CCG  Streptomyces griseus  prokaryotic cytosol  GCCCCCGUAGCUBAG#GGADAGAGCAUCGGCCUCCGKAGCCGGGUGCGCAGGUUCGѢAUCCUGCCGGGGGCA
971   SO:0001036 tRNA  Arg  CCU  Streptomyces griseus  prokaryotic cytosol  GCCUUCGUAGCUBAG#GGADAGAGCACCGCUCUCCU6AAGCGGGUGUCGCAGGUUCGѢAUCCUGCCGGGGGCA
972   SO:0000258 tRNA  Cys  GCA  Streptomyces griseus  prokaryotic cytosol  GGUGGAGUGGCCKAGAGGCGAGGCAACGGCCUGCA*AGCCGUCUACACGGGUUCAAAUCCCGUCUCCACCUCCA
973   SO:0000258 tRNA  Cys  GCA  Streptomyces griseus  prokaryotic cytosol  GGUGGAGUGGCCKAGAGGCGAGGCAACGGCCUGCA≠AGCCGUCUACACGGGUUCAAAUCCCGUCUCCACCUCCA
974   SO:0001036 tRNA  Arg  UCU  Streptomyces griseus  prokaryotic cytosol  GCCCCCGUAGCUBAGUGGADAGAGCAGGCGCCUUCUAAGCGCUUGGCCGCAGGUUCGAGUCCUGCCGGGGGCG
975   SO:0000256 tRNA  Asn  GUU  Streptomyces griseus  prokaryotic cytosol  UCCCCUGUAGCUBAAUDGGCAGAGCAGCCGGCUGUU6ACCGGCAG7UUACUGGUUCGAGUCCAGUCGGGGGAG
976   SO:0000256 tRNA  Asn  GUU  Streptomyces griseus  prokaryotic cytosol  UCCCCUGUAGCUBAAUDGGCAGAGCAUUCGGCUGUU6ACCGGAGG7UUACUGGUUCGAGUCCAGUCGGGGGAG
977   SO:0000269 tRNA  Ser  UGA  Streptomyces griseus  prokaryotic cytosol  GGUGGGUUGCCCGAGCGGCCUAAGGGAACGGUCUUGA*AACCGUCGUGGCAGCGAUGUCACCGUGGGUUCAAAUCCCACACCCACCG
978   SO:0000269 tRNA  Ser  GCU  Streptomyces griseus  prokaryotic cytosol  GGAGGCGUCGCCUAGUCCGGUCUɿUGGCGCCGCACUGCU6AUGCGGUUUGGGUCUUAAAGCCCAUCGAGGGUUCAѢAUCCCUCCGCCUCCG
979   SO:0000270 tRNA  Thr  GGU  Streptomyces griseus  prokaryotic cytosol  GCCCCAAUAGCUBAGUCGGDAGAGCGUCUCCAUGGU6AGGAGAAGGUCUGCGGUUCGѢUUCCGCAUUGGGGCU
980   SO:0000270 tRNA  Thr  CGU  Streptomyces griseus  prokaryotic cytosol  GCCGCCUUAGCUBAGUDGGCCAGAGCAACGCACUCGU6AUGCGUAG7UCUCGGGUUCGAAUCCCGAAGGCGGCU
981   SO:0000270 tRNA  Thr  UGU  Streptomyces griseus  prokaryotic cytosol  GCCUCCUUAGCUBAGUCCGGCCCAGAGCGAUGUACUUGUAAUACAUAGGUCGUCGGUUCGѢѢUCCGACAGGAGGCU
982   SO:0000271 tRNA  Trp  CCA  Streptomyces griseus  prokaryotic cytosol  AGGGUCGUAGCUBAAUDGGDAGAGCACUGGUCUCCAAAACCAGCG7UUGGGGGUUCAѢGUCCCUCCGGCCCUGCUA
983   SO:0000271 tRNA  Trp  CCA  Streptomyces griseus  prokaryotic cytosol  AGGGGCGUAGCUBAGCGGCCAGAGCGGCGGUCUCCA≠AAUCGUAU7UCGCAGGUUCGAUUCCUGCCGCCCCUGCCG
984   SO:0000271 tRNA  Trp  CCA  Streptomyces griseus  prokaryotic cytosol  AGGGGCGUAGCUBAGCGGCCAGAGCGGCGGUCUCCA*AAUCGUAU7UCGCAGGUUCGAUUCCUGCCGCCCCUGCCG
985   SO:0000272 tRNA  Tyr  GUA  Streptomyces griseus  prokaryotic cytosol  GGCGKUGUGCCCGAGUGGCCAAAGGGAGCAGABUGUA≠AUCUGCCGGCUCAGCCUACCCAGGUUCGAACCCUGGCGCCGCCA
986   SO:0000272 tRNA  Tyr  GUA  Streptomyces griseus  prokaryotic cytosol  GGCGKUGUGCCCGAGUGGCCAAAGGGAGCAGABUGUA*AUCUGCCGGCUCAGCCUACCCAGGUUCGAACCCUGGCGCCGCCA
987   SO:0000273 tRNA  Val  GAC  Streptomyces griseus  prokaryotic cytosol  GCGCGAUUAGCUBAGCG#GAGAGCGCUUCCCUGACACGGAAGAG7UCACUGGUUCAAUCCCAGUAUCGCGCACCA
988   SO:0000273 tRNA  Val  GAC  Streptomyces griseus  prokaryotic cytosol  GCGCGAUUAGCUBAGCG#GAGAGCGCUUCCCUGACACGGAAGAG7UCACUGGUUCAAUCCCAGUAUCGCGCA
989   SO:0000273 tRNA  Val  GAC  Streptomyces griseus  prokaryotic cytosol  GGACGAUUAGCUBAGCG#GAGAGCGCUUCCCUGACACGGAAGAG7UCACUGGUUCAAUCCCAGUAUCGUCCA
990   SO:0000273 tRNA  Val  CAC  Streptomyces griseus  prokaryotic cytosol  GGGCGAUUAGCUBAGUG#GAGAGCGCUUCGUUCACACCGAAGAG7UCACUGGUUCGAACCCAGUAUCGCCCACCG
991   SO:0000273 tRNA  Val  UAC  Streptomyces griseus  prokaryotic cytosol  GGGUGCGUAGCUBAGG#GDAGAGCGCUGCUCUUACAAAGCAGAU7UCGGCGGUUCGAAACCGUCCGCGCCCA
992   SO:0000270 tRNA  Thr  UGU  Escherichia coli  prokaryotic cytosol  GCCGACUUAGCUCAGUAGGDAGAGCAACUGABUVGU6AUCAGUAG7UCACCAGTPCGAUUCCGGUAGUCGGCACCA
993 tdbD00003493  SO:0000266 tRNA  Met  CAU  Homo sapiens  mitochondrion  AGUAAGGUCAGCUAAѢUAAGCUAPCGGGCCCAUACCCCGAAAAUGPUGGUUAUACCCUUCCCGUACUACCA
994   SO:0000264 tRNA  Leu  CAG  Homo sapiens  eukaryotic cytosol   GUCAGGAUGGCCGAGCGGUCUAAGGCGCUGCGUUCAGGUCGCAGUCЩCCCCUGGAGGCGUGGGUUCGAAUCCCACUCCUGACA
995   SO:0000264 tRNA  Leu  CAG  Homo sapiens  eukaryotic cytosol   GUCAGGAUGGCCGAGCGGUCUAAGGCGCUGCGUUCAGGUCGCAGUCЩCCCCUGGAGGCGUGGGUUCGAAUCCCACUUCUGACA
996   SO:0000266 tRNA  Met  CAU  Homo sapiens  eukaryotic cytosol   GCCCUCUUAGCGCAGUGGGЩAGCGCGUCAGUCUCAUAAUCUGAAGGUCCUGAGUUCGAGCCUCAGAGAGGGCA
997   SO:0000264 tRNA  Leu  CAA  Homo sapiens  eukaryotic cytosol   GUCAGGAUGGCCGAGUGGUCUAAGGCGCCAGAC?CAAGUUCUGGUCUCCAAUGGAGGCGUGGGUUCGAAUCCCACUUCUGACA
998   SO:0001036 tRNA  Arg  CCU  Homo sapiens  eukaryotic cytosol   GCCCCAGUGGCCUAAUGGAUAAGGCACUGGCЩUCCUAAGCCAGGGAUUGUGGGUUCGAGUCCCACCUGGGGUA
999   SO:0001036 tRNA  Arg  UCU  Homo sapiens  eukaryotic cytosol   GGCUCCGUGGCGCAAUGGAUAGCGCAUUGGAЩUUCUAAUUCAAAGGUUCCGGGUUCGAGUCCCGGCGGAGUCG
1000   SO:0000269 tRNA  Ser  AGA  Homo sapiens  eukaryotic cytosol   GUAGUCGUGGCCGAGUGGUUAAGGCGAUGGAЩUAGAAAUCCAUUGGЩGUUUCCCCGCGCAGGUUCGAAUCCUGCCGACUACG
1001   SO:0000269 tRNA  Ser  CGA  Homo sapiens  eukaryotic cytosol   GCUGUGAUGGCCGAGUGGUUAAGGCGUUGGAЩUCGAAAUCCAAUGGЩGUCUCCCCGCGCAGGUUCGAAUCCUGCUCACAGCG
1002   SO:0000269 tRNA  Ser  UGA  Homo sapiens  eukaryotic cytosol   GCAGCGAUGGCCGAGUGGUUAAGGCGUUGGAЩUUGAAAUCCAAUGGЩGUCUCCCCGCGCAGGUUCGAACCCUGCUCGCUGCG
1003 tdbD00009837  SO:0000269 tRNA  Ser  GCU  Homo sapiens  eukaryotic cytosol   GACGAGGUGGCCGAGUGGUUAAGGCGAUGGACUGCUEAUCCAUUGUЩCUCUGCACGCGUGGGUUCGAAUCCCACCCUCGUCG
1004   SO:0000270 tRNA  Thr  AGU  Homo sapiens  eukaryotic cytosol   GGCGCCGUGGCUUAGUUGGUUAAAGCGCCUGЩCUAGUAAACAGGAGAUCCUGGGUUCGAAUCCCAGCGGUGCCU
1005   SO:0000270 tRNA  Thr  CGU  Homo sapiens  eukaryotic cytosol   GGCUCUAUGGCUUAGUUGGUUAAAGCGCCUGUCUCGUAAACAGGAGAUCCUGGGUUCGACUCCCAGUGGGGCCU
1006 tdbD00010493  SO:0000270 tRNA  Thr  UGU  Homo sapiens  eukaryotic cytosol   GGCUCUAUGGCUUAGUUGGUUAAAGCGCCUGЩCUUGUAAACAGGAGAUCCUGGGUUCGAAUCCCAGUAGAGCCU
1008   SO:0000269 tRNA  Ser  AGA  Homo sapiens  eukaryotic cytosol   GUAGUCGUGGCCGAGUGGUUAAGGCGAUGGAЩUAGAAAUCCAUUGGЩGUUUCCCCGCGCAGGUUCGAAUCCUGCCGACUACG
1009   SO:0000269 tRNA  Ser  CGA  Homo sapiens  eukaryotic cytosol   GCUGUGAUGGCCGAGUGGUUAAGGCGUUGGAЩUCGAAAUCCAAUGGЩGUCUCCCCGCGCAGGUUCGAAUCCUGCUCACAGCG
1010   SO:0000269 tRNA  Ser  UGA  Homo sapiens  eukaryotic cytosol   GCAGCGAUGGCCGAGUGGUUAAGGCGUUGGAЩUUGAAAUCCAAUGGЩGUCUCCCCGCGCAGGUUCGAACCCUGCUCGCUGCG
1011 tdbD00009837  SO:0000269 tRNA  Ser  GCU  Homo sapiens  eukaryotic cytosol   GACGAGGUGGCCGAGUGGUUAAGGCGAUGGACUGCUEAUCCAUUGUЩCUCUGCACGCGUGGGUUCGAAUCCCACCCUCGUCG
1012   SO:0000265 tRNA  Lys  TTT  HIV-1  eukaryotic cytosol   GCCCGGATAGCTCAGTCGGTAGAGCATCAGACTTTT[ATCTGAGGGTCCAGGGTTCAѢGTCCCTGTTCGGGCGCCA
1013   SO:0000265 tRNA  Lys  CTT  HIV-1  eukaryotic cytosol   GCCCGGCTAGCTCAGTCGGTAGAGCATGAGACTCTT6ATCTCAGGGTCGTGGGTTCGѢGCCCCACGTTGGGCGCCA
1014   SO:0000265 tRNA  Lys  CTT  HIV-1  eukaryotic cytosol   GCCCGGCTAGCTCAGTCGGTAGAGCATGGGACTCTT6ATCCCAGGGTCGTGGGTTCGѢGCCCCACGTTGGGCGCCA
1015   SO:0000257 tRNA  Asp  GTC  HIV-1  eukaryotic cytosol   TCCTCGTTѢGTATAGTGGTGAGTATCCCCGCCTGTCACGCGGGAGACCGGGGTTCGATTCCCCGACGGGGAGCCA
1016   SO:0000256 tRNA  Asn  GTT  HIV-1  eukaryotic cytosol   GTCTCTGTGGCGCAATCGGTTAGCGCGTTCGGCTGTTAACCGAAAGGTTGGTGGTTCGѢGCCCACCCAGGGACGCCA
1017 7KX9_B  piRNA  syntetic fragment  syntetic fragment  synthetic construct    UCUCUUGAGUUGGACAAAUGGCA#
1018 1C2W_B  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU7PTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCAUCCCGACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGUGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGCAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACѢѢGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUGCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAACTAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGACCUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGѢѢAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG7GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGGGGATAACAGGCUGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA?CUCGAUGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCUGUUCGCCAUUUAAAGUGGUACGCGAGCUGGGUUUAGAACGUCGUGAGACAGUUCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1019 1S72_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1020 1VQ4_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1021 1VQ5_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1022 1VQ6_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1023 1VQ7_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1024 1VQ8_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1025 1VQ9_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1026 1VQK_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1027 1VQL_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1028 1VQM_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1029 1VQN_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1030 1VQO_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1031 1VQP_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1032 1YHQ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1033 1YI2_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1034 1YIJ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1035 1YIT_0  SO:0001001 rRNA  LSU  23S  synthetic construct  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1036 1YJ9_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1037 1YJN_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1038 1YJW_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1039 2OTJ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1040 2OTL_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1041 2QA4_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUCCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1042 2QEX_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1043 3CC2_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1044 3CC4_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1045 3CC7_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAAUAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1046 3CCE_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCACGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1047 3CCJ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACUUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1048 3CCL_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCCCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1049 3CCM_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUUAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1050 3CCQ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACUGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1051 3CCR_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACCGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1052 3CCS_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGAAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1053 3CCU_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGCAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1054 3CCV_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUAGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1055 3CD6_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUAGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1056 3CMA_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1057 3G4S_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1058 3G6E_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1059 3G71_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1060 3I55_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1061 3I56_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1062 6HMA_A  SO:0001001 rRNA  LSU  23S  Staphylococcus aureus  prokaryotic cytosol  UUAAGUUAUUAAGGGCGCACGGUGGAUGCCUUGGCACUAGAAGCCGAUGAAGGACGUUACUAACGACGAUAUGCUUUGGGGAGCUGUAAGUAAGCUUUGAUCCAGAGAUUUCCGAAUGGGGAAACCCAGCAUGAGUUAUGUCAUGUUAUCGAUAUGUGAAUACAUAGCAUAUCAGAAGGCACACCCGGAGAACUGAAACAUCUUAGUACCCGGAGGAAGAGAAAGAAAAUUCGAUUCCCUUAGUAGCGGCGAGCGAAACGGGAAGAGCCCAAACCAACAAGCUUGCUUGUUGGGGUUGUAGGACACUCUACGGAGUUACAAAGGACGACAUUAGACGAAUCAUCUGGAAAGAUGAAUCAAAGAAGGUAAUAAUCCUGUAGUCGAAAAUGUUGUCUCUCUUGAGUGGAUCCUGAGUACGACGGAGCACGUGAAAUUCCGUCGGAAUCUGGGAGGACCAUCUCCUAAGGCUAAAUACUCUCUAGUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGUGAAAAGCACCCCGGAAGGGGAGUGAAAUAGAACCUGAAACCGUGUGCUUACAAGUAGUCAGAGCCCGUUAAUGGGUGAUGGCGUGCCUUUUGUAGAAUGAACCGGCGAGUUACGAUUUGAUGCAAGGUUAAGCAGUAAAUGUGGAGCCGUAGCGAAAGCGAGUCUGAAUAGGGCGUUUAGUAUUUGGUCGUAGACCCGAAACCAGGUGAUCUACCCUUGGUCAGGUUGAAGUUCAGGCUGAAUGGAGGACCGAACCGACUUACGUTGAAAAGUGAGCGGAUGAACUGAGGGUAGCGGAGAAAUUCCAAUCGAACCUGGAGAUAGCUGGUUCUCUCCGAAAUAGCUUUAGGGCUAGCCUCAAGUGAUGAUUAUUGGAGGUAGAGCACUGUUUGGACGAGGGGCCGGUUACCGAAUUCAGACAAACUCCGAAUGCCAAUUAAUUUAACUUGGGAGUCAGAACAUGGGUGAUAAGGUCCGUGUUCGAAAGGGAAACAGCCCAGACCACCAGCUAAGGUCCCAAAAUAUAUGUUAAGUGGAAAAGGAUGUGGCGUUGCCCAGACAACGUCGAGUGACACUGCGCCGAAAAUGUACCGGGGCUAAACAUAUUACCGAAGCUGUGGAUUGUCCUUUGGACAAUGGUAGGAGAGCGUUCUAAGGGCGUUGAAGCAUGAUCGUAAGGACAUGUGGAGCGCUUAGAAGUGAGAAUGCCGGUGUGAGUAGCGAAAGACGGGUGAGAAUCCCGUCCACCGAUUGACUAAGGUUUCCAGAGGAAGGCUCGUCCGCUCUGGGUUAGUCGGGUCCUAAGCUGAGGCCGACAGGCGUAGGCGAUGGAUAACAGGUUGAUAUUCCUGUACCACCUAUAAUCGUUUUAAUCGAUGGGGGGACGCAGUAGGAUAGGCGAAGCGUGCGAUUGGAUUGCACGUCUAAGCAGUAAGGCUGAGUAUUGGUACUCGUUAAGGCUGAGCUGUGAUGGGGAGAAGACAUUGUGUCUUCGAGUCGUUGAUUUCACACUGCCGAGAAAAGCCUCUAGAUAGAAAAUAGGUGCCCGUACCGCAAACCGACACAGGUAGUCAAGAUGAGAAUUCUAAGGUGAGCGAGCGAACUCUCGUUAAGGAACUCGGCAAAAUGACCCCGUAACUUCGGGAGAAGGGGUGCUCUUUAGGGUUAACGCCCAGAAGAGCCGCAGUGAAUAGGCCCAAGCGACUGUUUAUCAAAAACACAGGUCUCUGCUAAACCGUAAGGUGAUGUAUAGGGGCUGACGCCUGCCCGGUGCUGGAAGGUUAAGAGGAGUGGUUAGCUUCUGCGAAGCUACGAAUCGAAGCCCCAGUAAACGGCGGCCGUAUAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGACCCGCACGAAAGGCGUAACGAUUUGGGCACUGUCUCAACGAGAGACUCGGUGAAAUCAUAGUACCUGUGAAGAUGCAGGUUACCCGCGACAGGACGGAAAGACCCCGUGGAGCUUUACUGUAGCCUGAUAUUGAAAUUCGGCACGCUUGUACAGGAUAGGUAGGAGCCUUUGAAACGUGAGCGCUAGCUUACGUGGAGGCGCUGGUGGGAUACUACCCAGCUGUGUUGGCUUUCUAACCCGCACCACUUAUCGUGGUGGGAGACAGUGUCAGGCGGGCAGUUUGACUGGGGCGGUCGCCUCCUAAAAGGUAACGGAGGCGCUCAAAGGUUCCCUCAGAAUGGUUGGAAAUCAUUCAUAGAGUGUAAAGGCAUAAGGGAGCUUGACUGCGAGACCUACAAGUCGAGCAGGGUCGAAAGACGGACUUAGUGAUCCGGUGGUUCCGCAUGGAAGGGCCAUCGCUCAACGGAUAAAAGCUACCCCGGGGAUAACAGGCUUAUCUCCCCCAAGAGUUCACAUCGACGGGGAGGUUUGGCACCUCGɿUGUCGGCUCAUCGCAUCCUGGGGCUGUAGUCGGUCCCAAGGGUUGGGCUGUUCGCCCAUUAAAGCGGUACGCGAGCUGGGUUCAGAACGUCGUGAGACAGUUCGGUCCCUAUCCGUCGUGGGCGUAGGAAAUUUGAGAGGAGCUGUCCUUAGUACGAGAGGACCGGGAUGGACAUACCUCUGGUGUACCAGUUGUCGUGCCAACGGCAUAGCUGGGUAGCUAUGUGUGGACGGGAUAAGUGCUGAAAGCAUCUAAGCAUGAAGCCCCCCUCAAGAUGAGAUUUCCCAACUUCGGUUAUAAGAUCCCUCAAAGAUGAUGAGGUUAAUAGGUUCGAGGUGGAAGCAUGGUGACAUGUGGAGCUGACGAAUACUAAUCGAUCGAAGACUUAAU
1063 6PC5_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCULCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAACNAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGLGGAUAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGUPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1064 6PC6_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCULCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAACNAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGLGGAUAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGUPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1065 6PC7_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCULCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAACNAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGLGGAUAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGUPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1066 6PC8_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCULCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAACNAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGLGGAUAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGUPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1067 6PCH_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCULCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAACNAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGLGGAUAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGUPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1068 6PCQ_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCULCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAACNAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGLGGAUAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGUPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1069 6PCR_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCULCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAACNAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGLGGAUAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGUPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1070 6PCS_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCULCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAACNAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGLGGAUAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGUPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1071 6PCT_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCULCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAACNAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGLGGAUAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGUPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1072 6WYV_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCULCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAACNAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGLGGAUAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGUPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1073 7M4V_A  SO:0001001 rRNA  LSU  23S  Acinetobacter baumannii  prokaryotic cytosol  AGUCAAGUAAUUAAGUGCAUGUGGUGGAUGCCUUGGCAGUCAGAGGCGAUGAAAGACGUGAUAGCCUGCGAAAAGCUCCGGGGAGGCGGCAAAUAUCCUUUGAUCCGGAGAUGUCUGAAUGGGGGAACCCACCUACUUUAAGGUAGGUAUUGCAACAUGAAUACAUAGUGUUGCAAGGCGAACGAGGGGAAGUGAAACAUCUCAGUACCCUUAGGAAAAGAAAUCAAUUGAGAUUCCCUCAGUAGCGGCGAGCGAACGGGGAUCAGCCCAUUAAGUUAUGUGUGUUUUAGUGGAACGCUCUGGGAAGUGCGAACGUAGAGGGUGAUAUUCCCGUACACGAAAGGGCACACAUAAUGAUGACGAGUAGGGCGAGGCACGUGAAACCUUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCUGUGAGGGGAGUGAAAUAGAUCCUGAAACCGCAUGCAUACAAGCAGUGGGAGCACCUUCGUGGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCAGUAGCGAGGUUAACCGUAUAGGGGAGCCGUAGAGAAAUCGAGUCUUAAUAGGGCGUUUAGUUGCUGGGUAUAGACCCGAAACCAGGCGAUCUAUCCAUGAGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCCACUGUCGUUGAAAAGCCAGGGGAUGACUUGUGGAUAGGGGUGAAAGGCUAAUCAAGCCUGGUGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGGACGAAUACCAUAGGGGGUAGAGCACUGUUUCGGCACCGAUGCAAACUCCGAAUACCUAUGAGUACUAUCCGGGAGACAGACUGCGGGPGCUAACGUCCGUAGUCAAGAGGAAAACAAUCCAGACCGCCAGCUAAGGCCCCAAAAUCAUAGUUAAGUGGGAAACGAUGUGGGAAGGCAUAGACAGCUAUAGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAAACUAUGUGCCGAAGCUGCGGAUGUAUACUUUGUAUACGUGGUAGGGGAGCGUUCUGUAAGCCGAUGAAGGUGUGUUGAGAAGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACGUGAGUAACGACAAAACGGGUGAAAAACCCGUUCGCCGAAAGACCAAGGGUUCCAGUCCAACGUUAAUCGGGGCUGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAAAUGGUUAAUAUUCCAUUACUUCUGUGUAAUGCGAUGAGAGGACGGAGAAGGCUAAAUCAGCCUGGCGUUGGUUGUCCAGGUGAAAGGAUGUAGGCAUGUAUCUUAGGCAAAUCCGGGGUACUCUAUGCUGAGAUCUGAUAGCAAGCUGUACUUGUGCAGCGAAGUGGUUGAUGCCAUGCUUCCAGGAAAAGUCUCUAAGCUUCAGUUACACAGGAAUCGUACCCGAAACCGACACAGGUGGUCAGGUCGAGUAGACCAAGGCGCUUGAGAGAACUCUGCUGAAGGAACUAGGCAAAAUGGUACCGUAACUUCGGGAGAAGGUACGCUGUUGUUGGUGAUGGAACUCGCUUCCUGAGCUGACGACAGCCGCAGAAACCAGGCCGCUGCAACUGUUUAUUAAAAACAUAGCACUCUGCAAACACGAAAGUGGACGUAUAGGGUGUGAUGCCUGCCCGGUGCUGGAAGGUUAAUUGAUGGGGUUAGCGUAAGCGAAGCUCUUGAUCGAAGCCCCAGUAAACGGCGGCCGPAACNAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGACCUGCACGAAUGGCAUAAUGAUGGCGGCGCUGUCUCCAGCAGAGGCUCAGUGAAAUCGAAAUCGCUGUGЖAGAUGCAGUGUACCCGCGGCUAGACGGAAAGACCCCGU7AACCUUUACUGCAGCUUGACACUGAACUUUGAUUGAGGUUCUAACUCUGUCCCGUGAUCCGGGACGAGGACCGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGUACGAAGGUGCGCUCAGCGUGGUCGGAAAUCACGCGUAGAGUAUAAAGGCAAAAGCGCGCUUAACUGCGAGACCCACAAGUCGAGCAGGUACGAAAGUAGGUCUUAGUGAUCCGGUGGUUCUGUAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCUGLGGAUAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCACCUCGɿPGUCGGCUCAUCUCAUCCUGGGGCUGAAGCAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGAGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGUPCGGUCCCUAUCUACCGUGGGCGCUGGAAAUUUGAGAGGAUCUGCUCCUAGUACGAGAGGACCAGAGUGGACGAACCUCUGGUGUACCGGUUGUGACGCCAGUCGCAUCGCCGGGUAGCUAUGUUCGGAAGGGAUAACCGCUGAAAGCAUCUAAGCGGGAAGCCUACCUCAAGAUAAGAUUUCCCUAGGACUUUAUGUCCUCUAAAGAGCCGUUCGAGACUAGGACGUUGAUAGGUUGGAUGUGGAAGCAUAGUGAUAUGUGAAGCUGACCAAUACUAAUUGCUCGUGAGGCUUGACUA
1074 3CME_0  rRNA  LSU  50S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢѢAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGΔUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1075 4JI2_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCCPPUCU
1076 4JI3_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCPPUCU
1077 4JI7_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  GUUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCCPPUCU
1078 4JI8_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  GUUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCCPPUCU
1079 5U4J_a  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  GAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUACCGGCUAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGACGUCAAGUCUUCCCGGGCCUUGUACACACCGλCCGU?ACACCAUGGGAGUGGGUUCAUGACUGGGGUGAAGUCGΔAACAAGGUAACCGUAGGLGZZCCUGCGGUUGGAUCA
1080 6NY6_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGUGCCAGCAGCCGCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAGCAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGGCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCGCCCGUCACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGUAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCACPPUCU
1081 6SW9_2  S0:0001000 rRNA  SSU  16S  Pyrococcus abyssi  prokaryotic cytosol  AUUCMGGUUGAUCCUGCCGGAGGCCACUGCUAUGGGGGUCMGACUAAGCCAUGCGAGUCAAGGGGGCGUCCCUUCUGGGACGCCACCGGCGGACGGCUCAGUAACACGUCGGUAACCUACCCUCGGGAGGGGGAUAACCCCGGGAAACUGGGGCUAAUCCCCCAUAGGCCUGGGGUACUGGAAGGUCCCCAGGCCGAAAGGGAGCCGUAAGGCUCCGCCCGAGGAUGGGCCGGCGGCℵGAUUAGGUAGUUGGUGGGGUAACGGCCCACCAAGCMGAAGAUCGGUACGGGCMGUGAGAGCGGGAGCCMGGAGAUGGACACUGAGACACGGGUCCAGGCCCUACGGGGCGCAGCAGGCGCGAʍACCUCMGCAAUGCGGGAAACMGCGACGGGGGGACCCCCAGUGCCGUGCCUCUGGCACGGCUUUUCCGGAGUGUAAAAAGCUCCGGGAAUAAGGGCUGGGCAAGGCMGGUGGCAGCCGCCGCGGUAAUACCGGCGGCCMGAGUGGUGGCCACUAUUAUUGGGCCUAAAGCGGCMGUAGCCGGGCCCGUAAGUCCCUGGCGAAAUCCCACGGCUCAACMGUGGGGCUCGCUGGGGAUACUGCGGGCCUUGGGACMGGGAGAGGCMGGGGGUACCCCMGGGGUAGGGGUGAAAUCCUAUAAUCCCGGGGGGACCGCCAGUGGCGAAGGCGCCMGGCUGGAACGGGUCMGACGGUGAGGGCMGAAGGCCAGGGGAGCGAACMGGAUUAGAUACCCGGGUAGUCCUGGCUGUAAAGGAUGCGGGCUAGGUGUCGGGCGAGCUUCGAGCUCGCCCGGUGCMGUAGGGAAGCMGUUAAGCCMGCMGCCUGGGGAGUACGGCMGCAAGGCUGAAACUUAAAGGAAUUGGCGGGGGAGCACUACAAGGGGUGGAGCGUGCGGUUUAAUUGGAUN?AACGCCGGGAACCUCACMGGGGGCGACGGCAGGAUGAAGGCCAGGCUGAAGGUCUUGCCGGACGCGCCGAGAGGAGGUGCAUGGCCGCMGUCAGCUCGUACMGUGAGGCGUCCACUUAAGUGUGGUAACGAGCGAGACCCGCGCCCCCAGUUGCCAGUCCCUCCCGCUCGGGAGGGAGGCACUCUGGGGGGACUGCCGGCGAUAAGCMGGAGGAAGGGGCGGGCGACGGUAGGUCAGUAUGCCCMGAAACCCCMGGGCUACA?GCGCGCUACAAUGGGCGGGACAAUGGGUGCMGACCCMGAAAGGGGGAGGUAAUCCCCUAAACCCGCCCUCAGUUCGGAUCGCGGGCUGCAACUCGCCCGCGUGAAGCUGGAAUCCCUAGUACCCGCGCGUCAUCAUCGCGCGGCGAAUACGUCCCUGCUCCUUGCACACACCGBC∅GUCACUCCACCCGAGCGGGGCCUAGGUGAGGCCCGAUCUCCUUCGGGAGGUCGGGUCGAGCCUAGGCUCCGUGAGGGGGGAGAAGUCGΔAЖCAAGGUAGCMGUAGGGGZZCCUACGGCUCGAUCACCUCCU
1082 6SWD_2  S0:0001000 rRNA  SSU  16S  Pyrococcus abyssi  prokaryotic cytosol  AUUCMGGUUGAUCCUGCCGGAGGCCACUGCUAUGGGGGUCMGACUAAGCCAUGCGAGUCAAGGGGGCGUCCCUUCUGGGACGCCACCGGCGGACGGCUCAGUAACACGUCGGUAACCUACCCUCGGGAGGGGGAUAACCCCGGGAAACUGGGGCUAAUCCCCCAUAGGCCUGGGGUACUGGAAGGUCCCCAGGCCGAAAGGGAGCCGUAAGGCUCCGCCCGAGGAUGGGCCGGCGGCℵGAUUAGGUAGUUGGUGGGGUAACGGCCCACCAAGCMGAAGAUCGGUACGGGCMGUGAGAGCGGGAGCCMGGAGAUGGACACUGAGACACGGGUCCAGGCCCUACGGGGCGCAGCAGGCGCGAʍACCUCMGCAAUGCGGGAAACMGCGACGGGGGGACCCCCAGUGCCGUGCCUCUGGCACGGCUUUUCCGGAGUGUAAAAAGCUCCGGGAAUAAGGGCUGGGCAAGGCMGGUGGCAGCCGCCGCGGUAAUACCGGCGGCCMGAGUGGUGGCCACUAUUAUUGGGCCUAAAGCGGCMGUAGCCGGGCCCGUAAGUCCCUGGCGAAAUCCCACGGCUCAACMGUGGGGCUCGCUGGGGAUACUGCGGGCCUUGGGACMGGGAGAGGCMGGGGGUACCCCMGGGGUAGGGGUGAAAUCCUAUAAUCCCGGGGGGACCGCCAGUGGCGAAGGCGCCMGGCUGGAACGGGUCMGACGGUGAGGGCMGAAGGCCAGGGGAGCGAACMGGAUUAGAUACCCGGGUAGUCCUGGCUGUAAAGGAUGCGGGCUAGGUGUCGGGCGAGCUUCGAGCUCGCCCGGUGCMGUAGGGAAGCMGUUAAGCCMGCMGCCUGGGGAGUACGGCMGCAAGGCUGAAACUUAAAGGAAUUGGCGGGGGAGCCUGCUCCUUGCACACACCGBC∅GUCACUCCACCCGAGCGGGGCCUAGGUGAGGCCCGAUCUCCUUCGGGAGGUCGGGUCGAGCCUAGGCUCCGUGAGGGGGGAGAAGUCGΔAЖCAAGGUAGCMGUAGGGGZZCCUACGGCUCGAUCACCUCCU
1083 7M4U_a  S0:0001000 rRNA  SSU  16S  Acinetobacter baumannii  prokaryotic cytosol  UAACUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCUUAACACAUGCAAGUCGAGCGGGGGAAGGUAGCUUGCUACCGGACCUAGCGGCGGACGGGUGAGUAAUGCUUAGGAAUCUGCCUAUUAGUGGGGGACAACAUCUCGAAAGGGAUGCUAAUACCGCAUACGUCCUACGGGAGAAAGCAGGGGAUCUUCGGACCUUGCGCUAAUAGAUGAGCCUAAGUCGGAUUAGCUAGUUGGUGGGGUAAAGGCCUACCAAGGCGACGAUCUGUAGCGGGUCUGAGAGGAUGAUCCGCCACACUGGGACUGAGACACGGCCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGGACAAUGGGGGGAACCCUGAUCCAGCCAUGCCGCGUGUGUGAAGAAGGCCUUAUGGUUGUAAAGCACUUUAAGCGAGGAGGAGGCUACUCUAGUUAAUACCUAGGGAUAGUGGACGUUACUCGCAGAAUAAGCACCGGCUAACUCUGPGCCAGCAGCC7CGGUAAUACAGAGGGUGCGAGCGUUAAUCGGAUUUACUGGGCGUAAAGCGUGCGUAGGCGGCUUAUUAAGUCGGAUGUGAAAUCCCCGAGCUUAACUUGGGAAUUGCAUUCGAUACUGGUGAGCUAGAGUAUGGGAGAGGAUGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGAUGGCGAAGGCAGCCAUCUGGCCUAAUACUGACGCUGAGGUACGAAAGCAUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCAUGCCGUAAACGAUGUCUACUAGCCGUUGGGGCCUUUGAGGCUUUAGUGGCGCAGCUAACGCGAUAAGUAGACCGCCUGGGGAGUACGGUCGCAAGACUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUL?AACGCGAAGAACCUUACCUGGCCUUGACAUACUAGAAACUUUUCAGAGAUGGAUUGGUGCCUUCGGGAACCUAGAUACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUCGUGAGAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUUUCCUUACUUGCCAGCAUUUCGGAUGGGAACUUUAAGGAUACUGCCAGUGACAAACUGGAGGAAGGCGGGGACGACGUCAAGUCAUCAUGLCCCUUACGGCCAGGGCUACACACGUGCUACAAUGGUCGGUACAAAGGGUUGCUACACAGCGAUGUGAUGCUAAUCUCAAAAAGCCGAUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGCGGAUCAGAAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCGλCCGUCACACCAUGGGAGUUUGUUGCACCAGAAGUAGCUAGCCUAACUGCAAAGAGGGCGGUUACCACGGUGUGGCCGAUGACUGGGGUGAAGUCGΔAACAAGGUAGCCGUAGGGGZZCCUGCGGCUGGAUC
1084 7AFI_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGAACACACCCACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGGUAACCGUAGGLGZZCCUGCGGUUGGAUCACCUCCU
1085 7AFL_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACCACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAACCGUAGGLGZZCCUGCGGUUGGAUCACC
1086 7BOF_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACACCACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGAAGGUAACCGUAGGLGZZCCUGCGGUUGGAUCACCUCCU
1087 7BOG_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACACCCGU?ACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGΔAUAACCGUAGGLGZZCCUGCGGUUGGAUCACC
1088 7BOI_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACACCGλCCGU?ACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGΔAACAAGGUAACCGUAGGLGZZCCUGCGGUUGGAUCA
1089 7NAS_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGAGGUAACCGUAGGLGZZCCUGCGGUUGGAUCACCUCCU
1090 7BOD_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACACCGλCCGU?ACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGΔAACAAGGUAACCGUAGGLGZZCCUGCGGUUGGAUCA
1091 7AFO_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGUGCCAGCAGCCGCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGAAACCGUAGGLGZZCCUGCGGUUGGAUCACCUCCU
1092 7AF8_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUL?AACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGLCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1093 7AF5_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUL?AACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGLCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1094 7AFA_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUL?AACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGLCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1095 7AFH_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUL?AACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGLCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1096 7AFK_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUL?AACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGLCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1097 7AFN_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUL?AACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGLCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1098 7AF3_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUL?AACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGLCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1099 7AFD_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUL?AACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGLCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1100 6YBS_A  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  AUUGACGGAAGGGCACCACЩAGGAGUGGAGCCUGCGGCUUAAUPUGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAUUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGUGGUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUC?GAUAACGAACGAGACUCUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUUCUUAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACAGGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUʍAGUCCCUGCCCUUUGUACACAC
1101 6YBW_A  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAUʍUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUGAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCAUUAAAUCAGUUAUGGUJCCPUJGGUCGCUCGCUCCUACUUGGAUAACUGUGGUAʍUUCUAGʍGCUAAUABAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGAAGGCAGCAGGCGCGCʍAAUUACCCACUCCCGACCCGGGGA#GUAGUGABGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAAAUCCUUUAACGAGGAUCCAUUGGAGGGCAAGUCUGGPGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUA#CGUAUAUUAAAGUUGCUGCAGUUʍAAAAGCUCGUAGUU#GAUCUUGGGAGCGGCCCCGCCCCUCUCGGCGGCCCGAAGCGUUUACUUUGAAAAAATUAGAGUGPPCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAUAAUGGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGAʍCGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCAPAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAACCGBCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGΔAЖCAAGGUUUCCGUAGGUGZZCCUGCGGAAGGAUCAUUA
1102 6ZV6_2  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAUAUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCAUUAAAUCAGUUAUGGUUCCUUUGGUCGCUCGUACUUGGAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGAAGGCAGCAGGCGCGCAAAUUACCCACUCCCGACCCGGGGAGGUAGUGACGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAAAUCCUUUAACGAGGAUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGCUGCAGUUAAAAAGCUCGUAGUUGGAUCUCUCUCGGCCGAAGCGUUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCCGCCUGGAUACCGCAGCUAGGAAUAAUGGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGAACGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCAUAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAUUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGUGGUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGAACGAGACUCUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUUCUUAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACAGGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUAAGUCCCUGCCCUUUGUACACACCGCCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGΔAЖCAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1103 6AZ1_1  S0:0000407 rRNA  SSU  18S  Leishmania donovani  eukaryotic cytosol  GAUCUGGJUGAUUCUGCBAGUAGUCAUʍUGCUJGUUUBAAGGACUUAGCCAUGCAUGCCUCAGAAUCACUGCAGCAGGAAUCUGCGCAUGGCUCʍUUACAUCAGACGUAAUBUGCCGCAAAAAUCUUGCGGUCCGCAAAAUUGGAUAACUUGGCGAAACGCCAAGCUAAUACAUGAACCAACCGGGUGUCUCCAGAGACGCCCAGCGAAUGAAUGACAAAACCAAUGCCUGCAGUAACACCCAGCAGUGUUGACUCAAUUCAUUCCGUGCGAAAGCCGGCCCGGCGUCUUUUGACGAACAACUGCCCUAUCAGCUGGUGAUGGCCGUGUAGUGGACUGCCAUGGCGUUGACGGGAGCGGGGGAUUAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAAUAGCUACCACUUCUACGGAGGGCAGCAGGCGCGCʍAAUUGCCCAAUGUCAAAACAAAACGAUGA#GCAGCGAAAAGAAAUAGAGUUUUCAAUGGGGGAUAUUUAAACCCAUCCAAUAUCGAGUAACAAUUGGAGGACAAGUCUGGUGCCAGCACCCGCGGUAAUUCCAGCUCCAAAAGCGUAUAUUAAUGCUGUJGCUGUUʍAAGGGUUCGUAGUUGAACUGUGGGCUGUUCCCGUCCAUUCGGAUGACCCUGCAGCCCGUGAACAGAAACAACGGGAGUGGGGGCGUCCGUGAUUUUUUACUGUGACUAAAGAAGCGUGACUAAAGCAGUCAUGACUGAAUUAGAAAGCAUGGGAUAACAAʍGGAGCAGUUUUAAAGGUCUAUUGGAGAUUAUGGAGCUGUGCGACAAGUGCUUUCCCAUAGGAAUGAAGGAGGGUAGUCGGGGGAGAACGUACUGGGGCGUCAGAGGUGAAAUUCUUAGACCGCACCAAGACGAACUACAGCGAAGGCAUUCUUCAAGGAUACCUUCCUCAAUCAAGAACCAAAGUGUGGAGAUCGAAGAUGAUUAGAGACCAUUGUAGUCCACACUGCAAACGAUGACACCCAUGAAUUGGGGAUCCUUACGUAUCUUUCUCAGCACGUUUUCUGUUUUCACGCGAAAGCUUUGAGGUUACAGUCUCAGGGGG#AGUACGUUCGCAA#AGUGAAACUUAAAGAAAUUGACGGAAUGGCACCACAAGACGUGGAGCGUGCGGUUUAAUUNGACN?AACAC#GGGAACUUUACCAGAUCCGGACAGGAUGAGGAUUGACAGAUUGAGUGUUCUUUCUCGAUUCCCUGAAUGGJG#UGCAUGGCCGCUUUUGGUCGGUG#AGUGAUUUGUUUGGUUGAUUCCGUCAACGGACGAGAUCCAAGCUGCCCAGUAGAAUUCAGAAUUGCCCAUAGGAUAGGCAUUCGUCGAAUUCUJCUCUGCGGGAUUCCUUGUAAUGCACAAGGUGAAAUUUUGGGCAACAGCA#GUCJGUGAUGCUCCUCAAUGUUCUGGGCGACACGC#BACUACAAUGUCAGUGAGAACAAGAAAAACGAGUCGAACCUACUUGAUCAAAAGAGUGGGGAAACCCCGGAAUCACAUAGACUCACUUGGGACCGAGGAUUGCAAUUAJUGGUCGCGCAACGAG7AAUGUCUCGUAGGCGCAGCUCAUCAʍACUGUGCCGAUUACGUCCCUGCCAUUJGUACACACCGλC?GUCGUUGUUUCCGAUGAUGGUGCAAUACAGGUGAUCGGACGAAAGUUCACCGAUAUUUBUUCAAUAGAG#AAGCAAAAGUCGUAACAAGGUAGCUGUAGGUGZZCCUGCAGCUGGAUCAUUU
1104 6Y7C_2  rRNA  SSU  20S  Saccharomyces cerevisiae  eukaryotic cytosol  UAUCUGGUUGAUCCUGCCAGUAGUCAUAUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUAUAAGCAAUUUAUACAGUGAAACUGCGAAUGGCUCʍUUAAAUCAGUUAUCGUUUAUUUGAUAGUUCCUUUACUACAUGGUAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCUUAAAAUCUCGACCCUUUGGAAGAGAUGUAUUUAUUAGAUAAAAAAUCAAUGUCUUCGGACUCUUUGAUGAUUCAUAAUAACUUUUCGAAUCGCAUGGCCUUGUGCUGGCGAUGGUUCAUUCAAAUUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUUUCAACGGGUAACGGGGAAUAAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGʍAGGCAGCAGGCGCGCʍAAUUACCCAAUCCUAAUUCAGGGAGGUAGUGACAAUAAAUAACGAUACAGGGCCCAUUCGGGUCUUGUAAUUGGAAUGAGUACAAUGUAAAUACCUUAACGAGGAACAAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGUUGCAGUUAAAAAGCUCGUAGUUGAACUUUGGGCCCGGUUGGCCGGUCGGAUUUCCAACGGGGCCUUUCCUUCUGGCUAACCAGGACUUUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCGUAUUGCUCGAAUAUAUUʍGCAUGGAAUAAUAGAAUAGGACGUUUGGUUCUAUUUUGUUGGUUUCUAGGACCAUCGUAAUGAUUAAUAGGGACGGUCGGGGGCAUCAGUAUUCAAUUGUCAGAGGUGAAAUUCUUGGAUUUAUUGAAGACUAACUACUGCGAAAGCAUUUGCCAAGGACGUUUUCAUUAAUCAAGAACGAAAGUUAGGGGAUCGAAGAUGAUCAGAUACCGUCGUAGUCUUAACCAUAAACUAUGCCGACUAGGGAUCGGGUGGUGUUUUUUUAAUGACCCACUCGGCACCUUACGAGAAAUCAAAGUCUUUGGGUUCUGGGGGGAGUAUGGUCGCAAGGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGGAAACUCACCAGGUCCAGACACAAUAAGGAUUGACAGAUUGAGAGCUCUUUCUUGAUUUUGUGGGUGGUGGUGCAUGGCCGUUCUUAGUUGGUUUUGUCUGCUUAAUUGCGAUAACGAACGAGACCUUAACCUACUAAAUAGUGGUGCUAGCAUUUGCUGGUUAUCCACUUCUUAGAGGGACUAUCGGUUUCAAGCCGAUGGAAGUUUGAGGCAAUAACAGGUCUGUGAUGCCCUUAGACGUUCUGGGCCGCACGCGCGCUACACUGACGGAGCCAGCGAGUCUAACCUUGGCCGAGAGGUCUUGGUAAUCUUGUGAAACUCCGUCGUGCUGGGGAUAGAGCAUUGUAAUUAUUGCUCUUCAACGAGGAAUUCCUAGUAAGCGCAAGUCAUCAGCUUGCGUUGAUUACGUCCCUGCCCUUUGUACACACCGCCCGUCGCUAGUACCGAUUGAAUGGCUUAGUGAGGCCUCAGGAUCUGCUUAGAGAUCUCAGAGCGGAGAAUUUGGACAAACUUGGUCAUUUAGAGGAACUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1105 6ZXG_2  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAUʍUGCUUGPCPCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCUACAGUGAAACUGCGAAPGGCUCʍUUAAAPCAGPUAUGGUJCCPUJGGUCGCUCGUACUUGGAUAACUGUGGUAʍUUCUAGʍGCUAAJABAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAPUUAUCAGUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCGCGGCGACGACCCAUUCGAACGUCJGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGPGACGGGGAAUCAGGGUUCGAUJCCGGAGA#GGAGCCUGAGAAACGGCUACCACAUBCAAGGʍAGGCAGCAGGCGCGCʍAAUUACCCACUCCCGACCCGGGGA#GUʍGUGABGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUPUAAʍUCCUUUAACGAGGAUCCAUUGGAG#GCAAGUCUGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUA#CGUAPAPUAAAGUUGCUGCAGUUʍAAAAGCUCGUAGPU#GAPCUCUCUCGGCCGAAGCGUUUACUUUGAAAAAAPPAGAGUGPUCAAAGCAGGCCGCCUGGAUACCGCAGCUAGGAAUAAU#GAAUAGGACCGCGGUUCUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUPCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUPGCCAAGAAUGUUUUCAUUAAUCAAGAʍCGAAAGUCGGAGGPPCGAAGACGAPCAGAUACCGUCGUAGUUCCGACCAPAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAPGGPUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCPGCGGCPUAAUUPGACNCAACACGGGAAACCUCACCCGGCBCGGACACGGACAGGAJUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGJG#UGCAUGGCMGUUCUUAGUPGGUGGAGCGAUUUGUCUGGPUAAUUCCGAUAACGAʍCGAGACUBUGGCAUGCUAACUAGUUACGCGACCCCCGGUCGGCGUAACUJCUPAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA#GUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUPCCCCAUGAACGAG7AAUPCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUʍAGUCCCUGCCCUUPGUACACACCGBCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGUAЖCAAGGUUUCMGUAGGUAZZCCUGCGGAAGGAUCAUUA
1106 6ZXH_2  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAUʍUGCUUGPCPCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCUACAGUGAAACUGCGAAPGGCUCʍUUAAAPCAGPUAUGGUJCCPUJGGUCGCUCGUACUUGGAUAACUGUGGUAʍUUCUAGʍGCUAAJABAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAPUUAUCAGUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCGCGGCGACGACCCAUUCGAACGUCJGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGPGACGGGGAAUCAGGGUUCGAUJCCGGAGA#GGAGCCUGAGAAACGGCUACCACAUBCAAGGʍAGGCAGCAGGCGCGCʍAAUUACCCACUCCCGACCCGGGGA#GUʍGUGABGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUPUAAʍUCCUUUAACGAGGAUCCAUUGGAG#GCAAGUCUGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUA#CGUAPAPUAAAGUUGCUGCAGUUʍAAAAGCUCGUAGPU#GAPCUCUCUCGGCCGAAGCGUUUACUUUGAAAAAAPPAGAGUGPUCAAAGCAGGCCGCCUGGAUACCGCAGCUAGGAAUAAU#GAAUAGGACCGCGGUUCUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUPCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUPGCCAAGAAUGUUUUCAUUAAUCAAGAʍCGAAAGUCGGAGGPPCGAAGACGAPCAGAUACCGUCGUAGUUCCGACCAPAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAPGGPUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCPGCGGCPUAAUUPGACNCAACACGGGAAACCUCACCCGGCBCGGACACGGACAGGAJUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGJG#UGCAUGGCMGUUCUUAGUPGGUGGAGCGAUUUGUCUGGPUAAUUCCGAUAACGAʍCGAGACUBUGGCAUGCUAACUAGUUACGCGACCCCCGGUCGGCGUAACUJCUPAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA#GUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUPCCCCAUGAACGAG7AAUPCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUʍAGUCCCUGCCCUUPGUACACACCGBCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGUAЖCAAGGUUUCMGUAGGUAZZCCUGCGGAAGGAUCAUUA
1107 4DR6_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCCACUCCPP
1108 4DR7_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCCACUCCP
1109 4X62_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCCPPUCU
1110 4X65_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCCPPUCU
1111 4X66_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCCPPUCU
1112 5WNP_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCCPPUCU
1113 5WNT_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCCPPUCU
1114 5WNU_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCCPPUCU
1115 5WNV_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGΔAACAAGGUAGCUGUACCGGZZGGUGCGGCUGGAUCCPPUCU
1116 6G90_1  SO:0000391 snRNA  U1  U1  Saccharomyces cerevisiae  nucleus  AUACPPACCUUAAGAUAUCAGAGGAGAUCAAGAAGUCCUACUGAUCAAACAUGCGCUUCCAAGAAGGACGUUAAGCAUUUAUCAUUGAACGUUCAUUGAACAUUGAUGCAAACUCCUUGGUCACACACACGCGGAAGGCGUGUUUGCUGACGUCCCUUGUUUCAAUCAUUGGUUAACUGAUUUUUGGGGCCCUUUGUUCUUCUGAGAAGUGACACCAAUUGGUGUUAGGGGAGCUGGGGCCUUUCAAAAUUUUGGAAGGUCUUGGUCGGGUGGAUCUUAUAAUUUUUGAUUUA
1117 6G90_2  snRNA      Saccharomyces cerevisiae  nucleus  AAGUGPAGUAUCPGPUCUUUUCAGUGUAACAACUGAAAUGACCUAGGCUCAUACACAUUUUUUGGCAGGACGGGAAGAGGAGACGUCGCGACCCUCGCAGAGUCGUUCUUGACUUGGUCGCUUGAUGUUUCUUCUUCCCGUUC
1118 2CZJ_B  SO:0000584 tmRNA    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGGTPCGACUCCCACCACCUCC
1119 2CZJ_D  SO:0000584 tmRNA    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGGTPCGACUCCCACCACCUCC
1120 2CZJ_F  SO:0000584 tmRNA    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGGTPCGACUCCCACCACCUCC
1121 2CZJ_H  SO:0000584 tmRNA    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGGTPCGACUCCCACCACCUCC
1122 5L4O_A  tRNA  Val  CAU  Escherichia coli  prokaryotic cytosol  AGCGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCUACC
1123 1SZ1_E  SO:0000212 tRNA  Arg  #AA  synthetic construct  prokaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1124 1SZ1_F  tRNA    #AA  synthetic construct    GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1125 2DLC_Y  tRNA    CAU  synthetic construct    CUCUCGGUALCCAAGU#GAAGGCRCAAGGPAЧAPCUUGAGU?GGGCGTPCGѢCUCGCCCCCGGGAGACCA
1126 1F7V_B  tRNA    ICG  synthetic construct    PUCCUCGUKLCCCAADGGDCACGGCRPCUGGCUICGAACCAGAAGADU?CAGGTPCAѢGUCCUGGCGGGGAAG
1127 1F7U_B  tRNA    ICG  synthetic construct    UUCCUCGUGGCCCAAUGGUCACGGCGUCUGGCUICGAACCAGAAGAUUCCAGGUUCAAGUCCUGGCGGGGAAGCCA
1128 3KFU_K  tRNA    ЧAP  Thermus thermophilus  prokaryotic cytosol  UCCGCGGUAGCUCAGGGDAGAGCAGCCGGCUGUUAACCGGUAGGUCGCAGGTPCGAGUCCUGCCCGCGGAGCCA
1129 3KFU_L  tRNA    ICG  Thermus thermophilus  prokaryotic cytosol  UCCGCGGUAGCUCAGGGDAGAGCAGCCGGCUGUUAACCGGUAGGUCGCAGGTPCGAGUCCUGCCCGCGGAGCCA
1130 3KFU_M  tRNA    GUU  Thermus thermophilus  prokaryotic cytosol  UCCGCGGUAGCUCAGGGDAGAGCAGCCGGCUGUUAACCGGUAGGUCGCAGGTPCGAGUCCUGCCCGCGGAG
1131 3KFU_N  tRNA  GUU  Thermus thermophilus  prokaryotic cytosol  UCCGCGGUAGCUCAGGGDAGAGCAGCCGGCUGUUAACCGGUAGGUCGCAGGTPCGAGUCCUGCCCGCGGAG
1132 1IL2_C  tRNA  GUC  Saccharomyces cerevisiae  eukaryotic cytosol  UCCGUGAUAGUUPAADGGDCAGAAUGGGCGCPUGUCKCGUGCCAGAU?GGGGTPCAAUUCCCCGUCGCGGAGCCA
1133 1IL2_D  tRNA  GUC  Saccharomyces cerevisiae  eukaryotic cytosol  CCGUGAUAGUUPAADGGDCAGAAUGGGCGCPUGUCKCGUGCCAGAU?GGGGTPCAAUUCCCCGUCGCGGA
1134 1ASY_R  tRNA  GUC  synthetic construct    UCCGUGAUAGUUPAADGGDCAGAAUGGGCGCPUGUCKCGUGCCAGAU?GGGGTPCAAUUCCCCGUCGCGGAGCCA
1135 1ASY_S  tRNA  GUC  synthetic construct    UCCGUGAUAGUUPAADGGDCAGAAUGGGCGCPUGUCKCGUGCCAGAU?GGGGTPCAAUUCCCCGUCGCGGAGCCA
1136 1EFW_C  tRNA  Thr  UʆU  Escherichia coli  prokaryotic cytosol  GGAGCGG4AGUUCAGDCGGDDAGAAUACCUGCCUʆUCɿCGCAGGGG7UCGCGGGTPCGAGUCCCGPCCGUUCC
1137 1EFW_D  tRNA  Thr  UʆU  Escherichia coli  prokaryotic cytosol  GGAGCGG4AGUUCAGDCGGDDAGAAUACCUGCCUʆUCɿCGCAGGGG7UCGCGGGTPCGAGUCCCGPCCGUUCC
1138 1VTQ_A  tRNA  GUC  synthetic construct    UCCGUGAUAGUUPAADGGDCAGAAUGGGCGCPUGUCKCGUGCCAGAU?GGGGTPCAAUUCCCCGUCGCGGAGCCA
1139 2TRA_A  tRNA  GUC  Saccharomyces cerevisiae  eukaryotic cytosol  UCCGUGAUAGUUPAADGGDCAGAAUGGGCGCPUGUCKCGUGCCAGAU?GGGGTPCAAUUCCCCGUCGCGGAGC
1140 3TRA_A  tRNA  GUC  Saccharomyces cerevisiae  eukaryotic cytosol  UCCGUGAUAGUUPAADGGDCAGAAUGGGCGCPUGUCKCGUGCCAGAU?GGGGTPCAAUUCCCCGUCGCGGAG
1141 2FMT_C  tRNA  CAU  synthetic construct    CGCGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1142 2FMT_D  tRNA  CAU  synthetic construct    CGCGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1143 1FIR_A  tRNA  3UU  Bos taurus  eukaryotic cytosol  GCCCGLAUALCUCAGDCGGDAGAGCAPCAGACU3UUAPCUGAGG7D??AGGG\PCAѢGUCCCUGUUCGGGCGCCA
1144 6Y3G_F  tRNA  Phe  GAA  Escherichia coli  prokaryotic cytosol  GCCCGGA4AGCUCAGDCGGDAGAGCAGGGGAPUGAAAAPCCCCGUGCCUUGGTPCGAUUCCGAGUCCGGGCACC
1145 6Y4B_F  tRNA  Phe  GAA  Escherichia coli  prokaryotic cytosol  GCCCGGA4AGCUCAGDCGGDAGAGCAGGGGAPUGAAAAPCCCCGUGUCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1146 7CHD_I  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCAAC
1147 7CHD_J  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCAAC
1148 6YAL_1  tRNA  CAU  Oryctolagus cuniculus  eukaryotic cytosol  AGCAGAGUGGCGCAGCGGAAGCGUGCUGGGCCCAU6ACCCAGAGGUCGAUGGAUCGAAACCAUCCUCUGCUACCA
1149 6YAN_1  tRNA  CAU  Oryctolagus cuniculus  eukaryotic cytosol  AGCAGAGUGGCGCAGCGGAAGCGUGCUGGGCCCAU6ACCCAGAGGUCGAUGGAUCGAAACCAUCCUCUGCUACCA
1150 3CW5_A  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1151 3CW6_A  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1152 3JAQ_1  tRNA    CAU  Saccharomyces cerevisiae  eukaryotic cytosol  AGCGCCGUKLCGCAGDGGAAGCGCRCAGGGCUCAU6ACCCUGAU7D??UCGGAUCGѢAACCGʩGCGGCGCUACCA
1153 5LMR_Z  tRNA  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGG4GGAGCAGCCUGGUAGCUCGUCGGGBUCAUAACCCGAAG7UCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1154 5LMS_Z  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG4GGAGCAGCCUGGUAGCUCGUCGGGBUCAUAACCCGAAG7UCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1155 5LMT_Z  tRNA  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGG4GGAGCAGCCUGGUAGCUCGUCGGGBUCAUAACCCGAAG7UCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1156 5LMU_Z  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG4GGAGCAGCCUGGUAGCUCGUCGGGBUCAUAACCCGAAG7UCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1157 5LMV_Z  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG4GGAGCAGCCUGGUAGCUCGUCGGGBUCAUAACCCGAAG7UCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1158 1YFG_A  tRNA    CAU  Saccharomyces cerevisiae  eukaryotic cytosol  AGCGCCGUKLCGCAGDGGAAGCGCRCAGGGCUCAU6ACCCUGAU7D??UCGGAUCGѢAACCGʩGCGGCGCUACCA
1159 5JB3_4  tRNA  Tyr  AUA  Escherichia coli  prokaryotic cytosol  GCGGGGUGGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCUACCA
1160 6SW9_4  tRNA  Tyr  AUA  Escherichia coli  prokaryotic cytosol  GCGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCUACCA
1161 1I9V_A  tRNA  Phe  GAA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUAGCUCAGUUGGGAGAGCGCCAGACUGAAYAUCUGGAGGUCCUGUGTUCGAUCCACAGAAUUCGCACCA
1162 1MJ1_C  tRNA  Phe  #AA  Escherichia coli  prokaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1163 1MJ1_D  tRNA  Phe  #AA  Escherichia coli  prokaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1164 1EHZ_A  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1165 1EVV_A  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1166 1FCW_A  tRNA      Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1167 1FCW_B  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1168 1FCW_C  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1169 1FCW_D  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1170 1FCW_E  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1171 1JGO_B  tRNA    #AA  synthetic construct    GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1172 1JGO_C  tRNA    #AA  synthetic construct    GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1173 1JGO_D  tRNA  #AA  synthetic construct    UCCGUGA4AACAAAGCGGDDAUGUACCGGAUUUUUAUUCCGGCUAU?GGGGTPCAAUUCCCCGUCGCGGAGCCA
1174 1JGP_B  tRNA    UUU  synthetic construct    GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1175 1JGP_C  tRNA    #AA  synthetic construct    GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1176 1JGP_D  tRNA  #AA  synthetic construct    UCCGUGA4AACAAAGCGGDDAUGUACCGGAUUUUUAUUCCGGCUAU?GGGGTPCAAUUCCCCGUCGCGGAGCCA
1177 1JGQ_B  tRNA    UUU  synthetic construct    GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1178 1JGQ_C  tRNA    #AA  synthetic construct    GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1179 1JGQ_D  tRNA  #AA  synthetic construct    UCCGUGA4AACAAAGCGGDDAUGUACCGGAUUUUUAUUCCGGCUAU?GGGGTPCAAUUCCCCGUCGCGGAGCCA
1180 1TN1_A  tRNA    UUU  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1181 1TN2_A  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1182 1TRA_A  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1183 3BBV_z  tRNA  #AA  Thermus thermophilus  prokaryotic cytosol  GCCCGGA4AGCUCAGDCGGDAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1184 4TNA_A  tRNA  GAA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1185 4TRA_A  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1186 6TNA_A  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1187 6AZ1_2  tRNA  #AA  synthetic construct    GCGCGGAUAGCUCAGUCGGUAGAGCAGGGGAUUGAA*AUCCCCGUGUCCUUGGUUCGAUUCCGAGUCCGCGCACCA
1188 1ML5_B  tRNA  Phe  GAA  Escherichia coli  prokaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1189 6LVR_B  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGC
1190 6LVR_D  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGC
1191 1H4Q_T  tRNA  #AA  Thermus thermophilus  prokaryotic cytosol  GGAGUAGCGCAGCCCGGUAGCGCACCUCGUUCGGGACGAGGGGGGCGCUGGTPCAGAUCCAGUCUCC
1192 1H4S_T  tRNA  CGG  Thermus thermophilus  prokaryotic cytosol  GGAGUAGCGCAGCCCGGUAGCGCACCUCGUUCGGGACGAGGGGGGCGCUGGTPCAGAUCCAGUCUCC
1193 1SER_T  tRNA    Thermus thermophilus  prokaryotic cytosol  GAGGUGCCCGAGUGGCDGAAGGGAGGUAGGGGGGCCUCCCUCGCGGGTPCGAAUCCCGCCCUCUC
1194 4GCW_B  tRNA    synthetic construct    GCUUCCAUAGCUCAGCAGGUAGAGCAGUCAGCGGUUCGAGCCCGCUUGGAAGCJ
1195 1H3E_B  tRNA  UCG  synthetic construct    GGGCAGGUUCCCGAGCGGCCAAAGGGGACGGUCUGPAAAACCGUUGGCGUAUGCCUUCGCUGGTPCGѢAUCCAGCCCUGCCCAC
1196 486D_C  tRNA  UCU  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCCGCPUGUCKCGUGGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGC
1197 486D_E  tRNA  GUC  Thermus thermophilus  prokaryotic cytosol  UCCGUGAUAGUUPAADGGDCAGAAUGGGCGCPUGUCKCGUGCCAGAU?GGGGTPCAAUUCCCCGUCGCGGAG
1198 2OM7_M  tRNA  GUC  Thermus thermophilus  prokaryotic cytosol  UCCGUGA4AACAAAGCGGDDAUGUACCGGAUUUUUAUUCCGGCUAU?GGGGTPCAAUUCCCCGUCGCGGAGCCA
1199 486D_A  tRNA  Lys  UUU  Escherichia coli  prokaryotic cytosol  UCCGUGAUAGUUPAADGGDCAGAAURCCAGABUGAAYAU?UGGAGAU?GGGGTPCAAUUCCCCGUCGCGGAGCC
1200 4CXG_Y  tRNA  GAA  Oryctolagus cuniculus  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCGGUBUCCA*AACCGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1201 4CXH_Y  tRNA  CCA  Oryctolagus cuniculus  eukaryotic cytosol  GCGGAUUUALCUCAGDDGGGAGAGCRCCGGUBUCCA*AACCGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1202 5LMQ_Z  tRNA  Trp  CCA  Escherichia coli  prokaryotic cytosol  CGCGGGG4GGAGCAGCCUGGUAGCUCGUCGGGBUCAUAACCCGAAG7UCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1203 6ZU9_1  tRNA  AUA  Saccharomyces cerevisiae  eukaryotic cytosol  AGCGCCGUKLCGCAGDGGAAGCGCRCAGGGCUCAU6ACCCUGAU7D??UCGGAUCGѢAACCGʩGCGGCGCUACCA
1204 1EG0_O  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG4GGAGCAGCCGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1205 1GSG_T  tRNA  CAU  synthetic construct    UGGGGUA4CGCCAAGC#GDAAGGCACCGGAJUCUGɿPPCCGGCAUUCCGAGGTPCGAAUCCUCGUACCCCAGCCA
1206 2Z9Q_A  tRNA  CUG  Thermus aquaticus  prokaryotic cytosol  CGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1207 LC530712.1  tRNA  Ala  UGC  Homo sapiens  Mitochondrion  AAGGGCUUѢLCUUAAUUAAAGULGCUGAUUUGCKPPCAGUUGAUGCAGAGUGGGGUUUUGCAGPCCUUACCA
1208 LC530713.1  tRNA  Cys  GCA  Homo sapiens  Mitochondrion  AGCUCCGAKGUGAUUUUCAUAPPGAAPUGCAЧAPUCGAAGAAGCAGCUUCAѢACCUGCCGGGGCUUCCA
1209 LC530714.1  tRNA  Glu  ƕUC  Homo sapiens  mitochondrion  GUUCUUGUѢLUUGAAAUACAACLAPGGUUUƕUCAUAPCAUUGGU?GUGGUPGUAGUCCGUGCGAGAAUACCA
1210 LC530715.1  tRNA  Phe  GAA  Homo sapiens  Mitochondrion  GUUUAUGUѢLCUUACCUCCUCAAAGCAAPACACUGAA*APGUUUAGA?GGGCUCACAUCACCCCAUAAACACCA
1211 LC530716.1  tRNA  Gly  UCC  Homo sapiens  mitochondrion  ACUCUUUUѢLUAUAAAUAGUACCGPUAACUUCCAAPPAACUAGUUUUGACAACAUUCAAAAAAGAGUACCA
1212 LC530717.1  tRNA  His  QPG  Homo sapiens  Mitochondrion  GGUAAAUAUѢLUUUAACCAAAACAPCAGAUUQPGAAPCUGACAA?AGAGGCUUACGACCCCUUAUUUACCCCA
1213 LC530718.1  tRNA  Met  >AU  Homo sapiens  Mitochondrion  AGUAAGGUCAGCUAAAUAAGCUAPCGGGCC>AUACCCCGAAAAUGPUGGUUAUACCCUUCCCGUACUACCA
1214 LC530719.1  tRNA  Asn  QUU  Homo sapiens  Mitochondrion  UAGAUUGAѢLCCAGUUGADUAGGGUGCPUAGCUQUU6ACPAAGUGUUUGUGGGTPUAAGUCCCAUUGGUCUAGCCA
1215 LC530720.1  tRNA  Pro  UGG  Homo sapiens  mitochondrion  CAGAGAAUѢGUUUAAAUUAGAAUCPUAGCPUUGGKPGCUAAUGGUGGAGTPAAAGACUUUPPCUCUGACCA
1216 LC530721.1  tRNA  Gln  ƕUG  Homo sapiens  Mitochondrion  UAGGAUGGKGUGUGAUAGGDGGCACGGAGAAUPƕUGKAPPCUCAGGGAUGGGTPCGAUUCUCAUAGUCCUAGCCA
1217 LC530722.1  tRNA  Arg  UCG  Homo sapiens  mitochondrion  UGGUAUAUѢLUUUAAѢCAAAACLAAUGAPUUCGACPCAUUAAAUUAUGAUAAUCAUAUUUACCAACCA
1218 LC530723.1  tRNA  Thr  UGU  Homo sapiens  Mitochondrion  GUCCUUGUѢLUAUAAACUAAUACACCAGUЩUUGU6AACCGGAGAUGAAAACCUUUUUCCAAGGACACCA
1219 LC530724.1  tRNA  Val  UAC  Homo sapiens  Mitochondrion  CAGAGUGUѢLCUUAACACAAAGCACCCAACUUACACPUAGGAGAUUUCAACUUAACUUGACCGCUCUGACCA
1220 LC530725.1  tRNA  Trp  ʭC*  Homo sapiens  Mitochondrion  AGAAAUUUѢLGUUAAAUACAGACCAAGAGCCUʭC*AAGCCCUCAGUAAGUUGCAAUACUUAAUUUCUGCCA
1221 LC530726.1  tRNA  Tyr  QUA  Homo sapiens  Mitochondrion  GGUAAAAUKLCUGAGUGAAGCAPPGGACUQUA*APCUAAAGA?AGGGGUUAGGCCUCUUUUUACCACCA
1222 KY962518.1  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAUʍUGCUUGPCPCAAAGAUUAAGCCAUGCAUGUCUAAGPACGCACGGCCGGUACAGUGAAACUGCGAAPGGCUCʍPUAAAPCAGPUAUGGUJCCPUJGGUCGCUCGCUCCUCUCCUACUUGGAUAACUGUGGUAʍUUCUAGʍGCJAAJABAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAPGCGUGCAPUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCPAGAPAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCUAACGUCJGCCCUAUCAACPUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGPGACGGGGAAUCAGGGUUCGAUJCCGGAGA#GGAGCCUGAGAAACGGCUACCACAUBCAAGGʍAGGCAGCAGGCGCGCʍAAUUACCCACUCCCGACCCGGGGA#GUʍGPGABGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAPUGGAAUGAGUCCACUPUAAʍUCCUUUAACGAGGʍUCCAUUGGAG#GCAAGUCPGGUGCCAGCAGBCGCGGJAAUUCCAGCUCCAAUA#CGUAPAPUAAAGUUGCUGCAGUPʍAAAAGCUCGUAGPU#GAPCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCPPAGCUGAGUGUCCCGCGGGGCCCGAAGBGJUPACPUUGAAAAAAPPAGAGUGPUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAPAAP#GAAUAGGACCGCGGUUCUAUUUUGUUGGUPUUCGGAACUGAGGCCAUGAUPAAGAGGGACGGCCGGGGGCAUUCCGUAUUGCGCGCUAGAGGUGAAAUPCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUPUGCCAAGAAUGUUUUCAUUAAUCAAGAʍCGAAAGUCGGAGGPPCGAAGACGAPCAGAPACCGUCGUAGUUCCGACCAPAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCPUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAPGGPUGCAAAGCPGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCPGCGGCPUAAUUPGACαCAACACGGGAAACCUCACCCGGCBCGGACACGGACAGGAJUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGJG#UGCAUGGCMGUUCUUAGUPGGUGGAGCGAUUPGUCUGGPUAAUUCCGAUAACGAʍCGAGACUBUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAABUJCUPA#AGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA#GUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUPCGUGAUGGGGAUCGGGGAUUGCAAUUAUPCCCCAUGAACGAG7AAUPCCCAGUAAGUGCGGGUCAUAAGCUJGCGUUGAUUʍAGUCCCUGCCCUUPGUACACACCGBCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUJGACUAUCUAGAGGAAGUAAAAGUCGUAЖCAAGGUPUCMGUAGGUGζζCCUGCGGAAGGAUCAUUA
1223 7BHP_L5  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAGAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCCCCGGCGCGCCGGGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGʍGʍGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGCGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCC#UCUUGѢʍACʍCGGACCAAGGAGUBUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCC#AʍAGAUGGUGAʍCPAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGPAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAG#GGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCPCAGGAPAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAAPGAUUAGAGGUCUUGG#GCCGAAACGAUCJCAACCPAPPCUCAAACUUPAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACPUPUGGUAAGCʍGAACUGGCGBUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGCGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAUBUUGGUGGUAGUʍ#BAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGʍGAAGGGUUCCAUGJGAACAGBA#UUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGAPCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUPUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCʍUAUCCGCAGCAGGUCUBCAAGGUGAACʍGCCUCUGGBAUGUUGGAACAAJGPAGGPAAGGGAAGUCGGCAAGCBGGAUCCGUAACUUC#GGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCCGCCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCCGCGCGCGCCGCUCGCUCCCUCCCCGCCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGGCGGCGGCCCGCCGCGGGGCCCCGGCGGCGGGGGCACGGUCCCCCGCGAGGGGGGCCCGGGCACCCGGGGGGCCGGCGGCGGCGGCGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGGCGCCGGCGCGCCCCCCCCCCCACCCCACGUCUCGUCGCGCGCGCGUCCGCUGGGGGCGGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGG#GAAUCCGACPGPUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUPCUGCCBAGUGCUCUGAAUGPCAʍAGUGAʍGAAAUPCAAPGAAGCGCGG#UAAACGGCGGGAGPAʍCPAPGACPCPCUUAAGGUAGC?AAʍUGCCUC#UCAUCUAAUUAGUGABGCGCAUGAAZGGAPGAʍCGAGʍUUCCCACUGUBCCPACCUACPAPCCAGCGAAACCACʍGBCAAGGGAACGGGCUPGGBGGAAUCAGCGG#GAAAGAAGACCCUGUUGAGCPUGACJCUAGUCUGGCACGGUGAA#AGACAUGAGAGGUGPAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCCGGCCCUGCGGGCCGCC#GUGAAAUACCABUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGGCCGCGCGCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUG#GGCGGUACACCUGUCAAACGGUAЖCGCAGGJ#UCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGAPCUPGAPUUUCAGJACGAAPACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUPUGGGUUUPAAGCAGGA#GUGUCAGAAAAGUUACCACAG#GAUAACUGGCPUGUGGCGGCCAAGCGUPCAPAGCGACGPCGCUUUUUGAPCCUU?GAUGUCGGBPCUUCCUAUCAUUGPGAAGCAGAAUUCACCAAGCGUP#GAUJ#PUCACCCACUAAUAGGGAACGPGʍGCUGGGδUPAGABCGUCGUGAGACAGGUPAGUUUUACCCUACUGAUGʍUGUGPUGPUGCCAUGGUAʍUCCUGCUCAGUACGAGAGGAACCGCAG#UJCA#ACAUPUGGUGUAP#UGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCAPCUGUGGGAUUAUGACPGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCCUCCACGCGCCCCGCGCGCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCAPPCGUAGACGACCUGCUUCUGGGUCGGGGPUUCGUACGPAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1224 KY962518.1  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGGJGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCPGCGAGAAUUAAUGPGAAUU#CAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1225 7O7Y_39  rRNA  LSU-L  28S  Oryctolagus cuniculus  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGUGGGGCGCGGGAAAUGUGGCGUACGGAAGACCCACUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCCCCGGCGCGCCGGGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGʍGʍGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGUGGUCCGGCCGUGCCGGCGGUCUCGGCGGAUCUUUCCCGCUCCCCGUUCCUCCCGACCCCUCCACCCGCUCCCCCUCCCCCGCCGGUCUUCUCCCUUCACGGGGGGUGGGUCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGCCCCCCGGCCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCCGGCGGGGAAGGUGGCCCGGGGGGACGCCUCGCCGCCGUCGUCCGCGGCGGCGGCGGGCGCGACCCCUCCCCGGGUGUUACAGCCCCGCCCCGGCAGCAGCAGCUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCUGUGUCGCCGCGCUCUCCCCCCUCCCGGCGCUCCCCCCCGCGGGGGUCCCCCGCGAGGGGGCUCCCCCCGCGGGGGCGCGCCGGUGUCGCCGCCCUCGCGGGCGCGGCACGGGGGGGCCGGGCCGCCCCUCCCACGGCGCGACCGCUCUCCCGGCCCCCGCCGCCGCCUCUUCGGGCGUGCGGCGGGGGUGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGUGUCACGCCGUCGGGCUCGGGGGAGAAGUCGGCCACGGCGCGUCGCGCGCCUCCGCGUCCCCCCCUCGCCGUCUCCGGGCGGCGGGGGGGGGUUUCGGCGCGGUGUUCUCGGCGCGCGCGCGCGAGCGAGCGCACGGGGUCGGCGGCGAUGUCGGCUACCCACCCGACCC#UCUUGѢAACʍCGGACCAAGGAGUBUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGGCGGCUUCCCGCCGUCGUCGGCCGAGGUGGGAUCCCGAGGCCCUUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCC#AʍAGAUGGUGAʍCPAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGPAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAG#GGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCPCAGGAPAGCUGGCGCUCUCGCAACCCCGCAGUUUUAUCCGGUAAAGCGAAPGAUUAGAGGUCUUGGGGCCGAAACGAUCUCAACCPAPPCUCAAACUUPAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACPUPUGGUAAGCʍGAACUGGCGBUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCUGGCAGUCGGCAGAGCGAGAAAGAGAGUGGAGCGCGCCGCGGGACUCCCCCCGCGGGGGUCCCCGGCCACCCCCCCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAUBUUGGUGGUAGUʍ#BAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGʍGAAGGGUUCCAUGJGAACAGBA#UUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCAGCCGAPCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUPUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCʍUAUCCGCAGCAGGUCUBCAAGGUGAACʍGCCUCUGGBAUGUUGGAACAAJGUAGGUAAGGGAAGUCGGCAAGCBGGAUCCGUAACUUC#GGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCCGCCGCCCCCCCCACGCCCGGGGCGCCCUCCCCCGGCCGGGUCCGCUCCCUCGCGCGCGCGUGCGCCGUGGCGCGCGCCGCGCGCGCGGCCGAGCCCCGUCUCCCUCCCCCCCUCUCCCCUCCCGGGGCGGGGUGCGGGGAGGGGCGGGCGGGGCCGUCGCUCGCCGCGCGUGCGCGUCGCUGCGCGUGCGCCGCGCGGGGGGUCCGGCGGGCCUCCGGACGGGGGCUCCGGGCACCCGGGCACCCGGGGGGCCGGCGGCGGCGGCGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCUCGGGGAGCCCGGCGGGCGCCGCGUGCGCGCGCGUGCGCGCCCGGGGUCGGGGGGGUGCGAGGCAGGGGAGGCCCUCUCUCCUCCUCCCCCACCCCGGCGCCGCGGCGCCGCGCGUGCGCGCGCGGUCUCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGG#GAAUCCGACPGPUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUPCUGCCBAGUGCUCUGAAUGPCAʍAGUGAʍGAAAUPCAAPGAAGCGCGG#UAAACGGCGGGAGPAʍCPAPGACPCPCUUAAGGUAGC?AAʍUGCCUC#UCAUCUAAUUAGUGABGCGCAUGAAZGGAPGAʍCGAGʍUUCCCACUGUBCCPACCUACPAPCCAGCGAAACCACʍGBCAAGGGAACGGGCUPGGBGGAAUCAGCGG#GAAAGAAGACCCUGUUGAGCPUGACJCUAGUCUGGCACGGUGAA#AGACAUGAGAGGUGUAGAAUAAGUGGGAGGCCCCCGGCGCCCUCCCGCCCCCGCGAGGGGGCGGGGCGGGGUCCGCCGGCCUUGCGGGCCGCCGGUGAAAUACCACUACUCUUAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCGGGCCCCGUCGGUCCGCGCGGGCCGGCGGCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUG#GGCGGUACACCUGUCAAACGGUAЖCGCAGGJ#UCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGAPCUPGAPUUUCAGJACGAAPACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGAGCUUPUGGGUUUPAAGCAGGA#GUGUCAGAAAAGUUACCACAG#GAUAACUGGCPUGUGGCGGCCAAGCGUPCAPAGCGACGPCGCUUUUUGAPCCUU?GAUGUCGGBPCUUCCUAUCAUUGPGAAGCAGAAUUCACCAAGCGUU#GAUJ#PUCACCCACUAAUAGGGAACGPGʍGCUGGGδUPAGABCGUCGUGAGACAGGUPAGUUUUACCCUACUGAUGʍUGUGPUGPUGCCAUGGUAʍUCCUGCUCAGUACGAGAGGAACCGCAG#UJCA#ACAUPUGGUGUAP#UGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCAPCUGUGGGAUUAUGACPGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGGAACGAUACGGCAGCGCCGAAGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCGUCCCCGCCGGCGGCCCGCGUCGUGCGUCCGCCUCGGCGGCGUGCGGCGCGCCCCCCGCCGCGCGUCGGGACCGGGGUCCGGUGCGGAGAGCCCUUCGUCCCGGGAAAUGGGGCGCGGCCGGAAAGGGGGCCGCCCUCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCAPUCGUAGACGACCUGCUUCUGGGUCGGGGPUUCGUACGPAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGU
1226 7O7Y_1  rRNA  SSU  18S  Oryctolagus cuniculus  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAUʍUGCUUGPCPCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAPGGCUCʍUUAAAPCAGPUAUGGUJCCPUJGGUCGCUCGCUCCUCUCCUACUUGGAUAACUGUGGUAʍUUCUAGʍGCUAAJABAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAPGCGUGCAPUUAUCAGAUCAAAACCAACCCGGUCAGCCUCCCCCCGGCCCCGGCCGGGGGGGUGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCUCCGUGGCGGCGACGACCCAUUCGAACGUCJGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGPGACGGGGAAUCAGGGUUCGAUJCCGGAGA#GGAGCCUGAGAAACGGCUACCACAUBCAAGGʍAGGCAGCAGGCGCGCʍAAUUACCCACUCCCGACCCGGGGA#GUʍGUGABGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUPUAAʍUCCUUUAACGAGGʍUCCAUUGGAG#GCAAGUCPGGUGCCAGCAGCCGCGGJAAUUCCAGCUCCAAUA#CGUAPAPUAAAGUUGCUGCAGUUʍAAAAGCUCGUAGPU#GAPCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGCGUUPACUUUGAAAAAAPPAGAGUGPUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAPAAP#GAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUPCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUPGCCAAGAAUGUUUUCAUUAAUCAAGAʍCGAAAGUCGGAGGPPCGAAGACGAPCAGAUACCGUCGUAGUUCCGACCAPAAACGAUGCCGACUGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAPGGPUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCPGCGGCPUAAUUPGAC㑃CAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAJUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGJG#UGCAUGGCMGUUCUUAGUPGGUGGAGCGAUUUGUCUGGPUAAUUCCGAUAACGAʍCGAGACUBUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUJCUPA#AGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA#GUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUPCCCCAUGAACGAG7AAUPCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUʍAGUCCCUGCCCUUPGUACACACCGBCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUJGACUAUCUAGAGGAAGUAAAAGUCGUAЖCAAGGUUUCMGUAGGUGζζCCUGCGGAAGGAUCAUUA
1227 7O7Y_41  rRNA  LSU-S  5.8S  Oryctolagus cuniculus  Cytoplasm  CGACUCUUAGCGGUGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCPGCGAGAAUUAAUGPGAAUU#CAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUUG
1228 7QIZ_43  rRNA  LSU-L  25S  Solanum lycopersicum  Cytoplasm  GCGACCCCAGGUCAGGCGGGAUUACCCGCUGAGUPUAAGCAUAJCAAJAAGCGGAGGAAAAGAAACUPACAAGGAUUCCCCUAGUAACGGCGAGCGAACCGGGAACAGCCCAGCCUUAGAAUCGGGCGGCUCCGUCGUCCGAAJUGUAGUCUGGAGAAGCGUCCUCAGCGGCGGACCGGGCCCAAGUCCCCUGGAAGGGGGCGCCGGAGAGGGUGAGAGCCCCGUCGUGCCCGGACCCUGUCGCACCACGAGGCGCUGUCUACGAGUCGGGUUGUUUGGGAAUGCAGCCCAAAUCGGGCGGUGAAUUCCGUCCAAGGCUAAAUACUGGCGAGAGACCGAUAGCGAACAAGUACCGCGAGGGAAAGAUGʍAAAGGACUPUGAAAAGAGAGUCAAAGAGU#CUUGAAAUUGUCGGGAGGGAAGCGGAUGGGGGCCGGCGAUGCGCCCCGGUCGGAUGUGGAACGGCGACGAGCCGGUCCGCCGAUCGACUCGGGGCGUGGACCAGCGUGGAUUGGGGGGGCGGCCAAAGCCCGGGCUCUCGAUACGCCCGUGGAACGCCGUCUCCCCGAUUGUGGAAGGCAGCGCGCGCCUCCGGCGUGCUUCGGCAUCUGCGCGCUCCGGACGCUGGCCUGUGGGCUCCCCAUUCGACCCGUCUUGѢAACʍCGGACCAAGGAGUBJGACAUGUGUGCGAGUCAACGGGCGAGUAAACCCGUAAGGCGUAAGGAAGCUGAUUGGUGGGAUCCCCCUGAGGGGUGCACCGCCGACCGACCUUGAUCUUCUGAGAAGGGUUCGAGUGUGAGCAUACCJGUCGGGACCC#AʍAGAUGGUGAʍCPAUGCCUGAGCGGGGCGAAGCCAGAGGAAACUCUGGUGGAGGCCCGCAGCGAUACUGʍCGUGCAAAPCGUUCGUCUGACUUGGGUAUAG#GGCGAAAGACUAAUCGAACCGUCUAGUʍGCUGGUUCCCUCCGAAGUUUCCCPCAGGAUAGCUGGAGCUCGCGUGCGAGUUCUAPCGGGUAAAGCCAAPGAUUAGAGGCCUCGGGGGCGCAACGCCCUCGACCUAUPCUCAAACUUPAAAJAGGUAGGACGGCGCGGCUGCUUUGUUGAGCCGCGCCACGGAAUCAAGAGCUCCAAGUGGGCCAUPPPUGGUAAGCʍGAACUGGCGAUGCGGGAUGAACCGGAAGCCGGGUUACGGUGCCAAACUGCGCGCUAACCUAGAUCCCACAAAGGGUGUUGGUCGAPUAAGACAGCAGGACGGUGGUCAUGGAAGUCGAAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCCGAAAAUGGAUGGCGCUUAAGCGCGCGACCUACACCCGGCCGUCGGGGCAAGUGCCAGGCCCCGAUGʍGUAGGAGGGCGCGGCGGUCGCUGCAAAACCUUGGGCGCGAGCCUGGGCGGAGCGGCCGUCGGUGCAGAUBUUGGUGGUAGUʍ#CAAAUAUUCAAAPGAGAABUPUGAAGGCCGAAGAGGGGAAAGGUUCCAUGUGAACGGCACUUGCACAUGGGUUAGJCGAUCCUAAGGGUCGGGGGAACCCCGACAGAUAGCGCGUUUCGCGCGUACUCCGAAAGGGAAUCGGGUUAAAAUUCCUGAACCGGGACGUGGCGGUUGACGGCAACGUUAGGAAGUCCGGAGACGUCGGCGGGAGCCUCGGGAAGAGUUAUCUUUUCUGUUUAACAGCCUGCCCACCCUGGAAUCGGCUCAGCCGGAGGUAGGGUCCAGCGGCUGGAAGAGCACCGCACGUCGCGUGGUGUCCGGUGCGCUCCCGGCGGCCCUUGAAAAUCCGGAGGACCGAAUGCCGUCCACGCCCGGUCGUACUCAUAABCGBAUCA#GUCUBCAAGGUGAACAGCCUCUGGUCGAUGGAACAAJGUAGGCAAGGGAAGPCGGCAAAAUGGAUCCGUAACUUCGGGAAAAGGAUUGGCUCUGAGGGCUGGGCACGGGGGUCCCAGUCCCGAACCCGUCGGCUGUCGGUGGACUGCUCGAGCUGCUCCCGCGGCGAGAGCGGGUCGCCGCGUGCCGGCCGGGGGACGGACUGGGAACGGUUCCUUCGGGGGCCUUCCCCGGGCGUCGAACAGCCAACUCAGAACUGGJACGGACAAG##GʍAUCCGACPGPUUAAUUAAAACAAAGCAUUGCGAUGGUCCCAACGGAUGUUUACGCAAUGUGAUUPCUGCCBAGUGCUCUGAAUGPCAAAGUGAʍGAAAPUCAACCAAGC#CGGGUAAACGGCGGGAGPAʍCPAPGACPCPCUUAAGGUAGC?AAʍUGCCUC#UCAUBUAAUUAGUGACGCGCAUGAAPGGAPUAʍCGAGʍUUCCCACUGUBCCUGUCUACJAPCCAGCGAAACCACAGBCAAGGGAACGGGCUUGGCAGAAUCA#CGG#GAAAGAAGACCCU#JUGAGCPUGACJCUAGUCCGACPUUGUGAAAUGACUUGAGAGGUGUAGUAUAAGUGGGAGCCGAAAGGCGAAAGUGAAAUACCACUACUUUUAACGUUAUUUUACUUAPUCCGUGAAUCGGAAGCGGGGCACUGCCCCUCUUUUUGGACCCAAGGCUCGCUUCGCGGGCCGAUCCGGGCGGAAGACAUUGUCAGGUGGGGAGUUPGGCUG#GGCGGCACAUCUGUUAAAAGʍUAACGCAGGJ#UCCUAAGAUGAGCUCAACGAGAACAGAAAUBUCGUGUGGAACAGAAGGGUAAAAGCUCGUPUGAUJCUGAUUUCCAGJACGAAJACGAACCGPGAAAGCGUGGCCUAACGAUCCUUUAGACCUUCGGAAUUCGAAGCUA#A#GUGUCAGAAAAGUUACCACAG#GAUAACUGGCPUGUGGCAGCBAAGCGUPCAUAGCGACGPUGCUUUUUGAPCCUU?GAUGUCGGBPCUJCCUAUCAUUGPGAAGCAGAAUUCACCAʍGUGUU#GAUJ#PUCACCCACCAAUAGGGAACGPGʍGBUGGGδUPAGABCGUCGUGAGACAGGUPAGUUUUACCCUACUGAPGACAGUGUCGCAAUAGUAAUUCAACCUAGUACGAGAGGAACCGUUGAUUCACACAAUUGGCCAUCGCGCUUGGUUGAAAAGCCAGUGGCGCGAAGCUACCGUGUGCUGGAUUAUGACPGAACGCCUCUAAGUCAGAAUCCGGGCUAGAAGCGACGCAUGCGCCCGCCGUCCGCUUGCCGACCCGCAGUAGGGGCCUUUGGCCCCCAAGGGCACGUGUCGUUGGCUAAGUCGCCGCGACGGAAGCGUCGCGGUGACCGCCUUGAAGUACAAUUUCCAUCGAGCGGCGGGUAGAAUCCUUUGCAGACGACJUAAAUACGCGACGGGGUAUUGUAAGUGGCAGAGUGGCCUUGCUGCCACGAUCCACUGAGAUUCAGCCCUUUGUCGCUCCGAUUCGU
1229 7QIZ_46  rRNA  SSU  18S  Solanum lycopersicum  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGUCAUʍUGCUUGUCUBAAAGAUUAAGCCAUGCAUGUGUAAGUAUGAACAAAUUCAGACUGUGAAACUGCGAAUGGCUCAUPAAAUCAGPUAUAGUUUGPUJGAUGGUAUCUACUACUBGGAUAACCGUAGUAAUUCUAGʍGCUAAUACGUGCAACAAACCCCGACUUCUGGAAGGGAUGCAUUUAPUAGAUAAAAGGUCGACGCGGGCUCUGCCCGUUGCUGC#AUGAUUCAPGAPAACUCGACGGAUCGCACGGCCAUCGUGCCGGCGACGCAUCAPUCAAAPUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUGGUGACGGGPGACGGAGAAUUAGGGUUCGAPUCCGGAGA#GGAGCCUGAGAAACGGCUACCACAUBCAAGGAAGGCAGCAGGCGCGCʍAAUUACCCAAPCCUGACACGGGGAGGUʍGUGABAAUAAAUAACAAUACCGGGCUCUAUGAGUCUGGUAAUUGGAAUGAGUACAAUCUAAAUCCCUUAACGAGGʍUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGJAAPUCCAGCUCCAAUA#CGUAZAPUUAAGUUGJUGCAGUUʍAAAAGCUCGUAGPUGGACUUUGGGAUGGGCCGGCCGGUCCGCCCUAGGUGUGCACCGGUCGUCUCGUCCCUUCUGUCGGCGAUGCGCUCCUGGCCUUAAUUGGCCGGGUCGUGCCUCCGGCGCUGUUACUPUGAAGAAAPUAGAGUGCUCAAAGCAAGCCUACGCUCUGUAUACAUUʍGCAUGGGAPAACAUUAUAGGAUUUCGGUCCUAUUACGUUGGCCUUCGGGAUCGGAGUAAUGAUUAACAGGGACAGUCGGGGGCAUUCGUAUUUCAUAGUCAGAGGUGAAAUPCUUGGAUUUAUGAAAGACGAACAACUGCGAAAGCAUPPGCCAAGGAUGUUUUCAUUAAUCAAGAʍCGAAAGUUGGGGGCUCGAAGACGAPCAGAUACCGJCCUAGUCUCAACCAPAAACGAUGCCGACCAGGGAUCGGCGGAUGUUGCUUUUAGGACUCCGCCGGCACCUUAUGAGAAAUCAAAGUUUUUGGGPUCCGGGGGGAGUAPGGUCGCAAGGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCPGCGGCPUAAUUPGACNCAACACGGGGAAACUPACCAGGPBCAGACAUAGUAAGGAUUGACAGACUGAGAGCUCUUUCUUGAUUCJAJGGGUGGJG#UGCAUGGCMGUUCUUAGUPGGUGGAGCGAPUUGPCUGGPUAAUUCCGUUAACGAʍCGAGACCUCAGCCUGCUAACUAGCUAUGCGGAGGUAUCCCUUCGCGGCCAGCUJCUUAGAGGGACUACGGCCUUUUAGGCCGCGGAAGUUUGAGGCAAUAACA#GUCUGUGAUGCCCJUAGAUGUUCUGGGCCGCACGCGCGCUACACUGAUGUAPUCAACGAGCUUAUAGCCUUGGCCGACAGGCCCGGGUAAUCUUUGAAAUUPCAPCGUGAUGGGGAUAGAUCAUUGCAAUUGUPGGUCUUCAACGʍG7AAUUCCUAGUAAGCGCGAGUCAUCAGCUCGCGUUGACUACGUCCCUGCCCUUPGUACACACCGBCCGUCGCUCCUACCGAUUGAAUGAUCCGGUGAAAUGUUCGGAUCGCGGCGACGUGGGCGGUUCGCUGCCCGCGACGUCGCGAGAAGUCCAUUGAACCUUAUCAUUUAGAGGAʍGGAGAAGUCGUAЖCAAGGUUUCMGUAGGUGζζCCUGCGGAAGGAUCAUUG
1230 7QIZ_45  rRNA  LSU-S  5.8S  Solanum lycopersicum  Cytoplasm  ACAAACGACUCUCGGCAACGGAPAUCUCGGCUCUCGCAUCGAUGAAGʍACGUAGCGAAAUGCGAUACUUGGUGUGAAUP#CAGAAUCCCGUGAACCAUCGAGUCUUUGAACGCAAGUUGCGCCCGAAGCCAUUUGGCCGAGGGCACGUCUGCCUGGGCGUCACGC
1231 7PZY_1  rRNA  LSU-L  25S  Candida albicans  Cytoplasm  UGACCUCAAAUCAGGUAGGACUACCCGCUGAACUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACCAACAGGGAUUGCCUCAGUAGCGGCGAGUGAAGCGGCAAAAGCUCAAAUUUGAAAUCUGGCGUCUUUGGCGUCCGAGUUGUAAUUUGAAGAAGGUAUCUUUGGGCCCGGCUCUUGUCUAUGUUCCUUGGAACAGGACGUCACAGAGGGUGAGAAUCCCGUGCGAUGAGAUGACCCGGGUCUGUGUAAAGUUCCUUCGACGAGUCGAGUUGUUUGGGAAUGCAGCUCUAAGUGGGUGGUAAAUUCCAUCUAAAGCUAAAUAUUGGCGAGAGACCGAUAGCGAACAAGUACAGUGAUGGAAAGAUGAAAAGAACUUUGAAAAGAGAGUGAAAAAGUACGUGAAAUUGUUGAAAGGGAAGGGCUUGAGAUCAGACUUGGUAUUUUGCAUGCUGCUCUCUCGGGGGCGGCCGCUGCGGUUUACCGGGCCAGCAUCGGUUUGGAGCGGCAGGAUAAUGGCGGAGGAAUGUGGCACGGCUUCUGCUGUGUGUUAUAGCCUCUGACGAUACUGCCAGCCUAGACCGAGGACUGCGGUUUUUACCUAGGAUGUUGGCAUAAUGAUCUUAAGUCGCCCGUCUUGAAACACGGACCAAGGAGUCUAACGUCUAUGCGAGUGUUUGGGUGUAAAACCCGUACGCGUAAUGAAAGUGAACGAAGGUGGGGGCCCAUUAGGGUGCACCAUCGACCGAUCCUGAUGUGUUCGGAUGGAUUUGAGUAAGAGCAUAGCUGUUGGGACCCGAAAGAUGGUGAACUAUGCCUGAAUAGGGUGAAGCCAGAGGAAACUCUGGUGGAGGCUCGUAGCGGUUCUGACGUGCAAAUCGAUCGUCGAAUUUGGGUAUAGGGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCUGCCGAAGUUUCCCUCAGGAUAGCAGAAGCUCGUAUCAGUUUUAUGAGGUAAAGCGAAUGAUUAGAAGUCUUGGGGUUGAAAUGACCUUAACUUAUUCUCAAACUUUAAAUAUGUAAGAAGUCCUUGUUGCUUAAUUGAACGUGGACAAUUGAAUGAAGAGCUUUUAGUGGGCCAUUUUUGGUAAGCAGAACUGGCGAUGCGGGAUGAACCGAACGUGAAGUUAAAGUGCCGGAAUGCACGCUCAUCAGACACCACAAAAGGUGUUAGUUCAUCUAGACAGCCGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCGGCCGAAUGAACUAGCCCUGAAAAUGGAUGGCGCUCAAGCGUGCUACUUAUACUUCACCGUGAUUGCUGUUUUGACGCUUUCACGAGUAGGCAGGCGUGGAGGUCAGUGACGAAGCCUUUGCUGUAAAGCUGGGUCGAACGGCCUCUAGUGCAGAUCUUGGUGGUAGUAGCAAAUAUUCAAAUGAGAACUUUGAAGACUGAAGUGGGGAAAGGUUCCAUGUCAACAGCAGUUGGACAUGGGUUAGUCGAUCCUAAGAGAUGGGGAAGCUCCGUUUCAACGUGCUUGAUUUUUCAGGCCAACCAUCGAAAGGGAAUCCGGUUAAAAUUCCGGAACUUGGAUAUGGAUUCUUCACGGCAACGUAACUGAAUGUGGAGACGUCGGCGUGAGCCCUGGGAGGAGUUAUCUUUUCUUCUUAACAGCUUAUCACCCUGGAAUUGGUUUAUCCGGAGAUGGGGUCUUAUGGCUGGAAGAGCGCGGUAAUUUUGCCGCGUCCGGUGCGCUUACGACGGUCCUUGAAAAUCCACAGGAAGGAAUAGUUUUCAUGCCAAGUCGUACUCAUAACCGCAGCAGGUCUCCAAGGUUAACAGCCUCUAGUUGAUAGAAUAAUGUAGAUAAGGGAAGUCGGCAAAAUAGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGAUCGGGUGUCUUGGGCCUUGUGUAGACGCGGCGGUGACUGUUGGCGGGCUGUUUUACGACGGACUGCUGGUGGAUGCUGCUGUAGACACGCUUGGUAGGUCUUUAUGGCCGUCCGGGGCACGUUUAACGAUCAACUUAGAACUGGUACGGACAAGGGGAAUCUGACUGUCUAAUUAAAACAUAGCAUUGUGAUGGUCAGAAAGUGAUGUUGACACAAUGUGAUUUCUGCCCAGUGCUCUGAAUGUCAAAGUGAAGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAGUAACUAUGACUCUCUUAAGGUAGCCAAAUGCCUCGUCAUCUAAUUAGUGACGCGCAUGAAUGGAUUAACGAGAUUCCCACUGUCCCUAUCUACUAUCUAGCGAAACCACAGCCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUGUUGAGCUUGACUCUAGUUUGACAUUGUGAAAAGACAUGGAGGGUGUAGAAUAAGUGGGAGCUUCGGCGCCGGUGAAAUACCACUACCUCUAUAGUUUUUUUACUUAUUCAAUGAAGCGGAGCUGGAGGUCAAACUCCACGUUCUAGCAUUAAGCCCUCUGGGCGAUCCGGGUUGAAGACAUUGUCAGGUGGGGAGUUUGGCUGGGGCGGCACAUCUGUUAAACGAUAACGCAGGUGUCCUAAGGGGGACUCAUGGAGAACAGAAAUCUCCAGUAGAACAAAAGGGUAAAAGUCCCCUUGAUUUUGAUUUUCAGUGUGAAUACAAACCAUGAAAGUGUGGCCUAUCGAUCCUUUAGUCCCUCGGAAUUUGAGGCUAGA#GUGCCAGAAAAGUUACCACAGGGAUAACUGGCUUGUGGCAGUBAAGCGUUCAUAGCGACAUUGCUUUUUGAUUCUUCGAUGUCGGCUCUUCCUAUCAUACCGAAGCAGAAUUCGGUAAGCGUUGGAUUGUUCACCCACUAAUAGGGAACGUGAGCUGGGUUUAGACCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGAAUGUUAUCGCAAUAGUAAUUGAACUUAGUACGAGAGGAACCGUUCAUUCAGAUAAUUGGUUUUUGCGGCUGUCUGAUCAGGCAACGCCGCGAAGCUACCAUCUGCUGGAUUAUGGCUGAACGCCUCUAAGUCAGAAUCCAUGCUAGAACGCGAUGAUUUUUGCCCUGCACAUUUUAGAUGGAUACGAAUAAGACUUUUUAGUCGCUGGACCAUAGCAGGCUGGCAACGGUGCGCUUAGCGGAAAGGCUUUGUGCGCUUGCCGGCGGAUAGCAAUGUCAACAUGCGCGGGGAUAAAUCCUUUGCAUACGACUUAGAUGUACAACGGAGUAUUGUAAGCAGUAGAGUAGCCUUGUUGUUACGAUCUGCUGAGAUUAAGCUCUUGUUGUCUGAUUUGU
1232 7K00_22  rRNA  LSU  23S  Escherichia coli  Prokaryotic Cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCAUCCCGACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCULCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAAC㑂APAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGЖAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGLGGADAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGPPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1233 7K00_1  rRNA  SSU  16S  Escherichia coli  Prokaryotic Cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUL?AACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGLCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGGGCCUUGUACACACCGλCCGU?ACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGδAACAAGGUAACCGUAGGLGζζCCUGCGGUUGGAUCACCUCCUUA
1234 RIBOMAP_EC23S  rRNA  LSU  23S  Escherichia coli  Prokaryotic Cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU7PTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCAUCCCGACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCULCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAACƑAPAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGЖAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGLGGADAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCACBUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGPPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1235 RIBOMAP_EC16S  rRNA  SSU  16S  Escherichia coli  Prokaryotic Cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUL?AACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGLCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGGGCCUUGUACACACCGλCCGU?ACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGδAACAAGGUAACCGUAGGLGζζCCUGCGGUUGGAUCACCUCCUUA
1236 RIBOMAP_TT16S  rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UUUGUUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCGCGAGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGLCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCACCUCCPPUCU
1237 RIBOMAP_TT23S  rRNA  LSU  23S  Thermus thermophilus  Prokaryotic Cytosol  GGUCAAGAUGGUAAGGGCCCACGGUGGAUGCCUCGGCACCCGAGCCGAUGAAGGACGUGGCUACCUGCGAUAAGCCAGGGGGAGCCGGUAGCGGGCGUGGAUCCCUGGAUGUCCGAAUGGGGGAACCCGGCCGGCGGGAACGCCGGUCACCGCGCUUUUGCGCGGGGGGAACCUGGGGAACUGAAACAUCUCAGUACCCAGAGGAGAGGAAAGAGAAAUCGACUCCCUGAGUAGCGGCGAGCGAAAGGGGACCAGCCUAAACCGUCCGGCUUGUCCGGGCGGGGUCGUGGGGCCCUCGGACACCGAAUCCCCAGCCUAGCCGAAGCUGUUGGGAAGCAGCGCCAGAGAGGGUGAAAGCCCCGUAGGCGAAAGGUGGGGGGAUAGGUGAGGGUACCCGAGUACCCCGUGGUUCGUGGAGCCAUGGGGGAAUCUGGGCGGACCACCGCCUAAGGCUAAGUACUCCGGGUGACCGAUAGCGCACCAGUACCGUGAGGGAAAGGUGAAAAGAACCCCGGGAGGGGAGUGAAAUAGAGCCUGAAACCGUGGGCUUACAAGCAGUCACGGCCCCGCAAGGGGUUGUGGCGUGCCUAUUGAAGCAUGAGCCGGCGACUCACGGUCGUGGGCGAGCUUAAGCCGUUGAGGCGGAGGCGUAGGGAAACCGAGUCCGAACAGGGCGCAAGCGGGCCGCACGCGGCCCGCAAAGUCCGCGGCCGUGGACCCGAAACCGGGCGAGCUAGCCCUGGCCAGGGUGAAGCUGGGGUGAGACCCAGUGGAGGCCCGAACCGGUGGGGGAUGCAAACCCCUCGGAUGAGCUGGGGCUAGGAGUGAAAAGCUAACCGAGCCCGGAGAUAGCUGGUUCUCCCCGAAAUGACUUUAGGGUCAGCCUCAGGCGCUGACUGGGGCCUGUAGAGCACUGAUAGGGCUAGGGGGCCCACCAGCCUACCAAACCCUGUCAAACUCCGAAGGGUCCCAGGUGGAGCCUGGGAGUGAGGGCGCGAGCGAUAACGUCCGCGUCCGAGCGCGGGAACAACCGAGACCGCCAGCUAAGGCCCCCAAGUCUGGGCUAAGUGGUAAAGGAUGUGGCGCCGCGAAGACAGCCAGGAGGUUGGCUUAGAAGCAGCCAUCCUUUAAAGAGUGCGUAAUAGCUCACUGGUCGAGUGGCGCCGCGCCGAAAAUGAUCGGGGCUUAAGCCCAGCGCCGAAGCUGCGGGUCUGGGGGAUGACCCCAGGCGGUAGGGGAGCGUUCCCGAUGCCGAUGAAGGCCGACCCGCGAGGCGGCUGGAGGUAAGGGAAGUGCGAAUGCCGGCAUGAGUAACGAUAAAGAGGGUGAGAAUCCCUCUCGCCGUAAGCCCAAGGGUUCCUACGCAAUGGUCGUCAGCGUAGGGUUAGGCGGGACCUAAGGUGAAGCCGAAAGGCGUAGCCGAAGGGCAGCCGGUUAAUAUUCCGGCCCUUCCCGCAGGUGCGAUGGGGGGACGCUCUAGGCUAGGGGGACCGGAGCCAUGGACGAGCCCGGCCAGAAGCGCAGGGUGGGAGGUAGGCAAAUCCGCCUCCCAACAAGCUCUGCGUGGUGGGGAAGCCCGUACGGGUGACAACCCCCCGAAGCCAGGGAGCCAAGAAAAGCCUCUAAGCACAACCUGCGGGAACCCGUACCGCAAACCGACACAGGUGGGCGGGUGCAAGAGCACUCAGGCGCGCGGGAGAACCCUCGCCAAGGAACUCUGCAAGUUGGCCCCGUAACUUCGGGAGAAGGGGUGCUCCCUGGGGUGAUGAGCCCCGGGGAGCCGCAGUGAACAGGCUCUGGCGACUGUUUACCAAAAACACAGCUCUCUGCGAACUCGUAAGAGGAGGUAUAGGGAGCGACGCUUGCCCGGUGCCGGAAGGUCAAGGGGAGGGGUGCAAGCCCCGAACCGAAGCCCCGGUGAACGGCGGCCGPAACNAPAABGGUCCUAAGGUAGCGAAANUCѴUUGUCGGGUAAGUUCCGACѴUGCACGAAAAGCGUAACGACCGGAGCGCUGUCUCGGCGAGGGACCCGGUGAAAUUGAACUGGCCGUGAAGAUGCGGCCUACCCGUGGCAGGACGAAAAGACCCCGUGGAGCUUUACUGCAGCCUGGUGUUGGCUCUUGGUCGCGCCUGCGUAGGAUAGGUGGGAGCCUGUGAACCCCCGCCUCCGGGUGGGGGGGAGGCGCCGGUGAAAUACCACCCUGGCGCGGCUGGGGGCCUAACCCUCGGAUGGGGGGACAGCGCUUGGCGGGCAGUUUGACUG#GGCGGUCGCCUCCUAAAAGGUAACGGAGGCGCCCAAAGGUCCCCUCAGGCGGGACGGAAAUCCGCCGGAGAGCGCAAGGGUAGAAGGGGGCCUGACUGCGAGGCCUGCAAGCCGAGCAGGGGCGAAAGCCGGGCCUAGUGAACCGGUGGUCCCGUGUGGAAGGGCCAUCGAUCAACGGAUAAAAGUUACCCCGGGGAUAACAGGCUGAUCUCCCCCGAGCGUCCACAGCGGCGGGGAGGUUUGGCACCUCGHUGUCGGCUCGUCGCAUCCUGGGGCUGAAGAAGGUCCCAAGGGUUGGGCJGUUCGCCCAUUAAAGCGGCACGCGAGCUGGGUUCAGAACGUCGUGAGACAGUUCGGUCUCUAPCCGCCACGGGCGCAGGAGGCUUGAGGGGGGCUCUUCCUAGUACGAGAGGACCGGAAGGGACGCACCUCUGGUUUCCCAGCUGUCCCUCCAGGGGCAUAAGCUGGGUAGCCAUGUGCGGAAGGGAUAACCGCUGAAAGCAUCUAAGCGGGAAGCCCGCCCCAAGAUGAGGCCUCCCACGGCGUCAAGCCGGUAAGGACCCGGGAAGACCACCCGGUGGAUGGGCCGGGGGUGUAAGCGCCGCGAGGCGUUGAGCCGACCGGUCCCAAUCGUCCGAGGUCUUGACCCC
1238 RIBOMAP_HC23S  rRNA  LSU  23S  Haloarcula marismortui  Prokaryotic Cytosol  AACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGѢAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUGUGUCCGCCUCCGAGAGGAGUCGGCACACCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGG#GUAACPAPGACCCUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGACGUGGUCGCCGAUGUGCAGCAUAGGUAGGAGACACUACACAGGUACCCGCGCUAGCGGGCCACCGAGUCAACAGUGAAAUACUACCCGUCGGUGACUGCGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGACAGAGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUJ#UUCGCCUAUUAAAGGAGGUCGUGAGCUGGGδUPAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAAUGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAAAGCCAUCA
1239 RIBOMAP_SC25S  rRNA  LSU-L  25S  Saccharomyces cerevisiae  Cytoplasm  GUUUGACCUCAAAUCAGGUAGGAGUACCCGCUGAACUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACCAACCGGGAUUGCCUUAGUAACGGCGAGUGAAGCGGCAAAAGCUCAAAUUUGAAAUCUGGUACCUUCGGUGCCCGAGUUGUAAUUUGGAGAGGGCAACUUUGGGGCCGUUCCUUGUCUAUGUUCCUUGGAACAGGACGUCAUAGAGGGUGAGAAUCCCGUGUGGCGAGGAGUGCGGUUCUUUGUAAAGUGCCUUCGAAGAGUCGAGUUGUUUGGGAAUGCAGCUCUAAGUGGGUGGUAAAUUCCAUCUAAAGCUAAAUAUUGGCGAGAGACCGAUAGCGAACAAGUACAGUGAUGGAAAGAUGAAAAGAACUUUGAAAAGAGAGUGAAAAAGUACGUGAAAUUGUUGAAAGGGAAGGGCAUUUGAUCAGACAUGGUGUUUUGUGCCCUCUGCUCCUUGUGGGUAGGGGAAUCUCGCAUUUCACUGGGCCAGCAUCAGUUUUGGUGGCAGGAUAAAUCCAUAGGAAUGUAGCUUGCCUCGGUAAGUAUUAUAGCCUGUGGGAAUACUGCCAGCUGGGACUGAGGACUGCGACGUAAGUCAAGGAUGCUGGCAUAAUGGUUAUAUGCCGCCCGUCUUGѢAACʍBGGACCAAGGAGUBUAACGUCUAUGCGAGUGUUUGGGUGUAAAACCCAUACGCGUAAUGAAAGUGAACGUAGGUUGGGGCCUCGCAAGAGGUGCACAAUCGACCGAUCCUGAUGUCUUCGGAUGGAPUUGAGUAAGAGCAUAGCUGUUGGGACCC#AʍAGAUGGUGAʍCUAUGCCUGAAUAGGGUGAAGCCAGAGGAAACUCUGGUGGAGGCUCGUA#CGGUUCUGʍCGUGCAAAUCGAUCGUCGAAUJUGGGUAUAG#GGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCUGCCGAAGUUTCCCPCAGGAPAGCAGAAGCUCGUAUCAGUPUUAPGAGGUAAAGCGAAPGAUUAGAGGUUCCGGGGUCGAAAUGACCUUGACCUAUPCUCAAACUUPAAAPAUGUAAGAAGUCCUUGUUACUUAAUUGAACGUGGACAUUUGAAUGAAGAGCUUPUAGUGGGCCAUUUPUGGUAAGCʍGAACUGGCGAUGCGGGAUGAACCGAACGUAGAGUUAAGGUGCCGGAAUACACGCUCAUCAGACACCACAAAAGGUGUUAGUUCAUCUAGACAGCCGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCGGCCGAAUGAACUAGCCCUGAAAAUGGAUGGCGCUCAAGCGUGUUACCUAUACUCUACCGUCAGGGUUGAUAUGAUGCCCUGACGAGUAGGCAGGCGUGGAGGUCAGUGACGAAGCCUAGACCGUAAGGUCGGGUCGAACGGCCUCUAGUGCAGAUBUUGGUGGUAGUʍ#CAAAUAUUCAAAUGAGAACUUUGAAGACUGAAGUGGGGAAAGGUUCCACGUCAACAGCAGUUGGACGUGGGUUAGUCGAUCCUAAGAGAUGGGGAAGCUCCGUUUCAAAGGCCUGAUUUUAUGCAGGCCACCAUCGAAAGGGAAUCCGGUUAAGAUUCCGGAACCUGGAUAUGGAUUCUUCACGGUAACGUAACUGAAUGUGGAGACGUCGGCGCGAGCCCUGGGAGGAGUUAUCUUUUCUUCUUAACAGCUUAUCACCCCGGAAUUGGUUUAUCCGGAGAUGGGGUCUUAUGGCUGGAAGAGGCCAGCACCUUUGCUGGCUCCGGUGCGCUUGUGACGGCCCGUGAAAAUCCACAGGAAGGAAUAGUUUUCAUGCCAGGUCGUACUGAUAACCGCAGCAGGUCUCCAAGGUGAACAGCCUCUAGUUGAUAGAAUAAJGUAGAUAAGGGAAGUCGGCAAAAUAGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGGUCGGGUAGUGAGGGCCUUGGUCAGACGCAGCGGGCGUGCUUGUGGACUGCUUGGUGGGGCUUGCUCUGCUAGGCGGACUACUUGCGUGCCUUGUUGUAGACGGCCUUGGUAGGUCUCUUGUAGACCGUCGCUUGCUACAAUUAACGAUCAACUUAGAACUGGUACGGACAAGGGGAAUCPGACPGUCUAAUUѢAAACAUAGCAUUGCGAUGGUCAGAAAGUGAUGUUGACGCAAUGUGAUUPCUGCCBAGUGCUCUGAAUGUCAAAGUGAʍGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAGUAʍCPAPGACPCPCUUAAGGUAGC?AʍʍUGCCUC#UCAUCUAAUUAGUGACGCGCAUGAAPGGAUUAACGAGAUUCCCACUGUBCCPAUCUACJAPCPAGCGAAACCACAGCCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUGUUGAGCPJGACJCUAGUUUGACAUUGUGAAGAGACAUAGAGGGUGUAGAAUAAGUGGGAGCUUCGGCGCCAGUGAAAUACCACUACCUUUAUAGUUUCUUUACUUAUUCAAUGAAGCGGAGCUGGAAUUCAUUUUCCACGUUCUAGCAUUCAAGGUCCCAUUCGGGGCUGAUCCGGGUUGAAGACAUUGUCAGGUGGGGAGUUUGGCUG#GGCGGCACAUCUGUδAAACGʍUAACGCAGAUGUCCUAAGGGGGGCUCAUGGAGAACAGAAAUCUCCAGUAGAACAAAAGGGUAAAAGCCCCCUUGAUUUUGAUUJUCAGJGUGAAPACAAACCAUGAAAGUGUGGCCUAUCGAUCCUUUAGUCCCUCGGAAUUUGAGGCUA#A#GUGCCAGAAAAGUUACCACAG#GAUAACUGGCPUGUGGCAGUCAAGCGUδCAUAGCGACAUUGCUUUUUGAPUCUUCGAUGUCGGCPCUUCCUAUCAUACCGAAGCAGAAUUCGGUAAGCGUUGGAUJ#PTCACCCACUAAUAGGGAACGPGʍGBUGGGUUUAGABCGUCGUGAGACAGGUPAGUUUUACCCUACUGAUGAAUGUUACCGCAAUAGUAAUUGAACUUAGUACGAGAGGAACAGUUCAUUCGGAUAAUUGGUUUUUGCGGCUGUCUGAUCAGGCAUUGCCGCGAAGCUACCAUCCGCUGGAUUAUGGCUGAACGCCUCUAAGUCAGAAUCCAUGCUAGAACGCGGUGAUUUCUUUGCUCCACACAAUAUAGAUGGAUACGAAUAAGGCGUCCUUGUGGCGUCGCUGAACCAUAGCAGGCUAGCAACGGUGCACUUGGCGGAAAGGCCUUGGGUGCUUGCUGGCGAAUUGCAAUGUCAUUUUGCGUGGGGAUAAAUCAUUUGUAUACGACUUAGAUGUACAACGGGGUAUUGUAAGCAGUAGAGUAGCCUUGUUGUUACGAUCUGCUGAGAUUAAGCCUUUGUUGUCUGAUUUGU
1240 RIBOMAP_SC18S  rRNA  SSU  18S  Saccharomyces cerevisiae  Cytoplasm  UAUCUGGUUGAUCCUGCCAGUAGUCAUʍUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUAUAAGCAAUUUAUACAGUGAAACUGCGAAUGGCUCʍUUAAAPCAGUUAUCGUUUAPUUGAUAGUUCCUUUACUACAUGGUAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCUUAAAAUCUCGACCCUUUGGAAGAGAUGUAUUUAPUAGAUAAAAAAUCAAUGUCUUCGGACUCUUUGAUGAUUCAUAAUAACUUUUCGAAUCGCAUGGCCUUGUGCUGGCGAUGGUUCAUUCAAAPUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUUUCAACGGGUAACGGGGAAUAAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUBCAAGGʍAGGCAGCAGGCGCGCʍAAUUACCCAAUCCUAAUUCAGGGAGGUAGPGACAAUAAAUAACGAUACAGGGCCCAUUCGGGUCUUGUAAUUGGAAUGAGUACAAUGUAAAUACCUUAACGAGGʍACAAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGJAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGUUGCAGUUʍAAAAGCUCGUAGPUGAACUUUGGGCCCGGUUGGCCGGUCCGAUUUUUUCGUGUACUGGAUUUCCAACGGGGCCUUUCCUUCUGGCUAACCUUGAGUCCUUGUGGCUCUUGGCGAACCAGGACUUUUACUUUGAAAAAAUPAGAGUGPUCAAAGCAGGCGUAUUGCUCGAAUAUAUUʍGCAUGGAAUAAUAGAAUAGGACGUUUGGUUCUAUUUUGUUGGUUUCUAGGACCAUCGUAAUGAUUAAUAGGGACGGUCGGGGGCAUCAGUAUUCAAUUGUCAGAGGUGAAAUUCUUGGAUUUAUUGAAGACUAACUACUGCGAAAGCAUUUGCCAAGGACGUUUUCAUUAAUCAAGAʍCGAAAGUUAGGGGAUCGAAGAUGAPCAGAUACBGUCGUAGUCUUAACCAUAAACUAUGCCGACUAGGGAUCGGGUGGUGUUUUUUUAAUGACCCACUCGGCACCUUACGAGAAAUCAAAGUCUUUGGGUUCUGGGGGGAGUAUGGUCGCAA#GCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCPUAAUUPGACαCAACACGGGGAAACUCACCAGGUCCAGACACAAUAAGGAUUGACAGAUUGAGAGCUCUUUCUUGAUUUUGUGGGUGGJG#UGCAUGGCCGUUCUUAGUPGGUGGAGUGAUUUGUCUGCUUAAUUGCGAUAACGAACGAGACCUUAACCUACUAAAUAGUGGUGCUAGCAUUUGCUGGUUAUCCACUUCUUAGAGGGACUAUCGGUUUCAAGCCGAUGGAAGUUPGAGGCAAUAACA#GUCUGUGAUGCCCUUAGACGUUCUGGGCCGCACGCGCGCUACACUGACGGAGCCAGCGAGUCUAACCUUGGCCGAGAGGUCUUGGUAAUCUUGUGAAACUCCGUCGUGCUGGGGAUAGAGCAUUGUAAUUAUUGCUCUUCAAC#AG7AAUUCCUAGUAAGCGCAAGUCAUCAGCUUGCGUUGAUUACGUCCCUGCCCUUUGUACACACCGBCCGUCGCUAGUACCGAUUGAAUGGCUUAGUGAGGCCUCAGGAUCUGCUUAGAGAAGGGGGCAACUCCAUCUCAGAGCGGAGAAUUUGGACAAACUUGGUCAUUUAGAGGAACUAAAAGUCGUAACAAGGUUUCCGUAGGUGζζCCUGCGGAAGGAUCAUUA
1241 RIBOMAP_SC58S  rRNA  LSU-S  5.8S  Saccharomyces cerevisiae  Cytoplasm  AAACUUUCAACAACGGAUCUCUUGGUUCUCGCAUCGAUGAAGAACGCAGCGAAAUGCGAUACGUAAUGUGAAPUGCAGAAUUCCGUGAAUCAUCGAAUCUUUGAACGCACAUUGCGCCCCUUGGUAUUCCAGGGGGCAUGCCUGUUUGAGCGUCAUUU
1242 RIBOMAP_SC5S  rRNA  LSU  5S  Saccharomyces cerevisiae  Mitochondrion  GGUUGCGGCCAUAUCUACCAGAAAGCACCGUUUCCCGUCCGAUCAACUGPAGUUAAGCUGGUAAGAGCCUGACCGAGUAGUGUAGUGGGUGACCAUACGCGAAACUCAGGUGCUGCAAUCU
1243 RIBOMAP_AT25S  rRNA  LSU-L  25S  Arabidopsis thaliana  Cytoplasm  GCGACCCCAGGUCAGGCGGGAUUACCCGCUGAGUUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACUAACAAGGAUUCCCUUAGUAACGGCGAGCGAACCGGGAAGAGCCCAGCUUGAAAAUCGGACGUCUUCGGCGUUCGAAUUGUAGUCUGGAGAAGCGUCCUCAGCGACGGACCGGGCCUAAGUUCCCUGGAAAGGGGCGCCAGAGAGGGUGAGAGCCCGUCGUGCCCGGACCCUGUCGCACCACGAGGCGCUGUCUACGAGUCGGGUUGUUUGGGAAUGCAGCCCCAAUCGGGCGGUAAAUUCCGUCCAAGGCUAAAUACGGGCGAGAGACCGAUAGCGAACAAGUACCGCGAGGUAAAGAUGAAAAGGACUUUGAAAAGAGAGUCAAAGAGUGCUUGAAAUUGUCGGGAGGGAAGCGGAUGGGGGCCGGCGAUGCGUCCUGGUCGGAUGCGGAACGGAGCAAUCCGGUCCGCCGAUCGAUUCGGGGCGUGGACCGACGCGGAUUACGGUGGCGGCCUAAGCCCGGGCUUUUGAUACGCUUGUGGAGACGUCGCUGCCGUGAUCGUGGUCUGCAGCACGCGCCUAACGGCGUGCCUCGGCAUCAGCGUGCUCCGGGCGUCGGCCUGUGGGCUCCCCAUUCGACCCGUCUUGAAACʍCGGACCAAGGAGUBUGACAUGUGUGCGAGUCAACGGGUGAGUAAACCCGUAAGGCGCAAGGAAGCUGAUUGGCGGGAUCCUCGCGGGUGCACCGCCGACCGACCUUGAUCUUCUGAGAAGGGPJCGAGUGUGAGCAUGCCUGUCGGGACCC#AʍAGAUGGUGAʍCPAUGCCUGAGCGGGGUAAAGCCAGAGGAAACUCUGGUGGAAGCCCGCAGCGAUACUGʍCGUGCAAAUCGUUCGUCUGACUUGGGUAUAG#GGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCUCAGGAUAGCUGGAGCUCGGACGCGAGUUCUAPCGGGUAAAGCCAAPGAUUAGAGGCAUUGGGGGCGCAACGCCUCGACCUAUUCUCAAACUUUAAAUAGGUAGGACGUGUCGGCUGCUUUGUUGAGCCGUCACACGGAAUCGAGAGCUCCAAGUGGGCCAUUUUUGGUAAGCʍGAACUGGCGAUGCGGGAUGAACCGGAAGCCGGGUUACGGUGCCCAACUGCGCGCUAACCUAGAACCCACAAAGGGUGUUGGUCGAUUAAGACAGCAGGACGGUGGUCAUGGAAGUCGAAʍUCCGCUAAGGAGUGJGUAACAACUCACCUGCCGAAUCAACUAGCCCCGAAAAUGGAUGGCGCUUAAGCGCGACCUAUACCCGGCCGUCGGGGCAAGAGCCAGGCCUCGAUGAGUAGGAGGGCGCGGCGGUCGCUGCAAAACCUAGGGCGCGAGGCGCGGAGCGGCCGUCGGUGCAGAUBUUGGUGGUAGUʍ#CAAAUAUUCAAAUGAGAACUUUGAAGGCCGAAGAGGGGAAAGGUUCCAUGUGAACGGBACUUGCACAUGGGUUAGUCGAUCCUAAGAGUCGGGGGAAACCCGUCUGAUAGCGCUUAAGCGAACUUCGAAAGGGGAUCCGGUUAAAAUUCCGGAACCGGGACGUGGCGGUUGACGGCAACGUJAGGGAGUCCGGAGACGUCGGCGGGGGCCUCGGGAAGAGUUAUCUUUUCUGUUUAACAGCCUGCCCACCCUGGAAACGGCUCAGCCGGAGGUAGGGUCCAGCGGCUGGAAGAGCACCGCACGUCGCGUGGUGUCCGGUGCGCCCCCGGGCGCCCUUGAAAAUCCGGAGGACCGAGUGCCGCUCACGCCCGGUCGUACUCAUAACCGBAUCA#GUCUBCAAGGUGAACʍGCCUCUGGUCGAUGGAACAAJGUAGGCAAGGGAAGUCGGCAAAAUGGAUCCGUAACJUCGGGAAAAGGAUUGGCUCUGAGGGCUGGGCUCGGGGGUCCCAGUUCCGAACCCGUCGGCUGUCAGCGGACUGCUCGAGCUGCUUCCGCGGCGAGAGCGGGUCGCCGGCUGCCGGCCGGGGGACGACUGGGAACGGCUCUCUCGGGAGCUUUCCCCGGGCGUCGAACAGUCAGCUCAGAACUGGUACGGACAAGG#GʍAUCCGACUGPUUAAUUAAAACAAAGCAUUGCGAUGGUCCCUGCGGAUGCUAACGCAAUGUGAUUUCUGCCCAGUGCUCUGAAUGPCAʍAGUGAʍGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAGPAACPAPGACUCUCUUAAGGUAGCCAAʍUGCCUC#UCAUCUAAUUAGUGACGCGCAUGAAPGGAUUAʍCGAGʍUUCCCACUGUBCCUGUCUACUAPCCAGCGAAACCACAGBCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUGJUGA#CUUGACJCUAGUCCGACUUUGUGAAAUGACUUGAGAGGUGUAGGAUAAGUGGGAGCUUCGGCGCAAGUGAAAUACCACUACUUUUAACGUUAUUUUACUUACUCCGUGAAUCGGAGGCCGGGGUACAACCCCUGUUUUUGGUCCCAAGGCUCGCUUCGGCGGGUCGAUCCGGGCGGAGGACAUUGUCAGGUGGGGAGUUUGGCUG#GGCGGCACAUCUGUUAAAAGʍUAACGCAGGJ#UCCUAAGAUGAGCUCAACGAGAACAGAAAUCUCGUGUGGAACAAAAGGGUAAAAGCUCGUUUGAPUCUGAUUUUCAGUACGAAUACGAACCGUGAAAGCGUGGCCUAUCGAUCCUUUAGACUUCGGAAUUPGAAGCUA#A#GUGUCAGAAAAGUUACCACAG#GAUAACUGGCPUGUGGCAGCBAAGCGUUCAUAGCGACGUUGBUUUUUGAUBCUUCGAUGUCGGBPCUJCCUAUCAUUGUGAAGCAGAAUUCACCAAGUGUU#GAUUGPUCACCCACCAAUAGGGAACGUGGBUGG#JUUAGABCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGCCCGCGUCGCGAUAGUAAUUCAACCUAGUACGAGAGGAACCGUUGAUUCGCACAAUUGGUCAUCGCGCUUGGUUGAAAAGCCAGUGGCGCGAAGCUACCGUGCGCUGGAUUAUGACUGAACGCCUCUAAGUCAGAAUCCGGGCUAGAAGCGACGCAUGCGCCCGCCGCCCGAUUGCCGACCCUCAGUAGGAGCUUAGGCUCCAAAGGCACGUGUCGUUGGCUAAGUCCGUUCGGCGGAACGGUCGUUCGGACCGCCUUGAAUUAUAAUUACCACCGAGCGGCGGGUAGAAUCCUUUGCAGACGACUUAAAUACGCGACGGGGUAUUGUAAGUGGCAGAGUGGCCUUGCUGCCACGAUCCACUGAGAUUCAGCCCUUUGUCGCUAAGAUUCGA
1244 RIBOMAP_AT18S  rRNA  SSU  18S  Arabidopsis thaliana  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGUCAUʍUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUGUAAGUAUGAACGAAUUCAGACUGUGAAACUGCGAAUGGCUCAUUAAAUCAGPUAUAGUUUGUUUGAUGGUAACUACUACUCGGAUAACCGUAGUAAUUCUAGʍGCUAAUACGUGCAACAAACCCCGACUUAUGGAAGGGACGCAUUUAUUAGAUAAAAGGUCGACGCGGGCUCUGGCUUGCUCUGAUGAUUCAUGAUAACUCGACGGAUCGCAUGGCCUCUGUGCUGGCGACGCAUCAUUCAAAUUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUGGUAACGGGPGACGGAGAAUUAGGGUUCGAUUCCGGAGA##GAGCCUGAGAAACGGCUACCACAUBCAAGGAAGGCAGCAGGCGCGCʍAAUUACCCAAUCCUGACACGGGGAGGUʍGUGABAAUAAAUAACAAUACCGGGCUCUUUCGAGUCUGGUAAUUGGAAUGAGUACAAUCUAAAUCCCUUAACGAGGʍUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGJAAUUCCAGCUCCAAUA#CGUAUAPUUAA#UUGUUGCAGUUʍAAAAGCUCGUAGPUGAACCUUGGGAUGGGUCGGCCGGUCCGCCUUUGGUGUGCAUUGGUCGGCUUGUCCCUUCGGUCGGCGAUACGCUCCUGGUCUUAAUUGGCCGGGUCGUGCCUCCGGCGCUGUUACUUUGAAGAAAPUAGAGUGCUCAAAGCAAGCCUACGCUCUGGAUACAUUʍGCAUGGGAUAACAUCAUAGGAUUUCGAUCCUAUUGUGUUGGCUUCGGGAUCGGAGUAAUGAUUAACAGGGACAGUCGGGGGCAUUCGUAUUUCAUAGUCAGAGGUGAAAUUCUUGGAUUUAUGAAAGACGAACAACUGCGAAAGCAUUPGCCAAGGAUGUUUUCAUUAAUCAAGAʍCGAAAGUUGGGGGCUCGAAGACGAPCAGAUACCGJBCUAGUCUCAACCAUAAACGAUGCCGACCAGGGAUCAGCGGAUGUUGCUUAUAGGACUCCGCUGGCACCUUAUGAGAAAUCAAAGUUUUUGGGUUCCGGG#GGAGUAPGGUCGCAAGGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGGAAACUUACCAGGUCCAGACAUAGUAAGGAJUGACAGACUGAGAGCUCUUUCUUGAUUCUAJGGGUGGJ##UGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGUUAACGAʍCGAGACCUCAGCCUGCUAACUAGCUACGUGGAGGCAUCCCUUCACGGCCGGCUJCUUAGAGGGACUAUGGCCGUUUAGGCCAAGGAAGUUUGAGGCAAUAACA#GUCUGUGAUGCCCJUAGAUGUUCUGGGCCGCACGCGCGCUACACUGAUGUAUUCAACGAGUUCACACCUUGCCGACAGGCCCGGGUAAUCUUUGAAAUUUCAUCGUGAUGGGGAUAGAUCAUUGCAAUUGUUGGUCUUCAACGAGGAAUUCCUAGUAAGCGCGAGUCAUCAGCUCGCGUUGACUACGUCCCUGCBCUUUGUACACACCGBCCGUCGCUCCUACCGAUUGAAUGAUCCGGUGAAGUGUUCGGAUCGCGGCGACGUGGGUGGUUCGCCGCCCGCGACGUCGCGAGAAGUCCACUAAACCUUAUCAUUUAGAGGAʍGGAGAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUG
1245 RIBOMAP_AT58S  rRNA  LSU-S  5.8S  Arabidopsis thaliana  Cytoplasm  AAAACGACUCUCGGCAACGGAUAUCUCGGCUCUCGCAUCGAUGAAGʍACGUAGCGAAAUGCGAUACUUGGUGUGAAUU#CAGAAUCCCGUGAACCAUCGAGUCUUUGAACGCAAGUUGCGCCCCAAGCCUUCUGGCCGAGGGCACGUCUGCCUGGGUGUCACAA
1246 RIBOMAP_HS28S  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGAGAGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCCGUCUUGѢAACʍCGGACCAAGGAGUBUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCC#AʍAGAUGGUGAʍCPAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGPAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAG#GGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCPCAGGAPAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAAPGAUUAGAGGUCUUGGGGCCGAAACGAUCUCAACCPAUPCUCAAACUUPAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACPUPUGGUAAGCʍGAACUGGCGCUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAUBUUGGUGGUAGUʍ#BAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGAGAAGGGUUCCAUGJGAACAGBA#UUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGAPCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUUUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCʍUAUCCGCAGCAGGUCUBCAAGGUGAACʍGCCUCUGGBAUGUUGGAACAAJGUAGGUAAGGGAAGUCGGCAAGCBGGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGGGGAAUCCGACPGPUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUPCUGCCBAGUGCUCUGAAUGPCAʍAGUGAʍGAAAUPCAAPGAAGCGCGG#UAAACGGCGGGAGPAʍCPAPGACPCPCUUAAGGUAGC?AAʍUGCCUCGUCAUCUAAUUAGUGABGCGCAUGAAZGGAPGAʍCGAGʍUUCCCACUGUBCCPACCUACPAPCCAGCGAAACCACAGBCAAGGGAACGGGCUPGGBGGAAUCAGCGGGGAAAGAAGACCCUGUUGAGCPUGACJCUAGUCUGGCACGGUGAA#AGACAUGAGAGGUGPAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCC#GUGAAAUACCABUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUG#GGCGGUACACCUGUCAAACGGUЖACGCAGGJ#UCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGAPCUPGAPUUUCAGJACGAAPACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUPUGGGUUUPAAGCAGGA#GUGUCAGAAAAGUUACCACAG#GAUAACUGGCPUGUGGCGGCCAAGCGUPCAPAGCGACGPCGCUUUUUGAP?CUUCGAUGUCGGBPCUUCCUAUCAUUGPGAAGCAGAAUUCGCCAAGCGUU#GAUJ#PUCACCCACUAAUAGGGAACGPGʍGCUGGGδPUAGABCGUCGUGAGACAGGUPAGUUUUACCCUACUGAUGʍUGUGPUGPUGCCAUGGUAʍUCCUGCUCAGUACGAGAGGAACCGCAG#UJCA#ACAUPUGGUGUAP#UGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCAPCUGUGGGAUUAUGACPGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCAPUCGUAGACGACCUGCUUCUGGGUCGGGGPUUCGUACGPAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1247 RIBOMAP_HS18S  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAUʍUGCUUGPCPCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAPGGCUCʍUUAAAPCAGPUAUGGUJCCPUJGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUAʍUUCUAGʍGCUAAJABAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAPGCGUGCAPUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGPGACGGGGAAUCAGGGUUCGAUJCCGGAGA#GGAGCCUGAGAAACGGCUACCACAUBCAAGGʍAGGCAGCAGGCGCGCʍAAUUACCCACUCCCGACCCGGGGA#GUʍGUGABGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUPUAAʍUCCUUUAACGAGGʍUCCAUUGGAG#GCAAGUCPGGUGCCAGCAGCCGCGGJAAUUCCAGCUCCAAUA#CGUAPAPUAAAGUUGCUGCAGUUʍAAAAGCUCGUAGPU#GAPCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGBGJUPACUUUGAAAAAAPPAGAGUGPUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAPAAP#GAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUPAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUPCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUPGCCAAGAAUGUUUUCAUUAAUCAAGAʍCGAAAGUCGGAGGUUCGAAGACGAPCAGAUACCGUCGUAGUUCCGACCAPAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAPGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCPUAAUUPGACαCAACACGGGAAACCUCACCCGGCBCGGACACGGACAGGAJUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGZG#UGCAUGGCCGUUCUUAGUPGGUGGAGCGAUUUGUCUGGPUAAUUCCGAUAACGAʍCGAGACUBUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUJCUPAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA#GUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUPCCCCAUGAACGAG7AAUPCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUʍAGUCCCUGCCCUUPGUACACACCGBCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUJGACUAUCUAGAGGAAGUAAAAGUCGUAЖCAAGGUUUCCGUAGGUGζζCCUGCGGAAGGAUCAUUA
1248 RIBOMAP_HS58S  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGGJGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCPGCGAGAAUUAAUGPGAAUU#CAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1249 KROGH_HS28S  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGʍGʍGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCC#UCUUGAʍACʍCGGACCAAGGAGUBUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCC#AʍAGAUGGUGAʍCUAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGUAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAG#GGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCUCAGGAUAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAAUGAUUAGAGGUCUUGG#GCCGAAACGAUCUCAACCUAUUCUCAAACUUUAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACUUUUGGUAAGCʍGAACUGGCGCUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAUBUUGGUGGUAGUʍ#BAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGʍGAAGGGUUCCAUGJGAACAGBA#UUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGAUCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUUUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCʍUAUCCGCAGCAGGUCUBCAAGGUGAACʍGCCUCUGGBAUGUUGGAACAAJGUAGGUAAGGGAAGUCGGCAAGCBGGAUCCGUAACUUC#GGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGG#GAAUCCGACUGUUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUUCUGCCBAGUGCUCUGAAUGUCAʍAGUGAʍGAAAUUCAAUGAAGCGCGG#UAAACGGCGGGAGUAʍCUAUGACUCUCUUAAGGUAGCCAAʍUGCCUC#UCAUCUAAUUAGUGABGCGCAUGAAJGGAUGAʍCGAGʍUUCCCACUGUBCCUACCUACUAUCCAGCGAAACCACʍGCCAAGGGAACGGGCUUGGBGGAAUCAGCGG#GAAAGAAGACCCUGUUGAGCUUGACJCUAGUCUGGCACGGUGAA#AGACAUGAGAGGUGUAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCC#GUGAAAUACCABUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUG#GGCGGUACACCUGUCAAACGGUACGCAGGJ#UCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGAUCUUGAUUUUCAGJACGAAUACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUUUGGGUUUUAAGCAGGA#GUGUCAGAAAAGUUACCACAG#GAUAACUGGCUUGUGGCGGCCAAGCGUUCAUAGCGACGUCGCUUUUUGAUCCUUCGAUGUCGGBUCUUCCUAUCAUUGUGAAGCAGAAUUCGCCAAGCGUU#GAUJ#UUCACCCACUAAUAGGGAACGUGʍGCUGGGUUUAGABCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGʍUGUGUUGUUGCCAUGGUAʍUCCUGCUCAGUACGAGAGGAACCGCAG#UJCA#ACAUUUGGUGUAU#UGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCAUCUGUGGGAUUAUGACUGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCAUUCGUAGACGACCUGCUUCUGGGUCGGGGUUUCGUACGUAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1250 MOTORIN_HS28S  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGʍGʍGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCC#UCUUGAʍACʍCGGACCAAGGAGUBUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCC#AʍAGAUGGUGAʍCUAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGUAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAG#GGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCUCAGGAUAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAAUGAUUAGAGGUCUUGG#GCCGAAACGAUCUCAACCUAUUCUCAAACUUUAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACUUUUGGUAAGCʍGAACUGGCGBUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAUBUUGGUGGUAGUʍ#BAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGʍGAAGGGUUCCAUGJGAACAGBA#UUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGAUCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUUUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCʍUAUCCGCAGCAGGUCUBCAAGGUGAACʍGCCUCUGGBAUGUUGGAACAAJGUAGGUAAGGGAAGUCGGCAAGCBGGAUCCGUAACUUC#GGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGG#GAAUCCGACUGUUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUUCUGCCBAGUGCUCUGAAUGUCAʍAGUGAʍGAAAUUCAAUGAAGCGCGG#UAAACGGCGGGAGUAʍCUAUGACUCUCUUAAGGUAGCCAAʍUGCCUC#UCAUCUAAUUAGUGABGCGCAUGAAJGGAUGAʍCGAGʍUUCCCACUGUBCCUACCUACUAUCCAGCGAAACCACʍGCCAAGGGAACGGGCUUGGBGGAAUCAGCGG#GAAAGAAGACCCUGUUGAGCUUGACJCUAGUCUGGCACGGUGAA#AGACAUGAGAGGUGUAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCC#GUGAAAUACCABUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUG#GGCGGUACACCUGUCAAACGGUACGCAGGJ#UCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGAUCUUGAUUUUCAGJACGAAUACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUUUGGGUUUUAAGCAGGA#GUGUCAGAAAAGUUACCACAG#GAUAACUGGCUUGUGGCGGCCAAGCGUUCAUAGCGACGUCGCUUUUUGAUCCUUCGAUGUCGGBUCUUCCUAUCAUUGUGAAGCAGAAUUCGCCAAGCGUU#GAUJ#UUCACCCACUAAUAGGGAACGUGʍGCUGGGUUUAGABCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGʍUGUGUUGUUGCCAUGGUAʍUCCUGCUCAGUACGAGAGGAACCGCAG#UJCA#ACAUUUGGUGUAU#UGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCAUCUGUGGGAUUAUGACUGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCAUUCGUAGACGACCUGCUUCUGGGUCGGGGUUUCGUACGUAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1251 MARCHAND_HS28S  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGAGAGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCCGUCUUGAAACACGGACCAAGGAGUCUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCCGAAAGAUGGUGAACPAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGPAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAGGGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCPCAGGAPAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAAPGAUUAGAGGUCUUGGGGCCGAAACGAUCUCAACCPAPPCUCAAACUUPAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACPUPUGGUAAGCAGAACUGGCGCUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAUCUUGGUGGUAGUAGCAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGAGAAGGGUUCCAUGUGAACAGCAGUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGAPCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUPUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCAUAUCCGCAGCAGGUCUCCAAGGUGAACAGCCUCUGGCAUGUUGGAACAAUGPAGGUAAGGGAAGUCGGCAAGCCGGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGGGGAAUCCGACPGPUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUPCUGCCCAGUGCUCUGAAUGPCAAAGUGAAGAAAUPCAAPGAAGCGCGGGUAAACGGCGGGAGPAACPAPGACPCPCUUAAGGUAGCCAAAUGCCUCGUCAUCUAAUUAGUGACGCGCAUGAAUGGAPGAACGAGAUUCCCACUGUCCCPACCUACPAPCCAGCGAAACCACAGCCAAGGGAACGGGCUPGGCGGAAUCAGCGGGGAAAGAAGACCCUGUUGAGCPUGACUCUAGUCUGGCACGGUGAAGAGACAUGAGAGGUGPAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCCGGUGAAAUACCACUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUGGGGCGGUACACCUGUCAAACGGUACGCAGGUGUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGAPCUPGAPUUUCAGUACGAAPACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUPUGGGUUUPAAGCAGGAGGUGUCAGAAAAGUUACCACAGGGAUAACUGGCPUGUGGCGGCCAAGCGUPCAPAGCGACGPCGCUUUUUGAPCCUUCGAUGUCGGCPCUUCCUAUCAUUGPGAAGCAGAAUUCGCCAAGCGUPGGAUUGPUCACCCACUAAUAGGGAACGPGAGCUGGGUUPAGACCGUCGUGAGACAGGUPAGUUUUACCCUACUGAUGAUGUGPUGPUGCCAUGGUAAUCCUGCUCAGUACGAGAGGAACCGCAGGUUCAGACAUPUGGUGUAPGUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCAPCUGUGGGAUUAUGACPGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCAPUCGUAGACGACCUGCUUCUGGGUCGGGGPUUCGUACGPAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1252 INCARNATO_HS18S  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAUʍUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCʍUUAAAUCAGUUAUGGUJCCUUJGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUAʍUUCUAGAGCUAAJABAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGʍAGGCAGCAGGCGCGCʍAAUUACCCACUCCCGACCCGGGGA#GUʍGUGABGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAAʍUCCUUUAACGAGGʍUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGJAAUUCCAGCUCCAAUA#CGUAUAUUAAAGUUGCUGCAGUUʍAAAAGCUCGUAGUU#GAUCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGBGJUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAUAAU#GAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGAʍCGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCAUAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAJUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGJGGUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGAʍCGAGACUBUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUJCUUA#AGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA#GUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUʍAGUCCCUGCCCUUUGUACACACCGCCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUJGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1253 KROGH_HS18S  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAUʍUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCʍUUAAAUCAGUUAUGGUJCCUUJGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUAʍUUCUAGʍGCUAAJABAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCJGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAUJCCGGAGAJGGAGCCUGAGAAACGGCUACCACAU#CAAGGʍAGGCAGCAGGCGCGCʍAAUUACCCACUCCCGACCCGGGGA#GUʍGUGABGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAAʍUCCUUUAACGAGGʍUCCAUUGGAG#GCAAGUCUGGUGCCAGCAGCCGCGGJAAUUCCAGCUCCAAUA#CGUAUAUUAAAGUUGCUGCAGUUʍAAAAGCUCGUAGUU#GAUCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGBGJUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAUAAU#GAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGAʍCGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCAUAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGCBCGGACACGGACAGGAJUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGJG#UGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGAʍCGAGACUBUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAABUJCUUA#AGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA#GUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUʍAGUCCCUGCCCUUUGUACACACCGBCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUJGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1254 MOTORIN_HS18S  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAUʍUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCʍUUAAAUCAGUUAUGGUJCCUUJGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUAʍUUCUAGʍGCUAAJABAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCJGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAUJCCGGAGAJGGAGCCUGAGAAACGGCUACCACAU#CAAGGʍAGGCAGCAGGCGCGCʍAAUUACCCACUCCCGACCCGGGGA#GUʍGUGABGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAAʍUCCUUUAACGAGGʍUCCAUUGGAG#GCAAGUCUGGUGCCAGCAGCCGCGGJAAUUCCAGCUCCAAUA#CGUAUAUUAAAGUUGCUGCAGUUʍAAAAGCUCGUAGUU#GAUCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGBGJUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAUAAU#GAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGAʍCGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCAUAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGCBCGGACACGGACAGGAJUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGJG#UGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGAʍCGAGACUBUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAABUJCUUA#AGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA#GUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUʍAGUCCCUGCCCUUUGUACACACCGBCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUJGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1255 MARCHAND_HS18S  rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAUAUGCUUGPCPCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAPGGCUCAUUAAAPCAGPUAUGGUUCCPUUGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAPGCGUGCAPUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCPAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGPGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGAAGGCAGCAGGCGCGCAAAUUACCCACUCCCGACCCGGGGAGGUAGUGACGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUPUAAAUCCUUUAACGAGGAUCCAUUGGAGGGCAAGUCPGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUAGCGUAPAPUAAAGUUGCUGCAGUUAAAAAGCUCGUAGPUGGAPCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGCGUUPACUUUGAAAAAAPPAGAGUGPUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAPAAPGGAAUAGGACCGCGGUUCUAUUUUGUUGGUPUUCGGAACUGAGGCCAUGAUPAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUPCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUPGCCAAGAAUGUUUUCAUUAAUCAAGAACGAAAGUCGGAGGPPCGAAGACGAPCAGAUACCGUCGUAGUUCCGACCAPAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCPUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAPGGPUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCPGCGGCPUAAUUPGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAUUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGUGGUGCAUGGCCGUUCUUAGUPGGUGGAGCGAUUUGUCUGGPUAAUUCCGAUAACGAACGAGACUCUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUUCUPAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACAGGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUPCCCCAUGAACGAGGAAUPCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUAAGUCCCUGCCCUUPGUACACACCGCCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1256 CARLILE_HS18S  rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol   UACCUGGUUGAUCCUGCCAGUAGCAUAUGCUUGPCPCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCAUUAAAUCAGPUAUGGUUCCPUUGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAPGCGUGCAPUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCPAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGPGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGAAGGCAGCAGGCGCGCAAAUUACCCACUCCCGACCCGGGGAGGUAGUGACGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUPUAAAUCCUUUAACGAGGAUCCAUUGGAGGGCAAGUCPGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGCUGCAGUUAAAAAGCUCGUAGUUGGAPCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGCGUUUACUUUGAAAAAAUPAGAGUGPUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAPAAPGGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUPAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUPCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUPGCCAAGAAUGUUUUCAUUAAUCAAGAACGAAAGUCGGAGGUPCGAAGACGAPCAGAUACCGUCGUAGUUCCGACCAPAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAPGGPUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAUUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGUGGUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGAACGAGACUCUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUUCUPAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACAGGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUPCCCCAUGAACGAGGAAUPCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUAAGUCCCUGCCCUUPGUACACACCGCCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1257 INCARNATO_HS58S  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGGJGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCUGCGAGAAUUAAUGUGAAUU#CAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1258 KROGH_HS58S  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGGJGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCUGCGAGAAUUAAUGUGAAUU#CAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1259 MOTORIN_HS58S  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGGJGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCUGCGAGAAUUAAUGUGAAUU#CAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1260 1ASZ_A  tRNA  Asp  QUC  Saccharomyces cerevisiae  Cytoplasm  UCCGUGAUAGUUPAADGGDCAGAAUGGGCGCPUGUCKCGUGCCAGAU?GGGGTPCAAUUCCCCGUCGCGGAGCCA
1261 1ASZ_B  tRNA  Asp  QUC  Saccharomyces cerevisiae  Cytoplasm  UCCGUGAUAGUUPAADGGDCAGAAUGGGCGCPUGUCKCGUGCCAGAU?GGGGTPCAAUUCCCCGUCGCGGAGCCA
1262 1B23_A  tRNA  Cys  GCA  Escherichia coli  Cytoplasm  GCGCGU4AACAAAGCGGDDAUGUAGCGGAPUGCA*APCCGUCUAGUCCGGTPCGACUCCGGAACGCGCCUCCA
1263 1C0A_A  tRNA  Asp  QUC  Escherichia coli  Cytoplasm  GAGCGG4AGUUCAGDCGGDDAGAAUACCUGCCUʆUCACGCAGGGG7UCGCGGGTPCGAGUCCCGPCCGUUCCGCCA
1264 1F7U_A  tRNA  Arg  ICG  Escherichia coli  Cytoplasm  UCCUCGUKRCCCAADGGDCACGGCRPCUGGCUICGAACCAGAAGADU?CAGGTPCAѢGUCCUGGCGGGGAAGCCA
1265 1F7V_A  tRNA  Arg  ICG  Escherichia coli  Cytoplasm  UCCUCGUKRCCCAADGGDCACGGCRPCUGGCUICGAACCAGAAGADU?CAGGTPCAѢGUCCUGGCGGGGAAG
1266 1OB2_B  tRNA  Phe  #AA  Escherichia coli  Cytoplasm  CGGAUUUARCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGUPCGѢUCCACAGAAUUCGCACC
1267 1OB5_B  tRNA  Phe  #AA  Escherichia coli  Cytoplasm  CGGAUUUARCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCAC
1268 1OB5_D  tRNA  Phe  #AA  Escherichia coli  Cytoplasm  GCGGAUUUARCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCAC
1269 1OB5_F  tRNA  Phe  #AA  Escherichia coli  Cytoplasm  GCGGAUUUARCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCAC
1270 1QF6_A  tRNA  Thr  CGU  Escherichia coli  Cytoplasm  CCGAUAUAGCUCAGDDGGDAGAGCAGCGCAUUCGUEAUGCGAAG7UCGUAGGTPCGACUCCUAUUAUCGGCACCA
1271 1TTT_A  tRNA  Phe  #AA  Thermus aquaticus  Cytoplasm  CGGAUUUARCUCAGDDGGGAGAGCRCCAGABU#AAϓAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1272 1TTT_B  tRNA  Phe  #AA  Thermus aquaticus  Cytoplasm  GCGGAUUUARCUCAGDDGGGAGAGCRCCAGABU#AAϓAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1273 1TTT_C  tRNA  Phe  #AA  Thermus aquaticus  Cytoplasm  GCGGAUUUARCUCAGDDGGGAGAGCRCCAGABU#AAϓAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGCACCA
1274 3B0V_A  tRNA  Phe  #AA  Thermus thermophilus  Cytoplasm  CCGAGGUAGCUCAGUUGGDAGAGCAUGCGACUGAAAAUCGCAGUGUCGGCGGUUCGAUUCCGCCCCUCGGCA
1275 3B0V_B  tRNA  Phe  #AA  Thermus thermophilus  Cytoplasm  GCCGAGGUAGCUCAGUUGGDAGAGCAUGCGACUGAAAAUCGCAGUGUCGGCGGUUCGAUUCCGCCCCUCGGCA
1276 3V11_D  tRNA  Sec  UCA  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1277 4DR1_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1278 4DR2_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1279 4DR3_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1280 4DUY_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUCUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1281 4DUZ_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUCUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1282 4DV0_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCGGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1283 4DV1_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCGGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1284 4DV2_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUAAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1285 4DV3_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUAAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1286 4DV4_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAGAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1287 4DV5_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAGAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1288 4DV6_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAGGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1289 4DV7_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAGGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1290 4JI0_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1291 4JI1_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1292 4JI2_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1293 4JI3_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCPPUCU
1294 4JI4_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGUGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1295 4JI5_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1296 4JI6_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1297 4JI7_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1298 4JI8_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1299 4JYZ_B  tRNA  Gln  㑆UG  Escherichia coli  Cytoplasm  GGGUA4CGCCAAGC#GDAAGGCACCGGUJU㑆UGɿPACCGGCACGCAGGTPCGAAUCCUGCUACCCCAGCCA
1300 4KVB_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGAGGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCACPPUCU
1301 4LF4_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCACPPUCU
1302 4LF5_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCACPPUCU
1303 4LF6_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCAUCU
1304 4LF7_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCPUCU
1305 4LF8_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCPUCU
1306 4LF9_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1307 4LFA_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1308 4LFB_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1309 4LFC_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1310 4NXM_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCCGCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1311 4NXN_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCCGCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1312 4P5J_A  tRNA  Ser  CGA  White bream virus  Cytoplasm  GCUCGCCAGUUAGCGAGGUCUGUCUCGACACGACAGAUAAUCGGGUGCAACUCCCGCCCCUCUUCCGAGGGUCAUCGGAACCҔ
1313 4WPO_FB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1314 4WPO_MD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1315 4WQF_DB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGUCGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1316 4WQF_EB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1317 4WQF_JD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGUCGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1318 4WQF_KD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1319 4WQU_DB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGUCGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1320 4WQU_EB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1321 4WQU_KD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGUCGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1322 4WQU_LD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1323 4WQY_DB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1324 4WQY_ID  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1325 4WRA_ZB  tRNA  Tyr  GUA  Escherichia coli  Cytoplasm  GUGGGGUUCCCGAGCGGCCAAAGGGAGCAGACUGUA*APCUGCCGUCAUCGACUUCGAAGGUUCGAAUCCUUCCCCCACCACCA
1326 4WSD_AC  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGUCGGUAGAGCAGGGGAPUGAAAAUCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1327 4WZO_YB  tRNA  Met  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCCGGUAGCUCGUCGGGBUCAUAACCCGAAG7UCGUCGGUPCAAAUCCGGCCCCCGCAACCA
1328 4Y4O_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1329 4Y4O_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1330 4Y4P_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1331 4Y4P_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1332 4YBB_VB  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCURCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAAC㑂APAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGЖAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGRGGADAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGPPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1333 4Z3S_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1334 4Z3S_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1335 4Z8C_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1336 4Z8C_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1337 5BR8_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1338 5CCX_C  tRNA  Lys  !UU  Homo sapiens  Cytoplasm  GCCCGGAUAGCUCAGUCGGUAGAGCAUCAGACUUUUAAUCUGAGGGUCCAGGGUUCAѢGUCCCUGUUCGGGCGCCA
1339 5DFE_LA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1340 5DFE_GB  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1341 5DOX_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1342 5DOX_FC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1343 5DOY_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1344 5DOY_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1345 5E7K_AC  tRNA  Lys  !UU  Escherichia coli  Cytoplasm  GGUCGUUAGCUCAGUUGGUAGAGCAGUUGACUUUUAAPCAAUUGGUCGCAGGTPCGAAUCCUGCACGACCCACCA
1346 5EL4_AC  tRNA  Lys  !UU  Escherichia coli  Cytoplasm  GGUCGUUAGCUCAGGGUAGAGCAGUUGACUUUUAAPCAAUUGGUCGCAGGUUCGAAUCCUGCACGACCCACCA
1347 5EL5_AC  tRNA  Lys  !UU  Escherichia coli  Cytoplasm  GGUCGUUAGCUCAGUUGGUAGAGCAGUUGACUUUUAAPCAAUUGGUCGCAGGUUCGAAUCCUGCACGACCCACCA
1348 5EL7_AC  tRNA  Lys  !UU  Escherichia coli  Cytoplasm  GGUCGUUAGCCAGUUGGUAGAGCAGUUGACUUUU6APCAAUUGGUCGCAGGUUCGAAUCCUGCACGACCCACCA
1349 5F8K_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1350 5F8K_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1351 5FDU_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1352 5FDU_HC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1353 5FDV_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1354 5FDV_IC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1355 5HCP_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1356 5HCP_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1357 5HCQ_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1358 5HCQ_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1359 5HCR_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1360 5HCR_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1361 5HD1_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1362 5HD1_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1363 5IB8_YB  tRNA  Lys  !UU  Thermus thermophilus  Cytoplasm  GGUCGUUAGCUCAUGGAGCAGUUGACUUUUAAUCAAUUGCGCAGGTPCGAAUCCUGCACGACCCA
1364 5IBB_YB  tRNA  Lys  !UU  Thermus thermophilus  Cytoplasm  GGUGAUUAGCUCAUGGAGCACCUCCCUUACAAGGAGGGGCGGCGGTPCGAUCCCGUCAUCACCCACCA
1365 5IT8_JB  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCURCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAAC㑂APAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGЖAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGRGGADAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGPPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1366 5J4B_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1367 5J4B_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1368 5J4C_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1369 5J4C_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1370 5J5B_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCURCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAAC㑂APAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGЖAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGRGGADAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGPPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1371 5J7L_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCURCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAAC㑂APAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGЖAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGRGGADAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGPPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1372 5J88_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCURCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAAC㑂APAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGЖAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGRGGADAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGPPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1373 5J8A_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCURCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAAC㑂APAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGЖAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGRGGADAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGPPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1374 5J8B_FB  tRNA  Phe  GAA  Thermus thermophilus  Cytoplasm  CCCGGA4AGCUCAGGGUAGAGCAGGGGAPUGAA*APCCCCGUGUCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1375 5J91_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCURCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAAC㑂APAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGЖAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGRGGADAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGPPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1376 5JC9_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUKPTGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGPGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACЖGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCURCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGPAAC㑂APAACGGUCCUAAGGUAGCGAAATUCCUUGUCGGGUAAGUUCCGAC?UGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGЖAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU7AACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG#GGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGRGGADAACAGGCPGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCABCUCGɿPGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCJGUUCGCCAUUUAAAGUGGUACGCGAGCPGGGUUUAGAACGUCGUGAGACAGPPCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1377 5L4O_A  tRNA  Met  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCUACC
1378 5V8I_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGAGGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1379 5V8I_FC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGAGGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1380 5VPP_ZC  tRNA  Glu  UUC  Escherichia coli  Cytoplasm  GGUGAUUGGCGCAGCCUGGUAGCGCACUUCGUUCGGKGACGAAGGGGUCGGAGGUUCGAAUCCUCUAUCACCGACCA
1381 5VPP_BD  tRNA  Glu  UUC  Escherichia coli  Cytoplasm  CGGUGAUUGGCGCAGCCUGGUAGCGCACUUCGUUCGGKGACGAAGGGGUCGGAGGUUCGAAUCCUCUAUCACCGACCA
1382 5W4K_JC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAU
1383 5WIS_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1384 5WIS_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1385 5WIT_DB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1386 5WIT_HD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1387 5WNQ_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1388 5WNR_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1389 5WNS_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUCCPPUCU
1390 6CAE_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1391 6CAE_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1392 6CFJ_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1393 6CFJ_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1394 6CFK_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1395 6CFK_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1396 6CFL_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1397 6CFL_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1398 6CZR_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1399 6CZR_FC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1400 6FKR_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1401 6FKR_HC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1402 6GSJ_ZB  tRNA  Thr  GGU  Escherichia coli  Cytoplasm  CUGAUAUAGCUCAGUAGAGCGCACCCUUGGUAAGGGUGAGGUCGGCAGTPCGAAUCUGCCUAUCAGCACCA
1403 6N9E_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1404 6N9E_FD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1405 6N9F_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1406 6N9F_FD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1407 6ND5_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1408 6ND5_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1409 6ND6_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1410 6ND6_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1411 6O97_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1412 6O97_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1413 6OF1_DB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1414 6OF1_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1415 6QNQ_AC  tRNA  Met  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGGBUCAUAACCCGAAG7UCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1416 6QNR_CC  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGDCGGUAGAGCAGGGGAPUGAA*APCCCCGU7ѮCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1417 6UO1_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1418 6UO1_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1419 6XHV_DB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1420 6XHV_HD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1421 6XHW_DB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1422 6XHW_HD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1423 6XHX_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1424 6XHX_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1425 6XHY_DB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1426 6XHY_HD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1427 6XQD_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1428 6XQD_DD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1429 6XQE_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1430 6XQE_DD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1431 7AZO_ZB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAUAGCUCAGUCGGUAGAGCAGGGGAPUGAA*APCCCCGUGUCCUUGGTUCGAUUCCGAGUCCGGGCACCA
1432 7AZS_ZB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAUAGCUCAGUCGGUAGAGCAGGGGAPUGAA*APCCCCGUGUCCUUGGTUCGAUUCCGAGUCCGGGCACCA
1433 7JQL_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1434 7JQL_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1435 7JQM_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1436 7JQM_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1437 7MD7_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1438 7MD7_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1439 7RQ8_DB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1440 7RQ8_HD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1441 7RQ9_DB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1442 7RQ9_HD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1443 7U2H_DB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CGGGCG4AGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGTPCGAUUCCCUUCGCCCGCUCCA
1444 7U2H_HD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCGGGCG4AGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGTPCGAUUCCCUUCGCCCGCUCCA
1445 7U2I_DB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CGGGCG4AGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGTPCGAUUCCCUUCGCCCGCUCCA
1446 7U2I_HD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCGGGCG4AGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGTPCGAUUCCCUUCGCCCGCUCCA
1447 7U2J_EB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CGGGCG4AGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGTPCGAUUCCCUUCGCCCGCUCCA
1448 7U2J_JD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCGGGCG4AGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGTPCGAUUCCCUUCGCCCGCUCCA
1449 7VNV_A7  tRNA  Val  JAC  Sulfolobus tokodaii  Cytoplasm  GGCC4ACG4CRUCPA(CBUGGUUAGGACRCCGCCBUJACAAGGCGGAGGѮ??UGGG2PBOѢGUCCCAGCGGGCCCACCA
1450 7VNV_B  tRNA  Val  JAC  Sulfolobus tokodaii  Cytoplasm  GGGCC4ACG4CRUCPA(CBUGGUUAGGACRCCGCCBUJACAAGGCGGAGGѮ??UGGG2PBOѢGUCCCAGCGGGCCCACCA
1451 7VNW_A  tRNA  Val  JAC  Sulfolobus tokodaii  Cytoplasm  GGCC4ACGUCRUCPA(CBUGGUUAGGACRCCGCCBUJACAAGGCGGAGGU??UGGGUPBOѢGUCCCAGCGGGCCCACCA
1452 7VNW_B  tRNA  Val  JAC  Sulfolobus tokodaii  Cytoplasm  GGGCC4ACGUCRUCPA(CBUGGUUAGGACRCCGCCBUJACAAGGCGGAGGU??UGGGUPBOѢGUCCCAGCGGGCCCACCA
1453 8CVJ_EB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1454 8CVJ_JD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1455 8CVK_EB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1456 8CVK_JD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1457 8CVL_EB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA4AGCUCAGGGUAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1458 8CVL_JD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA4AGCUCAGGGAGAGCAGGGGAPUGAA*APCCCCGU7UCCUUGGTPCGAUUCCGAGUCCGGGCACCA
1459 8EKB_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1460 8EKB_DD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1461 8EV6_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1462 8EV6_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1463 8EV7_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1464 8EV7_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1465 8FC1_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1466 8FC1_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1467 8FC2_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1468 8FC2_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1469 8FC3_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1470 8FC3_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1471 8FC4_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1472 8FC4_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1473 8FC5_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1474 8FC5_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1475 8FC6_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1477 8FC6_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGPGCCAGCAGCC7CGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAR?AACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGRCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC?GλC?GU?ACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGδAACAAGGUAGCUGUACCGGζζGGUGCGGCUGGAUC
1478 8JOZ_B  tRNA  Ser  NGA  Escherichia coli  Cytoplasm  GAAGUG4GGCCGAGC#GDDGAAGGCACCGGUBUѮGAZJSAACCGGCGACCCGAAAGGGUUCCAGAGTPCGAAUCUCUGCGCUUCCGCCA
1479 1D4R_C  other    synthetic construct    ƇGUGACCUCCCGGGAGCGGGGGACCACUA
1480 1DUH_A  other    synthetic construct    UCUGUUUACCAGGUCAGGUCCGGAAGGAAGCAGCCAAGGCAGAȺ
1481 1DUL_A  other    synthetic construct    GCUCUGUUUACCAGGUCAGGUCCGAAAGGAAGCAGCCAAGGCAGAGCѮ
1482 1F1T_A  other    synthetic construct    GA㑐CCCGAC㑐GGCGAGAGCCAGG㑐AACGAA㑐GGA㑐CC
1483 1HQ1_A  other    synthetic construct    GCUCUGUUUACCAGGUCAGGUCCGAAAGGAAGCAGCCAAGGCAGAGCѮ
1484 1I7J_A  other    synthetic construct    #B#B#
1485 1I7J_B  other    synthetic construct    B#B#B#
1486 1JBS_A  other    synthetic construct    #BJBBUCAGUACGAUAGGAACC##ʍ#B#
1487 1JBS_B  other    synthetic construct    B#BJBBUCAGUACGAUAGGAACC##ʍ#B#
1488 1JID_A  other    synthetic construct    G㑐GACC㑐CCCGGGAGCGGGGGACCACUҔ
1489 1JZV_B  other    synthetic construct    AGUACG㐮C
1490 1JZV_D  other    synthetic construct    CAGUACG㐮C
1491 1K8W_A  other    synthetic construct    GCAACGGU㑅CGAUCCCGUUGC
1492 1KFO_A  other    synthetic construct    AAUGCCUGCGAGCA㑐CCC
1493 1L9A_A  other    synthetic construct    ACACUAAGUUCGGCAUCAAUAUGGUGACCUCCCGGGAGCGGGGGACCACCAGGUUGCCUAGAGGGGUGAACCGGCCCAGGUCGGAAACGGAGCAGGUCAAAACUCCCGUGCUGAUCAGUAGUGUѮ
1494 1LNT_B  other    synthetic construct    GGAAGCAG㐬GC
1495 1MFQ_A  other    synthetic construct    ACACUAAGUUCGGCAUCAAUAUGGUGACCUCCCGGGAGCGGGGGACCACCAGGUUGCCUAAGGAGGGGUGAACCGGCCCAGGUCGGAAACGGAGCAGGUCAAAACUCCCGUGCUGAUCAGUAGUGUѮ
1496 1NJM_B  other    synthetic construct    GGGCUAAGCCGCUUAGCUCCACC㐤
1497 1NJP_B  other    synthetic construct    GGGCUAAGCCGCUUAGCUCCACC㐤
1498 1QBP_A  other    synthetic construct    G㐬㐬AGUUCGCUGGC
1499 1QBP_B  other    synthetic construct    UG㐬㐬AGUUCGCUGGC
1500 1QBP_C  other    synthetic construct    UG㐬㐬AGUUCGCUGGC
1501 1QBP_D  other    synthetic construct    UG㐬㐬AGUUCGCUGGC
1502 1QBP_E  other    synthetic construct    UG㐬㐬AGUUCGCUGGC
1503 1QBP_F  other    synthetic construct    UG㐬㐬AGUUCGCUGGC
1504 1QZW_A  other    synthetic construct    GCCGGGGGAACCGGCCAGGCCCGGAAGGGAGCAACCGUGCCCGGUѮ
1505 1QZW_B  other    synthetic construct    GTPGCCGGGGGAACCGGCCAGGCCCGGAAGGGAGCAACCGUGCCCGGUѮ
1506 1QZW_C  other    synthetic construct    GTPGCCGGGGGAACCGGCCAGGCCCGGAAGGGAGCAACCGUGCCCGGUѮ
1507 1QZW_D  other    synthetic construct    GTPGCCGGGGGAACCGGCCAGGCCCGGAAGGGAGCAACCGUGCCCGGUѮ
1508 1RLG_A  other    synthetic construct    C㑐C㑐GACCGAAAGGCGUGA㑐GAGC
1509 1RLG_B  other    synthetic construct    GC㑐C㑐GACCGAAAGGCGUGA㑐GAGC
1510 1S77_C  other    synthetic construct    CACGGCGA㐔
1511 1VQ4_C  other    synthetic construct    C㐂2OPPO2DACC
1512 1VQ5_C  other    synthetic construct    DC㐂2OPPO2ACC
1513 1VQ7_C  other    synthetic construct    C㐂2OPPAEACC
1514 1VQL_C  other    synthetic construct    C㐤TSEDACC
1515 1VQM_C  other    synthetic construct    C㐤PO2DACC
1516 1VQP_C  other    synthetic construct    DC㐤HFAPO2ACC
1517 1XMO_C  other    synthetic construct    ACU{UU6AUC
1518 1XMQ_C  other    synthetic construct    ACUUUU6AUC
1519 1Y27_A  other    synthetic construct    GAUCAUAUAAUCGCGUGGAUAUGGCACGCAAGUUUCUACCGGGCACCGUAAAUGUCCGACUAUGGUѮ
1520 1Y3O_A  other    synthetic construct    U㑐GCUGAAGUGCACACAGCAAG
1521 1Y3O_B  other    synthetic construct    CU㑐GCUGAAGUGCACACAGCAAG
1522 1Y3S_A  other    synthetic construct    U㑐GCUGAAGUGCACACAGCAAG
1523 1Y3S_B  other    synthetic construct    CU㑐GCUGAAGUGCACACAGCAAG
1524 1Y90_A  other    synthetic construct    㑐UGCUGAGGUGCACACAGCAAG
1525 1Y90_B  other    synthetic construct    C㑐UGCUGAGGUGCACACAGCAAG
1526 1YVP_B  other    synthetic construct    㑑GAC㑑AGCC
1527 1YVP_D  other    synthetic construct    㑑㑑GAC㑑AGCC
1528 1YXP_A  other    synthetic construct    U㑐GCUGAAGUGCACACAGCAAG
1529 1YXP_B  other    synthetic construct    CU㑐GCUGAAGUGCACACAGCAAG
1530 1YY0_B  other    synthetic construct    CAGA㐦UUAAAUCUGC
1531 1YZD_A  other    synthetic construct    CAGA㐧UUAAGUCUGC
1532 1YZD_B  other    synthetic construct    GCAGA㐧UUAAGUCUGC
1533 1YZD_C  other    synthetic construct    GCAGA㐧UUAAGUCUGC
1534 1Z79_A  other    synthetic construct    CAGA㐧UUAAAUCUGC
1535 1Z79_B  other    synthetic construct    GCAGA㐧UUAAAUCUGC
1536 1Z79_C  other    synthetic construct    GCAGA㐧UUAAAUCUGC
1537 1ZCI_A  other    synthetic construct    㑐UGCUGAAGUGCACACAGCAAG
1538 1ZCI_B  other    synthetic construct    C㑐UGCUGAAGUGCACACAGCAAG
1539 1ZCI_C  other    synthetic construct    C㑐UGCUGAAGUGCACACAGCAAG
1540 1ZCI_D  other    synthetic construct    C㑐UGCUGAAGUGCACACAGCAAG
1541 1ZE2_A  other    synthetic construct    GCCACGGU㑅CGAAUCCGUGGC
1542 1ZE2_B  other    synthetic construct    GGCCACGGU㑅CGAAUCCGUGGC
1543 1ZL3_A  other    synthetic construct    GCAACGGUNCGAUCCCGUUGC
1544 2A0P_A  other    synthetic construct    C㐨CGGGG
1545 2A0P_B  other    synthetic construct    CC㐨CGGGG
1546 2AB4_A  other    synthetic construct    CACGGU㑅CGAAUCCGUGGC
1547 2ANR_A  other    synthetic construct    㑐CGCGGAUCAGUCACCCAAGCGAG
1548 2AO5_A  other    synthetic construct    GCG㑐GCGCU
1549 2AO5_B  other    synthetic construct    GGCG㑐GCGCU
1550 2AO5_C  other    synthetic construct    GGCG㑐GCGCU
1551 2AO5_D  other    synthetic construct    GGCG㑐GCGCU
1552 2AZ0_A  other    synthetic construct    CA㑐GGACGCG㑐CCA㑐GC
1553 2AZ0_B  other    synthetic construct    GCA㑐GGACGCG㑐CCA㑐GC
1554 2AZ2_A  other    synthetic construct    CA㑐GGACGCG㑐CCA㑐GC
1555 2AZ2_B  other    synthetic construct    GCA㑐GGACGCG㑐CCA㑐GC
1556 2B3J_A  other    synthetic construct    UGACU㐣CGGAUCAA
1557 2B3J_B  other    synthetic construct    UUGACU㐣CGGAUCAA
1558 2B3J_C  other    synthetic construct    GACU㐣CGG
1559 2B3J_D  other    synthetic construct    UUUGACU㐣CGGAUCAA
1560 2B63_A  other    synthetic construct    AGCACUGAU㑐GCGG㑐CGAGGUAGC㑐㑐GAUG
1561 2BU1_D  other    synthetic construct    AUGAGGAU㑐ACCCAUG
1562 2BU1_E  other    synthetic construct    CAUGAGGAU㑐ACCCAUG
1563 2C4Q_D  other    synthetic construct    AUGAGGAU㑋ACCCAUG
1564 2C4Q_E  other    synthetic construct    CAUGAGGAU㑋ACCCAUG
1565 2C4Y_D  other    synthetic construct    AUGAGGAU2ACCCAUG
1566 2C4Y_E  other    synthetic construct    UGAGGAU2ACCCA
1567 2C4Z_D  other    synthetic construct    AUGAGGA22ACCCAUG
1568 2C4Z_E  other    synthetic construct    UGAGGA22ACCCA
1569 2CZJ_E  other    synthetic construct    GGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGGTPCGACUCCCACCACCUCC
1570 2CZJ_G  other    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGGTPCGACUCCCACCACCUCC
1571 2DLC_A  other    synthetic construct    UCUCGGUALCCAAGU#GGAAGGCRCAAGAUGPAЧAPCUUGAGGU?GGGCGTPCGѢCUCGCCCCCGGGAGACCA
1572 2E9T_B  other    synthetic construct    GGCCCN
1573 2E9T_D  other    synthetic construct    GGGCCCN
1574 2FCX_A  other    synthetic construct    U㑐GCUGAAGUGCACACAGCAAG
1575 2FCX_B  other    synthetic construct    CU㑐GCUGAAGUGCACACAGCAAG
1576 2FCY_A  other    synthetic construct    U㑐GCUGAAGUGCACACAGCAAG
1577 2FCY_B  other    synthetic construct    CU㑐GCUGAAGUGCACACAGCAAG
1578 2FCZ_A  other    synthetic construct    U㑐GCUGAAGUGCACACAGCAAG
1579 2FCZ_B  other    synthetic construct    CU㑐GCUGAAGUGCACACAGCAAG
1580 2FCZ_C  other    synthetic construct    CU㑐GCUGAAGUGCACACAGCAAG
1581 2FCZ_D  other    synthetic construct    CU㑐GCUGAAGUGCACACAGCAAG
1582 2FD0_A  other    synthetic construct    U㑐GCUGAAGUGCACACAGCAAG
1583 2FD0_B  other    synthetic construct    CU㑐GCUGAAGUGCACACAGCAAG
1584 2FMT_A  other    synthetic construct    GCGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1585 2FMT_B  other    synthetic construct    CGCGGGG4GGAGCAGCCUGGDAGCUCGUCGGGBUCAUAACCCGAAGAUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1586 2GCS_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGAҔ
1587 2GCV_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGAҔ
1588 2GDI_A  other    synthetic construct    GACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUѮ
1589 2GDI_B  other    synthetic construct    GTPGACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUѮ
1590 2H0S_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGAҔ
1591 2H0W_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGAҔ
1592 2H0X_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGAҔ
1593 2HO6_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGAҔ
1594 2HO7_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGAҔ
1595 2HOJ_A  other    synthetic construct    CGACUCGGGGUGCCCUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCҔ
1596 2IZ9_D  other    synthetic construct    UGAGGAU㑊ACCCAU
1597 2IZ9_E  other    synthetic construct    AUGAGGAU㑊ACCCAU
1598 2JLT_B  other    synthetic construct    GAGCCUGGGAGC㑐CC
1599 2OEU_B  other    synthetic construct    GCGUBCUGG㑐AUCCAAUCDC
1600 2PN3_B  other    synthetic construct    CG㑐GUCGUGCAGCC㑐CCGG
1601 2PN4_B  other    synthetic construct    CG㑐GUCGUGCAGCC㑐CCGG
1602 2PN4_D  other    synthetic construct    GCG㑐GUCGUGCAGCC㑐CCGG
1603 2R1S_A  other    synthetic construct    CGUU㑐GAAACGC
1604 2R1S_B  other    synthetic construct    GCGUU㑐GAAACGC
1605 2R20_A  other    synthetic construct    CGUU㑐GAAACGC
1606 2R20_B  other    synthetic construct    GCGUU㑐GAAACGC
1607 2R21_A  other    synthetic construct    CGUU㑐GAAACGC
1608 2R21_B  other    synthetic construct    GCGUU㑐GAAACGC
1609 2X2Q_B  other    synthetic construct    㐹㑒㐹㐜㐹㐹
1610 2X2Q_D  other    synthetic construct    㐹㐹㑒㐹㐜㐹㐹
1611 2XD0_D  other    synthetic construct    UUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGAҔ
1612 2XD0_E  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGAҔ
1613 2XD0_F  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGAҔ
1614 2XD0_G  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGAҔ
1615 2XD0_H  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGAҔ
1616 2XD0_I  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGAҔ
1617 2XDB_B  other    synthetic construct    UUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGAҔ
1618 2XDD_D  other    synthetic construct    UUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGAҔ
1619 2XDD_E  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGAҔ
1620 2XDD_F  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGAҔ
1621 310D_A  other    synthetic construct    #B#B#
1622 310D_B  other    synthetic construct    B#B#B#
1623 3B4A_B  other    synthetic construct    GCUUUAAGUUGACGAGAGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGAҔ
1624 3B5F_C  other    synthetic construct    CGUGGU㐏CAUUACCUGCC
1625 3B5S_C  other    synthetic construct    CGUGGU㐏CAUUACCUGCC
1626 3B91_C  other    synthetic construct    CGUGGU㐙CAUUACCUGCC
1627 3BBI_C  other    synthetic construct    CGUGGU㐙CAUUACCUGCC
1628 3BNO_A  other    synthetic construct    CGUCACC㑐CGAACAAGUCGC
1629 3BNO_B  other    synthetic construct    GCGUCACC㑐CGAACAAGUCGC
1630 3BNO_C  other    synthetic construct    GCGUCACC㑐CGAACAAGUCGC
1631 3BNO_D  other    synthetic construct    GCGUCACC㑐CGAACAAGUCGC
1632 3BNQ_D  other    synthetic construct    CGUCACC㑐CGAGCAAGUCGC
1633 3BNR_D  other    synthetic construct    CGUCACC㑐CGAGCAAGUCGC
1634 3BNS_D  other    synthetic construct    CGUCACC㑐CGAGCAAGUCGC
1635 3BNT_A  other    synthetic construct    GCGUCACC㑐CGAGCAAGUCGC
1636 3BO4_A  other    synthetic construct    GCCGUGUGCCUUGCGCCGGGAAACCACGCAAGGGAUGGUGUCAAAUUCGGCGAAACCUAAGCGCCCGCCCGGGCGUAUGGCAACGCCGAGCCAAGCUUCGCAGCCAUUGCACUCCGGCUGCGAUGAAGGUGUAGAGACUAGACGGCACCCACCUAAGGCAAACGCUAUGGUGAAGGCAUAGUCCAGGGAGUGGCGҔ
1637 3BSN_C  other    synthetic construct    GCCCGGG㐯
1638 3BT7_C  other    synthetic construct    CUGUGTUCGAUCCACAGC
1639 3BT7_D  other    synthetic construct    GCUGUGTUCGAUCCACAGC
1640 3CJZ_A  other    synthetic construct    GACGRACGUCCU
1641 3CJZ_B  other    synthetic construct    GGACGRACGUCCU
1642 3DH3_B  other    synthetic construct    GAACGUCGUGAGACAG㑅UCGG
1643 3DH3_D  other    synthetic construct    AGAACGUCGUGAGACAG㑅UCGG
1644 3DH3_F  other    synthetic construct    AGAACGUCGUGAGACAG㑅UCGG
1645 3DH3_H  other    synthetic construct    AGAACGUCGUGAGACAG㑅UCGG
1646 3DIG_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUѮ
1647 3DIL_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUѮ
1648 3DIM_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUѮ
1649 3DIO_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUѮ
1650 3DIQ_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUѮ
1651 3DIR_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUѮ
1652 3DIS_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUѮ
1653 3DIX_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUѮ
1654 3DIY_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUѮ
1655 3DIZ_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUѮ
1656 3DJ0_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUѮ
1657 3DJ2_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUѮ
1658 3DVV_A  other    synthetic construct    UJGCUGAAGUGCACACAGCAAG
1659 3DVV_B  other    synthetic construct    CUJGCUGAAGUGCACACAGCAAG
1660 3DW4_A  other    synthetic construct    GCJCCUAGUACGAGAGGACCGGAGUG
1661 3DW5_A  other    synthetic construct    GCUCCUAGJACGAGAGGACCGGAGUG
1662 3F2Q_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUUѮ
1663 3F2T_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUUѮ
1664 3F2W_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUUѮ
1665 3F2X_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUUѮ
1666 3F2Y_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUUѮ
1667 3F30_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUUѮ
1668 3HAX_E  other    synthetic construct    UAAUU㑅GACUCAA
1669 3HAY_F  other    synthetic construct    UAAUU㑅GACUCAA
1670 3HGA_A  other    synthetic construct    㑉CGCG
1671 3HHN_B  other    synthetic construct    CCAGUAGGAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGCUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUGҔ
1672 3HHN_D  other    synthetic construct    UCCAGUAGGAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGCUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUGҔ
1673 3HJW_E  other    synthetic construct    AGCG㑅GCGGUUU
1674 3I5Y_B  other    synthetic construct    UU㑐UUUUUU
1675 3IBK_B  other    synthetic construct    㑐AGGGUUAGGGU
1676 3IIN_B  other    synthetic construct    GCCGUGUGCCUUGCGCCGGGAAACCACGCAAGGGAUGGUGUCAAAUUCGGCGAAACCUAAGCGCCCGCCCGGGCGUAUGGCAACGCCGAGCCAAGCUUCGCAGCCAUUGCACUCCGGCUGCGAUGAAGGUGUAGAGACUAGACGGCACCCACCUAAGGCAAACGCUAUGGUGAAGGCAUAGUCCAGGGAGUGGCGҔ
1677 3LOA_B  other    synthetic construct    GG㑐GGUGAAGUCGUAACGCGGC
1678 3LQX_B  other    synthetic construct    GCUCUGUUUACCAGGUCAGGUCCGAAAGGAAGCAGCCAAGGCAGAGCѮ
1679 3LWO_E  other    synthetic construct    AGCG㑐GCGGUUU
1680 3LWQ_E  other    synthetic construct    AGCGδGCGGUUU
1681 3MEI_A  other    synthetic construct    CGCCGCGCCA㑐GCCUGUGGCGG
1682 3MEI_B  other    synthetic construct    CCGCCGCGCCA㑐GCCUGUGGCGG
1683 3MJ0_B  other    synthetic construct    GUUACGCJ
1684 3NCU_D  other    synthetic construct    ƇACGCUAGCGUC
1685 3O6E_B  other    synthetic construct    CGAAUAUUCGCUJ
1686 3O7V_B  other    synthetic construct    CGAAUAUUCGCUJ
1687 3O8C_B  other    synthetic construct    㑐UUUU
1688 3O8R_B  other    synthetic construct    㑐UUUU
1689 3OWI_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUѮ
1690 3OWW_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUѮ
1691 3OWZ_B  other    synthetic construct    GCUCUGGAGAGAACCGUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUѮ
1692 3OX0_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUѮ
1693 3OXB_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCCCAGGCAAAAGGACAGAGUѮ
1694 3OXD_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAUCGGUCGCCGAACGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUGAGGCAAAAGGACAGAGUѮ
1695 3OXE_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUѮ
1696 3OXJ_A  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUѮ
1697 3OXJ_B  other    synthetic construct    ƇGCUCUGGAGAGAACCGUUUAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUѮ
1698 3OXM_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUѮ
1699 3R1D_A  other    synthetic construct    C㐸GCGGCGGC
1700 3R1D_B  other    synthetic construct    GC㐸GCGGCGGC
1701 3R1D_C  other    synthetic construct    GC㐸GCGGCGGC
1702 3R1D_D  other    synthetic construct    GC㐸GCGGCGGC
1703 3R1D_E  other    synthetic construct    GC㐸GCGGCGGC
1704 3R1E_A  other    synthetic construct    C㐸GCGGC
1705 3R1E_B  other    synthetic construct    GC㐸GCGGC
1706 3R1H_C  other    synthetic construct    GAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGUUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUGҔ
1707 3R1H_F  other    synthetic construct    GTPGAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGUUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUGҔ
1708 3R1L_C  other    synthetic construct    GAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGUUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUGҔ
1709 3R1L_F  other    synthetic construct    GTPGAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGUUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUGҔ
1710 3RW6_B  other    synthetic construct    GCACUAACCUAAGACAGGAGGGCCGGGAAACCUGCCUAAUCCAAUGACGGGUAAUAGUGUѮ
1711 3RW6_C  other    synthetic construct    GTPGCACUAACCUAAGACAGGAGGGCCGGGAAACCUGCCUAAUCCAAUGACGGGUAAUAGUGUѮ
1712 3S49_A  other    synthetic construct    UAUAѮAC
1713 3S49_B  other    synthetic construct    GUAUAѮAC
1714 3S49_C  other    synthetic construct    GUAUAѮAC
1715 3S49_D  other    synthetic construct    GUAUAѮAC
1716 3S49_E  other    synthetic construct    GUAUAѮAC
1717 3S49_F  other    synthetic construct    GUAUAѮAC
1718 3S49_G  other    synthetic construct    GUAUAѮAC
1719 3SKI_B  other    synthetic construct    GCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUѮ
1720 3SKL_A  other    synthetic construct    GCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUѮ
1721 3SKL_B  other    synthetic construct    GTPGCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUѮ
1722 3SKR_A  other    synthetic construct    GCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUѮ
1723 3SKR_B  other    synthetic construct    GTPGCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUѮ
1724 3SKT_A  other    synthetic construct    GCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUѮ
1725 3SKT_B  other    synthetic construct    GTPGCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUѮ
1726 3SKW_A  other    synthetic construct    GCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUѮ
1727 3SKW_B  other    synthetic construct    GTPGCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUѮ
1728 3SKZ_A  other    synthetic construct    GCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUѮ
1729 3SKZ_B  other    synthetic construct    GTPGCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUѮ
1730 3SLM_A  other    synthetic construct    GCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUѮ
1731 3SLM_B  other    synthetic construct    GTPGCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUѮ
1732 3SLQ_A  other    synthetic construct    GCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUѮ
1733 3SLQ_B  other    synthetic construct    GTPGCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUѮ
1734 3SUH_A  other    synthetic construct    GACAGAGUAGGUAAACGUGCGUAAAGUGCCUGAGGGACGGGGAGUUGUCCUCAGGACGAACACCGAAAGGUGGCGGUACGUUUACCGCAUCUCGCUGUUѮ
1735 3SUX_A  other    synthetic construct    GACAGAGUAGGUAAACGUGCGUAAAGUGCCUGAGGGACGGGGAGUUGUCCUCAGGACGAACACCGAAAGGUGGCGGUACGUUUACCGCAUCUCGCUGUUѮ
1736 3T1H_W  other    synthetic construct    ACUNUUHAPC
1737 3T1Y_W  other    synthetic construct    ACUNUUHAPC
1738 3T3N_B  other    synthetic construct    JBB#J
1739 3T4B_A  other    synthetic construct    CUCCCGGGAGAGCCGCUAAGGGGGAAACUCUAUGCGGUACUGCCUGAUAGGGUGCUUGCGAGUGCCCCGGGAGGUCUCGUAGҔ
1740 3TD0_A  other    synthetic construct    CGUCGCG㑐CGACGAAGUCGC
1741 3TD0_B  other    synthetic construct    UUGCGUCGCG㑐CGACGAAGUCGC
1742 3TD1_A  other    synthetic construct    GCGUCGCG㑐CGACGAAGUCGC
1743 3TD1_B  other    synthetic construct    UUGCGUCGCG㑐CGACGAAGUCGC
1744 3ZD4_B  other    synthetic construct    GCGUBCUGGUAUCCAAUCDC
1745 3ZD5_B  other    synthetic construct    GCGUBCUGG㑐AUCCAA㑐CDC
1746 3ZP8_B  other    synthetic construct    GCGUBCUGGUAUCCAAUCDC
1747 406D_A  other    synthetic construct    ACCGGAUGGU㑐CGGUG
1748 406D_B  other    synthetic construct    CACCGGAUGGU㑐CGGUG
1749 430D_A  other    synthetic construct    GGUGCUCAGUACGAGAGGAACCGCA㐬CC
1750 464D_B  other    synthetic construct    GGGC㑑A
1751 464D_D  other    synthetic construct    GGGGC㑑A
1752 4ATO_B  other    synthetic construct    AAUUGGUGUAACCUUACCGUAGUAGGUGCUAAҔ
1753 4E58_A  other    synthetic construct    CC㐹CCGC
1754 4E58_B  other    synthetic construct    GCC㐹CCGC
1755 4E58_C  other    synthetic construct    GCC㐹CCGC
1756 4E78_B  other    synthetic construct    ACCG㐷
1757 4G6P_C  other    synthetic construct    CGUGGU㐣CAUUACCUGCC
1758 4G6S_C  other    synthetic construct    CGUGGU㐣CAUUACCUGCC
1759 4GKJ_W  other    synthetic construct    CC>AUACC
1760 4GXY_A  other    synthetic construct    GCGGCAGGUGCUCCCGACGUCGGGAGUUAAAAGGGAAGCCGGUGCAAGUCCGGCACGGUCCCGCCACUGUGACGGGGAGUCGCCCCUCGGGAUGUGCCACUGGCCCGGCCGGGAAGGCGGAGGGGCGGCGAGGAUCCGGAGUCAGGAAACCUGCCUGCCGUѮ
1761 4JAH_A  other    synthetic construct    UGUAѮAC
1762 4JAH_B  other    synthetic construct    GUGUAѮAC
1763 4JAH_C  other    synthetic construct    GUGUAѮAC
1764 4JAH_D  other    synthetic construct    GUGUAѮAC
1765 4JAH_E  other    synthetic construct    GUGUAѮAC
1766 4JAH_F  other    synthetic construct    GUGUAѮAC
1767 4LGT_B  other    synthetic construct    GAACGUCGUGAGACAGU㑅CG
1768 4LGT_D  other    synthetic construct    GAACGUCGUGAGACAGU㑅CG
1769 4NFP_A  other    synthetic construct    CAG㐖CUUAAGUCUGC
1770 4NFP_B  other    synthetic construct    GCAG㐖CUUAAGUCUGC
1771 4NFP_C  other    synthetic construct    GCAG㐖CUUAAGUCUGC
1772 4NFQ_A  other    synthetic construct    CAG㐐CUUAAGUCUGC
1773 4NFQ_B  other    synthetic construct    GCAG㐐CUUAAGUCUGC
1774 4NFQ_C  other    synthetic construct    GCAG㐐CUUAAGUCUGC
1775 4NYA_A  other    synthetic construct    GACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUѮ
1776 4NYA_B  other    synthetic construct    GTPGACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUѮ
1777 4NYB_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCҔ
1778 4NYC_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCҔ
1779 4NYD_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCҔ
1780 4NYG_A  other    synthetic construct    CGACUCGGGGUGCCCUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCҔ
1781 4P3S_A  other    synthetic construct    CGUCCCG㑐CGACGAAGUCGC
1782 4P3S_B  other    synthetic construct    UGCGUCCCG㑐CGACGAAGUCGC
1783 4P3T_A  other    synthetic construct    UGCGUCCCG㑐CGACGAAGUCGC
1784 4P3T_B  other    synthetic construct    UUGCGUCCCG㑐CGACGAAGUCGC
1785 4P3U_A  other    synthetic construct    CGUCUCG㑐CGACGAAGUCGC
1786 4P3U_B  other    synthetic construct    UGCGUCUCG㑐CGACGAAGUCGC
1787 4P3U_C  other    synthetic construct    UGCGUCUCG㑐CGACGAAGUCGC
1788 4P3U_D  other    synthetic construct    GCGUCUCG㑐CGACGAAGUCGC
1789 4PCJ_A  other    synthetic construct    UGCPGGCUAAGGCAUGAAAGUGCUAUGCCUGCUG
1790 4PLX_A  other    synthetic construct    GAAGGUUUUUCUUUUCCUGAGGCGAAAGUCUCAGGUUUUGCUUUUUGGCCUUUCUUAAAAAAAAAAAAAGCAAAҔ
1791 4PLX_B  other    synthetic construct    GTPGAAGGUUUUUCUUUUCCUGAGGCGAAAGUCUCAGGUUUUGCUUUUUGGCCUUUCAAAAAAAAAAAAGCAAAҔ
1792 4PLX_C  other    synthetic construct    GTPGAAGGUUUUUCUUUUCCUGAGGCGAAAGUCUCAGGUUUUGCUUUUUGGCCUUUAAAAAAAAAAAGCAAAҔ
1793 4RMO_B  other    synthetic construct    AGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGҔ
1794 4RMO_D  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGҔ
1795 4RMO_F  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGҔ
1796 4RMO_H  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGҔ
1797 4RMO_J  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGҔ
1798 4RMO_L  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGҔ
1799 4RMO_N  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGҔ
1800 4RMO_P  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGҔ
1801 4TS0_B  other    synthetic construct    CAGCCGGCUUGUUGAGUAGAGUGUGAGCUCCGUAACUGGUCGCGUѮ
1802 4TS2_B  other    synthetic construct    CAGCCGGCUUGUUGAGUAGAGUGUGAGCUCCGUAACUGGUCGCGUѮ
1803 4UYJ_E  other    synthetic construct    GGGCUAGGCCGGGGGGUUCGGCGUCCCCUGUAACCGGAAACCGCCGAUAUGCCGGGGCCGAAGCCCGAGGGGCGGUUCCCGUAAGGGUUCCCACCCUCGGGCGUGCCUѮ
1804 4UYJ_F  other    synthetic construct    GGGGCUAGGCCGGGGGGUUCGGCGUCCCCUGUAACCGGAAACCGCCGAUAUGCCGGGGCCGAAGCCCGAGGGGCGGUUCCCGUAAGGGUUCCCACCCUCGGGCGUGCCUѮ
1805 4UYK_C  other    synthetic construct    GGGCUAGGCCGGGGGGUUCGGCGUCCCCUGUAACCGGAAACCGCCGAUAUGCCGGGGCCGAAGCCCGAGGGGCGGUUCCCGAAGCCGCCUCUGUAAGGAGGCGGUGGAGGGUUCCCACCCUCGGGCGUGCCUѮ
1806 4V8X_EC  other    synthetic construct    AAAUGJʍʍA
1807 4WFL_A  other    synthetic construct    GCCGUGCUAAGCGGGGAGGUAGCGGUGCCCUGUACCUGCAAUCCGCUCUAGCAGGGCCGAAUCCCUUCUCGAGGUUCGGUAACGAAUCGACAGAAGGUGCACGGUѮ
1808 4WFM_A  other    synthetic construct    GCCGUGCUAAGCGGGGAGGUAGCGGUGCCCUGUACCUGCAAUCCGCUCUAGCAGGGCCGAAUCCCUUCUCGAGGUGGUAACAUCGACAGAAGGUGCACGGUѮ
1809 4WFM_B  other    synthetic construct    GTPGCCGUGCUAAGCGGGGAGGUAGCGGUGCCCUGUACCUGCAAUCCGCUCUAGCAGGGCCGAAUCCCUUCUCGAGGUGGUAACAUCGACAGAAGGUGCACGGUѮ
1810 4X62_W  other    synthetic construct    ACUNUUHAPC
1811 4X64_W  other    synthetic construct    ACUNUUHAPC
1812 4X65_W  other    synthetic construct    ACUNUUHAPC
1813 4X66_W  other    synthetic construct    ACUNUUHAPC
1814 4XW0_A  other    synthetic construct    CCU㐹CCUGC
1815 4XW0_B  other    synthetic construct    GCCU㐹CCUGC
1816 4XW1_A  other    synthetic construct    CCU㐹CCUG
1817 4Y27_A  other    synthetic construct    GCUCCUAGUACGA#㐗GGACCGGAGUG
1818 4Z4F_C  other    synthetic construct    AAUGUGA㐏A
1819 5AOX_F  other    synthetic construct    ƇGCCGGGCGCGGUGGCUCACGCCUGUAAUCCCAGCACUUUGGGAGGCCGAGGCGGGAGGAUCGCGAACACGCGAGACCCCGUCUCUA
1820 5BJO_A  other    synthetic construct    GCGCGAGGAAGGAGG㑑CUGAGGAGGUCACUGCGCC
1821 5BJO_B  other    synthetic construct    GGCGCGAGGAAGGAGG㑑CUGAGGAGGUCACUGCGCC
1822 5BTE_B  other    synthetic construct    㑕㑕UUU
1823 5BTE_C  other    synthetic construct    U㑕㑕UUU
1824 5D8T_B  other    synthetic construct    㐬GAAU5MUCG
1825 5DGV_GF  other    synthetic construct    C㐓PROPRO
1826 5DGV_HF  other    synthetic construct    CC㐓PROPRO
1827 5DHB_A  other    synthetic construct    㑒㐹UACA
1828 5DHB_B  other    synthetic construct    LCC㑒㐹UACA
1829 5DHB_C  other    synthetic construct    LCC㑒㐹UACA
1830 5DHB_D  other    synthetic construct    LCC㑒㐹UACA
1831 5DHC_A  other    synthetic construct    LCC㐜㐹ACUUAAGUCU
1832 5DHC_B  other    synthetic construct    LCCLCC㐜㐹ACUUAAGUCU
1833 5DHC_C  other    synthetic construct    LCCLCC㐜㐹ACUUAAGUCU
1834 5DHC_D  other    synthetic construct    LCCLCC㐜㐹ACUUAAGUCU
1835 5DO5_A  other    synthetic construct    GCGAAUUAF2㐻CG
1836 5DUN_A  other    synthetic construct    UUUJAAUGAAGCCACAGGCUGUGAGGGUCCUAAGCCCCUAAUUCAGAAGGGAA
1837 5GUH_B  other    synthetic construct    AUUUUUJ
1838 5HAU_EB  other    synthetic construct    CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1839 5HAU_KD  other    synthetic construct    GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1840 5HBW_A  other    synthetic construct    㑒㐹UACA
1841 5HBW_B  other    synthetic construct    LCC㑒㐹UACA
1842 5HBX_A  other    synthetic construct    LCC㐜㐹ACUUAAGUCU
1843 5HBX_B  other    synthetic construct    LCCLCC㐜㐹ACUUAAGUCU
1844 5HBX_C  other    synthetic construct    LCCLCC㐜㐹ACUUAAGUCU
1845 5HBX_D  other    synthetic construct    LCCLCC㐜㐹ACUUAAGUCU
1846 5HBY_A  other    synthetic construct    LCCLCC㐹ACUUAAGUC
1847 5HN2_A  other    synthetic construct    UA>GUAC
1848 5HN2_B  other    synthetic construct    GUA>GUAC
1849 5HN2_C  other    synthetic construct    GUA>GUAC
1850 5HN2_D  other    synthetic construct    GUA>GUAC
1851 5HN2_E  other    synthetic construct    GUA>GUAC
1852 5HN2_F  other    synthetic construct    GUA>GUAC
1853 5HNJ_A  other    synthetic construct    UA>GUAC
1854 5HNJ_B  other    synthetic construct    GUA>GUAC
1855 5HNJ_C  other    synthetic construct    GUA>GUAC
1856 5HNJ_D  other    synthetic construct    GUA>GUAC
1857 5HNJ_E  other    synthetic construct    GUA>GUAC
1858 5HNJ_F  other    synthetic construct    GUA>GUAC
1859 5HNQ_A  other    synthetic construct    UA>GUAC
1860 5HNQ_B  other    synthetic construct    GUA>GUAC
1861 5HNQ_C  other    synthetic construct    GUA>GUAC
1862 5HNQ_D  other    synthetic construct    GUA>GUAC
1863 5HNQ_E  other    synthetic construct    GUA>GUAC
1864 5HNQ_F  other    synthetic construct    GUA>GUAC
1865 5HNQ_G  other    synthetic construct    GUA>GUAC
1866 5HNQ_H  other    synthetic construct    GUA>GUAC
1867 5HNQ_I  other    synthetic construct    GUA>GUAC
1868 5HNQ_J  other    synthetic construct    GUA>GUAC
1869 5HNQ_K  other    synthetic construct    GUA>GUAC
1870 5HNQ_L  other    synthetic construct    GUA>GUAC
1871 5HNQ_M  other    synthetic construct    GUA>GUAC
1872 5J4D_HA  other    synthetic construct    AAAUGPAAAA
1873 5J4D_LC  other    synthetic construct    AAAAUGPAAAA
1874 5KRG_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCGG
1875 5KRG_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCGG
1876 5KRG_C  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCGG
1877 5KRG_D  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCGG
1878 5L00_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCGG
1879 5L00_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCGG
1880 5L00_C  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCGG
1881 5L00_D  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCGG
1882 5LQO_A  other    synthetic construct    㐬CGGACGGC
1883 5LQO_B  other    synthetic construct    G㐬CGGACGGC
1884 5LQT_A  other    synthetic construct    㐬CGGЖCGGC
1885 5LQT_B  other    synthetic construct    G㐬CGGЖCGGC
1886 5LR3_A  other    synthetic construct    㐬CGGAUGGC
1887 5LR3_B  other    synthetic construct    G㐬CGGAUGGC
1888 5LR4_A  other    synthetic construct    㐬CGGЖUGGC
1889 5LR4_B  other    synthetic construct    G㐬CGGЖUGGC
1890 5LR4_C  other    synthetic construct    G㐬CGGЖUGGC
1891 5LR4_D  other    synthetic construct    G㐬CGGЖUGGC
1892 5LR5_A  other    synthetic construct    GЖCUAGU㐬C
1893 5LR5_B  other    synthetic construct    GGЖCUAGU㐬C
1894 5LR5_C  other    synthetic construct    GGЖCUAGU㐬C
1895 5LR5_D  other    synthetic construct    GGЖCUAGU㐬C
1896 5LYS_A  other    synthetic construct    GGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCCѮ
1897 5LYS_B  other    synthetic construct    GGGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCCѮ
1898 5LYU_A  other    synthetic construct    GGGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCCѮ
1899 5LYU_B  other    synthetic construct    GGGGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCCѮ
1900 5LYV_A  other    synthetic construct    GGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCCѮ
1901 5LYV_B  other    synthetic construct    GGGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCCѮ
1902 5MRX_A  other    synthetic construct    GCUƢCUAGUACGAGAGGACCGGAGUG
1903 5NDH_A  other    synthetic construct    㐬GGGGACGACCCCGC
1904 5NDH_B  other    synthetic construct    G㐬GGGGACGACCCCGC
1905 5NDH_C  other    synthetic construct    G㐬GGGGACGACCCCGC
1906 5NDH_D  other    synthetic construct    G㐬GGGGACGACCCCGC
1907 5NDI_A  other    synthetic construct    UUGCAGGACGACCUG㐬AAA
1908 5NDI_B  other    synthetic construct    UUUGCAGGACGACCUG㐬AAA
1909 5NDI_C  other    synthetic construct    UUUGCAGGACGACCUG㐬AAA
1910 5NDI_D  other    synthetic construct    UUUGCAGGACGACCUG㐬AAA
1911 5NEF_A  other    synthetic construct    GUGGGGACGACCCCA㐬C
1912 5NEO_A  other    synthetic construct    GUGGGGACGACCCCA㐬C
1913 5NEP_A  other    synthetic construct    GUGGGGACGACCCCA㐬C
1914 5NEQ_A  other    synthetic construct    GUGGGGACGACCCCA㐬C
1915 5NEX_A  other    synthetic construct    GUGGGGACGACCCCA㐬C
1916 5NOM_A  other    synthetic construct    GUGGGGACGACCCCA㐬C
1917 5NQI_A  other    synthetic construct    GCUƢCUAGUACGAGAGGACCGGAGUG
1918 5NWQ_A  other    synthetic construct    CGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGG㐬GC
1919 5NWQ_B  other    synthetic construct    CCGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGG㐬GC
1920 5NY8_A  other    synthetic construct    CGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGG㐬GC
1921 5NY8_B  other    synthetic construct    CCGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGG㐬GC
1922 5NZ3_A  other    synthetic construct    㐬GGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGG㐬GC
1923 5NZ3_B  other    synthetic construct    C㐬GGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGG㐬GC
1924 5NZ6_A  other    synthetic construct    㐬GGACGAGGUGCGCCGUACCCGGUCACGACAAGACGG㐬GC
1925 5NZD_A  other    synthetic construct    㐬GGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGG㐬GC
1926 5NZD_B  other    synthetic construct    C㐬GGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGG㐬GC
1927 5O62_A  other    synthetic construct    㐬GGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGG㐬GC
1928 5O62_B  other    synthetic construct    C㐬GGACGAGGUGCGCCGUACCCGGAGACGG㐬GC
1929 5O69_B  other    synthetic construct    㐬GGACGAGGUGCGCCGUACCCGGAGCAAGACGG㐬GC
1930 5T16_G  other    synthetic construct    C㐫AUGUCAUGUCAUGAGUCCAUGGCAUGGCAUG
1931 5T16_H  other    synthetic construct    GC㐫AUGUCAUGUCAUGAGUCCAUGGCAUGGCAUG
1932 5T16_O  other    synthetic construct    GC㐫AUGUCAUGUCAUGAGUCCAUGGCAUGGCAUG
1933 5T16_P  other    synthetic construct    GC㐫AUGUCAUGUCAUGAGUCCAUGGCAUGGCAUG
1934 5T3K_B  other    synthetic construct    AGCGNCACACCACCC
1935 5T3K_D  other    synthetic construct    CAGCGNCACACCACCC
1936 5UZ6_D  other    synthetic construct    ʆCACCUCA
1937 5UZ6_F  other    synthetic construct    ʆCACCUCA
1938 5UZA_A  other    synthetic construct    GGAAGAUAUAAUCC㑑AA㑑GAUAUGGUUUGGGAGUUUCUACCAAGAGCCUUAAACUCUUGAUUAUCUUCCC
1939 5V0H_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCGG
1940 5V0H_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCGG
1941 5V0J_A  other    synthetic construct    LCC㐜㐹ACUUAAGUCU
1942 5V0J_B  other    synthetic construct    LCCLCC㐜㐹ACUUAAGUCU
1943 5V0K_A  other    synthetic construct    LCCLCC㐹ACUUAAGUC
1944 5V1K_A  other    synthetic construct    GCGAA㑐8RJAGCG
1945 5V1K_B  other    synthetic construct    CGCGAA㑐8RJAGCG
1946 5V2H_B  other    synthetic construct    㐬GAAZTHUCG
1947 5V2H_C  other    synthetic construct    㐬GAAZTHUCG
1948 5V2H_D  other    synthetic construct    㐬GAAZTHUCG
1949 5VJB_A  other    synthetic construct    CGGGGACGACCC㑐GC
1950 5VJB_B  other    synthetic construct    GCGGGGACGACCC㑐GC
1951 5VJB_C  other    synthetic construct    GCGGGGACGACCC㑐GC
1952 5VJB_D  other    synthetic construct    GCGGGGACGACCC㑐GC
1953 5VP2_CB  other    synthetic construct    CGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1954 5VP2_GD  other    synthetic construct    GCGGGG4GGAGCAGCCUGGUAGCUCGUCGGG?UCAUAACCCGAAGGUCGUCGGTPCAAAUCCGGCCCCCGCAACCA
1955 5VPO_CD  other    synthetic construct    UUCGUUCGGKGACGAAG
1956 5VPO_DD  other    synthetic construct    CUUCGUUCGGKGACGAAG
1957 5VSU_I  other    synthetic construct    AUUUGAAACAAUACAGAGAUGAUCAGCGGUUCCCCUGCAUAAGGAGAACCGUUUUACAAAGAGAUUUGUUUN
1958 5WNP_W  other    synthetic construct    AGACUNUUHAPCUA
1959 5WNT_W  other    synthetic construct    AGACUNUUHAPCUA
1960 5WNU_W  other    synthetic construct    NUUHA
1961 5WNV_W  other    synthetic construct    AGACUNUUHAPCUA
1962 5XWG_A  other    synthetic construct    GCU㑐CGAAAAAGUC
1963 5ZEG_A  other    synthetic construct    UGCGUCѢCGUCGACGAAGUCGC
1964 5ZEG_B  other    synthetic construct    UUGCGUCѢCGUCGACGAAGUCGC
1965 5ZEG_C  other    synthetic construct    UUGCGUCѢCGUCGACGAAGUCGC
1966 5ZEI_B  other    synthetic construct    CGUCѢCGUCGACGAAGUCGC
1967 5ZEJ_A  other    synthetic construct    GCGUCѢCGUCGACGAAGUCGC
1968 5ZEJ_B  other    synthetic construct    UGCGUCѢCGUCGACGAAGUCGC
1969 5ZEM_A  other    synthetic construct    GCGUCѢCGUCGACGAAGUCGC
1970 5ZEM_B  other    synthetic construct    GCGUCѢCGUCGACGAAGUCGC
1971 6A6J_D  other    synthetic construct    CAU?U
1972 6ASO_I  other    synthetic construct    AAUUUGAAACAAUACAGAGAUGAUCAGCGGUUCCCCUGCAUAAGGGGAACCGUUUUACAAAGAGUUUUN
1973 6C8D_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
1974 6C8D_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCG
1975 6C8E_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
1976 6C8E_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCG
1977 6C8I_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
1978 6C8I_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCG
1979 6C8J_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
1980 6C8J_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCG
1981 6C8K_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
1982 6C8K_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCG
1983 6C8L_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
1984 6C8L_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCG
1985 6C8M_B  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
1986 6C8N_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCGG
1987 6C8N_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCGG
1988 6C8O_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCGG
1989 6C8O_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCGG
1990 6CAB_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
1991 6CAB_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCG
1992 6CY0_B  other    synthetic construct    㐬GAAUFBUCG
1993 6CY0_C  other    synthetic construct    㐬GAAUFBUCG
1994 6CY0_D  other    synthetic construct    㐬GAAUFBUCG
1995 6CY0_E  other    synthetic construct    㐬GAAUFBUCG
1996 6CY0_F  other    synthetic construct    㐬GAAUFBUCG
1997 6CY0_G  other    synthetic construct    㐬GAAUFBUCG
1998 6CY0_H  other    synthetic construct    㐬GAAUFBUCG
1999 6CY2_B  other    synthetic construct    㐬GAAUOAUCG
2000 6CY4_B  other    synthetic construct    㐬GAAUOBUCG
2001 6CY4_C  other    synthetic construct    㐬GAAUOBUCG
2002 6CY4_D  other    synthetic construct    㐬GAAUOBUCG
2003 6CY4_E  other    synthetic construct    㐬GAAUOBUCG
2004 6CY4_F  other    synthetic construct    㐬GAAUOBUCG
2005 6CY4_G  other    synthetic construct    㐬GAAUOBUCG
2006 6CY4_H  other    synthetic construct    㐬GAAUOBUCG
2007 6DLQ_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUUѮ
2008 6DLR_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUUѮ
2009 6DLS_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUUѮ
2010 6DLT_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUUѮ
2011 6DMC_A  other    synthetic construct    GAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUUѮ
2012 6DMC_B  other    synthetic construct    GTPGAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUUѮ
2013 6DMD_A  other    synthetic construct    GAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUUѮ
2014 6DMD_B  other    synthetic construct    GTPGAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUUѮ
2015 6DME_A  other    synthetic construct    GAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUUѮ
2016 6DNR_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUUѮ
2017 6FZ0_A  other    synthetic construct    GG㐬GCAUUUGAACUGUAUUGUACGCCUUGCAGCAAAAGUACUAAAAA
2018 6HBT_A  other    synthetic construct    GUGGGGACGACCCCA㐬C
2019 6HBX_A  other    synthetic construct    GUGGGGACGACCCCA㐬C
2020 6HC5_A  other    synthetic construct    GUGGGGACGACCCCA㐬C
2021 6LVR_C  other    synthetic construct    CGGAUUUALCUCAGDDGGGAGAGCRCCAGABU#AAYAP?UGGAG7UC?UGUGTPCGѢUCCACAGAAUUCGC
2022 6N1D_GB  other    synthetic construct    GUGGGGUUCCCGAGCGGCCAAAGGGAGCAGACUQUA*APCUGCCGUCAUCGACUUCGAAGGTPCGAAUCCUUCCCCCACCACCA
2023 6Q8U_A  other    synthetic construct    GGCGAAGЖACCGGGGAGCCG
2024 6Q8U_B  other    synthetic construct    CGGCGAAGЖACCGGGGAGCCG
2025 6Q8V_A  other    synthetic construct    GCGAAGЖACCGGGGAGCC
2026 6TF0_A  other    synthetic construct    G㐬UUCAACAACCCCGUAGGUUGGGCCGAAAGGCAGCGAAUCUACUGGAGCC
2027 6TFH_A  other    synthetic construct    G㐬UUCAACAACCCCGUAGGUUGGGCCGAAAGGCAGCGAAUCUACUGGAGCC
2028 6TQA_B  other    synthetic construct    GUGCCUAAUAUUUAGGCACѮ
2029 6TQA_D  other    synthetic construct    GGUGCCUAAUAUUUAGGCACѮ
2030 6TQA_F  other    synthetic construct    GGUGCCUAAUAUUUAGGCACѮ
2031 6TQA_H  other    synthetic construct    GGUGCCUAAUAUUUAGGCACѮ
2032 6U6J_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCGƇ
2033 6U6J_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCGƇ
2034 6U89_A  other    synthetic construct    㑒㐹UACA
2035 6U89_B  other    synthetic construct    LCC㑒㐹UACA
2036 6U8U_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
2037 6U8U_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCG
2038 6UFG_B  other    synthetic construct    GCAUCGAUCCGGCGAUCACCGGGGAGCCUUCGGAAGAACGGCCAGGCCCAGUAGAACCGAACGGGUUGGCCCGUCACAGCCUCAAGUCGAGCGGCCGCGCGAAAGCGUGGCAAGCGGGGUGGCACCGCGGCGUUCGCGCGAAAGCGUGGCGUCGUCCCCGѮ
2039 6UFH_B  other    synthetic construct    GCAUCGAUCCGGCGAUCACCGGGGAGCCUUCGGAAGAACGGCCGGAAACGGCCCAGUAGAACCGAACGGGUUGGCCCGUCACAGCCUCAAGUCGAGCGGCCGCGCGAAAGCGUGGCAAGCGGGGUGGCACCGCGGCGUUCGCGCGAAAGCGUGGCGUCGUCCCCGѮ
2040 6WY2_A  other    synthetic construct    CGGνGCCGG
2041 6WY2_B  other    synthetic construct    CCGGνGCCGG
2042 6WY2_C  other    synthetic construct    CCGGνGCCGG
2043 6WY2_D  other    synthetic construct    CCGGνGCCGG
2044 6WY2_E  other    synthetic construct    CCGGνGCCGG
2045 6WY3_A  other    synthetic construct    CGGμGCCGG
2046 6WY3_B  other    synthetic construct    CCGGμGCCGG
2047 6WY3_C  other    synthetic construct    CCGGμGCCGG
2048 6WY3_D  other    synthetic construct    CCGGμGCCGG
2049 6XUR_A  other    synthetic construct    GCG㐞AUUAGCG
2050 6XUS_A  other    synthetic construct    GCGA㐞UUAGCG
2051 6Y3G_A  other    synthetic construct    CCCGGA4AGCUCAGDCGGDAGAGCAGGGGAPUGAAAAPCCCCGUGNCCUUGGTPCGAUUCCGAGUCCGGGCACC
2052 6Y4B_A  other    synthetic construct    CCCGGA4AGCUCAGDCGGDAGAGCAGGGGAPUGAAAAPCCCCGUGUCCUUGGTPCGAUUCCGAGUCCGGGCACCA
2053 6YL5_A  other    synthetic construct    GU㐬ACAACGGCUUCCUGGCGUGACC
2054 6YL5_C  other    synthetic construct    GGU㐬ACAACGGCUUCCUGGCGUGACC
2055 6YL5_E  other    synthetic construct    GGU㐬ACAACGGCUUCCUGGCGUGACC
2056 6YL5_G  other    synthetic construct    GGU㐬ACAACGGCUUCCUGGCGUGACC
2057 6YL5_I  other    synthetic construct    GGU㐬ACAACGGCUUCCUGGCGUGACC
2058 6YL5_K  other    synthetic construct    GGU㐬ACAACGGCUUCCUGGCGUGACC
2059 6Z18_A  other    synthetic construct    CGGμGCCGG
2060 6Z18_B  other    synthetic construct    CCGGμGCCGG
2061 7BAI_D  other    synthetic construct    ƇACGCUAGCGUC
2062 7BAI_F  other    synthetic construct    ƇACGCUAGCGUC
2063 7BPF_A  other    synthetic construct    CUGC㑐G
2064 7BPF_B  other    synthetic construct    GCUGC㑐G
2065 7BPG_A  other    synthetic construct    CUGC㑐GC
2066 7BPG_B  other    synthetic construct    GCUGC㑐GC
2067 7BPG_C  other    synthetic construct    GCUGC㑐GC
2068 7BPG_D  other    synthetic construct    GCUGC㑐G
2069 7EDT_A  other    synthetic construct    GACUCCGG㑐CC
2070 7EDT_B  other    synthetic construct    GGACUCCGG㑐CC
2071 7F3I_D  other    synthetic construct    GU?U?
2072 7F3J_D  other    synthetic construct    UCAU?
2073 7F3J_F  other    synthetic construct    UCAU?
2074 7F3J_H  other    synthetic construct    UCAU?
2075 7F3K_B  other    synthetic construct    CAU?U
2076 7JJD_A  other    synthetic construct    GCUCCUAGUACGAʆAGGACCGGAGUG
2077 7JJE_A  other    synthetic construct    GCUCCUAGUACGA㐻AGGACCGGAGUG
2078 7JJU_A  other    synthetic construct    GAACUAGCUCAGCAUACACGAGUUGCAAGCAUGGGAAGUUCAAGCCUCGҊ
2079 7JJU_B  other    synthetic construct    GTPGAACUAGCUCAGCAUACACGAGUUGCAAGCAUGGGAAGUUCAAGCCUCGҊ
2080 7JNH_B  other    synthetic construct    GGCUGAGUUUUUACAUGACAAAGUUUUUAACGAGGCAGCGGCGAAAGUCGCUGUACUCUUUUCUUUGUCAUGGUUUUCUCAGCCѮ
2081 7JZ0_F  other    synthetic construct    M7GʍUUA
2082 7KUK_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
2083 7KUK_B  other    synthetic construct    LKCLCCLCC㐹ACUUAAGUCG
2084 7KUM_A  other    synthetic construct    LCCLCC㐹ACUUAAGUC㐹
2085 7KUM_B  other    synthetic construct    LKCLCCLCC㐹ACUUAAGUC㐹
2086 7KUN_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCGF2
2087 7KUN_B  other    synthetic construct    LKCLCCLCC㐹ACUUAAGUCGF2
2088 7KUO_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCGFL
2089 7KUO_B  other    synthetic construct    LKCLCCLCC㐹ACUUAAGUCGFL
2090 7KUP_A  other    synthetic construct    LCCLCC㐹ACUUAAGUC#
2091 7KUP_B  other    synthetic construct    LKCLCCLCC㐹ACUUAAGUC#
2092 7L6R_C  other    synthetic construct    ʍUUAA
2093 7LO9_A  other    synthetic construct    GCGHA㑐UAGCG
2094 7LO9_B  other    synthetic construct    CGCGHA㑐UAGCG
2095 7LO9_C  other    synthetic construct    CGCGHA㑐UAGCG
2096 7LO9_D  other    synthetic construct    CGCGHA㑐UAGCG
2097 7TDA_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCҔ
2098 7TDB_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCҔ
2099 7TDC_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCҔ
2100 7TZR_A  other    synthetic construct    GACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUѮ
2101 7TZR_B  other    synthetic construct    GTPGACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUѮ
2102 7TZS_A  other    synthetic construct    GACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUѮ
2103 7TZS_B  other    synthetic construct    GTPGACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUѮ
2104 7U87_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCʆʆ
2105 7U87_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCʆʆ
2106 7U88_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCʆʆ
2107 7U88_B  other    synthetic construct    LKCLCCLCC㐹ACUUAAGUCʆʆ
2108 7U89_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCGʆ
2109 7U89_B  other    synthetic construct    LKCLCCLCC㐹ACUUAAGUCGʆ
2110 7U8A_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCGʆ
2111 7U8A_B  other    synthetic construct    LKCLCCLCC㐹ACUUAAGUCGʆ
2112 7U8B_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCGʆ
2113 7U8B_B  other    synthetic construct    㑒LCCLCC㐹ACUUAAGUCGʆ
2114 7V9E_A  other    synthetic construct    GGGCUGACCGACCCCCCGAGUUCGCUCGGGGACAACUAGACAUACAGUAUGAAAAUACUGѢGCCCGC
2115 7VNV_A  other    synthetic construct    GGCC4ACG4CLUCPA(CBUGGUUAGGACRCCGCCBUJACAAGGCGGAGGN??UGGG2PBOѢGUCCCAGCGGGCCCACCA
2116 7WL0_B  other    synthetic construct    GGЖCUGC
2117 7WL0_D  other    synthetic construct    UGGЖC
2118 7WL0_F  other    synthetic construct    UGGЖCUGC
2119 8CLM_B  other    synthetic construct    Jʍ##ʍ#ʍB
2120 8CLM_D  other    synthetic construct    UZLJʍ##ʍ#ʍB
2121 8CLM_F  other    synthetic construct    UZLJʍ##ʍ#ʍB
2122 8DZK_H  other    synthetic construct    ʆUGUU
2123 8SWG_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
2124 8SWG_B  other    synthetic construct    LCCLCCLCC㐹ACUUAAGUCG
2125 8SWO_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
2126 8SWO_B  other    synthetic construct    㑒LCCLCC㐹ACUUAAGUCG
2127 8SX5_A  other    synthetic construct    㑒LCC㐹ACUUAAGUCG
2128 8SX5_B  other    synthetic construct    LCC㑒LCC㐹ACUUAAGUCG
2129 8SX6_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
2130 8SX6_B  other    synthetic construct    㑒LCCLCC㐹ACUUAAGUCG
2131 8SXL_A  other    synthetic construct    㑒㐜㐹ACUUAAGUCU
2132 8SXL_B  other    synthetic construct    㑒㑒㐜㐹ACUUAAGUCU
2133 8SY1_A  other    synthetic construct    LCCLCC㐹ACUUAAGUCG
2134 8SY1_B  other    synthetic construct    㑒LCCLCC㐹ACUUAAGUCG
2135 8SY1_C  other    synthetic construct    㑒LCCLCC㐹ACUUAAGUCG
2136 8SY1_D  other    synthetic construct    㑒LCCLCC㐹ACUUAAGUCG
ID RNA_source_id SO term RNA Type RNA Subtype RNA Feature Organism Cellular localization Sequence (MODOMICS CODE)
1 tdbR00000010  SO:0000254 tRNA  Ala  VGC  Escherichia coli  prokaryotic cytosol  GGGGCUAUAGCUCAGC2000008551UGGGAGAGCGCCUGCUU2000502551UGCACGCAGGAG2000007551GUCUGCGG2000005551U2000009551UCGAUCCCGCAUAGCUCCACCA
2 tdbR00000008  SO:0000254 tRNA  Ala  GGC  Escherichia coli  prokaryotic cytosol  GGGGCUAUAGCUCAGC2000008551UGGGAGAGCGCUUGCAUGGCAUGCAAGAG2000007551GUCAGCGG2000005551U2000009551UCGAUCCCGCUUAGCUCCACCA
3 tdbR00000356  SO:0001036 tRNA  Arg  ICG  Escherichia coli  prokaryotic cytosol  GCAUCCG2000074551UAGCUCAGC2000008551UGGA2000008551UAGAGUACUCGG2000002551CU2000009551ACG2000002551AACCGAGCG2000007551G2000030551UCGGAGG2000005551U2000009551UCGAAUCCUCCCGGAUGCACCA
4 tdbR00000359  SO:0001036 tRNA  Arg  CCG  Escherichia coli  prokaryotic cytosol  GCGCCCGUAGCUCAGC2000008551UGGA2000008551UAGAGCGCUGCC2000002551CUCCG2000001551GAGGCAGAG2000007551GUCUCAGG2000005551U2000009551UCGAAUCCUGUCGGGCGCGCCA
5 tdbR00000358  SO:0001036 tRNA  Arg  UCU  Escherichia coli  prokaryotic cytosol  GCGCCCUUAGCUCAGUUGGAUAGAGCAACGAC2000002551CU2000511551UCU2000062551AAG2000009551UCGUGGGCCGCAGG2000005551U2000009551UCGAAUCCUGCAGGGCGCGCCA
7 tdbR00000295  SO:0000256 tRNA  Asn  GUU  Escherichia coli  prokaryotic cytosol  UCCUCUG2000074551UAGUUCAG2000008551UCGG2000008551UAGAACGGCGGACU2000042551GUU2000062551AA2000009551UCCGUAU2000007551GUCACUGG2000005551U2000009551UCGAGUCCAGUCAGAGGAGCCA
8 tdbR00000026  SO:0000257 tRNA  Asp  ⊄UC  Escherichia coli  prokaryotic cytosol  GGAGCGG2000074551UAGUUCAG2000008551UCGG2000008551U2000008551UAGAAUACCUGCCU2000105551GUC2000002551ACGCAGGGG2000007551GUCGCGGG2000005551U2000009551UCGAGUCCCG2000009551UCCGUUCCGCCA
9 tdbR00000020  SO:0000258 tRNA  Cys  GCA  Escherichia coli  prokaryotic cytosol  GGCGCGU2000074551UAACAAAGCGG2000008551U2000008551UAUGUAGCGGA2000009551UUGCA2002161551AA2000009551UCCGUCUAGUCCGG2000005551U2000009551UCGACUCCGGAACGCGCCUCCA
10 tdbR00000333  SO:0000259 tRNA  Gln  UUG  Escherichia coli  prokaryotic cytosol  UGGGGUA2000074551UCGCCAAGC2000090551GG2000008551UAAGGCACCGGU2000090551UU2000251551UUG2000002551A2000009551UACCGGCAUUCCCUGG2000005551U2000009551UCGAAUCCAGGUACCCCAGCCA
11 tdbR00000332  SO:0000259 tRNA  Gln  CUG  Escherichia coli  prokaryotic cytosol  UGGGGUA2000074551UCGCCAAGC2000090551GG2000008551UAAGGCACCGGA2000090551UUCUG2000002551A2000009551U2000009551UCCGGCAUUCCGAGG2000005551U2000009551UCGAAUCCUCGUACCCCAGCCA
12 tdbR00000046  SO:0000260 tRNA  Glu  SUC  Escherichia coli  prokaryotic cytosol  GUCCCCUUCGUC2000009551UAGAGGCCCAGGACACCGCCCU2002511551UUC2000002551ACGGCGGUAACAGGGG2000005551U2000009551UCGAAUCCCCUAGGGGACGCCA
13 tdbR00000117  SO:0000261 tRNA  Gly  CCC  Escherichia coli  prokaryotic cytosol  GCGGGCG2000074551UAGUUCAAUGG2000008551UAGAACGAGAGCUUCCCAAGCUCUAUACGAGGG2000005551U2000009551UCGAUUCCCUUCGCCCGCUCCA
14 tdbR00000119  SO:0000261 tRNA  Gly  {CC  Escherichia coli  prokaryotic cytosol  GCGGGCAUCGUAUAAUGGCUAUUACCUCAGCCU2000511551UCCAAGCUGAUGAUGCGGG2000005551U2000009551UCGAUUCCCGCUGCCCGCUCCA
15 tdbR00000118  SO:0000261 tRNA  Gly  GCC  Escherichia coli  prokaryotic cytosol  GCGGGAA2000074551UAGCUCAG2000008551U2000008551UGG2000008551UAGAGCACGACCUUGCCAAGGUCGGG2000007551GUCGCGAG2000005551U2000009551UCGAGUCUCGUUUCCCGCUCCA
16 tdbR00000141  SO:0000262 tRNA  His  GUG  Escherichia coli  prokaryotic cytosol  GGUGGCUA2000074551UAGCUCAG2000008551U2000008551UGG2000008551UAGAGCCCUGGAUU2000042551GUG2000002551A2000009551U2000009551UCCAGUU2000007551GUCGUGGG2000005551U2000009551UCGAAUCCCAUUAGCCACCCCA
17 tdbR00000158  SO:0000258 tRNA  Ile  GAU  Escherichia coli  prokaryotic cytosol  AGGCUUGUAGCUCAGG2000008551UGG2000008551U2000008551UAGAGCGCACCCCUGAU2000062551AAGGGUGAG2000007551G2000030551UCGGUGG2000005551U2000009551UCAAGUCCAC2000009551UCAGGCCUACCA
18 tdbR00000160  SO:0000258 tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  GGCCCCU2000074551UAGCUCAGU2000090551GG2000008551U2000008551UAGAGCAGGCGACU2000021551CAU2000062551AA2000009551UCGCUUG2000007551G2000030551UCGCUGG2000005551U2000009551UCAAGUCCAGCAGGGGCCACCA
20 J01695  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCAUCCCGACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000002551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAAC2000039551UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUG2000006551AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000002551GGGA2000008551UAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCU2000050551CG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAGU2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
21 tdbR00000221  SO:0000264 tRNA  Leu  CAG  Escherichia coli  prokaryotic cytosol  GCGAAGGUGGCGGAA2000008551U2000008551U2000090551GG2000008551UAGACGCGCUAGCUUCAG2000001551G2000009551UG2000009551UUAGUGUCCUUACGGACGUGGGGG2000005551U2000009551UCAAGUCCCCCCCCUCGCACCA
22 tdbR00000222  SO:0000264 tRNA  Leu  GAG  Escherichia coli  prokaryotic cytosol  GCCGAGGUGGUGGAA2000008551U2000008551U2000090551GG2000008551UAGACACGCUACCUUGAG2000001551G2000009551UGGUAGUGCCCAAUAGGGCUUACGGG2000005551U2000009551UCAAGUCCCGUCCUCGGUACCA
24 tdbR00000220  SO:0000264 tRNA  Leu  )AA  Escherichia coli  prokaryotic cytosol  GCCCGGA2000074551UGGUGGAA2000008551UC2000090551GG2000008551UAGACACAAGGGA2000009551UU2009051551UAA2002161551AA2000009551UCCCUCGGCGUUCGCGCUGUGCGGG2000005551U2000009551UCAAGUCCCGCUCCGGGUACCA
25 tdbD00007027  SO:0000264 tRNA  Leu  BAA  Escherichia coli  prokaryotic cytosol  GCCGAAG2000074551UGGCGAAA2000008551UC2000090551GG2000008551UAGACGCAGUUGA2000009551UU2000090551CAA2002161551AA2000009551UCAACCGUAGAAAUACGUGCCGG2000005551U2000009551UCGAGUCCGGCCUUCGGCACCA
26 tdbR00000181  SO:0000265 tRNA  Lys  SUU  Escherichia coli  prokaryotic cytosol  GGGUCGUUAGCUCAG2000008551U2000008551UGG2000008551UAGAGCAGUUGACU2002511551UUU2000062551AA2000009551UCAAUUG2000007551G2000030551UCGCAGG2000005551U2000009551UCGAAUCCUGCACGACCCACCA
27 tdbR00000276  SO:0000266 tRNA  Met  MAU  Escherichia coli  prokaryotic cytosol  GGCUACG2000074551UAGCUCAG2000008551U2000008551U2000090551GG2000008551U2000008551UAGAGCACAUCACU2000042551CAU2000062551AA2000009551UGAUGGG2000007551G2000030551UCACAGG2000005551U2000009551UCGAAUCCCGUCGUAGCCACCA
28 tdbR00000067  SO:0000267 tRNA  Phe  GAA  Escherichia coli  prokaryotic cytosol  GCCCGGA2000074551UAGCUCAG2000008551UCGG2000008551UAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551G2000030551UCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
29 tdbD00008358  SO:0000268 tRNA  Pro  CGG  Escherichia coli  prokaryotic cytosol  CGGUGAUUGGCGCAGCCUGG2000008551UAGCGCACUUCGUUCGG2000001551GACGAAGGG2000007551GUCGGAGG2000005551U2000009551UCGAAUCCUCUAUCACCGACCA
32 J01695  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAU2000002551G2000005551CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUG2000002551GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGGGCCUUGUACACACCG2000904551CCCGU2000005551CACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCG2021510551UAACAAGGUAACCGUAGG2000002551GG2000909551U2000909551UCCUGCGGUUGGAUCACCUCCUUA
33 tdbD00003675  SO:0005857 tRNA  Sec  UCA  Escherichia coli  prokaryotic cytosol  GGAAGAUCG2000074551UCGUCUCCGG2000008551UGAGGCGGCUGGACUUCA2000061551AAUCCAGUUGGGGCCGCCAGCGGUCCCGGGCAGG2000005551U2000009551UCGACUCCUGUGAUCUUCCGCCA
34 tdbR00000394  SO:0000269 tRNA  Ser  UGA  Escherichia coli  prokaryotic cytosol  GGAAGUG2000074551UGGCCGAGC2000090551GG2000008551U2000008551UGAAGGCACCGGU2000090551CU2000502551UGA2002161551AAACCGGCGACCCGAAAGGGUUCCAGAG2000005551U2000009551UCGAAUCUCUGCGCUUCCGCCA
35 tdbR00000390  SO:0000269 tRNA  Ser  CGA  Escherichia coli  prokaryotic cytosol  GGAGAGAUGCCGGAGC2000090551GGC2000008551UGAACGGACCGGUCUCGA2002161551AAACCGGAGUAGGGGCAACUCUACCGGGGG2000005551U2000009551UCAAAUCCCCCUCUCUCCGCCA
36 tdbR00000391  SO:0000269 tRNA  Ser  GCU  Escherichia coli  prokaryotic cytosol  GGUGAGG2000074551UGGCCGAGAGGC2000008551UGAAGGCGCUCCC2000002551CUGCU2000062551AAGGGAGUAUGCGGUCAAAAGCUGCAUCCGGGG2000005551U2000009551UCGAAUCCCCGCCUCACCGCCA
37 tdbR00000393  SO:0000269 tRNA  Ser  GGA  Escherichia coli  prokaryotic cytosol  GGUGAGG2000074551UGUCCGAGU2000090551GG2000008551U2000008551UGAAGGAGCACGCCUGGAAAG2000009551UGUGUAUACGGCAACGUAUCGGGGG2000005551U2000009551UCGAAUCCCCCCCUCACCGCCA
38 tdbD00010339  SO:0000270 tRNA  Thr  GGU  Escherichia coli  prokaryotic cytosol  GCUGAUAUGGCUCAG2000008551U2000008551UGG2000008551UAGAGCGCACCCUUGGU2000662551AAGGGUGAG2000007551GUCCCCAG2000005551U2000009551UCGACUCUGGGUAUCAGCACCA
40 tdbR00000437  SO:0000270 tRNA  Thr  GGU  Escherichia coli  prokaryotic cytosol  GCUGAUAUAGCUCAG2000008551U2000008551UGG2000008551UAGAGCGCACCCUUGGU2000662551AAGGGUGAG2000007551GUCGGCAG2000005551U2000009551UCGAAUCUGCCUAUCAGCACCA
42 tdbR00000484  SO:0000271 tRNA  Trp  CCA  Escherichia coli  prokaryotic cytosol  AGGGGCG2000074551UAGUUCAA2000008551U2000008551UGG2000008551UAGAGCACCGGU2000090551CUCCA2002161551AAACCGGGU2000007551GUUGGGAG2000005551U2000009551UCGAGUCUCUCCGCCCCUGCCA
43 tdbD00011738  SO:0000272 tRNA  Tyr  QUA  Escherichia coli  prokaryotic cytosol  GGUGGGG2000074551U2000074551UCCCGAGC2000090551GGCCAAAGGGAGCAGACU2000042551G2000009551UA2002161551AA2000009551UCUGCCGUCAUCGACUUCGAAGG2000005551U2000009551UCGAAUCCUUCCCCCACCACCA
44 tdbD00003526  SO:0000272 tRNA  Tyr  QUA  Escherichia coli  prokaryotic cytosol  GGUGGGG2000074551U2000074551UCCCGAGC2000090551GGCCAAAGGGAGCAGACU2000042551G2000009551UA2002161551AA2000009551UCUGCCGUCACAGACUUCGAAGG2000005551U2000009551UCGAAUCCUUCCCCCACCACCA
45 tdbR00000456  SO:0000273 tRNA  Val  VAC  Escherichia coli  prokaryotic cytosol  GGGUGAU2000074551UAGCUCAGC2000008551UGGGAGAGCACCUCCCU2000502551UAC2000006551AAGGAGGGG2000007551GUCGGCGG2000005551U2000009551UCGAUCCCGUCAUCACCCACCA
46 tdbR00000454  SO:0000273 tRNA  Val  GAC  Escherichia coli  prokaryotic cytosol  GCGUCCG2000074551UAGCUCAG2000008551U2000008551UGG2000008551U2000008551UAGAGCACCACCUUGACAUGGUGGGG2000007551G2000030551UCGGUGG2000005551U2000009551UCGAGUCCACUCGGACGCACCA
47 tdbR00000455  SO:0000273 tRNA  Val  GAC  Escherichia coli  prokaryotic cytosol  GCGUUCA2000074551UAGCUCAG2000008551U2000008551UGG2000008551U2000008551UAGAGCACCACCUUGACAUGGUGGGG2000007551G2000030551UCGUUGG2000005551U2000009551UCGAGUCCAAUUGAACGCACCA
48 tdbR00000511  SO:0000266 tRNA  Ini  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAG2000007551GUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
49 tdbR00000510  SO:0000266 tRNA  Ini  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
50 tdbR00000012  SO:0000254 tRNA  Ala  AGC  Saccharomyces cerevisiae  eukaryotic cytosol   GGGCGUGU2000001551GGCGUAG2000008551UCGG2000008551UAGCGC2000022551GCUCCCUU2000009551AGC2000019551A2000009551UGGGAGAGG2000008551UCUCCGG2000005551U2000009551UCGAUUCCGGACUCGUCCACCA
54 tdbR00000370  SO:0001036 tRNA  Arg  UCU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUCGCGU2000001551G2000002551GCGUAA2000008551UGGCAACGC2000022551G2000009551UCUGACU2000521551UCU2000062551AA2000009551UCAGAAGA2000008551UUAUGGG2000005551U2000009551UCG2000001551ACCCCCAUCGUGAGUGCCA
56 tdbR00000369  SO:0001036 tRNA  Arg  ICG  Saccharomyces cerevisiae  eukaryotic cytosol   2000009551UUCCUCGU2000001551G2000002551GCCCAA2000008551UGG2000008551UCACGGC2000022551G2000009551UCUGGCU2000009551ACGAACCAGAAGA2000008551UU2000005551CCAGG2000005551U2000009551UCA2000001551AGUCCUGGCGGGGAAGCCA
60 tdbR00000300  SO:0000256 tRNA  Asn  GUU  Saccharomyces cerevisiae  eukaryotic cytosol   GACUCCAUG2000002551GCCAAG2000008551U2000008551UGG2000008551U2000008551UAAGGC2000022551GUGCGACUGUU2000062551AA2000009551UCGCAAGA2000008551U2000005551CGUGAG2000005551U2000009551UCA2000001551ACCCUCACUGGGGUCGCCA
62 tdbR00000035  SO:0000257 tRNA  Asp  GUC  Saccharomyces cerevisiae  eukaryotic cytosol   UCCGUGAUAGUU2000009551UAA2000008551UGG2000008551UCAGAAUGGGCGC2000009551UUGUC2000001551GCGUGCCAGAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAGCCA
64 tdbR00000021  SO:0000258 tRNA  Cys  GCA  Saccharomyces cerevisiae  eukaryotic cytosol   GCUCGUAUGGCGCAG2000008551UGG2000008551UAGCGCAGCAGA2000009551UUGCA2000061551AA2000009551UCUGUUG2000007551G2000008551U2000005551CCUUAG2000005551U2000009551UCG2000001551AUCCUGAGUGCGAGCUCCA
70 tdbR00000054  SO:0000260 tRNA  Glu  UUC  Saccharomyces cerevisiae  eukaryotic cytosol   UCCGAUAUAGUG2000009551UAACGGC2000008551UAUCACA2000009551UCACGCU2002521551UUCACCGUGGAGAC2000005551CGGGG2000005551U2000009551UCGACUCCCCGUAUCGGAGCCA
74 tdbR00000129  SO:0000261 tRNA  Gly  GCC  Saccharomyces cerevisiae  eukaryotic cytosol   GCG2000090551CAAGU2000001551GGUU2000009551UAG2000008551UGG2000008551UAAAAUCCAACG2000009551UUGCCA2000009551UCGUUGGGC2000005551CCCGG2000005551U2000009551UCGAUUCCGGGCUUGCGCACCA
76 tdbD00005348  SO:0000261 tRNA  Gly  UCC  Saccharomyces cerevisiae  eukaryotic cytosol   GGGCGGUUAGUG2000009551UAG2000008551UGG2000008551U2000008551UAUCAUCCCACCCU2000000999UCCAAGGUGGGGACACGGG2000005551U2000009551UCGAUUCUCGUACCGCUCACCA
78 tdbR00000144  SO:0000262 tRNA  His  GUG  Saccharomyces cerevisiae  eukaryotic cytosol   GGCC2000090551AUCUUAGUA2000009551UAG2000008551U2000090551GG2000008551U2000008551UAGUACACAACA2000009551UUGUG2000001551GC2000009551UGUUGAAAC2000005551CCUGG2000005551U2000009551UCGAUUCUAGGAGGUGGCACCA
80 tdbR00000145  SO:0000262 tRNA  His  GUG  Saccharomyces cerevisiae  eukaryotic cytosol   GGCC2000090551AUCUUAGUA2000009551UAG2000008551U2000090551GG2000008551U2000008551UAGUACACAUCG2000009551UUGUG2000001551GCCGAUGAAAC2000005551CCUGG2000005551U2000009551UCGAUUCUAGGAGAUGGCACCA
82 tdbR00000170  SO:0000258 tRNA  Ile  AAU  Saccharomyces cerevisiae  eukaryotic cytosol   GGUCUCUU2000001551G2000002551GCCCAG2000008551U2000008551UGG2000008551U2000008551UAAGGCACCGUGCU2000009551AAU2000062551AACGCGGGGA2000008551U2000005551CAGCGG2000005551U2000009551UCG2000001551AUCCCGCUAGAGACCACCA
84 tdbD00005935  SO:0000258 tRNA  Ile  UAU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUCGUGUA2000002551GCUCAG2000008551UGG2000008551U2000008551UAGAGCU2000009551UCGUGCU2000009551UA2000009551U2000062551AACGCGACC2000007551G2000008551U2000005551CGUGGG2000005551U2000009551UCA2000001551AUCCCCACC2000009551UCGAGCACCA
88 U53879  SO:0001002 rRNA  LSU-L  25S  Saccharomyces cerevisiae  eukaryotic cytosol   GUUUGACCUCAAAUCAGGUAGGAGUACCCGCUGAACUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACCAACCGGGAUUGCCUUAGUAACGGCGAGUGAAGCGGCAAAAGCUCAAAUUUGAAAUCUGGUACCUUCGGUGCCCGAGUUGUAAUUUGGAGAGGGCAACUUUGGGGCCGUUCCUUGUCUAUGUUCCUUGGAACAGGACGUCAUAGAGGGUGAGAAUCCCGUGUGGCGAGGAGUGCGGUUCUUUGUAAAGUGCCUUCGAAGAGUCGAGUUGUUUGGGAAUGCAGCUCUAAGUGGGUGGUAAAUUCCAUCUAAAGCUAAAUAUUGGCGAGAGACCGAUAGCGAACAAGUACAGUGAUGGAAAGAUGAAAAGAACUUUGAAAAGAGAGUGAAAAAGUACGUGAAAUUGUUGAAAGGGAAGGGCAUUUGAUCAGACAUGGUGUUUUGUGCCCUCUGCUCCUUGUGGGUAGGGGAAUCUCGCAUUUCACUGGGCCAGCAUCAGUUUUGGUGGCAGGAUAAAUCCAUAGGAAUGUAGCUUGCCUCGGUAAGUAUUAUAGCCUGUGGGAAUACUGCCAGCUGGGACUGAGGACUGCGACGUAAGUCAAGGAUGCUGGCAUAAUGGUUAUAUGCCGCCCGUCUUG2000001551AAAC2000090551A2000090551CGGACCAAGGAGU2000090551CUAACGUCUAUGCGAGUGUUUGGGUGUAAAACCCAUACGCGUAAUGAAAGUGAACGUAGGUUGGGGCCUCGCAAGAGGUGCACAAUCGACCGAUCCUGAUGUCUUCGGAUGGA2000009551UUUGAGUAAGAGCAUAGCUGUUGGGACCC2000090551GA2000090551AAGAUGGUGA2000090551ACUAUGCCUGAAUAGGGUGAAGCCAGAGGAAACUCUGGUGGAGGCUCGUA2000090551GCGGUUCUG2000090551ACGUGCAAAUCGAUCGUCGAAU2000090551UUGGGUAUAG2000090551GGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCUGCCGAAGUUUCCC2000009551UCAGGA2000009551UAGCAGAAGCUCGUAUCAGU2000009551UUUA2000009551UGAGGUAAAGCGAA2000009551UGAUUAGAGGUUCCGGGGUCGAAAUGACCUUGACCUAU2000009551UCUCAAACUU2000009551UAAA2000009551UAUGUAAGAAGUCCUUGUUACUUAAUUGAACGUGGACAUUUGAAUGAAGAGCUU2000009551UUAGUGGGCCAUUU2000009551UUGGUAAGC2000090551AGAACUGGCGAUGCGGGAUGAACCGAACGUAGAGUUAAGGUGCCGGAAUACACGCUCAUCAGACACCACAAAAGGUGUUAGUUCAUCUAGACAGCCGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCGGCCGAAUGAACUAGCCCUGAAAAUGGAUGGCGCUCAAGCGUGUUACCUAUACUCUACCGUCAGGGUUGAUAUGAUGCCCUGACGAGUAGGCAGGCGUGGAGGUCAGUGACGAAGCCUAGACCGUAAGGUCGGGUCGAACGGCCUCUAGUGCAGAU2000090551CUUGGUGGUAGUA2000090551A2000090551GCAAAUAUUCAAAUGAGAACUUUGAAGACUGAAGUGGGGAAAGGUUCCACGUCAACAGCAGUUGGACGUGGGUUAGUCGAUCCUAAGAGAUGGGGAAGCUCCGUUUCAAAGGCCUGAUUUUAUGCAGGCCACCAUCGAAAGGGAAUCCGGUUAAGAUUCCGGAACCUGGAUAUGGAUUCUUCACGGUAACGUAACUGAAUGUGGAGACGUCGGCGCGAGCCCUGGGAGGAGUUAUCUUUUCUUCUUAACAGCUUAUCACCCCGGAAUUGGUUUAUCCGGAGAUGGGGUCUUAUGGCUGGAAGAGGCCAGCACCUUUGCUGGCUCCGGUGCGCUUGUGACGGCCCGUGAAAAUCCACAGGAAGGAAUAGUUUUCAUGCCAGGUCGUACUGAUAACCGCAGCAGGUCUCCAAGGUGAACAGCCUCUAGUUGAUAGAAUAA2000090551UGUAGAUAAGGGAAGUCGGCAAAAUAGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGGUCGGGUAGUGAGGGCCUUGGUCAGACGCAGCGGGCGUGCUUGUGGACUGCUUGGUGGGGCUUGCUCUGCUAGGCGGACUACUUGCGUGCCUUGUUGUAGACGGCCUUGGUAGGUCUCUUGUAGACCGUCGCUUGCUACAAUUAACGAUCAACUUAGAACUGGUACGGACAAGGGGAAUC2000009551UGAC2000009551UGUCUAAUU2000001551AAAACAUAGCAUUGCGAUGGUCAGAAAGUGAUGUUGACGCAAUGUGAUU2000009551UCUGCC2000090551CAGUGCUCUGAAUGUCAAAGUGAA2000090551AGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAGUA2000090551AC2000009551UA2000009551UGAC2000009551UC2000009551UCUUAAGGUAGC2000005551CA2000090551A2000090551AUGCCUC2000090551GUCAUCUAAUUAGUGACGCGCAUGAA2000009551UGGAUUAACGAGAUUCCCACUGU2000090551CCC2000009551UAUCUAC2000090551UA2000009551UC2000009551UAGCGAAACCACAGCCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUGUUGAGC2000009551U2000090551UGAC2000090551UCUAGUUUGACAUUGUGAAGAGACAUAGAGGGUGUAGAAUAAGUGGGAGCUUCGGCGCCAGUGAAAUACCACUACCUUUAUAGUUUCUUUACUUAUUCAAUGAAGCGGAGCUGGAAUUCAUUUUCCACGUUCUAGCAUUCAAGGUCCCAUUCGGGGCUGAUCCGGGUUGAAGACAUUGUCAGGUGGGGAGUUUGGCUG2000090551GGGCGGCACAUCUGU2021510551UAAACG2000090551AUAACGCAGAUGUCCUAAGGGGGGCUCAUGGAGAACAGAAAUCUCCAGUAGAACAAAAGGGUAAAAGCCCCCUUGAUUUUGAUUU2000090551UUCAG2000090551UGUGAA2000009551UACAAACCAUGAAAGUGUGGCCUAUCGAUCCUUUAGUCCCUCGGAAUUUGAGGCUA2000090551GAG2000090551GGUGCCAGAAAAGUUACCACAG2000090551GGAUAACUGGC2000009551UUGUGGCAGUCAAGCGU2021510551UCAUAGCGACAUUGCUUUUUGA2000009551UUCUU2000005551CGAUGUCGGC2000009551UCUUCCUAUCAUACCGAAGCAGAAUUCGGUAAGCGUUGGAU2000090551U2000090551G2000009551UUCACCCACUAAUAGGGAACG2000009551UG2000090551AG2000090551CUGGGUUUAGA2000090551CCGUCGUGAGACAGGU2000009551UAGUUUUACCCUACUGAUGAAUGUUACCGCAAUAGUAAUUGAACUUAGUACGAGAGGAACAGUUCAUUCGGAUAAUUGGUUUUUGCGGCUGUCUGAUCAGGCAUUGCCGCGAAGCUACCAUCCGCUGGAUUAUGGCUGAACGCCUCUAAGUCAGAAUCCAUGCUAGAACGCGGUGAUUUCUUUGCUCCACACAAUAUAGAUGGAUACGAAUAAGGCGUCCUUGUGGCGUCGCUGAACCAUAGCAGGCUAGCAACGGUGCACUUGGCGGAAAGGCCUUGGGUGCUUGCUGGCGAAUUGCAAUGUCAUUUUGCGUGGGGAUAAAUCAUUUGUAUACGACUUAGAUGUACAACGGGGUAUUGUAAGCAGUAGAGUAGCCUUGUUGUUACGAUCUGCUGAGAUUAAGCCUUUGUUGUCUGAUUUGU
89 tdbR00000250  SO:0000264 tRNA  Leu  UAG  Saccharomyces cerevisiae  eukaryotic cytosol   GGGAGUUUG2000002551GC2000042551CGAG2000008551U2000090551GG2000008551U2000008551U2000008551UAAGGC2000022551G2000009551UCAGA2000009551UUUAG2000001551GC2000009551UCUGAUAUCUUCGGAUG2000005551CAAGGG2000005551U2000009551UCG2000001551AAUCCCUUAGCUCUCACCA
91 tdbR00000249  SO:0000264 tRNA  Leu  CAA  Saccharomyces cerevisiae  eukaryotic cytosol   GGUUGUUUG2000002551GC2000042551CGAGC2000090551GG2000008551UC2000008551UAAGGC2000022551GCCUGA2000009551UU2000005551CAA2000001551GC2000009551UCAGGUAUCGUAAGAUG2000005551CAAGAG2000005551U2000009551UCGAAUCUCUUAGCAACCACCA
93 tdbR00000251  SO:0000264 tRNA  Leu  UAA  Saccharomyces cerevisiae  eukaryotic cytosol   GGAGGGUUG2000002551GC2000042551CGAG2000008551U2000090551GG2000008551UC2000008551UAAGGC2000022551GGCAGA2000090551CU2000000999UAA2000001551GA2000009551UCUGUUGGACGGUUGUCCG2000005551CGCGAG2000005551U2000009551UCG2000001551AACCUCGCAUCCUUCACCA
95 tdbR00000192  SO:0000265 tRNA  Lys  CUU  Saccharomyces cerevisiae  eukaryotic cytosol   GCCUUGUU2000001551G2000002551GCGCAA2000008551UCGG2000008551UAGCGC2000022551G2000009551UAUGACUCUU2000062551AA2000009551UCAUAAG2000007551GUUAGGGG2000005551U2000009551UCG2000001551AGCCCCCUACAGGGCUCCA
97 tdbR00000193  SO:0000265 tRNA  Lys  3UU  Saccharomyces cerevisiae  eukaryotic cytosol   2000009551UCCUUGUUA2000002551GCUCAG2000008551U2000008551UGG2000008551UAGAGC2000022551G2000009551U2000009551UCGGCU2002521551UUU2000062551AACCGAAAU2000007551G2000008551U2000005551CAGGGG2000005551U2000009551UCG2000001551AGCCCCCUA2000009551UGAGGAGCCA
99 tdbR00000284  SO:0000266 tRNA  Met  CAU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUUCAGUA2000002551GCUCAG2000008551UAGGAAGAGC2000022551G2000009551UCAG2000009551UCUCAU2000062551AA2000009551UCUGAAG2000007551G2000008551U2000005551CGAGAG2000005551U2000009551UCG2000001551AACCUCUCCUGGAGCACCA
101 tdbR00000083  SO:0000267 tRNA  Phe  GAA  Saccharomyces cerevisiae  eukaryotic cytosol   GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
103 tdbR00000084  SO:0000267 tRNA  Phe  GAA  Saccharomyces cerevisiae  eukaryotic cytosol   GCGGACUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAGUUCGCACCA
105 tdbR00000323  SO:0000268 tRNA  Pro  UGG  Saccharomyces cerevisiae  eukaryotic cytosol   GGG2000090551CGUGU2000001551GGUC2000009551UAG2000008551UGG2000008551UAUGAUUCUCGC2000009551UU2000000999UGG2000001551G2000009551UGCGAGAG2000007551GCCCUGGG2000005551U2000009551UCA2000001551AUUCCCAGCUCGCCCCCCA
107 U53879  S0:0000407 rRNA  SSU  18S  Saccharomyces cerevisiae  eukaryotic cytosol   UAUCUGGUUGAUCCUGCCAGUAGUCAU2000090551AUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUAUAAGCAAUUUAUACAGUGAAACUGCGAAUGGCUC2000090551AUUAAA2000009551UCAGUUAUCGUUUA2000009551UUUGAUAGUUCCUUUACUACAUGGUAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCUUAAAAUCUCGACCCUUUGGAAGAGAUGUAUUUA2000009551UUAGAUAAAAAAUCAAUGUCUUCGGACUCUUUGAUGAUUCAUAAUAACUUUUCGAAUCGCAUGGCCUUGUGCUGGCGAUGGUUCAUUCAAA2000009551UUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUUUCAACGGGUAACGGGGAAUAAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAU2000090551CCAAGG2000090551AAGGCAGCAGGCGCGC2000090551AAAUUACCCAAUCCUAAUUCAGGGAGGUAG2000009551UGACAAUAAAUAACGAUACAGGGCCCAUUCGGGUCUUGUAAUUGGAAUGAGUACAAUGUAAAUACCUUAACGAGG2000090551AACAAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGG2000090551UAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGUUGCAGUU2000090551AAAAAGCUCGUAG2000009551UUGAACUUUGGGCCCGGUUGGCCGGUCCGAUUUUUUCGUGUACUGGAUUUCCAACGGGGCCUUUCCUUCUGGCUAACCUUGAGUCCUUGUGGCUCUUGGCGAACCAGGACUUUUACUUUGAAAAAAU2000009551UAGAGUG2000009551UUCAAAGCAGGCGUAUUGCUCGAAUAUAUU2000090551AGCAUGGAAUAAUAGAAUAGGACGUUUGGUUCUAUUUUGUUGGUUUCUAGGACCAUCGUAAUGAUUAAUAGGGACGGUCGGGGGCAUCAGUAUUCAAUUGUCAGAGGUGAAAUUCUUGGAUUUAUUGAAGACUAACUACUGCGAAAGCAUUUGCCAAGGACGUUUUCAUUAAUCAAGA2000090551ACGAAAGUUAGGGGAUCGAAGAUGA2000009551UCAGAUAC2000090551CGUCGUAGUCUUAACCAUAAACUAUGCCGACUAGGGAUCGGGUGGUGUUUUUUUAAUGACCCACUCGGCACCUUACGAGAAAUCAAAGUCUUUGGGUUCUGGGGGGAGUAUGGUCGCAA2000090551GGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGC2000009551UUAAUU2000009551UGAC2001309551UCAACACGGGGAAACUCACCAGGUCCAGACACAAUAAGGAUUGACAGAUUGAGAGCUCUUUCUUGAUUUUGUGGGUGG2000090551UG2000090551GUGCAUGGCCGUUCUUAGU2000009551UGGUGGAGUGAUUUGUCUGCUUAAUUGCGAUAACGAACGAGACCUUAACCUACUAAAUAGUGGUGCUAGCAUUUGCUGGUUAUCCACUUCUUAGAGGGACUAUCGGUUUCAAGCCGAUGGAAGUU2000009551UGAGGCAAUAACA2000090551GGUCUGUGAUGCCCUUAGACGUUCUGGGCCGCACGCGCGCUACACUGACGGAGCCAGCGAGUCUAACCUUGGCCGAGAGGUCUUGGUAAUCUUGUGAAACUCCGUCGUGCUGGGGAUAGAGCAUUGUAAUUAUUGCUCUUCAAC2000090551GAG2000007551GAAUUCCUAGUAAGCGCAAGUCAUCAGCUUGCGUUGAUUACGUCCCUGCCCUUUGUACACACCG2000090551CCCGUCGCUAGUACCGAUUGAAUGGCUUAGUGAGGCCUCAGGAUCUGCUUAGAGAAGGGGGCAACUCCAUCUCAGAGCGGAGAAUUUGGACAAACUUGGUCAUUUAGAGGAACUAAAAGUCGUAACAAGGUUUC2000042551CGUAGGUG2000909551U2000909551UCCUGCGGAAGGAUCAUUA
108 tdbD00009888  SO:0000269 tRNA  Ser  CGA  Saccharomyces cerevisiae  eukaryotic cytosol   GGCACUAUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551GAGAGA2000003551CUCGA2000061551AA2000009551UCUCU2000090551UGGGCUCUGCCCG2000005551CGCUGG2000005551U2000009551UCAAAUCCUGCUGGUGUCGCCA
110 tdbR00000406  SO:0000269 tRNA  Ser  UGA  Saccharomyces cerevisiae  eukaryotic cytosol   GGCACUAUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551GACAGA2000003551CU2000053551UGA2000061551AA2000009551UCUGU2000090551UGGGCUCUGCCCG2000005551CGCUGG2000005551U2000009551UCAAAUCCUGCUGGUGUCGCCA
112 tdbR00000407  SO:0000269 tRNA  Ser  IGA  Saccharomyces cerevisiae  eukaryotic cytosol   GGCAACUUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551GAAAGA2000009551UU2000009551AGA2000061551AA2000009551UCUUU2000090551UGGGCUCUGCCCG2000005551CGCAGG2000005551U2000009551UCAAAUCCUGCAGUUGUCGCCA
114 tdbR00000408  SO:0000269 tRNA  Ser  IGA  Saccharomyces cerevisiae  eukaryotic cytosol   GGCAACUUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551GAAAGA2000009551UU2000009551AGA2000061551AA2000009551UCUUU2000090551UGGGCUUUGCCCG2000005551CGCAGG2000005551U2000009551UCGAGUCCUGCAGUUGUCGCCA
116 tdbD00009889  SO:0000269 tRNA  Ser  GCU  Saccharomyces cerevisiae  eukaryotic cytosol   GUCCCAGUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551GAUGCCCUGCU2000062551AAGGCAU2000090551UGGGUUUUACCUG2000005551CGCAGG2000005551U2000009551UCG2000001551AAUCCUGUCUGUGACGCCA
118 tdbR00000443  SO:0000270 tRNA  Thr  AGU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUUCUAUG2000002551GCCAAG2000008551U2000008551UGG2000008551UAAGGC2000022551GCCACA2000003551CU2000009551AGU2000062551AA2000009551UGUGGAGA2000008551U2000005551CAUCGG2000005551U2000009551UCA2000001551AAUCCGAUUGGAAGCACCA
120 tdbR00000444  SO:0000270 tRNA  Thr  AGU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUUCUAUG2000002551GCCAAG2000008551U2000008551UGG2000008551UAAGGC2000022551GCCACA2000003551CU2000009551AGU2000062551AA2000009551UGUGGAGA2000008551U2000005551CGUCGG2000005551U2000009551UCA2000001551AAUCCGACUGGAAGCACCA
122 tdbR00000494  SO:0000271 tRNA  Trp  CCA  Saccharomyces cerevisiae  eukaryotic cytosol   GAAGCGGU2000001551G2000002551GCUCAA2000008551U2000090551GG2000008551UAGAGC2000009551U2000009551U2000009551UCGA2000090551CU2000090551CCAAA2000009551UCGAAGG2000007551G2000008551UUGCAGG2000005551U2000009551UCA2000001551AUUCCUG2000009551UCCGUUUCACCA
124 tdbR00000555  SO:0000272 tRNA  Tyr  GUA  Saccharomyces cerevisiae  eukaryotic cytosol   CUCUCGGUA2000002551GCCAAG2000008551U2000008551U2000090551GG2000008551U2000008551U2000008551UAAGGC2000022551GCAAGACUG2000009551UA2000061551AA2000009551UCUUGAGA2000008551U2000005551CGGGCG2000005551U2000009551UCG2000001551ACUCGCCCCCGGGAGACCA
126 tdbR00000466  SO:0000273 tRNA  Val  UAC  Saccharomyces cerevisiae  eukaryotic cytosol   GGUCCAAUG2000002551GUCCAG2000008551UGG2000008551U2000008551UCAAGAC2000022551G2000009551UCGCC2000009551UU2000053551UACACGGCGAAGA2000008551UC2000005551CCGAG2000005551U2000009551UCG2000001551AACCUCGGUUGGAUCACCA
128 tdbR00000465  SO:0000273 tRNA  Val  CAC  Saccharomyces cerevisiae  eukaryotic cytosol   GUUCCAAUA2000002551GUG2000009551UAGCGGC2000008551UAUCAC2000002551G2000009551U2000009551UGCC2000009551UUCACACGGCAAAG2000007551G2000008551UC2000005551CCGAG2000005551U2000009551UCG2000001551AUCCUCGGUUGGAACACCA
130 tdbR00000464  SO:0000273 tRNA  Val  AAC  Saccharomyces cerevisiae  eukaryotic cytosol   GGUUUCGU2000001551GGUC2000009551UAG2000008551UCGG2000008551U2000008551UAUGGCA2000009551UCUGC2000009551UU2000009551AACACGCAGAAC2000007551G2000008551UC2000005551CCCAG2000005551U2000009551UCG2000001551AUCCUGGGCGAAAUCACCA
132 tdbR00000526  SO:0000266 tRNA  Ini  CAU  Saccharomyces cerevisiae  eukaryotic cytosol   AGCGCCGU2000001551G2000002551GCGCAG2000008551UGGAAGCGC2000022551GCAGGGCUCAU2000062551AACCCUGAU2000007551G2000008551U2000005551C2000005551CUCGGAUCG2000001551AAACCG2900255551AGCGGCGCUACCA
146 tdbR00000164  SO:0000258 tRNA  Ile  GAU  Saccharomyces cerevisiae  mitochondrion  GAAACUAUAAUUCAA2000008551U2000008551UGG2000008551UUAGAAUAGUAU2000009551UUUGAU2000062551AAGGUACAAAUAUAGG2000005551U2000009551UCAAUCCCUGUUAGUUUCACCA
147 tdbR00000237  SO:0000264 tRNA  Leu  !AA  Saccharomyces cerevisiae  mitochondrion  GCUAUUUUGGUGGAA2000008551UUGG2000008551UAGACAC2000022551GAUAC2000009551UCU2000051551UAA2000001551GA2000009551UGUAUUACUUUACAGUAUGAAGG2000005551U2000009551UCAAGUCCUUUAAAUAGCACCA
148 tdbR00000183  SO:0000265 tRNA  Lys  $UU  Saccharomyces cerevisiae  mitochondrion  GAGAAUAUUGUUUAA2000008551UGG2000008551UAAAACAG2000009551UUG2000009551UCU2000251551UUU2000062551AAGCAACCCAUGCUUGG2000005551U2000009551UCAACUCCAGCUAUUCUCACCA
149 tdbR00000280  SO:0000266 tRNA  Met  CAU  Saccharomyces cerevisiae  mitochondrion  GCUUGUAUAGUUUAA2000008551U2000008551UGG2000008551UUAAAACAUUUG2000009551UCUCAU2000062551AAAUAAAUAAUGUAAGG2000005551U2000009551UCAAUUCCUUCUACAAGUACCA
153 tdbR00000395  SO:0000269 tRNA  Ser  GCU  Saccharomyces cerevisiae  mitochondrion  GGAAAAUUAACUA2000008551UAGG2000008551UAAAGUGGAUUA2000009551U2000009551UUGCUAAGUAAUUGAAUUGUAAAUUCUUAUGAG2000005551U2000009551UCGAAUCUCAUAUUUUCCGCCA
157 tdbR00000551  SO:0000272 tRNA  Tyr  GUA  Saccharomyces cerevisiae  mitochondrion  GGAGGGAUUUUCAAUGU2000008551UGG2000008551UAGUUGGA2000002551G2000009551UUGAGCUGUA2000061551AACUCAAUGACUUAGGUCUUCAUAGG2000005551U2000009551UCAAUUCCUAUUCCCUUCACCA
159 tdbR00000518  SO:0000266 tRNA  Ini  CAU  Saccharomyces cerevisiae  mitochondrion  UGCAAUAUGAUGUAA2000008551UUGG2000008551UUAACAUUUUAGGGUCAU2000001551GACCUAAUUAUAUACG2000005551U2000009551UCAAAUCGUAUUAUUGC2000009551UACCA
160 M11167.1  SO:0000653 rRNA  LSU-L  28S  Homo sapiens  cytosol  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGAGAGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCAGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGAAUCCCCGCGAGGGGGGUCUCCCCCGGCGCGGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCC2000090551GUCUUG2000001551AAAC2000090551ACGGACCAAGGAGU2000090551CUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCC2000090551GA2000090551AAGAUGGUGA2000090551AC2000009551UAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCG2000009551UAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAG2000090551GGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCC2000009551UCAGGA2000009551UAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAA2000009551UGAUUAGAGGUCUUGGGGCCGAAACGAUCUCAACC2000009551UAU2000009551UCUCAAACUU2000009551UAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGGUGGAAUGCGAGUGCCUAGUGGGCCAC2000009551UU2000009551UUGGUAAGC2000090551AGAACUGGCGCUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGAGCUACGCCGCGACGAGUAGGAGGGCCG2000090551CUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGGCCGCCGCAGGUGCAGAU2000090551CUUGGUGGUAGU2000090551A2000090551G2000090551CAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGG2000090551AGAAGGGUUCCAUG2000090551UGAACAG2000090551CA2000090551GUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGA2000009551UCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUUUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCAUAUCCGCAGCAGGUCU2000090551CCAAGGUGAAC2000090551AGCCUCUGG2000090551CAUGUUGGAACAA2000090551UGUAGGUAAGGGAAGUCGGCAAGC2000090551CGGAUCCGUAACUUC2000090551GGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGGGGAAUCCGAC2000009551UG2000009551UUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUU2000009551UCUGCC2000090551CAGUGCUCUGAAUG2000009551UCA2000090551AAGUGA2000090551AGAAAU2000009551UCAA2000009551UGAAGCGCGG2000090551GUAAACGGCGGGAG2000009551UA2000090551AC2000009551UA2000009551UGAC2000009551UC2000009551UCUUAAGGUAGC2000005551CAA2000090551AUGCCUCGUCAUCUAAUUAGUGA2000090551CGCGCAUGAA2000909551UGGA2000009551UGA2000090551ACGAG2000090551AUUCCCACUGU2000090551CCC2000009551UACCUAC2000009551UA2000009551UCCAGCGAAACCAC2000090551AG2000090551CCAAGGGAACGGGCU2000009551UGG2000090551CGGAAUCAGCGG2000090551GGAAAGAAGACCCUGUUGAGC2000009551UUGAC2000090551UCUAGUCUGGCACGGUGAA2000090551GAGACAUGAGAGGUG2000009551UAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCC2000090551GGUGAAAUACCA2000090551CUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUG2000090551GGGCGGUACACCUGUCAAACGGUA2000006551ACGCAGG2000090551U2000090551GUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGA2000009551UCU2000009551UGA2000009551UUUUCAG2000090551UACGAA2000009551UACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUU2000009551UUGGGUUU2000009551UAAGCAGGA2000090551GGUGUCAGAAAAGUUACCACAG2000090551GGAUAACUGGC2000009551UUGUGGCGGCCAAGCGU2000009551UCAUAGCGACG2000009551UCGCUUUUUGA2000009551U2000005551CCUUCGAUGUCGG2000090551C2000009551UCUUCCUAUCAUUG2000009551UGAAGCAGAAUUCGCCAAGCGUU2000090551GGAU2000090551U2000090551G2000009551UUCACCCACUAAUAGGGAACG2000009551UG2000090551AGCUGGG2021510551U2000009551UUAGA2000090551CCGUCGUGAGACAGGU2000009551UAGUUUUACCCUACUGA2000009551UG2000090551AUGUG2000009551UUG2000009551UUGCCAUGGUA2000090551AUCCUGCUCAGUACGAGAGGAACCGCAG2000090551GU2000090551UCA2000090551GACAU2000009551UUGGUGUA2000009551U2000090551GUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCA2000009551UCUGUGGGAUUAUGAC2000009551UGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCA2000009551U2000009551UCGUAGACGACCUGCUUCUGGGUCGGGG2000009551UUUCGUACG2000009551UAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
161 K03432  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol   UACCUGGUUGAUCCUGCCAGUAGCAU2000090551AUGCUUG2000009551UC2000009551UCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAA2000009551UGGCUC2000090551AUUAAA2000009551UCAG2000009551UUAUGGU2000090551UCC2000009551UU2000090551UGGUCGCUCGCUCCUCUCCUACUUGGAUAACUGUGGUA2000090551AUUCUAG2000090551AGCUAA2000090551UA2000090551CAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGA2000009551UGCGUGCA2000009551UUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGG2000009551UGACGGGGAAUCAGGGUUCGAU2000090551UCCGGAGA2000090551GGGAGCCUGAGAAACGGCUACCACAU2000090551CCAAGG2000090551AAGGCAGCAGGCGCGC2000090551AAAUUACCCACUCCCGACCCGGGGA2000090551GGU2000090551AGUGA2000090551CGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACU2000009551UUAA2000090551AUCCUUUAACGAGG2000090551AUCCAUUGGAG2000090551GGCAAGUC2000009551UGGUGCCAGCAGCCGCGG2000090551UAAUUCCAGCUCCAAUA2000090551GCGUA2000009551UA2000009551UUAAAGUUGCUGCAGUU2000090551AAAAAGCUCGUAG2000009551UU2000090551GGA2000009551UCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAG2000090551CG2000090551UU2000009551UACUUUGAAAAAA2000009551U2000009551UAGAGUG2000009551UUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAA2000009551UAA2000009551U2000090551GGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAU2000009551UAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAU2000009551UCCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUU2000009551UGCCAAGAAUGUUUUCAUUAAUCAAGA2000090551ACGAAAGUCGGAGGUUCGAAGACGA2000009551UCAGAUACCGUCGUAGUUCCGACCA2000009551UAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUA2000009551UGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGC2000009551UUAAUU2000009551UGAC2001309551UCAACACGGGAAACCUCACCCGGC2000090551CCGGACACGGACAGGA2000090551UUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGG2000909551UG2000090551GUGCAUGGCCGUUCUUAGU2000009551UGGUGGAGCGAUUUGUCUGG2000009551UUAAUUCCGAUAACGA2000090551ACGAGACU2000090551CUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACU2000090551UCU2000009551UAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA2000090551GGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAU2000009551UCCCCAUGAACGAG2000007551GAAU2000009551UCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUU2000090551AAGUCCCUGCCCUU2000009551UGUACACACCG2000090551CCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACU2000090551UGACUAUCUAGAGGAAGUAAAAGUCGUA2000006551ACAAGGUUUCCGUAGGUG2000909551U2000909551UCCUGCGGAAGGAUCAUUA
166 tdbR00000007  SO:0000254 tRNA  Ala  UGC  Bacillus subtilis  prokaryotic cytosol  GGAGCCUUAGCUCAGC2000008551UGGGAGAGCGCCUGCUU2000501551UGC2000006551ACGCAGGAG2000007551GUCAGCGG2000005551U2000009551UCGAUCCCGCUAGGCUCCACCA
167 tdbR00000006  SO:0000254 tRNA  Ala  UGC  Mycoplasma capricolum  prokaryotic cytosol  GGGCCCU2000074551UAGCUCAGC2000008551UGGGAGAGCACCUGCCUUGC2000006551ACGCAGGGG2000007551GUCGACGGU2000009551UCGAUCCCGUUAGGGUCCACCA
169 tdbD00003691  SO:0000254 tRNA  Ala  GGC  Bacillus subtilis  prokaryotic cytosol  GGGGCCAUAGCUCAGC2000008551UGGGAGAGCGCUACGCUGGCAGCGUAGAG2000007551GUCAGGGG2000005551U2000009551UCGAGCCCCCUUGGCUCCACCA
172 tdbR00000354  SO:0001036 tRNA  Arg  ICG  Bacillus subtilis  prokaryotic cytosol  GCGCCCGUAGCUCAAUGGA2000008551UAGAGCGUUUGACU2000009551ACG2000001551GAUCAAAAG2000007551GUUAGGGG2000005551U2000009551UCGACUCCCCUCGGGCGCGCCA
173 tdbR00000352  SO:0001036 tRNA  Arg  ICG  Mycoplasma capricolum  prokaryotic cytosol  GCGCCCG2000074551UAGAUCAAU2000008551UGGA2000008551UAGAUCGCUUGACU2000009551ACG2000001551GA2000009551UCAAAAG2000007551GUUGGGGGU2000009551UCGAGUCCCUCCGGGCGCACCA
175 tdbD00009276  SO:0001036 tRNA  Arg  UCU  Bacillus subtilis  prokaryotic cytosol  GUCCCAGUAGCUCAGC2000008551UGGA2000008551UAGAGCAACGGCCUUCU2000062551AAGCCGUCG2000007551GUCGGGAG2000005551U2000009551UCGAAUCUCUCCUGGGACGCCA
176 tdbR00000353  SO:0001036 tRNA  Arg  !CU  Mycoplasma capricolum  prokaryotic cytosol  GCCCAUGUAGCUCAGUAGGA2000008551UAGAGCACGCGCCU2000051551UCU2000062551AAGCGUGAG2000007551GUCGGAAGU2000009551UCGAGCCUUCUCGUGGGCACCA
178 tdbD00008819  SO:0001036 tRNA  Arg  CCU  Bacillus subtilis  prokaryotic cytosol  GCUCUAGUAGCACAGCGGA2000008551UAGUGCAGCAGUUUCCU2000062551AAACUGCAG2000007551GUCGGGAG2000005551U2000009551UCGAAUCUCUCCUAGAGCGCCA
179 tdbD00008818  SO:0001036 tRNA  Arg  CCG  Bacillus subtilis  prokaryotic cytosol  GCGCUCGUAGCUCAGUUGGA2000008551UAGAGCGGUGGUUUCCG2000001551GUACCACGGUCGUCCGGGGG2000005551U2000009551UCGAAUCCCUCCGAGCGCGCCA
182 tdbR00000294  SO:0000256 tRNA  Asn  GUU  Mycoplasma capricolum  prokaryotic cytosol  GGCUUUU2000074551UAGCUCAGCAGG2000008551UAGAGCAACCGGCUGUU2000062551AACCGGUUU2000007551GUCACAGGU2000009551UCGAGCCCUGUAAAAGCCGCCA
185 tdbR00000024  SO:0000257 tRNA  Asp  GUC  Mycoplasma capricolum  prokaryotic cytosol  GGCCCCA2000074551UAGCGAAGU2000008551UGG2000008551U2000008551UAUCGCGCCUCCCUGUCACGGAGGAGAUCACGGGU2000009551UCGAGUCCCGUUGGGGUCGCCA
188 tdbR00000019  SO:0000258 tRNA  Cys  GCA  Mycoplasma capricolum  prokaryotic cytosol  GGCAACA2000074551UGGCCAAGCGGC2000008551UA2000001551AGGCAUGGGUCUGCA2000006551ACACCCUGAUCAUCGGU2000009551UCGAAUCCGAUUGUUGCCUCCA
191 tdbR00000331  SO:0000259 tRNA  Gln  $UG  Mycoplasma capricolum  prokaryotic cytosol  UGGGCUA2000074551UAGCCAAGCGG2000008551UA2000001551AGGCAAGGGACU2000251551UUG2000006551ACUCCCUCAUGCGCCGGU2000009551UCGAAUCCUGCUAGCCCAACCA
194 tdbR00000044  SO:0000260 tRNA  Glu  $UC  Mycoplasma capricolum  prokaryotic cytosol  GGCCUGUUGGUGAAGCGG2000008551U2000008551UA2000001551ACACACACGGUU2000251551UUCAUCCGUGGACACACGGGU2000009551UCGAACCCCGUACAGGCUACCA
197 CP070844  SO:0000261 tRNA  Gly  GCC  Bacillus subtilis  prokaryotic cytosol  GCGGAAGUAGUUCAGUGG2000008551UAGAACACCACCUUGCCAAGGUGGGG2000007551GUCGCGGG2000005551U2000009551UCGAAUCCCGUCUUCCGCUCCA
198 tdbR00000111  SO:0000261 tRNA  Gly  {CC  Mycoplasma capricolum  prokaryotic cytosol  GCAGGUG2000074551UAGUUUAAUGG2000008551UAGAACUUCAGCCUUCC2000006551AAGCUGAUUGUGAGGGU2000009551UCGAUUCCCUUCACCUGCUCCA
200 tdbR00000116  SO:0000261 tRNA  Gly  !CC  Bacillus subtilis  prokaryotic cytosol  GCGGGUGUAGUUUAGUGG2000008551UAAAACCUCAGCCU2000051551UCCAAGCUGAUGUCGUGAG2000005551U2000009551UCGAUUCUCAUCACCCGCUCCA
205 tdbR00000139  SO:0000262 tRNA  His  GUK  Mycoplasma capricolum  prokaryotic cytosol  GGCGUAGGUGGUGAAGUGG2000008551U2000008551UA2000001551ACACAUCAGGUUGUG2000001551GC2000009551UCUGACAUACGCGGGU2000009551UCGAUCCCCGUUCUACGCCCCA
208 tdbR00000153  SO:0000258 tRNA  Ile  }AU  Mycoplasma capricolum  prokaryotic cytosol  GGACCUU2000074551UAGCUCAGU2000008551UGG2000008551U2000008551UAGAGCAUCCGGCU2000021551CAU2000006551AACCGGACG2000007551GUCAUUGGU2000009551UCAAGUCCAAUAAGGUCCACCA
210 tdbR00000156  SO:0000258 tRNA  Ile  }AU  Bacillus subtilis  prokaryotic cytosol  GGACCUUUAGCUCAGUUGGUUAGAGCAGACGGCU2000021551CAU2000062551AACCGUCCG2000007551GUCGUAGG2000005551U2000009551UCGAGUCCUACAAGGUCCACCA
211 tdbR00000154  SO:0000258 tRNA  Ile  GAU  Mycoplasma capricolum  prokaryotic cytosol  CGGAAUAUAGCUCAGC2000008551UGG2000008551U2000008551UAGAGCAUUCCGCUGAU2000062551AACGGAGAG2000007551GUCGUUGGU2000009551UCAAGUCCAAUUAUUCCGACCA
225 U32322  SO:0001001 rRNA  LSU  23S  Sulfolobus solfataricus  prokaryotic cytosol  ACGACUAGGGGCACCAAGCCAGCCGGUGGAUGGCUCGGCUCGGGCGCUGACGAAGGGCGCGGCAAGUGGCGAAAUGCCCGGGGUAGGCACACGCUGCCUUUGAACCCGGGAUUCCCCGAAUGGGACCUGCCCCUUUGGGGCGCACCCGACUCG2000000999U2000000999U2000000999UAGAGUCGGGUGUGGGAACUCCCCGAACGGAAACAUCUUAGUAGGGGAAGGAGGAGAAAUCAACCGAGAUCCCCUGAGUAGGGGCGACCGAAAGGGGGAUAGCCCAAACCAAACCCGCCGCCGGCAAGUCGGUGGGAAUGUGGUGUUAUUGGCCUCCAGUCUGGUUUAAAGCCGGCCUCCCUGGCCUACCUAGCCGAACUCUCCUGGAAUGGAGGGCCAUAGAGGGUGACAGCCCCGUAGGCUAAAGGUAGGUGGGAGGUGACUGGAGGCAGCGUACCAUCCCCUGGUUCGGGGGUGGGAAGUUGGGGGCCACGUGCCUCCAAGGCUAAAUACGUCCCGAGACCGAUAGCGAACUAAGUACCGUGAGGGAAAGCUGCAAAGACCCCGGAAGGGGGGUGAAAAGAGCCUGAAACCGGCUGGUCAUAGUAGGGCAAGGCUCGAAAGGAGUGAAGUCUCCCGAAGGAAAGAGGCGC2000000999UAGCCUAGUACGAGGGAGAUGGACCGGGGUCUUGCCUUUCGUCCUGAAACACGGGCCGGGGAGUUCACGCCAGUGGCGAGCCUAAGGGGGUUAACCCCGAAGGCAUAGGGAAACCGAGUGCCCGCAGCCCGGGAAACC2000000999UGGUGAGGGGCAGGGUCUGCCAGGGCCUAAAGUCACUGGCGUGAGGCUAGAAACCGGGCGAUCUAGGCCGGGGCAGGCCGAAGCCGGGGGAAACCUCGGUGGAGGGCCG2000000999U2000000999UUAGGGGUUCUGACGUGCAAUUCGUUCCCCUGACCCCGGUCUAGGGGCGAAAGACCAAUCUAGCUCGGUGAUAGCUAGUUCCCCCCGAAAUGCGUCCUAGCGCAGCCUUCCUGGAGGUUGCCUACGGGGUAGAGUAACUGAUUGGGGGUUCGGAGCGAAAGCUCCGGGCUUCCAGUCAAACUCCGAACUCGUAGGCGCCGAAGAAGGGGAGAGUGGGCCACUCGGCGUAAGGUUGGGUGGCGAAAGGGAAACAGCCCAGACUUGGGUUAAGGCCCCAAAAUGCCGGCUAAGUGCCAGUUAAGGGGCGUCUCUAGCCUUAGACAGCGGGAAGGUGGGCCCAGCAGCAGCCAUCCUCUAAGGAGUGCGUAACAGCUCACCCGCCGAGGCUAGAGGCCCCGAAGAUUGGUCGGGGCUUAAGCCGGCUGCCGAGACCCAAGCGUGGAGGCUCAUUGAGUCUCCAUGGGUAGGGGGGCGCUGUGGUGGGGUAGAAGGUGGGUCGUGAGAUCCACUGGACCCGCCACAGGUGCAGAUCCCGGCGGCAGUAACAGCGAGGAGGGGUAAGACUCCCCUCCGCCGGAAGGGCUAGGGUUUCCCGGCAAUGGUCGUCAGCCGGGAGUGAGCCGGUCCUAAGGCGAGGCCUAAUAGGUACUCGCCGAAAGGGAAGUGGGUUAAUAUUCCCACGCCCUAGGGGUAGGCGCGGUAACGCAAGCUGGACUCCUGACGGAUCUGGGUAGGGUGAGUGGGGCCACCGCCCCAUCCAAGCGCUUAAGUCCCUGGAGUGCCGUAAUGGUGAGAAGGGGACGAAGGCGUGAUGGG2000000999UGUUCCCUUUGGGGACUUCACCCAAUCCCAGGUUCCCUUGAAAAGGGAGUCCAGAACGAUCCCCUAGGACCGUACCGAGAACCGACACUGGUGCCCCUGGGUGAGAAGCCCAAGGCGUCUGGGGGUUAACUCAGGCUAGGGAACUCGGCAAAAUAGCCCCGUACCUUCGGUAGAAGGGGUGCCUACUGGGGUCGUAAACCGGCCUCAGUAGGUCGCAGUGACAAGGGGGACCUGACUGUUUAAUAAAAACAUAGGUCCCCGCUAGCCCGAAAGGGUGUGUACGGGGGCUAAAUCCUGGCCACUGGUGGAUGGUGAAAGCCGGGUCCAACCGGUCGAAGCCCCACUGAAGGCCGGGGGUAACUCUGACCCUCUUAAGGUAGCCAAAUGCCUUGCCGGGUAAGUUCCGGCGCGCAUGAAUGGAUCAACGUGGUCCCUACUGUCCCAGCCUGGGGCCCCGUGAACGCCCAGAGUGGGUUCACAGUCCCGCAACUCCCCACACCGAGAGAAGACCCCGUGGAGCUUCACCGCAGCCUGGCGCUGCUCCUCGGGCGCCUAUGCGUAGAGUAGGUGGGAGGGGUCGAACCCAUCCUUUCGGGGAUGGGGGACCCGAAGGUGAAACACCACCCAUGGGUGCUCGAGGAGCUUACCUGCCC2000000999U2000000999U2000000999U2000000999UGGGUGGGGACAGCGUCAGGUGGGCGGUUCGGCUGGGGCGGCACUCCCGCGAAAAGAUAACACGGGAGCCCAAAGGUCGGCUCAGGCGGUACAGAACGCCGCCGUGGAGUGCAAGGGCAAAAGCCGGCUUGACGAGACCCUCCAAAGUACGGGGUCUCGACGCGAAAGCGCGGCCUAGCGAACGCUCGUGCCCCCCCACGUGGGGGCCGGGCAUGACAGAAAAGUUACCCCGGGGAUAACAGGGUCGUCGCGGGCGAGAGCUCCCAUCGACCCCGCGGUUUGCUACAUCGAUGUCGGCUCUUCCCACCCUGGGGGUGCAGCUGCCCCCAAGGGUAGGGCUGCCCGCCCGUUAAAGGGGAACGUGAGCUGGGUUUAGACCGUCGCGAGACGGGUCGGACUCUAAGGGUGGGGAGUGUGGGCUGCCUGAGGGGAAGGUACCCCAAGUACGAGAGGAACAGGGUACCGGGGCCUCUAGUUUACCGGUUGUCCGGUAGGGCACUGCCGGGCAGCCACGCCCUGUGGGGUAACCGCUGAAAGCAUCUAAGCGGGAACCCCUCCCCGAAAAGAGGCAGCCAUGCGGGGUUAACCCGCGAGAGCCCACCUCUAGAAGAGGGGGUUGAUGGG2000000999U2000000999UCGGGGUGUAAGUCCCGAGGGCGAAAGUCCGAGGGAUUUAGCCCGCGCCUCCCAAUCGGGCAAGCCCUCUU
226 X12612  SO:0001001 rRNA  LSU  23S  Thermus thermophilus  prokaryotic cytosol  GGUCAAGAUGGUAAGGGCCCACGGUGGAUGCCUCGGCACCCGAGCCGAUGAAGGACGUGGCUACCUGCGAUAAGCCAGGGGGAGCCGGUAGCGGGCGUGGAUCCCUGGAUGUCCGAAUGGGGGAACCCGGCCGGCGGGAACGCCGGUCACCGCGCUUUUGCGCGGGGGGAACCUGGGGAACUGAAACAUCUCAGUACCCAGAGGAGAGGAAAGAGAAAUCGACUCCCUGAGUAGCGGCGAGCGAAAGGGGACCAGCCUAAACCGUCCGGCUUGUCCGGGCGGGGUCGUGGGGCCCUCGGACACCGAAUCCCCAGCCUAGCCGAAGCUGUUGGGAAGCAGCGCCAGAGAGGGUGAAAGCCCCGUAGGCGAAAGGUGGGGGGAUAGGUGAGGGUACCCGAGUACCCCGUGGUUCGUGGAGCCAUGGGGGAAUCUGGGCGGACCACCGGCCUAAGGCUAAGUACUCCGGGUGACCGAUAGCGCACCAGUACCGUGAGGGAAAGGUGAAAAGAACCCCGGGAGGGAGUGAAAUAGAGCCUGAAACCGUGGGCUUACAAGCAGUCACGGCCCCGCAAGGGGUUGUGGCGUGCCUAUUGAAGCAUGAGCCGGCGACUCACGGUCGUGGGCGAGCUUAAGCCGUUGAGGCGGAGGCGUAGGGAAACCGAGUCCGAACAGGGCGCAAGCGGGCCGCACGCGGCCCGCAAAGUCCGCGGCCGUGGACCCGAAACCGGGCGAGCUAGCCCUGGCCAGGGUGAAGCUGGGGUGAGACCCAGUGGAGGCCCGAACCGGUGGGGGAUGCAAACCCCUCGGAUGAGCUGGGGCUAGGAGUGAAAAGCUAACCGAGCCCGGAGAUAGCUGGUUCUCCCCGAAAUGACUUUAGGGUCAGCCUCAGGCGCUGACUGGGGCCUGUAGAGCACUGAUAGGGCUAGGGGGCCCACCAGCCUACCAAACCCUGUCAAACUCCGAAGGGUCCCAGGUGGAGCCUGGGAGUGAGGGCGCGAGCGAUAACGUCCGCGUCCGAGCGCGGGAACAACCGAGACCGCCAGCUAAGGCCCCCAAGUCUGGGCUAAGUGGUAAAGGAUGUGGCGCCGCGAAGACAGCCAGGAGGUUGGCUUAGAAGCAGCCAUCCUUUAAAGAGUGCGUAAUAGCUCACUGGUCGAGUGGCGCCGCGCCGAAAAUGAUGCGGGGCUUAAGCCCAGCGCCGAAGCUGCGGGUCUGGGGGAUGACCCCAGGCGGUAGGGGAGCGUUCCCGAUGCCGAUGAAGGCCGACCCGCGAGGCGGCUGGAGGUAAGGGAAGUGCGAAUGCCGGCAUGAGUAACGAUAAAGAGGGUGAGAAUCCCUCUCGCCGUAAGCCCAAGGGUUCCUACGCAAUGGUCGUCAGCGUAGGGUUAGGCGGGACCUAAGGUGAAGCCGAAAGGCGUAGCCGAAGGGCAGCCGGUUAAUAUUCCGGCCCUUCCCGCAGGUGCGAUGGGGGGACGCUCUAGGCUAGGGGGACCGGAGCCAUGGACGAGCCCGGCCAGAAGCGCAGGGUGGGAGGUAGGCAAAUCCGCCUCCCAACAAGCUCUGCGUGGUGGGGAAGCCCGUACGGGUGACAACCCCCCGAAGCCAGGGAGCCAAGAAAAGCCUCUAAGCACAACCUGCGGGAACCCGUACCGCAAACCGACACAGGUGGGCGGGUGCAAGAGCACUCAGGCGCGCGGGAGAACCCUCGCCAAGGAACUCUGCAAGUUGGCCCCGUAACUUCGGGAGAAGGGGUGCUCCCUGGGGUGAUGAGCCCCGGGGAGCCGCAGUGAACAGGCUCUGGCGACUGUUUACCAAAAACACAGCUCUCUGCGAACUCGUAAGAGGAGGUAUAGGGAGCGACGCUUGCCCGGUGCCGGAAGGUCAAGGGGAGGGGUGCAAGCCCCGAACCGAAGCCCCGGUGAACGGCGGCCG2000009551UAAC2000090551UA2000009551UAA2000090551CGGUCCUAAGGUAGCGAAA2000090551UUC2000005551CUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAAAGCGUAACGACCGGAGCGCUGUCUCGGCGAGGGACCCGGUGAAAUUGAACUGGCCGUGAAGAUGCGGCCUACCCGUGGCAGGACGAAAAGACCCCGUGGAGCUUUACUGCAGCCUGGUGUUGGCUCUUGGUCGCGCCUGCGUAGGAUAGGUGGGAGCCUGUGAACCCCCGCCUCCGGGUGGGGGGGAGGCGCCGGUGAAAUACCACCCUGGCGCGGCUGGGGGCCUAACCCUCGGAUGGGGGGACAGCGCUUGGCGGGCAGUUUGACUG2000090551GGGCGGUCGCCUCCUAAAAGGUAACGGAGGCGCCCAAAGGUCCCCUCAGGCGGGACGGAAAUCCGCCGGAGAGCGCAAGGGUAGAAGGGGGCCUGACUGCGAGGCCUGCAAGCCGAGCAGGGGCGAAAGCCGGGCCUAGUGAACCGGUGGUCCCGUGUGGAAGGGCCAUCGAUCAACGGAUAAAAGUUACCCCGGGGAUAACAGGCUGAUCUCCCCCGAGCGUCCACAGCGGCGGGGAGGUUUGGCACCUCG2000090551AUGUCGGCUCGUCGCAUCCUGGGGCUGAAGAAGGUCCCAAGGGUUGGGC2000090551UGUUCGCCCAUUAAAGCGGCACGCGAGCUGGGUUCAGAACGUCGUGAGACAGUUCGGUCUCUA2000009551UCCGCCACGGGCGCAGGAGGCUUGAGGGGGGCUCUUCCUAGUACGAGAGGACCGGAAGGGACGCACCUCUGGUUUCCCAGCUGUCCCUCCAGGGGCAUAAGCUGGGUAGCCAUGUGCGGAAGGGAUAACCGCUGAAAGCAUCUAAGCGGGAAGCCCGCCCCAAGAUGAGGCCUCCCACGGCGUCAAGCCGGUAAGGACCCGGGAAGACCACCCGGUGGAUGGGCCGGGGGUGUAAGCGCCGCGAGGCGUUGAGCCGACCGGUCCCAAUCGUCCGAGGUCUUGACCCCUC
227 AE001703  SO:0001001 rRNA  LSU  23S  Thermotoga maritima  prokaryotic cytosol  GGUCAAGGUACUAAGGGCACGCGGUGGAUGCCUUGGCGGCGGGAGGCGAUGAAGGGCGUGGCAAGCUGCGAUAAGCCCGGGGGAGCCGCAAGCAGGCGUUGAUCCCGGGAUUCCCGAAUGGGGAAACCUGGGUGGCCGUUGAGGCCACUCGCCGCCGAAAGGCGGUGCGACACCGGGGGAAGUGAAACAUCUCAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCUAGUAGCGGCGAGCGAACGGGGAGGAGCCCAAACCAGCGUGGUGUCAAAGCCCGUGGGCGUUGCCACGCUGGGGUUGUGGGACACGGCCGGGCGAGGCCACGGACUCGCCGGGGAGUUACAAAUCCCUCCUCUAGCCGAACCACCUGGGAAGGUGGGCCGGAGAGGGUGACAGCCCCGUAGGCGAAAGGGGAGGGACUCCCUGGGCCGUGCUCCCGAGUACCACGGGACACGUGGAAUCCCGUGGGAAGCUGGGGGGACCACCCUCCAAGGCUAAAUACUACCCGCCGUCCGAUAGCGCACCAGUACCGUGAGGGAAAGGUGAAAAGCACCCCGGAAGGGGAGUGAAAGAGGACCUGAAACCGCGUGCCUACAAGAAGUCGGAGCCCCCAUUUGGGGGUGACGGCGUGCCUUUUGAUUAAUGAGCCCGCGAGUUGCCGUCGGUGGCGAGGUUAAGCCGACGAAGGCGUAGCCGUAGCGAAAGCGAGUCCGAACAGGGCGCUCAGUCACCGGCGGCAGACCCGAAGCCGGGUGAGCUACCCCUGGGCAGGGUGAAGGUGGGUUAAAACCCACUGGAGGCCCGAACCGGUGGACAGUGAAAAGUCCUCGGAUGACCUGGGGGUAGGAGUGAAAAGCUAACCGAACCCGGUGAUAGCUGGUUCUCCCCGAAAUGCAUUGAGGUGCAGCCUCGGGCGGUCUGUGCAGGGGGUAGAGCACUGAUGGGGCUAGGGGGGUUUCCUCCGAACCCCGUCAAACUCCGAAUCCCUGCACACAAAGCCCGGGAGUGAGCCCGCGGGGGAUAAGCUCCGCGGACGAGAGGGGAACAACCCAGACCGCCGGCUAAGGGCCCGAAGAGGUGGCUAAGUGGUAAAGGAUGUGGAGCGCCUAAGACAGCUGGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAGUGCGUAACAGCUCACCAGCCGAGGCGCUCUGCACCGAAAAUGUAACGGGGCUCAAGCCACCCCCCGAAGCCGCGGGUCAGUACCUCCGCUGGAGGUACUGGCGGUAGGGGAGCUUUCCGCUGUAGGGUGAAGGCGGACCCGCGAGGGCCGCUGGACGAGGCGGAAGUGAGAAUGCGGGCAUGAGUACGCGAAAGGAGGGUGAGAAUCCCUCCCCCCGUAAGCCCAAGGGUACCUGGGGAAGGUUCGUCCGCCCAGGGUUAGCCGGGACCCUAAGGUGAACCCGAAAGGGGUAGCCGAAGGGAAGCCGGUUAAUAUUCCGGCGCCACCUGCGGUCGAUGGUACGAGGGGUGACGCAGGAGGGUAGGCGCCGGGGGCAAGUGGCAUGCCCCUCCAAGCGGUUAGGGCGAUGACGGGCGUAGGUAAAUCCGCGCCCCGAGCCUGAGCCGUGAUGGGGAGGUCCCUUCGGGGACCAACGGCGCUGACCCCACACUGCCGAGAAAAACCUCGCGUACCGCUUGAGACCGUAGGUGCCCGUUCCGCAAACCGACACAGGUGGGCGGGCUGAGAAGGCUCAGGGGAGCGGGUUAACCCUCGCCAAGGAACUCGGCAAAUUGGCCCCGUAACUUCGGGAGAAGGGGUGCCGCGUUAGGGUGAACCCAGGGGAAGGGGCAACCCGGAAACUGGGGGAGCCCGAGGCGGUCGCAGUGACAAGGCCCUGGCGACUGUUUACCAAAAACACAGGUCUCUGCUAACUCGAAAAGAGGAAGUAUAGGGACUGACGCCUGCCCAGUGCCGGAAGGUUAAGGGGAGGGGUGAGGCUCCCCUUGUGGGAGCGUAGCUCCGACCCGAAGCCCCGGUAAACGGCGGCCGUAACUAUAACGGUCCUAAGGUAGCGAAAUUCCUUGUCGGGUAAGUUCCGACCUGCAUGAAUGGCGUAACGACUGGGGCACUGUCUCGGCGGGGGGCCCGGCGAAAUUUCAGUCUGGGUGAAGAUGCCCAGUACCCGCGGCUAGACGGAAAGACCCCGUGGAGCUUUACUGCAGCCUGGUAUUGGGCUCUGGUGCAUCGUGUAUAGCAUAGGUGGGAGGCUGUGAAGCCGCCUCGCCAGGGGCGGUGGAGCCGCCAGUGGAAUACCACCCUCGGUGCACUGGAGUCCUAACCUGACCCUGUGAAGAGCAGGGUGGGGACAGUGCCAGGUGGGCAGUUUGACUGGGGCGGUCACCUCCUAAAAGGUAACGGAGGUGUGCAAAGGUCGGCUCAGGUGGGUUGGAAAUCCACCGCAGAGUGCAAGGGCAUAAGCCGGCCUGACUGCGAGGCCGACAGGCCGAGCAGGGGGGAAACCCGGCCCUAGUGACCCGGCGGUCCCGUGUGGAAGGGCCGUCGAUCAACGGAUAAAAGUUACCCCGGGGAUAACAGGCUGGUCCCGCCCGAGAGUUCACAUCGACGGCGGGGUUCGGCACCUCGAUGUCGGCUCAUCCCAUCCUGGGGCUGAAGCAGGUCCCAAGGGUUGGGCUGUUCGCCCAUUAAAGGGGUACGUGAGCUGGGUUCAGACCGUCGUGAGACAGGUCGGUCCCUAUCUGCCGCGGGCGUAGGAGGCUUGAGGGGGGUCCUCCCUUGUACGAGAGGACCGGGAGGAGGGGGCCUCUGGUGUACCGGCUGUCGCGCCAGCGGCAUACGCCGGGUAGCUACGCCCCUAAGCGAUAACCGCUGAAAGCAUCUAAGCGGGAAGCGCGCCCCAAGAUUAGGCCUCCCAUCCCGUUAAGGGAGUAAGGCCGGUCCGAGAAGAGGACCUUGAUAGGCCGGGGGUGUAAGCGCCGCAAGCGUUGAGCCCACCGGUACUAAUCGGCCGAGGCCUUGACCUCC
228 AL009126  SO:0001001 rRNA  LSU  23S  Bacillus subtilis  prokaryotic cytosol  GGUUAAGUUAGAAAGGGCGCGCGGUGGAUGCCUUGGCACUAGGAGCCGAUGAAGGACGGGACGAACACCGAUAUGCUUCGGGGAGCUGUAAGCAAGCUUUGAUCCGGAGAUUUCCGAAUGGGGAAACCCACCACUCGUAAUGGAGUGGUAUCCAUAUCUGAAUUCAUAGGAUAUGAGAAGGCAGACCCGGGGAACUGAAACAUCUAAGUACCCGGAGGAAGAGAAAGCAAAUGCGAUUCCCUGAGUAGCGGCGAGCGAAACGGGAUUAGCCCAAACCAAGAGGCUUGCCUCUUGGGGUUGUAGGACACUCUGUACGGAGUUACAAAGGAACGAGGUAGAUGAAGAGGUCUGGAAAGGCCCGCCAUAGGAGGUAACAGCCCUGUAGUCAAAACUUCGUUCUCUCCUGAGUGGAUCCUGAGUACGGCGGAACACGUGAAAUUCCGUCGGAAUCCGGGAGGACCAUCUCCCAAGGCUAAAUACUCCCUAGUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGUGAAAAGCACCCCGGAAGGGGAGUGAAAGAGAUCCUGAAACCGUGUGCCUACAAGUAGUCAGAGCCCGUUAACGGGUGAUGGCGUGCCUUUUGUAGAAUGAACCGGCGAGUUACGAUCCCGUGCAAGGUUAAGCAGAAGAUGCGGAGCCGCAGCGAAAGCGAGUCUGAAUAGGGCGCAUGAGUACGUGGUCGUAGACCCGAAACCAGGUGAUCUACCCAUGUCCAGGGUGAAGUUCAGGUAACACUGAAUGGAGGCCCGAACCCACGCACGU2000005551UGAAAAGUGCGGGGAUGAGGUGUGGGUAGGGGUGAAAUGCCAAUCGAACCUGGAGAUAGCUGGUUCUCUCCGAAAUAGCUUUAGGGCUAGCCUCAAGGUAAGAGUCUUGGAGGUAGAGCACUGAUUGGACUAGGGGCCCCUACCGGGUUACCGAAUUCAGUCAAACUCCGAAUGCCAAUGACUUAUCCUUGGGAGUCAGACUGCGAGUGAUAAGAUCCGUAGUCGAAAGGGAAACAGCCCAGACCGCCAGCUAAGGUCCCAAAGUAUACGUUAAGUGGAAAAGGAUGUGGAGUUGCUUAGACAACCAGGAUGUUGGCUUAGAAGCAGCCACCAUUUAAAGAGUGCGUAAUAGCUCACUGGUCGAGUGACUCUGCGCCGAAAAUGUACCGGGGCUAAACGUAUCACCGAAGCUGCGGACUGUUCUUCGAACAGUGGUAGGAGAGCGUUCUAAGGGCUGUGAAGCCAGACCGGAAGGACUGGUGGAGCGCUUAGAAGUGAGAAUGCCGGUAUGAGUAGCGAAAGAGGGGUGAGAAUCCCCUCCACCGAAUGCCUAAGGUUUCCUGAGGAAGGCUCGUCCGCUCAGGGUUAGUCGGGACCUAAGCCGAGGCCGAAAGGCGUAGGCGAUGGACAACAGGUUGAUAUUCCUGUACCACCUCCUCACCAUUUGAGCAAUGGGGGGACGCAGGAGGAUAGGGUAAGCGCGGUAUUGGAUAUCCGCGUCCAAGCAGUUAGGCUGGGAAAUAGGCAAAUCCGUUUCCCAUAAGGCUGAGCUGUGAUGGCGAGCGAAAUAUAGUAGCGAAGUUCCUGAUUCCACACUGCCAAGAAAAGCCUCUAGCGAGGUGAGAGGUGCCCGUACCGCAAACCGACACAGGUAGGCGAGGAGAGAAUCCUAAGGUGAUCGAGAGAACUCUCGUUAAGGAACUCGGCAAAAUGACCCCGUAACUUCGGGAGAAGGGGUGCUCUGUUAGGGUGCAAGCCCGAGAGAGCCGCAGUGAAUAGGCCCAGGCGACUGUUUAGCAAAAACACAGGUCUCUGCGAAGCCGUAAGGCGAAGUAUAGGGGCUGACGCCUGCCCGGUGCUGGAAGGUUAAGAGGAGCGCUUAGCGUAAGCGAAGGUGCGAAUUGAAGCCCCAGUAAACGGCGGCCG2000009551UAAC2000009551UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGACCCGCACGAAAGGCGCAACGAUCUGGGCACUGUCUCAACGAGAGACUCGGUGAAAUUAUAGUACCUGUGAAGAUGCAGGUUACCCGCGACAGGACGG2000006551AAAGACCCCGUGGAGCUUUACUGCAGCCUGAUAUUGAAUGUUGGUACAGCUUGUACAGGAUAGGUAGGAGCCUUGGAAACCGGAGCGCCAGCUUCGGUGGAGGCAUCGGUGGGAUACUACCCUGGCUGUAUUGACCUUCUAACCCGCCGCCCUUAUCGGGCGGGGAGACAGUGUCAGGUGGGCAGUUUGACUGGGGCGGUCGCCUCCUAAAAGGUAACGGAGGCGCCCAAAGGUUCCCUCAGAAUGGUUGGAAAUCAUUCGCAGAGUGUAAAGGCACAAGGGAGCUUGACUGCGAGACCUACAAGUCGAGCAGGGACGAAAGUCGGGCUUAGUGAUCCGGUGGUUCCGCAUGGAAGGGCCAUCGCUCAACGGAUAAAAGCUACCCCGGGGAUAACAGGCUUAUCUCCCCCAAGAGUCCACAUCGACGGGGAGGU2000009551UUGGCACCUCGAUGUCGGCUCAUCGCAUCCUGGGGCUGUAGUCGGUCCCAAGGGUUGGGCUGUUCGCCCAUUAAAGCGGUACGCGAGCUGGGUUCAGAACGUCGUGAGACAG2000009551U2000009551UCGGUCCCUAUCCGUCGCGGGCGCAGGAAAUUUGAGAGGAGCUGUCCUUAGUACGAGAGGACCGGGAUGGACGCACCGCUGGUGUACCAGUUGUUCUGCCAAGGGCAUCGCUGGGUAGCUAUGUGCGGACGGGAUAAGUGCUGAAAGCAUCUAAGCAUGAAGCCCCCCUCAAGAUGAGAUUUCCCAUUCCGCAAGGAAGUAAGAUCCCUGAAAGAUGAUCAGGUUGAUAGGUCUGAGGUGGAAGUGUGGCGACACAUGGAGCUGACAGAUACUAAUCGAUCGAGGACUUAACCAU
229 X52322  SO:0001002 rRNA  LSU-L  25S  Arabidopsis thaliana  eukaryotic cytosol   AGCGACCCCAGGUCAGGCGGGAUUACCCGCUGAGUUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACUAACAAGGAUUCCCUUAGUAACGGCGAGCGAACCGGGAAGAGCCCAGCUUGAAAAUCGGACGUCUUCGGCGUUCGAAUUGUAGUCUGGAGAAGCGUCCUCAGCGACGGACCGGGCCUAAGUUCCCUGGAAAGGGGCGCCAGAGAGGGUGAGAGCCCGUCGUGCCCGGACCCUGUCGCACCACGAGGCGCUGUCUACGAGUCGGGUUGUUUGGGAAUGCAGCCCCAAUCGGGCGGUAAAUUCCGUCCAAGGCUAAAUACGGGCGAGAGACCGAUAGCGAACAAGUACCGCGAGGUAAAGAUGAAAAGGACUUUGAAAAGAGAGUCAAAGAGUGCUUGAAAUUGUCGGGAGGGAAGCGGAUGGGGGCCGGCGAUGCGUCCUGGUCGGAUGCGGAACGGAGCAAUCCGGUCCGCCGAUCGAUUCGGGGCGUGGACCGACGCGGAUUACGGUGGCGGCCUAAGCCCGGGCUUUUGAUACGCUUGUGGAGACGUCGCUGCCGUGAUCGUGGUCUGCAGCACGCGCCUAACGGCGUGCCUCGGCAUCAGCGUGCUCCGGGCGUCGGCCUGUGGGCUCCCCAUUCGACCCGUCUUGAAAC2000090551ACGGACCAAGGAGU2000090551CUGACAUGUGUGCGAGUCAACGGGUGAGUAAACCCGUAAGGCGCAAGGAAGCUGAUUGGCGGGAUCCUCGCGGGUGCACCGCCGACCGACCUUGAUCUUCUGAGAAGGG2000009551U2000090551UCGAGUGUGAGCAUGCCUGUCGGGACCC2000090551GA2000090551AAGAUGGUGA2000090551AC2000009551UAUGCCUGAGCGGGGUAAAGCCAGAGGAAACUCUGGUGGAAGCCCGCAGCGAUACUG2000090551ACGUGCAAAUCGUUCGUCUGACUUGGGUAUAG2000090551GGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCUCAGGAUAGCUGGAGCUCGGACGCGAGUUCUA2000009551UCGGGUAAAGCCAA2000009551UGAUUAGAGGCAUUGGGGGCGCAACGCCUCGACCUAUUCUCAAACUUUAAAUAGGUAGGACGUGUCGGCUGCUUUGUUGAGCCGUCACACGGAAUCGAGAGCUCCAAGUGGGCCAUUUUUGGUAAGC2000090551AGAACUGGCGAUGCGGGAUGAACCGGAAGCCGGGUUACGGUGCCCAACUGCGCGCUAACCUAGAACCCACAAAGGGUGUUGGUCGAUUAAGACAGCAGGACGGUGGUCAUGGAAGUCGAA2000090551AUCCGCUAAGGAGUG2000090551UGUAACAACUCACCUGCCGAAUCAACUAGCCCCGAAAAUGGAUGGCGCUUAAGCGCGACCUAUACCCGGCCGUCGGGGCAAGAGCCAGGCCUCGAUGAGUAGGAGGGCGCGGCGGUCGCUGCAAAACCUAGGGCGCGAGGCGCGGAGCGGCCGUCGGUGCAGAU2000090551CUUGGUGGUAGU2000090551A2000090551GCAAAUAUUCAAAUGAGAACUUUGAAGGCCGAAGAGGGGAAAGGUUCCAUGUGAACGG2000090551CACUUGCACAUGGGUUAGUCGAUCCUAAGAGUCGGGGGAAACCCGUCUGAUAGCGCUUAAGCGAACUUCGAAAGGGGAUCCGGUUAAAAUUCCGGAACCGGGACGUGGCGGUUGACGGCAACGU2000090551UAGGGAGUCCGGAGACGUCGGCGGGGGCCUCGGGAAGAGUUAUCUUUUCUGUUUAACAGCCUGCCCACCCUGGAAACGGCUCAGCCGGAGGUAGGGUCCAGCGGCUGGAAGAGCACCGCACGUCGCGUGGUGUCCGGUGCGCCCCCGGGCGCCCUUGAAAAUCCGGAGGACCGAGUGCCGCUCACGCCCGGUCGUACUCAUAACCG2000090551CAUCA2000090551GGUCU2000090551CCAAGGUGAAC2000090551AGCCUCUGGUCGAUGGAACAA2000090551UGUAGGCAAGGGAAGUCGGCAAAAUGGAUCCGUAAC2000090551UUCGGGAAAAGGAUUGGCUCUGAGGGCUGGGCUCGGGGGUCCCAGUUCCGAACCCGUCGGCUGUCAGCGGACUGCUCGAGCUGCUUCCGCGGCGAGAGCGGGUCGCCGGCUGCCGGCCGGGGGACGACUGGGAACGGCUCUCUCGGGAGCUUUCCCCGGGCGUCGAACAGUCAGCUCAGAACUGGUACGGACAAGG2000090551GG2000090551AAUCCGACUG2000009551UUUAAUUAAAACAAAGCAUUGCGAUGGUCCCUGCGGAUGCUAACGCAAUGUGAUUUCUGCCCAGUGCUCUGAAUG2000009551UCAAAGUGAAGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAG2000009551UAAC2000009551UA2000009551UGACUCUCUUAAGGUAGCCAA2000090551AUGCCUC2000090551GUCAUCUAAUUAGUGACGCGCAUGAA2000009551UGGAUUA2000090551ACGAG2000090551AUUCCCACUGU2000090551CCCUGUCUACUA2000009551UCCAGCGAAACCACAG2000090551CCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUG2000090551UUGA2000090551GCUUGAC2000090551UCUAGUCCGACUUUGUGAAAUGACUUGAGAGGUGUAGGAUAAGUGGGAGCUUCGGCGCAAGUGAAAUACCACUACUUUUAACGUUAUUUUACUUACUCCGUGAAUCGGAGGCCGGGGUACAACCCCUGUUUUUGGUCCCAAGGCUCGCUUCGGCGGGUCGAUCCGGGCGGAGGACAUUGUCAGGUGGGGAGUUUGGCUG2000090551GGGCGGCACAUCUGUUAAAAG2000090551AUAACGCAGG2000090551U2000090551GUCCUAAGAUGAGCUCAACGAGAACAGAAAUCUCGUGUGGAACAAAAGGGUAAAAGCUCGUUUGA2000009551UUCUGAUUUUCAGUACGAAUACGAACCGUGAAAGCGUGGCCUAUCGAUCCUUUAGACUUCGGAAUU2000009551UGAAGCUA2000090551GA2000090551GGUGUCAGAAAAGUUACCACAG2000090551GGAUAACUGGC2000009551UUGUGGCAGC2000090551CAAGCGUUCAUAGCGACGUUG2000090551CUUUUUGAU2000090551CCUUCGAUGUCGG2000090551C2000009551UCU2000090551UCCUAUCAUUGUGAAGCAGAAUUCACCAAGUGUU2000090551GGAUUG2000009551UUCACCCACCAAUAGGGAACGUG2000090551AG2000090551CUGG2000090551G2000090551UUUAGA2000090551CCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGCCCGCGUCGCGAUAGUAAUUCAACCUAGUACGAGAGGAACCGUUGAUUCGCACAAUUGGUCAUCGCGCUUGGUUGAAAAGCCAGUGGCGCGAAGCUACCGUGCGCUGGAUUAUGACUGAACGCCUCUAAGUCAGAAUCCGGGCUAGAAGCGACGCAUGCGCCCGCCGCCCGAUUGCCGACCCUCAGUAGGAGCUUAGGCUCCAAAGGCACGUGUCGUUGGCUAAGUCCGUUCGGCGGAACGGUCGUUCGGACCGCCUUGAAUUAUAAUUACCACCGAGCGGCGGGUAGAAUCCUUUGCAGACGACUUAAAUACGCGACGGGGUAUUGUAAGUGGCAGAGUGGCCUUGCUGCCACGAUCCACUGAGAUUCAGCCCUUUGUCGCUAAGAUUCGA
232 tdbR00000216  SO:0000264 tRNA  Leu  BAA  Mycoplasma capricolum  prokaryotic cytosol  GCCUUUUUGGCGGAAU2000008551UGGCAG2000001551ACGCAUUAGACU2000090551CAA2000006551AA2000009551UCUAACGAAGAAAUUCGUAUCGGU2000009551UCGAAUCCGAUAAAGGGCACCA
234 tdbR00000219  SO:0000264 tRNA  Leu  CAG  Bacillus subtilis  prokaryotic cytosol  GCGGGUGUGCGGGAAU2000008551UGG2000008551UAGACCGGCUAGAUUCAG2000001551GA2000009551UCUAGGGUCUUUAUGGACCUGAGGG2000005551U2000009551UCA2000001551AGUCCCUUCACCCGCACCA
235 tdbR00000217  SO:0000264 tRNA  Leu  )AA  Mycoplasma capricolum  prokaryotic cytosol  CCCCAAG2000074551UGGCGGAAUAGG2000008551UAG2000001551ACGCAUUGGACU2009051551UAA2000006551AA2000009551UCCAACGGGCUUAAUAUCCUGUGCCGGU2000009551UCAAGUCCGGCCUUGGGGACCA
238 tdbR00000218  SO:0000264 tRNA  Leu  UAG  Mycoplasma capricolum  prokaryotic cytosol  GGGGGAU2000074551UGGCGGAAU2000008551UGGCAG2000001551ACGCACUAGACUUAG2000001551GA2000009551UCUAGCGUCUUUGACGUAAGGGU2000009551UCAAGUCCCUUAUCCCCCACCA
242 tdbD00006452  SO:0000264 tRNA  Leu  UAG  Bacillus subtilis  prokaryotic cytosol  GCGGGUGUGGCGGAAU2000008551UGGCAGACGCGCUAGACUUAG2000001551GA2000009551UCUAGUGUUUUAUGACGUUGGGGG2000005551U2000009551UCAAGUCCCUUCACCCGCACCA
244 tdbR00000180  SO:0000265 tRNA  Lys  $UU  Bacillus subtilis  prokaryotic cytosol  GAGCCAUUAGCUCAGU2000008551UGG2000008551UAGAGCAUCUGACU2000251551UUU2002162551AA2000009551UCAGAGG2000007551GUCGAAGG2000005551U2000009551UCGAGUCCUUCAUGGCUCACCA
245 tdbR00000177  SO:0000265 tRNA  Lys  CUU  Mycoplasma capricolum  prokaryotic cytosol  GUCUGAUUAGCGCAAC2000008551UGGCAGAGCAACUGACUCUU2000062551AA2000009551UCAGUGG2000007551GUUGUGGGU2000009551UCGAUUCCCACAUCAGGCACCA
247 tdbR00000178  SO:0000265 tRNA  Lys  $UU  Mycoplasma capricolum  prokaryotic cytosol  GACUCGUUAGCUCAGCCGG2000008551UAGAGCAACUGGCU2000251551UUU2000062551AACCAGUGG2000007551GUCCGGGGU2000009551UCGAAUCCCCGACGAGUCACCA
249 tdbR00000274  SO:0000266 tRNA  Met  CAU  Bacillus subtilis  prokaryotic cytosol  GGCGGUGUAGCUCAGCGGC2000008551UAGAGCGUACGGUUCAU2000006551ACCCGUGAG2000007551G2000008551UCGGGGG2000005551U2000009551UCGAUCCCCUCCGCCGCUACCA
250 tdbR00000273  SO:0000266 tRNA  Met  CAU  Mycoplasma capricolum  prokaryotic cytosol  GGCGGGG2000074551UAGCUCAGU2000008551UGG2000008551U2000008551UAGAGCGUUCGGUUCAUACCCGAAAG2000007551GUCGAGAGU2000009551UCAAAUCUCUCCCCCGCUACCA
252 tdbR00000065  SO:0000267 tRNA  Phe  #AA  Bacillus subtilis  prokaryotic cytosol  GGCUCGGUAGCUCAGU2000008551UGG2000008551UAGAGCAACGGACU2000090551GAA2002161551AA2000009551UCCGUGU2000007551GUCGGCGG2000005551U2000009551UCGAUUCCGUCCCGAGCCACCA
253 tdbR00000064  SO:0000267 tRNA  Phe  GAA  Mycoplasma capricolum  prokaryotic cytosol  GGUCGUGUAGCUCAGUCGG2000008551UAGAGCAGCAGACUGAA2000001551GC2000009551UCUGCGU2000007551GUCGGCGGU2000009551UCAAUUCCGUCCACGACCACCA
255 tdbR00000316  SO:0000268 tRNA  Pro  5GG  Bacillus subtilis  prokaryotic cytosol  CGGGAAGUAGCUCAGCUUGG2000008551UAGAGCACAUGG2000009551UU2000501551UGG2000001551GACCAUGGG2000007551GUCGCAGG2000005551U2000009551UCGAAUCCUGUCUUCCCGACCA
256 tdbR00000315  SO:0000268 tRNA  Pro  UGG  Mycoplasma capricolum  prokaryotic cytosol  CGGGAAGUGGCUCAGUUUGG2000008551UAGAGCAUUCGGUUUGG2000001551GACCGAAGG2000007551GUCGCAGGU2000009551UCAAAUCCUGUCUUCCCGACCA
260 U16147  S0:0001000 rRNA  SSU  16S  Clostridium acetobutylicum  prokaryotic cytosol  AGCUUCUUCGGAAGUGGAUUAGCGGCGGACGGGUGAGUAACACGUGGGUAACCUGCCUCAUAGAGGGGAAUAGCCUUCCGAAAGGAAGAUUAAUACCGCAUAAGAUUGUAAUAUCGCAUGAUAUAGCAAUUAAAGGAGCAAUCCGCUAUGAGAUGGACCCGCGUCGCAUUAGCUAGUUGGUGAGGUAACGGCUCACCAAGGCGACGAUGCGUAGCCGACCUGAGAGGGUGAUCGGCCACAUUGGGACUGAGACACGGCCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGGGAAACCCUGAUGCAGCAACGCCGCGUGAGUGAUGACGGUCUUCGGAUUGUAAAGCUCUGUCUUUAGGGACGAUAAUGACGGUACCUAAGGAGGAAGCCACGGCUAACUACGUGCCAGCAGCCGC2000009551UGUAAUACGUA2000007551GGUGGCAAGCGUUGUCCGGAUUUACUGGGCGUAAAGGGAGCGUAGGUGGAUAUUUAAGUGGGAUGUGAAAUACUCGGGCUUAACUUGGGUGCUGCAUUCCAAACUGGAUAUCUAGAGUGCAGGAGAGGAAAGUAGAAUUCCUAGUGUAGCGGUGAAAUGCGUAGAGAUUAGGAAGAAUACCAGUGGCGAAGGCGACUUUCUGGACUGUAACUGACACUGAGGCUCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGAAUACUAGGUGUGGGGGUUGUCAUGACCUCCGUGCCGCCGCUAACGCAUUAAGUAUUCCGCCUGGGGAGUACGGUCGCAAGAUUAAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCAGCGGAGCAUGUGGUUUAAUUCGAAGCAACGCGAAGAAC2000022551G2000005551CUACCUAGACUUGACAUCUCCUGAAUUACUCUGUAAUAGAGGAAGCCCUUCGGGGCAGGAAGACAGGUGGUGCAUGGUUGUCGUCAGCUCGUGUCGUGAGAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUUGUUAGUUGCUACCAUUAAGUUGAGCACUCUAGCGAGACUGCCCGGGUUAACCGGGAGGAAGGUGGGGAUGACGUCAAAUCAUCAUGCCC2000090551CUUAUGUCUAGGGCUA2000008551UACACGUGCUACAAUGGCUGGUACAGAGAGAUGCUAAACCGUGAGGUGGAGCCAAACUUUAAAACCAGUCUCAGUUCGGAUUGUAGGCUGAAACUCGCCUACAUGAAGCUGGAGUUGCUAGUAAUCGCGAAUCAGAAUGUCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCGCCCGUCACACCAUGA2000904551CAGUUGG2000005551CAAUACCCAAAGUUCGUGAGCUAACGCGUAAGCGAGGCAGCGACCUAAGGUAGGGUCAGCG
262 X03235  S0:0001000 rRNA  SSU  16S  Sulfolobus solfataricus  prokaryotic cytosol  AUUCCGGUUGAUCCUGCCGGACCCGACCGCUAUCGGGGUAGGGAUAAGCCAUGGGAGUCUUACACUCCCGGGUAAGGGAGUGUGGCGGACGGCUGAGUAACACGUGGCUAACCUACCCUCGGGACGGGGAUAACCCCGGGAAACUGGGGAUAAUCCCCGAUAGGGAAGGAGUCCUGGAAUGGUUCCUUCCCUAAAGGGCUAUAGGCUAUUUCCCGUUUGUAGCCGCCCGAGGAUGGGGCUACGGCCCAUCAGGCUGUCGGUGGGGUAAAGGCCCACCGAACCUAUAACGGGUAGGGGCCGUGGAAGCGGGAGCCUCCAGUUGGGCACUGAGACAAGGGCCCAGGCCCUACGGGGCGCACCAGGCGCGAAACGUCCCCAAUGCGCGAAAGCGUGAGGGCGCUACCCCGAGUGCCUCCGCAAGGAGGCUUUUCCCCGCUCUAAAAAGGCGGGGGAAUAAGCGGGGGGCAAGUCU2000000999GGUGUCAGCCGCCGCGGUAAU2000000999ACCAGCUCCGCGAGUGGUCGGGGUGAUUACUGGGCCUAAAGCGCCUGUAGCCGGCCCACCAAGUCGCCCCUUAAAGUCCCCGGCUCAACCGGGGAACUGGGGGCGAUACUGGUGGGCUAGGGGGCGGGAGAGGCGGGGGGU2000000999ACUCCCGGAGUAGGGGCGAAAUCCUUAGAUACCGGGAGGACCACCAGUGGCGGAAGCGCCCCGCUAGAACGCGCCCGACGGUGAGAGGCGAAAGCCGGGGCAGCAAACGGGA2000000999UUAGAUACCCCGGUAGUCCCGGCUGUAAACGAUGCGGGCUAGGUGUCGAGUAGGCUUAGAGCCUACUCGGUGCCGCAGGGAAGCCGUUAAGCCCGCCGCCUGGGGAGUAC2000000999GGUCGCAAGACUGAAACU2000000999UAAAGGAAUUGGCGGGGGAGCACCACAAGGGGUGGAACCUGCGGCUCAAUU2000000999GGAG2000000999UCAACGCCUGGAAUCUUACCGGGGGAGACCGCAGUAUGACGGCCAGGCUAACGACCUUGCCUGACUCGCGGAGAGGAGGUGCAUGGCC2000000999GUCGCCAGCUCGUGUUGUGAAAUGUCCGGUUAAGUCCG2000000999GCAACGAGCGAGACCCCCACCCCUAGUUGGUAUUCUGGACUCCGGUCCAGAACCACACUAGGGGGACUGCCGGCGUAAGCCGGAGGAAGGAGGGGGCCACGGCAGGUCAGCAUGCCCCGAAACUCCCGGGCCGCACGCGGGUUACAAUGGCAGGGACAACGGGAUGCUACCUCGAAAGGGGGAGCCAAUCCUUAAACCCUGCCGCAGUUGGGAUCGAGGGCUGAAACCCGCCCUCGUGAACGAGGAAUCCCUAGUAACCGCGGGUCAACAACCCGCGGUGAAUACG2000000999UCCCUGCUCCUUGCACACACCG2000000999CC2000000999CGUC2000000999GCUCCACCCGAGCGCGAAAGGGGUGAGGUCCCUUGCGAUAAGUGGGGGAUCGAACUCCUUUCCCGCGAGGGGGGAGAAGUCGUA2000000999ACAAGGUAGCCGUAGGGG2000000999AA2000000999C2000000999CUGCGGCUGGAU2000000999CACCUC
277 X07998  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UUGUUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCGCGAGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCACCUCC2000009551U2000009551UU
278 AE001703  S0:0001000 rRNA  SSU  16S  Thermotoga maritima  prokaryotic cytosol  UAUAUGGAGGGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAACACAUGCAAGUCGAGCGGGGGAAACUCCCUUCGGGGAGGAGUACCCAGCGGCGGACGGGUGAGUAACACGUGGGUAACCUGCCCUCCGGAGGGGGAUAACCAGGGGAAACCCUGGUUAAUACCCCAUACGCUCCAUCAACGCAAGUUGGUGGAGGAAAGGGGCGUUUGCCCCGCCGGAGGAGGGGCCCGCGGCCCAUCAGGUAGUUGGUGGGGUAACGGCCCACCAAGCCGACGACGGGUAGCCGGCCUGAGAGGGUGGUCGGCCACAGGGGCACUGAGACACGGGCCCCACUCUACGGGAGGCAGCAGUGGGGAAUCUUGGACAAUGGGGGAAACCCUGAUCCAGCGACGCCGCGUGCGGGACGAAGCCUUCGGGGUGUAAACCGCUGUGGCGGGGGAAGAAUAAGGUAGGGAGGAAAUGCCCUACCGAUGACGGUACCCCGCUAGAAAGCCCCGGCUAACUACGUGCCAGCAGCC2000007551GCGGUAAUACGUAGGGGGCAAGCGUUACCCGGAUUUACUGGGCGUAAAGGGGGCGUAGGCGGCCUGGUGUGUCGGAUGUGAAAUCCCACGGCUCAACCGUGGGGCUGCAUCCGAAACUACCAGGCUUGGGGGCGGUAGAGGGAGACGGAACUGCCGGUGUAGGGGUGAAAUCCGUAGAUAUCGGCAGGAACGCCGGUGGGGAAGCCGGUCUCCUGGGCCGACCCCGACGCUGAGGCCCGAAAGCCAGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCUGGCUGUAAACGAUGCCCACUAGGUGUGGGGGGGUAAUCCCUCCGUGCUGAAGCUAACGCGUUAAGUGGGCCGCCUGGGGAGUACGCCCGCAAGGGUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCGUGUGGUUUAAUUGGAU2000002551G2000005551CUAAGCCAAGAACCUUACCAGGGCUUGACAUGCCGGUGGUACCUCCCCGAAAGGGGUAGGGACCCAGUCCUUCGGGACUGGGAGCCGGCACAGGUG2000002551GUGCACGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCUGCCCCUAGUUGCCAGCGGUUCGGCCGGGCACUCUAGGGGGACUGCCGGCGACGAGCCGGAGGAAGGAGGGGAUGACGUCAGGUACUCGUGCCCCUUAUGCCCUGGGCGACACACGCGCUACAAUGGGCGGUACAAUGGGUUGCGACCCCGCGAGGGGGAGCCAAUCCCCAAAGCCGCCCUCAGUUCGGAUCGCAGGCUGCAACCCGCCUGCGUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCG2000904551CCCGUCA2000090551CGCCACCCGAGUCGGGGGCUCCCGAAGACACCUACCCCAACCCGAAAGGGAGGGGGGGUGUCGAGGGAGAACCUGGCGAGGGGGGCGAAGUCG2021510551U2000090551AACAAGGUAGCCGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCACCUCCUUUC
280 AL009126  S0:0001000 rRNA  SSU  16S  Bacillus subtilis  prokaryotic cytosol  UUUAUCGGAGAGUUUGAUCCUGGCUCAGGACGAACGCUGGCGGCGUGCCUAAUACAUGCAAGUCGAGCGGACAGAUGGGAGCUUGCUCCCUGAUGUUAGCGGCGGACGGGUGAGUAACACGUGGGUAACCUGCCUGUAAGACUGGGAUAACUCCGGGAAACCGGGGCUAAUACCGGAUGGUUGUUUGAACCGCAUGGUUCAAACAUAAAAGGUGGCUUCGGCUACCACUUACAGAUGGACCCGCGGCGCAUUAGCUAGUUGGUGAGGUAACGGCUCACCAAGGCGACGAUGCGUAGCCGACCUGAGAGGGUGAUCGGCCACACUGGGACUGAGACACGGCCCAGACUCCUACGGGAGGCAGCAGUAGGGAAUCUUCCGCAAUGGACGAAAGUCUGACGGAGCAACGCCGCGUGAGUGAUGAAGGUUUUCGGAUCGUAAAGCUCUGUUGUUAGGGAAGAACAAGUACCGUUCGAAUAGGGCGGUACCUUGACGGUACCUAACCAGAAAGCCACGGCUAACUACGUGCCAGCAGCCGCGGUAAUACGUAGGUGGCAAGCGUUGUCCGGAAUUAUUGGGCGUAAAGGGCUCGCAGGCGGUUUCUUAAGUCUGAUGUGAAAGCCCCCGGCUCAACCGGGGAGGGUCAUUGGAAACUGGGGAACUUGAGUGCAGAAGAGGAGAGUGGAAUUCCACGUGUAGCGGUGAAAUGCGUAGAGAUGUGGAGGAACACCAGUGGCGAAGGCGACUCUCUGGUCUGUAACUGACGCUGAGGAGCGAAAGCGUGGGGAGCGAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGAGUGCUAAGUGUUAGGGGGUUUCCGCCCCUUAGUGCUGCAGCUAACGCAUUAAGCACUCCGCCUGGGGAGUACGGUCGCAAGACUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGA2000000999G2000000999CCAACGCGAAGAACCUUACCAGGUCUUGACAUCCUCUGACAAUCCUAGAGAUAGGACGUCCCCUUCGGGGGCAGAGUGACAGGUGGUGCAUGGUUGUCGUCAGCUCGUGUCGUGAGAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUGAUCUUAGUUGCCAGCAUUCAGUUGGGCACUCUAAGGUGACUGCCGGUGACAAACCGGAGGAAGGUGGGGAUGACGUCAAAUCAUCAUGCCCCUUAUGACCUGGGCUACACACGUGCUACAAUGGACAGAACAAAGGGCAGCGAAACCGCGAGGUUAAGCCAAUCCCACAAAUCUGUUCUCAGUUCGGAUCGCAGUCUGCAACUCGACUGCGUGAAGCUGGAAUCGCUAGUAAUCGCGGAUCAGCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCGCCCG2000000999CCACACCACGAGAGUUUGUAACACCCGAAGUCGGUGAGGUAACCUUUUAGGAGCCAGCCGCCGAAGGUGGGACAGAUGAUUGGGGUGAAG2000000999UCGUAACAAGGUAGCCGUAU2000000999A2000000999AGAAGGUGCGGCUGGAUCACCUCCUUUCU
284 X52322  S0:0001000 rRNA  SSU  16S  Arabidopsis thaliana  eukaryotic cytosol   UACCUGGUUGAUCCUGCCAGUAGUCAU2000090551AUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUGUAAGUAUGAACGAAUUCAGACUGUGAAACUGCGAAUGGCUCAUUAAAUCAG2000009551UUAUAGUUUGUUUGAUGGUAACUACUACUCGGAUAACCGUAGUAAUUCUAG2000090551AGCUAAUACGUGCAACAAACCCCGACUUAUGGAAGGGACGCAUUUAUUAGAUAAAAGGUCGACGCGGGCUCUGGCUUGCUCUGAUGAUUCAUGAUAACUCGACGGAUCGCAUGGCCUCUGUGCUGGCGACGCAUCAUUCAAAUUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUGGUAACGGG2000009551UGACGGAGAAUUAGGGUUCGAUUCCGGAGA2000090551G2000090551GGAGCCUGAGAAACGGCUACCACAU2000090551CCAAGGAAGGCAGCAGGCGCGC2000090551AAAUUACCCAAUCCUGACACGGGGAGGU2000090551AGUGA2000090551CAAUAAAUAACAAUACCGGGCUCUUUCGAGUCUGGUAAUUGGAAUGAGUACAAUCUAAAUCCCUUAACGAGG2000090551AUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGG2000090551UAAUUCCAGCUCCAAUA2000090551GCGUAUA2000009551UUUAA2000090551GUUGUUGCAGUU2000090551AAAAAGCUCGUAG2000009551UUGAACCUUGGGAUGGGUCGGCCGGUCCGCCUUUGGUGUGCAUUGGUCGGCUUGUCCCUUCGGUCGGCGAUACGCUCCUGGUCUUAAUUGGCCGGGUCGUGCCUCCGGCGCUGUUACUUUGAAGAAA2000009551UUAGAGUGCUCAAAGCAAGCCUACGCUCUGGAUACAUU2000090551AGCAUGGGAUAACAUCAUAGGAUUUCGAUCCUAUUGUGUUGGCUUCGGGAUCGGAGUAAUGAUUAACAGGGACAGUCGGGGGCAUUCGUAUUUCAUAGUCAGAGGUGAAAUUCUUGGAUUUAUGAAAGACGAACAACUGCGAAAGCAUU2000009551UGCCAAGGAUGUUUUCAUUAAUCAAGA2000090551ACGAAAGUUGGGGGCUCGAAGACGA2000009551UCAGAUACCG2000090551U2000090551CCUAGUCUCAACCAUAAACGAUGCCGACCAGGGAUCAGCGGAUGUUGCUUAUAGGACUCCGCUGGCACCUUAUGAGAAAUCAAAGUUUUUGGGUUCCGGG2000090551GGGAGUA2000009551UGGUCGCAAGGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGGAAACUUACCAGGUCCAGACAUAGUAAGGA2000090551UUGACAGACUGAGAGCUCUUUCUUGAUUCUA2000090551UGGGUGG2000090551U2000090551G2000090551GUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGUUAACGA2000090551ACGAGACCUCAGCCUGCUAACUAGCUACGUGGAGGCAUCCCUUCACGGCCGGCU2000090551UCUUAGAGGGACUAUGGCCGUUUAGGCCAAGGAAGUUUGAGGCAAUAACA2000090551GGUCUGUGAUGCCC2000090551UUAGAUGUUCUGGGCCGCACGCGCGCUACACUGAUGUAUUCAACGAGUUCACACCUUGCCGACAGGCCCGGGUAAUCUUUGAAAUUUCAUCGUGAUGGGGAUAGAUCAUUGCAAUUGUUGGUCUUCAACGAGGAAUUCCUAGUAAGCGCGAGUCAUCAGCUCGCGUUGACUACGUCCCUGC2000090551CCUUUGUACACACCG2000090551CCCGUCGCUCCUACCGAUUGAAUGAUCCGGUGAAGUGUUCGGAUCGCGGCGACGUGGGUGGUUCGCCGCCCGCGACGUCGCGAGAAGUCCACUAAACCUUAUCAUUUAGAGGA2000090551AGGAGAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUG
290 tdbD00009589  SO:0000269 tRNA  Ser  GCU  Bacillus subtilis  prokaryotic cytosol  GGAGAAGUACUCAAGUGGC2000008551UGA2000001551AGAGGCGCCCCUGCU2000062551AAGGGUGUAGGUCGCGUAAGCGGCGCGAGGG2000005551U2000009551UCAAAUCCCUCCUUCUCCGCCA
291 tdbR00000384  SO:0000269 tRNA  Ser  GCU  Mycoplasma capricolum  prokaryotic cytosol  GGGUUAA2000074551UACUCAAGU2000008551UGG2000008551UGA2000001551AGAGGACACCCUGCU2000062551AAGGUGUUAGGUCGGUCUCCGGCGCGAGGGU2000009551UCGAGUCCCUCUUAACCCGCCA
293 tdbR00000387  SO:0000269 tRNA  Ser  5GA  Bacillus subtilis  prokaryotic cytosol  GGAGGAA2000074551UACCCAAGUCUGGC2000008551UGA2000001551AGGGAUCGGUCU2000501551UGA2000061551AAACCGACAGGGUGUCAAAGCCCGCGGGGG2000005551U2000009551UCGAAUCCCUCUUCCUCCGCCA
294 tdbR00000385  SO:0000269 tRNA  Ser  UGA  Mycoplasma capricolum  prokaryotic cytosol  GGAAGAU2000074551UACCCAAGUCCGGC2000008551UGA2000001551AGGGAUCGGUCUUGA2000006551AAACCGAGAGUCGGGGAAACCGAGCGGGGGU2000009551UCGAAUCCCUCAUCUUCCGCCA
296 tdbR00000389  SO:0000269 tRNA  Ser  GGA  Bacillus subtilis  prokaryotic cytosol  GGAGAGC2000074551UGUCCGAGUGG2000008551UCGA2000001551AGGAGCACGAUUGGAAA2000009551UCGUGUAGGCGGUCAACUCCGUCUCAAGGG2000005551U2000009551UCGAAUCCCUUGCUCUCCGCCA
298 tdbR00000436  SO:0000270 tRNA  Thr  5GU  Bacillus subtilis  prokaryotic cytosol  GCCGGUGUAGCUCAAU2000008551UGG2000008551UAGAGCAACUGACU2000501551UGU2000062551AA2000009551UCAGUAG2000007551GUUGGGGG2000005551U2000009551UCAAGUCCUCUUGCCGGCACCA
299 tdbR00000433  SO:0000270 tRNA  Thr  AGU  Mycoplasma capricolum  prokaryotic cytosol  GCUGACU2000074551UAGCUCAGU2000008551UGG2000008551UAGAGCAAUUGACUAGU2000062551AA2000009551UCAAUAG2000007551GUCGAAGGU2000009551UCAAAUCCUUUAGUCAGCACCA
302 tdbR00000435  SO:0000270 tRNA  Thr  UGU  Mycoplasma capricolum  prokaryotic cytosol  GCUGACU2000074551UAGCUCAGCAGGCAGAGCAACUGACUUGU2000062551AA2000009551UCAGUAG2000007551GUCGUAGGU2000009551UCGAUUCCUAUAGUCAGCACCA
304 tdbR00000483  SO:0000271 tRNA  Trp  CCA  Bacillus subtilis  prokaryotic cytosol  AGGGGCAUAGUUUAACGG2000008551UAGAACAGAGG2000009551UCUCCA2000061551AAACCUCCGGUGUGGG2000005551U2000009551UCGAUUCCUACUGCCCCUGCCA
305 tdbR00000479  SO:0000271 tRNA  Trp  BCA  Mycoplasma capricolum  prokaryotic cytosol  AGGAGAGUAGUUCAAUGG2000008551UAGAACGUCGGUCU2000090551CCA2000006551AAACCGAGC2000007551GUUGAGGGU2000009551UCGAUUCCUUUCUCUCCUGCCA
306 tdbR00000480  SO:0000271 tRNA  Trp  )CA  Mycoplasma capricolum  prokaryotic cytosol  AGGGGCAUAGUUCAGUAGG2000008551UAGAACAUCGGUCU2009051551UCA2000006551AAACCGAGU2000007551GUCACGAGU2000009551UCGAGUCUUGUUGCCCCUGCCA
308 tdbR00000544  SO:0000272 tRNA  Tyr  QUA  Bacillus subtilis  prokaryotic cytosol  GGAGGGG2000074551UAGCGAAGUGGCUAA2000001551ACGCGGCGGACU2000042551GUA2002161551AA2000009551UCCGCUCCCUCAGGGUUCGGCAG2000005551U2000009551UCGAAUCUGCCCCCCUCCACCA
309 tdbR00000542  SO:0000272 tRNA  Tyr  GUA  Mycoplasma capricolum  prokaryotic cytosol  GGAGGGGUAGCGAAGUGGC2000008551UAA2000001551ACGCGGGUGGCUGUA2000006551ACCCACUUCCUUACGGUUCGGGGGU2000009551UCGAAUCCCUCCCCCUCCACCA
311 tdbR00000453  SO:0000273 tRNA  Val  5AC  Bacillus subtilis  prokaryotic cytosol  GGAGGAUUAGCUCAGC2000008551UGGGAGAGCAUCUGCCU2000501551UAC2000006551AAGCAGAGG2000007551GUCGGCGG2000005551U2000009551UCGAGCCCGUCAUCCUCCACCA
312 tdbR00000451  SO:0000273 tRNA  Val  UAC  Mycoplasma capricolum  prokaryotic cytosol  GGAGUGUUAGCUCAGC2000008551UGGGAGAGCUCCUGCCUUAC2000006551AAGCAGGCG2000007551GUCAUAGGU2000009551UCAAGUCCUAUACACUCCACCA
314 tdbD00010836  SO:0000273 tRNA  Val  GAC  Bacillus subtilis  prokaryotic cytosol  GAUUCCGUAGCUCAGC2000008551UGGGAGAGCGCUACCUUGACAGGGUAGAG2000007551GUCGCUGG2000005551U2000009551UCGAGCCCAGUCGGAAUCACCA
316 tdbR00000507  SO:0000266 tRNA  Ini  CAU  Bacillus subtilis  prokaryotic cytosol  CGCGGGGUGGAGCAGUUCGG2000008551UAGCUCGUCGGGCUCAUAACCCGAAGGUCGCAGG2000005551U2000009551UCAAAUCCUGCCCCCGCAACCA
317 tdbR00000504  SO:0000266 tRNA  Ini  CAU  Mycoplasma capricolum  prokaryotic cytosol  CGCGGGGUAGAGCAGU2000008551UGG2000008551UAGCUCGCCGGGCUCAUAACCCGGAGGUCGCAGGU2000009551UCGAGUCCUGCCCCCGCAACCA
318 RATUR3B  SO:0000275 snoRNA  U3_Yeast_and_Rat  U3_Yeast_and_Rat  Rattus norvegicus  nucleus  2002279553N2000090551AAGACUA2000009551UACU2000009551UUCAGGGAUCAUUUCUAUAGUUCGUUACUAGAGAAGUUUCUCUGACUGUGUAGAGCACCCGAAACCACGAGGACGAGACAUAGCGUCCCCUCCUGAGCGUGAAGCCGGCUCUAGGUGCUGCUUCUGUGCAGCUGCCUCUUGCCAUUGAUGAUCGUUCUUCUCUCCUUCGGGGGGGUAAGAGGGAGGGAACGCAGUCUGAGUGGA
319 X04239  SO:0000275 snoRNA  U8  U8  Mus musculus  nucleus  2002279553N2000090551A2000090551UCGUCAGGAGGUUAAUCC2000009551UUACCUGUCCCUCCUUUCGGAGGGCAGUAGAAAAUGAUGAUUGGAGCUUGCAUGAUCUGCUGAUUAGCAUUUCCAUGCAAUCAGGACCUGACAACAUCCUGGUUGCUCCUAUCUGAUU
320   SO:0000391 snRNA  U1  U1  Homo sapiens  nucleus  2002279553N2000090551A2000090551UAC2000009551U2000009551UACCUGGCAGGGGAGAUACCAUGAUCACGAAGGUGGUUUUCCCAGGGCGAGGCUUAUCCAUUGC2000090551ACUCCGGAUGUGCUGACCCCUGCGAUUUCCCCAAAUGUGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUUUCCCCUG
321 MN297470  SO:0000392 snRNA  U2  U2  Homo sapiens  nucleus  2002279553NAUCGCUUCUCGGCCUUUUGGCUAAGAUCAAGUGUAGUAU2000090551CUGUUCUUAUCAGUUUAAUAU2000090551CUGAUACGUCCUCUAUCCGAGGACAAUAUAUUAAAUGGAUUUUUGGAGCAGGGAGAUGGAAUAGGAGCUUGCUCCGUCCACUCCACGCAUCGACCUGGUAUUGCAGUACCUCCAGGAACGGUGCACC
322 X01691  SO:0000395 snRNA  U5  U5  Homo sapiens  nucleus  2002279553N2000090551A2000090551UACUCUGGUUUCUCUUCAGAUCGCAUAAAUCUUUC2000090551GCCU2000090551UU2000009551UA2000090551C2000009551UAAAGAU2000009551UUCCGUGGAGAGGAACAACUCUGAGUCUUAACCCAAUUUUUUGAGCCUUGCCUUGGCAAGGCUA
323 XM_006719309  SO:0000393 snRNA  U4  U4  Homo sapiens  nucleus  2002279553N2000090551A2000090551GC2000009551UUUG2000090551CGCAGUGGCAGUAUCGUAGCCAAUGAGGUCUAUCCGAGGCGCGAUUAUUGCUAAUUG2000090551AAAACUU2000009551UUCCCAA2000009551UACCCCGCCGUGACGACUUGCAAUAUAGUCGGCACUGGCAAUUUUUGACAGUCUCUACGGAGACUG
324   SO:0000396 snRNA  U6  U6  Rattus norvegicus  nucleus  2000001553NGUGCCUGCUUCGGCAGCACAUAUACUAAAA2000009551UUGGAACGA2000009551UAC2000006551AGAG2000090551AAGAUU2000090551A2000090551GCAUGG2000090551CC2000090551C2000090551CUGCGCA2000090551AG2000002551GAUGA2000090551CACGCAAAU2000009551UCGUGAAGCGUUCCAUAUUUU
325 CP068256  SO:0000399 snRNA  U12  U12  Homo sapiens  nucleus  2002279553NUGCCUUAAACUUAUGAG2000009551UAAG2000090551GAAAA2000009551UAACGAUUCGGGGUGACGCCCGAAUCCUCACUGCUAAUGUGAGACGAAUUUUUGAGCGGGUAAAGGUCGCCCUCAAGGUGACCCGCCUACUUUGCGGGAUGCCUGGGAGUUGCGAUCUGCCCG
326 NG_029832  SO:0000394 snRNA  U4atac  U4atac  Homo sapiens  nucleus  2002279553NAACCAUCCUUU2000009551UCUUGGGGUUGCGCUACUGUCCAAUGAGCGCAUAGUGAGGGCAGUACUGCUAACGCCUGAACAACACACCCGCAUCAACUAGAGCUUUUGCUUUAUUUUGGUGCAAUUUUUGGAAAAAU
327   SO:0000391 snRNA  U1  U1  Rattus norvegicus  nucleus  2002279553N2000090551A2000090551UAC2000009551U2000009551UACCUGGCAGGGGAGAUACCAUGAUCACGAAGGUGGUUUUCCCAGGGCGAGGCUUAUCCAUUGC2000090551ACUCCGGAUGUGCUGACCCCUGCGAUUUCCCCAAAUGCGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUCUCCCCUG
328 XM_015284986  SO:0000391 snRNA  U1  U1  Gallus gallus  nucleus  2002279553N2000090551A2000090551UAC2000009551U2000009551UACCUGGCAGGGGAGACACCAUGAUCAGGCAGGUGGUUUUCCCAGGGCGAGGCUCAUCCCCUGC2000090551ACUCCGGGUGUGCUGACCCCUGCGAUUUCCCCAAAUGCGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUCUCCCCUGAUUUGCGCGGUUCAAAGACAGAACGCUGCUCUUCACCUGUAUUCCUCGCUGCUCUCCGUGGCGCGGUGCCGCCACAACCGGCUUUCGCCCACGCCGGAGCGCGGCGCUGCUGUAAAGGAGCGGCGCUGCUCUCCGCUUCCAUCUCCACGGCAUA
329   SO:0000391 snRNA  U1  U1  Mus musculus  nucleus  2002279553N2000090551A2000090551UAC2000009551U2000009551UACCUGGCAGGGGAGAUACCAUGAUCACGAAGGUGGUUUUCCCAGGGCGAGGCUUAUCCAUUGC2000090551ACUCCGGAUGUGCUGACCCCUGCGAUUUCCCCAAAUGCGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUCUCCCCUG
330   SO:0000391 snRNA  U1  U1  Drosophila melanogaster  nucleus  2002279553N2000090551A2000090551UAC2000009551U2000009551UACCUGGCGUAGAGGUUAACCGUGAUCACGAAGGCGGUUCCUCCGGAGUGAGGCUUGGCCAUUGC2000090551ACCUCGGCUGAGUUGACCUCUGCGAUUAUUCCUAAUGUGAAUAACUCGUGCGUGUAAUUUUUGGUAGCCGGGAAUGGCGUUCGCGCCGUCCCGA
331   SO:0000391 snRNA  U1  U1  Chlorella saccharophila  nucleus  2002279553NAUAC2000909551U2000090551UACCUGUCCGGCCUGCGACCUCGAGCAAGAAGGGGGUCUAGGUAGUGCUUGUACCUCGCCUUGUACUAUGCUUGGGGUAGCGCUGUGUGCGGGGCAAGUCCUCGUUACAACGGAAUAAUUUCUGGCAGGCCGUUGCACGCGCUUGCGCGUCCUCGGCAA
332 CU329671  SO:0000391 snRNA  U1  U1  Schizosaccharomyces pombe  nucleus  2002279553NAC2000009551UUACCUGGCAUGAGUUUCUGCAGCACAAGAAUUGUGGAGACUCAGUUAUUUGUCUUGGCAUUGCACUGAGCCCUGACGAAUAACUGUGGACUGGCUAAGGUCAGCUCCGGAUGCAUCAUUUUUGAGUUCGUCCCUCAUUUGGGGCA
333 CP046094  SO:0000391 snRNA  U1  U1  Saccharomyces cerevisiae  nucleus  2002279553NAUAC2000009551U2000009551UACCUUAAGAUAUCAGAGGAGAUCAAGAAGUCCUACUGAUCAAACAUGCGCUUCCAAUAGUAGAAGGACGUUAAGCAUUUAUCAUUGAACUAUAAUUGUUCAUUGAAGUCAUUGAUGCAAACUCCUUGGUCACACACACAUACGGCGCGGAAGGCGUGUUUGCUGACGUUUCCAUUCCCUUGUUUCAAUCAUUGGUUAAUCCCUUGAUUCCUUUGGGGAUUUUUGGGUUAAACUGAUUUUUGGGGCCCUUUGUUUCUUCUGCCUGGAGAAGUUUGACACCAAAUUCAAAUUGGUGUUAGGGGAGCUGGGGCCUUUCAAAAGAGAGCUUUGUAGAGGCAUUCUUUUUGACUACUUUUCUCUAGCGUGCCAUUUUAGUUUUUGACGGCAGAUUCGAAUGAACUUAAGUUUAUGAUGAAGGUAUGGCUGUUGAGAUUAUUUGGUCGGGAUUGUAGUUUGAAGAUGUGCUCUUUUGAGCAGUCUCAACUUUGCUCGUUCCCGUUAUGGGAAAAAUUUUGGAAGGUCUUGGUAGGAACGGGUGGAUCUUAUAAUUUUUGAUUUAUUUUA
334   SO:0000392 snRNA  U2  U2  Rattus norvegicus  nucleus  2002279553NAUCGCUUCUCGGCCUUUUGGCUAAGAUCAAGUGUAGUAU2000090551CUGUUCUUAUCAGUUUAAUAU2000090551CUGAUACGUCCUCUAUCCGAGGACAAUAUAUUAAAUGGAUUUUUGGAACUAGGAGUUGGAAUAGGAGCUUGCUCCGUCCACUCCACGCAUCGACCUGGUAUUGCAGUACCUCCAGGAACGGUGCACC
335 X05084  SO:0000392 snRNA  U2  U2  Vicia faba  nucleus  2002279553NAUACCU2000909551UCUCGGCCUUUUGGCUAAGAU2000090551CAAGUGUAGUAU2000090551CUGUUCUUAUUAGUUUAAUAUCUGAUAUGUGGGCCAAUGGCCCACACGAUAUUAAAUUUAUUUCUUGAGGGGAAGAGGCCACCACAGUAGCUUGCUAUUGGGUCUCUUACGUGUCGCUCUUGCGUUGCACUAUAGCAAUUGCUGGCGCACCCCA
336 M23361  SO:0000392 snRNA  U2  U2  Schizosaccharomyces pombe  nucleus  2002279553NAUUCUCUCUUUGCCUUUUGGCUUAGAUCA2000006551AGUGUAGUAU2000090551CUGUUCUUUUCAGUUUAAUCGCUGAAAUCACCUCACUGAGGUGUUCCGAUUAAUCUUGUUUUUGGUUUGAGUUGGAAAGCCUCUGGCUUGCUAUGCUUUCCGACACUGGUGUUCUUGCUAUUGCACUUACUGGCAAGCGACGCCGAA
337 CP029160  SO:0000392 snRNA  U2  U2  Saccharomyces cerevisiae  nucleus  2002279553NACGAAUCUCUUUGCCUUUUGGCUUAGAUCAAGUGUAGUAUCUGUUCUUUUCAGUGUAACAACUGAAAUGACCUCAAUGAGGCUCAUUACCUUUUAAUUUGUUACAAUACACAUUUUUUGGCACCCAAAAUAAUAAAAUGGACGGGAAGAGACUUUUUAAGCAAGUUGUUUUCCGCUAAUGUCAGGUCUCACUACUUUUUGCUGCUAUUUUUCUUCGCUCAUGGUUUCUUCAUAAGGCGUUUUUAUGAUGGUUUUUCGAAAUUGGUUUUUGAGACGACGGUUGCUCAAGGUUAUUGUUUUUGUUUUCUUCUGGUUGUUUUCUAUUUUCUUUUUUUUAGCUUUCUGUUUCUCCCUUAGUUUGGCUUUUUGCUUCAUACUCUUCCCUGUCUUUCCGAGCCGUUUAUGUCCAACGCGGGAUUUGGUUUUUCUUUAUCGAUGGGAAGAAAUGGUGCUAUAGUAGGUUGGGAGAUAAUAUUUAUGGUAUGGGGUGCUAGUGCGGAUGGGGCGCUCUUAUUGUUGAUUUCUUCGCUCGUCUUCUUUUUCUGGUGGCGCUGCAAGAGGAAGUUUUUCGACUUUGUUAUGAUUUUUGGUUUGCAAGGAAAGGUGUCUUACGAUUCUUUUUUUGAUGUAAUAGGAUAAGCUUGCUUAUCCCCAAGUAUCGGCCAAAGUUGUUGAUUUUCCUUUUGAAGUGUCCUCGGUUUGAGGGGGUGUAGGGUGGGGUUGGUCUACAAUAAGAGUGUUCCAUUGUUAACGUGCUGGCGUCUUUUACUAUAUUUUUUUUCCCAGUUUAUUUUGUGCUUAUUUUCUCAUUGAGGAGAAGGAGCUCUUCUCGCAGGAUAUAAAUGGAGGUUUGCUAAAGGGGAGGAGAUGUGUUUGUGAGAAUACUGCUGAGAGAGUUCUGGAAGAGAAAAAAAGGAGGCAAUGGAAGGCGUUUGCUGGGAAAAGAGAAGAGCCAUGACUGCAUCUGUUGUUUCAAGGCCAGUUUUAUUAACCGCCUAUGUCAUAGAGGCGUUUUUUUUGGAGGGAUUUGAAGAAUGCCCGGCGGCAUCAAGAAACGGACUUGAUGGUUGACGCCUGUUUUUAAAGUUAGAGACGUCGCGACCCUCGCACUUGUGGAGUCGUUCUUGACUUUUACUUUGGUCGCUUGAUGUUUCUCUCGUCUUCCCGUUCGC
338   SO:0000396 snRNA  U6  U6  Mus musculus  nucleus  2000001553NGUGCUCGCUUCGGCAGCACAUAUACUAAAA2000009551UUGGAACGA2000009551UAC2000006551AGAG2000090551AAGAUUU2000090551A2000090551GCAUGG2000090551CC2000090551C2000090551CUGCGCA2000090551AG2000002551GAUGA2000090551CACGCAAAU2000009551UCGUGAAGCGUUCCAUAUUUUU
339   SO:0000396 snRNA  U6  U6  Vicia faba  nucleus  2000001553NCUUCGGGGACAUCCGAUAAAA2000009551UUGGAACGACAC2000006551AGAG2000090551AAGAUU2000090551AGCAUGGCC2000090551CCUGCG2000090551CA2000090551AGGAUGACAC2000090551GCACAAAUC2000090551GAGAAA2000009551UGGUCCAAAUUUU
340   SO:0000396 snRNA  U6  U6  Schizosaccharomyces pombe  nucleus  2000001553NGAUCUUCGGAUCACUUUGGUCAAAUUGAAACGAUAC2000006551AGAG2000090551AAGAUU2000090551AGCAUGGCC2000090551C2000090551CUGCACAAGGAUGACACUGCGACAUUGAGAGAAAACCCAUUUU
341   SO:0000393 snRNA  U4  U4  Rattus norvegicus  nucleus  2002279553N2000090551A2000090551GC2000009551UUUG2000090551CGCAGUGGCAGUAUCGUAGCCAAUGAGGUUUAUCCGAGGCGCGAUUAUUGCUAAUUG2000090551AAAACUU2000009551UUCCCAA2000009551UACCCCGCCGUGACGACUUGCAAUAUAGUCGGCAUUGGCAAUUUUUGACAGUCUCUACGGAGACUGG
342   SO:0000393 snRNA  U4  U4  Gallus gallus  nucleus  2002279553N2000090551A2000090551GC2000009551UUUG2000090551CGCAGUGGCAGUAUCGUAGCCAAUGAGGUUAAUCCGAGGCGCGAUUAUUGCUAAUUG2000090551AAAACUU2000009551UUCCCAA2000009551UACCCCGCCGUGACGACUUGCAAUAUAGUCGGCAUUGGCAAUUUUUGACAGUCUCUACGGAGACUGG
343   SO:0000393 snRNA  U4  U4  Mus musculus  nucleus  2002279553N2000090551A2000090551GC2000009551UUUG2000090551CGCAGUGGCAGUAUCGUAGCCAAUGAGGUUUAUCCGAGGCGCGAUUAUUGCUAAUUG2000090551AAAACUU2000009551UUCCCAA2000009551UACCCCGCCAUGACGACUUGAAAUAUAGUCGGCAUUGGCAAUUUUUGACAGUCUCUACGGAGACUG
344 CP023339  SO:0000393 snRNA  U4  U4  Drosophila melanogaster  nucleus  2002279553N2000090551AGCUUAGCGCAGUGGCAAUACCGUAACCAAUGAAGCCUCCCUGAGGUGCGGUUAUUGCUAGUUG2000090551AAAACUUUAACCAACCCACGCCAUGGGACGUGAAAUACCGUCCACUACGGCAAUUUUUGGAAGCCC2000009551U2000009551UACGAGGGCUAA
345 X07112  SO:0000393 snRNA  U4  U4  Vicia faba  nucleus  2002279553NAUCU2000909551UUGCGC2000909551UUGGGGCAAUGACGUAGCUAGUGAGGU2000009551UCUAACCGAGGCGCGUCUA2000009551UUGCUGGUUG2000090551AAAACUA2000009551UUUGCCAAACCCCUCUUAGGCUUGGGCUUGGGUUCAAGCCUUUGAGAAUUUCUGGAAGGACUCCCUUUGGGGUAAAGUCUA
346 XR_005488827  SO:0000395 snRNA  U5  U5  Rattus norvegicus  nucleus  2002279553N2000090551A2000090551UACUCUGGUUUCUCUUCAGAUCGUAUAAAUCUUUC2000090551GCCU2000090551UU2000009551UA2000090551C2000009551UAAAGAU2000009551UUCCGUGGAGAGGAACAACUCUGAGUCUUAAACCAAUUUUUUGAGGCCUUGUCUUGAGCAAGGCU
347   SO:0000395 snRNA  U5  U5  Mus musculus  nucleus  2002279553N2000090551A2000090551UACUCUGGUUUCUCUUCAGAUCGUAUAAAUCUUUC2000090551GCCU2000090551UU2000009551UA2000090551C2000009551UAAAGAU2000009551UUCCGUGGAGAGGAACAACUCUGAGUCUUAAACCAAUUUUUUGAGGCCUUGUCUUGGCAAGGCUA
348 X00386  SO:0000395 snRNA  U5  U5  Crypthecodinium cohnii  nucleus  2002279553N2000006551A2000090551U2000090551CACAGUG2000009551UUCACUUCAACCGAAUCAA2000009551UCU2000009551U2000090551UC2000090551GCCU2000090551UU2000009551UA2000090551C2000009551UAAAGGUUGCCGUGAAUGGGACACAUCAAUGUGAAUCUCUCAAUUUUUGAGGGCUCUGCCCCAC
349   SO:0000395 snRNA  U5  U5  Tetrahymena thermophila  nucleus  2002279553N2000090551A2000090551UCACAGAACUCAGCUCAUUACGCUUUAAUUU2000009551UUC2000090551GCCU2000090551UU2000009551UA2000090551C2000009551UAAAGAU2000009551UACCGUGGGCUGGGUUUACCAAUGUGAAUUAUUAAAAUUUUUGCAGGAUUCUUUUGAAUCCUCUCAC
350   SO:0000395 snRNA  U5  U5  Pisum sativum  nucleus  2002279553NAGCCGUGUGAUGAUGACAUAGCGAACUAU2000090551UCU2000009551UUC2000090551GCCU2000090551UU2000009551UA2000090551C2000009551UAAAGAAUAC2000009551UCGUGUCAGCGUCACAAUUAGCGGCAUACGCUAGUUUUUGGAAGAGUUCUCAAUUUUGAGGGCUCUG
351   SO:0000395 snRNA  U5  U5  Physarum polycephalum  nucleus  2002279553N2000090551A2000090551CACGCGGCUU2000009551UC2000009551UCGGCAGAUCGAAUUA2000009551UUCU2000009551U2000090551UC2000090551GCCU2000090551UU2000009551UA2000090551C2000009551UAAAGAAUACCGUGUCGGGGAUGCAUAUUUGCGUCUUUUGAUCGAAUUUUUUGCGGCCUCUCUUUACGAGUGGCUAU
352 CP023337  SO:0000395 snRNA  U5  U5  Drosophila melanogaster  nucleus  2002279553N2000090551A2000090551UACUCUGGUUUCUCUUCAAUGUCGAAUAAA2000009551UCUUUC2000090551GCCU2000090551UU2000009551UA2000090551C2000009551UAAAGAU2000009551UUCCGUGGAGAGGAACACUCUAAGAGUCUAAAACUAAUUUUUUAGUCAGUCUUGUCGCAAGACUGGGGCCA
353 XM_043072010  SO:0000395 snRNA  U5  U5  Chlamydomonas reinhardtii  nucleus  2002279553N2000090551A2000090551UCCGCGACGAGCUGAACGCGUA2000090551GCGAAUA2000009551UCUCU2000009551UUC2000090551GCCU2000090551UU2000009551UA2000090551C2000009551UAAAGAGAUCCGCGAGUUUUGCUCACGCAGUCGCAUAUCCAUCUUUUUGUGGGGCUUUUGCCUU
354 X01693  SO:0000395 snRNA  U5  U5  Tetrahymena pyriformis  nucleus  2002279553N2000090551A2000090551UCACAGAACUCAGCUCAAUACGCUUUAAUUU2000009551UUC2000090551GCCU2000090551UU2000009551UA2000090551C2000009551UAAAGAU2000009551UACCGUGGGCUGGGUUCUACAAUGUGAAUUAUUAAAAUUUUUGAGGAUUGUGUGAAUCCUA
355 X15504  SO:0000395 snRNA  U5  U5  Schizosaccharomyces pombe  nucleus  2002279553NAUAAUCCGUCAAAGCACUUUGCAAAAGCUAACGUAUC2000009551UGUUUCUU2000090551GCCU2000090551UU2000009551UA2000090551CCAGAAACAGCCGUUUGUAAGGUGUGCUAAUUUGACUGUAUAGUUUUUGAAUCUUUUUCUUGAAACA
356 CP046087  SO:0000395 snRNA  U5  U5  Saccharomyces cerevisiae  nucleus  2002279553NCAAGCAGCUUUACAGAUCAAUGGCGGAGGGAGGUCAACAUCAAGAACUGUGGGCCUUUUAUUGCCUAUAGAACUUAUAACGAACAUGGUUCUUGCCUU2000009551UUACCAGAACCAUCCGGGUGUUGUCUCCAUAGAAACAGGUAAAGCUGUCCGUUACUGUGGGCUUGCCAUAUUUUUUGGAACUUUUCUGCCCUUUUUCUCAAUGAGUAAGGAGGGCGU
357   SO:0000397 snRNA  U6atac  U6atac  Homo sapiens  nucleus  2000001553NGUGUUGUAUGAAAGGAGAGAAGGUUAGCACUCCCCUUGACAAGGAUGGAAGAGGCCCUCGGGCCUGACAACACGCAUACGGU2000009551UAAGGCAUUGCCACCUACUUCGUGGCAUCUAACCAUCGUUUUU
358 CP038187  SO:0000391 snRNA  U1  U1  Caenorhabditis elegans  nucleus  2002279553NAAAC2000009551UUACCUGGCUGGGGGUUAUUUCGCGAUCACAAAGGCGGAAUCCCCAUGGUUAGGCCUACCCAUUGCACUUUUGGUGCGGGCUGACCUGUGUGGCAGUCUCGAGUUGAGAUUCGCCAACAGCUUAAUUUUUGCGUAUCGGGGCUGCGUGCGCGCGGCCCUGAA
359 NM_060702  SO:0000392 snRNA  U2  U2  Caenorhabditis elegans  nucleus  2002279553NAUCGCUUCUUCGGCUUAUUAGCUAAGAUCAAAGUGUAGUAUCUGUUCUUAUCGUAUUAACCUACGGUAUACACUCGAAUGAGUGUAAUAAAGGUUAUAUGAUUUUUGGAACCUAGGGAAGACUCGGGGCUUGCUCCGACUUCCCAAGGGUCGUCCUGGCGUUGCACUGCUGCCGGGCUCGGCCCAGU
360 X51382  SO:0000393 snRNA  U4  U4  Caenorhabditis elegans  nucleus  2002279553NAGCUUUGCGCUGGGGCGAUAACGUGACCAAUGAGGCUUUGCGAGGUGCGUUUAUUGCUGGU2000009551UGAAAACUUU2000009551UCCCAAUUGCCCGCGAUGUCCCCUGAAACAUGGGUGGCAUACGCAAUUUUUGAAC2000000999UCUCUAGGAGGCAGAA
361 CP038191  SO:0000396 snRNA  U6  U6  Caenorhabditis elegans  nucleus  2000001553NGUUCUUCCGAGAACAUAUACUAAAA2000009551UUGGAACAAUACAGAGAAGAUUAGCAUGGCCCCUGCGCAAGGAUGACACGCAAAUUCGUGAAGCGUUCCAAAUUUUU
362 LK927909  SO:0000395 snRNA  U5  U5  Caenorhabditis elegans  nucleus  2002279553NAACUCUGGUUCCUCUGCAUUUAACCGUGAAAAUCU2000009551UUCGCCUUU2000009551UAC2000009551UAAAGAUUUCCGUGCAAAGGAGCAUUUACUGAGUAUUACAUACAAUUUUUGGAGACUCCUUGAGAAAGCGGGUCA
363 AF204671  SO:0000393 snRNA  U4  U4  Leptomonas collosoma  nucleus  2002279553NAAGCCUUGCGCAGGGAGAUGUGAACGCAAGAACCUCAGUGAUUGUUCAUUUAGUGCUAUACUA2000090551AAAACUCCA2000090551GUACUCCUAUACGGGAAUAUUUGCAUCCACCAAGGGUGGGGAA
364 AF006632  SO:0000395 snRNA  U5  U5  Leptomonas collosoma  nucleus  2002279553NACCGGCAUCACUGCUUCGACUU2000090551UUACUA2000090551AGCAGCGCAGCCAACACAUAUCAUGUCAAAUUUUGGGAACCCUUGUGGUUUU
365   SO:0000396 snRNA  U6  U6  Leptomonas collosoma  nucleus  2000001553NGGAGCCCCUUCGGGGGACAUCCACAACCUGGAACUUCAACAG2000090551AGAAG2000090551AUU2000090551AGC2000090551ACU2000090551CUCCCU2000090551GCGCAAGGCUGAUGUCAAUCUUCGAGAGAUAUAGCUUUU
366 X05054  SO:0000396 snRNA  U6  U6  Physarum polycephalum  nucleus  2002279553NUUUUGUAUCACAUAUACUAAAAUGGCGCUAGCGAUUAAGCCGGCCGGUUGCUCAGUACCGUGAGACGCUCGAGCGAAGCGUUUGCGUUUUUUUGUAAA
367 tdbR00000001  SO:0000254 tRNA  Ala  CGC  Halobacterium salinarum  prokaryotic cytosol  GGGCUCGUAGAUCAGCGGUAGAUC2000022551GCUUCCUUCGCAAGGAAGAGGCC2000005551CUGGG2000019551U2000009551U2000090551C2000019551AAAUCCCAGCGAGUCCACCA
368 tdbR00000002  SO:0000254 tRNA  Ala  CGC  Haloferax volcanii  prokaryotic cytosol  GGGCUCGUAGAUCAGUGGCAGAUC2000022551GCUUCCUUCGCAAGGAAGAGGC2000005551C2000005551CGGGG2000019551U2000009551U2000090551C2000019551AAAUCCCCGCGAGUCCACCA
369 tdbR00000003  SO:0000254 tRNA  Ala  GGC  Haloferax volcanii  prokaryotic cytosol  GGGCUCGUAGAUCAGGGGUAGAUCACUCCCUUGGCAUGGGAGAGGC2000005551C2000005551CCGGG2000019551U2000009551U2000090551C2000019551AAAUCCCGGCGAGUCCACCA
370 tdbR00000004  SO:0000254 tRNA  Ala  UGC  Haloferax volcanii  prokaryotic cytosol  GGGCCCAUAGCUCAGUGGUAGAGU2000002551GCCUCCUUUGCAAGGAGGAUGC2000005551C2000005551CAGGG2000019551U2000009551U2000090551CGAAUCCCUGUGGGUCCACCA
371 tdbR00000006  SO:0000254 tRNA  Ala  UGC  Mycoplasma mycoides  prokaryotic cytosol  GGGCCCUUAGCUCAGC2000008551UGGGAGAGCACCUGCCUUGC2000006551ACGCAGGGG2000007551GUCGACGGUUCGAUCCCGUUAGGGUCCACCA
372 tdbR00000013  SO:0000254 tRNA  Ala  IGC  Pichia jadinii  eukaryotic cytosol   GGGCGUGU2000001551GGCGUAG2000008551U2000008551UGG2000008551UAGCGC2000022551G2000009551UUCGCUU2000009551AGC2000019551A2000009551UGCGAAAGG2000008551UCUCCGG2000005551U2000009551UCG2000001551ACUCCGGACUCGUCCACCA
373 tdbR00000014  SO:0000254 tRNA  Ala  IGC  Bombyx mori  eukaryotic cytosol   GGGGGCGUA2000002551GCUCAGA2000008551UGGUAGAGC2000022551GCUCGC2000090551UU2000009551AGC2000019551A2000009551U2000090551G2000009551UGAGAG2000007551GUA2000005551CCGGGA2000009551UCG2000001551AUACCCGGCGCCUCCACCA
374 tdbR00000014  SO:0000254 tRNA  Ala  IGC  Bombyx mori  eukaryotic cytosol   GGGGGCGUA2000002551GCUCAGA2000008551UGGUAGAGC2000022551GCUCGC2000090551UU2000009551AGC2000019551A2000009551U2000090551G2000009551UGAGAG2000007551GUA2000005551CCGGGA2000009551UCG2000001551AUACCCGGCGCCUCCACCA
375 tdbR00000016  SO:0000254 tRNA  Ala  IGC  Homo sapiens  eukaryotic cytosol   GGGGGAUUA2000002551GCUCAAA2000008551UGG2000008551UAGAGC2000022551GCUCGC2000090551UU2000009551AGC2000019551A2000009551U2000090551GCGAGAG2000007551GUAGCGGGA2000009551UCG2000001551AUGCCCGCAUCCUCCACCA
376 tdbR00000017  SO:0000254 tRNA  Ala  IGC  Homo sapiens  eukaryotic cytosol   GGGGAAUUA2000002551GCUCAAA2000008551UGG2000008551UAGAGC2000022551GCUCGC2000090551UU2000009551AGC2000019551A2000009551U2000090551GCGAGAG2000007551GUAGCGGGA2000009551UCG2000001551AUGCCCGCAUUCUCCACCA
377 tdbR00000018  SO:0000258 tRNA  Cys  GCA  Haloferax volcanii  prokaryotic cytosol  GCCAAGGUGGCAGA2000103551GUUCGGCCCAACGCAUCCGCCUGCA2000001551GAGCGGAACCCC2000005551CGCCGG2000019551U2000009551U2000090551C2000019551AAAUCCGGCCCUUGGCUCCA
378 tdbR00000022  SO:0000257 tRNA  Asp  GUC  Enterobacteria phage T5  prokaryotic cytosol  GCGACCGGGGCUGGCUUGGUAAUGGUACUCCCCUGUCACGGGAGAGAAUGUGGG2000005551U2000009551UCAAAUCCCA2000009551UCGGUCGCGCCA
379 tdbR00000023  SO:0000257 tRNA  Asp  GUC  Haloferax volcanii  prokaryotic cytosol  GCCCGGGUG2000022551GUG2000009551UAGUGGCCCAUCAUACGACCCUGUCACGGUCGUGACGCGGG2000019551U2000009551U2000090551C2000019551AAAUCCCGCCUCGGGCGCCA
380 tdbR00000025  SO:0000257 tRNA  Asp  GUC  Thermus thermophilus  prokaryotic cytosol  GGCCCCG2000074551UGGUG2000009551UAGUU2000090551GG2000008551U2000008551UAACACACCCGCCUGUCACG2000009551UGGGAGAUCGCGGG2000025551U2000009551UCG2000001551AGUCCCGUCGGGGCCGCCA
381 tdbR00000036  SO:0000257 tRNA  Asp  GUC  Euglena gracilis  eukaryotic cytosol   UCUUCGGUAGUA2000009551UAG2000008551U2000090551GG2000008551UAAGUAU2000000999G2000009551UCCGCCUGUCA2000000999CGCGGAAGA2000000999C2000000999ACGGG2000005551U2000009551UCA2000000999AUUCCCGGCCGGAGAGCCA
382 tdbR00000037  SO:0000257 tRNA  Asp  GUC  Rattus norvegicus  eukaryotic cytosol   AUCCUCGUUAGUA2000009551UAGUGG2000008551UGAGUAUCCCCGCUCGUCA2000005551CGCGGGAGA2000005551C2000005551CGGGG2000005551U2000009551UCGAUUCCCCGACGGGGAGCCA
383 tdbR00000038  SO:0000257 tRNA  Asp  8UC  Rattus norvegicus  eukaryotic cytosol   UCCUCGUUAGUA2000009551UAGUGG2000008551UGAGUAUCCCCGCUC2000106551GUCA2000005551CGCGGGAGA2000005551C2000005551CGGGG2000005551U2000009551UCGAUUCCCCGACGGGGAGCCA
384 tdbR00000039  SO:0000257 tRNA  Asp  8UC  Oryctolagus cuniculus  eukaryotic cytosol   UCCCGUCUAGUA2000009551UAGUGG2000008551UGAGUAUAUCCGCCU2000106551GUCACGCGGGAGGA2000005551C2000005551CGGGG2000005551U2000009551UCG2000001551AAUCCCCGGACGGGAGCCA
385 tdbR00000040  SO:0000257 tRNA  Asp  8UC  Bos taurus  eukaryotic cytosol   GGUGCCGUA2000002551GCG2000009551UAG2000008551U2000090551GGCA2000000000NCG2000000000NGACUCU2000090551CU2000106551GUCAAAGAGUGG2000007551GA2000005551C2000000000NUGAG2000005551U2000009551UCG2000001551AUACUCAACGGCACCGCCA
386 tdbR00000041  SO:0000257 tRNA  Asp  8UC  Xenopus laevis  eukaryotic cytosol   UCCUC2000002551GUU2000001551GGUA2000009551UAGUGG2000008551UGAGUAUCCCCGCCU2000106551GUCA2000005551CGCGGGAGA2000005551C2000005551CGGGG2000005551U2000009551UCAAUUCCCCGACGGGGAGCCA
387 tdbR00000042  SO:0000260 tRNA  Glu  MUC  Haloferax volcanii  prokaryotic cytosol  GCUCUGUUG2000022551GUG2000009551UAGUCCGGCCAAUCAUAUCACCCU2000042551CUCACGGUGAUGAC2000005551CAGGG2000019551U2000009551U2000090551CGAAUCCCUGACGGAGCACCA
388 tdbR00000043  SO:0000260 tRNA  Glu  NUC  Haloferax volcanii  prokaryotic cytosol  GCUCGGUUG2000022551GUG2000009551UAGUCCGGCCAAUCAUCUUGGCCU2000000999UUC2000001551GAGCCGAGGAC2000005551CAGGG2000019551U2000009551U2000090551C2000019551AAAUCCCUGACCGAGCACCA
389 tdbR00000048  SO:0000260 tRNA  Glu  NUC  Synechocystis sp.  prokaryotic cytosol  GCCCCCAUCGUCUAGAGGCC2000008551UAGGACACCUCCCU2000000999UUCACGGAGGCGACAGGGA2000005551U2000009551UCGAAUUCCCUUGGGGGUACCA
390 tdbR00000055  SO:0000260 tRNA  Glu  3UC  Schizosaccharomyces pombe  eukaryotic cytosol   UCCGUUGU2000001551GGUCCAACGGC2000008551UAGGAUUCGUCGCU2002521551UUCACCGACGGGAG2000005551CGGGG2000005551U2000009551UCGACUCCCCGCAACGGAGCCA
391 tdbR00000056  SO:0000260 tRNA  Glu  UPC  Hordeum vulgare  eukaryotic cytosol   UCCGUCGUAGUC2000009551UAGG2000008551UGG2000008551U2000009551UAGGAUACUCGGCUU2000009551UCACCCGAGAGAC2000005551CCGGG2000005551U2000009551UCA2000001551AGUCCCGGCGACGGAACCA
392 tdbR00000057  SO:0000260 tRNA  Glu  CPC  Hordeum vulgare  eukaryotic cytosol   UCCGUCGUAGUC2000009551UAGG2000008551UGG2000008551U2000009551UAGGAUACUCGGCUC2000009551UCACCCGAGAGAC2000005551CCGGG2000005551U2000009551UCG2000001551AGUCCCGGCGACGGAACCA
393 tdbR00000058  SO:0000260 tRNA  Glu  CUC  Lupinus luteus  eukaryotic cytosol   UCCGUUGUAGUC2000009551UAG2000008551U2000008551UGG2000008551UCAGGAUAUUCGGCUCUCACCCGAAAGAC2000005551CCGGG2000005551U2000009551UCA2000001551AGUCCCGGCGACGGAACCA
394 tdbR00000059  SO:0000260 tRNA  Glu  3UC  Rattus norvegicus  eukaryotic cytosol   UCCCACAU2000001551GGUC2000009551UAGCGG2000008551U2000008551UAGGAUUCCUGG2000009551UU2002521551UUCACCCAGGCGGC2000005551C2000005551CGGG2000905551U2000009551UCGACUCCCGGUGUGGGAACCA
395 tdbR00000060  SO:0000260 tRNA  Glu  2UC  Drosophila melanogaster  eukaryotic cytosol   UCCCAUAUGGUC2000009551UAG2000008551UGGC2000008551UAGGAUAUCUGG2000090551CU2000002551UUCACCCAGAAGGCCCGGG2000005551U2000009551UCGAUUCCCGGUAUGGGAACCA
396 tdbR00000061  SO:0000260 tRNA  Glu  CUC  Mus musculus  eukaryotic cytosol   UCCCUGGUG2000002551GUC2000009551UAGUGG2000008551U2000009551UAGGAUUCGGCGCUCUCACCGCCGCGGC2000005551C2000005551CGGG2000905551U2000009551UCGAUUCCCGGUCAGGGAACCA
397 tdbR00000061  SO:0000260 tRNA  Glu  CUC  Homo sapiens  eukaryotic cytosol   UCCCUGGUG2000002551GUC2000009551UAGUGG2000008551U2000009551UAGGAUUCGGCGCUCUCACCGCCGCGGC2000005551C2000005551CGGG2000905551U2000009551UCGAUUCCCGGUCAGGGAACCA
398 tdbR00000063  SO:0000267 tRNA  Phe  GAA  Haloferax volcanii  prokaryotic cytosol  GCCGCCUUAGCUCA2000103551GACUGGGAGAGCACUCGACUGAA2000001551GA2000009551UCGAGCUGU2000005551CCCCGG2000019551U2000009551U2000090551C2000019551AAAUCCGGGAGGCGGCACCA
399 tdbR00000066  SO:0000267 tRNA  Phe  GAA  Thermus thermophilus  prokaryotic cytosol  GCCGA2000002551GG2000074551UAGCUCAGUU2000090551GG2000008551UAGAGCAUGCGACUGAA2000061551AA2000009551UCGCAGU2000007551GUCGGCGG2000005551U2000009551UCGAUUCCGCUCCUCGGCACCA
400 tdbR00000068  SO:0000267 tRNA  Phe  GAA  Rhodospirillum rubrum  prokaryotic cytosol  GCCCGGGUAGCUCAGC2000008551UGG2000008551UAGAGCACGUGACUGAA2002161551AA2000009551UCACGGU2000007551GUCGGUGG2000005551U2000009551UCGACUCCGCCCCCGGGCACCA
401 tdbR00000069  SO:0000267 tRNA  Phe  GAA  Synechococcus sp. PCC 7002  prokaryotic cytosol  GCCAGGAUAGC2000000999UCAGU2000008551U2000090551GG2000008551UAGAGCAGAGGACUGAA2002161551AA2000009551UCCUCGU2000007551GUCGGCGG2000005551U2000009551UCAAUUCCGCCUCCCGGCACCA
402 tdbR00000070  SO:0000267 tRNA  Phe  #AA  Geobacillus stearothermophilus  prokaryotic cytosol  GGCUCGG2000074551UAGCUCAGUCGG2000008551UAGAGCAAAGGACU2000090551GAA2002161551AA2000009551UCCUUGU2000007551GUCGGCGG2000005551U2000009551UCGAUUCCGUCCCGAGCCACCA
403 tdbR00000081  SO:0000267 tRNA  Phe  GAA  Scenedesmus obliquus  eukaryotic cytosol   GGCUUGAUA2000002551GCUCAGC2000008551U2000090551GGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CUGAA2000001551GA2000009551UCUACAG2000007551G2000000000N2000005551CCCCAG2000005551U2000009551UCG2000001551AU2000005551C2000090551CUGGGUCAGGCCACCA
404 tdbR00000082  SO:0000267 tRNA  Phe  #AA  Neurospora crassa  eukaryotic cytosol   GCGGGUUUA2000002551GCUC2000000999AG2000008551U2000008551UGGGAGAGC2000022551G2000009551UCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGAAG2000007551G2000008551U2000005551CGUGUG2000005551U2000009551UCG2000001551AUCCACACAAACCGCACCA
405 tdbR00000085  SO:0000267 tRNA  Phe  #AA  Schizosaccharomyces pombe  eukaryotic cytosol   GUCGCAAU2000000999G2000002551GUG2000009551UAG2000008551U2000008551UGGGAGCA2000009551U2000002551GACAGA2000090551CU2000090551GAA2003483551GA2000009551UCUGUUG2000007551G2000000999UCAUCGG2000005551U2000009551UCGAUCCCGGUUUGUGACACCA
406 tdbR00000086  SO:0000267 tRNA  Phe  #AA  Euglena gracilis  eukaryotic cytosol   GCCGACUUA2000002551GCU2000090551CAG2000008551U2000008551UGGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CU2000090551GAA2003483551GA2000009551UCUAAAG2000007551GUCCCUGG2000005551U2000009551UCG2000001551AUCCCGGGAG2000009551UCGGCACCA
407 tdbR00000088  SO:0000267 tRNA  Phe  #AA  Hordeum vulgare  eukaryotic cytosol   GCGGGGAUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551G2000009551UCAGA2000090551CU2000090551GAA2034832551GA2000009551UCUGAAG2000007551G2000008551UCGCGUG2000005551U2000009551UCG2000001551AUCCACGCUCACCGCACCA
408 tdbR00000088  SO:0000267 tRNA  Phe  #AA  Triticum aestivum  eukaryotic cytosol   GCGGGGAUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551G2000009551UCAGA2000090551CU2000090551GAA2034832551GA2000009551UCUGAAG2000007551G2000008551UCGCGUG2000005551U2000009551UCG2000001551AUCCACGCUCACCGCACCA
409 tdbR00000089  SO:0000267 tRNA  Phe  #AA  Brassica napus  eukaryotic cytosol   GCGGGGAUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551G2000009551UCAGA2000090551CU2000090551GAA2003483551GA2000009551UCUGAAG2000007551G2000008551UCGCGUG2000005551U2000009551UCG2000001551AUCCACGCUCACCGCACCA
410 tdbR00000090  SO:0000267 tRNA  Phe  #AA  Lupinus luteus  eukaryotic cytosol   GCGGGGAUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551G2000009551UCAGA2000090551CU2000090551GAA2034832551GA2000009551UCUGAAG2000007551G2000008551UCACGUG2000005551U2000009551UCG2000001551AUCCACGUUCACCGCACCA
411 tdbR00000088  SO:0000267 tRNA  Phe  #AA  Pisum sativum  eukaryotic cytosol   GCGGGGAUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551G2000009551UCAGA2000090551CU2000090551GAA2034832551GA2000009551UCUGAAG2000007551G2000008551UCGCGUG2000005551U2000009551UCG2000001551AUCCACGCUCACCGCACCA
412 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Oryctolagus cuniculus  eukaryotic cytosol   GCCGAAAUA2000002551GCUC2000001551AG2000008551U2000008551UGGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CU2000090551GAA2034832551GA2000009551UCUAAAG2000007551G2000008551UC2000005551CCUGG2000005551U2000009551UCG2000001551AUCCCGGGUUUCGGCACCA
413 tdbR00000093  SO:0000267 tRNA  Phe  #AA  Bombyx mori  eukaryotic cytosol   GCCGAAAUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CU2000090551GAA2000001551GA2000009551UCUAAAG2000007551G2000008551U2000005551CCCUGG2000005551U2000009551UCA2000001551AUCCCGGGUUUCGGCACCA
414 tdbR00000094  SO:0000267 tRNA  Phe  #AA  Bombyx mori  eukaryotic cytosol   GCCGAAAUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CU2000090551GAA2000001551GA2000009551UCUAAAG2000007551G2000008551U2000005551CCCUGG2000005551U2000009551UCG2000001551AUCCCGGGUUUCGGCACCA
415 tdbR00000095  SO:0000267 tRNA  Phe  #AA  Drosophila melanogaster  eukaryotic cytosol   GCCGAAAUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CU2000090551GAA2000001551GA2000009551UCUAAAG2000007551G2000008551UCCCCGG2000005551U2000009551UCA2000001551AUCCCGGGUUUCGGCACCA
416 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Bos taurus  eukaryotic cytosol   GCCGAAAUA2000002551GCUC2000001551AG2000008551U2000008551UGGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CU2000090551GAA2034832551GA2000009551UCUAAAG2000007551G2000008551UC2000005551CCUGG2000005551U2000009551UCG2000001551AUCCCGGGUUUCGGCACCA
417 tdbR00000097  SO:0000267 tRNA  Phe  #AA  Bos taurus  eukaryotic cytosol   GCCGAAAUA2000002551GCUC2000001551AG2000008551U2000008551UGGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CU2000090551GAA2034832551GA2000009551UCUAAAG2000007551G2000008551UC2000005551CCUGG2000005551U2000009551UCA2000001551AUCCCGGGUUUCGGCACCA
418 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Xenopus laevis  eukaryotic cytosol   GCCGAAAUA2000002551GCUC2000001551AG2000008551U2000008551UGGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CU2000090551GAA2034832551GA2000009551UCUAAAG2000007551G2000008551UC2000005551CCUGG2000005551U2000009551UCG2000001551AUCCCGGGUUUCGGCACCA
419 tdbR00000099  SO:0000267 tRNA  Phe  #AA  Mus musculus  eukaryotic cytosol   AGCCGAAAUA2000002551GCUC2000001551AG2000008551U2000008551UGGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CU2000090551GAA2000001551GA2000009551UCUAAAG2000007551GUC2000005551CCUGG2000005551U2000009551UCG2000001551AUCCCGGGUUUCGGCACCA
420 tdbR00000101  SO:0000267 tRNA  Phe  #AA  Mus musculus  eukaryotic cytosol   GCCGAAAUA2000002551GCUC2000001551AG2000008551U2000008551UGGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CU2000090551GAA2003483551GA2000009551UCUAAAG2000007551GUC2000005551CCUGG2000005551U2000009551UCG2000001551AUCCCGGGUUUCGGCACCA
421 tdbR00000101  SO:0000267 tRNA  Phe  #AA  Mus musculus  eukaryotic cytosol   GCCGAAAUA2000002551GCUC2000001551AG2000008551U2000008551UGGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CU2000090551GAA2003483551GA2000009551UCUAAAG2000007551GUC2000005551CCUGG2000005551U2000009551UCG2000001551AUCCCGGGUUUCGGCACCA
422 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Bos taurus  eukaryotic cytosol   GCCGAAAUA2000002551GCUC2000001551AG2000008551U2000008551UGGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CU2000090551GAA2034832551GA2000009551UCUAAAG2000007551G2000008551UC2000005551CCUGG2000005551U2000009551UCG2000001551AUCCCGGGUUUCGGCACCA
423 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Homo sapiens  eukaryotic cytosol   GCCGAAAUA2000002551GCUC2000001551AG2000008551U2000008551UGGGAGAGC2000022551G2000009551U2000009551UAGA2000090551CU2000090551GAA2034832551GA2000009551UCUAAAG2000007551G2000008551UC2000005551CCUGG2000005551U2000009551UCG2000001551AUCCCGGGUUUCGGCACCA
424 tdbR00000104  SO:0000261 tRNA  Gly  NCC  Enterobacteria phage T4  prokaryotic cytosol  GCGGAUAUCGUAUAAU2000090551GG2000008551UAUUACCUCAGACU2000000999UCCAA2000009551UCUGAUGAUGUGAG2000005551U2000009551UCGAUUCUCAUUAUCCGCUCCA
425 tdbR00000105  SO:0000261 tRNA  Gly  GCC  Halobacterium salinarum  prokaryotic cytosol  GCGCUGGUA2000002551GUG2000009551UAGUGGUAUCACGUGACCUUGCCAUGGUCACAA2000005551C2000005551CUGGG2000019551U2000009551U2000090551C2000019551AAAUCCCAGCCAGCGCACCA
426 tdbR00000106  SO:0000261 tRNA  Gly  CCC  Haloferax volcanii  prokaryotic cytosol  GCGCCGAUG2000002551GUCCAGUGGUAGGACACGAGCUUCCCAAGCUCGGAGC2000005551CCGGG2000019551U2000009551U2000090551C2000019551AAUUCCCGGUCGGCGCACCA
427 tdbR00000107  SO:0000261 tRNA  Gly  GCC  Haloferax volcanii  prokaryotic cytosol  GCGUCGGUA2000002551GUG2000009551UAGUGGUAUCACGUGACCUUGCCAUGGUCACAAC2000005551CUGGG2000019551U2000009551U2000090551C2000019551AAAUCCCAGCCGACGCACCA
428 tdbR00000108  SO:0000261 tRNA  Gly  GCC  Haloferax volcanii  prokaryotic cytosol  GCGCUGGUA2000002551GUG2000009551UAGUGGUAUCACGUGACCUUGCCAUGGUCACAAC2000005551CUGGG2000019551U2000009551U2000090551C2000019551AAAUCCCAGCCAGCGCACCA
429 tdbR00000109  SO:0000261 tRNA  Gly  NCC  Haloferax volcanii  prokaryotic cytosol  GCACCGGUG2000002551GUCUAAUGGUAAGACAUUGGCCU2000000999UCCAAGCCAAUUAU2000005551CUGGG2000019551U2000009551U2000090551CGAUUCCCAGCCGGUGCACCA
430 tdbR00000110  SO:0000261 tRNA  Gly  GCC  Methanobacterium thermaggregans  prokaryotic cytosol  GCGGCGUUAGUCCA2000000999GCUGGUUAAGACACUGGCCUGCCACGCCAGCGUCCCGGG2000009551U2000009551U2000090551C2000019551AAAUCCCGGACGCCGCACCA
431 tdbR00000112  SO:0000261 tRNA  Gly  {CC  Mycoplasma mycoides  prokaryotic cytosol  GCAGGUG2000074551UAGUUUAAUGGCAGAACUUCAGCCUUCC2000006551AAGCUGAUUGUGAGGGU2000009551UCGAUUCCCUUCACCUGCUCCA
432 tdbR00000113  SO:0000261 tRNA  Gly  CCC  Streptomyces coelicolor A3(2)  prokaryotic cytosol  GCGGGUGUAGUUCAAUGG2000008551UAGAACAUCAGCUUCCCAAGCUGAGAGCGCGAG2000005551U2000009551UCGAUUCUCGUCACCCGCUCCA
433 tdbR00000114  SO:0000261 tRNA  Gly  {CC  Staphylococcus epidermidis  prokaryotic cytosol  GCGGGAG2000074551UAUUUCAACUUU2000008551UAGAAUACGUUCCUUCCCGGAACGAGAUAUAGGUGCAAAUCCUAUCUUCCGCUCCA
434 tdbR00000115  SO:0000261 tRNA  Gly  {CC  Staphylococcus epidermidis  prokaryotic cytosol  GCGGGAG2000074551UAGUUCAAUUU2000008551UAGAACACAUUCCUUCCCGGAAUGAGGUAUAGGUGCAAGUCCUAUCUUCCGCUCCA
435 tdbR00000120  SO:0000261 tRNA  Gly  CCC  Salmonella typhimurium  prokaryotic cytosol  GCGGGCGUAGUUCAAU2000090551GG2000008551UAGAACGAGAGCUUCCCAAGCUCUAUACGAGGG2000005551U2000009551UCGAUUCCCUUCGCCCGCUCCA
436 tdbR00000121  SO:0000261 tRNA  Gly  NCC  Salmonella typhimurium  prokaryotic cytosol  GCGGGCAUCGUAUAAUGGCUAUUACCUCAGCCU2000000999UCCAAGCUGAUGAUGCGGG2000005551U2000009551UCGAUUCCCGCUGCCCGCUCCA
437 tdbR00000131  SO:0000261 tRNA  Gly  GCC  Triticum aestivum  eukaryotic cytosol   GCA2000090551CCAGU2000001551GGUC2000009551UAG2000008551UGGUAGAAUAGUACCCUGCCA2000005551CGGUACAGA2000005551C2000005551C2000005551CGGGU2000009551UCG2000001551AUUCCCGGCUGGUGCACCA
438 tdbR00000132  SO:0000261 tRNA  Gly  GCC  Lupinus luteus  eukaryotic cytosol   GCA2000090551CCAGU2000001551GGUC2000009551UAG2000008551UGGUAGAAUAGUACCCUGCCA2000005551CGGUACAGA2000005551C2000005551C2000005551CGGGU2000009551UCG2000001551AUUCCCGGCUGGUGCACCA
439 tdbR00000133  SO:0000261 tRNA  Gly  GCC  Bombyx mori  eukaryotic cytosol   GCA2000090551UCGGU2000001551GGUUCAGUGG2000008551UAGAAUGCUCGCCUGCCA2000005551CGCGGGCGG2000005551C2000005551C2000005551CGGG2000005551U2000009551UCG2000001551AUUCCCGGCCGAUGCACCA
440 tdbR00000134  SO:0000261 tRNA  Gly  ɮCC  Bombyx mori  eukaryotic cytosol   GCG2000090551UUGGU2000001551GGUG2000009551UAA2000008551UGG2000008551UCAGCAUAG2000009551UUGCCU2000522551UCCAAGCAGUUGAU2000005551C2000005551CGGG2000005551U2000009551UCG2000001551AUUCCCGGCCAACGCACCA
441 tdbR00000135  SO:0000261 tRNA  Gly  CCC  Homo sapiens  eukaryotic cytosol   GCG2000090551CC2000002551GCUGGUG2000009551UAGUGG2000008551UAUCAUGCAAGA2000090551UUCCCAU2000909551UCUUGCGAC2000005551C2000005551CGGG2000005551U2000009551UCG2000001551AUUCCCGGGCGGCGCACCA
442 tdbR00000136  SO:0000261 tRNA  Gly  GCC  Homo sapiens  eukaryotic cytosol   GCAUUGGUGGUUCAGUGGUAGAAUUCUCGCCUGCCACGCGGGAGGCCCGGGUUCGAUUCCCGGCCAAUGCACCA
443 tdbR00000137  SO:0000262 tRNA  His  GUG  Halobacterium salinarum  prokaryotic cytosol  GUCCGGGCU2000000000N2000022551GGG2000009551UAGUGGACUAUCCUUCAGCCUUGUG2000001551GAGGCUGAGACGCGGG2000019551U2000009551U2000090551CGAUUCUCGCGCCUGGACCCA
444 tdbR00000138  SO:0000262 tRNA  His  GUG  Haloferax volcanii  prokaryotic cytosol  GUCCGGGUUG2000022551GGG2000009551UAGUGGACUAUCCUUCAGCCUUGUG2000001551GAGGCUGAGACGCGGG2000009551U2000009551U2000090551CAAUUCUCGCACCUGGACCCA
445 tdbR00000141  SO:0000262 tRNA  His  QUG  Salmonella typhimurium  prokaryotic cytosol  GGUGGCUA2000074551UAGCUCAG2000008551U2000008551UGG2000008551UAGAGCCCUGGAUU2000042551GUG2000002551A2000009551U2000009551UCCAGUU2000007551GUCGUGGG2000005551U2000009551UCGAAUCCCAUUAGCCACCCCA
446 tdbR00000146  SO:0000262 tRNA  His  GUG  Lupinus luteus  eukaryotic cytosol   GGUGGCUGUAGUU2000009551UAG2000008551UGG2000008551U2000008551UAGAACACAACG2000009551UUGUG2000001551GCCGUUGAAAC2000005551CUGGGU2000009551UCG2000001551AAUCCCAGCAGCCACACCA
447 tdbR00000147  SO:0000262 tRNA  His  GUG  Drosophila melanogaster  eukaryotic cytosol   GGCCGUGAUCGUC2000009551UAG2000008551UGG2000008551U2000008551UAGGACCCCACG2000009551UUGUG2000001551GCCGUGGUAACC2000005551CAGGU2000009551UCG2000001551AAUCCUGGUCACGG2000005551CACCA
448 tdbR00000148  SO:0000262 tRNA  His  QUG  Ovis aries  eukaryotic cytosol   GGCCGU2000002551GAUCGUA2000009551UAG2000008551UGG2000008551U2000008551UAGUACUCUGCG2000009551UU2000042551GUG2000001551GCCGCAGCAAC2000005551CUCGGU2000009551UCG2000001551AAUCCGAGUCACGG2000005551CACCA
449 tdbR00000149  SO:0000262 tRNA  His  GUG  Homo sapiens  eukaryotic cytosol   2000000999GGCCGUGAUCGUA2000009551UAG2000008551UGG2000008551U2000008551UAGUACUCUGCG2000009551UUGUGGCCGCAGCAA2000005551C2000005551CUCGGU2000009551UCG2000001551AAUCCGAGUCACGGCACCA
450 tdbR00000150  SO:0000258 tRNA  Ile  .AU  Enterobacteria phage T4  prokaryotic cytosol  GGCCCUGUAGCUCAAU2000090551GG2000008551U2000008551UAGCAGCAGUCCCCU2000000000NAU2000000999AAGGGAAAG2000007551GUUACCAG2000005551U2000009551UCAAAUCUGGUCUGGGUCACCA
451 tdbR00000151  SO:0000258 tRNA  Ile  GAU  Haloferax volcanii  prokaryotic cytosol  GGGCCAAUAGCUCAGUCAGGUUGAGC2000022551GC2000009551UCGGCUGAU2000062551AAC2000005551CGGGAGGCC2000005551CGCGG2000019551U2000009551U2000090551C2000019551AAAUCCGCGUUGGCCCACCA
452 tdbR00000152  SO:0000258 tRNA  Ile  NAU  Haloferax volcanii  prokaryotic cytosol  GGGCCCCUAGCUCA2000103551GUCUGGUCAGAGC2000022551GCUCGGCU2000000999UAU2000062551AACCGGGUGGU2000005551CAUGGG2000019551U2000009551U2000090551CGAACCCCAUGGGGCCCACCA
453 tdbR00000155  SO:0000258 tRNA  Ile  GAU  Mycoplasma mycoides  prokaryotic cytosol  CGGAAUA2000074551UAGCUCAGC2000008551UGG2000008551U2000008551UAGAGCAUUCCGCUGAU2000062551AACGGAGAG2000007551GUCGUUGGU2000009551UCAAGUCCAAUUAUUCCGACCA
454 tdbR00000157  SO:0000258 tRNA  Ile  GAU  Thermus thermophilus  prokaryotic cytosol  GGGCGAUUAGCUCAGCU2000090551GGU2000008551UAGAGCGCACGCCUGAU2000062551AAGCGUGAG2000007551GUCGGUGG2000025551U2000009551UCA2000001551AGUCCACCAUCGCCCACCA
455 tdbR00000171  SO:0000258 tRNA  Ile  IAU  Pichia jadinii  eukaryotic cytosol   GGUCCCUUG2000002551GCCCAG2000008551U2000008551UGG2000008551U2000008551UAAGGC2000022551G2000009551UGGUGCU2000009551AAU2000062551AACGCCAAGA2000008551U2000005551CAGCAG2000005551U2000009551UCG2000001551AUCCUGCUAGGGACCACCA
456 tdbR00000172  SO:0000258 tRNA  Ile  IAU  Lupinus luteus  eukaryotic cytosol   GGCCCAUUA2000002551GCCCAG2000008551U2000008551UGG2000008551U2000008551UAAGGC2000022551G2000009551UGGUGCU2000009551AAU2000062551AACGCCGAAG2000008551U2000005551CAGCAG2000005551U2000009551UCG2000001551AUCCUGCUAUGGGCCACCA
457 tdbR00000173  SO:0000258 tRNA  Ile  IAU  Bombyx mori  eukaryotic cytosol   GGCCCAUUA2000002551GCUCAG2000008551U2000008551UGG2000008551U2000000999UAGAGC2000022551G2000009551UCGUGCU2000009551AAU2000062551AACGCGAAG2000007551GU2000005551CG2000005551CGGG2000005551U2000009551UCG2000001551AUCCCCUCAUGGGCCACCA
458 tdbR00000174  SO:0000258 tRNA  Ile  IAU  Mus musculus  eukaryotic cytosol   GGCCGGUUA2000002551GCUCAG2000008551U2000008551UGG2000008551U2000008551UAGAGC2000022551G2000009551UGG2000009551UGCU2000009551AAU2000062551AACGCCAAG2000007551G2000008551U2000005551CGCGGG2000005551U2000009551UCG2000001551AUCCCCGUACGGGCCACCA
459 tdbR00000175  SO:0000265 tRNA  Lys  NUU  Haloferax volcanii  prokaryotic cytosol  GGGCUGGUAGCUCA2000103551GUUAGGCAGAGC2000022551GUCUGG2000090551CU2000000999UUU2000062551AACCAGACGGU2000005551CGGGGG2000019551U2000009551U2000090551C2000019551AAGUCCCUCCCAGCCCGCCA
460 tdbR00000176  SO:0000265 tRNA  Lys  MUU  Haloferax volcanii  prokaryotic cytosol  GGGCCGGUAGCUCA2000103551GUUAGGCAGAGC2000022551GUCUGA2000090551CU2000042551CUU2000062551AA2000009551UCAGACGGU2000005551CGCG2000009551UG2000019551U2000009551U2000090551C2000019551AAAUCGCGUCCGGCCCACCA
461 tdbR00000194  SO:0000265 tRNA  Lys  CUU  Triticum aestivum  eukaryotic cytosol   GCCCGUCUA2000002551GCUCAG2000008551U2000008551UGGUAGAGC2000022551GCAAGGCUCUU2000062551AACCUUGUG2000001551G2000008551U2000005551CGUGGG2000005551U2000009551UCG2000001551AGCCCCACGGU2000009551UGGCGCCA
462 tdbR00000195  SO:0000265 tRNA  Lys  CUN  Rattus norvegicus  eukaryotic cytosol   GCCCG2000002551GCUA2000002551GCUCAG2000008551UCGG2000008551UAGAGCA2000009551UGAGACUCU2000000999U2000062551AA2000009551UCUCAGG2000007551G2000008551U2000005551CGUGGG2000905551U2000009551UCG2000001551AGCCCCACGUUGGGCGCCA
463 tdbR00000196  SO:0000265 tRNA  Lys  CUN  Rattus norvegicus  eukaryotic cytosol   GCCCG2000002551GCUA2000002551GCUCAG2000008551UCGG2000008551UAGAGCA2000009551UGGGACUCU2000000999U2000062551AA2000009551UCCCAGG2000007551G2000008551U2000005551CGUGGG2000905551U2000009551UCG2000001551AGCCCCACGUUGGGCGCCA
464 tdbR00000197  SO:0000265 tRNA  Lys  3UU  Rattus norvegicus  eukaryotic cytosol   GCCCG2000002551GAUA2000002551GCUCAG2000008551UCGG2000008551UAGAGCA2000009551UCAGACU2002521551UUU2002162551AA2000009551UCUGAGG2000007551G2000008551U2000005551C2000005551CAGGG2000905551U2000009551UCA2000001551AGUCCCUGUUCGGGCGCCA
465 tdbR00000198  SO:0000265 tRNA  Lys  CUU  Oryctolagus cuniculus  eukaryotic cytosol   GCCCGGCUA2000002551GCUCAG2000008551UCGG2000008551UAGAGCA2000009551UGGGACUCUU2000062551AA2000009551UCCCAGG2000007551G2000008551U2000005551CGUGGG2000905551U2000009551UCG2000001551AGCCCCACGUUGGGCGCCA
466 tdbR00000199  SO:0000265 tRNA  Lys  CUU  Oryctolagus cuniculus  eukaryotic cytosol   GCCCGGCUA2000002551GCUCAG2000008551UCGG2000008551UAGAGCA2000009551UGAGACUCUU2000062551AA2000009551UCUCAGG2000007551G2000008551U2000005551CGUGGG2000905551U2000009551UCG2000001551AGCCCCACGUUGGGCGCCA
467 tdbR00000200  SO:0000265 tRNA  Lys  3UU  Oryctolagus cuniculus  eukaryotic cytosol   GCCCGGAUA2000002551GCUCAG2000008551UCGG2000008551UAGAGCA2000009551UCAGACU2002521551UUU2002162551AA2000009551UCUGAGG2000007551G2000008551U2000005551C2000005551CAGGG2000905551U2000009551UCA2000001551AGUCCCUGUUCGGGCGCCA
468 tdbR00000201  SO:0000265 tRNA  Lys  CUU  Drosophila melanogaster  eukaryotic cytosol   GCCCGGCUA2000002551GCUCAG2000008551UCGG2000008551UAGAGCA2000009551UGAGACUCUU2000062551AA2000009551UCUCAGG2000007551G2000008551UCGUGGG2000905551U2000009551UCG2000001551AGCCCCACGUUGGGCGCCA
469 tdbR00000202  SO:0000265 tRNA  Lys  )UU  Drosophila melanogaster  eukaryotic cytosol   GCCCGGAUA2000002551GCUCAG2000008551UCGG2000008551UAGAGCA2000009551U2000009551UGGACU2009051551UUU2000062551AA2000009551UCCAAGG2000007551G2000008551U2000005551CCAGGG2000905551U2000009551UCA2000001551AGUCCCUGUUCGGGCGCCA
470 tdbR00000203  SO:0000265 tRNA  Lys  NUU  Loligo bleekeri  eukaryotic cytosol   GCCUCCAUA2000002551GCUCAG2000008551UCGGUAGAGCA2000009551UCAGACU2000000999UUU2000000999AA2000000000XCUGAGG2000007551G2000008551U2000005551CUGGGG2000905551U2000009551UCG2000001551AGUCCCCAU2000002551GUGGG2000005551CUCCA
471 tdbR00000204  SO:0000265 tRNA  Lys  CUU  Loligo bleekeri  eukaryotic cytosol   UCCCG2000002551GCUA2000002551GCUCAG2000008551UCGGUAGAGCACGAGA2000000999CUCUU2000062551AA2000009551UCUCGGG2000007551G2000008551U2000005551CGUGGG2000905551U2000009551UCG2000001551AGCCCCACGUUGGGAGCCA
472 tdbR00000205  SO:0000265 tRNA  Lys  NUU  Loligo bleekeri  eukaryotic cytosol   GCCUUCAUA2000002551GCUCAG2000008551UCGGUAGAGCA2000009551UCAGACU2000000999UUU2000000999AA2000000000XCUGAGG2000007551G2000008551U2000005551CUGGGG2000905551U2000009551UCG2000001551AGUCCCCAU2000002551GCGGG2000005551CUCCA
474 tdbR00000207  SO:0000265 tRNA  Lys  CUU  Mus musculus  eukaryotic cytosol   GCCCGGCUA2000002551GCUCAG2000008551UCGGUAGAGCA2000009551UGAGACUCUU2000000999AA2000009551UCUCAGG2000007551G2000008551U2000005551CGUGGG2000905551U2000009551UCG2000001551AGCCCCACGUUGGGCGCCA
475 tdbR00000196  SO:0000265 tRNA  Lys  CUN  Mus musculus  eukaryotic cytosol   GCCCG2000002551GCUA2000002551GCUCAG2000008551UCGG2000008551UAGAGCA2000009551UGGGACUCU2000000999U2000062551AA2000009551UCCCAGG2000007551G2000008551U2000005551CGUGGG2000905551U2000009551UCG2000001551AGCCCCACGUUGGGCGCCA
476 tdbR00000209  SO:0000264 tRNA  Leu  NAA  Enterobacteria phage T4  prokaryotic cytosol  GCGAGAA2000074551UGGUCAAA2000008551UU2000002551GG2000008551UAAAGGCACAGCACU2000000999UAA2002161551AA2000009551UGCUGCGGAAUGAUUUCCUUGUGGG2000005551U2000009551UCGAGUCCCACUUCUCGCACCA
477 tdbR00000210  SO:0000264 tRNA  Leu  UAG  Enterobacteria phage T5  prokaryotic cytosol  GGGGCUAUGCUGGAAC2000008551U2000090551GG2000008551UAGACAAUACGGCCUUAG2000006551AU2000009551UCCGUAGCUUAAAUGCGUGGGAG2000005551U2000009551UCGAGUCUCCCUAGCCCCACCA
478 tdbR00000211  SO:0000264 tRNA  Leu  CAA  Haloferax volcanii  prokaryotic cytosol  GCGAGGGUAGCUAA2000103551GUCAGGAAAAAGC2000022551GGCGGACUCAA2000001551GA2000009551UCCGCUCCCGUAGGGGUC2000005551CGUGGG2000019551U2000009551U2000090551C2000019551AAAUCCCUCCCCUCGCACCA
479 tdbR00000212  SO:0000264 tRNA  Leu  CAG  Haloferax volcanii  prokaryotic cytosol  GCAGGGAUAGCCAA2000103551GUCUGGCCAACGGC2000022551GCAGCGUUCAG2000001551GGCGCUGUCUCAUAGGAGUC2000005551CGCAGG2000019551U2000009551U2000090551C2000019551AAAUCCUGCUCCCUGCACCA
480 tdbR00000213  SO:0000264 tRNA  Leu  GAG  Haloferax volcanii  prokaryotic cytosol  GCGUGGGUAGCCAA2000103551GCCAGGCCAACGGC2000022551GCAGCGUUGAG2000001551GG2000005551CGCUGUCCUGUAGAGGUC2000005551CGCCGG2000019551U2000009551U2000090551C2000019551AAAUCCGGUCCCACGCACCA
481 tdbR00000214  SO:0000264 tRNA  Leu  UAA  Haloferax volcanii  prokaryotic cytosol  GCGGGGGUGGCUGA2000103551GCCAGGCCAAAAGC2000002551GGCGGACUUAA2000001551GA2000009551UCCGCUCCCGUAGGGGUUCGCGAG2000019551U2000009551U2000090551CGAAUCUCGUCCCCCGCACCA
482 tdbR00000215  SO:0000264 tRNA  Leu  5AG  Haloferax volcanii  prokaryotic cytosol  GCGCGGGUAGCCAA2000103551GUGGCCAAAGGC2000022551GCAGCGCU2000501551UAG2000001551GACGCUGUGGUGUAGACCUU2000005551CGCAGG2000019551U2000009551U2000090551CGAACCCUGUCCCGCGCACCA
483 tdbR00000223  SO:0000264 tRNA  Leu  CAG  Salmonella typhimurium  prokaryotic cytosol  GCGAAGGUGGCGGAA2000008551U2000008551U2000090551GG2000008551UAGACGCGCUAGCUUCAG2000000999G2000009551UG2000009551UUAGUGUCCUUACGGACGUGGGGG2000005551U2000009551UCAAGUCCCCCCCCUCGCACCA
484 tdbR00000224  SO:0000264 tRNA  Leu  CAA  Rhodospirillum rubrum  prokaryotic cytosol  GCCUUUGUAGCGGAA2000008551UGG2000008551UAACGCGGCAGACUCAA2000000999AA2000009551UCUGCUUUGGUAACCCAGGUGGUAG2000005551U2000009551UCGACUCUCCCCAAAGGCACCA
485 tdbR00000225  SO:0000264 tRNA  Leu  CAA  Synechococcus elongatus PCC 6301  prokaryotic cytosol  GGGCAAGUGGCGGAAU2000008551UGG2000008551UAGACGCAGCAGACUCAA2000000999AA2000009551UCUGCCGCUAGCGAUAGUGUGUGGG2000005551U2000009551UCGAGUCCCACCUUGCCCACCA
486 tdbR00000226  SO:0000264 tRNA  Leu  CAG  Synechococcus elongatus PCC 6301  prokaryotic cytosol  GCGGAACUGGCGGAAU2000008551UGG2000008551UAGACGCGCUAGAUUCAG2000001551G2000009551U2000009551UCUAGUGGUUUCACGACUGUCCGGG2000005551U2000009551UCAAGUCCCGGGUUCCGCACCA
487 tdbR00000227  SO:0000264 tRNA  Leu  BAA  Geobacillus stearothermophilus  prokaryotic cytosol  GCCGAUG2000074551UGGCGGAAU2000008551UGGCAG2000001551ACGCGCACGACU2000090551CAA2002161551AA2000009551UCGUGUGGGCUUUGCCCGUGUGGG2000005551U2000009551UCGACUCCCACCAUCGGCACCA
488 tdbR00000252  SO:0000264 tRNA  Leu  BAA  Pichia jadinii  eukaryotic cytosol   GGAUCUUUG2000002551GC2000042551CGAGC2000090551GG2000008551U2000008551UUAAGGC2000022551GCUCGA2000090551CU2000090551CAA2000001551GA2000009551UCGAGUAUCGUAAGAUG2000005551CAUGAG2000005551U2000009551UCG2000001551AAUCUCAUAGGAUCCACCA
489 tdbR00000253  SO:0000264 tRNA  Leu  BAA  Candida cylindracea  eukaryotic cytosol   GGCCGUUUG2000002551GC2000042551CGAG2000008551U2000090551GG2000008551UC2000008551UAAGGC2000022551GUCUGA2000090551CU2000090551CAA2000001551GA2000009551UCAGA2000090551UCUCGUAAGAGG2000005551CGUGUG2000005551U2000009551UCG2000001551AACCACACAGCGGUCACCA
490 tdbR00000254  SO:0000264 tRNA  Leu  IAG  Candida cylindracea  eukaryotic cytosol   GGUUCUCUGGC2000042551CGAG2000008551UGG2000008551UC2000008551UAAGGC2000022551GCAUGG2000009551UU2000009551AAG2000001551G2000009551UCCAUGUCUCUUCGGAGG2000005551CGCGAG2000005551U2000009551UCG2000001551AACCUCGCGGGAAUCACCA
491 tdbR00000255  SO:0000264 tRNA  Leu  IAG  Candida cylindracea  eukaryotic cytosol   GGCUCUCUGGC2000042551CGAG2000008551UGG2000008551UC2000008551UAAGGC2000022551GCUAGG2000009551UU2000009551AAG2000001551G2000009551UCCUAGUCUCUUCGGAGG2000005551CGCGAG2000005551U2000009551UCG2000001551AACCUCGCGGGAGUCACCA
492 tdbR00000256  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  eukaryotic cytosol   GUCAGGAUG2000002551GC2000042551CGAG2000008551UGG2000008551UC2000030551UAAGGC2000022551GCCAGACU2000000000NAA2000001551G2000009551U2000009551UCUGG2000090551UCUUCGAGAGAGGG2000005551CGUGGG2000005551U2000009551UCA2000001551AAUCCCACUUCUGACACCA
493 tdbR00000257  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  eukaryotic cytosol   GUCAGGAUG2000002551GC2000042551CGAG2000008551UGG2000008551UC2000030551UAAGGC2000022551GCCAGACU2000000000NAA2000001551G2000009551U2000009551UCUGG2000090551UCUUCGAAAGAGGG2000005551CGUGGG2000005551U2000009551UCA2000001551AAUCCCACUUCUGACACCA
494 tdbR00000258  SO:0000264 tRNA  Leu  .AG  Phaseolus vulgaris  eukaryotic cytosol   GAUAGUUUG2000002551GC2000042551CGAG2000008551UGG2000008551UC2000030551UAAGGC2000022551GCCAGA2000009551UU2000000000NAG2000001551GC2000009551UCUGG2000090551UCCGAAA2000000000NGGG2000005551CGUGGGU2000009551UCA2000001551AAUCCCACAGCUGUCACCA
495 tdbR00000259  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  eukaryotic cytosol   GCUGGUUUGGC2000042551CGAGAGG2000008551U2000008551UAAGGC2000022551GGAAGACU2000000000NAA2000001551GA2000009551UCUUC2000090551UGCAGUCAACUGCG2000005551CAUGGG2000005551U2000009551UCG2000001551AACCCCAUAGCCAGCACCA
496 tdbR00000260  SO:0000264 tRNA  Leu  .AA  Solanum tuberosum  eukaryotic cytosol   GUCAGGAUGGC2000042551CGAG2000008551UGG2000008551UC2000030551UAAGGC2000022551GCCAGACU2000000000NAA2000001551GU2000009551UCUGG2000090551UCUUCGUAAGAGGG2000005551CGUGGG2000005551U2000009551UCA2000001551AAUCCCACUUCUGACACCA
497 tdbR00000261  SO:0000264 tRNA  Leu  NAA  Cucumis sativus  eukaryotic cytosol   GUCAGGAUG2000002551GC2000005551CGAG2000008551UGG2000008551UC2000030551UAAGGC2000022551GCCAGACU2000000999UAA2000001551G2000009551U2000009551UCUGG2000090551UCCUCUAAGGAGGG2000005551CGUGGG2000005551U2000009551UCA2000001551AAUCCCACUUCUGACACCA
498 tdbR00000262  SO:0000264 tRNA  Leu  ѴAA  Rattus norvegicus  eukaryotic cytosol   AGUCAG2000002551GAUG2000002551GC2000042551CGAGUGG2000008551UC2000009551UAAGGC2000022551GCCAGACU2000000999CAA2000000999G2000009551U2000009551UCUGG2000000999U2000009551UCCGAAUGGAG2000005551CGUGGG2000005551U2000009551UCG2000001551AAUCCCACUUCUGACACCA
499 tdbR00000263  SO:0000264 tRNA  Leu  ѴAA  Rattus norvegicus  eukaryotic cytosol   AGUCAG2000002551GAUG2000002551GC2000042551CGAGUGG2000008551UC2000009551UAAGGC2000022551GCCAGACU2000000999CAA2000000999G2000009551U2000009551UCUGG2000000999U2000009551UCCGUAUGGAG2000005551CGUGGG2000005551U2000009551UCG2000001551AAUCCCACUUCUGACACCA
500 tdbR00000264  SO:0000264 tRNA  Leu  IAG  Caenorhabditis elegans  eukaryotic cytosol   GGAGAGAUGGC2000042551CGAGCGG2000008551UCUAAGGCGCUGGUUU2000009551AAGGCACCAGUCCCUUCGGGGGCGUGGG2000005551UUCGAAUCCCACUCUCUUCACCA
501 tdbR00000267  SO:0000264 tRNA  Leu  IAG  Bos taurus  eukaryotic cytosol   GGUAGCGUG2000002551GC2000042551CGAGCGG2000008551UC2000009551UAAGGC2000022551GCUGGA2000909551UU2000009551AAG2000001551GC2000009551UCCAGUC2000009551UC2000009551UUCGGGGG2000005551CGUGGG2000005551U2000009551UCG2000001551AAUCCCACCGCUGCCACCA
502 tdbR00000266  SO:0000264 tRNA  Leu  °AA  Bos taurus  eukaryotic cytosol   GUCAG2000002551GAUG2000002551GC2000042551CGAGUGG2000008551UC2000009551UAAGGC2000002551GCCAGACU2009071551CAA2000001551G2000009551U2000009551UCUGG2000090551UC2000009551UCCGUAUGGAGG2000005551CGUGGG2000005551U2000009551UCG2000001551AAUCCCACUUCUGACACCA
503 tdbR00000267  SO:0000264 tRNA  Leu  IAG  Bos taurus  eukaryotic cytosol   GGUAGCGUG2000002551GC2000042551CGAGCGG2000008551UC2000009551UAAGGC2000022551GCUGGA2000909551UU2000009551AAG2000001551GC2000009551UCCAGUC2000009551UC2000009551UUCGGGGG2000005551CGUGGG2000005551U2000009551UCG2000001551AAUCCCACCGCUGCCACCA
504 tdbR00000268  SO:0000264 tRNA  Leu  CAG  Bos taurus  eukaryotic cytosol   GUCAG2000002551GAUG2000002551GC2000042551CGAGCGG2000008551U2000008551UCAAGGC2000022551GCUGCG2000090551UUCAG2000001551G2000000000NCGCAG2000090551UC2000009551UCCCUGGAGG2000005551CGUGGG2000005551U2000009551UCG2000001551AAUCCCACUUCUGACACCA
505 tdbR00000269  SO:0000264 tRNA  Leu  .AA  Homo sapiens  eukaryotic cytosol   GUCAG2000002551GAUG2000002551GC2000042551CGAGUGG2000008551UC2000009551UAAGGC2000022551GCCAGACU2000000000N2000000000NA2000001551G2000001551G2000009551U2000009551UUGG2000090551U2000090551U2000009551U2000009551UCGGAUGGAG2000005551C2000005551CUGGG2000005551U2000005551U2000009551UG2000001551A2000001551AUCCCACUUCUGACACCA
506 tdbR00000270  SO:0000266 tRNA  Met  BAU  Avian myeloblastosis virus  prokaryotic cytosol  GCCUCCUUA2000002551GCGCAG2000008551UAGG2000000999UAGCGC2000022551G2000009551UCAG2000009551UCU2000090551CAU2000062551AA2000009551UCUGAAG2000007551G2000008551U2000005551C2000005551CUGAG2000005551U2000009551UCG2000001551AACCUCAGAGGGGGCACCA
507 tdbR00000271  SO:0000266 tRNA  Met  BAU  Haloferax volcanii  prokaryotic cytosol  GCCCGGGUGGCU2000009551UA2000103551GCUGGACA2000009551UAGCGCCGCACU2000090551CAU2000062551AA2000009551UGCGGAGAU2000005551CGUGGG2000019551U2000009551U2000090551CGGAGCCCACCCCGGGCACCA
508 tdbR00000272  SO:0000266 tRNA  Met  CAU  Thermoplasma acidophilum  prokaryotic cytosol  GCCGGGG2000074551UGGCUCA2000103551GCUGGAGGAGC2000022551GCCGGA2000090551CUCAU2000062551AAUCCGGAGGUCUCGGG2000009551U2000009551U2000090551CGAUCCCCGAUCCCGGCACCA
509 tdbR00000275  SO:0000266 tRNA  Met  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCU2000090551GG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAG2000007551GUCGCGGG2000025551U2000009551UCA2000001551AAUCCCGCCCCCGCAACCA
510 tdbR00000285  SO:0000266 tRNA  Met  BAU  Triticum aestivum  eukaryotic cytosol   GGGGUGGU2000001551G2000002551GCGCAG2000008551U2000008551UGGC2000030551UAGCGC2000022551G2000009551UAGG2000009551UCU2000090551CAU2000662551AA2000009551UCCUGAG2000007551G2000008551U2000005551CGAGAG2000005551U2000009551UCG2000001551AGCCUCUCUCACCCCACCA
511 tdbR00000285  SO:0000266 tRNA  Met  BAU  Lupinus luteus  eukaryotic cytosol   GGGGUGGU2000001551G2000002551GCGCAG2000008551U2000008551UGGC2000030551UAGCGC2000022551G2000009551UAGG2000009551UCU2000090551CAU2000662551AA2000009551UCCUGAG2000007551G2000008551U2000005551CGAGAG2000005551U2000009551UCG2000001551AGCCUCUCUCACCCCACCA
512 tdbR00000287  SO:0000266 tRNA  Met  BAU  Oryctolagus cuniculus  eukaryotic cytosol   GCCUC2000002551GUUA2000002551GCGCAG2000008551UAGG2000008551UAGCGC2000022551G2000009551UCAG2000009551UCU2000090551CAU2000062551AA2000009551UCUGAAG2000007551G2000008551U2000005551CGUGAG2000005551U2000009551UCG2000001551AUCCUCACACGGGGCACCA
513 tdbR00000287  SO:0000266 tRNA  Met  BAU  Mus musculus  eukaryotic cytosol   GCCUC2000002551GUUA2000002551GCGCAG2000008551UAGG2000008551UAGCGC2000022551G2000009551UCAG2000009551UCU2000090551CAU2000062551AA2000009551UCUGAAG2000007551G2000008551U2000005551CGUGAG2000005551U2000009551UCG2000001551AUCCUCACACGGGGCACCA
514 tdbR00000287  SO:0000266 tRNA  Met  BAU  Homo sapiens  eukaryotic cytosol   GCCUC2000002551GUUA2000002551GCGCAG2000008551UAGG2000008551UAGCGC2000022551G2000009551UCAG2000009551UCU2000090551CAU2000062551AA2000009551UCUGAAG2000007551G2000008551U2000005551CGUGAG2000005551U2000009551UCG2000001551AUCCUCACACGGGGCACCA
515 tdbR00000290  SO:0000256 tRNA  Asn  GUU  Enterobacteria phage T5  prokaryotic cytosol  GGUUCCUUAGCUCUAAUGG2000008551UUAGAGCCGCAUCUUGUU2000000999AAG2000009551UUGAGG2000007551GUUGCUGG2000005551U2000009551UCGAAUCCAGCAGGAACCGCCA
516 tdbR00000291  SO:0000256 tRNA  Asn  GUU  Halobacterium salinarum  prokaryotic cytosol  GCCGCCAUAGCUCAGUUGGUAGAGCACGUGGUUGUU2000062551ACCCACGUUGU2000005551CCCAGG2000019551U2000009551U2000090551CGGACCCUGGUGGCGGCGAAC
517 tdbR00000292  SO:0000256 tRNA  Asn  GUU  Haloferax volcanii  prokaryotic cytosol  GCCGCCGUAGCUCA2000103551GUUGGUAGAGCACCUCGCUGUU2000062551AACGAGGUUGU2000005551C2000005551CCAGG2000019551U2000009551U2000090551CGAGUCCUGGCGGUGGCGCCA
518 tdbR00000293  SO:0000256 tRNA  Asn  ʆUU  Methanobacterium thermaggregans  prokaryotic cytosol  GCGCCGGUGGCUCA2000000999GCCUGGUUAGAGCUCACGGCU2000000999GUU2000062551AACCGUGAGGCCGCGGG2000009551U2000009551U2000090551C2000019551AAAUCCCGCCCGGCGCACCA
519 tdbR00000296  SO:0000256 tRNA  Asn  QUU  Azospirillum lipoferum  prokaryotic cytosol  UUCACAGUAGCUCAGUGG2000008551UAGAGCUAUCGGCU2000042551GUU2000062551AACCGAUCGAUCGUAGG2000005551U2000009551UCGAGUCCUACCUGUGAAUCCA
520 tdbR00000297  SO:0000256 tRNA  Asn  QUU  Azospirillum lipoferum  prokaryotic cytosol  UUCACAGUCGCUCAGUGG2000008551UAGAGCUAUCGGCU2000042551GUU2000062551AACCGAUCGAUCGUAGG2000005551U2000009551UCGAGUCCUACCUGUGAAUCCA
521 tdbR00000301  SO:0000256 tRNA  Asn  QUU  Lupinus luteus  eukaryotic cytosol   GCCUCAGUA2000002551GCUCAG2000008551UGG2000008551U2000030551UAGAGC2000022551GGUCGG2000090551CU2000042551GUU2000062551AACCGAUAG2000007551G2000008551U2000005551CGUAGG2000005551U2000009551UCG2000001551AGCCCUACUUGGGGCGCCA
522 tdbR00000302  SO:0000256 tRNA  Asn  QUU  Rattus norvegicus  eukaryotic cytosol   GUCUCUGU2000001551G2000002551GCGCAA2000008551UCGG2000008551U2000030551UAGCGC2000022551G2000009551U2000009551UCGGCU2000042551GUU2000062551AACCGAAAG2000007551G2000008551UUGGUGG2000000000N2000009551UCG2000001551AGCCCACCCAGGGACGCCA
523 tdbR00000303  SO:0000256 tRNA  Asn  GUU  Rattus norvegicus  eukaryotic cytosol   GUCUCUGU2000001551G2000002551GCGCAA2000008551UCGG2000008551U2000030551UAGCGC2000022551G2000009551U2000009551UCGGCUGUU2000062551AACCGAAAG2000007551G2000008551UUGGUGG2000000000N2000009551UCG2000001551AGCCCACCCAGGGACGCCA
524 tdbR00000304  SO:0000256 tRNA  Asn  QUU  Bos taurus  eukaryotic cytosol   GUCUCUGU2000001551G2000002551GCGCAA2000008551UCGG2000008551U2000030551UAGCGC2000022551G2000009551U2000009551UCGGCU2000042551GUU2000062551AACCGAAAG2000007551G2000008551UUGGUGG2000000000X2000009551UCG2000001551AGCCCACCCAGGGACGCCA
525 tdbR00000302  SO:0000256 tRNA  Asn  QUU  Homo sapiens  eukaryotic cytosol   GUCUCUGU2000001551G2000002551GCGCAA2000008551UCGG2000008551U2000030551UAGCGC2000022551G2000009551U2000009551UCGGCU2000042551GUU2000062551AACCGAAAG2000007551G2000008551UUGGUGG2000000000N2000009551UCG2000001551AGCCCACCCAGGGACGCCA
527 tdbR00000307  SO:0000268 tRNA  Pro  IGG  Moloney murine leukemia virus  prokaryotic cytosol  GGC2000090551UC2000002551GUU2000001551GGUC2000009551UAGGGG2000008551UAUGAUUCUCGC2000090551UU2000009551AGG2000001551G2000009551UGCGAGAG2000007551G2000008551U2000005551C2000005551CCGGG2000009551U2000009551UCA2000001551AAUCCCGGACGAGCCCCCA
528 tdbR00000308  SO:0000268 tRNA  Pro  NGG  Moloney murine leukemia virus  prokaryotic cytosol  GGC2000090551UC2000002551GUU2000001551GGUC2000009551UAGGGG2000008551UAUGAUUCUCGC2000009551UU2000000999UGG2000001551G2000009551UGCGAGAG2000007551G2000008551U2000005551C2000005551CCGGG2000009551U2000009551UCA2000001551AAUCCCGGACGAGCCCCCA
529 tdbR00000309  SO:0000268 tRNA  Pro  NGG  Enterobacteria phage T4  prokaryotic cytosol  CUCCGUG2000074551UAGCUCAGUUUGG2000008551UAGAGCGCCUGA2000090551UU2000000999UGG2000001551GA2000009551UCAGGAG2000007551GUCCAAGG2000005551U2000009551UCAAAUCCUUGUAUGGAGACCA
530 tdbR00000310  SO:0000268 tRNA  Pro  UGG  Enterobacteria phage T5  prokaryotic cytosol  CUCCGAUUAGCUCAAUUGGC2000008551UAGAGUACACCGUUUGG2000001551GGCGGUGGG2000007551GUUGAAGG2000005551U2000009551UCGAGUCCUUCAUUGGAGACCA
531 tdbR00000311  SO:0000268 tRNA  Pro  MGG  Haloferax volcanii  prokaryotic cytosol  GGGCCGGUG2000022551GGG2000009551UA2000103551GCUUGGUAUCCUUCGGCCUU2000042551CGG2000001551G2000009551UGGCCGUAA2000005551C2000005551CUCAG2000019551U2000009551U2000090551CGAAUCUGAGCCGGCCCACCA
532 tdbR00000312  SO:0000268 tRNA  Pro  GGG  Haloferax volcanii  prokaryotic cytosol  GGGACCGUG2000022551GGG2000009551UAGUGGUAUCCUCUGCCGAUGGG2000001551GUCGGUAGGAC2000005551CUGAG2000019551U2000009551U2000090551CGACUCUCAGCGGUCCCACCA
533 tdbR00000313  SO:0000268 tRNA  Pro  UGG  Haloferax volcanii  prokaryotic cytosol  GGGACCGUG2000022551GGU2000009551UA2000103551GCCUGGUAUACUUCGGGCCUUGG2000001551GUGCCCGUGA2000005551C2000005551CCCGG2000019551U2000009551U2000090551C2000019551AAAUCCGGGCGGUCCCACCA
534 tdbR00000315  SO:0000268 tRNA  Pro  UGG  Mycoplasma mycoides  prokaryotic cytosol  CGGGAAGUGGCUCAGUUUGG2000008551UAGAGCAUUCGGUUUGG2000001551GACCGAAGGGUCGCAGGUUCAAAUCCUGUCUUCCCGACCA
535 tdbR00000317  SO:0000268 tRNA  Pro  CGG  Salmonella typhimurium  prokaryotic cytosol  CGGUGAU2000074551UGGCGCAGCCUGG2000008551UAGCGCACUUCG2000090551UUCGG2000001551GACGAAGGG2000007551GUCGGAGG2000005551U2000009551UCGAAUCCUCUAUCACCGACCA
536 tdbR00000318  SO:0000268 tRNA  Pro  GGG  Salmonella typhimurium  prokaryotic cytosol  CGGCACG2000074551UAGCGCAGCCUGG2000008551UAGCGCACCGUC2000090551CUGGG2000001551GU2000009551UGCGGGG2000007551GUCGGAGG2000005551U2000009551UCAAAUCCUCUCGUGCCGACCA
537 tdbR00000319  SO:0000268 tRNA  Pro  VGG  Salmonella typhimurium  prokaryotic cytosol  CGGCGAG2000074551UAGCGCAGCUUGG2000008551UAGCGCAACUGG2000090551UU2000502551UGG2000001551GACCAGUGG2000007551GUCGGAGG2000005551U2000009551UCGAAUCCUC2000009551UCUCGCCGACCA
538 tdbR00000325  SO:0000268 tRNA  Pro  &GG  Pichia jadinii  eukaryotic cytosol   GGC2000090551CGCGU2000001551GGUC2000009551UAG2000008551UGG2000008551UAUGAUACUCGCUU2000053551UGG2000001551G2000009551UG2000009551UGAGUG2000007551G2000008551U2000005551C2000005551CAGGG2000005551U2000009551UCA2000001551AUUCCCUGCUCGGCCCCCA
539 tdbR00000326  SO:0000268 tRNA  Pro  IGG  Lupinus luteus  eukaryotic cytosol   GGGACAUU2000001551GGUC2000009551UAG2000008551UGG2000008551UAUGAUUCUCGCUU2000009551AGG2000001551G2000009551UGCGAGAG2000007551G2000008551U2000005551CCCGAG2000005551U2000009551UCG2000001551AUUCUCGGAUGUCCCCCCA
540 tdbR00000327  SO:0000259 tRNA  Gln  NUG  Enterobacteria phage T4  prokaryotic cytosol  UGGGAAU2000074551UAGCCAAG2000008551U2000008551UGG2000008551UAAGGCAUAGCACU2000000999UUG2000002551AC2000009551UGCUAGAUGCAAAGG2000005551U2000009551UCGAGUCCUUUAUUCCCAGCCA
541 tdbR00000328  SO:0000259 tRNA  Gln  UUG  Enterobacteria phage T5  prokaryotic cytosol  UGGGGAUUAGCUUAGCUUGGCCUAAAGCUUCGGCCUUUGAAG2000009551UCGAGAUCAUUGG2000005551U2000009551UCAAAUCCAAUAUCCCCUGCCA
542 tdbR00000329  SO:0000259 tRNA  Gln  CUG  Halobacterium salinarum  prokaryotic cytosol  AGUCCCGU2000000000N2000022551GGG2000009551UAGUGGCCAAUCCUGAAGCCUUCUG2000001551GGGGCUUCGACGGAAG2000009551U2000009551U2000090551CGAAUCUUCCCGGGACUACCA
543 tdbR00000330  SO:0000259 tRNA  Gln  MUG  Haloferax volcanii  prokaryotic cytosol  AGUCCCAUG2000022551GGG2000009551UAGUGGCCAAUCCUGUUGCCUU2000042551CUG2000001551GGGGCAACGACCCAGG2000009551U2000009551U2000090551CGAAUCCUGGUGGGACUACCA
544 tdbR00000337  SO:0000259 tRNA  Gln  CUA  Tetrahymena thermophila  eukaryotic cytosol   GGUUCUAUA2000002551GUA2000009551UAGCGC2000008551U2000008551UAGUACUGGGGA2000000999CUCUA2000062551AA2000009551UCCCUUGAC2000005551CUGGGU2000009551UCG2000001551AAUCCCAGUAGGACCUCCA
545 tdbR00000338  SO:0000259 tRNA  Gln  JUA  Tetrahymena thermophila  eukaryotic cytosol   GGUUCCAUA2000002551GUA2000009551UAG2000008551UGG2000008551U2000008551UAGUACUGGGGA2000090551CU2000090551UUA2000062551AA2000009551UCCCUUGAC2000005551CUGGGU2000009551UCG2000001551AAUCCCAGUGGGACCUCCA
546 tdbR00000339  SO:0000259 tRNA  Gln  JUG  Tetrahymena thermophila  eukaryotic cytosol   GGUUGUAU2000001551G2000002551GUG2000009551UAGCGG2000008551U2000008551UAGCACCGAGGACU2000090551UUGAA2000009551UCCUCUGAC2000005551CUGGGU2000009551UCG2000001551AAUCCCAGUACGACCUCCA
547 tdbR00000340  SO:0000259 tRNA  Gln  JUG  Nicotiana rustica  eukaryotic cytosol   GGUUCUAU2000001551GGUG2000009551UAG2000008551U2000090551GG2000008551U2000008551UAGCACUC2000009551UGGA2000090551CU2000090551UUG2000002551AA2000009551UCCAGCGACCUGGG2000005551U2000009551UCG2000001551ACUCCCGGUAGGACCUCCA
548 tdbR00000341  SO:0000259 tRNA  Gln  CUG  Rattus norvegicus  eukaryotic cytosol   GGUUCCAU2000001551GGUG2000009551UAA2000008551U2000090551GG2000008551U2000008551UAGCACUCUGGA2000090551CUCUGAA2000009551UCCAGCGAU2000005551C2000005551CGAG2000009551U2000009551UCA2000001551AAUCUCGGUGGAACCUCCA
549 tdbR00000342  SO:0000259 tRNA  Gln  CUG  Bos taurus  eukaryotic cytosol   GGUUCCAU2000001551GGUG2000009551UAA2000008551U2000090551GG2000008551U2000008551UAGCACUC2000009551UGGA2000090551CUCUGAA2000009551UCCAGCGAU2000005551CCGAG2000009551U2000009551UCA2000001551AAUCUCGGUGGAACCUCCA
550 tdbR00000343  SO:0000259 tRNA  Gln  CUG  Mus musculus  eukaryotic cytosol   GGUUCCAU2000001551GGUG2000009551UAA2000008551U2000090551GG2000008551U2000008551UAGCACUC2000009551UGGA2000090551CUCUGAA2000009551UCCAGCGAU2000005551C2000005551CGAG2000009551U2000009551UCA2000001551AAUCUCGGUGGAACCUCCA
551 tdbR00000344  SO:0000259 tRNA  Gln  JUG  Mus musculus  eukaryotic cytosol   GGUCCCAU2000001551GGUG2000009551UAA2000008551U2000090551GG2000008551U2000008551UAGCACUC2000009551UGGA2000090551CU2000090551UUGAA2000009551UCCAGCGAU2000005551C2000005551CGAG2000009551U2000009551UCA2000001551AAUCUCGGUGGGACCUCCA
552 tdbR00000345  SO:0000259 tRNA  Gln  NUG  Homo sapiens  eukaryotic cytosol   GGCCCCAU2000001551GGUG2000009551UAAU2000090551GG2000008551U2000008551UAGCACUC2000009551UGGA2000090551CU2000000999UUGAA2000009551UCCAGCGAU2000005551C2000005551CGAG2000009551U2000009551UCA2000001551AAUCUCGGUGGGACCUCCA
553 tdbR00000346  SO:0000259 tRNA  Gln  NUG  Homo sapiens  eukaryotic cytosol   GGUCCCAU2000001551GGUG2000009551UAAU2000090551GG2000008551U2000008551UAGCACUC2000009551UGGA2000090551CU2000000999UUGAA2000009551UCCAGCGAU2000005551C2000005551CGAG2000009551U2000009551UCA2000001551AAUCUCGGUGGGACCUCCA
554 tdbR00000347  SO:0001036 tRNA  Arg  NCU  Enterobacteria phage T4  prokaryotic cytosol  GUCCCGCUGGUGUAAU2000090551GGA2000008551UAGCAUACGAUCCU2000000999UCUAAG2000009551UUUGCGGUCCUGG2000005551U2000009551UCGAUCCCAGGGCGGGAUACCA
555 tdbR00000348  SO:0001036 tRNA  Arg  GCG  Halobacterium salinarum  prokaryotic cytosol  GUCCGGAUA2000022551GGG2000009551UAGUGGACUAUCCUCUUGGCUUGCG2000001551GAGCCAGGGACCGG2000005551CG2000019551U2000009551U2000090551C2000019551AAAUCGCCGUCCGGACGCCA
556 tdbR00000349  SO:0001036 tRNA  Arg  CCG  Haloferax volcanii  prokaryotic cytosol  GGGCCCGUAGCUCA2000103551GUGGACAGAGU2000022551GCUUGGUUCCG2000001551GACCAAGAUGC2000005551CGCGGG2000019551U2000009551U2000090551C2000019551AAAUCCCGUCGGGUCCGCCA
557 tdbR00000350  SO:0001036 tRNA  Arg  GCG  Haloferax volcanii  prokaryotic cytosol  GUCCUGAUA2000022551GGG2000009551UAGUGGACUAUCCUCCUGGCUUGCG2000001551GAGCCAGGGAC2000005551CGGAG2000019551U2000009551U2000090551C2000019551AAAUCUCCGUCAGGACGCCA
558 tdbR00000351  SO:0001036 tRNA  Arg  NCG  Haloferax volcanii  prokaryotic cytosol  GGGCGCUUAGCUCA2000103551GUCUGGACAGAGU2000002551GCUUGGCU2000000999UCG2000001551GACCAAGUUGC2000005551CACGGG2000019551U2000009551U2000090551C2000019551AAAUCCUGUAGCGCCCACCA
559 tdbR00000372  SO:0001036 tRNA  Arg  CCG  Triticum aestivum  eukaryotic cytosol   GACCGCGU2000001551GGCCUAA2000008551UGGA2000030551UAAGGC2000022551GCUCGC2000090551CUCCG2000001551GAGCGGGAGA2000008551UU2000005551CUGGG2000005551U2000009551UCG2000001551ACUCCCAGCG2000009551UGGUCGCCA
560 tdbR00000373  SO:0001036 tRNA  Arg  ICG  Triticum aestivum  eukaryotic cytosol   GACUCCGU2000001551G2000002551GCCCAA2000008551U2000090551GGA2000030551UAAGGC2000022551GCUGGU2000090551CU2000009551ACG2000002551AAACCAGAGA2000008551UU2000005551CUGGG2000005551U2000009551UCG2000001551AUCCCCAGCGGAGUCGCCA
561 tdbR00000374  SO:0001036 tRNA  Arg  CCG  Bos taurus  eukaryotic cytosol   GACCCAGU2000001551G2000002551GCCUAA2000008551U2000090551GGA2000008551UAAGGCA2000009551UCAGC2000090551CUCCG2000001551GAGCUGGGGA2000008551UUG2000009551UGGG2000005551U2000009551UCG2000001551AGUCCCAUCUGGGUCGCCA
562 tdbR00000375  SO:0001036 tRNA  Arg  CCU  Bos taurus  eukaryotic cytosol   GCCCCAGU2000001551G2000002551GCCUAA2000008551UGGA2000008551UAAGGCA2000009551UUGGC2000003551CUCCU2000062551AAGCCAGGGA2000008551UUG2000009551UGGG2000005551U2000009551UCG2000001551AGUCCCAUCUGGGG2000009551UCCCA
563 tdbR00000376  SO:0001036 tRNA  Arg  3CP  Bos taurus  eukaryotic cytosol   GGCUCCGU2000001551GGCGCAA2000008551UGGA2000008551UAGCGCA2000009551U2000009551UGGA2000003551CU2002521551UC2000009551U2000062551AAU2000009551UCAAAG2000007551G2000008551UU2000005551CCGGG2000005551U2000009551UCG2000001551AGUCCCGGCGGAGUCGCCA
564 tdbR00000377  SO:0001036 tRNA  Arg  ICG  Mus musculus  eukaryotic cytosol   GGGCCAGU2000001551G2000002551GCGCAA2000008551UGGA2000008551UAACGC2000022551G2000009551UCUGA2000090551CU2000009551ACG2000001551GA2000009551UCAGAAGA2000008551UU2000005551C2000009551UAGG2000009551U2000009551UCG2000001551ACUCCUGGCUGGCUCGCCA
565 tdbR00000377  SO:0001036 tRNA  Arg  ICG  Mus musculus  eukaryotic cytosol   GGGCCAGU2000001551G2000002551GCGCAA2000008551UGGA2000008551UAACGC2000022551G2000009551UCUGA2000090551CU2000009551ACG2000001551GA2000009551UCAGAAGA2000008551UU2000005551C2000009551UAGG2000009551U2000009551UCG2000001551ACUCCUGGCUGGCUCGCCA
566 tdbR00000379  SO:0000269 tRNA  Ser  NGA  Enterobacteria phage T4  prokaryotic cytosol  GGAGGCG2000074551UGGCAGAGU2000090551GG2000008551U2000008551UUAAUGCACCGGU2000090551CU2000000999UGA2002161551AAACCGGCAGUCGCUCCGGCGACUCAUAGG2000005551U2000009551UCAAAUCCUAUCGCCUCCGCCA
567 tdbR00000380  SO:0000269 tRNA  Ser  MGA  Halobacterium salinarum  prokaryotic cytosol  GCCGAGGUAGCA2000009551UA2000103551GCUUGGCCAAUGC2000022551GGUUGCUU2000042551CGA2000001551GAGCAACGUUCCACACGGACU2000005551CAGGAG2000019551U2000009551U2000090551C2000019551AAAUCUCCUCCUCGGCGCCA
568 tdbR00000381  SO:0000269 tRNA  Ser  GCU  Haloferax volcanii  prokaryotic cytosol  GUUGCGGUAGCCAA2000103551GCCUGGCCCAAGGC2000022551GCUGGGUUGCU2000062551AACUCAGUGGCGUCAAGCCC2000005551C2000005551CGGGG2000019551U2000009551U2000090551CGAAUCCCCGCCGCAACGCCA
569 tdbR00000382  SO:0000269 tRNA  Ser  MGA  Haloferax volcanii  prokaryotic cytosol  GCCGAGGUAGCC2000009551UA2000103551GCCCGGCCAAGGC2000022551GGUAGAUU2000042551CGAAA2000009551UCUACUGUCCAUUCGGACA2000005551CGUGAG2000019551U2000009551U2000090551C2000019551AAAUCUCACCCUCGGCGCCA
570 tdbR00000383  SO:0000269 tRNA  Ser  GGA  Haloferax volcanii  prokaryotic cytosol  GCCAGGAUGGCCGA2000103551GCGGUAAGGC2000022551GCACGCCUGGAAAGCGUGUUCCCUCUGGGAU2000005551CGGGGG2000019551U2000009551U2000090551C2000019551AAAUCCCUCUCCUGGCGCCA
571 tdbR00000386  SO:0000269 tRNA  Ser  UGA  Mycoplasma mycoides  prokaryotic cytosol  GGAAGAUUACCCAAGUCCGGC2000008551UGA2000001551AGGGAUCGGUCUUGA2000006551AAACCGAGAGUCGGGGAAACCCGAGCGGGGGUUCGAAUCCCUCAUCUUCCGCCA
572 tdbR00000409  SO:0000269 tRNA  Ser  CAG  Candida cylindracea  eukaryotic cytosol   GACACCGUG2000002551GC2000042551CCAG2000008551U2000090551GG2000008551U2000008551UACGGC2000022551G2000009551UUGGACGCAGAA2000009551UCCAUUGAGCUUGCUCG2000005551CGCGGG2000005551U2000009551UCG2000001551AAUCCCGUCGGUGUCUCCA
573 tdbR00000410  SO:0000269 tRNA  Ser  &GA  Candida cylindracea  eukaryotic cytosol   GGUGCAAUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551GACGGA2000009551UU2000053551UGA2000061551AC2000009551UCCGU2000090551UGGGAUUCUCCCU2000005551CGCAGG2000005551U2000009551UCG2000001551AAUCCUGUUUGCAUCGCCA
574 tdbR00000411  SO:0000269 tRNA  Ser  IGA  Candida cylindracea  eukaryotic cytosol   GGCAUCUUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551GAAAGA2000009551UU2000009551AGA2000061551AA2000009551UCUUU2000090551UGGGCUCUGCCCG2000005551CGCAGG2000005551U2000009551UCG2000001551AGUCCUGCAGAUGUCGCCA
575 tdbR00000412  SO:0000269 tRNA  Ser  CGA  Candida cylindracea  eukaryotic cytosol   GGCAACUUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551GUGACA2000003551CUCGA2000061551AA2000009551UGUCA2000090551UGGGUUUACCCG2000005551CGCAGG2000005551U2000009551UCG2000001551AAUCCUGCAGUUGUCGCCA
576 tdbR00000413  SO:0000269 tRNA  Ser  GCU  Candida cylindracea  eukaryotic cytosol   GUUAAUGUGGC2000042551CGAG2000008551UGG2000008551U2000008551UAAGGC2000022551GCUUCC2000003551CUGCU2000061551AAGGAAG2000090551UGGGCUCUGCCCG2000005551CGCAGG2000005551U2000009551UCG2000001551AAUCCUGUCAUUAACGCCA
577 tdbR00000414  SO:0000269 tRNA  Ser  CGA  Lupinus luteus  eukaryotic cytosol   GUCAGUAUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551GACAGA2000003551CUCGA2000060551AA2000009551UCUGU2000090551UGAGAUUUGCCUGG2000005551CAGCGG2000005551U2000009551UCG2000001551AAUCCGCUUACUGACGCCA
578 tdbR00000415  SO:0000269 tRNA  Ser  &GA  Nicotiana rustica  eukaryotic cytosol   GUCGAUAUGUCCGAG2000008551U2000090551GG2000008551U2000008551UAAGGA2000022551GACAGA2000003551CU2000053551UGA2000060551AA2000009551UCUGU2000090551UGGGCUUCGCCCGCGCAGG2000005551U2000009551UCG2000001551AACCCUGCUGUCGACGCCA
579 tdbR00000416  SO:0000269 tRNA  Ser  CGA  Nicotiana rustica  eukaryotic cytosol   GUCGAUAUGUCCGAG2000008551U2000090551GG2000008551U2000008551UAAGGA2000022551GACAGA2000003551CUCGA2000060551AA2000009551UCUGU2000090551UGGGCUUUGCCUGCGCAGG2000005551U2000009551UCG2000001551AAUCCUGCUGUCGACGCCA
580 tdbR00000417  SO:0000269 tRNA  Ser  GCU  Nicotiana rustica  eukaryotic cytosol   GUCGCCUUGGCCGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551G2000009551UGUGC2000003551CUGCU2000062551AAG2000009551UACA2000090551UGGGGUUUCCCCGCGAGAG2000005551U2000009551UCG2000001551AAUCUCUCAGGCGACGCCA
581 tdbR00000418  SO:0000269 tRNA  Ser  IGA  Nicotiana rustica  eukaryotic cytosol   GUGGACGUGCCGGAG2000008551U2000090551GG2000008551U2000008551UAUCGG2000022551GCAUGA2000003551CU2000009551AGA2000060551AA2000009551UCAUG2000090551UGGGCUUUGCCCGCGCAGG2000005551U2000009551UCG2000001551AAUCCUGCCGUCCACGCCA
582 tdbR00000419  SO:0000269 tRNA  Ser  IGA  Nicotiana rustica  eukaryotic cytosol   GUGGACGUGCCGGAG2000008551U2000090551GG2000008551U2000008551UAUCGG2000022551GCAUGA2000003551CU2000009551AGA2000060551AA2000009551UCAUG2000090551UGGGCUCUGCCCGCGCAGG2000005551U2000009551UCG2000001551AAUCCUGCCGUCCACGCCA
583 tdbR00000420  SO:0000269 tRNA  Ser  IGA  Spinacia oleracea  eukaryotic cytosol   GUGGACGUGCCGGAG2000008551U2000090551GG2000008551U2000008551UAUCGG2000022551GCAUGA2000003551CU2000009551AGA2000061551AA2000009551UCAUG2000090551UGGGCUUUGCCCGCGCAGG2000005551U2000009551UCG2000001551AAUCCUGCCGUCCACGCCA
584 tdbR00000421  SO:0000269 tRNA  Ser  IGA  Rattus norvegicus  eukaryotic cytosol   GUAGUCGUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551GA2000009551UGGA2000003551CU2000009551AGA2000061551AA2000909551UCCAU2000090551UGGGGU2000003551CUCCCCG2000005551CGCAGG2000005551U2000009551UCG2000001551AAUCCUGCCGACUACGCCA
585 tdbR00000422  SO:0000269 tRNA  Ser  GCU  Rattus norvegicus  eukaryotic cytosol   GACGAGGUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551GA2000009551UGGA2000003551CUGCU2000662551AA2000009551UCCAU2000090551UG2000009551UGCU2000003551CUGCACG2000005551CGUGGG2000005551U2000009551UCG2000001551AAUCCCAUCCUCGUCGCCA
586 tdbR00000423  SO:0000269 tRNA  Ser  IGA  Rattus norvegicus  eukaryotic cytosol   AGUAGUCGUGGC2000042551CGAG2000008551UGG2000008551U2000008551UAAGGC2000022551GA2000009551UGGA2000003551CU2000009551AGA2000061551AA2000909551UCCAU2000090551UGGGGU2000003551CUCCCCG2000005551CGCAGG2000005551U2000009551UCG2000001551AAUCCUGCCGACUACGCCA
587 tdbR00000424  SO:0000269 tRNA  Ser  GCU  Drosophila melanogaster  eukaryotic cytosol   GACGAGGUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551G2000009551U2000009551UGGA2000003551CUGCU2000662551AA2000009551UCCAA2000090551UGUGCU2000003551CUGCACG2000005551CGUGGG2000005551U2000009551UCG2000001551AAUCCCAUCCUCGUCGCCA
588 tdbR00000425  SO:0000269 tRNA  Ser  IGA  Drosophila melanogaster  eukaryotic cytosol   GCA2000090551GUCGUGGC2000042551CGAGC2000090551GG2000008551U2000008551UAAGGC2000022551GUCUGA2000003551CU2000009551AGA2000061551AA2000009551UCAGA2000090551UUCCCU2000003551CUGGGAG2000005551CGUAGG2000005551U2000009551UCG2000001551AAUCCUACCGACUGCGCCA
589 tdbR00000426  SO:0000269 tRNA  Ser  CGA  Drosophila melanogaster  eukaryotic cytosol   GCA2000090551GUCGUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551GUCUGA2000003551CUCGA2000061551AA2000009551UCAGA2000090551UUCCCU2000003551CUGGGAG2000005551CGUAGG2000005551U2000009551UCG2000001551AAUCCUACCGGCUGCGCCA
590 tdbR00000427  SO:0000269 tRNA  Ser  UGA  Gallus gallus  eukaryotic cytosol   AAGAAAGA2000001551A2000002551GCAUUAAGUGG2000008551UUUGAUGC2000002551GG2000009551UUGG2000003551CUUGA2000000999AACCAACAUGUGAGGG2000005551U2000009551UCG2000001551AUUCCUUCCUUUCUUGCCA
591 tdbR00000428  SO:0000269 tRNA  Ser  UGA  Homo sapiens  eukaryotic cytosol   GUAGUCGUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGCGA2000009551UGGACUUGAAA2000009551UCCAU2000090551UGGGGU2000003551CUCCCCG2000005551CGCAGG2000005551U2000009551UCG2000001551AAUCCUGCCGACUACGCCA
592 tdbR00000429  SO:0000270 tRNA  Thr  NGU  Enterobacteria phage T4  prokaryotic cytosol  GCUGAUUUAGCUCAG2000008551UAGG2000008551UAGAGCACCUCACU2000000999UGU2000000999AA2000009551UGAGGAU2000007551GUCGGCGG2000005551U2000009551UCGAUUCCGUCAAUCAGCACCA
593 tdbR00000430  SO:0000270 tRNA  Thr  GGU  Halobacterium salinarum  prokaryotic cytosol  GCCUGGGUAGCU2000009551UAGCGGUAAAGC2000022551GCGUCCUUGGU2000062551AAGGACGAGACC2000005551C2000005551CGGA2000019551U2000009551U2000090551C2000019551AAAUUCCGGCCUAGGCUCCA
594 tdbR00000431  SO:0000270 tRNA  Thr  CGU  Haloferax volcanii  prokaryotic cytosol  GCCGGUGUAGCUCA2000103551GUUGGCAGAGC2000022551GAUUCCUUCGU2000062551AAGGAAUAGGC2000005551CGAGGG2000019551U2000009551U2000090551C2000019551AAAUCCCUCCACCGGCUCCA
595 tdbR00000432  SO:0000270 tRNA  Thr  GGU  Haloferax volcanii  prokaryotic cytosol  GCCUGGGUAGCU2000009551UA2000103551GCGGUAAAGC2000022551GCGUCCUUGGU2000062551AAGGACGAGAC2000005551C2000005551CCGGG2000019551U2000009551U2000090551C2000019551AAAUCCCGGCCUAGGCUCCA
596 tdbR00000435  SO:0000270 tRNA  Thr  UGU  Mycoplasma mycoides  prokaryotic cytosol  GCUGACUUAGCUCAGCAGGCAGAGCAACUGACUUGU2000000999AA2000009551UCAGUAG2000007551GUCGUAGGUUCGAUUCCUAUAGUCAGCACCA
597 tdbR00000445  SO:0000270 tRNA  Thr  IGU  Bos taurus  eukaryotic cytosol   GGCCCUGU2000001551G2000002551GCUAGC2000008551UGG2000008551UCAAAGC2000022551GCCUGU2000003551CU2000009551AGU2000062551AAACAGGAGA2000008551U2000005551CCUGGGU2000009551UCG2000001551AAUCCCAGCGGGGC2000005551CUCCA
598 tdbD00010954  SO:0000273 tRNA  Val  CAC  Halobacterium salinarum  prokaryotic cytosol  GGGUCGGU2000001551GGUC2000009551UAGUCCGGUUAUGACGGCUCCUUCACACGGAGCAGGUCGG2000005551CGG2000019551U2000009551U2000090551C2000019551AACUCCGCCCCGACCCACCA
599 tdbR00000447  SO:0000273 tRNA  Val  CAC  Halobacterium salinarum  prokaryotic cytosol  GGGUUGGU2000001551GGUC2000009551UAGUCAGGCUAUGACACCUCCUUCACAUGGAGGAGGUCGG2000005551CGG2000019551U2000009551U2000090551C2000019551AAAUCCGCCCCAACCCACCA
600 tdbR00000448  SO:0000273 tRNA  Val  GAC  Halobacterium salinarum  prokaryotic cytosol  GGGUUGGUGGUC2000009551UAGUCAGGCUAUGACACCUCCUUGACAUGGAGGAGGUCGG2000005551CGG2000019551U2000009551U2000090551C2000019551AAAUCCGCCCCAACCCACCA
601 tdbR00000449  SO:0000273 tRNA  Val  CAC  Haloferax volcanii  prokaryotic cytosol  GGGUUGGUGGUC2000009551UA2000103551GCCAGGUUAUGACGGCUCCUUCACACGGAGCAGGC2000005551CGGCGG2000019551U2000009551U2000090551CGAAUCCGCCCCAACCCACCA
602 tdbR00000450  SO:0000273 tRNA  Val  GAC  Haloferax volcanii  prokaryotic cytosol  GGGUUGGUGGUC2000009551UAGUCUGGUUAUGACACCUCCUUGACAUGGAGGAGGC2000005551CGGCAG2000019551U2000009551U2000090551C2000019551AAAUCUGCCCCAACCCACCA
603 tdbR00000452  SO:0000273 tRNA  Val  UAC  Mycoplasma mycoides  prokaryotic cytosol  GGAGUGU2000074551UAGCUCAGC2000008551UGGGAGAGCUCCUGCCUUAC2000006551AAGCAGGCGGUCAUAGGUUCAAGUCCUAUACACUCCACCA
604 tdbR00000457  SO:0000273 tRNA  Val  GAC  Geobacillus stearothermophilus  prokaryotic cytosol  GAUUCCGUAGCUCAGC2000008551UGGGAGAGCGCCACCUUGAC2000006551AGGGUGGAG2000007551GUCGCUGG2000005551U2000009551UCGAGCCCAGUCGGAAUCACCA
605 tdbR00000467  SO:0000273 tRNA  Val  IAC  Pichia jadinii  eukaryotic cytosol   GGUUUCGU2000001551GGUC2000009551UAG2000008551U2000008551UGG2000008551UCAUGGCA2000009551UCUGC2000009551UU2000009551AACACGCAGAAC2000007551G2000008551UC2000005551CCCAG2000005551U2000009551UCG2000001551AUCCUGGGCGAAAUCACCA
606 tdbR00000468  SO:0000273 tRNA  Val  IAC  Lupinus luteus  eukaryotic cytosol   GGUUUCGU2000001551GGUG2000009551UAG2000008551UGG2000008551U2000008551UAUCAC2000022551G2000009551UCAGUCU2000009551AACACACUGAAG2000007551G2000008551UCUCCGG2000005551U2000009551UCG2000001551AGUCCGGGCGAAGCCACCA
607 tdbR00000469  SO:0000273 tRNA  Val  IAC  Rattus norvegicus  eukaryotic cytosol   AGUUUCCGUAGUG2000009551UAG2000008551UGG2000008551U2000008551UAUCAC2000002551G2000009551UUCGC2000090551CU2000009551AACA2000005551CGCGAAAG2000007551G2000008551U2000005551C2000005551CCCGGU2000009551UCG2000001551AAACCGGGCGGAAACACCA
608 tdbR00000470  SO:0000273 tRNA  Val  .AC  Rattus norvegicus  eukaryotic cytosol   GUUUCCGUAGUG2000009551UAG2000008551U2000090551GG2000008551U2000008551UAUCAC2000002551G2000009551UUCGCCU2000000000NACA2000005551CGCGAAAG2000007551G2000008551U2000005551C2000005551CCCGGU2000009551UCG2000001551AAACCGGGCGGAAACACCA
609 tdbR00000471  SO:0000273 tRNA  Val  IAC  Oryctolagus cuniculus  eukaryotic cytosol   GUUUCCGUAGUG2000009551UAG2000008551UGG2000008551U2000008551UAUCAC2000002551G2000009551UUCGC2000090551CU2000009551AACA2000005551CGCGAAAG2000007551G2000008551U2000005551C2000005551CCCGGU2000009551UCG2000001551AAACCGGGCGGAAACACCA
610 tdbR00000472  SO:0000273 tRNA  Val  IAC  Drosophila melanogaster  eukaryotic cytosol   GUU2000090551UCCGU2000001551GGUG2000009551UAGCGG2000008551U2000030551UAUCACA2000009551UCUGC2000090551CU2000009551AACA2000005551CGCAGAAG2000007551GCC2000000999CCCGG2000005551U2000009551UCG2000001551AUCCCGGGCGGAAACACCA
611 tdbR00000473  SO:0000273 tRNA  Val  CAC  Drosophila melanogaster  eukaryotic cytosol   GUUUCCGUAGUG2000009551UAGCGG2000008551U2000030551UAUCACG2000009551UGUGCUUCACACGCACAAG2000007551G2000008551UCCCCGG2000005551U2000009551UCG2000001551AACCCGGGCGGGAACACCA
612 tdbR00000474  SO:0000273 tRNA  Val  NAC  Drosophila melanogaster  eukaryotic cytosol   GGU2000090551UCCAUAGUG2000009551UAGCGG2000008551U2000000999UAUCAC2000000999G2000009551UCUGC2000009551UU2000000999UACACGCAGAAG2000007551G2000008551U2000005551CUCCGG2000005551U2000009551UCG2000001551AUCCCGGAUGGAACCACCA
613 tdbR00000471  SO:0000273 tRNA  Val  IAC  Mus musculus  eukaryotic cytosol   GUUUCCGUAGUG2000009551UAG2000008551UGG2000008551U2000008551UAUCAC2000002551G2000009551UUCGC2000090551CU2000009551AACA2000005551CGCGAAAG2000007551G2000008551U2000005551C2000005551CCCGGU2000009551UCG2000001551AAACCGGGCGGAAACACCA
614 tdbR00000476  SO:0000273 tRNA  Val  .AC  Homo sapiens  eukaryotic cytosol   GUUUCCGUAGUG2000009551UAG2000008551UGG2000008551U2000008551UAUCAC2000002551G2000009551UUCGCCU2000000000NACACGCGAAAG2000007551G2000008551U2000005551C2000005551CCCGGU2000009551UCG2000001551AAACCGGGCGGAAACACCA
615 tdbR00000477  SO:0000271 tRNA  Trp  BCA  Avian myeloblastosis virus  prokaryotic cytosol  GACCUCGU2000001551G2000002551GCGCAAC2000090551GG2000008551UAGCGC2000022551G2000009551UCUGA2000090551CU2000090551CCA2000001551GA2000909551UCAGAAG2000007551GCUGCGUG2000009551U2000009551UCG2000001551AAUCACGUCGGGGUCACCA
616 tdbR00000478  SO:0000271 tRNA  Trp  BCA  Haloferax volcanii  prokaryotic cytosol  GGGGCUGUGGCCAA2000103551GCCCGGCAUGGC2000022551GACUGA2000090551CU2000090551CCA2000001551GA2000090551UCAGUCGAU2000005551CGGGGG2000019551U2000009551U2000090551C2000019551AAAUCCCUCCGGCCCCACCA
617 tdbR00000481  SO:0000271 tRNA  Trp  NCA  Spiroplasma citri  prokaryotic cytosol  AGGGGUAUAGUUCAAUCGGUAGAACACCGGACU2000000999UCA2000000999AA2000009551UCCGGGU2000007551GUUGUGGGU2000009551UCAAGUCCUGCUACCCCUGCCA
618 tdbR00000482  SO:0000271 tRNA  Trp  CCA  Spiroplasma citri  prokaryotic cytosol  AGGGGUGUAGUUUAAUGGUAGAACAGCGGUCUCCA2000000999ACACCGUACGUUGUGGGU2000009551UCAAGUCCUGUCACCCCUGCCA
619 tdbR00000495  SO:0000271 tRNA  Trp  BCA  Triticum aestivum  eukaryotic cytosol   GGA2000000999UCCGU2000001551G2000002551GCGCAA2000008551U2000008551U2000090551GG2000008551UAGCGC2000022551G2000009551UCUGA2000090551CU2000090551CCA2000001551GA2000909551UCAGAAGG2000008551UUGCGUG2000005551U2000009551UCG2000001551AUUCACG2000009551UCGGGUCCACCA
620 tdbR00000496  SO:0000271 tRNA  Trp  BCA  Nicotiana tabacum  eukaryotic cytosol   GGAUCCGU2000001551GGCGCAA2000008551U2000090551GG2000008551UAGCGCG2000009551UCUGA2000090551CU2000090551CCA2000001551GA2000909551UCAGAAGG2000008551U2000000999UGCGUG2000005551U2000009551UCG2000001551AUUCACG2000009551UCGGGUUCACCA
621 tdbR00000497  SO:0000271 tRNA  Trp  BCA  Bos taurus  eukaryotic cytosol   GACCUC2000002551GU2000001551G2000002551GCGCAA2000008551U2000090551GG2000008551UAGCGC2000022551G2000009551UCUGA2000090551CU2000090551CCA2000001551GA2000909551UCAGAAG2000007551G2000008551UUGCGUG2000009551U2000009551UCG2000001551AAUCACGUCGGGGUCACCA
622 tdbR00000477  SO:0000271 tRNA  Trp  BCA  Gallus gallus  eukaryotic cytosol   GACCUCGU2000001551G2000002551GCGCAAC2000090551GG2000008551UAGCGC2000022551G2000009551UCUGA2000090551CU2000090551CCA2000001551GA2000909551UCAGAAG2000007551GCUGCGUG2000009551U2000009551UCG2000001551AAUCACGUCGGGGUCACCA
623 tdbR00000499  SO:0000266 tRNA  Ini  CAU  Halobacterium salinarum  prokaryotic cytosol  AGCGGGAUGGGA2000009551UA2000103551GCUAGGAGAUUCCGCCGGGCUCAUAACCCGGAGAUCGGUAG2000019551U2000009551U2000090551C2000019551AAAUCUACCUCCCGCUACCA
624 tdbR00000500  SO:0000266 tRNA  Ini  CAU  Haloferax volcanii  prokaryotic cytosol  AGCGGGAUGGGA2000009551UA2000103551GCCAGGAGAUUCCGCCGGGCUCAUAACCCGGAGAUCGGUAG2000019551U2000009551U2000090551C2000019551AAAUCUACCUCCCGCUACCA
625 tdbR00000501  SO:0000266 tRNA  Ini  CAU  Halococcus morrhuae  prokaryotic cytosol  AGCGGGAUGGGA2000009551UAGCCAGGAGAUUCC2000002551GGCGGGCUCAUAACCCGCAGAUCAGUAG2000019551U2000009551U2000090551C2000019551AAAUCUACUUCCCGCUACCA
626 tdbD00012094  SO:0000266 tRNA  Ini  CAU  Sulfolobus acidocaldarius  prokaryotic cytosol  AGCGGCGU2000000000N2000002551GGGAACUGGGAGUAUCCC2009022551GCA2000090551GGG2000090551CUCAUAACCCUGAGGU2000005551CCCUGG2000090551UU2000090551C2000019551A2000001551AAUCCAGGCGCCGCUACCA
627 tdbR00000503  SO:0000266 tRNA  Ini  CAU  Thermoplasma acidophilum  prokaryotic cytosol  AGCGGGGUGGGG2000009551UAGUCAGGAAAUCC2000002551GAUGGG2000090551CUCAUAACCCGUAGAUCGAUGG2000009551U2000009551U2000090551C2000000999A2000001551AAUCCAUCCCCCGCUACCA
628 tdbR00000505  SO:0000266 tRNA  Ini  CAU  Mycoplasma mycoides  prokaryotic cytosol  CGCGGGG2000074551UAGAGCAGU2000008551UGG2000008551UAGCUCGCCGGGCUCAUAACCCGGAGGCCGCAGGU2000009551UCGAGUCCUGCCCCCGCAACCA
629 tdbR00000506  SO:0000266 tRNA  Ini  CAU  Streptomyces griseus  prokaryotic cytosol  CGCGGGGUGGAGCAGCUCGG2000008551UAGCUCGCUGGGCUCAUAACCCAGAGGUCGCAGGU2000009551UCA2000001551AAUCCUGUCCCCGCUACCA
630 tdbR00000508  SO:0000266 tRNA  Ini  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCU2000090551GG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAG2000007551GUCGCCGG2000025551U2000009551UCA2000001551AAUCCGGCCCCCGCAACCA
631 tdbR00000275  SO:0000266 tRNA  Ini  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCU2000090551GG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAG2000007551GUCGCGGG2000025551U2000009551UCA2000001551AAUCCCGCCCCCGCAACCA
632 tdbR00000512  SO:0000266 tRNA  Ini  CAU  Mycobacterium smegmatis  prokaryotic cytosol  CGCGGGGUGGAGCAGCUCGG2000008551UAGCUCGCUGGGCUCAUAACCCAGAG2000007551GUCGCAGGU2000009551UCG2000001551AAUCCUGUCCCCGCUACCA
633 tdbR00000513  SO:0000266 tRNA  Ini  CAU  Synechococcus elongatus PCC 6301  prokaryotic cytosol  CGCGGGGUAGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAG2000007551GUCAGAGG2000005551U2000009551UCAAAUCCUCUCCCCGCCACCA
634 tdbR00000523  SO:0000266 tRNA  Ini  CAU  Tetrahymena thermophila  eukaryotic cytosol   AGCAGGGU2000001551GGCGAAA2000008551U2000090551GGAAUCGCGU2000009551UGGGCUCAU2000062551AAC2000009551UCAAAA2000007551GU2000005551CAGAGGA2000009551UCG2000001551AAACCUCUCUCUGCUACCA
635 tdbR00000524  SO:0000266 tRNA  Ini  CAU  Scenedesmus obliquus  eukaryotic cytosol   AGCUGAGU2000001551G2000002551GCGCAG2000008551UGGAAGCG2000009551U2000002551GA2000009551UGGGCUCAU2000062551AACCCAUAG2000007551G2000008551U2000005551CACAGGAUCG2000001551AAACCU2000000999GUCUCAGCUACCA
636 tdbR00000525  SO:0000266 tRNA  Ini  CAU  Neurospora crassa  eukaryotic cytosol   AGCUGCAU2000001551GGCGCAGCGGAAGCGC2000022551GC2000000000NGGGCUCAU2000062551AACCCGGAG2000007551G2000008551UCACUCGAUCG2000001551AAACGA2000000999GUUGCAGCUACCA
637 tdbR00000527  SO:0000266 tRNA  Ini  CAU  Schizosaccharomyces pombe  eukaryotic cytosol   2000009551UGCGCGGUA2000002551GGAGAG2000008551UGGAACUCC2000022551GACGGGCUCAU2000061551AACCCGUAG2000007551GUC2000005551CCAGGAUCG2000001551AAACCUGGCCGCGCAACCA
638   SO:0000266 tRNA  Ini  CAU  Pichia jadinii  eukaryotic cytosol   AGCGUCUU2000001551G2000002551GCGCAG2000008551UGGAAGCGC2000022551GCAGGGCUCAU2000062551AACCCUGAU2000007551G2000008551U2000005551C2000005551CCUGGAUCG2000001551AAACCA2900255551GGAGACGCUACCA
639 tdbR00000529  SO:0000266 tRNA  Ini  CAU  Triticum aestivum  eukaryotic cytosol   AUCAGAGU2000001551G2000002551GCGCAGCGGAAGCGU2000002551GG2000009551UGGGCCCAU2000062551AACCCACAG2000007551G2000008551U2000005551C2000005551CCAGGA2000009551UCG2000001551AAACCU2000000999GGCUCUGAUACCA
640 tdbR00000530  SO:0000266 tRNA  Ini  CAU  Lupinus luteus  eukaryotic cytosol   AUCAGAGU2000001551G2000002551GCGCAGCGGAAGCGC2000022551GG2000009551UGGGCCCAU2000062551AACCCACAG2000007551G2000008551U2000005551C2000000999CCAGGA2000009551UCG2000001551AAACCU2000000000NGCUCUGAUACCA
641 tdbR00000531  SO:0000266 tRNA  Ini  CAU  Phaseolus vulgaris  eukaryotic cytosol   AUCAGAGU2000001551G2000002551GCGCAGCGGAAGCGU2000002551GGUGGGCCCAU2000062551AACCCACAG2000007551G2000008551U2000005551CCCAGGA2000009551UCG2000001551AAACCU2000090551GGCUCUGAUACCA
642 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Oryctolagus cuniculus  eukaryotic cytosol   AGCAGAGU2000001551G2000002551GCGCAGCGGAAGCGU2000002551GCUGGGCCCAU2000062551AACCCAGAG2000007551G2000008551U2000005551CGAUGGAUCG2000001551AAACCAUCCUCUGCUACCA
643 tdbR00000533  SO:0000266 tRNA  Ini  CAU  Drosophila melanogaster  eukaryotic cytosol   AGCAGAGU2000001551G2000002551GCGCAGUGGAAGCGU2000002551GCUGGGCCCAU2000062551AACCCAGAG2000007551G2000008551U2000005551CCGAGGAUCG2000001551AAACCUUGCUCUGCUACCA
644 tdbR00000534  SO:0000266 tRNA  Ini  CAU  Euphausia superba  eukaryotic cytosol   AGCAGAGU2000001551G2000002551GCGCAGUGGAAGCGU2000002551GCUGGGCCCAU2000062551AACCCAGAG2000007551GUCGGUAGA2000009551UCG2000001551AAACUACUCUCUGCUACCA
645 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Xenopus laevis  eukaryotic cytosol   AGCAGAGU2000001551G2000002551GCGCAGCGGAAGCGU2000002551GCUGGGCCCAU2000062551AACCCAGAG2000007551G2000008551U2000005551CGAUGGAUCG2000001551AAACCAUCCUCUGCUACCA
646 tdbR00000536  SO:0000266 tRNA  Ini  CAU  Salmo salar  eukaryotic cytosol   AGCAGAGU2000001551G2000002551GCGCAGCGGAAGCGU2000022551GCUGGGCCCAU2000062551AACCCAGAG2000007551G2000008551U2000005551CGAUGGAUCG2000001551AAACCAUCCUCUGCUACCA
647 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Mus musculus  eukaryotic cytosol   AGCAGAGU2000001551G2000002551GCGCAGCGGAAGCGU2000002551GCUGGGCCCAU2000062551AACCCAGAG2000007551G2000008551U2000005551CGAUGGAUCG2000001551AAACCAUCCUCUGCUACCA
648 tdbR00000538  SO:0000266 tRNA  Ini  CAU  Asterina amurensis  eukaryotic cytosol   AGCAGAGU2000001551G2000002551GCGCAGUGGAAGCGUGCUGGGCCCAU2000062551AACCCAGAG2000007551G2000008551U2000005551CCGAGGA2000009551UCG2000001551AAACCUCGCUCUGCUACCA
649 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Ovis aries  eukaryotic cytosol   AGCAGAGU2000001551G2000002551GCGCAGCGGAAGCGU2000002551GCUGGGCCCAU2000062551AACCCAGAG2000007551G2000008551U2000005551CGAUGGAUCG2000001551AAACCAUCCUCUGCUACCA
650 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Homo sapiens  eukaryotic cytosol   AGCAGAGU2000001551G2000002551GCGCAGCGGAAGCGU2000002551GCUGGGCCCAU2000062551AACCCAGAG2000007551G2000008551U2000005551CGAUGGAUCG2000001551AAACCAUCCUCUGCUACCA
651 tdbR00000541  SO:0000272 tRNA  Tyr  GUA  Haloferax volcanii  prokaryotic cytosol  CCGCUCUUAGCUCA2000103551GCCUGGCAGAGCAGCCGA2000090551CUGUA2000001551GA2000009551UCGGCUUGU2000005551CCCCCG2000019551U2000009551U2000090551C2000019551AAAUCGGGGAGAGCGGACCA
652 tdbR00000547  SO:0000272 tRNA  Tyr  QUA  Geobacillus stearothermophilus  prokaryotic cytosol  GGAGGGG2000074551UAGCGAAGU2000090551GGCUAA2000001551ACGCGGCGGACU2000042551GUA2002161551AA2000009551UCCGCUCCCUUUGGGUUCGGCGG2000005551U2000009551UCGAAUCCGUCCCCCUCCACCA
653 tdbR00000554  SO:0000272 tRNA  Tyr  GPA  Scenedesmus obliquus  eukaryotic cytosol   CCCCUUGUAGCUCAG2000008551U2000008551U2000090551GGCAGAGC2000022551GGGAGACUG2000009551UA2000001551GA2000009551UCUCUAG2000007551G2000000000NCACUGG2000005551U2000009551UCG2000001551AAUCCGGUCGAGGGGACCA
654 tdbR00000556  SO:0000272 tRNA  Tyr  GPA  Schizosaccharomyces pombe  eukaryotic cytosol   CUCCUGAU2000001551GGUG2000009551UAG2000008551U2000008551UGG2000008551U2000008551UAUCACACCCGGCUG2000009551UA2000061551AACCGGUUG2000007551GU2000005551CGCUAG2000005551U2000009551UCG2000001551AUUCUGGCUCAGGAGACCA
655 tdbR00000557  SO:0000272 tRNA  Tyr  GPA  Pichia jadinii  eukaryotic cytosol   CUCUCGGU2000001551G2000002551GCCAAG2000008551U2000008551U2000090551GG2000008551U2000008551U2000008551UAAGGC2000022551G2000009551UCAGACUG2000009551UA2000061551AA2000009551UCUGAACA2000008551U2000005551CGGGCG2000005551U2000009551UCG2000001551AAUCGCCCCCGAGAGACCA
656 tdbR00000558  SO:0000272 tRNA  Tyr  QPA  Triticum aestivum  eukaryotic cytosol   CCGACCUUA2000002551GCUCAG2000008551U2000008551U2000090551GGUAGAGC2000022551GGAGGACU2000042551G2000009551UA2000001551GA2000009551UCCUUAG2000007551GUCACUGGU2000009551UCG2000001551AAUCCGGUAGGUCGGACCA
657 tdbR00000559  SO:0000272 tRNA  Tyr  GPA  Triticum aestivum  eukaryotic cytosol   CCGACCUUA2000002551GCUCAG2000008551U2000008551U2000090551GGUAGAGC2000022551GGAGGACUG2000009551UA2000001551GA2000009551UCCUUAG2000007551GUCACUGGU2000009551UCG2000001551AAUCCGGUAGGUCGGACCA
658 tdbR00000560  SO:0000272 tRNA  Tyr  GPA  Lupinus luteus  eukaryotic cytosol   CCGACCUUA2000002551GCUCAG2000008551U2000008551U2000090551GGUAGAGC2000022551GGAGGACUG2000009551UA2000001551GA2000009551UCCUUAG2000007551G2000030551UCACUGGU2000009551UCG2000001551AAUCCGGUAGGUCGGACCA
659 tdbR00000559  SO:0000272 tRNA  Tyr  GPA  Nicotiana rustica  eukaryotic cytosol   CCGACCUUA2000002551GCUCAG2000008551U2000008551U2000090551GGUAGAGC2000022551GGAGGACUG2000009551UA2000001551GA2000009551UCCUUAG2000007551GUCACUGGU2000009551UCG2000001551AAUCCGGUAGGUCGGACCA
660 tdbR00000562  SO:0000272 tRNA  Tyr  GPA  Nicotiana rustica  eukaryotic cytosol   CCGACCUUA2000002551GCUCAG2000008551U2000008551U2000090551GGUAGAGC2000022551GGAGGACUG2000009551UA2000001551GA2000009551UCCUUAG2000007551GUCGCUGGU2000009551UCG2000001551AAUCCGGCAGGUCGGACCA
661 tdbR00000560  SO:0000272 tRNA  Tyr  GPA  Lupinus albus  eukaryotic cytosol   CCGACCUUA2000002551GCUCAG2000008551U2000008551U2000090551GGUAGAGC2000022551GGAGGACUG2000009551UA2000001551GA2000009551UCCUUAG2000007551G2000030551UCACUGGU2000009551UCG2000001551AAUCCGGUAGGUCGGACCA
662 tdbR00000564  SO:0000272 tRNA  Tyr  QPA  Drosophila melanogaster  eukaryotic cytosol   CCUUCGAUA2000002551GCUCAG2000008551U2000008551UGG2000030551UAGAGC2000022551GG2000009551UGGACU2000042551G2000009551UA2000001551GA2000090551UCCAUAG2000007551G2000008551UCGCUGG2000005551U2000009551UCA2000001551AAUCCGGCUCGAAGGACCA
663 tdbR00000565  SO:0000272 tRNA  Tyr  9PA  Bos taurus  eukaryotic cytosol   CCUUC2000002551GAUA2000002551GCUCAG2000008551U2000008551UGG2000030551UUAGAGC2000022551G2000022551GAGGACU2000104551G2000009551UA2000001551GA2000909551UCCUUAG2000007551G2000008551U2000005551CGCUGG2000005551U2000009551UCG2000001551AUUCCGGCUCGAAGGACCA
664 tdbR00000567  SO:0000272 tRNA  Tyr  9PA  Homo sapiens  eukaryotic cytosol   CCUUC2000002551GAUA2000002551GCUCAG2000008551U2000008551UGG2000030551UAGAGC2000022551G2000022551GAGGACU2000104551G2000009551UA2000001551GA2000019551UCCUUAG2000007551G2000008551U2000005551CGCUGG2000005551U2000009551UCG2000001551AUUCCGGCUCGAAGGACCA
665   SO:0000272 tRNA  Tyr  9PA  Homo sapiens  eukaryotic cytosol   CCUUC2000002551GAUA2000002551GCUCAGC2000008551UGG2000030551UAGAGC2000022551G2000022551GAGGACU2000104551G2000009551UA2000001551GA2000019551UCCUUAG2000007551G2000008551U2000005551CGCUGG2000005551U2000009551UCG2000001551AUUCCGGCUCGAAGGACCA
666 tdbR00000599  SO:0005857 tRNA  Sec  1CA  Bos taurus  eukaryotic cytosol   GCCCGGAUGACCCUCAGUGGUCUGGGGUGCAGGCU2000521551UCA2000061551AACCUGUAGCUGUCUAGCGACAGAGUGGU2000009551UCA2000001551AUUCCACCUUUCGGGCGCCA
667 tdbR00000570  SO:0005857 tRNA  Sec  NCA  Mus musculus  eukaryotic cytosol   GCCCGGAUGAUCCUCAGUGGUCUGGGGUGCAGGCU2000000999UCA2000061551AACCUGUAGCUGUUUAGCGACAGAGUGGU2000009551UCA2000001551AUUCCACCUUUCGGGCGCCA
668 tdbR00000571  SO:0005857 tRNA  Sec  NCA  Homo sapiens  eukaryotic cytosol   GCCCGGAUGAUCCUCAGUGGUCUGGGGUGCAGGCU2000000999UCA2000061551AACCUGUAGCUGUCUAGCGACAGAGUGGU2000009551UCA2000001551AUUCCACCUUUCGGGCGCCA
672 tdbR00000598  SO:0005857 tRNA  Sec  UCA  Chlamydomonas reinhardtii  eukaryotic cytosol   GCCGCUGUGAUCUUGGCGGGUGCUGAGUGCGGUCUUCA2000061551AAACCGUAGAGGCCGGAAGGCCUAGUGGU2000009551UCA2000001551AUUCCACCUCGGCGGCGCCA
673 tdbR00000599  SO:0005857 tRNA  Sec  1CA  Xenopus laevis  eukaryotic cytosol   GCCCGGAUGACCCUCAGUGGUCUGGGGUGCAGGCU2000521551UCA2000061551AACCUGUAGCUGUCUAGCGACAGAGUGGU2000009551UCA2000001551AUUCCACCUUUCGGGCGCCA
674 tdbR00000600  SO:0005857 tRNA  Sec  1CA  Drosophila melanogaster  eukaryotic cytosol   GCCCCACUGAACUUCGGUGGUCCGGGGUGCGGACU2000521551UCA2000061551AAUCCGUAGUCGAUUUGCGUCGAAGUGGU2000009551UCGAUUCCACCUGGGGGGCGCCA
675 tdbR00000601  tRNA  Pyr  CUA  Methanosarcina barkeri  prokaryotic cytosol  GGAAACC2000074551UGAUCAUGUAGAUCGAAUGGACUCUAAAUCCGUUCAGCCGGG2000019551UUAGAUUCCCGGGGUUUCCGCCA
676 tdbR00000602  SO:0000266 tRNA  Met  CAU  Tetrahymena pyriformis  mitochondrion  GCUGCUUGAAUGG2000008551UUUCAGUGUGGGCUCAU2000009551U2000009551UCCCAUUACUAUAAAG2000005551U2000009551UCGAUUCUUUAAAGCGGCCCCA
677 tdbR00000604  SO:0000259 tRNA  Gln  UUA  Lupinus luteus  eukaryotic cytosol   2000000000N2000000000NCGUCUUA2000002551G2000000000N2000000000N2000000000NAG2000008551UGG2000000000N2000000000NA2000000000N2000000000N2000000000NC2000022551G2000000000NC2000000000NUG2000090551CUUUA2000662551AACACG2000000000NUG2000007551G2000008551U2000005551CGUGGG2000005551U2000009551UCG2000001551AAUCCCACAGACGAGACCA
678 tdbR00000605  SO:0000264 tRNA  Leu  CAG  Lupinus luteus  eukaryotic cytosol   GUCAGGAUG2000002551GC2000042551CGAG2000008551UGG2000008551UC2000030551UAAGGC2000022551GCCAGU2000090551UUCAG2000001551G2000009551UACUGG2000090551UC2000009551UCGAACCGGG2000005551CAUGGG2000005551U2000009551UCG2000001551AAUCCCAUUCUUGACACCA
679 tdbR00000606  SO:0000264 tRNA  Leu  IAG  Lupinus luteus  eukaryotic cytosol   GUCAGGAUG2000002551GC2000042551CGAG2000008551UGG2000008551UC2000030551UAAGGC2000022551GCCAGA2000909551UU2000009551AAG2000001551G2000009551UUCUGG2000090551UC2000009551UCGAAUCGGG2000005551CGUGGG2000005551U2000009551UCA2000001551AAUCCCACUCUUGACACCA
680 tdbR00000607  SO:0000264 tRNA  Leu  IAG  Lupinus luteus  eukaryotic cytosol   GUCAGGAUG2000002551GC2000042551CGAG2000008551UGG2000008551UC2000030551UAAGGC2000022551GCCAGA2000909551UU2000009551AAG2000001551G2000009551UUCUGG2000090551UC2000009551UGAAUCUUGG2000005551CGUGGG2000005551U2000009551UCA2000001551AAUCCCACUCUUGACACCA
681 tdbR00000608  SO:0000264 tRNA  Leu  UAA  Lupinus luteus  eukaryotic cytosol   GUCAGGAUG2000002551GC2000042551CGAG2000008551UGG2000008551UC2000030551UAAGGC2000022551GCCAGACUUAA2000001551G2000009551U2000009551UCUGG2000090551UC2000009551UCGAAUCGGG2000005551CGUGGG2000005551U2000009551UCA2000001551AAUCCCACUUCUGACACCA
682 tdbD00001753  SO:0000264 tRNA  Leu  CAG  Candida albicans  eukaryotic cytosol   GAUACGAUGGC2000042551CGAG2000008551U2000090551GG2000008551U2000008551UAAGGC2000022551GAAGGAUGCAG2000001551G2000009551U2000009551UCCUUUGGGCAUUGCCCG2000005551CGCAGG2000005551U2000009551UCG2000001551AACCCUGCUCGUGUCGCCA
683 tdbR00000621  SO:0000258 tRNA  Cys  GCA  Nicotiana rustica  eukaryotic cytosol   GGGUCCAUAGCUCAG2000008551U2000090551GG2000008551UAGAGCA2000009551U2000009551UUGA2000090551CUGCA2000001551GA2000009551UCAAGAG2000007551G2000008551UCACCGGU2000009551UCG2000001551AACCCGGUUGGGCCCUCCA
684 CP046085  SO:0000275 snoRNA  snR4  snR4  Saccharomyces cerevisiae  nucleus  2002279553NAACUAUUACAGUCGAUGAGGAUAGGUUAUAGUUCAUGUGUAACAUCUGUGUUUUAAAAUAACUCUAGUUAUCCGGGGCGUUUUUCACAAAGUUUGUGUAAGAUGCUUUCCUGGGUCGAUGUGGAUUGUGCCGUGGCCUUUUUCACCACCUUUAUAGCGGUGCUUUAACUAUUAAUAACUGAGGCUG
685 CP046095  SO:0000275 snoRNA  snR5  snR5  Saccharomyces cerevisiae  nucleus  2002279553NAUCAUUCAAUAAACUGAUCUUCCGGAUUACCAUGCUUAAGACAUCACGCCUCCAUAUGUCUAUAUAAAGCGCAAAUGGCUGGAAGUAGACCAAUUUUUUUUGUUCCUAGCUUUUCAUUAUUGAAAUCUAAUCCAGUUUUAAUGGUUUUUCUUAAUUAAGAAAACAAAUUAUCAUUGGUUCGCUCUAGGUGUACAUAU
686 LN809870  SO:0000275 snoRNA  snR8  snR8  Saccharomyces cerevisiae  nucleus  2002279553NAUGAUACAUAUUAAACAUGCCUUCUAUUCACUGUGCCAUCUUACAUCCGUAGGUGAUCAGAGGGGAAAAGAAGAGCUAGAGCAACUCCCACACUCAUGAGCGUCCUCAUACUGUUCUGGGCGCUUCUCACAGGUGCUUCUUUUAGUGUCUCCCAUUGGCCCAGAUCGGUACUGCGCGAGUGAGAUAUCU
687 CP046095  SO:0000275 snoRNA  snR9  snR9  Saccharomyces cerevisiae  nucleus  2002279553NGGGAAUAUAAUACUAAAUACUCUGUUAUAUAGAACUUUCUACGCCUUUUCCUCUAUGGCUAUGAAAGCGUGGACAACGGAGAUCAAAUAGACCAAUUACUGAAUAUGGCUUUUGACAUAUCUUCUUCUUCAUGGGUGAGGAUUAAGCUGAUAUCCUGACCCACCUAUCAUUAGUCCUUCAGACAUAC
688 CP046087  SO:0000275 snoRNA  snR10  snR10  Saccharomyces cerevisiae  nucleus  2002279553NAACGCAAAUUUAACAGCCAUUCGUAACACGUACAGUAUCUCGUCGAGGUUGAACCCCUCCGGGGCGUUCUUGACCCAUGAAGAAUGUGGAUUGGUGUUGCAAUAUAUUUAUUAUUGGCUUGGACUGGAGAACAAAUUUAUCGAUCUUGGGUGCAACAGUCUUUCUGUCGUCUGUUUUUUAGCAGAUCUAAGGGUUUACCUUCGUGUGCCCGGAUGAGGACCGUUGCAAGGAUUGAUAAUACAACU
690 CP046084  SO:0000275 snoRNA  snR13  snR13  Saccharomyces cerevisiae  nucleus  2002279553NAGGAAGUUUUUUCCUUUUUAUAUGAUGAAUAUGAGUGCAUUUGGCUCGAGUUGCUGUUUGGCUUUUGCCAAAUCAGUAACGGUGUGGAAAAACUCAAGCUACCUUUUUUUACUUUUAUCUGACC
691 CP046463  SO:0000275 snoRNA  snR30  snR30  Saccharomyces cerevisiae  nucleus  2002279553NAACCAUAGUCUCGUGCUAGUUCGGUACUAUACAGGGAAGGGAAGUCACUCGCAUACGUGUGUGUGCAUUUCUUGCUAUUGCUGCUUAGCUUCUCUAAAACACUGGGCUACGUUUUUCAACGCUCGAGAGGCAGAGUCUCAAGGAGCCUCCAAUGGGCCUCACGUAUUCAUCUAGAUGGCGCUUCGGACAACGGCAUCACAUAAGAGAUGCAGCUCCUGACUUCUCCUCUGAUCUUCGUGAUCAGAGUUUUGAGUCGUCAGACUACGAGCAGUUUCUCUUAGUCGUUGCAUCGGGUGCUGUUGCCUUAAGCAUGUGUAUAUGGGGUUCGGGGGCUGUUGCCAUGAUAUAUAUGGAUGAGACAGAAGUGGCCCCGUUGACGAGUUUAACUUAGAUUAAGUAGGACGCAUGAUCUUGAGCUCUUUUCCUAUACUUUGUCCUAUGGCCAGCUUUCUCCUUAUUACGAAGAGAUUGCGGGAUGUGGGUGCAGAGUGGGAAAAUCUGAGUUCGGUCAUCUUUGUUGUUCGUCCUACCGCAGUAUAUUCCUAAACACUAUGAAAUGACCCUAGUUGGUCCAUGAUCAUUUGGGUAAAACCAUACUGCAGACAUCU
692 CP046095  SO:0000275 snoRNA  snR31  snR31  Saccharomyces cerevisiae  nucleus  2002279553NGAAGCAAAAUUACACCAUGAGUUCCUAUUAACGUCAGCCUCUUUUGUACUCAUAAUGUGGCUUCGGAUGUUUGAUGGGCGUUGCUUCAGUGCGUACGGCUCAUGGUAGAUUAAUUAUUAGAAAGAUGUAUCUCCAGCUGUUGAUAUUAGAGGGGGAAGCCUUUCUCUUUCACCUCGCCUUUUUAAACACCUGAUACAGUUGGUCAUGAUUCGUUCUACAUUU
693 CP046088  SO:0000275 snoRNA  snR32  snR32  Saccharomyces cerevisiae  nucleus  2002279553NAACAUCAUAAUUAUAUCGCGAAUGUACUACUAGUAUAUGCAGUUUUCUUAAAAUUGCAGGGAAUGACUAAAAGCCCACGUUUUUCCCACUUUUAGUAGUACUGAAGCGUAGAUAGAUUGAACGUUGCUGGGCGCCUGGUGUUGAUCAUUUCUGAAAUGAGAUAUUGGGAAUCAGCUGUAUCUACAUUU
694 CP025099  SO:0000275 snoRNA  snR33  snR33  Saccharomyces cerevisiae  nucleus  2002279553NAAGCUUAAUGCCCUCUUUGUACGAUGGUGUCACUCUAAAAUUAUUUAGGUAAUUUAAUUGGAUGUGAUAUCAAGCACUAGUUUUGUUUGGAGGAGCAGAGAUUGAAAGCCUAGCUUUUACACCGGUUUGAGUCGGUUCCUUCGUUUUCUUAGUUGGAAUUGAUAUAGAAGUGUGUGGACAAUC
695 CP036478  SO:0000275 snoRNA  snR34  snR34  Saccharomyces cerevisiae  nucleus  2002279553NGAAUCAAAAAUUUAUUUUUUACACGGAAACGAUGCCACAGUUGACUGAACCUGUCUUCUAACAGUAGUUAAUUGCCAGUAUUUCAAACAAGAUUUGAAAUACGAGUUUCCCAGAAUAAUUUAUUUGGACAGGAUAGGAAGUCCGAUUUCUGUGUUGUCUCAAACGAGGCGAUAGAAUUGGGAUGUCGAAGAAAGUCUACAUUA
696 CP005669  SO:0000275 snoRNA  snR35  snR35  Saccharomyces cerevisiae  nucleus  2002279553NAUACAAAAUUAAUCGUGCGGAUUAAUAAUCCAGGACUAUAAAACCGUGUUGUUUAUAUCGAGUCUCUUUUGGUAUAAGCGUCAAGUCCAUCGGAGAGAUCAUCAUUUUGUUCAUCUUAAUGCCCUUUUGUGUAGGAAAUUGAGGGAAGCUUAGGCUUCUCAACAUUUUAAGACGCCUAUGCAAGGGCUGGUAGGACAGACAUGC
697 CP033479  SO:0000275 snoRNA  snR37  snR37  Saccharomyces cerevisiae  nucleus  2002279553NAACAUCAGUAGUGGUUAAUACUAUCUUUAGAUAAUAUUAAUUUCAUUAUACCAUAGAAACCUAAAGAUUAGGUUAUUUUCGUUCUUCAUGUUAUGGAGUGUGAGUGAUGAGGAGCUUGCUCUUUUAAGCUCAUAUUACGUAAUAAGUUAAUACUGGAGCGAGAAUAAUUUAAAUCAUUUCAUCAUAACCCAUAGCUGAAUGAACUUUGACUACUCCUAAACAAAGUAGUAACAAUUUUCAUUUCGUUUCCGGUUUCUUAGAUCGAAUAUUAUUCUGAGGAAAUUCCCUGAUUACAUAUCAGGGAAAGGUUCGCGUUUUUAGAGAAUUGCGUAAUGCGAUUUGAAAGUUUAAAUUCCUAAGCGACUCUUCUUCAUGAUAAGACAGUU
698 CP046091  SO:0000275 snoRNA  snR42  snR42  Saccharomyces cerevisiae  nucleus  2002279553NAUAACAAUUUGUGAUGCUUUAGGGAGCCUAUUGUUUGAUGGUUUAUAGGAGCCGGAUUUGUCUUUUUGACUAAUUUUCAACCUAUUCUUACUUCCAAAACUGUUGCAAUGGCUCUCGUUUUUUUUAAAUUUUUCUCUUUUCUCUUCUUUGGCAUAGUUUAUUUUUAAUAAAUUAUUUCAGGGUGAGAUAGAGAAAGGAUAAUGAGUAUCGUAGAUAAAUCUUCGGUUCCGAAUAGUGUAACUGUUGGUGCUGAGGUAAUCCAUCUUUAAAACCAUCGCCGUUAGAGGUUGCUUCUGAUAUUUUCGGUUAAGCGACCCAUGAAAUGGUGAUGACCUGAGGUAUGGAACAUCU
699 CP046083  SO:0000275 snoRNA  snR189  snR189  Saccharomyces cerevisiae  nucleus  2002279553NAACAAAAUAAUUUACAUUCCAAGGACCGGUAUUAUUGUAGGGGAUUUGUGACUUUCAAGGCAACGUCCUCUCUACAACCGAGUUCGAGAAUAAGUACAAAUGGCUCUUUUUGUUAUUCGAAAGCUUACAAGUUCUGGUAUAUUCUAUAUACUCACUUAUUACUUUCAAGUACUUCACACGGGCCUGACAUCU
700 NG_008261  SO:0000275 snoRNA  U13  U13  Homo sapiens  nucleus  2002279553NAUCCUUUUGUAGUUCAUGAGUGUGAUGAUUGUGUGUUCAUACGCUUGUGUGAGAUGUGCCACCCUUGAACCUUGUUACGACAUUGGCACAUUACCCGUCUGAUC
701 AP001782  SO:0000275 snoRNA  U8  U8  Homo sapiens  nucleus  2002279553NCUGUCAGGUGGGAUAACCCUUCCCUGUUCCUCCGUUUGGAGGGCAGAUAGAACAUGAUGACUGGAGAUGCAUGAAAUGUGACUAAUGUCUCUGUGUAAUCAGGACUUGCAACACCCUGAUUGCUCCUAUCUGAU
702 AF020531  SO:0000275 snoRNA  U3_Human  U3_Human  Homo sapiens  nucleus  2002279553NAAGACUAUACUUUCAGGGAUCAUUUCUAUAGUGUGUUACUAGAGAAGUUUCUCUGAACGUGUAGAGCACCGAAAACCACGAGGAAGAGAGGUAGCGUUUUCUCCUGAGCGUGAAGCCGGCUUUCUGGCGUUGCUUGGCUGCAACUGCCGUCAGCCAUUGAUGAUCGUUCUUCUCUCCGUAUUGGGGAGUGAGAGGGAGAGAACGCGGUCUGAGUGGU
703 HUMUG3PE  SO:0000275 snoRNA  U3_Human  U3_Human  Homo sapiens  nucleus  2002279553NAAGACUAUACUUUCAGGGAUCAUUUCUAUAGUGUGUUACUAGAGAAGUUUCUCUGAACGUGUAGAGCACCGAAAACCACGAGGAAGAGAGGUAGCGUUUUCUCCUGAGCGUGAAGCCGGCUUUCUGGCGUUGCUUGGCUGCAACUGCCGUCAGCCAUUGAUGAUCGUUCUUCUCUCCGUAUUGGGGAGUGAGAGGGAGAGAACGCGGUCUGAGUGGU
704 X14945  SO:0000275 snoRNA  U3_Human  U3_Human  Homo sapiens  nucleus  2002279553NAAGACUAUACUUUCAGGGAUCAUUUCUAUAGUGUGUUACUAGAGAAGUUUCUCUGAACGUGUAGAGCACCGAAAACCACGAGGAAGAGAAGUAGCGUUUUCUCCUGAGCGUGAAGCCGGCUUUCUGGCGUUGCUUGGCUGUAACUGCCGUCAGCCAUUGAUGAUCGUUCUUCUCCCCGUAUUGGGGAGUGAGAGGGAGAGAACGCGGUCUGAGUGGU
705 SNR17B  SO:0000275 snoRNA  U3_Yeast_and_Rat  U3_Yeast_and_Rat  Saccharomyces cerevisiae  nucleus  2002279553NAACACAUUCAACAGUAGGAUCAUUUCUAUAUUAAUCGUCACUCUUUGACUCUUCAAAAGAGCCACUGAAUCCAACUUGGUUGAUGAGCCCCAUAACCUUUGUACCCCAGAGUGAGGAAAUGAAAUCGAAUUUAAAUUAGCUUGGUCCGCAAUCCUUAGCGGUUCGGCCAUCUAUAAUUUUGAAUAAAAUUUUGCUUUGCCGUUGCAAUUGUGAUAACUUCCUUUGGAAUUUGUUGCGAUAUUUAAUGGCGCGAUGAUCUUGACCCAUCCUAUGUGCUUCCAUUUUGGAAGGAUAGGGAUUCAUGGGUGGGUACAAAUGGCAGUCUGAC
706 YSCUR17D  SO:0000275 snoRNA  U3_Yeast_and_Rat  U3_Yeast_and_Rat  Saccharomyces cerevisiae  nucleus  2002279553NGUCGACGUACUUCAUAGGAUCAUUUCUAUAGGAAUCGUCACUCUUUGACUCUUCAAAAGAGCCACUGAAUCCAACUUGGUUGAUGAGUCCCAUAACCUUUGUACCCCAGAGUGAGAAACCGAAAUUGAAUCUAAAUUAGCUUGGUCCGCAAUCCUUAGCGGUUCGGCCAUCUAUAAUUUUGAAUAAAAAUUUUGCUUUGGCGUUGCAUUUGUAGUUUUUUCCUUUGGAAGUAAUUACAAUAUUUUAUGGCGCGAUGAUCUUGACCCAUCCUAUGUACUUCUUUUUUGAAGGGAUAGGGCUCUAUGGGUGGGUACAAAUGGCAGUCUGACAAGU
707 AJ248283  SO:0001001 rRNA  LSU  23S  Pyrococcus abyssi  prokaryotic cytosol  AGGGGGUCAGGACACUAAGCCGCCCGGUGGAUGGCUCGGCUCGGGGCGCCGACGAAGGGCGUGGCAAGCUGCGAUAAGCCCCGGCGAGGCGCAGGCAGCCGUCGAACCGGGGAUUCCCGAAUGGGACCUCCCGCGGCUUAUGCCGCACUCCGGGGCAUAAGCCCCGGAGGGGGAACGCGGGGAAUUGAAACAUCUUAGUACCCGCAGGAAAAGAAAGCAAAAGCGAUGCCGUGAGUAGGGGCGACCGAAAGCGGCACAGGGCAAACUGAACCCCGGGCCGACGAGGUUCGGGGGAUGUGGGGUUGUAGGGCCCCCGUAUGAGACCCUCGCGGGUGAAGCCGAAGUCCGCUGGAACGCGGCGCCGGAGAGGGUGAUAGCCCCGUAGGCGUAAGCCCGCAGGGUCUCGGGGGACCCUGAGUACCGUCGGUUGGAUAUCCGGCGGGAAGCUGGGAGGCAUCGGCUCCCAACCCUAAAUACGUCCCGAGACCGAUAGCGAACUAGUACCGUGAGGGAAAGCUGAAAAGCACCCCGGGAGGGGGGUGAAAAGAGCCUGAAACCGGGCGGCGAUAGGAGGGUGCGGCCCGAAAGGAAUGAGCCUCCCCGAAGGAAACCGCGGCGACGCGGGAGUACGAGGGGAGGGGACCGGGGUUGCACCGUCCGUCUUGAAACACGGGGCAGGGAGUUCGCGGCCGUGGCGAGGUUAAGGGGGUUAAGCCCCGUAGCCGUAGGGAAACCGACAUGCCCGCAGCCGGGCCUCGAGCCCGGUGAGGGGCGGGGUGCGAAAGCGCCCGGAGUCACGGCCGCGAGACCCGAAACCGGUCGAUCUAGCCCGGGGCAGGGUGAAGUCCCUCAACAGAGGGAUGGAGGCCCGCUAGGGGUGCUGAUG2000005551UGCAGUUCGCUCCCGUGACCCCGGGCUAGGGGUGAAAGGCCAAUCGAGGCCGGAGAUAGCUGGUUCCCGCCGAAUCAUCCCGCAGGAUGGCCUCCCCGGAGGUAGGCGGUGGGGUAGAGCACUGAUUGGGGGUGCAGGGGGCGAAAGCCCCCGGCCCCCUGUCAAACUCCGAACCCACCGCCGCCGUAGAUGGGGGGAGUAGGGUGGCGGUGUAAGCCGUCCACCGAGAGGGGAACAACCCAGACCGGGGUUAAGGCCCCAAAGUGCCGGCUAAGUGUUACUCCAAAGGGUGUCCCGGGCCUUAGACAGCGGGGAGGUAGGCUUAGAAGCAGCCAUCCUUUAAAGAGUGCGUAACAGCUCACCCGUCGAGGUCCGGGGCCCCGAAAAUGGACGGGGCUCAAGCCGGCCGCCGAGACCCCGGCGCACGGACCGAUUGGUCCGUGAUCGGGUAGGCGGGCGUGCCGGUGGCGUAGAAGCCGGGCCGUAAGGUCCGGUGGAGCCGCCGGUAUCGCGGAUCCUGCCGGGAGUAGCAGCGUAGUCGGGUGAGAAUCCCGACCGCCGGAGGGGCCAGGGUUCCACAGGCAAUGGUCGUCAGCCGUGGGUUAGUCGGUCCUAACCCCGCCCGUAACUCGGCGCGGGGGAAAGGGAAACGGGUUAAUAUUCCCGUACCGCGGGGGUAGGUGCGGCAACGCAAGCCCGGAGGGUGACGCCUCGGGGUAGGCGGACCGGCCGAUGAGGCCGGCUAAGCGUAUAAGCCCGGGGAGUGCCGUAAUGGCGAGAACCGGGUGAAAGCGCGAAUGGCCCCCCGUUAGGGGGGUUCCGCCGAUCCCUGGGGCCCGUGAAAAGCCCUCCGGGAAUUCCGAUCCCCCGCGACCGUACCGAGAACCGACACAGGUGCCCCUGGGUGAGAAGCCUAAGGCGUGUCGGGGGAAACCCGGCCGAGGGAACUCGGCAAACUGGCCCCGUAACUUCGGGAGAAGGGGUGCCUGCGGGUGCGUAACCCGCAGGUCGCAGUGACUAGGGGGGCCCGACUGUUUAAUAAAAACACAGGUCCCAGCUAGCCCGAAAGGGUUUGUACUGGGGCCGACGCCUGCCCAGUGCCGGUAUGUGAAGCCCGGGUACAACCGGGUGAAGCACCGGUAAACGGCGGGGGUAACUAUAACCCUCUUAAGGUAGCGAAAUUCCUUGUCGGUUAAAUGCCGACCUGCAUGAAUGGCGUAACGAGGUCCCCGCUGUCCCCGGCCGGGGCCCGGCGAAACCUCUGCCUGGCGCGCAUGCCAGGGACCCCCGGUGGGAAGCGAAGACCCCAUGGAGCUUUACUGCAGCCUGCCGUUGCCACGCGGCGAGGGGUGCGCAGCGUAGGCGGGAGGCGUCGAAGCCCGGCCUCCGGGUCGGGUGGAGCCGUCCAUGAGACACCGCCCACUCCUCGCCGCGUGGCUAACCCCCGAAAGGGGGGACAGCGGUAGGUGGGCAGUUUGGCUGGGGCGGCACGCCCCCGAAAAGGUAUCGGGGGCGCCCUAAGGUCGGCUCAGGCGGGUCAGGAAUCCGCCGUAGAGUGCAAGGGCAAAAGCCGGCCUGACUGGACCCGUAACAGAGGCGGGUCCAGCCCCGAAAGGGUGGCCUAGCGAACCCCUGUGCCUCCCCGGUGGGGGCCAGGGAUGACAGAAAAGCUACCCUGGGGAUAACAGAGUCGUCUCGGGCGAGAGCCCAUAUCGACCCCGAGGCUUGCUACCUCGCUGUCGGCUCUUCCCAUCCUGGCCCUGCAGCAGGGGCCAAGGGUGGGGGUGUUCACCCAUUAAAGGGGAACGUGAGCUGGGUUUAGACCGUCGUGAGACAGGUCGGAUGCUAUCUACCGGGGGUGUUGGCCGCCUGAGGGGAAGGUGCCCUUAGUACGAGAGGAACAGGGCGCCGCGGCCUCUGGUCUACCGGUUGUCCUCCCGGGCAUCGCCGGGCAGCUACGCCGCAGCCGAUAAGGCCUGAAGGCAUCUAAGGCCGAAGCGGCCCCCGAAAAUAGGCGGCCGUUCCCUGGCGUUGGGCUUGGGCGACCGGCCCGUUAGCCAGGGACGAGGGCUCGGGUAGAAGACCCGGUUGAUGGGGCGGGGAUGUAAGCGGGAAGGGUCAACCGACCCGCUUAGUCUGCCGCCCCCAAUCGCCCGAGGUCCUGUCCCCCG
709 tdbR00000011  SO:0000254 tRNA  Ala  UGC  Neurospora crassa  mitochondrion  GGGGGUAUAGUAUAA2000008551UUGG2000008551UAGUACAGCAAUCUUGCUCA2000000999UUGCUUGU2000005551CAAGG2000005551U2000009551UCAAAUCCUUGUAUCUCCACCA
710 tdbR00000027  SO:0000257 tRNA  Asp  GUC  Hordeum vulgare  plastid  GGGAUUGUAGUUCAAUU2000090551GG2000008551UCAGAGCACCGCCCUGUC2000000999AAGGCGGAAG2000000999CUGCGGG2000005551U2000009551UCGAGCCCCGUCAGUCCCGCCA
711 tdbR00000028  SO:0000257 tRNA  Asp  QUC  Hordeum vulgare  plastid  GGGAUUGUAGUUCAAUU2000090551GG2000008551UCAGAGCACCGCCCU2000042551GUC2000000999AAGGCGGAAG2000000999CUGCGGG2000005551U2000009551UCGAGCCCCGUCAGUCCCGCCA
712 tdbR00000029  SO:0000257 tRNA  Asp  QUC  Asterias amurensis  mitochondrion  AAGAAACU2000001551AGUUAAACUAAUAACACUGGAUU2000042551GUCAGACCGGAGUAACUGGUAAACAAUCAGUGUUUCUUGCCA
713 tdbR00000030  SO:0000257 tRNA  Asp  GUC  Aedes albopictus  mitochondrion  AAAAAAUU2000001551AGUUUAAUCAAAAACC2000009551U2000009551UAGUAUGUC2000062551AAACUAAAAAAAUUAGAUCAUCUAAUA2000009551U2000009551UUUUUACCA
714 tdbR00000031  SO:0000257 tRNA  Asp  QUC  Rattus norvegicus  mitochondrion  GAGAUAUU2000001551AGUAAAAUAAUUACA2000009551UAACCUU2000042551GUCAAGGUUAAGUUAUAGACUUAAAUCUAUAUAUCUUACCA
715 tdbR00000032  SO:0000257 tRNA  Asp  GUC  Rattus norvegicus  mitochondrion  AGAGAUAUU2000001551AGUAAAAUAAUUACA2000009551UAACCUUGUCAAGGUUAAGUUAUAGACUUAAAUCUAUAUAUCUUACCA
716 tdbR00000033  SO:0000257 tRNA  Asp  QUC  Didelphis virginiana  mitochondrion  AAGAUAUU2000001551A2000002551GUAAAAUUCAUUACA2000009551UAACU2000009551UU2000042551GUCAUAGUUAAAUUAUAGGU2000009551UUAACUCCUAUAUAUCUUACCA
717 tdbR00000034  SO:0000257 tRNA  Asp  GUC  Mesocricetus auratus  mitochondrion  AAGAUAUU2000001551AGUAAAAUCAUUACA2000009551UAACUUUGUCAGAGUUAAAUUAUAGACUAAUCUCUAUAUAUCUUACCA
718 tdbR00000049  SO:0000260 tRNA  Glu  NUC  Chlamydomonas reinhardtii  plastid  GCCCCCAUCGUCUAGA2000090551GGCC2000008551UAGGACACCUCCCU2000000999UUCACGGAGAAAA2000005551CGCGGA2000005551U2000009551UCGAAUUCCGCUGGGGGUACCA
719 tdbR00000051  SO:0000260 tRNA  Glu  SPC  Hordeum vulgare  plastid  GCCCCUAUCGU2000042551CUAGUGG2000008551U2000008551UCAGGACAUCUC2000009551UCU2002511551U2000009551UCAAGGAGGCAG2000005551CGGGGA2000005551U2000009551UCGACUUCCCC2000009551UGGGGGUACCA
720 tdbR00000051  SO:0000260 tRNA  Glu  SPC  Triticum aestivum  plastid  GCCCCUAUCGU2000042551CUAGUGG2000008551U2000008551UCAGGACAUCUC2000009551UCU2002511551U2000009551UCAAGGAGGCAG2000005551CGGGGA2000005551U2000009551UCGACUUCCCC2000009551UGGGGGUACCA
721 tdbR00000052  SO:0000260 tRNA  Glu  NUC  Aedes albopictus  mitochondrion  AUUUAUAU2000001551AGUUUAAAUAAAACA2000009551U2000009551UACAUU2000000999UUC2000062551ACUGUAAAAAUAAAAAUUUAUUUUU2000009551UAUAAAUACCA
722 tdbR00000053  SO:0000260 tRNA  Glu  ƕUC  Bos taurus  mitochondrion  GUUCUUGU2000001551AGUUGAAUGACAAC2000002551GA2000009551UGGUUU2000254551UUCAUA2000009551UCAUUAGU2000005551CAUGGU2000009551UAG2000001551AUUCCAUGUAAGAAUACCA
723 tdbR00000071  SO:0000267 tRNA  Phe  GAA  Euglena gracilis  plastid  GCUGGGAUAGCUCAG2000008551UUG2000090551G2000008551UAGAGCGGAGGACUGAA2002161551AA2000009551UCCUUGU2000007551G2000000000NCACCAG2000005551U2000009551UCAAAUCUGGUUCCUAGCACCA
724 tdbR00000072  SO:0000267 tRNA  Phe  GAA  Phaseolus vulgaris  plastid  GUCGGGAUAGCUCAGU2000008551U2000090551GG2000008551UAGAGCAGAGGACUGAA2002161551AA2000009551UCCUCGU2000007551G2000030551UCACCAG2000005551U2000009551UCAAAUCUGGUUCCUGGCACCA
725 tdbR00000073  SO:0000267 tRNA  Phe  GAA  Spinacia oleracea  plastid  GUCGGGAUAGCUCAGCU2000090551GG2000008551UAGAGCAGAGGACUGAA2002161551AAUCCUCGU2000007551G2000030551UCACCAG2000005551U2000009551UCAAAUCUGGUUCCUGGCACCA
726 tdbR00000074  SO:0000267 tRNA  Phe  GAA  Tetrahymena pyriformis  mitochondrion  UGCUUAAGUA2000002551GCUCAGUGG2000008551UAGAGC2000022551GUCAGGCUGAA2000000999AACC2000009551UGAAGGUCAUUGGUCCGAUUCCAUUCUUAGGCACCA
727 tdbR00000075  SO:0000267 tRNA  Phe  GAA  Saccharomyces cerevisiae  mitochondrion  GCUUUUAUAGCUUAG2000008551UGG2000008551UAAAGC2000022551GAUAAA2000009551UUGAA2000001551GA2000009551UUUAUUUACAUGUAGU2000009551UCGAUUCUCAUUAAGGGCACCA
728 tdbR00000076  SO:0000267 tRNA  Phe  GAA  Oenothera sp.  mitochondrion  GUUUAGGUAGCUCAUC2000008551UGGC2000008551U2000000000NAGAGCAAAGGACUGAA2000000999AAUCCUUGU2000007551G2000030551UCAGUGG2000005551U2000009551UCGAAUCCACUUCUAAGCACCA
729 tdbR00000077  SO:0000267 tRNA  Phe  GAA  Phaseolus vulgaris  mitochondrion  GUUUAGGUAGCUCAGC2000008551U2000090551GG2000008551UAGAGCAAAGGACUGAA2000000000NA2000009551UCCUUGU2000007551G2000030551UCAGUGG2000005551U2000009551UCGAAUCCACUUCUAAGCGCCA
730 tdbR00000078  SO:0000267 tRNA  Phe  GAA  Ascaris suum  mitochondrion  ACUCUGUU2000001551AGUUUAUGUUUUAAAA2000009551UA2000009551UGAC2000009551U2000009551UUGAA2000001551GAAGUUGGAAAAUGUUAGGAGUGCCA
731 tdbR00000079  SO:0000267 tRNA  Phe  GAA  Rattus norvegicus  mitochondrion  AGUUAAUGU2000001551AGCUUAUAAUAAAGCAAAGCACUGAA2002161551AA2000009551UGCUUAGAUGGAUUCAAAAAUCCCAUAAACACCA
732 tdbR00000080  SO:0000267 tRNA  Phe  GAA  Bos taurus  mitochondrion  GUUGAUGU2000001551A2000002551GCUUAACCCAAAGCAAGGCACUGAAAA2000009551UGCCUAGAUGAGUCUCCCAACUCCAUAAACACCA
733 tdbR00000122  SO:0000261 tRNA  Gly  UCC  Codium fragile  plastid  GCAGUACUGGUGUAA2000008551U2000090551GG2000008551U2000008551UAGCGCCUUAGA2000009551UUUCCAA2000009551UCUAAAGGUAGGGG2000005551U2000009551UCGAUUCCCCUGUACUGCUCCA
734 tdbR00000123  SO:0000261 tRNA  Gly  NCC  Saccharomyces cerevisiae  mitochondrion  AUAGAUAUAAGUUAAU2000008551UGG2000008551UAAACU2000022551GGAUG2000009551UCU2000000999UCC2000061551AAACAUUGAAUGCGAG2000005551U2000009551UCGAUUCUCGCUAUCUAUACCA
735 tdbR00000124  SO:0000261 tRNA  Gly  UCC  Aedes albopictus  mitochondrion  AUUUAUAU2000001551AGUAUAUAAUUGUAUA2000009551UG2000000999U2000000999GACUUCCAA2000019551UCACAAGGACUAAAUAAUUUUAGUA2000009551UAAAUACCA
736 tdbR00000125  SO:0000261 tRNA  Gly  UCC  Bos taurus  mitochondrion  AUUCUUUU2000001551A2000002551GUAUUAACUAGUACAGCUGACUUCCAA2000009551UCAGCUAGUUUCGGUCUAGUCCGAAAAAGAAUACCA
737 tdbR00000126  SO:0000261 tRNA  Gly  ʭCU  Halocynthia roretzi  mitochondrion  GCGUU2000002551GAU2000001551AGUUUAAGUAAAAUAGAUUCUU2000054551UCUAGG2000009551UAUAAGUUAGGGUUGGUCCCUUUGAUGCACCA
738 tdbR00000127  SO:0000261 tRNA  Gly  UCC  Halocynthia roretzi  mitochondrion  GCUGUGUU2000001551AGUAUAAAGUAAUA2000009551UA2000009551UGUGA2000009551UUUCCAA2000009551UCAUGGGAUCCUUUAGGGACGUAGUACCA
739 tdbR00000128  SO:0000269 tRNA  Ser  GCU  Halocynthia roretzi  mitochondrion  AAGGGUGAUUAGGAAUGUUAGAAAG2000009551UUGCUA2000009551U2000009551UUUUUUGAUAU2000009551UGAGUUCGAAUCUCGAGGCUCUUGCCA
740 tdbR00000142  SO:0000262 tRNA  His  GUG  Saccharomyces cerevisiae  mitochondrion  GGUGAAUAUAUUUCAA2000008551UGG2000008551UAGAAAA2000009551UACGC2000009551UUGUG2000001551G2000009551UGCGUUAAAUCUGAG2000005551U2000009551UCGAUUCUCAGUAUUCACCCCA
741 tdbR00000143  SO:0000262 tRNA  His  QUG  Asterias amurensis  mitochondrion  GACUAAAGU2000001551AGUUUAAAUAAAACCC2000009551UAAU2000009551UU2000042551GUG2000001551G2000009551UAUUAAAAUUAUCAGU2000009551UAA2000001551AAUCUGAUCUAUAGUCCCA
742 tdbR00000161  SO:0000258 tRNA  Ile  GAU  Zea mays  plastid  GGGCUAUUAGCUCAGU2000090551GG2000008551UAGAGC2000022551GCGCCCCUGAU2000062551AAGGGCGAG2000007551G2000030551UCUCUGG2000005551U2000009551UCAAGUCCAGGAUGGCCCACCA
743 tdbR00000161  SO:0000258 tRNA  Ile  GAU  Spinacia oleracea  plastid  GGGCUAUUAGCUCAGU2000090551GG2000008551UAGAGC2000022551GCGCCCCUGAU2000062551AAGGGCGAG2000007551G2000030551UCUCUGG2000005551U2000009551UCAAGUCCAGGAUGGCCCACCA
744 tdbR00000163  SO:0000258 tRNA  Ile  ѴAU  Spinacia oleracea  plastid  GCAUCCAUGGCUGAAU2000090551GG2000008551U2000008551UAAAGC2000022551GCCCAACU2000000999CAU2000062551AA2000009551U2000009551UGGCGAAUUCGUAGG2000005551U2000009551UCAAUUCCUACUGGAUGCACCA
746 tdbR00000165  SO:0000258 tRNA  Ile  ѴAU  Solanum tuberosum  mitochondrion  GGGCUUAUAGUU2000009551UAA2000008551U2000008551U2000090551GG2000008551U2000008551UGAAACG2000009551UACCGCU2000000999CAUAACGGUGAUAUUGUAGG2000005551U2000009551UCGAGCCCUACUAAGCCUACCA
747 tdbR00000166  SO:0000258 tRNA  Ile  .AU  Solanum tuberosum  mitochondrion  GGGCUUUAUAGUU2000009551UAA2000008551U2000008551U2000090551GG2000008551U2000008551UGAAACG2000009551UACCGCU2000000000NAUAACGGUGAUAUUGUAGG2000005551U2000009551UCGAGCCCUACUAAGCCUACCA
748 tdbR00000167  SO:0000258 tRNA  Ile  GAU  Aedes albopictus  mitochondrion  AAUGAAUU2000001551GCCUGAUAAAAAGGA2000009551U2000009551UACCUUGAU2000062551AGGGUAAAUUAUAAAGAUUUAAUACUU2000009551UA2000009551UUCAUUACCA
749 tdbR00000168  SO:0000258 tRNA  Ile  GAU  Bos taurus  mitochondrion  AGAAAUAU2000001551GUCUGACAAAAGA2000022551G2000009551UUACAUUGAU2000062551AGUGUAAAUAAUAGAGGUUCA2000001551AACCCUCUUAUUUCUACCA
750 tdbR00000169  SO:0000258 tRNA  Ile  GAU  Homo sapiens  mitochondrion  AGAAAUAU2000001551GUCUGAUAAAAGA2000022551G2000009551U2000009551UACUUUGAU2000062551AGAGUAAAUAAUAGGAGCUUAAACCCCCUUAUUUCUACCA
751 tdbR00000182  SO:0000265 tRNA  Lys  NUU  Codium fragile  plastid  GGGUUACUAACUCAA2000008551U2000090551GG2000008551UAGAGUAA2000009551UCGGCU2000000999UUU2000062551AACCGAUAA2000007551G2000008551UUCUGGG2000005551U2000009551UCAAUUCCCAGGUAACUCACCA
753 tdbR00000184  SO:0000265 tRNA  Lys  CUU  Asterias amurensis  mitochondrion  CUUUGAUA2000001551AGCUUAUAAUGGCAAGCA2000009551UUAAACUCUU2000062551AA2000009551UUUAAAUCAAAGUGAUCUCACCACACUAUCAAAGACCA
754 tdbR00000185  SO:0000265 tRNA  Lys  CUU  Aedes albopictus  mitochondrion  CAUUAGAU2000001551GACUGAAAGCAAGUAA2000009551UGAUCUCUU2000062551AAAUCAUAAUAUAGUAAAUUAGCACUUAC2000009551U2000009551UCUAAUGACCA
755 tdbR00000186  SO:0000265 tRNA  Lys  .UU  Loligo bleekeri  mitochondrion  GCCUCCAUA2000002551GCUCAG2000008551UCGGUAGAGCA2000009551UCAGACU2000000000NUU2000000000NA2000000999UCUGAGG2000007551G2000008551U2000005551CUGGGGU2000009551UCG2000001551AGUCCCCAU2000002551GUGGG2000005551CUCCA
756 tdbR00000204  SO:0000265 tRNA  Lys  CUU  Loligo bleekeri  mitochondrion  UCCCG2000002551GCUA2000002551GCUCAG2000008551UCGGUAGAGCACGAGA2000000999CUCUU2000062551AA2000009551UCUCGGG2000007551G2000008551U2000005551CGUGGG2000005551U2000009551UCG2000001551AGCCCCACGUUGGGAGCCA
757 tdbR00000188  SO:0000265 tRNA  Lys  .UU  Loligo bleekeri  mitochondrion  GCCUUCAUA2000002551GCUCAG2000008551UCGGUAGAGCA2000009551UCAGACU2000000000NUUAA2000000999UCUGAGG2000007551G2000008551U2000005551CUGGGG2000005551U2000009551UCG2000001551AGUCCCCAU2000002551GCGGG2000005551CUCCA
758 tdbR00000189  SO:0000265 tRNA  Lys  NUU  Rattus norvegicus  mitochondrion  CAUUGCGA2000001551A2000002551GCUUAGAGC2000002551G2000009551UUAACCU2000000999UUU2000062551AAGUUAAAGUUAGAGACAACAAAUCUCCACAAUGACCA
759 tdbR00000190  SO:0000265 tRNA  Lys  ƕUU  Bos taurus  mitochondrion  CACUAAGA2000001551A2000002551GCUAUAUAGCAC2000009551UAACCU2000254551UUU2000062551AAGUUAGAGAUUGAGAGCCAU2000001551AUACUCUCCUUGGUGACCA
760 tdbR00000191  SO:0000265 tRNA  Lys  NUU  Mesocricetus auratus  mitochondrion  CACUAUGA2000001551A2000002551GCUCAGAGC2000002551G2000009551UUAACCU2000000999UUU2000062551AAGUUAAAAUUGAGAGACUUCUAGUCUCCAUGGUGACCA
761 tdbR00000228  SO:0000264 tRNA  Leu  BAA  Glycine max  plastid  GCCUUGGUGGUGAAAU2000090551GG2000008551UAGCCACGCGAGACU2000090551CAA2000000999AA2000009551UCUCGUGCUACAGAGCGUGGAGG2000005551U2000009551UCGAGUCCUCUUCAAGGCACCA
762 tdbR00000229  SO:0000264 tRNA  Leu  JAA  Glycine max  plastid  GGGGAUAUGGCGAAAUU2000090551GG2000008551UAGACGC2000009551UACGGACU2000090551UAA2000000999AA2000009551UCCGUCGACUUAAGAAAUCAUGAGGG2000005551U2000009551UCAAGUCCCUCUAUCCCCACCA
763 tdbR00000233  SO:0000264 tRNA  Leu  UA7  Glycine max  plastid  GCCGCUAUGGUGAAAUU2000090551GG2000008551UAGACACGCUGCUCUUA2000007551G2000001551GAAGCAGUGCUAGAGCAUCUCGG2000005551U2000009551UCGAGUCCGAGUAGCGGCACCA
764 tdbR00000231  SO:0000264 tRNA  Leu  BAA  Phaseolus vulgaris  plastid  GGCUUGAUGGUGAAAUU2000090551GG2000008551UAGACACGCGAGACU2000090551CAA2000000999AAUCUCGUGCUAAAGAGCGUGGAGG2000005551U2000009551UCGAGUCCUCUUCAAGUCACCA
765 tdbR00000232  SO:0000264 tRNA  Leu  NAA  Phaseolus vulgaris  plastid  GGGGAUAUGGCGAAAUU2000090551GG2000008551UAGACGC2000009551UACGGACU2000000999UAA2000000999AA2000009551UCCGUCGACUUAAUAAAUCAUGAGGG2000005551U2000009551UCAAGUCCCUCUAUCCCCACCA
766 tdbR00000233  SO:0000264 tRNA  Leu  UA7  Phaseolus vulgaris  plastid  GCCGCUAUGGUGAAAUU2000090551GG2000008551UAGACACGCUGCUCUUA2000007551G2000001551GAAGCAGUGCUAGAGCAUCUCGG2000005551U2000009551UCGAGUCCGAGUAGCGGCACCA
767 tdbR00000234  SO:0000264 tRNA  Leu  UA7  Spinacia oleracea  plastid  GCCGCUAUGGUGAAAUU2000090551GG2000008551UAGACACGCUGCUCUUA2000007551G2000001551GAAGCAGUGCGAGAGCAUCUCGG2000005551U2000009551UCGAGUCCGAGUAGCGGCACCA
768 tdbR00000235  SO:0000264 tRNA  Leu  NAA  Neurospora crassa  mitochondrion  AUCCGAGUGAUGGAA2000008551UGG2000008551UAGACAUAACAUGCU2000000999UAAAACAUGUGGGCUUCAAGCUGUGAAGG2000005551U2000009551UCAAGUCCUUCUUCGGAUACCA
769 tdbR00000236  SO:0000264 tRNA  Leu  UAG  Neurospora crassa  mitochondrion  AUAGGUGUGCUGGAA2000008551UUGG2000008551UAGACAGGUUCCG2000009551UUUAG2000001551GCCGGAAUGGUUUAAAAACUGUACAAG2000005551U2000009551UCAAGUCUUGUCAUCUAUACCA
771 tdbR00000238  SO:0000264 tRNA  Leu  .AA  Solanum tuberosum  mitochondrion  GUCAGGAUGGC2000042551CGAG2000008551U2000090551GG2000008551UC2000030551UAAGGC2000022551GCCAGACU2000000000NAA2000001551GU2000009551UCUGG2000090551UCUUCGUAAGAGGG2000005551CGUGGG2000005551U2000009551UCA2000001551AAUCCCACUUCUGACACCA
772 tdbR00000239  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  mitochondrion  GUCAGGAUG2000002551GC2000042551CGAG2000008551U2000090551GG2000008551UC2000030551UAAGGC2000022551GCCAGACU2000000000NAA2000001551G2000009551U2000009551UCUGG2000090551UCUUCGAGAGAGGG2000005551CGUGGG2000005551U2000009551UCA2000001551AAUCCCACUUCUGACACCA
773 tdbR00000240  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  mitochondrion  GUCAGGAUG2000002551GC2000042551CGAG2000008551U2000090551GG2000008551UC2000030551UAAGGC2000022551GCCAGACU2000000000NAA2000001551G2000009551U2000009551UCUGG2000090551UCUUCGAAAGAGGG2000005551CGUGGG2000005551U2000009551UCA2000001551AAUCCCACUUCUGACACCA
774 tdbR00000241  SO:0000264 tRNA  Leu  .AG  Phaseolus vulgaris  mitochondrion  GAUAGUUUG2000002551GC2000042551CGAG2000008551U2000090551GG2000008551UC2000030551UAAGGC2000022551GCCAGA2000009551UU2000000000NAG2000001551GC2000009551UCUGG2000090551UCCGAAA2000000000NGGG2000005551CGUGGG2000005551U2000009551UCA2000001551AAUCCCACAGCUGUCACCA
775 tdbR00000242  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  mitochondrion  GCUGGUUUGGC2000042551CGAGA2000090551GG2000008551U2000008551UAAGGC2000022551GGAAGACU2000000000NAA2000001551GA2000009551UCUUC2000090551UGCAGUCAACUGCG2000005551CAUGGG2000005551U2000009551UCG2000001551AACCCCAUAGCCAGCACCA
776 tdbR00000243  SO:0000264 tRNA  Leu  UAG  Rattus norvegicus  mitochondrion  ACUUUUAU2000001551A2000002551GGAUAGAAG2000008551UAAUCCA2000009551UUGGUCUUAG2000001551GAACCAAAAAC2000005551CUUGGUGCAACUCCAAAUAAAAGUACCA
777 tdbR00000244  SO:0000264 tRNA  Leu  UAG  Rattus norvegicus  mitochondrion  AACUUUUAU2000001551A2000002551GGAUAGAAG2000008551UAAUCCA2000009551UUGGUCUUAG2000001551GAACCAAAAAC2000005551CUUGGUGCAACUCCAAAUAAAAGUACCA
778 tdbR00000245  SO:0000264 tRNA  Leu  UAG  Rattus norvegicus  mitochondrion  AACUUGUAU2000001551A2000002551GGAUAGAAG2000008551UAAUCCA2000009551UUGGUCUUAG2000001551GAACCAAAAAC2000005551CUUGGUGCAACUCCAAAUAAAAGUACCA
779 tdbR00000246  SO:0000264 tRNA  Leu  ʭAA  Bos taurus  mitochondrion  GUUAAGGU2000001551G2000002551GCAGAGCCCGG2000008551UAAUUGCA2000009551UAAAACU2000054551UAAAC2000009551UUUUAUAUC2000005551CAGAGAUUCA2000001551AAUCCUCUCCUUAACACCA
780 tdbR00000247  SO:0000264 tRNA  Leu  UAG  Bos taurus  mitochondrion  ACUUUUAA2000001551A2000002551GGAUAGUAG2000008551UUUAUCC2000002551G2000009551U2000009551UGG2000009551UCUUAG2000001551GAACCAAAAAAUUGGUGCAACUCCAAAUAAAAGUACCA
781 tdbD00001741  SO:0000264 tRNA  Leu  ʭAA  Homo sapiens  mitochondrion  GUUAAGAU2000001551G2000002551GCAGAGCCCGG2000008551UAAUCGCA2000009551UAAAACU2000054551UAAAACUUUACAGU2000005551CAGAGG2000005551U2000009551UCA2000001551AUUCCUCUUCUUAACACCA
782 tdbR00000277  SO:0000266 tRNA  Met  CAU  Codium fragile  plastid  GCCUAUUUA2000002551GCUCAG2000008551U2000008551U2000090551GG2000008551U2000008551UAGAGCA2000009551UCCG2000009551UCUCAU2000000999ACGCGGGAA2000007551G2000008551UGACUAG2000005551U2000009551UCAAAUCUAGUAAUAGGCACCA
783 tdbR00000278  SO:0000266 tRNA  Met  CAU  Scenedesmus obliquus  plastid  GCCUGCU2000009551UAGCUCAGU2000008551U2000090551GGCCAGAGCAUCCG2000009551U2000009551UUCAU2000002551ACGCGGAAA2000007551G2000008551UCACUAG2000005551U2000009551UCGAAUCUAGUAGCAGGCACCA
784 tdbR00000279  SO:0000266 tRNA  Met  CAU  Spinacia oleracea  plastid  ACCUACUUAACUCAGC2000090551GG2000008551U2000008551UAGAG2000009551UA2000009551U2000009551UGC2000009551UUUCAUACGGCGGGA2000007551G2000030551UCAUUGG2000005551U2000009551UCAAAUCCAAUAGUAGGUACCA
786 tdbR00000281  SO:0000266 tRNA  Met  CAU  Phaseolus vulgaris  mitochondrion  ACCUACUUGACUCAGC2000090551GG2000008551U2000008551UAGAGUA2000009551UCGC2000009551UUUCAU2000006551ACGGCGAGA2000007551G2000030551UCAUUGG2000005551U2000009551UCAAAUCCAAUAGUAGGUACCA
787 tdbR00000282  SO:0000266 tRNA  Met  >AU  Ascaris suum  mitochondrion  AA2000009551UAAGAU2000001551AGGAUAAGUUGAGUCU2000002551G2000009551UGAGGUU2000071551CAUACCCUCUUGGUGUUUUUCUCUUA2000009551UUGCCA
788 tdbR00000283  SO:0000266 tRNA  Met  >AU  Gallus gallus  mitochondrion  AGUAAGGUCAGCUAACUAAGCUA2000009551UCGGGCC2000071551CAUACCCCGAAAAUGAUGG2000005551U2000009551UUAACCCCUUCCCCUACUACCA
789 tdbR00000298  SO:0000256 tRNA  Asn  GUU  Asterias amurensis  mitochondrion  UGAGUUGU2000001551A2000002551GCCUAGUGGAAAGGCG2000009551U2000009551UUGGCCG2000009551UU2000061551AAC2000009551UAAAAGAUAGCAAGAUCA2000001551AUACUUGCCAGCUCAGCCA
790 tdbR00000299  SO:0000256 tRNA  Asn  GPU  Asterias amurensis  mitochondrion  UGGGUUGU2000001551AGCCUAAUGGAAAGGCAA2000009551UUGGCCG2000009551UU2000062551AACCAGGAGAUAACAAGAUCA2000001551AUACUUGUCAACUCAGCCA
791 tdbR00000320  SO:0000268 tRNA  Pro  NGG  Spinacia oleracea  plastid  AGGGAUGUA2000000999GCGCAGCUU2000090551GG2000008551UAGCGC2000009551U2000009551UUUGU2000009551UU2000000999UGG2000000999A2000009551UACAAAAU2000007551GUCACGGG2000005551U2000009551UCAAAUCCUGUCAUCCCUACCA
792 tdbR00000321  SO:0000268 tRNA  Pro  UGG  Saccharomyces cerevisiae  mitochondrion  CAGAUAGAAGCCAAAAGG2000008551UCAGGC2000002551GCUUUC2000009551UUUGG2000001551GAGAAAGACCUAGUUAG2000005551U2000009551UCGAGUCUAUCCUAUCUGACCA
793 tdbR00000322  SO:0000268 tRNA  Pro  UGG  Phaseolus vulgaris  mitochondrion  CGAGGUGUAGCGCAGUC2000008551U2000090551GG2000008551UCAGCGCAUCUGUUUUGG2000001551G2000009551UACAGAGG2000007551GCCAUAGG2000005551U2000009551UCGAAUCCUGUCACCUUGACCA
794 tdbR00000334  SO:0000259 tRNA  Gln  !UG  Hordeum vulgare  plastid  UGGGGCGUGGCCAAGU2000090551GG2000008551UAAGGCAGCGGGUU2000051551UUG2000000999AUCCCGUUAU2000008551UCGGAGG2000005551U2000009551UCGAAUCCUUCCGUCCCAGCCA
795 tdbR00000335  SO:0000259 tRNA  Gln  NUG  Nicotiana rustica  plastid  UGGGGCGUGGC2000009551UAAGU2000090551GG2000008551UAAGGCAACGGGUU2000000999UUG2000001551GUCCCGCUAUUCGGAGG2000005551U2000009551UCGAAUCCUUCCGUCCCAGCCA
796 tdbR00000336  SO:0000259 tRNA  Gln  NUG  Aedes albopictus  mitochondrion  UAUAUUUU2000001551AGUGUAUGAUGCACAAAAG2000009551UUU2000000999UUGAAACUUUUAGAAAUAGUUUAAUUCUAUUAAAUAUAACCA
797 tdbR00000360  SO:0001036 tRNA  Arg  ICG  Codium fragile  plastid  GGGUAUAUAACUCAG2000008551U2000090551GGA2000008551UUAGAGU2000009551U2000009551UAUGGCU2000009551ACG2000000999AACCAUAAA2000007551G2000008551UCGGGGG2000005551U2000009551UCGAAUCCCUCUAUACUCACCA
798 tdbR00000361  SO:0001036 tRNA  Arg  ACG  Saccharomyces cerevisiae  mitochondrion  AUAUCUUUAAUUUAA2000008551UGG2000008551UAAAAUA2000009551UUAGAAUACGAA2000009551UCUAAUUAUAUAGG2000005551U2000009551UCAAAUCCUAUAAGAUAUUCCA
799 tdbR00000362  SO:0001036 tRNA  Arg  NCU  Saccharomyces cerevisiae  mitochondrion  GCUCUCUUAGCUUAA2000008551UGG2000008551UUAAAGCA2000009551UAAUACU2000000999UCU2000062551AA2000009551UAUUAAUAUUCCAUG2000005551U2000009551UCAAAUCAUGGAGAGAGUACCA
801 tdbR00000364  SO:0001036 tRNA  Arg  ACG  Ascaris suum  mitochondrion  GGACGUU2000001551A2000001551AAUAGAUAAGCUA2000009551UGCC2000009551UAG2000009551UUACG2000001551G2000009551UC2000009551UGGGAAGAGAGUCG2000009551UCUUCCA
802 tdbR00000366  SO:0001036 tRNA  Arg  UCG  Rattus norvegicus  mitochondrion  AUGGUAAUU2000001551AGUUUAAAUAAAAUUAAUGA2000009551UUUCGAC2000009551UCAUUAGAUUAUGAUAAUAAUCAUAAUUACCAACCA
803 tdbR00000367  SO:0001036 tRNA  Arg  UCG  Bos taurus  mitochondrion  UGGUACUU2000001551AGUUUAAAAUAAAAUAAAUGAUUUCGAC2000009551UCAUUAGAUUAUGAUUUAAUUCAUAAUUACCAACCA
804 tdbR00000368  SO:0001036 tRNA  Arg  UCG  Mesocricetus auratus  mitochondrion  UGGUGAUU2000001551AGUUUAACUAAAAUUAAUGA2000009551UUUCGAC2000009551UCAUUAGAUUAUGACAUAUCUCAUAAUCACCAACCA
806 tdbR00000396  SO:0000269 tRNA  Ser  UGA  Saccharomyces cerevisiae  mitochondrion  GGAUGGUUGACUGAG2000008551UGG2000008551UUUAAAGU2000002551G2000009551UGAUA2000009551UUUGA2000001551GC2000009551UAUCAUUAGUCUUUAUUGGCUACGUAGG2000005551U2000009551UCAAAUCCUACAUCAUCCGCCA
807 tdbR00000397  SO:0000269 tRNA  Ser  UGA  Saccharomyces cerevisiae  mitochondrion  GGAUGGUUGACUGAG2000008551UGG2000008551UUUAAAGU2000002551GUGAUA2000009551UUUGA2000001551GC2000009551UAUCAUUAGUCUUUAUUGGCUACGUAGG2000005551U2000009551UCAAAUCCUACAUCAUCCGCCA
808 tdbR00000398  SO:0000269 tRNA  Ser  UCU  Ascaris suum  mitochondrion  GACAAAUGUUU2000009551UCAGGUCUUCU2000062551AAA2000009551UCUGUUUUGGAGAAAUCCG2000009551UUUGUUUCCA
809 tdbR00000399  SO:0000269 tRNA  Ser  GCU  Aedes albopictus  mitochondrion  GAAAUAUGUUGAUCAAGAAAAGCUGCU2000062551AA2000090551CU2000009551UUUUCUUUAAUGGUUUAAUUCCAU2000009551UAUAUUUCUCCA
810 tdbR00000400  SO:0000269 tRNA  Ser  7CU  Loligo bleekeri  mitochondrion  AAAGGUAAUUAGGAAUAAAA2000009551UAAAGCU2000007551GCU2000062551AAC2000009551UUUAUUUUGAGCAACUCAAAACUGUUCUACCUUUUCCA
812 tdbR00000402  SO:0000269 tRNA  Ser  GCU  Bos taurus  mitochondrion  GAAAAAGUAUGCAAGAACUGCU2000062551AAUUCUAUGCUC2000005551CCAUAUCUAAUAGUAUGGCUUUUUCGCCA
813 tdbR00000403  SO:0000269 tRNA  Ser  UGA  Bos taurus  mitochondrion  GAGAGAGACAUAGAGG2000008551UUAUGA2000009551UG2000009551U2000009551UGG2000003551CUUGA2000061551AACCAAUAGUAGGGGGU2000009551UCG2000001551AUUCCUUCCUUUCUUACCA
814 tdbR00000404  SO:0000269 tRNA  Ser  GCU  Homo sapiens  mitochondrion  GAGAAAGCUCACAAGAACUGCU2000062551AACUCAUGCCCCCAUGUCUA2000001551ACAACAUGGCUUUCUCACCA
815 tdbR00000405  SO:0000269 tRNA  Ser  GCU  Mesocricetus auratus  mitochondrion  GAGAAUGUAUGCAAGAGCUGCU2000062551AACUCCUGCUACCAUGUAUAAUAACAUGGCUUUCUUACCA
816 tdbR00000439  SO:0000270 tRNA  Thr  GGU  Spinacia oleracea  plastid  GCCCCUUUAACUCAGU2000090551GG2000008551UAGAGUAACGCCAUGGU2000662551AAGGCGUAA2000007551G2000008551UCAUCGG2000005551U2000009551UCAAAUCCGAUAAGGGGCUCCA
817 tdbR00000440  SO:0000270 tRNA  Thr  UGU  Neurospora crassa  mitochondrion  GCCUGGUUAGCAUAAAAG2000008551UAAUGCAAUUG2000009551UUUUGU2000062551AA2000009551UCAAUAGAAGCAAG2000005551UGCGAUACUUGCACUGGGCUCCA
818 tdbR00000441  SO:0000270 tRNA  Thr  UAG  Saccharomyces cerevisiae  mitochondrion  GUAAAUAUAAUUUAA2000008551UGG2000008551UAAAAU2000002551G2000009551UAUG2000009551UUUUUAG2000001551G2000009551UGCAUAUUAUCUAAG2000005551U2000009551UCAAAUCUUAGUAUUUACACCA
819 tdbR00000442  SO:0000270 tRNA  Thr  UGU  Bos taurus  mitochondrion  GUCUUUGU2000001551AGUACAUCUAAUAUACUGGU2000003551CUUGU2000062551AAACCAGAGAAGGAGAACAACUAACCUCCC2000009551UAAGA2000005551CUCCA
820 tdbR00000458  SO:0000273 tRNA  Val  NAC  Spinacia oleracea  plastid  AGGGCUAUAGCUCAGUUA2000090551GG2000008551UAGAGCACCUCGUU2000000999UACACCGAGAAA2000007551G2000000000NCUACGG2000005551U2000009551UCGAGUCCGUAUAGCCCUACCA
821 tdbR00000459  SO:0000273 tRNA  Val  UAC  Neurospora crassa  mitochondrion  GAGAGAUUAGCUCAGUUGG2000008551UAGAGCAACCGUUUUACACACGGAAGGUUGGGUG2000005551U2000009551UCGAAUCACCCAUUUCUCACCA
822 tdbR00000460  SO:0000273 tRNA  Val  UAC  Aedes albopictus  mitochondrion  CAAUUUAA2000001551A2000002551GCUUAAUUAGUAAAGUA2000009551U2000009551UUCAUUUAC2000062551A2000009551U2000009551UGAAAAGAAAUUUGUGCAAAUCAAU2000009551U2000009551UAAAUUGACCA
823 tdbR00000461  SO:0000273 tRNA  Val  UAC  Rattus norvegicus  mitochondrion  CAUAGUGU2000001551A2000002551GCUUAAUCACAAAGCA2000009551UCUGGCCUACACCCAGAAGAAUUCAUAAAAAUGAACACUUUGACCA
824 tdbR00000462  SO:0000273 tRNA  Val  UAC  Rattus norvegicus  mitochondrion  ACAGAUUGU2000001551A2000002551GCUUAAUCACAAAGCA2000009551UCUGGCCUACACCCAGAAGAAUUCAUAAAAAUGAACACUUUGACCA
825 tdbR00000463  SO:0000273 tRNA  Val  UAC  Bos taurus  mitochondrion  CAAGAUAU2000001551A2000002551GCUUAAACAAAGCA2000009551UCCAGUUUACACCUAGAAGACUUCAUUCAUUAUGAAUAUCUUGACCA
826 tdbR00000485  SO:0000271 tRNA  Trp  BCA  Nicotiana tabacum  plastid  GCGCUCUUAGUUCAGUUC2000090551GG2000008551UAGAACG2000009551UGGG2000009551UCU2000090551CCAAAACCCGAUG2000000999UCGUAGG2000005551U2000009551UCAAAUCCUACAGAGCGUGCCA
827 tdbR00000486  SO:0000271 tRNA  Trp  BCA  Phaseolus vulgaris  plastid  ACGCUCUUAGUUCAGUUC2000090551GGCAGAACG2000009551UGGG2000009551UCU2000090551CCA2000000999AAACCCGAU2000007551GUCGUAGG2000005551U2000009551UCAAAUCCUACAGAGCGUGCCA
828 tdbR00000487  SO:0000271 tRNA  Trp  CCA  Spinacia oleracea  plastid  GCGCUCUUAGUUCAGUUC2000090551GG2000008551UAGAAC2000002551G2000009551UGGG2000009551UCUCCA2000000999AAACCCGAUG2000000000NCGUAGG2000005551U2000009551UCAAGUCCUACAGAGCGUGCCA
829 tdbR00000488  SO:0000271 tRNA  Trp  !CA  Tetrahymena thermophila  mitochondrion  GGGGGAAUA2000002551GUUUAAUGG2000008551UAGAACAACGGUCU2000051551UCA2000061551AAA2000009551UCGUUAGCGUGGGUUCGAUUCCUGCUUCUCUCGCCA
830 tdbR00000489  SO:0000271 tRNA  Trp  NCA  Neurospora crassa  mitochondrion  AAGAGUAUAGUUUAAUGG2000008551UAAAACAGAAAGCU2000000999UCA2000000999ACCUUUAAAUUCUUAG2000005551U2000009551UCGAGUCUAAGUACUCUUGCCA
831 tdbR00000490  SO:0000271 tRNA  Trp  !CA  Saccharomyces cerevisiae  mitochondrion  AAGGAUAUAGUUUAA2000008551UGG2000008551UAAAACAGUUGA2000009551UU2000051551UCA2000000999AA2000009551UCAAUCAUUAGGAG2000005551U2000009551UCGAAUCUCUUUAUCCUUGCCA
832 tdbR00000491  SO:0000271 tRNA  Trp  BCA  Phaseolus vulgaris  mitochondrion  GCGCUCUUAGUUCAGUUC2000090551GG2000008551UAGAAC2000022551GCGGG2000009551UCU2000090551CCA2000000999AAACCCGAU2000007551G2000000000NCGUAGG2000005551U2000009551UCAAAUCCUACAGAGCGUGCCA
833 tdbR00000492  SO:0000271 tRNA  Trp  NCA  Rattus norvegicus  mitochondrion  AAGAAGUUU2000001551AGGAUAUACAGUCCAAGAGCCU2000000999UCA2002161551AAGCCCUUAGAAAACAAACAAGUUUAACUUCUGCCA
834 tdbD00003374  SO:0000271 tRNA  Trp  ʭCA  Bos taurus  mitochondrion  AGGAAUUU2000001551A2000002551GGUUAAACAGACCAAGAGCCU2000054551UCA2002161551AAGCCCUAAG2000005551CAAGUACAAUUUACUUAAUUCCUGCCA
835 tdbR00000514  tRNA  Ini  CAU  Scenedesmus obliquus  plastid  CGCAGGAUAGAGCAGUCU2000090551GG2000008551UAGCUC2000022551G2000009551UGGGGCUCAUAA2000009551UCCCAAU2000007551G2000008551UCGCAGG2000005551U2000009551UCAAAUCCUGCUCCUGCAACCA
836 tdbR00000515  tRNA  Ini  CAU  Phaseolus vulgaris  plastid  CGCGGAGUAGAGCAACUU2000090551GG2000008551UAGCUCGCAAGGCUCAUAACCUUGAA2000007551G2000030551UUACGGG2000005551U2000009551UCAAAUCCCGUCUCCGCAACCA
837 tdbR00000516  tRNA  Ini  CAU  Spinacia oleracea  plastid  CGCGGGGUAGAGCAGUUU2000090551GG2000008551UAGCUCGCAAGGCUCAUAACCUUGAG2000007551GUCACGGG2000005551U2000009551UCAAAUCCUGUCUCCGCAACCA
838   tRNA  Ini  CAU  Neurospora crassa  mitochondrion  UGCGGAUUAUUGUAA2000008551UAG2000008551UAACAUAUUUGGCUCAU2000001551G2000009551UCCGAAUGACAUAGGUGCAAAUCCUGUAUCCGCAUCCA
840 tdbR00000519  tRNA  Ini  CAU  Phaseolus vulgaris  mitochondrion  AGCGGGGUAGAGUAGU2000008551U2000090551GGU2000008551UAACUCA2000009551UCAGGCUCAUAA2000009551UCUGAAGAU2000008551UGCAGG2000005551U2000009551UCGAAUCCUGCCCCCGCCACCA
841 tdbR00000520  tRNA  Ini  CAU  Aedes albopictus  mitochondrion  AAAAAGAU2000001551AAGCUAAUUAAGCUA2000009551U2000009551UGGGUUCAU2000062551ACCCCACUUAUAAAGGUAAUAAUCCUU2000009551U2000009551UCUUUUUACCA
843 tdbR00000522  tRNA  Ini  >AU  Bos taurus  mitochondrion  AGUAAGGUCAGCUAAUUAAGCUA2000009551UCGGGCC2000071551CAUACCCCGAAAAUG2000009551UUGGUUUAUAUCCUUCCCGUACUACCA
844 tdbR00000548  SO:0000272 tRNA  Tyr  GUA  Scenedesmus obliquus  plastid  GGGCCGAUGCCGAAGU2000000999U2000090551GG2000008551UUAAUGGGGCGGA2000009551UUGUA2002161551AA2000009551UCCGCUGGUUACGCCUACGUUGG2000005551U2000009551UCGAAUCCGACUCGGCCCACCA
845 tdbR00000549  SO:0000272 tRNA  Tyr  QUA  Tetrahymena pyriformis  mitochondrion  GAGAUGGUG2000002551GCUGAGUGG2000008551U2000008551UAAAGC2000022551GG2000009551UAGACU2000042551GUA2000000999AA2000009551UC2000009551UAU2000090551UGGGUAUCCGUCGUCGG2000005551U2000009551UCGAGUCCGAUCCAUCUCACCA
846   SO:0000272 tRNA  Tyr  GUA  Neurospora crassa  mitochondrion  AGGAGGGUUCCGUUUGUUGG2000008551UAUGACGG2000022551G2000009551UUAAGCUGUA2000000999AACUUAAUGACUAAUUAGU2000005551CGU2000000999CGAAGG2000005551U2000009551UCAAUUCCUUUCUCUCCUACCA
848 tdbR00000552  SO:0000272 tRNA  Tyr  .UA  Phaseolus vulgaris  mitochondrion  GGGAGAGUGGCCGAG2000008551U2000090551GG2000008551UCAAAAGC2000002551GACAGACU2000000000NUA2000000999AA2000009551UCUGUUGAAGUUUUUCUACGUAGG2000005551U2000009551UCGAAUCCUGCCUCUCCCACCA
849   SO:0000272 tRNA  Tyr  GUA  Asterias amurensis  mitochondrion  GGCAGGGU2000001551GGCAGAA2000001551AGU2000008551UAAUGCAC2000009551UAAA2000009551UUGUA2002161551AAU2000009551UUAUAAAUAAAGGU2000009551UUAAUUCCUUUUCUUGCCACCA
850 tdbR00000590  SO:0000260 tRNA  Glu  !UC  Ascaris suum  mitochondrion  GAGAUAUU2000001551AGUAUAAAUUUUUUGUA2000009551UA2000009551UU2000009551UCU2000009551UU2000051551UUC2000001551GAAGAAAAGGUUUAUUAUC2000009551UUACCA
851 tdbR00000591  SO:0000265 tRNA  Lys  !UU  Ascaris suum  mitochondrion  GGGGUGUU2000001551AACUUAAGUUUAAAG2000009551U2000022551G2000009551U2000009551UAGAUU2000051551UUU2000062551AA2000009551UCUGGAAAUGGGUUGUCACA2000009551UCCUGCCA
852 tdbR00000592  SO:0000259 tRNA  Gln  !UG  Ascaris suum  mitochondrion  UAUACUUU2000001551AGUUUAGGAAGAAUA2000009551UUUA2000009551U2000009551UU2000051551UUG2000001551G2000009551UG2000009551UAAAAGGGUUGUAGUA2000009551UAGCCA
853 tdbR00000593  SO:0000271 tRNA  Trp  $CA  Ascaris suum  mitochondrion  ACAGAUUU2000001551AAGUUAAGUUUAAACUC2000009551U2000009551UGG2000009551U2000009551UU2000251551UCA2002161551AAACCAAAAAUUUUACUC2000009551UGUACCA
854 tdbR00000594  SO:0000264 tRNA  Leu  $AA  Ascaris suum  mitochondrion  G2000009551UUGUUAU2000001551AGCAUAAGAAGUGCA2000009551U2000009551UUG2000009551U2000009551UU2000251551UAA2000001551GCG2000009551UAAAAGAUAUGGGACAACUCCA
855 tdbR00000609  SO:0000264 tRNA  Leu  UA7  Chlamydomonas reinhardtii  plastid  GCCUUCGUGAUCGGAAU2000090551GG2000008551UAGAGAUCCUGGUCUUA2000007551G2000001551GAACCAGCUGCUGAAAGGCGGCGG2000005551U2000009551UCAAAUCCGCCCGAAGGCACCA
856 tdbR00000622  SO:0000258 tRNA  Cys  GCA  Nicotiana rustica  plastid  GGCGACAUGGCCGAGU2000090551GG2000008551UAAGGCAGAGGACUGCA2000061551AA2000009551UCCUUUUUUCCCCAG2000005551U2000009551UCAAAUCCGGGUGUCGCCUCCA
857 U53879  S0:0000375 rRNA  LSU-S  5.8S  Saccharomyces cerevisiae  eukaryotic cytosol   AAACUUUCAACAACGGAUCUCUUGGUUCUCGCAUCGAUGAAGAACGCAGCGAAAUGCGAUACGUAAUGUGAA2000009551UUGCAGAAUUCCGUGAAUCAUCGAAUCUUUGAACGCACAUUGCGCCCCUUGGUAUUCCAGGGGGCAUGCCUGUUUGAGCGUCAUUU
858 X52322  S0:0000375 rRNA  LSU-S  5.8S  Arabidopsis thaliana  eukaryotic cytosol   AAAACGACUCUCGGCAACGGAUAUCUCGGCUCUCGCAUCGAUGAAG2000090551AACGUAGCGAAAUGCGAUACUUGGUGUGAAU2000009551U2000090551GCAGAAUCCCGUGAACCAUCGAGUCUUUGAACGCAAGUUGCGCCCCAAGCCUUCUGGCCGAGGGCACGUCUGCCUGGGUGUCACA
859 J01866  S0:0000375 rRNA  LSU-S  5.8S  Homo sapiens  eukaryotic cytosol   CGACUCUUAGCGG2000090551UGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCGCUAGC2000009551UGCGAGAAUUAAUG2000009551UGAAUU2000090551GCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
885 tdbD00001448  SO:0000265 tRNA  Lys  ƕUU  Homo sapiens  mitochondrion  CACUGUAA2000001551A2000002551GCUAACUUAGCA2000009551U2000009551UAACCU2000254551UUU2000062551AAGUUAAAGAUUAAGAGAACCAACACCUCUUUACAGUGACCA
886 tdbD00002227  SO:0000268 tRNA  Pro  UGG  Homo sapiens  mitochondrion  CAGAGAAU2000001551AGUUUAAAUUAGAAUC2000009551U2000009551UAGC2000009551UUUGG2000001551G2000009551UGCUAAUGGUGGAG2000005551U2000009551UAAAGACUUUUUCUCUGACCA
887 tdbD00000493  SO:0000257 tRNA  Asp  QUC  Homo sapiens  mitochondrion  AAGGUAUU2000001551A2000002551GAAAAACCAUUUCA2000009551UAACUUU2000042551GUCAAAGUUAAAUUAUAGGCUAAAUCCUAUAUAUCUUACCA
888 tdbD00001740  SO:0000264 tRNA  Leu  UAG  Homo sapiens  mitochondrion  ACUUUUAA2000001551A2000002551GGAUAACAGCUAUCCA2000009551U2000009551UGG2000009551UCUUAG2000001551GCCCCAAAAAUUUUGGUGCAACUCCAAAUAAAAGUACCA
889 tdbD00003493  SO:0000266 tRNA  Met  >AU  Homo sapiens  mitochondrion  AGUAAGGUCAGCUAAAUAAGCUA2000009551UCGGGCC2000071551CAUACCCCGAAAAUG2000009551UUGGUUAUACCCUUCCCGUACUACCA
890 tdbD00006728  SO:0000264 tRNA  Leu  &AG  Thermoplasma acidophilum  prokaryotic cytosol  GCGGAGG2000074551U2000074551UGUC2000103551GA2000103551GACUGGCCAAAGGC2000022551GAUGGAUU2000053551UAG2000001551GG2000009551UCCAUUCCCGAAGGGGUUC2000007551GAGGG2000009551U2000009551U2000090551CA2000001551AAUCCCUCCCUCCGCACCA
891 tdbD00000184  SO:0000254 tRNA  Ala  UGC  Bos taurus  mitochondrion  GAGGAUUU2000001551A2000002551GCUUAAUUAAAGU2000002551GG2000009551UUGAUUUGCAU2000009551UCAAUUGAUGUAAGGUG2000009551UAGUCUUGCAAUCCUUACCA
892 tdbD00000342  SO:0000258 tRNA  Cys  GCA  Bos taurus  mitochondrion  AGCCCUGU2000001551GGUGAAUUUACACG2000009551U2000009551UGAA2000009551UUGCA2000061551AA2000009551UUCAGAGAAGCAGCUUCA2000001551AUUCUGCCGGGGCUUCCA
893 tdbD00000476  SO:0000257 tRNA  Asp  QUC  Bos taurus  mitochondrion  GAGGU2000002551GUU2000001551AGUAAAACAUUAUA2000009551UAAU2000009551UUU2000042551GUCAAAGUUAAGUUACAAGUGAAAGUCCUGUACACCUCACCA
894 tdbD00001071  SO:0000262 tRNA  His  QUG  Bos taurus  mitochondrion  GUAAAUAU2000001551A2000002551GUUUAACAAAAACA2000009551UUAGAUU2000042551GUGAA2000009551UCUAACAAUAGAAACUCAUUACCUUCUUAUUUACCCCA
895 tdbD00002044  SO:0000256 tRNA  Asn  QUU  Bos taurus  mitochondrion  UAGAUUGA2000001551A2000002551GCCAGUUAGCUAGGGUG2000009551U2000009551UUAGCU2000042551GUU2000062551AACUAAAGUUU2000005551CGUGGGGGUGGAGCCCACCAGUCUAGCCA
896 tdbD00002209  SO:0000268 tRNA  Pro  UGG  Bos taurus  mitochondrion  CAGGGAAU2000001551A2000002551GUUUAAAUAGAACU2000009551UCAGCUUUGG2000001551GGGUUGAUGGUGAGACUGCAGUUUCUUCCUUGACCA
897 tdbD00003624  SO:0000272 tRNA  Tyr  QUA  Bos taurus  mitochondrion  GGUAAAAU2000001551G2000002551GCUGAGCAAAGCAU2000009551UAGACU2000042551GUA2002161551AA2000009551UCUAAAGAUAGAGGU2000009551UUGACUCCUCUUUUUACCACCA
898 tdbD00002356  SO:0000259 tRNA  Gln  ƕUG  Bos taurus  mitochondrion  UAGAAUUU2000001551GGUGUAAUUGGGAGCACGAAGAGUU2000254551UUG2000001551GA2000009551U2000009551UCUUAGGAGUAGGU2000009551UCGAUUCCUAUAGUUCUAGCCA
899   SO:0000266 tRNA  Met  ʭAU  Halocynthia roretzi  mitochondrion  GGUAAUAU2000001551A2000002551GGUUAAUAUAAACCAGAAAGUU2000054551UAUU2000009551UCUUUCUAAUAACGAAUG2000009551UUUAUUACUUCCA
900 PMID:21873425  SO:0000271 tRNA  Trp  ʭCA  Halocynthia roretzi  mitochondrion  AGGAGAUU2000001551A2000002551GUUUAAGUUAAAUCAAUUGUUU2000054551UCA2002161551AAACAGUAGUUAUAUAGAAUGAUUAUAUAUUUCCUGCCA
901 PMID:21873425  SO:0000266 tRNA  Met  CAU  Halocynthia roretzi  mitochondrion  ACAACAGU2000001551AAACUAUGAAAAAGUUUGUGGGGUUCAU2000001551GGUCCUGAUAAUGUGAUAUUAAAAUAUAUUGCCUGUUGAACCA
902 tdbR00000046  SO:0000260 tRNA  Glu  {UC  Escherichia coli  prokaryotic cytosol  GUCCCCU2000074551UCGUC2000009551UAGAGGCCCAGGACACCGCCCU2002511551UUC2000002551ACGGCGGUAACAGGGG2000005551U2000009551UCGAAUCCCCUAGGGGACGCCA
903   SO:0000264 tRNA  Leu  UAG  Escherichia coli  prokaryotic cytosol  GCGGGAGUGGCGAAA2000008551U2000008551U2000090551GGUAGACGCACCAGAUU2000502551UAG2000001551G2000009551UUCUGGCGCCGCAAGGUGUGCGAG2000005551U2000009551UCAAGUCUCGCCUCCCGCACCA
904   SO:0000254 tRNA  Ala  UGC  Lactococcus lactis  prokaryotic cytosol  GGGGCCU2000074551UAGCUCAGCUGGGAGAGCGCCUGCUU2000501551UGC2000062551ACGCAGGAG2000007551GUCAGCGGUUCGAUCCCGCUAGGCUCCACCA
905   SO:0001036 tRNA  Arg  ACG  Lactococcus lactis  prokaryotic cytosol  GCAGGCGUGGCUCAAC2000008551UGGA2000008551UAGAGUACCUGACU2000009551ACGAAUCAGGCGGUUGUAGGUUCGAAUCCUACCGCUUGCACCA
906   SO:0001036 tRNA  Arg  UCU  Lactococcus lactis  prokaryotic cytosol  GGUCCGAUAGCUCAGCUGGA2000008551UAGAGCAUUCGCCUUCUAAGCGAACG2000007551GUCGAGGGUUCGAAUCCCCCUCGGAUCACCA
907 tdbD00001946  SO:0000256 tRNA  Asn  GUU  Lactococcus lactis  prokaryotic cytosol  UGCGGAU2000074551UAGCUCAGUUGGUAGUAGCGCAUGACUGUU2000062551AAUCAUGAU2000007551GUCGUCAGUUCGAGUCUGACAUCCGCAG
909   SO:0000259 tRNA  Gln  UUG  Lactococcus lactis  prokaryotic cytosol  UGGGGUA2000074551UAGCCAAGCGG2000008551UAAGGCAAGGGACU2002511551UUUGACUCCCUCAUGCGUUGGUUCGAAUCCAGCUACCCCAG
910   SO:0000258 tRNA  Cys  GCA  Streptomyces griseus  prokaryotic cytosol  GACCGUGUGCCCGAGAGGCU2000090551CAGGGGCUCGA2000090551CUGCAACUCGAGUUACACCGGUUCG2000001551A2000001551AUCCGGUCACGGUCUCCG
911   SO:0000259 tRNA  Gln  CUG  Streptomyces griseus  prokaryotic cytosol  UGGGCUAUG2000090551CUGUAAU2000008551UGGCAACACUACGGUUUCUGGUACCGUCAUUCUAGGUUCGAGUCCUGGUAGCCCAG
912   SO:0000259 tRNA  Gln  UUG  Streptomyces griseus  prokaryotic cytosol  UCCCCCAUG2000001551GUGUAAUCAGGCAGCACUGCGGUUUUUGGUACCGUCUGUUCAGGUUCA2000001551AAUCCUGAUGGGGGAG
913   SO:0000260 tRNA  Glu  CUC  Streptomyces griseus  prokaryotic cytosol  GCCCCCGUUGUG2000090551UAGCGGCCUAGCACGCUGCCCUCUCACGGCAGUAGCGCCGGUUCG2000001551A2000001551AUCCGGUCGGGGGUACAA
914   SO:0000260 tRNA  Glu  CUC  Streptomyces griseus  prokaryotic cytosol  GCCCCCGUUGUG2000090551UAGCGGCCUAGCACGCUGCCCUCUCACGGCAGUAGCGCCGGUUCG2000001551A2000001551AUCCGGUCGGGGGUA
916   SO:0000261 tRNA  Gly  GCC  Streptomyces griseus  prokaryotic cytosol  GCG2000001551GACGUAGCU2000090551CAGU2000008551UGG2000008551UAGAGCGCAACCUUGCCAAGGUUGAGGUCGCCAGUUCGAACCUGGUCGUCCGCUCCA
917   SO:0000261 tRNA  Gly  GCC  Streptomyces griseus  prokaryotic cytosol  GCG2000001551GACGUAGCU2000090551CAGU2000008551UGG2000008551UAGAGCGCAACCUUGCCAAGGUUGAGGUCGCCAGUUCGAACCUGGUCGUCCGCU
918   SO:0000261 tRNA  Gly  CCC  Streptomyces griseus  prokaryotic cytosol  GCGG2000001551GUGUAGUUUAAUGG2000008551UAGAACAUGAGCUUCCCAAGCUCAGAGCGCGAGUUCGAUUCUCGUCACCCGCU
919   SO:0000261 tRNA  Gly  UCC  Streptomyces griseus  prokaryotic cytosol  GCGGGCGUAGCUCAAUGG2000008551UAGAGCCCUAGUCUUCCAAACUAGCUACGCGGGUUCG2000001551AUUCCCGUCGCCCGCUCCA
920   SO:0000262 tRNA  His  GUG  Streptomyces griseus  prokaryotic cytosol  GUGGGUAUAGCU2000090551CAGCUGGCAGAGCACCUGGUUGUG2000001551GUUCAGGAU2000007551GUCGCGGGUUCA2000001551AGUCCCGUUACUCACC
921   SO:0000258 tRNA  Ile  GAU  Streptomyces griseus  prokaryotic cytosol  GGGGCUAUAGCU2000090551CAGU2000008551UGG2000008551U2000008551UAGAGCGCAUCCCUGAU2000062551AAGGAUGAGGGUUCA2000001551AAUCCUGUUAGCCCCACCA
922   SO:0000264 tRNA  Leu  GAG  Streptomyces griseus  prokaryotic cytosol  GUCCGG2000001551GUGGCGGAAUGGCAGACGCGCUAGC2000090551UUGAG2000001551GUGCUAGUGCCCUUUAUCGGGCGUGGGGGUUCA2000001551AGUCCCCCCUCGGACACCA
923   SO:0000264 tRNA  Leu  CAG  Streptomyces griseus  prokaryotic cytosol  GCGCGAGUGGCGGAACGGCAGACGCGCUGGCUUCAG2000001551GUGCCAGUGUCCUUAGGGACGUGGGGGUUCAAAUCCCCCCUCGCGCACGA
924   SO:0000264 tRNA  Leu  UAA  Streptomyces griseus  prokaryotic cytosol  GCCCGGAUG2000001551GUGGAACG2000008551UAGACACGGCGAGCUUAAACCUCGCUGCCCCUCGGGGGCGUGCCGGUUCGAGUCCGGCUCCGGGCACUA
925   SO:0000257 tRNA  Asp  GUC  Lactococcus lactis  prokaryotic cytosol  GGUUCUGUAGUGUAGCGG2000008551U2000008551UAUCACGUCGCCCUGUCACGGCGAAGAUCGCGGGUUCGAUUCCCGUCAGAACCG
926   SO:0000260 tRNA  Glu  UUC  Lactococcus lactis  prokaryotic cytosol  GGUCCGUUGGUC2000001551AAGGGGUUAAGACACCGCCUUUUCACGGCGGUAACACGGGUUCGAAUCCCGUACGGACUA
927   SO:0000261 tRNA  Gly  GCC  Lactococcus lactis  prokaryotic cytosol  GCGAACGUAGUUCAGGGGUAGAACACAACCUUGCCAUGGUUGGG2000007551GUCGCGAGUUCGAAUCUCGUCGUUCGCU
928 tdbD00000829  SO:0000261 tRNA  Gly  UCC  Lactococcus lactis  prokaryotic cytosol  GCGGAUGUAGUUUAAUGGUAGAACCCCAGCCUUCC2000006551AAGCUGGCUACGCGAGUUCGAUUCUCGUCAUCCGCU
929   SO:0000265 tRNA  Lys  CUU  Streptomyces griseus  prokaryotic cytosol  GCGCC2000001551GUUAGCU2000090551CAGU2000008551UGG2000008551U2000008551UAGAGCAGCUGACUCUU2000062551AAUCAGCGG2000007551GUCCGGGGUUCGAGUCCCUGACGGCGCACGA
930   SO:0000265 tRNA  Lys  CUU  Streptomyces griseus  prokaryotic cytosol  GCGCC2000001551GUUAGCU2000090551CAGU2000008551UGG2000008551U2000008551UAGAGCAGCUGACUCUU2000062551AAUCAGCGG2000007551GUCCGGGGUUCGAGUCCCUGACGGCGCA
931   SO:0000265 tRNA  Lys  UUU  Streptomyces griseus  prokaryotic cytosol  GGGCC2000001551GUUAGCU2000090551CAAU2000008551UGGUCAGAGCAGCGGACUUUUAAUCCGUUG2000007551GUUGUGGGUUCGAGUCCCACACGGCCUACCG
932   SO:0000266 tRNA  Met  CAU  Streptomyces griseus  prokaryotic cytosol  GGGGCGGUAGCU2000090551CAGCC2000002551GG2000008551U2000008551UAGAGCAGCGGACUCAUAAUCCGUCGGCCGUGGGUUCGAGUCCCACCCGCCCCACCG
933   SO:0000266 tRNA  Met  CAU  Streptomyces griseus  prokaryotic cytosol  CGCGGGGUGGAGCAGCUCGG2000008551UAGCUCGCUGGGCUCAUAACCCAGAGGUCGCAGGUUCA2000001551AAUCCUGUCCCCGCUA
934   SO:0000266 tRNA  Met  CAU  Streptomyces griseus  prokaryotic cytosol  AGCGGUGUAGCU2000090551CAGUCGG2000008551UAGAGCAAGCGGCUCAU2000062551AAUCGCUGU2000007551GUCACCGGUUCA2000001551AGUCCGGUCACCGCUACUA
935   SO:0000267 tRNA  Phe  GAA  Streptomyces griseus  prokaryotic cytosol  GGCUGGGUAGCU2000090551CAGU2000008551UGGUACGAGCGAUCGCCUGAA2002160551AAGCGAUAGGUCGCCGGUUCGAUCCCGGCCCCAGCCACCA
936   SO:0000267 tRNA  Phe  GAA  Streptomyces griseus  prokaryotic cytosol  GGCUGGGUAGCU2000090551CAGU2000008551UGGUACGAGCGAUCGCCUGAA2002161551AAGCGAUAGGUCGCCGGUUCGAUCCCGGCCCCAGCCACCA
937   SO:0000268 tRNA  Pro  GGG  Streptomyces griseus  prokaryotic cytosol  CGGGACGUGGCGCAGCUUGG2000008551UAGCGCACUUGA2000090551CUGGGGGUCAAGGGGUCGCAGGUUCA2000001551AAUCCUGUCGUCCCGA
938 tdbD00000829  SO:0000261 tRNA  Gly  UCC  Lactococcus lactis  prokaryotic cytosol  GCGGAUGUAGUUUAAUGGUAGAACCCCAGCCU2000501551UCC2000006551AAGCUGGCUACGCGAGUUCGAUUCUCGUCAUCCGCU
939 tdbD00001153  SO:0000258 tRNA  Ile  GAU  Lactococcus lactis  prokaryotic cytosol  GGGAGUU2000074551UAGCUCAGUUGG2000008551U2000008551UAGAGCACUGUGUUGAU2000062551AACGCAGGG2000007551GUCCCAGGUUCGAAUCCUGGAAUUCCCA
940   SO:0000268 tRNA  Pro  CGG  Streptomyces griseus  prokaryotic cytosol  CGGGGUGUAGCGCAGCUUGGCAGCGCGCUUCGUUCGG2000001551GACGAAGAGGUCGUGGGUUCAAAUCCCGCCACCCCGA
941   SO:0000265 tRNA  Lys  CUU  Lactococcus lactis  prokaryotic cytosol  GGCCCGGUAGCUCAGUUGGUAGAGCAGUAGACUCUU2000062551AAUCUAUGG2000007551GUCCAGGGUUCGAGCCCCUGCCGAGCCA
942   SO:0000268 tRNA  Pro  UGG  Streptomyces griseus  prokaryotic cytosol  CGGGGUGUGGCGCAGCUUGG2000008551UAGCGCGUCCGCUUUGG2000001551GAGCGGAAGGUCGUCGGUUCG2000001551A2000001551AUCCGGCCACCCCGACCA
943   SO:0000265 tRNA  Lys  UUU  Lactococcus lactis  prokaryotic cytosol  GACUCGU2000074551UAGCUCAGUUGGUAGAGCAUUUGACU2000251551UUU2000062551AAUCAAAGG2000007551GUCGCUGGUUCGAGCCCAGC2000006551ACGGGUCACUA
944   SO:0000265 tRNA  Lys  UUU  Lactococcus lactis  prokaryotic cytosol  GACUCGU2000074551UAGCUCAGUUGGUAGAGCAUUUGACU2000251551UUU2000062551AAUCAAAGG2000007551GUCGCUGGUUCGAGCCCAGC2000006551ACGGGUCA
945   SO:0000266 tRNA  Met  CAU  Lactococcus lactis  prokaryotic cytosol  GGAUCUUUAGCUCAGUUGG2000008551U2000008551UAGAGCUAUCGGCU2000021551CAU2000006551AACCGAUCG2000007551GUCGCUGGUUCGAAUCCAGCAAGAUCCA
946   SO:0000266 tRNA  Met  CAU  Lactococcus lactis  prokaryotic cytosol  GGCGGUGUAGCUCAGCUGGCUAGAGCGUUCGGUU2000042551CAU2000006551ACCCGAGAG2000007551GUCGGGGGUUCGAUCCCCUUCGCCGCUA
947   SO:0000269 tRNA  Ser  GGA  Streptomyces griseus  prokaryotic cytosol  GGAGGAUUCGCCUAGUGGCCUAGGGCGCACGC2000090551UUGGA2000060551AAGCGUGUUGGGGGCAACCCCUCACGAGUUCG2000001551A2000001551AUCUCGUAUCCUCCGCCA
948   SO:0000269 tRNA  Ser  GGA  Streptomyces griseus  prokaryotic cytosol  GGAGGAUUCGCCUAGUGGCCUAGGGCGCACGC2000090551UUGGA2002160551AAGCGUGUUGGGGGCAACCCCUCACGAGUUCG2000001551A2000001551AUCUCGUAUCCUCCGCCA
949   SO:0000269 tRNA  Ser  GGA  Streptomyces griseus  prokaryotic cytosol  GGAGGAUUCGCCUAGUGGCCUAGGGCGCACGC2000090551UUGGA2000061551AAGCGUGUUGGGGGCAACCCCUCACGAGUUCG2000001551A2000001551AUCUCGUAUCCUCCGCCA
950   SO:0000269 tRNA  Ser  GGA  Streptomyces griseus  prokaryotic cytosol  GGAGGAUUCGCCUAGUGGCCUAGGGCGCACGC2000090551UUGGA2002161551AAGCGUGUUGGGGGCAACCCCUCACGAGUUCG2000001551A2000001551AUCUCGUAUCCUCCGCCA
951   SO:0000269 tRNA  Ser  CGA  Streptomyces griseus  prokaryotic cytosol  GG2000090551UAGCGUGUCCGAGCGGCC2000090551GAAGGAGCUCGCCUCGA2000060551AAGCGAGUGUGGCGUAACCCGUCACCGUGGGUUCAAAUCCCACCGCUACCG
952 tdbD00003427  SO:0000266 tRNA  Met  CAU  Lactococcus lactis  prokaryotic cytosol  CGCGGGAUGGAGCAGCUAGGUAGCUCGUCGGGCUCAUAACCCGAAG2000007551GUCAUAGG2000005551UUCAAAUCCUAUUCCCGCAA
953   SO:0000267 tRNA  Phe  GAA  Lactococcus lactis  prokaryotic cytosol  GGCUCGGUAGCUCAGUUGGUAGAGCAAUGGAUUGAAGCUCCAUGU2000007551GUCGGCGGUUCGAUUCCGUCUCGCGCCA
954   SO:0000268 tRNA  Pro  UGG  Lactococcus lactis  prokaryotic cytosol  CGGGAAGUAGCUCAGCUUGGUAGAGUACUUGGUU2000501551UGG2000001551GACCAAGGU2000007551GUCGCAGGUUCGAAUCCUGUCUUCCCGA
955   SO:0000269 tRNA  Ser  GGA  Lactococcus lactis  prokaryotic cytosol  GGAGAAGUGUCCGAGUGGCCGAAGGAGC2000006551ACGCCUGGAAAGUGUGUAUACGUCACAAGCGUAUCGGGGGUUCGAAUCCCCUCUUCUCCU
956   SO:0000269 tRNA  Ser  GCU  Lactococcus lactis  prokaryotic cytosol  GGGGGGUUACUCAAGAGGCUGAAGAGGACGGUU2000501551UGCU2000062551AAAAUCGU2000074551UAG2000007551GUCGGGAAACCGGCGCGAGGGUUCGAAUCCCUUACCCCCCU
957   SO:0000269 tRNA  Ser  CGA  Streptomyces griseus  prokaryotic cytosol  GG2000090551UAGCGUGUCCGAGCGGCC2000090551GAAGGAGCUCGCCUCGA2002160551AAGCGAGUGUGGCGUAACCCGUCACCGUGGGUUCAAAUCCCACCGCUACCG
958   SO:0000270 tRNA  Thr  GGU  Lactococcus lactis  prokaryotic cytosol  GCCGUUGUAGCUCAGUCGGUAGAGCAGCACCAUGGUAAGGUGAAG2000007551GUCGACAGUUCGAUUCUGUUCAAUGGCA
959   SO:0000269 tRNA  Ser  CGA  Streptomyces griseus  prokaryotic cytosol  GG2000090551UAGCGUGUCCGAGCGGCC2000090551GAAGGAGCUCGCCUCGA2000061551AAGCGAGUGUGGCGUAACCCGUCACCGUGGGUUCAAAUCCCACCGCUACCG
960   SO:0000270 tRNA  Thr  CGU  Lactococcus lactis  prokaryotic cytosol  GCCGAGU2000074551UAGCUCAGUCGGUAGAGCACUUCACUCGU2000062551AACGAAGGGGUCACAGGUUCGAUUCCUGCACUCGGCA
961   SO:0000269 tRNA  Ser  CGA  Streptomyces griseus  prokaryotic cytosol  GG2000090551UAGCGUGUCCGAGCGGCC2000090551GAAGGAGCUCGCCUCGA2002161551AAGCGAGUGUGGCGUAACCCGUCACCGUGGGUUCAAAUCCCACCGCUACCG
962   SO:0000270 tRNA  Thr  UGU  Lactococcus lactis  prokaryotic cytosol  GCCGACU2000074551UAGCUCAGUUGGUAGAGCAUCUGAUU2000501551UGU2000062551AAUCAGAGG2000007551GUCGCGUGUUCGAAUCAUGUAGUCGGCA
963   SO:0000272 tRNA  Tyr  GUA  Lactococcus lactis  prokaryotic cytosol  GGAAGGGUAGCGAAGAGGCUAAACGCGGCGGACUGUA2000061551AAUCCGCUCCUUCGGGUUCGGGGGUUCGAAUCCCUCCCCUUCCA
964   SO:0000273 tRNA  Val  UAC  Lactococcus lactis  prokaryotic cytosol  GGGAGUU2000074551UAGCUCAGCUGGGAGAGCAUCUGCCU2000501551UAC2000006551AAGCAGAGG2000007551GUCAGCGGUUCGAUCCCGUUAACUCCCA
965   SO:0000254 tRNA  Ala  GGC  Streptomyces griseus  prokaryotic cytosol  GGGGCUAUAGCU2000090551CAGU2000008551UGG2000008551UAGAGCGCCUGCAUGGCAUGCAGGAG2000007551GUCAGGAGUUCA2000001551AUUCUCCUUAGCUCCACAA
966   SO:0000254 tRNA  Ala  GGC  Streptomyces griseus  prokaryotic cytosol  GGGGCUAUAGCU2000090551CAGU2000008551UGG2000008551UAGAGCGCCUGCAUGGCAUGCAGGAG2000007551GUCAGGAGUUCA2000001551AUUCUCCUUAGCUCCA
967   SO:0000254 tRNA  Ala  CGC  Streptomyces griseus  prokaryotic cytosol  GGGCCUGUGGCGCAGUCUGG2000008551UAGCGCACCUCGUUCGCAUCGAGGGGGUCUGGGGUUCA2000001551AAUCCCCACAGGUCCA
968   SO:0000254 tRNA  Ala  UGC  Streptomyces griseus  prokaryotic cytosol  GGGGCCUUAGCU2000090551CAGU2000008551UGG2000008551UAGAGCGCUGCCUUUGCAAGGCAGAUGUCAGGAGUUCGAAUCUCCUAGGCUCCA
969   SO:0001036 tRNA  Arg  ACG  Streptomyces griseus  prokaryotic cytosol  GCACUCGUAGCU2000090551UAACGGA2000008551UAGAGCAUCUGACU2000009551ACG2000001551GAUCAGAAG2000007551GUUGCAGGUUCG2000001551AAUCCUGCCGAGUGCA
970   SO:0001036 tRNA  Arg  CCG  Streptomyces griseus  prokaryotic cytosol  GCCCCCGUAGCU2000090551CAG2000090551GGGA2000008551UAGAGCAUCGGCCUCCG2000001551GAGCCGGGUGCGCAGGUUCG2000001551AAUCCUGCCGGGGGCA
971   SO:0001036 tRNA  Arg  CCU  Streptomyces griseus  prokaryotic cytosol  GCCUUCGUAGCU2000090551CAG2000090551GGGA2000008551UAGAGCACCGCUCUCCU2000062551AAAGCGGGUGUCGCAGGUUCG2000001551AAUCCUGCCGGGGGCA
972   SO:0000258 tRNA  Cys  GCA  Streptomyces griseus  prokaryotic cytosol  GGUGGAGUGGCC2000001551GAGAGGCGAGGCAACGGCCUGCA2002161551AAGCCGUCUACACGGGUUCAAAUCCCGUCUCCACCUCCA
973   SO:0000258 tRNA  Cys  GCA  Streptomyces griseus  prokaryotic cytosol  GGUGGAGUGGCC2000001551GAGAGGCGAGGCAACGGCCUGCA2002160551AAGCCGUCUACACGGGUUCAAAUCCCGUCUCCACCUCCA
974   SO:0001036 tRNA  Arg  UCU  Streptomyces griseus  prokaryotic cytosol  GCCCCCGUAGCU2000090551CAGUGGA2000008551UAGAGCAGGCGCCUUCUAAGCGCUUGGCCGCAGGUUCGAGUCCUGCCGGGGGCG
975   SO:0000256 tRNA  Asn  GUU  Streptomyces griseus  prokaryotic cytosol  UCCCCUGUAGCU2000090551CAAU2000008551UGGCAGAGCAGCCGGCUGUU2000062551AACCGGCAG2000007551GUUACUGGUUCGAGUCCAGUCGGGGGAG
976   SO:0000256 tRNA  Asn  GUU  Streptomyces griseus  prokaryotic cytosol  UCCCCUGUAGCU2000090551CAAU2000008551UGGCAGAGCAUUCGGCUGUU2000062551AACCGGAGG2000007551GUUACUGGUUCGAGUCCAGUCGGGGGAG
977   SO:0000269 tRNA  Ser  UGA  Streptomyces griseus  prokaryotic cytosol  GGUGGGUUGCCCGAGCGGCCUAAGGGAACGGUCUUGA2002161551AAACCGUCGUGGCAGCGAUGUCACCGUGGGUUCAAAUCCCACACCCACCG
978   SO:0000269 tRNA  Ser  GCU  Streptomyces griseus  prokaryotic cytosol  GGAGGCGUCGCCUAGUCCGGUCU2000002551AUGGCGCCGCACUGCU2000062551AAUGCGGUUUGGGUCUUAAAGCCCAUCGAGGGUUCA2000001551AAUCCCUCCGCCUCCG
979   SO:0000270 tRNA  Thr  GGU  Streptomyces griseus  prokaryotic cytosol  GCCCCAAUAGCU2000090551CAGUCGG2000008551UAGAGCGUCUCCAUGGU2000062551AAGGAGAAGGUCUGCGGUUCG2000001551AUUCCGCAUUGGGGCU
980   SO:0000270 tRNA  Thr  CGU  Streptomyces griseus  prokaryotic cytosol  GCCGCCUUAGCU2000090551CAGU2000008551UGGCCAGAGCAACGCACUCGU2000062551AAUGCGUAG2000007551GUCUCGGGUUCGAAUCCCGAAGGCGGCU
981   SO:0000270 tRNA  Thr  UGU  Streptomyces griseus  prokaryotic cytosol  GCCUCCUUAGCU2000090551CAGUCCGGCCCAGAGCGAUGUACUUGUAAUACAUAGGUCGUCGGUUCG2000001551A2000001551AUCCGACAGGAGGCU
982   SO:0000271 tRNA  Trp  CCA  Streptomyces griseus  prokaryotic cytosol  AGGGUCGUAGCU2000090551CAAU2000008551UGG2000008551UAGAGCACUGGUCUCCAAAACCAGCG2000007551GUUGGGGGUUCA2000001551AGUCCCUCCGGCCCUGCUA
983   SO:0000271 tRNA  Trp  CCA  Streptomyces griseus  prokaryotic cytosol  AGGGGCGUAGCU2000090551CAGCGGCCAGAGCGGCGGUCUCCA2002160551AAAUCGUAU2000007551GUCGCAGGUUCGAUUCCUGCCGCCCCUGCCG
984   SO:0000271 tRNA  Trp  CCA  Streptomyces griseus  prokaryotic cytosol  AGGGGCGUAGCU2000090551CAGCGGCCAGAGCGGCGGUCUCCA2002161551AAAUCGUAU2000007551GUCGCAGGUUCGAUUCCUGCCGCCCCUGCCG
985   SO:0000272 tRNA  Tyr  GUA  Streptomyces griseus  prokaryotic cytosol  GGCG2000001551GUGUGCCCGAGUGGCCAAAGGGAGCAGA2000090551CUGUA2002160551AAUCUGCCGGCUCAGCCUACCCAGGUUCGAACCCUGGCGCCGCCA
986   SO:0000272 tRNA  Tyr  GUA  Streptomyces griseus  prokaryotic cytosol  GGCG2000001551GUGUGCCCGAGUGGCCAAAGGGAGCAGA2000090551CUGUA2002161551AAUCUGCCGGCUCAGCCUACCCAGGUUCGAACCCUGGCGCCGCCA
987   SO:0000273 tRNA  Val  GAC  Streptomyces griseus  prokaryotic cytosol  GCGCGAUUAGCU2000090551CAGCG2000090551GGAGAGCGCUUCCCUGACACGGAAGAG2000007551GUCACUGGUUCAAUCCCAGUAUCGCGCACCA
988   SO:0000273 tRNA  Val  GAC  Streptomyces griseus  prokaryotic cytosol  GCGCGAUUAGCU2000090551CAGCG2000090551GGAGAGCGCUUCCCUGACACGGAAGAG2000007551GUCACUGGUUCAAUCCCAGUAUCGCGCA
989   SO:0000273 tRNA  Val  GAC  Streptomyces griseus  prokaryotic cytosol  GGACGAUUAGCU2000090551CAGCG2000090551GGAGAGCGCUUCCCUGACACGGAAGAG2000007551GUCACUGGUUCAAUCCCAGUAUCGUCCA
990   SO:0000273 tRNA  Val  CAC  Streptomyces griseus  prokaryotic cytosol  GGGCGAUUAGCU2000090551CAGUG2000090551GGAGAGCGCUUCGUUCACACCGAAGAG2000007551GUCACUGGUUCGAACCCAGUAUCGCCCACCG
991   SO:0000273 tRNA  Val  UAC  Streptomyces griseus  prokaryotic cytosol  GGGUGCGUAGCU2000090551CAGG2000090551GG2000008551UAGAGCGCUGCUCUUACAAAGCAGAU2000007551GUCGGCGGUUCGAAACCGUCCGCGCCCA
992   SO:0000270 tRNA  Thr  UGU  Escherichia coli  prokaryotic cytosol  GCCGACUUAGCUCAGUAGG2000008551UAGAGCAACUGA2000090551CU2000502551UGU2000062551AAUCAGUAG2000007551GUCACCAG2000005551U2000009551UCGAUUCCGGUAGUCGGCACCA
993 tdbD00003493  SO:0000266 tRNA  Met  CAU  Homo sapiens  mitochondrion  AGUAAGGUCAGCUAA2000001551AUAAGCUA2000009551UCGGGCCCAUACCCCGAAAAUG2000009551UUGGUUAUACCCUUCCCGUACUACCA
994   SO:0000264 tRNA  Leu  CAG  Homo sapiens  eukaryotic cytosol   GUCAGGAUGGCCGAGCGGUCUAAGGCGCUGCGUUCAGGUCGCAGUC2000003551CCCCCUGGAGGCGUGGGUUCGAAUCCCACUCCUGACA
995   SO:0000264 tRNA  Leu  CAG  Homo sapiens  eukaryotic cytosol   GUCAGGAUGGCCGAGCGGUCUAAGGCGCUGCGUUCAGGUCGCAGUC2000003551CCCCCUGGAGGCGUGGGUUCGAAUCCCACUUCUGACA
996   SO:0000266 tRNA  Met  CAU  Homo sapiens  eukaryotic cytosol   GCCCUCUUAGCGCAGUGGG2000003551CAGCGCGUCAGUCUCAUAAUCUGAAGGUCCUGAGUUCGAGCCUCAGAGAGGGCA
997   SO:0000264 tRNA  Leu  CAA  Homo sapiens  eukaryotic cytosol   GUCAGGAUGGCCGAGUGGUCUAAGGCGCCAGAC2000005551CCAAGUUCUGGUCUCCAAUGGAGGCGUGGGUUCGAAUCCCACUUCUGACA
998   SO:0001036 tRNA  Arg  CCU  Homo sapiens  eukaryotic cytosol   GCCCCAGUGGCCUAAUGGAUAAGGCACUGGC2000003551CUCCUAAGCCAGGGAUUGUGGGUUCGAGUCCCACCUGGGGUA
999   SO:0001036 tRNA  Arg  UCU  Homo sapiens  eukaryotic cytosol   GGCUCCGUGGCGCAAUGGAUAGCGCAUUGGA2000003551CUUCUAAUUCAAAGGUUCCGGGUUCGAGUCCCGGCGGAGUCG
1000   SO:0000269 tRNA  Ser  AGA  Homo sapiens  eukaryotic cytosol   GUAGUCGUGGCCGAGUGGUUAAGGCGAUGGA2000003551CUAGAAAUCCAUUGG2000003551CGUUUCCCCGCGCAGGUUCGAAUCCUGCCGACUACG
1001   SO:0000269 tRNA  Ser  CGA  Homo sapiens  eukaryotic cytosol   GCUGUGAUGGCCGAGUGGUUAAGGCGUUGGA2000003551CUCGAAAUCCAAUGG2000003551CGUCUCCCCGCGCAGGUUCGAAUCCUGCUCACAGCG
1002   SO:0000269 tRNA  Ser  UGA  Homo sapiens  eukaryotic cytosol   GCAGCGAUGGCCGAGUGGUUAAGGCGUUGGA2000003551CUUGAAAUCCAAUGG2000003551CGUCUCCCCGCGCAGGUUCGAACCCUGCUCGCUGCG
1003 tdbD00009837  SO:0000269 tRNA  Ser  GCU  Homo sapiens  eukaryotic cytosol   GACGAGGUGGCCGAGUGGUUAAGGCGAUGGACUGCU2000662551AAUCCAUUGU2000003551CCUCUGCACGCGUGGGUUCGAAUCCCACCCUCGUCG
1004   SO:0000270 tRNA  Thr  AGU  Homo sapiens  eukaryotic cytosol   GGCGCCGUGGCUUAGUUGGUUAAAGCGCCUG2000003551CCUAGUAAACAGGAGAUCCUGGGUUCGAAUCCCAGCGGUGCCU
1005   SO:0000270 tRNA  Thr  CGU  Homo sapiens  eukaryotic cytosol   GGCUCUAUGGCUUAGUUGGUUAAAGCGCCUGUCUCGUAAACAGGAGAUCCUGGGUUCGACUCCCAGUGGGGCCU
1006 tdbD00010493  SO:0000270 tRNA  Thr  UGU  Homo sapiens  eukaryotic cytosol   GGCUCUAUGGCUUAGUUGGUUAAAGCGCCUG2000003551CCUUGUAAACAGGAGAUCCUGGGUUCGAAUCCCAGUAGAGCCU
1008   SO:0000269 tRNA  Ser  AGA  Homo sapiens  eukaryotic cytosol   GUAGUCGUGGCCGAGUGGUUAAGGCGAUGGA2000003551CUAGAAAUCCAUUGG2000003551CGUUUCCCCGCGCAGGUUCGAAUCCUGCCGACUACG
1009   SO:0000269 tRNA  Ser  CGA  Homo sapiens  eukaryotic cytosol   GCUGUGAUGGCCGAGUGGUUAAGGCGUUGGA2000003551CUCGAAAUCCAAUGG2000003551CGUCUCCCCGCGCAGGUUCGAAUCCUGCUCACAGCG
1010   SO:0000269 tRNA  Ser  UGA  Homo sapiens  eukaryotic cytosol   GCAGCGAUGGCCGAGUGGUUAAGGCGUUGGA2000003551CUUGAAAUCCAAUGG2000003551CGUCUCCCCGCGCAGGUUCGAACCCUGCUCGCUGCG
1011 tdbD00009837  SO:0000269 tRNA  Ser  GCU  Homo sapiens  eukaryotic cytosol   GACGAGGUGGCCGAGUGGUUAAGGCGAUGGACUGCU2000662551AAUCCAUUGU2000003551CCUCUGCACGCGUGGGUUCGAAUCCCACCCUCGUCG
1012   SO:0000265 tRNA  Lys  TTT  HIV-1  eukaryotic cytosol   GCCCGGA2000005551UAGC2000005551UCAG2000005551UCGG2000005551UAGAGCA2000005551UCAGAC2000005551U2000005551U2000005551U2000005551U2002162551AA2000005551UC2000005551UGAGGG2000005551UCCAGGG2000005551U2000005551UCA2000001551AG2000005551UCCC2000005551UG2000005551U2000005551UCGGGCGCCA
1013   SO:0000265 tRNA  Lys  CTT  HIV-1  eukaryotic cytosol   GCCCGGC2000005551UAGC2000005551UCAG2000005551UCGG2000005551UAGAGCA2000005551UGAGAC2000005551UC2000005551U2000005551U2000062551AA2000005551UC2000005551UCAGGG2000005551UCG2000005551UGGG2000005551U2000005551UCG2000001551AGCCCCACG2000005551U2000005551UGGGCGCCA
1014   SO:0000265 tRNA  Lys  CTT  HIV-1  eukaryotic cytosol   GCCCGGC2000005551UAGC2000005551UCAG2000005551UCGG2000005551UAGAGCA2000005551UGGGAC2000005551UC2000005551U2000005551U2000062551AA2000005551UCCCAGGG2000005551UCG2000005551UGGG2000005551U2000005551UCG2000001551AGCCCCACG2000005551U2000005551UGGGCGCCA
1015   SO:0000257 tRNA  Asp  GTC  HIV-1  eukaryotic cytosol   2000005551UCC2000005551UCG2000005551U2000005551U2000001551AG2000005551UA2000005551UAG2000005551UGG2000005551UGAG2000005551UA2000005551UCCCCGCC2000005551UG2000005551UCACGCGGGAGACCGGGG2000005551U2000005551UCGA2000005551U2000005551UCCCCGACGGGGAGCCA
1016   SO:0000256 tRNA  Asn  GTT  HIV-1  eukaryotic cytosol   G2000005551UC2000005551UC2000005551UG2000005551UGGCGCAA2000005551UCGG2000005551U2000005551UAGCGCG2000005551U2000005551UCGGC2000005551UG2000005551U2000005551UAACCGAAAGG2000005551U2000005551UGG2000005551UGG2000005551U2000005551UCG2000001551AGCCCACCCAGGGACGCCA
1017 7KX9_B  piRNA  syntetic fragment  syntetic fragment  synthetic construct    UCUCUUGAGUUGGACAAAUGGCA2000090551G
1018 1C2W_B  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000007551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCAUCCCGACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGUGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGCAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000001551A2000001551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUGCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAAC2000005551UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGACCUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUG2000001551A2000001551AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000007551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGGGGA2000005551UAACAGGCUGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000005551CCUCGAUGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCUGUUCGCCAUUUAAAGUGGUACGCGAGCUGGGUUUAGAACGUCGUGAGACAGUUCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1019 1S72_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1020 1VQ4_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1021 1VQ5_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1022 1VQ6_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1023 1VQ7_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1024 1VQ8_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1025 1VQ9_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1026 1VQK_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1027 1VQL_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1028 1VQM_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1029 1VQN_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1030 1VQO_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1031 1VQP_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1032 1YHQ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1033 1YI2_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1034 1YIJ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1035 1YIT_0  SO:0001001 rRNA  LSU  23S  synthetic construct  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1036 1YJ9_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1037 1YJN_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1038 1YJW_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1039 2OTJ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1040 2OTL_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1041 2QA4_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUCCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1042 2QEX_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1043 3CC2_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1044 3CC4_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1045 3CC7_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAAUAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1046 3CCE_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCACGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1047 3CCJ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACUUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1048 3CCL_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCCCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1049 3CCM_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUUAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1050 3CCQ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACUGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1051 3CCR_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACCGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1052 3CCS_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGAAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1053 3CCU_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGCAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1054 3CCV_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUAGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1055 3CD6_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUAGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1056 3CMA_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1057 3G4S_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1058 3G6E_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1059 3G71_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1060 3I55_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1061 3I56_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1062 6HMA_A  SO:0001001 rRNA  LSU  23S  Staphylococcus aureus  prokaryotic cytosol  UUAAGUUAUUAAGGGCGCACGGUGGAUGCCUUGGCACUAGAAGCCGAUGAAGGACGUUACUAACGACGAUAUGCUUUGGGGAGCUGUAAGUAAGCUUUGAUCCAGAGAUUUCCGAAUGGGGAAACCCAGCAUGAGUUAUGUCAUGUUAUCGAUAUGUGAAUACAUAGCAUAUCAGAAGGCACACCCGGAGAACUGAAACAUCUUAGUACCCGGAGGAAGAGAAAGAAAAUUCGAUUCCCUUAGUAGCGGCGAGCGAAACGGGAAGAGCCCAAACCAACAAGCUUGCUUGUUGGGGUUGUAGGACACUCUACGGAGUUACAAAGGACGACAUUAGACGAAUCAUCUGGAAAGAUGAAUCAAAGAAGGUAAUAAUCCUGUAGUCGAAAAUGUUGUCUCUCUUGAGUGGAUCCUGAGUACGACGGAGCACGUGAAAUUCCGUCGGAAUCUGGGAGGACCAUCUCCUAAGGCUAAAUACUCUCUAGUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGUGAAAAGCACCCCGGAAGGGGAGUGAAAUAGAACCUGAAACCGUGUGCUUACAAGUAGUCAGAGCCCGUUAAUGGGUGAUGGCGUGCCUUUUGUAGAAUGAACCGGCGAGUUACGAUUUGAUGCAAGGUUAAGCAGUAAAUGUGGAGCCGUAGCGAAAGCGAGUCUGAAUAGGGCGUUUAGUAUUUGGUCGUAGACCCGAAACCAGGUGAUCUACCCUUGGUCAGGUUGAAGUUCAGGCUGAAUGGAGGACCGAACCGACUUACGU2000005551UGAAAAGUGAGCGGAUGAACUGAGGGUAGCGGAGAAAUUCCAAUCGAACCUGGAGAUAGCUGGUUCUCUCCGAAAUAGCUUUAGGGCUAGCCUCAAGUGAUGAUUAUUGGAGGUAGAGCACUGUUUGGACGAGGGGCCGGUUACCGAAUUCAGACAAACUCCGAAUGCCAAUUAAUUUAACUUGGGAGUCAGAACAUGGGUGAUAAGGUCCGUGUUCGAAAGGGAAACAGCCCAGACCACCAGCUAAGGUCCCAAAAUAUAUGUUAAGUGGAAAAGGAUGUGGCGUUGCCCAGACAACGUCGAGUGACACUGCGCCGAAAAUGUACCGGGGCUAAACAUAUUACCGAAGCUGUGGAUUGUCCUUUGGACAAUGGUAGGAGAGCGUUCUAAGGGCGUUGAAGCAUGAUCGUAAGGACAUGUGGAGCGCUUAGAAGUGAGAAUGCCGGUGUGAGUAGCGAAAGACGGGUGAGAAUCCCGUCCACCGAUUGACUAAGGUUUCCAGAGGAAGGCUCGUCCGCUCUGGGUUAGUCGGGUCCUAAGCUGAGGCCGACAGGCGUAGGCGAUGGAUAACAGGUUGAUAUUCCUGUACCACCUAUAAUCGUUUUAAUCGAUGGGGGGACGCAGUAGGAUAGGCGAAGCGUGCGAUUGGAUUGCACGUCUAAGCAGUAAGGCUGAGUAUUGGUACUCGUUAAGGCUGAGCUGUGAUGGGGAGAAGACAUUGUGUCUUCGAGUCGUUGAUUUCACACUGCCGAGAAAAGCCUCUAGAUAGAAAAUAGGUGCCCGUACCGCAAACCGACACAGGUAGUCAAGAUGAGAAUUCUAAGGUGAGCGAGCGAACUCUCGUUAAGGAACUCGGCAAAAUGACCCCGUAACUUCGGGAGAAGGGGUGCUCUUUAGGGUUAACGCCCAGAAGAGCCGCAGUGAAUAGGCCCAAGCGACUGUUUAUCAAAAACACAGGUCUCUGCUAAACCGUAAGGUGAUGUAUAGGGGCUGACGCCUGCCCGGUGCUGGAAGGUUAAGAGGAGUGGUUAGCUUCUGCGAAGCUACGAAUCGAAGCCCCAGUAAACGGCGGCCGUAUAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGACCCGCACGAAAGGCGUAACGAUUUGGGCACUGUCUCAACGAGAGACUCGGUGAAAUCAUAGUACCUGUGAAGAUGCAGGUUACCCGCGACAGGACGGAAAGACCCCGUGGAGCUUUACUGUAGCCUGAUAUUGAAAUUCGGCACGCUUGUACAGGAUAGGUAGGAGCCUUUGAAACGUGAGCGCUAGCUUACGUGGAGGCGCUGGUGGGAUACUACCCAGCUGUGUUGGCUUUCUAACCCGCACCACUUAUCGUGGUGGGAGACAGUGUCAGGCGGGCAGUUUGACUGGGGCGGUCGCCUCCUAAAAGGUAACGGAGGCGCUCAAAGGUUCCCUCAGAAUGGUUGGAAAUCAUUCAUAGAGUGUAAAGGCAUAAGGGAGCUUGACUGCGAGACCUACAAGUCGAGCAGGGUCGAAAGACGGACUUAGUGAUCCGGUGGUUCCGCAUGGAAGGGCCAUCGCUCAACGGAUAAAAGCUACCCCGGGGAUAACAGGCUUAUCUCCCCCAAGAGUUCACAUCGACGGGGAGGUUUGGCACCUCG2000002551AUGUCGGCUCAUCGCAUCCUGGGGCUGUAGUCGGUCCCAAGGGUUGGGCUGUUCGCCCAUUAAAGCGGUACGCGAGCUGGGUUCAGAACGUCGUGAGACAGUUCGGUCCCUAUCCGUCGUGGGCGUAGGAAAUUUGAGAGGAGCUGUCCUUAGUACGAGAGGACCGGGAUGGACAUACCUCUGGUGUACCAGUUGUCGUGCCAACGGCAUAGCUGGGUAGCUAUGUGUGGACGGGAUAAGUGCUGAAAGCAUCUAAGCAUGAAGCCCCCCUCAAGAUGAGAUUUCCCAACUUCGGUUAUAAGAUCCCUCAAAGAUGAUGAGGUUAAUAGGUUCGAGGUGGAAGCAUGGUGACAUGUGGAGCUGACGAAUACUAAUCGAUCGAAGACUUAAU
1063 6PC5_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000002551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAAC2000000999UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000002551GGGAUAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAGU2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1064 6PC6_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000002551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAAC2000000999UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000002551GGGAUAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAGU2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1065 6PC7_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000002551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAAC2000000999UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000002551GGGAUAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAGU2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1066 6PC8_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000002551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAAC2000000999UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000002551GGGAUAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAGU2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1067 6PCH_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000002551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAAC2000000999UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000002551GGGAUAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAGU2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1068 6PCQ_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000002551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAAC2000000999UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000002551GGGAUAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAGU2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1069 6PCR_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000002551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAAC2000000999UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000002551GGGAUAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAGU2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1070 6PCS_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000002551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAAC2000000999UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000002551GGGAUAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAGU2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1071 6PCT_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000002551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAAC2000000999UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000002551GGGAUAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAGU2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1072 6WYV_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000002551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAAC2000000999UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000002551GGGAUAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAGU2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1073 7M4V_A  SO:0001001 rRNA  LSU  23S  Acinetobacter baumannii  prokaryotic cytosol  AGUCAAGUAAUUAAGUGCAUGUGGUGGAUGCCUUGGCAGUCAGAGGCGAUGAAAGACGUGAUAGCCUGCGAAAAGCUCCGGGGAGGCGGCAAAUAUCCUUUGAUCCGGAGAUGUCUGAAUGGGGGAACCCACCUACUUUAAGGUAGGUAUUGCAACAUGAAUACAUAGUGUUGCAAGGCGAACGAGGGGAAGUGAAACAUCUCAGUACCCUUAGGAAAAGAAAUCAAUUGAGAUUCCCUCAGUAGCGGCGAGCGAACGGGGAUCAGCCCAUUAAGUUAUGUGUGUUUUAGUGGAACGCUCUGGGAAGUGCGAACGUAGAGGGUGAUAUUCCCGUACACGAAAGGGCACACAUAAUGAUGACGAGUAGGGCGAGGCACGUGAAACCUUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCUGUGAGGGGAGUGAAAUAGAUCCUGAAACCGCAUGCAUACAAGCAGUGGGAGCACCUUCGUGGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCAGUAGCGAGGUUAACCGUAUAGGGGAGCCGUAGAGAAAUCGAGUCUUAAUAGGGCGUUUAGUUGCUGGGUAUAGACCCGAAACCAGGCGAUCUAUCCAUGAGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCCACUGUCGUUGAAAAGCCAGGGGAUGACUUGUGGAUAGGGGUGAAAGGCUAAUCAAGCCUGGUGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGGACGAAUACCAUAGGGGGUAGAGCACUGUUUCGGCACCGAUGCAAACUCCGAAUACCUAUGAGUACUAUCCGGGAGACAGACUGCGGG2000009551UGCUAACGUCCGUAGUCAAGAGGAAAACAAUCCAGACCGCCAGCUAAGGCCCCAAAAUCAUAGUUAAGUGGGAAACGAUGUGGGAAGGCAUAGACAGCUAUAGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAAACUAUGUGCCGAAGCUGCGGAUGUAUACUUUGUAUACGUGGUAGGGGAGCGUUCUGUAAGCCGAUGAAGGUGUGUUGAGAAGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACGUGAGUAACGACAAAACGGGUGAAAAACCCGUUCGCCGAAAGACCAAGGGUUCCAGUCCAACGUUAAUCGGGGCUGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAAAUGGUUAAUAUUCCAUUACUUCUGUGUAAUGCGAUGAGAGGACGGAGAAGGCUAAAUCAGCCUGGCGUUGGUUGUCCAGGUGAAAGGAUGUAGGCAUGUAUCUUAGGCAAAUCCGGGGUACUCUAUGCUGAGAUCUGAUAGCAAGCUGUACUUGUGCAGCGAAGUGGUUGAUGCCAUGCUUCCAGGAAAAGUCUCUAAGCUUCAGUUACACAGGAAUCGUACCCGAAACCGACACAGGUGGUCAGGUCGAGUAGACCAAGGCGCUUGAGAGAACUCUGCUGAAGGAACUAGGCAAAAUGGUACCGUAACUUCGGGAGAAGGUACGCUGUUGUUGGUGAUGGAACUCGCUUCCUGAGCUGACGACAGCCGCAGAAACCAGGCCGCUGCAACUGUUUAUUAAAAACAUAGCACUCUGCAAACACGAAAGUGGACGUAUAGGGUGUGAUGCCUGCCCGGUGCUGGAAGGUUAAUUGAUGGGGUUAGCGUAAGCGAAGCUCUUGAUCGAAGCCCCAGUAAACGGCGGCCG2000009551UAAC2000000999UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGACCUGCACGAAUGGCAUAAUGAUGGCGGCGCUGUCUCCAGCAGAGGCUCAGUGAAAUCGAAAUCGCUGUG2000006551AAGAUGCAGUGUACCCGCGGCUAGACGGAAAGACCCCGU2000007551GAACCUUUACUGCAGCUUGACACUGAACUUUGAUUGAGGUUCUAACUCUGUCCCGUGAUCCGGGACGAGGACCGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGUACGAAGGUGCGCUCAGCGUGGUCGGAAAUCACGCGUAGAGUAUAAAGGCAAAAGCGCGCUUAACUGCGAGACCCACAAGUCGAGCAGGUACGAAAGUAGGUCUUAGUGAUCCGGUGGUUCUGUAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCUG2000002551GGGAUAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCACCUCG2000002551A2000009551UGUCGGCUCAUCUCAUCCUGGGGCUGAAGCAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGAGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAGU2000009551UCGGUCCCUAUCUACCGUGGGCGCUGGAAAUUUGAGAGGAUCUGCUCCUAGUACGAGAGGACCAGAGUGGACGAACCUCUGGUGUACCGGUUGUGACGCCAGUCGCAUCGCCGGGUAGCUAUGUUCGGAAGGGAUAACCGCUGAAAGCAUCUAAGCGGGAAGCCUACCUCAAGAUAAGAUUUCCCUAGGACUUUAUGUCCUCUAAAGAGCCGUUCGAGACUAGGACGUUGAUAGGUUGGAUGUGGAAGCAUAGUGAUAUGUGAAGCUGACCAAUACUAAUUGCUCGUGAGGCUUGACUA
1074 3CME_0  rRNA  LSU  50S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551A2000001551AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2021510551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1075 4JI2_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1076 4JI3_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUC2000009551U2000009551UUCU
1077 4JI7_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  GUUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1078 4JI8_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  GUUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1079 5U4J_a  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  GAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUACCGGCUAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGACGUCAAGUCUUCCCGGGCCUUGUACACACCG2000904551CCCGU2000005551CACACCAUGGGAGUGGGUUCAUGACUGGGGUGAAGUCG2021510551UAACAAGGUAACCGUAGG2000002551GG2000909551U2000909551UCCUGCGGUUGGAUCA
1080 6NY6_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGUGCCAGCAGCCGCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAGCAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGGCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCGCCCGUCACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGUAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCAC2000009551U2000009551UUCU
1081 6SW9_2  S0:0001000 rRNA  SSU  16S  Pyrococcus abyssi  prokaryotic cytosol  AUUC2000042551CGGUUGAUCCUGCCGGAGGCCACUGCUAUGGGGGUC2000042551CGACUAAGCCAUGCGAGUCAAGGGGGCGUCCCUUCUGGGACGCCACCGGCGGACGGCUCAGUAACACGUCGGUAACCUACCCUCGGGAGGGGGAUAACCCCGGGAAACUGGGGCUAAUCCCCCAUAGGCCUGGGGUACUGGAAGGUCCCCAGGCCGAAAGGGAGCCGUAAGGCUCCGCCCGAGGAUGGGCCGGCGGC2009042551CGAUUAGGUAGUUGGUGGGGUAACGGCCCACCAAGC2000042551CGAAGAUCGGUACGGGC2000042551CGUGAGAGCGGGAGCC2000042551CGGAGAUGGACACUGAGACACGGGUCCAGGCCCUACGGGGCGCAGCAGGCGCGA2000090551AACCUC2000042551CGCAAUGCGGGAAAC2000042551CGCGACGGGGGGACCCCCAGUGCCGUGCCUCUGGCACGGCUUUUCCGGAGUGUAAAAAGCUCCGGGAAUAAGGGCUGGGCAAGGC2000042551CGGUGGCAGCCGCCGCGGUAAUACCGGCGGCC2000042551CGAGUGGUGGCCACUAUUAUUGGGCCUAAAGCGGC2000042551CGUAGCCGGGCCCGUAAGUCCCUGGCGAAAUCCCACGGCUCAAC2000042551CGUGGGGCUCGCUGGGGAUACUGCGGGCCUUGGGAC2000042551CGGGAGAGGC2000042551CGGGGGUACCCC2000042551CGGGGUAGGGGUGAAAUCCUAUAAUCCCGGGGGGACCGCCAGUGGCGAAGGCGCC2000042551CGGCUGGAACGGGUC2000042551CGACGGUGAGGGC2000042551CGAAGGCCAGGGGAGCGAAC2000042551CGGAUUAGAUACCCGGGUAGUCCUGGCUGUAAAGGAUGCGGGCUAGGUGUCGGGCGAGCUUCGAGCUCGCCCGGUGC2000042551CGUAGGGAAGC2000042551CGUUAAGCC2000042551CGC2000042551CGCCUGGGGAGUACGGC2000042551CGCAAGGCUGAAACUUAAAGGAAUUGGCGGGGGAGCACUACAAGGGGUGGAGCGUGCGGUUUAAUUGGAU2000000999U2000005551CAACGCCGGGAACCUCAC2000042551CGGGGGCGACGGCAGGAUGAAGGCCAGGCUGAAGGUCUUGCCGGACGCGCCGAGAGGAGGUGCAUGGCCGC2000042551CGUCAGCUCGUAC2000042551CGUGAGGCGUCCACUUAAGUGUGGUAACGAGCGAGACCCGCGCCCCCAGUUGCCAGUCCCUCCCGCUCGGGAGGGAGGCACUCUGGGGGGACUGCCGGCGAUAAGC2000042551CGGAGGAAGGGGCGGGCGACGGUAGGUCAGUAUGCCC2000042551CGAAACCCC2000042551CGGGCUACA2000005551CGCGCGCUACAAUGGGCGGGACAAUGGGUGC2000042551CGACCC2000042551CGAAAGGGGGAGGUAAUCCCCUAAACCCGCCCUCAGUUCGGAUCGCGGGCUGCAACUCGCCCGCGUGAAGCUGGAAUCCCUAGUACCCGCGCGUCAUCAUCGCGCGGCGAAUACGUCCCUGCUCCUUGCACACACCG2000090551CC2000000051CGUCACUCCACCCGAGCGGGGCCUAGGUGAGGCCCGAUCUCCUUCGGGAGGUCGGGUCGAGCCUAGGCUCCGUGAGGGGGGAGAAGUCG2021510551UA2000006551ACAAGGUAGC2000042551CGUAGGGG2000909551U2000909551UCCUACGGCUCGAUCACCUCCU
1082 6SWD_2  S0:0001000 rRNA  SSU  16S  Pyrococcus abyssi  prokaryotic cytosol  AUUC2000042551CGGUUGAUCCUGCCGGAGGCCACUGCUAUGGGGGUC2000042551CGACUAAGCCAUGCGAGUCAAGGGGGCGUCCCUUCUGGGACGCCACCGGCGGACGGCUCAGUAACACGUCGGUAACCUACCCUCGGGAGGGGGAUAACCCCGGGAAACUGGGGCUAAUCCCCCAUAGGCCUGGGGUACUGGAAGGUCCCCAGGCCGAAAGGGAGCCGUAAGGCUCCGCCCGAGGAUGGGCCGGCGGC2009042551CGAUUAGGUAGUUGGUGGGGUAACGGCCCACCAAGC2000042551CGAAGAUCGGUACGGGC2000042551CGUGAGAGCGGGAGCC2000042551CGGAGAUGGACACUGAGACACGGGUCCAGGCCCUACGGGGCGCAGCAGGCGCGA2000090551AACCUC2000042551CGCAAUGCGGGAAAC2000042551CGCGACGGGGGGACCCCCAGUGCCGUGCCUCUGGCACGGCUUUUCCGGAGUGUAAAAAGCUCCGGGAAUAAGGGCUGGGCAAGGC2000042551CGGUGGCAGCCGCCGCGGUAAUACCGGCGGCC2000042551CGAGUGGUGGCCACUAUUAUUGGGCCUAAAGCGGC2000042551CGUAGCCGGGCCCGUAAGUCCCUGGCGAAAUCCCACGGCUCAAC2000042551CGUGGGGCUCGCUGGGGAUACUGCGGGCCUUGGGAC2000042551CGGGAGAGGC2000042551CGGGGGUACCCC2000042551CGGGGUAGGGGUGAAAUCCUAUAAUCCCGGGGGGACCGCCAGUGGCGAAGGCGCC2000042551CGGCUGGAACGGGUC2000042551CGACGGUGAGGGC2000042551CGAAGGCCAGGGGAGCGAAC2000042551CGGAUUAGAUACCCGGGUAGUCCUGGCUGUAAAGGAUGCGGGCUAGGUGUCGGGCGAGCUUCGAGCUCGCCCGGUGC2000042551CGUAGGGAAGC2000042551CGUUAAGCC2000042551CGC2000042551CGCCUGGGGAGUACGGC2000042551CGCAAGGCUGAAACUUAAAGGAAUUGGCGGGGGAGCCUGCUCCUUGCACACACCG2000090551CC2000000051CGUCACUCCACCCGAGCGGGGCCUAGGUGAGGCCCGAUCUCCUUCGGGAGGUCGGGUCGAGCCUAGGCUCCGUGAGGGGGGAGAAGUCG2021510551UA2000006551ACAAGGUAGC2000042551CGUAGGGG2000909551U2000909551UCCUACGGCUCGAUCACCUCCU
1083 7M4U_a  S0:0001000 rRNA  SSU  16S  Acinetobacter baumannii  prokaryotic cytosol  UAACUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCUUAACACAUGCAAGUCGAGCGGGGGAAGGUAGCUUGCUACCGGACCUAGCGGCGGACGGGUGAGUAAUGCUUAGGAAUCUGCCUAUUAGUGGGGGACAACAUCUCGAAAGGGAUGCUAAUACCGCAUACGUCCUACGGGAGAAAGCAGGGGAUCUUCGGACCUUGCGCUAAUAGAUGAGCCUAAGUCGGAUUAGCUAGUUGGUGGGGUAAAGGCCUACCAAGGCGACGAUCUGUAGCGGGUCUGAGAGGAUGAUCCGCCACACUGGGACUGAGACACGGCCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGGACAAUGGGGGGAACCCUGAUCCAGCCAUGCCGCGUGUGUGAAGAAGGCCUUAUGGUUGUAAAGCACUUUAAGCGAGGAGGAGGCUACUCUAGUUAAUACCUAGGGAUAGUGGACGUUACUCGCAGAAUAAGCACCGGCUAACUCUG2000009551UGCCAGCAGCC2000007551GCGGUAAUACAGAGGGUGCGAGCGUUAAUCGGAUUUACUGGGCGUAAAGCGUGCGUAGGCGGCUUAUUAAGUCGGAUGUGAAAUCCCCGAGCUUAACUUGGGAAUUGCAUUCGAUACUGGUGAGCUAGAGUAUGGGAGAGGAUGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGAUGGCGAAGGCAGCCAUCUGGCCUAAUACUGACGCUGAGGUACGAAAGCAUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCAUGCCGUAAACGAUGUCUACUAGCCGUUGGGGCCUUUGAGGCUUUAGUGGCGCAGCUAACGCGAUAAGUAGACCGCCUGGGGAGUACGGUCGCAAGACUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAU2000002551G2000005551CAACGCGAAGAACCUUACCUGGCCUUGACAUACUAGAAACUUUUCAGAGAUGGAUUGGUGCCUUCGGGAACCUAGAUACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUCGUGAGAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUUUCCUUACUUGCCAGCAUUUCGGAUGGGAACUUUAAGGAUACUGCCAGUGACAAACUGGAGGAAGGCGGGGACGACGUCAAGUCAUCAUG2000002551GCCCUUACGGCCAGGGCUACACACGUGCUACAAUGGUCGGUACAAAGGGUUGCUACACAGCGAUGUGAUGCUAAUCUCAAAAAGCCGAUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGCGGAUCAGAAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCG2000904551CCCGUCACACCAUGGGAGUUUGUUGCACCAGAAGUAGCUAGCCUAACUGCAAAGAGGGCGGUUACCACGGUGUGGCCGAUGACUGGGGUGAAGUCG2021510551UAACAAGGUAGCCGUAGGGG2000909551U2000909551UCCUGCGGCUGGAUC
1084 7AFI_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGAACACACCCACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGGUAACCGUAGG2000002551GG2000909551U2000909551UCCUGCGGUUGGAUCACCUCCU
1085 7AFL_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACCACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAACCGUAGG2000002551GG2000909551U2000909551UCCUGCGGUUGGAUCACC
1086 7BOF_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACACCACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGAAGGUAACCGUAGG2000002551GG2000909551U2000909551UCCUGCGGUUGGAUCACCUCCU
1087 7BOG_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACACCCGU2000005551CACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCG2021510551UAUAACCGUAGG2000002551GG2000909551U2000909551UCCUGCGGUUGGAUCACC
1088 7BOI_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACACCG2000904551CCCGU2000005551CACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCG2021510551UAACAAGGUAACCGUAGG2000002551GG2000909551U2000909551UCCUGCGGUUGGAUCA
1089 7NAS_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGAGGUAACCGUAGG2000002551GG2000909551U2000909551UCCUGCGGUUGGAUCACCUCCU
1090 7BOD_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACACCG2000904551CCCGU2000005551CACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCG2021510551UAACAAGGUAACCGUAGG2000002551GG2000909551U2000909551UCCUGCGGUUGGAUCA
1091 7AFO_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGUGCCAGCAGCCGCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGAAACCGUAGG2000002551GG2000909551U2000909551UCCUGCGGUUGGAUCACCUCCU
1092 7AF8_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAU2000002551G2000005551CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUG2000002551GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1093 7AF5_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAU2000002551G2000005551CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUG2000002551GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1094 7AFA_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAU2000002551G2000005551CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUG2000002551GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1095 7AFH_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAU2000002551G2000005551CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUG2000002551GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1096 7AFK_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAU2000002551G2000005551CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUG2000002551GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1097 7AFN_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAU2000002551G2000005551CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUG2000002551GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1098 7AF3_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAU2000002551G2000005551CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUG2000002551GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1099 7AFD_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAU2000002551G2000005551CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUG2000002551GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1100 6YBS_A  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  AUUGACGGAAGGGCACCAC2000003551CAGGAGUGGAGCCUGCGGCUUAAU2000009551UUGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAUUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGUGGUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUC2000005551CGAUAACGAACGAGACUCUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUUCUUAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACAGGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUU2000090551AAGUCCCUGCCCUUUGUACACAC
1101 6YBW_A  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAU2000090551AUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUGAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCAUUAAAUCAGUUAUGGU2000090551UCC2000009551UU2000090551UGGUCGCUCGCUCCUACUUGGAUAACUGUGGUA2000090551AUUCUAG2000090551AGCUAAUA2000090551CAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGAAGGCAGCAGGCGCGC2000090551AAAUUACCCACUCCCGACCCGGGGA2000090551GGUAGUGA2000090551CGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAAAUCCUUUAACGAGGAUCCAUUGGAGGGCAAGUCUGG2000009551UGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUA2000090551GCGUAUAUUAAAGUUGCUGCAGUU2000090551AAAAAGCUCGUAGUU2000090551GGAUCUUGGGAGCGGCCCCGCCCCUCUCGGCGGCCCGAAGCGUUUACUUUGAAAAAA2000005551UUAGAGUG2000009551U2000009551UCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAUAAUGGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGA2000090551ACGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCA2000009551UAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAACCG2000090551CCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCG2021510551UA2000006551ACAAGGUUUCCGUAGGUG2000909551U2000909551UCCUGCGGAAGGAUCAUUA
1102 6ZV6_2  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAUAUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCAUUAAAUCAGUUAUGGUUCCUUUGGUCGCUCGUACUUGGAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGAAGGCAGCAGGCGCGCAAAUUACCCACUCCCGACCCGGGGAGGUAGUGACGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAAAUCCUUUAACGAGGAUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGCUGCAGUUAAAAAGCUCGUAGUUGGAUCUCUCUCGGCCGAAGCGUUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCCGCCUGGAUACCGCAGCUAGGAAUAAUGGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGAACGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCAUAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAUUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGUGGUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGAACGAGACUCUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUUCUUAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACAGGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUAAGUCCCUGCCCUUUGUACACACCGCCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCG2021510551UA2000006551ACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1103 6AZ1_1  S0:0000407 rRNA  SSU  18S  Leishmania donovani  eukaryotic cytosol  GAUCUGG2000090551UUGAUUCUGC2000090551CAGUAGUCAU2000090551AUGCU2000090551UGUUU2000090551CAAGGACUUAGCCAUGCAUGCCUCAGAAUCACUGCAGCAGGAAUCUGCGCAUGGCUC2000090551AUUACAUCAGACGUAAU2000090551CUGCCGCAAAAAUCUUGCGGUCCGCAAAAUUGGAUAACUUGGCGAAACGCCAAGCUAAUACAUGAACCAACCGGGUGUCUCCAGAGACGCCCAGCGAAUGAAUGACAAAACCAAUGCCUGCAGUAACACCCAGCAGUGUUGACUCAAUUCAUUCCGUGCGAAAGCCGGCCCGGCGUCUUUUGACGAACAACUGCCCUAUCAGCUGGUGAUGGCCGUGUAGUGGACUGCCAUGGCGUUGACGGGAGCGGGGGAUUAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAAUAGCUACCACUUCUACGGAGGGCAGCAGGCGCGC2000090551AAAUUGCCCAAUGUCAAAACAAAACGAUGA2000090551GGCAGCGAAAAGAAAUAGAGUUUUCAAUGGGGGAUAUUUAAACCCAUCCAAUAUCGAGUAACAAUUGGAGGACAAGUCUGGUGCCAGCACCCGCGGUAAUUCCAGCUCCAAAAGCGUAUAUUAAUGCUGU2000090551UGCUGUU2000090551AAAGGGUUCGUAGUUGAACUGUGGGCUGUUCCCGUCCAUUCGGAUGACCCUGCAGCCCGUGAACAGAAACAACGGGAGUGGGGGCGUCCGUGAUUUUUUACUGUGACUAAAGAAGCGUGACUAAAGCAGUCAUGACUGAAUUAGAAAGCAUGGGAUAACAA2000090551AGGAGCAGUUUUAAAGGUCUAUUGGAGAUUAUGGAGCUGUGCGACAAGUGCUUUCCCAUAGGAAUGAAGGAGGGUAGUCGGGGGAGAACGUACUGGGGCGUCAGAGGUGAAAUUCUUAGACCGCACCAAGACGAACUACAGCGAAGGCAUUCUUCAAGGAUACCUUCCUCAAUCAAGAACCAAAGUGUGGAGAUCGAAGAUGAUUAGAGACCAUUGUAGUCCACACUGCAAACGAUGACACCCAUGAAUUGGGGAUCCUUACGUAUCUUUCUCAGCACGUUUUCUGUUUUCACGCGAAAGCUUUGAGGUUACAGUCUCAGGGGG2000090551GAGUACGUUCGCAA2000090551GAGUGAAACUUAAAGAAAUUGACGGAAUGGCACCACAAGACGUGGAGCGUGCGGUUUAAUU2000000999UGAC2000000999U2000005551CAACAC2000090551GGGGAACUUUACCAGAUCCGGACAGGAUGAGGAUUGACAGAUUGAGUGUUCUUUCUCGAUUCCCUGAAUGG2000090551UG2000090551GUGCAUGGCCGCUUUUGGUCGGUG2000090551GAGUGAUUUGUUUGGUUGAUUCCGUCAACGGACGAGAUCCAAGCUGCCCAGUAGAAUUCAGAAUUGCCCAUAGGAUAGGCAUUCGUCGAAUUCU2000090551UCUCUGCGGGAUUCCUUGUAAUGCACAAGGUGAAAUUUUGGGCAACAGCA2000090551GGUC2000090551UGUGAUGCUCCUCAAUGUUCUGGGCGACACGC2000090551G2000090551CACUACAAUGUCAGUGAGAACAAGAAAAACGAGUCGAACCUACUUGAUCAAAAGAGUGGGGAAACCCCGGAAUCACAUAGACUCACUUGGGACCGAGGAUUGCAAUUA2000090551UUGGUCGCGCAACGAG2000007551GAAUGUCUCGUAGGCGCAGCUCAUCA2000090551AACUGUGCCGAUUACGUCCCUGCCAUU2000090551UGUACACACCG2000904551CC2000005551CGUCGUUGUUUCCGAUGAUGGUGCAAUACAGGUGAUCGGACGAAAGUUCACCGAUAUUU2000090551CUUCAAUAGAG2000090551GAAGCAAAAGUCGUAACAAGGUAGCUGUAGGUG2000909551U2000909551UCCUGCAGCUGGAUCAUUU
1104 6Y7C_2  rRNA  SSU  20S  Saccharomyces cerevisiae  eukaryotic cytosol  UAUCUGGUUGAUCCUGCCAGUAGUCAUAUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUAUAAGCAAUUUAUACAGUGAAACUGCGAAUGGCUC2000090551AUUAAAUCAGUUAUCGUUUAUUUGAUAGUUCCUUUACUACAUGGUAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCUUAAAAUCUCGACCCUUUGGAAGAGAUGUAUUUAUUAGAUAAAAAAUCAAUGUCUUCGGACUCUUUGAUGAUUCAUAAUAACUUUUCGAAUCGCAUGGCCUUGUGCUGGCGAUGGUUCAUUCAAAUUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUUUCAACGGGUAACGGGGAAUAAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGG2000090551AAGGCAGCAGGCGCGC2000090551AAAUUACCCAAUCCUAAUUCAGGGAGGUAGUGACAAUAAAUAACGAUACAGGGCCCAUUCGGGUCUUGUAAUUGGAAUGAGUACAAUGUAAAUACCUUAACGAGGAACAAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGUUGCAGUUAAAAAGCUCGUAGUUGAACUUUGGGCCCGGUUGGCCGGUCGGAUUUCCAACGGGGCCUUUCCUUCUGGCUAACCAGGACUUUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCGUAUUGCUCGAAUAUAUU2000090551AGCAUGGAAUAAUAGAAUAGGACGUUUGGUUCUAUUUUGUUGGUUUCUAGGACCAUCGUAAUGAUUAAUAGGGACGGUCGGGGGCAUCAGUAUUCAAUUGUCAGAGGUGAAAUUCUUGGAUUUAUUGAAGACUAACUACUGCGAAAGCAUUUGCCAAGGACGUUUUCAUUAAUCAAGAACGAAAGUUAGGGGAUCGAAGAUGAUCAGAUACCGUCGUAGUCUUAACCAUAAACUAUGCCGACUAGGGAUCGGGUGGUGUUUUUUUAAUGACCCACUCGGCACCUUACGAGAAAUCAAAGUCUUUGGGUUCUGGGGGGAGUAUGGUCGCAAGGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGGAAACUCACCAGGUCCAGACACAAUAAGGAUUGACAGAUUGAGAGCUCUUUCUUGAUUUUGUGGGUGGUGGUGCAUGGCCGUUCUUAGUUGGUUUUGUCUGCUUAAUUGCGAUAACGAACGAGACCUUAACCUACUAAAUAGUGGUGCUAGCAUUUGCUGGUUAUCCACUUCUUAGAGGGACUAUCGGUUUCAAGCCGAUGGAAGUUUGAGGCAAUAACAGGUCUGUGAUGCCCUUAGACGUUCUGGGCCGCACGCGCGCUACACUGACGGAGCCAGCGAGUCUAACCUUGGCCGAGAGGUCUUGGUAAUCUUGUGAAACUCCGUCGUGCUGGGGAUAGAGCAUUGUAAUUAUUGCUCUUCAACGAGGAAUUCCUAGUAAGCGCAAGUCAUCAGCUUGCGUUGAUUACGUCCCUGCCCUUUGUACACACCGCCCGUCGCUAGUACCGAUUGAAUGGCUUAGUGAGGCCUCAGGAUCUGCUUAGAGAUCUCAGAGCGGAGAAUUUGGACAAACUUGGUCAUUUAGAGGAACUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1105 6ZXG_2  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAU2000090551AUGCUUG2000009551UC2000009551UCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCUACAGUGAAACUGCGAA2000009551UGGCUC2000090551AUUAAA2000009551UCAG2000009551UUAUGGU2000090551UCC2000009551UU2000090551UGGUCGCUCGUACUUGGAUAACUGUGGUA2000090551AUUCUAG2000090551AGCUAA2000090551UA2000090551CAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCA2000009551UUUAUCAGUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCGCGGCGACGACCCAUUCGAACGUC2000090551UGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGG2000009551UGACGGGGAAUCAGGGUUCGAU2000090551UCCGGAGA2000090551GGGAGCCUGAGAAACGGCUACCACAU2000090551CCAAGG2000090551AAGGCAGCAGGCGCGC2000090551AAAUUACCCACUCCCGACCCGGGGA2000090551GGU2000090551AGUGA2000090551CGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACU2000009551UUAA2000090551AUCCUUUAACGAGGAUCCAUUGGAG2000090551GGCAAGUCUGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUA2000090551GCGUA2000009551UA2000009551UUAAAGUUGCUGCAGUU2000090551AAAAAGCUCGUAG2000009551UU2000090551GGA2000009551UCUCUCUCGGCCGAAGCGUUUACUUUGAAAAAA2000009551U2000009551UAGAGUG2000009551UUCAAAGCAGGCCGCCUGGAUACCGCAGCUAGGAAUAAU2000090551GGAAUAGGACCGCGGUUCUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAU2000009551UCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUU2000009551UGCCAAGAAUGUUUUCAUUAAUCAAGA2000090551ACGAAAGUCGGAGG2000009551U2000009551UCGAAGACGA2000009551UCAGAUACCGUCGUAGUUCCGACCA2000009551UAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUA2000009551UGG2000009551UUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCC2000009551UGCGGC2000009551UUAAUU2000009551UGAC2000000999UCAACACGGGAAACCUCACCCGGC2000090551CCGGACACGGACAGGA2000090551UUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGG2000090551UG2000090551GUGCAUGGC2000042551CGUUCUUAGU2000009551UGGUGGAGCGAUUUGUCUGG2000009551UUAAUUCCGAUAACGA2000090551ACGAGACU2000090551CUGGCAUGCUAACUAGUUACGCGACCCCCGGUCGGCGUAACU2000090551UCU2000009551UAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA2000090551GGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAU2000009551UCCCCAUGAACGAG2000007551GAAU2000009551UCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUU2000090551AAGUCCCUGCCCUU2000009551UGUACACACCG2000090551CCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGUA2000006551ACAAGGUUUC2000042551CGUAGGUA2000909551U2000909551UCCUGCGGAAGGAUCAUUA
1106 6ZXH_2  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAU2000090551AUGCUUG2000009551UC2000009551UCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCUACAGUGAAACUGCGAA2000009551UGGCUC2000090551AUUAAA2000009551UCAG2000009551UUAUGGU2000090551UCC2000009551UU2000090551UGGUCGCUCGUACUUGGAUAACUGUGGUA2000090551AUUCUAG2000090551AGCUAA2000090551UA2000090551CAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCA2000009551UUUAUCAGUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCGCGGCGACGACCCAUUCGAACGUC2000090551UGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGG2000009551UGACGGGGAAUCAGGGUUCGAU2000090551UCCGGAGA2000090551GGGAGCCUGAGAAACGGCUACCACAU2000090551CCAAGG2000090551AAGGCAGCAGGCGCGC2000090551AAAUUACCCACUCCCGACCCGGGGA2000090551GGU2000090551AGUGA2000090551CGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACU2000009551UUAA2000090551AUCCUUUAACGAGGAUCCAUUGGAG2000090551GGCAAGUCUGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUA2000090551GCGUA2000009551UA2000009551UUAAAGUUGCUGCAGUU2000090551AAAAAGCUCGUAG2000009551UU2000090551GGA2000009551UCUCUCUCGGCCGAAGCGUUUACUUUGAAAAAA2000009551U2000009551UAGAGUG2000009551UUCAAAGCAGGCCGCCUGGAUACCGCAGCUAGGAAUAAU2000090551GGAAUAGGACCGCGGUUCUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAU2000009551UCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUU2000009551UGCCAAGAAUGUUUUCAUUAAUCAAGA2000090551ACGAAAGUCGGAGG2000009551U2000009551UCGAAGACGA2000009551UCAGAUACCGUCGUAGUUCCGACCA2000009551UAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUA2000009551UGG2000009551UUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCC2000009551UGCGGC2000009551UUAAUU2000009551UGAC2000000999UCAACACGGGAAACCUCACCCGGC2000090551CCGGACACGGACAGGA2000090551UUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGG2000090551UG2000090551GUGCAUGGC2000042551CGUUCUUAGU2000009551UGGUGGAGCGAUUUGUCUGG2000009551UUAAUUCCGAUAACGA2000090551ACGAGACU2000090551CUGGCAUGCUAACUAGUUACGCGACCCCCGGUCGGCGUAACU2000090551UCU2000009551UAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA2000090551GGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAU2000009551UCCCCAUGAACGAG2000007551GAAU2000009551UCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUU2000090551AAGUCCCUGCCCUU2000009551UGUACACACCG2000090551CCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGUA2000006551ACAAGGUUUC2000042551CGUAGGUA2000909551U2000909551UCCUGCGGAAGGAUCAUUA
1107 4DR6_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCCACUCC2000009551U2000009551U
1108 4DR7_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCCACUCC2000009551U
1109 4X62_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1110 4X65_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1111 4X66_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1112 5WNP_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1113 5WNT_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1114 5WNU_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1115 5WNV_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2021510551UAACAAGGUAGCUGUACCGG2000909551U2000909551UGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1116 6G90_1  SO:0000391 snRNA  U1  U1  Saccharomyces cerevisiae  nucleus  AUAC2000009551U2000009551UACCUUAAGAUAUCAGAGGAGAUCAAGAAGUCCUACUGAUCAAACAUGCGCUUCCAAGAAGGACGUUAAGCAUUUAUCAUUGAACGUUCAUUGAACAUUGAUGCAAACUCCUUGGUCACACACACGCGGAAGGCGUGUUUGCUGACGUCCCUUGUUUCAAUCAUUGGUUAACUGAUUUUUGGGGCCCUUUGUUCUUCUGAGAAGUGACACCAAUUGGUGUUAGGGGAGCUGGGGCCUUUCAAAAUUUUGGAAGGUCUUGGUCGGGUGGAUCUUAUAAUUUUUGAUUUA
1117 6G90_2  snRNA      Saccharomyces cerevisiae  nucleus  AAGUG2000009551UAGUAUC2000009551UG2000009551UUCUUUUCAGUGUAACAACUGAAAUGACCUAGGCUCAUACACAUUUUUUGGCAGGACGGGAAGAGGAGACGUCGCGACCCUCGCAGAGUCGUUCUUGACUUGGUCGCUUGAUGUUUCUUCUUCCCGUUC
1118 2CZJ_B  SO:0000584 tmRNA    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGG2000005551U2000009551UCGACUCCCACCACCUCC
1119 2CZJ_D  SO:0000584 tmRNA    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGG2000005551U2000009551UCGACUCCCACCACCUCC
1120 2CZJ_F  SO:0000584 tmRNA    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGG2000005551U2000009551UCGACUCCCACCACCUCC
1121 2CZJ_H  SO:0000584 tmRNA    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGG2000005551U2000009551UCGACUCCCACCACCUCC
1122 5L4O_A  tRNA  Val  CAU  Escherichia coli  prokaryotic cytosol  AGCGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCUACC
1123 1SZ1_E  SO:0000212 tRNA  Arg  #AA  synthetic construct  prokaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1124 1SZ1_F  tRNA    #AA  synthetic construct    GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1125 2DLC_Y  tRNA    CAU  synthetic construct    CUCUCGGUA2000002551GCCAAGU2000090551GGAAGGC2000022551GCAAGG2000009551UA2000061551AA2000009551UCUUGAGU2000005551CGGGCG2000005551U2000009551UCG2000001551ACUCGCCCCCGGGAGACCA
1126 1F7V_B  tRNA    ICG  synthetic construct    2000009551UUCCUCGU2000001551G2000002551GCCCAA2000008551UGG2000008551UCACGGC2000022551G2000009551UCUGGCU2000009551ACGAACCAGAAGA2000008551UU2000005551CCAGG2000005551U2000009551UCA2000001551AGUCCUGGCGGGGAAG
1127 1F7U_B  tRNA    ICG  synthetic construct    UUCCUCGUGGCCCAAUGGUCACGGCGUCUGGCU2000009551ACGAACCAGAAGAUUCCAGGUUCAAGUCCUGGCGGGGAAGCCA
1128 3KFU_K  tRNA    ЧAP  Thermus thermophilus  prokaryotic cytosol  UCCGCGGUAGCUCAGGG2000008551UAGAGCAGCCGGCUGUUAACCGGUAGGUCGCAGG2000005551U2000009551UCGAGUCCUGCCCGCGGAGCCA
1129 3KFU_L  tRNA    ICG  Thermus thermophilus  prokaryotic cytosol  UCCGCGGUAGCUCAGGG2000008551UAGAGCAGCCGGCUGUUAACCGGUAGGUCGCAGG2000005551U2000009551UCGAGUCCUGCCCGCGGAGCCA
1130 3KFU_M  tRNA    GUU  Thermus thermophilus  prokaryotic cytosol  UCCGCGGUAGCUCAGGG2000008551UAGAGCAGCCGGCUGUUAACCGGUAGGUCGCAGG2000005551U2000009551UCGAGUCCUGCCCGCGGAG
1131 3KFU_N  tRNA  GUU  Thermus thermophilus  prokaryotic cytosol  UCCGCGGUAGCUCAGGG2000008551UAGAGCAGCCGGCUGUUAACCGGUAGGUCGCAGG2000005551U2000009551UCGAGUCCUGCCCGCGGAG
1132 1IL2_C  tRNA  GUC  Saccharomyces cerevisiae  eukaryotic cytosol  UCCGUGAUAGUU2000009551UAA2000008551UGG2000008551UCAGAAUGGGCGC2000009551UUGUC2000001551GCGUGCCAGAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAGCCA
1133 1IL2_D  tRNA  GUC  Saccharomyces cerevisiae  eukaryotic cytosol  CCGUGAUAGUU2000009551UAA2000008551UGG2000008551UCAGAAUGGGCGC2000009551UUGUC2000001551GCGUGCCAGAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGA
1134 1ASY_R  tRNA  GUC  synthetic construct    UCCGUGAUAGUU2000009551UAA2000008551UGG2000008551UCAGAAUGGGCGC2000009551UUGUC2000001551GCGUGCCAGAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAGCCA
1135 1ASY_S  tRNA  GUC  synthetic construct    UCCGUGAUAGUU2000009551UAA2000008551UGG2000008551UCAGAAUGGGCGC2000009551UUGUC2000001551GCGUGCCAGAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAGCCA
1136 1EFW_C  tRNA  Thr  UʆU  Escherichia coli  prokaryotic cytosol  GGAGCGG2000074551UAGUUCAG2000008551UCGG2000008551U2000008551UAGAAUACCUGCCU2000000999GUC2000002551ACGCAGGGG2000007551GUCGCGGG2000005551U2000009551UCGAGUCCCG2000009551UCCGUUCC
1137 1EFW_D  tRNA  Thr  UʆU  Escherichia coli  prokaryotic cytosol  GGAGCGG2000074551UAGUUCAG2000008551UCGG2000008551U2000008551UAGAAUACCUGCCU2000000999GUC2000002551ACGCAGGGG2000007551GUCGCGGG2000005551U2000009551UCGAGUCCCG2000009551UCCGUUCC
1138 1VTQ_A  tRNA  GUC  synthetic construct    UCCGUGAUAGUU2000009551UAA2000008551UGG2000008551UCAGAAUGGGCGC2000009551UUGUC2000001551GCGUGCCAGAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAGCCA
1139 2TRA_A  tRNA  GUC  Saccharomyces cerevisiae  eukaryotic cytosol  UCCGUGAUAGUU2000009551UAA2000008551UGG2000008551UCAGAAUGGGCGC2000009551UUGUC2000001551GCGUGCCAGAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAGC
1140 3TRA_A  tRNA  GUC  Saccharomyces cerevisiae  eukaryotic cytosol  UCCGUGAUAGUU2000009551UAA2000008551UGG2000008551UCAGAAUGGGCGC2000009551UUGUC2000001551GCGUGCCAGAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAG
1141 2FMT_C  tRNA  CAU  synthetic construct    CGCGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1142 2FMT_D  tRNA  CAU  synthetic construct    CGCGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1143 1FIR_A  tRNA  3UU  Bos taurus  eukaryotic cytosol  GCCCG2000002551GAUA2000002551GCUCAG2000008551UCGG2000008551UAGAGCA2000009551UCAGACU2002521551UUUA2000009551UCUGAGG2000007551G2000008551U2000005551C2000005551CAGGG2000905551U2000009551UCA2000001551AGUCCCUGUUCGGGCGCCA
1144 6Y3G_F  tRNA  Phe  GAA  Escherichia coli  prokaryotic cytosol  GCCCGGA2000074551UAGCUCAG2000008551UCGG2000008551UAGAGCAGGGGA2000009551UUGAAAA2000009551UCCCCGUGCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACC
1145 6Y4B_F  tRNA  Phe  GAA  Escherichia coli  prokaryotic cytosol  GCCCGGA2000074551UAGCUCAG2000008551UCGG2000008551UAGAGCAGGGGA2000009551UUGAAAA2000009551UCCCCGUGUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1146 7CHD_I  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAAC
1147 7CHD_J  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAAC
1148 6YAL_1  tRNA  CAU  Oryctolagus cuniculus  eukaryotic cytosol  AGCAGAGUGGCGCAGCGGAAGCGUGCUGGGCCCAU2000062551AACCCAGAGGUCGAUGGAUCGAAACCAUCCUCUGCUACCA
1149 6YAN_1  tRNA  CAU  Oryctolagus cuniculus  eukaryotic cytosol  AGCAGAGUGGCGCAGCGGAAGCGUGCUGGGCCCAU2000062551AACCCAGAGGUCGAUGGAUCGAAACCAUCCUCUGCUACCA
1150 3CW5_A  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1151 3CW6_A  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1152 3JAQ_1  tRNA    CAU  Saccharomyces cerevisiae  eukaryotic cytosol  AGCGCCGU2000001551G2000002551GCGCAG2000008551UGGAAGCGC2000022551GCAGGGCUCAU2000062551AACCCUGAU2000007551G2000008551U2000005551C2000005551CUCGGAUCG2000001551AAACCG2900255551AGCGGCGCUACCA
1153 5LMR_Z  tRNA  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000090551CUCAUAACCCGAAG2000007551GUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1154 5LMS_Z  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000090551CUCAUAACCCGAAG2000007551GUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1155 5LMT_Z  tRNA  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000090551CUCAUAACCCGAAG2000007551GUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1156 5LMU_Z  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000090551CUCAUAACCCGAAG2000007551GUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1157 5LMV_Z  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000090551CUCAUAACCCGAAG2000007551GUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1158 1YFG_A  tRNA    CAU  Saccharomyces cerevisiae  eukaryotic cytosol  AGCGCCGU2000001551G2000002551GCGCAG2000008551UGGAAGCGC2000022551GCAGGGCUCAU2000062551AACCCUGAU2000007551G2000008551U2000005551C2000005551CUCGGAUCG2000001551AAACCG2900255551AGCGGCGCUACCA
1159 5JB3_4  tRNA  Tyr  AUA  Escherichia coli  prokaryotic cytosol  GCGGGGUGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCUACCA
1160 6SW9_4  tRNA  Tyr  AUA  Escherichia coli  prokaryotic cytosol  GCGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCUACCA
1161 1I9V_A  tRNA  Phe  GAA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUAGCUCAGUUGGGAGAGCGCCAGACUGAA2003483551GAUCUGGAGGUCCUGUG2000005551UUCGAUCCACAGAAUUCGCACCA
1162 1MJ1_C  tRNA  Phe  #AA  Escherichia coli  prokaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1163 1MJ1_D  tRNA  Phe  #AA  Escherichia coli  prokaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1164 1EHZ_A  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1165 1EVV_A  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1166 1FCW_A  tRNA      Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1167 1FCW_B  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1168 1FCW_C  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1169 1FCW_D  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1170 1FCW_E  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1171 1JGO_B  tRNA    #AA  synthetic construct    GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1172 1JGO_C  tRNA    #AA  synthetic construct    GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1173 1JGO_D  tRNA  #AA  synthetic construct    UCCGUGA2000074551UAACAAAGCGG2000008551U2000008551UAUGUACCGGAUUUUUAUUCCGGCUAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAGCCA
1174 1JGP_B  tRNA    UUU  synthetic construct    GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1175 1JGP_C  tRNA    #AA  synthetic construct    GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1176 1JGP_D  tRNA  #AA  synthetic construct    UCCGUGA2000074551UAACAAAGCGG2000008551U2000008551UAUGUACCGGAUUUUUAUUCCGGCUAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAGCCA
1177 1JGQ_B  tRNA    UUU  synthetic construct    GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1178 1JGQ_C  tRNA    #AA  synthetic construct    GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1179 1JGQ_D  tRNA  #AA  synthetic construct    UCCGUGA2000074551UAACAAAGCGG2000008551U2000008551UAUGUACCGGAUUUUUAUUCCGGCUAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAGCCA
1180 1TN1_A  tRNA    UUU  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1181 1TN2_A  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1182 1TRA_A  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1183 3BBV_z  tRNA  #AA  Thermus thermophilus  prokaryotic cytosol  GCCCGGA2000074551UAGCUCAG2000008551UCGG2000008551UAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1184 4TNA_A  tRNA  GAA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1185 4TRA_A  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1186 6TNA_A  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1187 6AZ1_2  tRNA  #AA  synthetic construct    GCGCGGAUAGCUCAGUCGGUAGAGCAGGGGAUUGAA2002161551AAUCCCCGUGUCCUUGGUUCGAUUCCGAGUCCGCGCACCA
1188 1ML5_B  tRNA  Phe  GAA  Escherichia coli  prokaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1189 6LVR_B  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGC
1190 6LVR_D  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGC
1191 1H4Q_T  tRNA  #AA  Thermus thermophilus  prokaryotic cytosol  GGAGUAGCGCAGCCCGGUAGCGCACCUCGUUCGGGACGAGGGGGGCGCUGG2000005551U2000009551UCAGAUCCAGUCUCC
1192 1H4S_T  tRNA  CGG  Thermus thermophilus  prokaryotic cytosol  GGAGUAGCGCAGCCCGGUAGCGCACCUCGUUCGGGACGAGGGGGGCGCUGG2000005551U2000009551UCAGAUCCAGUCUCC
1193 1SER_T  tRNA    Thermus thermophilus  prokaryotic cytosol  GAGGUGCCCGAGUGGC2000008551UGAAGGGAGGUAGGGGGGCCUCCCUCGCGGG2000005551U2000009551UCGAAUCCCGCCCUCUC
1194 4GCW_B  tRNA    synthetic construct    GCUUCCAUAGCUCAGCAGGUAGAGCAGUCAGCGGUUCGAGCCCGCUUGGAAGC2000090551U
1195 1H3E_B  tRNA  UCG  synthetic construct    GGGCAGGUUCCCGAGCGGCCAAAGGGGACGGUCUG2000009551UAAAACCGUUGGCGUAUGCCUUCGCUGG2000005551U2000009551UCG2000001551AAUCCAGCCCUGCCCAC
1196 486D_C  tRNA  UCU  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCCGC2000009551UUGUC2000001551GCGUGGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGC
1197 486D_E  tRNA  GUC  Thermus thermophilus  prokaryotic cytosol  UCCGUGAUAGUU2000009551UAA2000008551UGG2000008551UCAGAAUGGGCGC2000009551UUGUC2000001551GCGUGCCAGAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAG
1198 2OM7_M  tRNA  GUC  Thermus thermophilus  prokaryotic cytosol  UCCGUGA2000074551UAACAAAGCGG2000008551U2000008551UAUGUACCGGAUUUUUAUUCCGGCUAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAGCCA
1199 486D_A  tRNA  Lys  UUU  Escherichia coli  prokaryotic cytosol  UCCGUGAUAGUU2000009551UAA2000008551UGG2000008551UCAGAAU2000022551GCCAGA2000090551CUGAA2003483551GAU2000005551CUGGAGAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAGCC
1200 4CXG_Y  tRNA  GAA  Oryctolagus cuniculus  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCGGU2000090551CUCCA2002161551AAACCGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1201 4CXH_Y  tRNA  CCA  Oryctolagus cuniculus  eukaryotic cytosol  GCGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCGGU2000090551CUCCA2002161551AAACCGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1202 5LMQ_Z  tRNA  Trp  CCA  Escherichia coli  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000090551CUCAUAACCCGAAG2000007551GUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1203 6ZU9_1  tRNA  AUA  Saccharomyces cerevisiae  eukaryotic cytosol  AGCGCCGU2000001551G2000002551GCGCAG2000008551UGGAAGCGC2000022551GCAGGGCUCAU2000062551AACCCUGAU2000007551G2000008551U2000005551C2000005551CUCGGAUCG2000001551AAACCG2900255551AGCGGCGCUACCA
1204 1EG0_O  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGG2000074551UGGAGCAGCCGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1205 1GSG_T  tRNA  CAU  synthetic construct    UGGGGUA2000074551UCGCCAAGC2000090551GG2000008551UAAGGCACCGGA2000090551UUCUG2000002551A2000009551U2000009551UCCGGCAUUCCGAGG2000005551U2000009551UCGAAUCCUCGUACCCCAGCCA
1206 2Z9Q_A  tRNA  CUG  Thermus aquaticus  prokaryotic cytosol  CGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1207 LC530712.1  tRNA  Ala  UGC  Homo sapiens  Mitochondrion  AAGGGCUU2000001551A2000002551GCUUAAUUAAAGU2000002551GGCUGAUUUGC2000001551G2000009551U2000009551UCAGUUGAUGCAGAGUGGGGUUUUGCAG2000009551UCCUUACCA
1208 LC530713.1  tRNA  Cys  GCA  Homo sapiens  Mitochondrion  AGCUCCGA2000001551GGUGAUUUUCAUA2000009551U2000009551UGAA2000009551UUGCA2000061551AA2000009551UUCGAAGAAGCAGCUUCA2000001551AACCUGCCGGGGCUUCCA
1209 LC530714.1  tRNA  Glu  ƕUC  Homo sapiens  mitochondrion  GUUCUUGU2000001551A2000002551GUUGAAAUACAAC2000002551GA2000009551UGGUUU2000254551UUCAUA2000009551UCAUUGGU2000005551CGUGGU2000009551UGUAGUCCGUGCGAGAAUACCA
1210 LC530715.1  tRNA  Phe  GAA  Homo sapiens  Mitochondrion  GUUUAUGU2000001551A2000002551GCUUACCUCCUCAAAGCAA2000009551UACACUGAA2002161551AA2000009551UGUUUAGA2000005551CGGGCUCACAUCACCCCAUAAACACCA
1211 LC530716.1  tRNA  Gly  UCC  Homo sapiens  mitochondrion  ACUCUUUU2000001551A2000002551GUAUAAAUAGUACCG2000009551UUAACUUCCAA2000009551U2000009551UAACUAGUUUUGACAACAUUCAAAAAAGAGUACCA
1212 LC530717.1  tRNA  His  QPG  Homo sapiens  Mitochondrion  GGUAAAUAU2000001551A2000002551GUUUAACCAAAACA2000009551UCAGAUU2000042551G2000009551UGAA2000009551UCUGACAA2000005551CAGAGGCUUACGACCCCUUAUUUACCCCA
1213 LC530718.1  tRNA  Met  >AU  Homo sapiens  Mitochondrion  AGUAAGGUCAGCUAAAUAAGCUA2000009551UCGGGCC2000071551CAUACCCCGAAAAUG2000009551UUGGUUAUACCCUUCCCGUACUACCA
1214 LC530719.1  tRNA  Asn  QUU  Homo sapiens  Mitochondrion  UAGAUUGA2000001551A2000002551GCCAGUUGA2000008551UUAGGGUGC2000009551UUAGCU2000042551GUU2000062551AAC2000009551UAAGUGUUUGUGGG2000005551U2000009551UUAAGUCCCAUUGGUCUAGCCA
1215 LC530720.1  tRNA  Pro  UGG  Homo sapiens  mitochondrion  CAGAGAAU2000001551AGUUUAAAUUAGAAUC2000009551UUAGC2000009551UUUGG2000001551G2000009551UGCUAAUGGUGGAG2000005551U2000009551UAAAGACUUU2000009551U2000009551UCUCUGACCA
1216 LC530721.1  tRNA  Gln  ƕUG  Homo sapiens  Mitochondrion  UAGGAUGG2000001551GGUGUGAUAGG2000008551UGGCACGGAGAAU2000009551U2000254551UUG2000001551GA2000009551U2000009551UCUCAGGGAUGGG2000005551U2000009551UCGAUUCUCAUAGUCCUAGCCA
1217 LC530722.1  tRNA  Arg  UCG  Homo sapiens  mitochondrion  UGGUAUAU2000001551A2000002551GUUUAA2000001551ACAAAAC2000002551GAAUGA2000009551UUUCGAC2000009551UCAUUAAAUUAUGAUAAUCAUAUUUACCAACCA
1218 LC530723.1  tRNA  Thr  UGU  Homo sapiens  Mitochondrion  GUCCUUGU2000001551A2000002551GUAUAAACUAAUACACCAGU2000003551CUUGU2000062551AAACCGGAGAUGAAAACCUUUUUCCAAGGACACCA
1219 LC530724.1  tRNA  Val  UAC  Homo sapiens  Mitochondrion  CAGAGUGU2000001551A2000002551GCUUAACACAAAGCACCCAACUUACAC2000009551UUAGGAGAUUUCAACUUAACUUGACCGCUCUGACCA
1220 LC530725.1  tRNA  Trp  ʭC*  Homo sapiens  Mitochondrion  AGAAAUUU2000001551A2000002551GGUUAAAUACAGACCAAGAGCCU2000054551UC2002161551AAAGCCCUCAGUAAGUUGCAAUACUUAAUUUCUGCCA
1221 LC530726.1  tRNA  Tyr  QUA  Homo sapiens  Mitochondrion  GGUAAAAU2000001551G2000002551GCUGAGUGAAGCA2000009551U2000009551UGGACU2000042551GUA2002161551AA2000009551UCUAAAGA2000005551CAGGGGUUAGGCCUCUUUUUACCACCA
1222 KY962518.1  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAU2000090551AUGCUUG2000009551UC2000009551UCAAAGAUUAAGCCAUGCAUGUCUAAG2000009551UACGCACGGCCGGUACAGUGAAACUGCGAA2000009551UGGCUC2000090551A2000009551UUAAA2000009551UCAG2000009551UUAUGGU2000090551UCC2000009551UU2000090551UGGUCGCUCGCUCCUCUCCUACUUGGAUAACUGUGGUA2000090551AUUCUAG2000090551AGC2000090551UAA2000090551UA2000090551CAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGA2000009551UGCGUGCA2000009551UUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUC2000009551UAGA2000009551UAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCUAACGUC2000090551UGCCCUAUCAAC2000009551UUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGG2000009551UGACGGGGAAUCAGGGUUCGAU2000090551UCCGGAGA2000090551GGGAGCCUGAGAAACGGCUACCACAU2000090551CCAAGG2000090551AAGGCAGCAGGCGCGC2000090551AAAUUACCCACUCCCGACCCGGGGA2000090551GGU2000090551AG2000009551UGA2000090551CGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAA2000009551UUGGAAUGAGUCCACU2000009551UUAA2000090551AUCCUUUAACGAGG2000090551AUCCAUUGGAG2000090551GGCAAGUC2000009551UGGUGCCAGCAG2000090551CCGCGG2000090551UAAUUCCAGCUCCAAUA2000090551GCGUA2000009551UA2000009551UUAAAGUUGCUGCAGU2000009551U2000090551AAAAAGCUCGUAG2000009551UU2000090551GGA2000009551UCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUC2000009551U2000009551UAGCUGAGUGUCCCGCGGGGCCCGAAG2000090551CG2000090551UU2000009551UAC2000009551UUUGAAAAAA2000009551U2000009551UAGAGUG2000009551UUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAA2000009551UAA2000009551U2000090551GGAAUAGGACCGCGGUUCUAUUUUGUUGGU2000009551UUUCGGAACUGAGGCCAUGAU2000009551UAAGAGGGACGGCCGGGGGCAUUCCGUAUUGCGCGCUAGAGGUGAAAU2000009551UCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAU2000009551UUGCCAAGAAUGUUUUCAUUAAUCAAGA2000090551ACGAAAGUCGGAGG2000009551U2000009551UCGAAGACGA2000009551UCAGA2000009551UACCGUCGUAGUUCCGACCA2000009551UAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGC2000009551UUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUA2000009551UGG2000009551UUGCAAAGC2000009551UGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCC2000009551UGCGGC2000009551UUAAUU2000009551UGAC2001309551UCAACACGGGAAACCUCACCCGGC2000090551CCGGACACGGACAGGA2000090551UUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGG2000090551UG2000090551GUGCAUGGC2000042551CGUUCUUAGU2000009551UGGUGGAGCGAUU2000009551UGUCUGG2000009551UUAAUUCCGAUAACGA2000090551ACGAGACU2000090551CUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAA2000090551CU2000090551UCU2000009551UA2000090551GAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA2000090551GGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAU2000009551UCGUGAUGGGGAUCGGGGAUUGCAAUUAU2000009551UCCCCAUGAACGAG2000007551GAAU2000009551UCCCAGUAAGUGCGGGUCAUAAGCU2000090551UGCGUUGAUU2000090551AAGUCCCUGCCCUU2000009551UGUACACACCG2000090551CCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACU2000090551UGACUAUCUAGAGGAAGUAAAAGUCGUA2000006551ACAAGGU2000009551UUC2000042551CGUAGGUG2000066551A2000066551ACCUGCGGAAGGAUCAUUA
1223 7BHP_L5  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAGAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCCCCGGCGCGCCGGGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAG2000090551AG2000090551AGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGCGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCC2000090551GUCUUG2000001551A2000090551AAC2000090551ACGGACCAAGGAGU2000090551CUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCC2000090551GA2000090551AAGAUGGUGA2000090551AC2000009551UAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCG2000009551UAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAG2000090551GGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCC2000009551UCAGGA2000009551UAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAA2000009551UGAUUAGAGGUCUUGG2000090551GGCCGAAACGAUC2000090551UCAACC2000009551UA2000009551U2000009551UCUCAAACUU2000009551UAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCAC2000009551UU2000009551UUGGUAAGC2000090551AGAACUGGCG2000090551CUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGCGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAU2000090551CUUGGUGGUAGU2000090551A2000090551G2000090551CAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGG2000090551AGAAGGGUUCCAUG2000090551UGAACAG2000090551CA2000090551GUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGA2000009551UCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUU2000009551UUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCC2000090551AUAUCCGCAGCAGGUCU2000090551CCAAGGUGAAC2000090551AGCCUCUGG2000090551CAUGUUGGAACAA2000090551UG2000009551UAGG2000009551UAAGGGAAGUCGGCAAGC2000090551CGGAUCCGUAACUUC2000090551GGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCCGCCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCCGCGCGCGCCGCUCGCUCCCUCCCCGCCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGGCGGCGGCCCGCCGCGGGGCCCCGGCGGCGGGGGCACGGUCCCCCGCGAGGGGGGCCCGGGCACCCGGGGGGCCGGCGGCGGCGGCGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGGCGCCGGCGCGCCCCCCCCCCCACCCCACGUCUCGUCGCGCGCGCGUCCGCUGGGGGCGGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGG2000090551GGAAUCCGAC2000009551UG2000009551UUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUU2000009551UCUGCC2000090551CAGUGCUCUGAAUG2000009551UCA2000090551AAGUGA2000090551AGAAAU2000009551UCAA2000009551UGAAGCGCGG2000090551GUAAACGGCGGGAG2000009551UA2000090551AC2000009551UA2000009551UGAC2000009551UC2000009551UCUUAAGGUAGC2000005551CAA2000090551AUGCCUC2000090551GUCAUCUAAUUAGUGA2000090551CGCGCAUGAA2000909551UGGA2000009551UGA2000090551ACGAG2000090551AUUCCCACUGU2000090551CCC2000009551UACCUAC2000009551UA2000009551UCCAGCGAAACCAC2000090551AG2000090551CCAAGGGAACGGGCU2000009551UGG2000090551CGGAAUCAGCGG2000090551GGAAAGAAGACCCUGUUGAGC2000009551UUGAC2000090551UCUAGUCUGGCACGGUGAA2000090551GAGACAUGAGAGGUG2000009551UAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCCGGCCCUGCGGGCCGCC2000090551GGUGAAAUACCA2000090551CUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGGCCGCGCGCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUG2000090551GGGCGGUACACCUGUCAAACGGUA2000006551ACGCAGG2000090551U2000090551GUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGA2000009551UCU2000009551UGA2000009551UUUUCAG2000090551UACGAA2000009551UACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUU2000009551UUGGGUUU2000009551UAAGCAGGA2000090551GGUGUCAGAAAAGUUACCACAG2000090551GGAUAACUGGC2000009551UUGUGGCGGCCAAGCGU2000009551UCA2000009551UAGCGACG2000009551UCGCUUUUUGA2000009551UCCUU2000005551CGAUGUCGG2000090551C2000009551UCUUCCUAUCAUUG2000009551UGAAGCAGAAUUCACCAAGCGU2000009551U2000090551GGAU2000090551U2000090551G2000009551UUCACCCACUAAUAGGGAACG2000009551UG2000090551AGCUGGG2000003551UU2000009551UAGA2000090551CCGUCGUGAGACAGGU2000009551UAGUUUUACCCUACUGAUG2000090551AUGUG2000009551UUG2000009551UUGCCAUGGUA2000090551AUCCUGCUCAGUACGAGAGGAACCGCAG2000090551GU2000090551UCA2000090551GACAU2000009551UUGGUGUA2000009551U2000090551GUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCA2000009551UCUGUGGGAUUAUGAC2000009551UGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCCUCCACGCGCCCCGCGCGCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCA2000009551U2000009551UCGUAGACGACCUGCUUCUGGGUCGGGG2000009551UUUCGUACG2000009551UAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1224 KY962518.1  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGG2000090551UGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGC2000009551UGCGAGAAUUAAUG2000009551UGAAUU2000090551GCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1225 7O7Y_39  rRNA  LSU-L  28S  Oryctolagus cuniculus  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGUGGGGCGCGGGAAAUGUGGCGUACGGAAGACCCACUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCCCCGGCGCGCCGGGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAG2000090551AG2000090551AGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGUGGUCCGGCCGUGCCGGCGGUCUCGGCGGAUCUUUCCCGCUCCCCGUUCCUCCCGACCCCUCCACCCGCUCCCCCUCCCCCGCCGGUCUUCUCCCUUCACGGGGGGUGGGUCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGCCCCCCGGCCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCCGGCGGGGAAGGUGGCCCGGGGGGACGCCUCGCCGCCGUCGUCCGCGGCGGCGGCGGGCGCGACCCCUCCCCGGGUGUUACAGCCCCGCCCCGGCAGCAGCAGCUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCUGUGUCGCCGCGCUCUCCCCCCUCCCGGCGCUCCCCCCCGCGGGGGUCCCCCGCGAGGGGGCUCCCCCCGCGGGGGCGCGCCGGUGUCGCCGCCCUCGCGGGCGCGGCACGGGGGGGCCGGGCCGCCCCUCCCACGGCGCGACCGCUCUCCCGGCCCCCGCCGCCGCCUCUUCGGGCGUGCGGCGGGGGUGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGUGUCACGCCGUCGGGCUCGGGGGAGAAGUCGGCCACGGCGCGUCGCGCGCCUCCGCGUCCCCCCCUCGCCGUCUCCGGGCGGCGGGGGGGGGUUUCGGCGCGGUGUUCUCGGCGCGCGCGCGCGAGCGAGCGCACGGGGUCGGCGGCGAUGUCGGCUACCCACCCGACCC2000090551GUCUUG2000001551AAAC2000090551ACGGACCAAGGAGU2000090551CUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGGCGGCUUCCCGCCGUCGUCGGCCGAGGUGGGAUCCCGAGGCCCUUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCC2000090551GA2000090551AAGAUGGUGA2000090551AC2000009551UAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCG2000009551UAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAG2000090551GGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCC2000009551UCAGGA2000009551UAGCUGGCGCUCUCGCAACCCCGCAGUUUUAUCCGGUAAAGCGAA2000009551UGAUUAGAGGUCUUGGGGCCGAAACGAUCUCAACC2000009551UA2000009551U2000009551UCUCAAACUU2000009551UAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCAC2000009551UU2000009551UUGGUAAGC2000090551AGAACUGGCG2000090551CUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCUGGCAGUCGGCAGAGCGAGAAAGAGAGUGGAGCGCGCCGCGGGACUCCCCCCGCGGGGGUCCCCGGCCACCCCCCCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAU2000090551CUUGGUGGUAGU2000090551A2000090551G2000090551CAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGG2000090551AGAAGGGUUCCAUG2000090551UGAACAG2000090551CA2000090551GUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCAGCCGA2000009551UCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUU2000009551UUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCC2000090551AUAUCCGCAGCAGGUCU2000090551CCAAGGUGAAC2000090551AGCCUCUGG2000090551CAUGUUGGAACAA2000090551UGUAGGUAAGGGAAGUCGGCAAGC2000090551CGGAUCCGUAACUUC2000090551GGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCCGCCGCCCCCCCCACGCCCGGGGCGCCCUCCCCCGGCCGGGUCCGCUCCCUCGCGCGCGCGUGCGCCGUGGCGCGCGCCGCGCGCGCGGCCGAGCCCCGUCUCCCUCCCCCCCUCUCCCCUCCCGGGGCGGGGUGCGGGGAGGGGCGGGCGGGGCCGUCGCUCGCCGCGCGUGCGCGUCGCUGCGCGUGCGCCGCGCGGGGGGUCCGGCGGGCCUCCGGACGGGGGCUCCGGGCACCCGGGCACCCGGGGGGCCGGCGGCGGCGGCGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCUCGGGGAGCCCGGCGGGCGCCGCGUGCGCGCGCGUGCGCGCCCGGGGUCGGGGGGGUGCGAGGCAGGGGAGGCCCUCUCUCCUCCUCCCCCACCCCGGCGCCGCGGCGCCGCGCGUGCGCGCGCGGUCUCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGG2000090551GGAAUCCGAC2000009551UG2000009551UUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUU2000009551UCUGCC2000090551CAGUGCUCUGAAUG2000009551UCA2000090551AAGUGA2000090551AGAAAU2000009551UCAA2000009551UGAAGCGCGG2000090551GUAAACGGCGGGAG2000009551UA2000090551AC2000009551UA2000009551UGAC2000009551UC2000009551UCUUAAGGUAGC2000005551CAA2000090551AUGCCUC2000090551GUCAUCUAAUUAGUGA2000090551CGCGCAUGAA2000909551UGGA2000009551UGA2000090551ACGAG2000090551AUUCCCACUGU2000090551CCC2000009551UACCUAC2000009551UA2000009551UCCAGCGAAACCAC2000090551AG2000090551CCAAGGGAACGGGCU2000009551UGG2000090551CGGAAUCAGCGG2000090551GGAAAGAAGACCCUGUUGAGC2000009551UUGAC2000090551UCUAGUCUGGCACGGUGAA2000090551GAGACAUGAGAGGUGUAGAAUAAGUGGGAGGCCCCCGGCGCCCUCCCGCCCCCGCGAGGGGGCGGGGCGGGGUCCGCCGGCCUUGCGGGCCGCCGGUGAAAUACCACUACUCUUAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCGGGCCCCGUCGGUCCGCGCGGGCCGGCGGCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUG2000090551GGGCGGUACACCUGUCAAACGGUA2000006551ACGCAGG2000090551U2000090551GUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGA2000009551UCU2000009551UGA2000009551UUUUCAG2000090551UACGAA2000009551UACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGAGCUU2000009551UUGGGUUU2000009551UAAGCAGGA2000090551GGUGUCAGAAAAGUUACCACAG2000090551GGAUAACUGGC2000009551UUGUGGCGGCCAAGCGU2000009551UCA2000009551UAGCGACG2000009551UCGCUUUUUGA2000009551UCCUU2000005551CGAUGUCGG2000090551C2000009551UCUUCCUAUCAUUG2000009551UGAAGCAGAAUUCACCAAGCGUU2000090551GGAU2000090551U2000090551G2000009551UUCACCCACUAAUAGGGAACG2000009551UG2000090551AGCUGGG2000003551UU2000009551UAGA2000090551CCGUCGUGAGACAGGU2000009551UAGUUUUACCCUACUGAUG2000090551AUGUG2000009551UUG2000009551UUGCCAUGGUA2000090551AUCCUGCUCAGUACGAGAGGAACCGCAG2000090551GU2000090551UCA2000090551GACAU2000009551UUGGUGUA2000009551U2000090551GUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCA2000009551UCUGUGGGAUUAUGAC2000009551UGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGGAACGAUACGGCAGCGCCGAAGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCGUCCCCGCCGGCGGCCCGCGUCGUGCGUCCGCCUCGGCGGCGUGCGGCGCGCCCCCCGCCGCGCGUCGGGACCGGGGUCCGGUGCGGAGAGCCCUUCGUCCCGGGAAAUGGGGCGCGGCCGGAAAGGGGGCCGCCCUCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCA2000009551UUCGUAGACGACCUGCUUCUGGGUCGGGG2000009551UUUCGUACG2000009551UAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGU
1226 7O7Y_1  rRNA  SSU  18S  Oryctolagus cuniculus  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAU2000090551AUGCUUG2000009551UC2000009551UCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAA2000009551UGGCUC2000090551AUUAAA2000009551UCAG2000009551UUAUGGU2000090551UCC2000009551UU2000090551UGGUCGCUCGCUCCUCUCCUACUUGGAUAACUGUGGUA2000090551AUUCUAG2000090551AGCUAA2000090551UA2000090551CAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGA2000009551UGCGUGCA2000009551UUUAUCAGAUCAAAACCAACCCGGUCAGCCUCCCCCCGGCCCCGGCCGGGGGGGUGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCUCCGUGGCGGCGACGACCCAUUCGAACGUC2000090551UGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGG2000009551UGACGGGGAAUCAGGGUUCGAU2000090551UCCGGAGA2000090551GGGAGCCUGAGAAACGGCUACCACAU2000090551CCAAGG2000090551AAGGCAGCAGGCGCGC2000090551AAAUUACCCACUCCCGACCCGGGGA2000090551GGU2000090551AGUGA2000090551CGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACU2000009551UUAA2000090551AUCCUUUAACGAGG2000090551AUCCAUUGGAG2000090551GGCAAGUC2000009551UGGUGCCAGCAGCCGCGG2000090551UAAUUCCAGCUCCAAUA2000090551GCGUA2000009551UA2000009551UUAAAGUUGCUGCAGUU2000090551AAAAAGCUCGUAG2000009551UU2000090551GGA2000009551UCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGCGUU2000009551UACUUUGAAAAAA2000009551U2000009551UAGAGUG2000009551UUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAA2000009551UAA2000009551U2000090551GGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAU2000009551UCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUU2000009551UGCCAAGAAUGUUUUCAUUAAUCAAGA2000090551ACGAAAGUCGGAGG2000009551U2000009551UCGAAGACGA2000009551UCAGAUACCGUCGUAGUUCCGACCA2000009551UAAACGAUGCCGACUGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUA2000009551UGG2000009551UUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCC2000009551UGCGGC2000009551UUAAUU2000009551UGACCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGA2000090551UUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGG2000090551UG2000090551GUGCAUGGC2000042551CGUUCUUAGU2000009551UGGUGGAGCGAUUUGUCUGG2000009551UUAAUUCCGAUAACGA2000090551ACGAGACU2000090551CUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACU2000090551UCU2000009551UA2000090551GAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA2000090551GGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAU2000009551UCCCCAUGAACGAG2000007551GAAU2000009551UCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUU2000090551AAGUCCCUGCCCUU2000009551UGUACACACCG2000090551CCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACU2000090551UGACUAUCUAGAGGAAGUAAAAGUCGUA2000006551ACAAGGUUUC2000042551CGUAGGUG2000066551A2000066551ACCUGCGGAAGGAUCAUUA
1227 7O7Y_41  rRNA  LSU-S  5.8S  Oryctolagus cuniculus  Cytoplasm  CGACUCUUAGCGGUGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGC2000009551UGCGAGAAUUAAUG2000009551UGAAUU2000090551GCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUUG
1228 7QIZ_43  rRNA  LSU-L  25S  Solanum lycopersicum  Cytoplasm  GCGACCCCAGGUCAGGCGGGAUUACCCGCUGAGU2000009551UUAAGCAUA2000090551UCAA2000090551UAAGCGGAGGAAAAGAAACU2000009551UACAAGGAUUCCCCUAGUAACGGCGAGCGAACCGGGAACAGCCCAGCCUUAGAAUCGGGCGGCUCCGUCGUCCGAA2000090551UUGUAGUCUGGAGAAGCGUCCUCAGCGGCGGACCGGGCCCAAGUCCCCUGGAAGGGGGCGCCGGAGAGGGUGAGAGCCCCGUCGUGCCCGGACCCUGUCGCACCACGAGGCGCUGUCUACGAGUCGGGUUGUUUGGGAAUGCAGCCCAAAUCGGGCGGUGAAUUCCGUCCAAGGCUAAAUACUGGCGAGAGACCGAUAGCGAACAAGUACCGCGAGGGAAAGAUG2000090551AAAAGGACU2000009551UUGAAAAGAGAGUCAAAGAGU2000090551GCUUGAAAUUGUCGGGAGGGAAGCGGAUGGGGGCCGGCGAUGCGCCCCGGUCGGAUGUGGAACGGCGACGAGCCGGUCCGCCGAUCGACUCGGGGCGUGGACCAGCGUGGAUUGGGGGGGCGGCCAAAGCCCGGGCUCUCGAUACGCCCGUGGAACGCCGUCUCCCCGAUUGUGGAAGGCAGCGCGCGCCUCCGGCGUGCUUCGGCAUCUGCGCGCUCCGGACGCUGGCCUGUGGGCUCCCCAUUCGACCCGUCUUG2000001551AAAC2000090551ACGGACCAAGGAGU2000090551C2000090551UGACAUGUGUGCGAGUCAACGGGCGAGUAAACCCGUAAGGCGUAAGGAAGCUGAUUGGUGGGAUCCCCCUGAGGGGUGCACCGCCGACCGACCUUGAUCUUCUGAGAAGGGUUCGAGUGUGAGCAUACC2000090551UGUCGGGACCC2000090551GA2000090551AAGAUGGUGA2000090551AC2000009551UAUGCCUGAGCGGGGCGAAGCCAGAGGAAACUCUGGUGGAGGCCCGCAGCGAUACUG2000090551ACGUGCAAA2000009551UCGUUCGUCUGACUUGGGUAUAG2000090551GGGCGAAAGACUAAUCGAACCGUCUAGU2000090551AGCUGGUUCCCUCCGAAGUUUCCC2000009551UCAGGAUAGCUGGAGCUCGCGUGCGAGUUCUA2000009551UCGGGUAAAGCCAA2000009551UGAUUAGAGGCCUCGGGGGCGCAACGCCCUCGACCUAU2000009551UCUCAAACUU2000009551UAAA2000090551UAGGUAGGACGGCGCGGCUGCUUUGUUGAGCCGCGCCACGGAAUCAAGAGCUCCAAGUGGGCCAU2000009551U2000009551U2000009551UUGGUAAGC2000090551AGAACUGGCGAUGCGGGAUGAACCGGAAGCCGGGUUACGGUGCCAAACUGCGCGCUAACCUAGAUCCCACAAAGGGUGUUGGUCGA2000009551UUAAGACAGCAGGACGGUGGUCAUGGAAGUCGAAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCCGAAAAUGGAUGGCGCUUAAGCGCGCGACCUACACCCGGCCGUCGGGGCAAGUGCCAGGCCCCGAUG2000090551AGUAGGAGGGCGCGGCGGUCGCUGCAAAACCUUGGGCGCGAGCCUGGGCGGAGCGGCCGUCGGUGCAGAU2000090551CUUGGUGGUAGU2000090551A2000090551GCAAAUAUUCAAA2000009551UGAGAA2000090551CU2000009551UUGAAGGCCGAAGAGGGGAAAGGUUCCAUGUGAACGGCACUUGCACAUGGGUUAG2000090551UCGAUCCUAAGGGUCGGGGGAACCCCGACAGAUAGCGCGUUUCGCGCGUACUCCGAAAGGGAAUCGGGUUAAAAUUCCUGAACCGGGACGUGGCGGUUGACGGCAACGUUAGGAAGUCCGGAGACGUCGGCGGGAGCCUCGGGAAGAGUUAUCUUUUCUGUUUAACAGCCUGCCCACCCUGGAAUCGGCUCAGCCGGAGGUAGGGUCCAGCGGCUGGAAGAGCACCGCACGUCGCGUGGUGUCCGGUGCGCUCCCGGCGGCCCUUGAAAAUCCGGAGGACCGAAUGCCGUCCACGCCCGGUCGUACUCAUAA2000090551CCG2000090551CAUCA2000090551GGUCU2000090551CCAAGGUGAACAGCCUCUGGUCGAUGGAACAA2000090551UGUAGGCAAGGGAAG2000009551UCGGCAAAAUGGAUCCGUAACUUCGGGAAAAGGAUUGGCUCUGAGGGCUGGGCACGGGGGUCCCAGUCCCGAACCCGUCGGCUGUCGGUGGACUGCUCGAGCUGCUCCCGCGGCGAGAGCGGGUCGCCGCGUGCCGGCCGGGGGACGGACUGGGAACGGUUCCUUCGGGGGCCUUCCCCGGGCGUCGAACAGCCAACUCAGAACUGG2000090551UACGGACAAG2000090551G2000090551GG2000090551AAUCCGAC2000009551UG2000009551UUUAAUUAAAACAAAGCAUUGCGAUGGUCCCAACGGAUGUUUACGCAAUGUGAUU2000009551UCUGCC2000090551CAGUGCUCUGAAUG2000009551UCAAAGUGA2000090551AGAAA2000009551UUCAACCAAGC2000090551GCGGGUAAACGGCGGGAG2000009551UA2000090551AC2000009551UA2000009551UGAC2000009551UC2000009551UCUUAAGGUAGC2000005551CAA2000090551AUGCCUC2000090551GUCAU2000090551CUAAUUAGUGACGCGCAUGAA2000009551UGGA2000009551UUA2000090551ACGAG2000090551AUUCCCACUGU2000090551CCCUGUCUAC2000090551UA2000009551UCCAGCGAAACCACAG2000090551CCAAGGGAACGGGCUUGGCAGAAUCA2000090551GCGG2000090551GGAAAGAAGACCCU2000090551G2000090551UUGAGC2000009551UUGAC2000090551UCUAGUCCGAC2000009551UUUGUGAAAUGACUUGAGAGGUGUAGUAUAAGUGGGAGCCGAAAGGCGAAAGUGAAAUACCACUACUUUUAACGUUAUUUUACUUA2000009551UUCCGUGAAUCGGAAGCGGGGCACUGCCCCUCUUUUUGGACCCAAGGCUCGCUUCGCGGGCCGAUCCGGGCGGAAGACAUUGUCAGGUGGGGAGUU2000009551UGGCUG2000090551GGGCGGCACAUCUGUUAAAAG2000090551AUAACGCAGG2000090551U2000090551GUCCUAAGAUGAGCUCAACGAGAACAGAAAU2000090551CUCGUGUGGAACAGAAGGGUAAAAGCUCGU2000009551UUGAU2000090551UCUGAUUUCCAG2000090551UACGAA2000090551UACGAACCG2000009551UGAAAGCGUGGCCUAACGAUCCUUUAGACCUUCGGAAUUCGAAGCUA2000090551GA2000090551GGUGUCAGAAAAGUUACCACAG2000090551GGAUAACUGGC2000009551UUGUGGCAGC2000090551CAAGCGU2000009551UCAUAGCGACG2000009551UUGCUUUUUGA2000009551UCCUU2000005551CGAUGUCGG2000090551C2000009551UCU2000090551UCCUAUCAUUG2000009551UGAAGCAGAAUUCACCA2000090551AGUGUU2000090551GGAU2000090551U2000090551G2000009551UUCACCCACCAAUAGGGAACG2000009551UG2000090551AG2000090551CUGGG2000003551UU2000009551UAGA2000090551CCGUCGUGAGACAGGU2000009551UAGUUUUACCCUACUGA2000009551UGACAGUGUCGCAAUAGUAAUUCAACCUAGUACGAGAGGAACCGUUGAUUCACACAAUUGGCCAUCGCGCUUGGUUGAAAAGCCAGUGGCGCGAAGCUACCGUGUGCUGGAUUAUGAC2000009551UGAACGCCUCUAAGUCAGAAUCCGGGCUAGAAGCGACGCAUGCGCCCGCCGUCCGCUUGCCGACCCGCAGUAGGGGCCUUUGGCCCCCAAGGGCACGUGUCGUUGGCUAAGUCGCCGCGACGGAAGCGUCGCGGUGACCGCCUUGAAGUACAAUUUCCAUCGAGCGGCGGGUAGAAUCCUUUGCAGACGAC2000090551UUAAAUACGCGACGGGGUAUUGUAAGUGGCAGAGUGGCCUUGCUGCCACGAUCCACUGAGAUUCAGCCCUUUGUCGCUCCGAUUCGU
1229 7QIZ_46  rRNA  SSU  18S  Solanum lycopersicum  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGUCAU2000090551AUGCUUGUCU2000090551CAAAGAUUAAGCCAUGCAUGUGUAAGUAUGAACAAAUUCAGACUGUGAAACUGCGAAUGGCUCAU2000009551UAAAUCAG2000009551UUAUAGUUUG2000009551UU2000090551UGAUGGUAUCUACUACU2000090551CGGAUAACCGUAGUAAUUCUAG2000090551AGCUAAUACGUGCAACAAACCCCGACUUCUGGAAGGGAUGCAUUUA2000009551UUAGAUAAAAGGUCGACGCGGGCUCUGCCCGUUGCUGC2000090551GAUGAUUCA2000009551UGA2000009551UAACUCGACGGAUCGCACGGCCAUCGUGCCGGCGACGCAUCA2000009551UUCAAA2000009551UUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUGGUGACGGG2000009551UGACGGAGAAUUAGGGUUCGA2000009551UUCCGGAGA2000090551GGGAGCCUGAGAAACGGCUACCACAU2000090551CCAAGGAAGGCAGCAGGCGCGC2000090551AAAUUACCCAA2000009551UCCUGACACGGGGAGGU2000090551AGUGA2000090551CAAUAAAUAACAAUACCGGGCUCUAUGAGUCUGGUAAUUGGAAUGAGUACAAUCUAAAUCCCUUAACGAGG2000090551AUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGG2000090551UAA2000009551UUCCAGCUCCAAUA2000090551GCGUA2000909551UA2000009551UUUAAGUUG2000090551UUGCAGUU2000090551AAAAAGCUCGUAG2000009551UUGGACUUUGGGAUGGGCCGGCCGGUCCGCCCUAGGUGUGCACCGGUCGUCUCGUCCCUUCUGUCGGCGAUGCGCUCCUGGCCUUAAUUGGCCGGGUCGUGCCUCCGGCGCUGUUACU2000009551UUGAAGAAA2000009551UUAGAGUGCUCAAAGCAAGCCUACGCUCUGUAUACAUU2000090551AGCAUGGGA2000009551UAACAUUAUAGGAUUUCGGUCCUAUUACGUUGGCCUUCGGGAUCGGAGUAAUGAUUAACAGGGACAGUCGGGGGCAUUCGUAUUUCAUAGUCAGAGGUGAAAU2000009551UCUUGGAUUUAUGAAAGACGAACAACUGCGAAAGCAU2000009551U2000009551UGCCAAGGAUGUUUUCAUUAAUCAAGA2000090551ACGAAAGUUGGGGGCUCGAAGACGA2000009551UCAGAUACCG2000090551UCCUAGUCUCAACCA2000009551UAAACGAUGCCGACCAGGGAUCGGCGGAUGUUGCUUUUAGGACUCCGCCGGCACCUUAUGAGAAAUCAAAGUUUUUGGG2000009551UUCCGGGGGGAGUA2000009551UGGUCGCAAGGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCC2000009551UGCGGC2000009551UUAAUU2000009551UGAC2000000999UCAACACGGGGAAACU2000009551UACCAGG2000009551U2000090551CCAGACAUAGUAAGGAUUGACAGACUGAGAGCUCUUUCUUGAUUC2000090551UA2000090551UGGGUGG2000090551UG2000090551GUGCAUGGC2000042551CGUUCUUAGU2000009551UGGUGGAGCGA2000009551UUUG2000009551UCUGG2000009551UUAAUUCCGUUAACGA2000090551ACGAGACCUCAGCCUGCUAACUAGCUAUGCGGAGGUAUCCCUUCGCGGCCAGCU2000090551UCUUAGAGGGACUACGGCCUUUUAGGCCGCGGAAGUUUGAGGCAAUAACA2000090551GGUCUGUGAUGCCC2000090551UUAGAUGUUCUGGGCCGCACGCGCGCUACACUGAUGUA2000009551UUCAACGAGCUUAUAGCCUUGGCCGACAGGCCCGGGUAAUCUUUGAAAUU2000009551UCA2000009551UCGUGAUGGGGAUAGAUCAUUGCAAUUGU2000009551UGGUCUUCAACG2000090551AG2000007551GAAUUCCUAGUAAGCGCGAGUCAUCAGCUCGCGUUGACUACGUCCCUGCCCUU2000009551UGUACACACCG2000090551CCCGUCGCUCCUACCGAUUGAAUGAUCCGGUGAAAUGUUCGGAUCGCGGCGACGUGGGCGGUUCGCUGCCCGCGACGUCGCGAGAAGUCCAUUGAACCUUAUCAUUUAGAGGA2000090551AGGAGAAGUCGUA2000006551ACAAGGUUUC2000042551CGUAGGUG2000066551A2000066551ACCUGCGGAAGGAUCAUUG
1230 7QIZ_45  rRNA  LSU-S  5.8S  Solanum lycopersicum  Cytoplasm  ACAAACGACUCUCGGCAACGGA2000009551UAUCUCGGCUCUCGCAUCGAUGAAG2000090551AACGUAGCGAAAUGCGAUACUUGGUGUGAAU2000009551U2000090551GCAGAAUCCCGUGAACCAUCGAGUCUUUGAACGCAAGUUGCGCCCGAAGCCAUUUGGCCGAGGGCACGUCUGCCUGGGCGUCACGC
1231 7PZY_1  rRNA  LSU-L  25S  Candida albicans  Cytoplasm  UGACCUCAAAUCAGGUAGGACUACCCGCUGAACUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACCAACAGGGAUUGCCUCAGUAGCGGCGAGUGAAGCGGCAAAAGCUCAAAUUUGAAAUCUGGCGUCUUUGGCGUCCGAGUUGUAAUUUGAAGAAGGUAUCUUUGGGCCCGGCUCUUGUCUAUGUUCCUUGGAACAGGACGUCACAGAGGGUGAGAAUCCCGUGCGAUGAGAUGACCCGGGUCUGUGUAAAGUUCCUUCGACGAGUCGAGUUGUUUGGGAAUGCAGCUCUAAGUGGGUGGUAAAUUCCAUCUAAAGCUAAAUAUUGGCGAGAGACCGAUAGCGAACAAGUACAGUGAUGGAAAGAUGAAAAGAACUUUGAAAAGAGAGUGAAAAAGUACGUGAAAUUGUUGAAAGGGAAGGGCUUGAGAUCAGACUUGGUAUUUUGCAUGCUGCUCUCUCGGGGGCGGCCGCUGCGGUUUACCGGGCCAGCAUCGGUUUGGAGCGGCAGGAUAAUGGCGGAGGAAUGUGGCACGGCUUCUGCUGUGUGUUAUAGCCUCUGACGAUACUGCCAGCCUAGACCGAGGACUGCGGUUUUUACCUAGGAUGUUGGCAUAAUGAUCUUAAGUCGCCCGUCUUGAAACACGGACCAAGGAGUCUAACGUCUAUGCGAGUGUUUGGGUGUAAAACCCGUACGCGUAAUGAAAGUGAACGAAGGUGGGGGCCCAUUAGGGUGCACCAUCGACCGAUCCUGAUGUGUUCGGAUGGAUUUGAGUAAGAGCAUAGCUGUUGGGACCCGAAAGAUGGUGAACUAUGCCUGAAUAGGGUGAAGCCAGAGGAAACUCUGGUGGAGGCUCGUAGCGGUUCUGACGUGCAAAUCGAUCGUCGAAUUUGGGUAUAGGGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCUGCCGAAGUUUCCCUCAGGAUAGCAGAAGCUCGUAUCAGUUUUAUGAGGUAAAGCGAAUGAUUAGAAGUCUUGGGGUUGAAAUGACCUUAACUUAUUCUCAAACUUUAAAUAUGUAAGAAGUCCUUGUUGCUUAAUUGAACGUGGACAAUUGAAUGAAGAGCUUUUAGUGGGCCAUUUUUGGUAAGCAGAACUGGCGAUGCGGGAUGAACCGAACGUGAAGUUAAAGUGCCGGAAUGCACGCUCAUCAGACACCACAAAAGGUGUUAGUUCAUCUAGACAGCCGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCGGCCGAAUGAACUAGCCCUGAAAAUGGAUGGCGCUCAAGCGUGCUACUUAUACUUCACCGUGAUUGCUGUUUUGACGCUUUCACGAGUAGGCAGGCGUGGAGGUCAGUGACGAAGCCUUUGCUGUAAAGCUGGGUCGAACGGCCUCUAGUGCAGAUCUUGGUGGUAGUAGCAAAUAUUCAAAUGAGAACUUUGAAGACUGAAGUGGGGAAAGGUUCCAUGUCAACAGCAGUUGGACAUGGGUUAGUCGAUCCUAAGAGAUGGGGAAGCUCCGUUUCAACGUGCUUGAUUUUUCAGGCCAACCAUCGAAAGGGAAUCCGGUUAAAAUUCCGGAACUUGGAUAUGGAUUCUUCACGGCAACGUAACUGAAUGUGGAGACGUCGGCGUGAGCCCUGGGAGGAGUUAUCUUUUCUUCUUAACAGCUUAUCACCCUGGAAUUGGUUUAUCCGGAGAUGGGGUCUUAUGGCUGGAAGAGCGCGGUAAUUUUGCCGCGUCCGGUGCGCUUACGACGGUCCUUGAAAAUCCACAGGAAGGAAUAGUUUUCAUGCCAAGUCGUACUCAUAACCGCAGCAGGUCUCCAAGGUUAACAGCCUCUAGUUGAUAGAAUAAUGUAGAUAAGGGAAGUCGGCAAAAUAGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGAUCGGGUGUCUUGGGCCUUGUGUAGACGCGGCGGUGACUGUUGGCGGGCUGUUUUACGACGGACUGCUGGUGGAUGCUGCUGUAGACACGCUUGGUAGGUCUUUAUGGCCGUCCGGGGCACGUUUAACGAUCAACUUAGAACUGGUACGGACAAGGGGAAUCUGACUGUCUAAUUAAAACAUAGCAUUGUGAUGGUCAGAAAGUGAUGUUGACACAAUGUGAUUUCUGCCCAGUGCUCUGAAUGUCAAAGUGAAGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAGUAACUAUGACUCUCUUAAGGUAGCCAAAUGCCUCGUCAUCUAAUUAGUGACGCGCAUGAAUGGAUUAACGAGAUUCCCACUGUCCCUAUCUACUAUCUAGCGAAACCACAGCCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUGUUGAGCUUGACUCUAGUUUGACAUUGUGAAAAGACAUGGAGGGUGUAGAAUAAGUGGGAGCUUCGGCGCCGGUGAAAUACCACUACCUCUAUAGUUUUUUUACUUAUUCAAUGAAGCGGAGCUGGAGGUCAAACUCCACGUUCUAGCAUUAAGCCCUCUGGGCGAUCCGGGUUGAAGACAUUGUCAGGUGGGGAGUUUGGCUGGGGCGGCACAUCUGUUAAACGAUAACGCAGGUGUCCUAAGGGGGACUCAUGGAGAACAGAAAUCUCCAGUAGAACAAAAGGGUAAAAGUCCCCUUGAUUUUGAUUUUCAGUGUGAAUACAAACCAUGAAAGUGUGGCCUAUCGAUCCUUUAGUCCCUCGGAAUUUGAGGCUAGA2000090551GGUGCCAGAAAAGUUACCACAGGGAUAACUGGCUUGUGGCAGU2000090551CAAGCGUUCAUAGCGACAUUGCUUUUUGAUUCUUCGAUGUCGGCUCUUCCUAUCAUACCGAAGCAGAAUUCGGUAAGCGUUGGAUUGUUCACCCACUAAUAGGGAACGUGAGCUGGGUUUAGACCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGAAUGUUAUCGCAAUAGUAAUUGAACUUAGUACGAGAGGAACCGUUCAUUCAGAUAAUUGGUUUUUGCGGCUGUCUGAUCAGGCAACGCCGCGAAGCUACCAUCUGCUGGAUUAUGGCUGAACGCCUCUAAGUCAGAAUCCAUGCUAGAACGCGAUGAUUUUUGCCCUGCACAUUUUAGAUGGAUACGAAUAAGACUUUUUAGUCGCUGGACCAUAGCAGGCUGGCAACGGUGCGCUUAGCGGAAAGGCUUUGUGCGCUUGCCGGCGGAUAGCAAUGUCAACAUGCGCGGGGAUAAAUCCUUUGCAUACGACUUAGAUGUACAACGGAGUAUUGUAAGCAGUAGAGUAGCCUUGUUGUUACGAUCUGCUGAGAUUAAGCUCUUGUUGUCUGAUUUGU
1232 7K00_22  rRNA  LSU  23S  Escherichia coli  Prokaryotic Cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCAUCCCGACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000002551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAACA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUG2000006551AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000002551GGGA2000008551UAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAG2000009551U2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1233 7K00_1  rRNA  SSU  16S  Escherichia coli  Prokaryotic Cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAU2000002551G2000005551CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUG2000002551GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGGGCCUUGUACACACCG2000904551CCCGU2000005551CACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCG2000003551UAACAAGGUAACCGUAGG2000002551GG2000066551A2000066551ACCUGCGGUUGGAUCACCUCCUUA
1234 RIBOMAP_EC23S  rRNA  LSU  23S  Escherichia coli  Prokaryotic Cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000007551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCAUCCCGACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000002551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAAC2000039551UA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUG2000006551AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000002551GGGA2000008551UAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCAC2000090551CUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAG2000009551U2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1235 RIBOMAP_EC16S  rRNA  SSU  16S  Escherichia coli  Prokaryotic Cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAU2000002551G2000005551CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUG2000002551GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGGGCCUUGUACACACCG2000904551CCCGU2000005551CACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCG2000003551UAACAAGGUAACCGUAGG2000002551GG2000066551A2000066551ACCUGCGGUUGGAUCACCUCCUUA
1236 RIBOMAP_TT16S  rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UUUGUUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCGCGAGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000002551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCACCUCC2000009551U2000009551UUCU
1237 RIBOMAP_TT23S  rRNA  LSU  23S  Thermus thermophilus  Prokaryotic Cytosol  GGUCAAGAUGGUAAGGGCCCACGGUGGAUGCCUCGGCACCCGAGCCGAUGAAGGACGUGGCUACCUGCGAUAAGCCAGGGGGAGCCGGUAGCGGGCGUGGAUCCCUGGAUGUCCGAAUGGGGGAACCCGGCCGGCGGGAACGCCGGUCACCGCGCUUUUGCGCGGGGGGAACCUGGGGAACUGAAACAUCUCAGUACCCAGAGGAGAGGAAAGAGAAAUCGACUCCCUGAGUAGCGGCGAGCGAAAGGGGACCAGCCUAAACCGUCCGGCUUGUCCGGGCGGGGUCGUGGGGCCCUCGGACACCGAAUCCCCAGCCUAGCCGAAGCUGUUGGGAAGCAGCGCCAGAGAGGGUGAAAGCCCCGUAGGCGAAAGGUGGGGGGAUAGGUGAGGGUACCCGAGUACCCCGUGGUUCGUGGAGCCAUGGGGGAAUCUGGGCGGACCACCGCCUAAGGCUAAGUACUCCGGGUGACCGAUAGCGCACCAGUACCGUGAGGGAAAGGUGAAAAGAACCCCGGGAGGGGAGUGAAAUAGAGCCUGAAACCGUGGGCUUACAAGCAGUCACGGCCCCGCAAGGGGUUGUGGCGUGCCUAUUGAAGCAUGAGCCGGCGACUCACGGUCGUGGGCGAGCUUAAGCCGUUGAGGCGGAGGCGUAGGGAAACCGAGUCCGAACAGGGCGCAAGCGGGCCGCACGCGGCCCGCAAAGUCCGCGGCCGUGGACCCGAAACCGGGCGAGCUAGCCCUGGCCAGGGUGAAGCUGGGGUGAGACCCAGUGGAGGCCCGAACCGGUGGGGGAUGCAAACCCCUCGGAUGAGCUGGGGCUAGGAGUGAAAAGCUAACCGAGCCCGGAGAUAGCUGGUUCUCCCCGAAAUGACUUUAGGGUCAGCCUCAGGCGCUGACUGGGGCCUGUAGAGCACUGAUAGGGCUAGGGGGCCCACCAGCCUACCAAACCCUGUCAAACUCCGAAGGGUCCCAGGUGGAGCCUGGGAGUGAGGGCGCGAGCGAUAACGUCCGCGUCCGAGCGCGGGAACAACCGAGACCGCCAGCUAAGGCCCCCAAGUCUGGGCUAAGUGGUAAAGGAUGUGGCGCCGCGAAGACAGCCAGGAGGUUGGCUUAGAAGCAGCCAUCCUUUAAAGAGUGCGUAAUAGCUCACUGGUCGAGUGGCGCCGCGCCGAAAAUGAUCGGGGCUUAAGCCCAGCGCCGAAGCUGCGGGUCUGGGGGAUGACCCCAGGCGGUAGGGGAGCGUUCCCGAUGCCGAUGAAGGCCGACCCGCGAGGCGGCUGGAGGUAAGGGAAGUGCGAAUGCCGGCAUGAGUAACGAUAAAGAGGGUGAGAAUCCCUCUCGCCGUAAGCCCAAGGGUUCCUACGCAAUGGUCGUCAGCGUAGGGUUAGGCGGGACCUAAGGUGAAGCCGAAAGGCGUAGCCGAAGGGCAGCCGGUUAAUAUUCCGGCCCUUCCCGCAGGUGCGAUGGGGGGACGCUCUAGGCUAGGGGGACCGGAGCCAUGGACGAGCCCGGCCAGAAGCGCAGGGUGGGAGGUAGGCAAAUCCGCCUCCCAACAAGCUCUGCGUGGUGGGGAAGCCCGUACGGGUGACAACCCCCCGAAGCCAGGGAGCCAAGAAAAGCCUCUAAGCACAACCUGCGGGAACCCGUACCGCAAACCGACACAGGUGGGCGGGUGCAAGAGCACUCAGGCGCGCGGGAGAACCCUCGCCAAGGAACUCUGCAAGUUGGCCCCGUAACUUCGGGAGAAGGGGUGCUCCCUGGGGUGAUGAGCCCCGGGGAGCCGCAGUGAACAGGCUCUGGCGACUGUUUACCAAAAACACAGCUCUCUGCGAACUCGUAAGAGGAGGUAUAGGGAGCGACGCUUGCCCGGUGCCGGAAGGUCAAGGGGAGGGGUGCAAGCCCCGAACCGAAGCCCCGGUGAACGGCGGCCG2000009551UAAC2000000999UA2000009551UAA2000090551CGGUCCUAAGGUAGCGAAA2000000999UUC2000000999CUUGUCGGGUAAGUUCCGAC2000000999CUGCACGAAAAGCGUAACGACCGGAGCGCUGUCUCGGCGAGGGACCCGGUGAAAUUGAACUGGCCGUGAAGAUGCGGCCUACCCGUGGCAGGACGAAAAGACCCCGUGGAGCUUUACUGCAGCCUGGUGUUGGCUCUUGGUCGCGCCUGCGUAGGAUAGGUGGGAGCCUGUGAACCCCCGCCUCCGGGUGGGGGGGAGGCGCCGGUGAAAUACCACCCUGGCGCGGCUGGGGGCCUAACCCUCGGAUGGGGGGACAGCGCUUGGCGGGCAGUUUGACUG2000090551GGGCGGUCGCCUCCUAAAAGGUAACGGAGGCGCCCAAAGGUCCCCUCAGGCGGGACGGAAAUCCGCCGGAGAGCGCAAGGGUAGAAGGGGGCCUGACUGCGAGGCCUGCAAGCCGAGCAGGGGCGAAAGCCGGGCCUAGUGAACCGGUGGUCCCGUGUGGAAGGGCCAUCGAUCAACGGAUAAAAGUUACCCCGGGGAUAACAGGCUGAUCUCCCCCGAGCGUCCACAGCGGCGGGGAGGUUUGGCACCUCG2000000999AUGUCGGCUCGUCGCAUCCUGGGGCUGAAGAAGGUCCCAAGGGUUGGGC2000090551UGUUCGCCCAUUAAAGCGGCACGCGAGCUGGGUUCAGAACGUCGUGAGACAGUUCGGUCUCUA2000009551UCCGCCACGGGCGCAGGAGGCUUGAGGGGGGCUCUUCCUAGUACGAGAGGACCGGAAGGGACGCACCUCUGGUUUCCCAGCUGUCCCUCCAGGGGCAUAAGCUGGGUAGCCAUGUGCGGAAGGGAUAACCGCUGAAAGCAUCUAAGCGGGAAGCCCGCCCCAAGAUGAGGCCUCCCACGGCGUCAAGCCGGUAAGGACCCGGGAAGACCACCCGGUGGAUGGGCCGGGGGUGUAAGCGCCGCGAGGCGUUGAGCCGACCGGUCCCAAUCGUCCGAGGUCUUGACCCC
1238 RIBOMAP_HC23S  rRNA  LSU  23S  Haloarcula marismortui  Prokaryotic Cytosol  AACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUG2000001551AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUGUGUCCGCCUCCGAGAGGAGUCGGCACACCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGG2000090551GGUAAC2000009551UA2000009551UGACCCUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGACGUGGUCGCCGAUGUGCAGCAUAGGUAGGAGACACUACACAGGUACCCGCGCUAGCGGGCCACCGAGUCAACAGUGAAAUACUACCCGUCGGUGACUGCGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGACAGAGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGU2000090551U2000090551GUUCGCCUAUUAAAGGAGGUCGUGAGCUGGG2000003551UU2000009551UAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAAUGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAAAGCCAUCA
1239 RIBOMAP_SC25S  rRNA  LSU-L  25S  Saccharomyces cerevisiae  Cytoplasm  GUUUGACCUCAAAUCAGGUAGGAGUACCCGCUGAACUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACCAACCGGGAUUGCCUUAGUAACGGCGAGUGAAGCGGCAAAAGCUCAAAUUUGAAAUCUGGUACCUUCGGUGCCCGAGUUGUAAUUUGGAGAGGGCAACUUUGGGGCCGUUCCUUGUCUAUGUUCCUUGGAACAGGACGUCAUAGAGGGUGAGAAUCCCGUGUGGCGAGGAGUGCGGUUCUUUGUAAAGUGCCUUCGAAGAGUCGAGUUGUUUGGGAAUGCAGCUCUAAGUGGGUGGUAAAUUCCAUCUAAAGCUAAAUAUUGGCGAGAGACCGAUAGCGAACAAGUACAGUGAUGGAAAGAUGAAAAGAACUUUGAAAAGAGAGUGAAAAAGUACGUGAAAUUGUUGAAAGGGAAGGGCAUUUGAUCAGACAUGGUGUUUUGUGCCCUCUGCUCCUUGUGGGUAGGGGAAUCUCGCAUUUCACUGGGCCAGCAUCAGUUUUGGUGGCAGGAUAAAUCCAUAGGAAUGUAGCUUGCCUCGGUAAGUAUUAUAGCCUGUGGGAAUACUGCCAGCUGGGACUGAGGACUGCGACGUAAGUCAAGGAUGCUGGCAUAAUGGUUAUAUGCCGCCCGUCUUG2000001551AAAC2000090551A2000090551CGGACCAAGGAGU2000090551CUAACGUCUAUGCGAGUGUUUGGGUGUAAAACCCAUACGCGUAAUGAAAGUGAACGUAGGUUGGGGCCUCGCAAGAGGUGCACAAUCGACCGAUCCUGAUGUCUUCGGAUGGA2000009551UUUGAGUAAGAGCAUAGCUGUUGGGACCC2000090551GA2000090551AAGAUGGUGA2000090551ACUAUGCCUGAAUAGGGUGAAGCCAGAGGAAACUCUGGUGGAGGCUCGUA2000090551GCGGUUCUG2000090551ACGUGCAAAUCGAUCGUCGAAU2000090551UUGGGUAUAG2000090551GGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCUGCCGAAGUU2000005551UCCC2000009551UCAGGA2000009551UAGCAGAAGCUCGUAUCAGU2000009551UUUA2000009551UGAGGUAAAGCGAA2000009551UGAUUAGAGGUUCCGGGGUCGAAAUGACCUUGACCUAU2000009551UCUCAAACUU2000009551UAAA2000009551UAUGUAAGAAGUCCUUGUUACUUAAUUGAACGUGGACAUUUGAAUGAAGAGCUU2000009551UUAGUGGGCCAUUU2000009551UUGGUAAGC2000090551AGAACUGGCGAUGCGGGAUGAACCGAACGUAGAGUUAAGGUGCCGGAAUACACGCUCAUCAGACACCACAAAAGGUGUUAGUUCAUCUAGACAGCCGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCGGCCGAAUGAACUAGCCCUGAAAAUGGAUGGCGCUCAAGCGUGUUACCUAUACUCUACCGUCAGGGUUGAUAUGAUGCCCUGACGAGUAGGCAGGCGUGGAGGUCAGUGACGAAGCCUAGACCGUAAGGUCGGGUCGAACGGCCUCUAGUGCAGAU2000090551CUUGGUGGUAGU2000090551A2000090551GCAAAUAUUCAAAUGAGAACUUUGAAGACUGAAGUGGGGAAAGGUUCCACGUCAACAGCAGUUGGACGUGGGUUAGUCGAUCCUAAGAGAUGGGGAAGCUCCGUUUCAAAGGCCUGAUUUUAUGCAGGCCACCAUCGAAAGGGAAUCCGGUUAAGAUUCCGGAACCUGGAUAUGGAUUCUUCACGGUAACGUAACUGAAUGUGGAGACGUCGGCGCGAGCCCUGGGAGGAGUUAUCUUUUCUUCUUAACAGCUUAUCACCCCGGAAUUGGUUUAUCCGGAGAUGGGGUCUUAUGGCUGGAAGAGGCCAGCACCUUUGCUGGCUCCGGUGCGCUUGUGACGGCCCGUGAAAAUCCACAGGAAGGAAUAGUUUUCAUGCCAGGUCGUACUGAUAACCGCAGCAGGUCUCCAAGGUGAACAGCCUCUAGUUGAUAGAAUAA2000090551UGUAGAUAAGGGAAGUCGGCAAAAUAGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGGUCGGGUAGUGAGGGCCUUGGUCAGACGCAGCGGGCGUGCUUGUGGACUGCUUGGUGGGGCUUGCUCUGCUAGGCGGACUACUUGCGUGCCUUGUUGUAGACGGCCUUGGUAGGUCUCUUGUAGACCGUCGCUUGCUACAAUUAACGAUCAACUUAGAACUGGUACGGACAAGGGGAAUC2000009551UGAC2000009551UGUCUAAUU2000001551AAAACAUAGCAUUGCGAUGGUCAGAAAGUGAUGUUGACGCAAUGUGAUU2000009551UCUGCC2000090551CAGUGCUCUGAAUGUCAAAGUGA2000090551AGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAGUA2000090551AC2000009551UA2000009551UGAC2000009551UC2000009551UCUUAAGGUAGC2000005551CA2000090551A2000090551AUGCCUC2000090551GUCAUCUAAUUAGUGACGCGCAUGAA2000009551UGGAUUAACGAGAUUCCCACUGU2000090551CCC2000009551UAUCUAC2000090551UA2000009551UC2000009551UAGCGAAACCACAGCCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUGUUGAGC2000009551U2000090551UGAC2000090551UCUAGUUUGACAUUGUGAAGAGACAUAGAGGGUGUAGAAUAAGUGGGAGCUUCGGCGCCAGUGAAAUACCACUACCUUUAUAGUUUCUUUACUUAUUCAAUGAAGCGGAGCUGGAAUUCAUUUUCCACGUUCUAGCAUUCAAGGUCCCAUUCGGGGCUGAUCCGGGUUGAAGACAUUGUCAGGUGGGGAGUUUGGCUG2000090551GGGCGGCACAUCUGU2000003551UAAACG2000090551AUAACGCAGAUGUCCUAAGGGGGGCUCAUGGAGAACAGAAAUCUCCAGUAGAACAAAAGGGUAAAAGCCCCCUUGAUUUUGAUU2000090551UUCAG2000090551UGUGAA2000009551UACAAACCAUGAAAGUGUGGCCUAUCGAUCCUUUAGUCCCUCGGAAUUUGAGGCUA2000090551GA2000090551GGUGCCAGAAAAGUUACCACAG2000090551GGAUAACUGGC2000009551UUGUGGCAGUCAAGCGU2000003551UCAUAGCGACAUUGCUUUUUGA2000009551UUCUUCGAUGUCGGC2000009551UCUUCCUAUCAUACCGAAGCAGAAUUCGGUAAGCGUUGGAU2000090551U2000090551G2000009551U2000005551UCACCCACUAAUAGGGAACG2000009551UG2000090551AG2000090551CUGGGUUUAGA2000090551CCGUCGUGAGACAGGU2000009551UAGUUUUACCCUACUGAUGAAUGUUACCGCAAUAGUAAUUGAACUUAGUACGAGAGGAACAGUUCAUUCGGAUAAUUGGUUUUUGCGGCUGUCUGAUCAGGCAUUGCCGCGAAGCUACCAUCCGCUGGAUUAUGGCUGAACGCCUCUAAGUCAGAAUCCAUGCUAGAACGCGGUGAUUUCUUUGCUCCACACAAUAUAGAUGGAUACGAAUAAGGCGUCCUUGUGGCGUCGCUGAACCAUAGCAGGCUAGCAACGGUGCACUUGGCGGAAAGGCCUUGGGUGCUUGCUGGCGAAUUGCAAUGUCAUUUUGCGUGGGGAUAAAUCAUUUGUAUACGACUUAGAUGUACAACGGGGUAUUGUAAGCAGUAGAGUAGCCUUGUUGUUACGAUCUGCUGAGAUUAAGCCUUUGUUGUCUGAUUUGU
1240 RIBOMAP_SC18S  rRNA  SSU  18S  Saccharomyces cerevisiae  Cytoplasm  UAUCUGGUUGAUCCUGCCAGUAGUCAU2000090551AUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUAUAAGCAAUUUAUACAGUGAAACUGCGAAUGGCUC2000090551AUUAAA2000009551UCAGUUAUCGUUUA2000009551UUUGAUAGUUCCUUUACUACAUGGUAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCUUAAAAUCUCGACCCUUUGGAAGAGAUGUAUUUA2000009551UUAGAUAAAAAAUCAAUGUCUUCGGACUCUUUGAUGAUUCAUAAUAACUUUUCGAAUCGCAUGGCCUUGUGCUGGCGAUGGUUCAUUCAAA2000009551UUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUUUCAACGGGUAACGGGGAAUAAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAU2000090551CCAAGG2000090551AAGGCAGCAGGCGCGC2000090551AAAUUACCCAAUCCUAAUUCAGGGAGGUAG2000009551UGACAAUAAAUAACGAUACAGGGCCCAUUCGGGUCUUGUAAUUGGAAUGAGUACAAUGUAAAUACCUUAACGAGG2000090551AACAAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGG2000090551UAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGUUGCAGUU2000090551AAAAAGCUCGUAG2000009551UUGAACUUUGGGCCCGGUUGGCCGGUCCGAUUUUUUCGUGUACUGGAUUUCCAACGGGGCCUUUCCUUCUGGCUAACCUUGAGUCCUUGUGGCUCUUGGCGAACCAGGACUUUUACUUUGAAAAAAU2000009551UAGAGUG2000009551UUCAAAGCAGGCGUAUUGCUCGAAUAUAUU2000090551AGCAUGGAAUAAUAGAAUAGGACGUUUGGUUCUAUUUUGUUGGUUUCUAGGACCAUCGUAAUGAUUAAUAGGGACGGUCGGGGGCAUCAGUAUUCAAUUGUCAGAGGUGAAAUUCUUGGAUUUAUUGAAGACUAACUACUGCGAAAGCAUUUGCCAAGGACGUUUUCAUUAAUCAAGA2000090551ACGAAAGUUAGGGGAUCGAAGAUGA2000009551UCAGAUAC2000090551CGUCGUAGUCUUAACCAUAAACUAUGCCGACUAGGGAUCGGGUGGUGUUUUUUUAAUGACCCACUCGGCACCUUACGAGAAAUCAAAGUCUUUGGGUUCUGGGGGGAGUAUGGUCGCAA2000090551GGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGC2000009551UUAAUU2000009551UGAC2001309551UCAACACGGGGAAACUCACCAGGUCCAGACACAAUAAGGAUUGACAGAUUGAGAGCUCUUUCUUGAUUUUGUGGGUGG2000090551UG2000090551GUGCAUGGCCGUUCUUAGU2000009551UGGUGGAGUGAUUUGUCUGCUUAAUUGCGAUAACGAACGAGACCUUAACCUACUAAAUAGUGGUGCUAGCAUUUGCUGGUUAUCCACUUCUUAGAGGGACUAUCGGUUUCAAGCCGAUGGAAGUU2000009551UGAGGCAAUAACA2000090551GGUCUGUGAUGCCCUUAGACGUUCUGGGCCGCACGCGCGCUACACUGACGGAGCCAGCGAGUCUAACCUUGGCCGAGAGGUCUUGGUAAUCUUGUGAAACUCCGUCGUGCUGGGGAUAGAGCAUUGUAAUUAUUGCUCUUCAAC2000090551GAG2000007551GAAUUCCUAGUAAGCGCAAGUCAUCAGCUUGCGUUGAUUACGUCCCUGCCCUUUGUACACACCG2000090551CCCGUCGCUAGUACCGAUUGAAUGGCUUAGUGAGGCCUCAGGAUCUGCUUAGAGAAGGGGGCAACUCCAUCUCAGAGCGGAGAAUUUGGACAAACUUGGUCAUUUAGAGGAACUAAAAGUCGUAACAAGGUUUCCGUAGGUG2000066551A2000066551ACCUGCGGAAGGAUCAUUA
1241 RIBOMAP_SC58S  rRNA  LSU-S  5.8S  Saccharomyces cerevisiae  Cytoplasm  AAACUUUCAACAACGGAUCUCUUGGUUCUCGCAUCGAUGAAGAACGCAGCGAAAUGCGAUACGUAAUGUGAA2000009551UUGCAGAAUUCCGUGAAUCAUCGAAUCUUUGAACGCACAUUGCGCCCCUUGGUAUUCCAGGGGGCAUGCCUGUUUGAGCGUCAUUU
1242 RIBOMAP_SC5S  rRNA  LSU  5S  Saccharomyces cerevisiae  Mitochondrion  GGUUGCGGCCAUAUCUACCAGAAAGCACCGUUUCCCGUCCGAUCAACUG2000009551UAGUUAAGCUGGUAAGAGCCUGACCGAGUAGUGUAGUGGGUGACCAUACGCGAAACUCAGGUGCUGCAAUCU
1243 RIBOMAP_AT25S  rRNA  LSU-L  25S  Arabidopsis thaliana  Cytoplasm  GCGACCCCAGGUCAGGCGGGAUUACCCGCUGAGUUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACUAACAAGGAUUCCCUUAGUAACGGCGAGCGAACCGGGAAGAGCCCAGCUUGAAAAUCGGACGUCUUCGGCGUUCGAAUUGUAGUCUGGAGAAGCGUCCUCAGCGACGGACCGGGCCUAAGUUCCCUGGAAAGGGGCGCCAGAGAGGGUGAGAGCCCGUCGUGCCCGGACCCUGUCGCACCACGAGGCGCUGUCUACGAGUCGGGUUGUUUGGGAAUGCAGCCCCAAUCGGGCGGUAAAUUCCGUCCAAGGCUAAAUACGGGCGAGAGACCGAUAGCGAACAAGUACCGCGAGGUAAAGAUGAAAAGGACUUUGAAAAGAGAGUCAAAGAGUGCUUGAAAUUGUCGGGAGGGAAGCGGAUGGGGGCCGGCGAUGCGUCCUGGUCGGAUGCGGAACGGAGCAAUCCGGUCCGCCGAUCGAUUCGGGGCGUGGACCGACGCGGAUUACGGUGGCGGCCUAAGCCCGGGCUUUUGAUACGCUUGUGGAGACGUCGCUGCCGUGAUCGUGGUCUGCAGCACGCGCCUAACGGCGUGCCUCGGCAUCAGCGUGCUCCGGGCGUCGGCCUGUGGGCUCCCCAUUCGACCCGUCUUGAAAC2000090551ACGGACCAAGGAGU2000090551CUGACAUGUGUGCGAGUCAACGGGUGAGUAAACCCGUAAGGCGCAAGGAAGCUGAUUGGCGGGAUCCUCGCGGGUGCACCGCCGACCGACCUUGAUCUUCUGAGAAGGG2000009551U2000090551UCGAGUGUGAGCAUGCCUGUCGGGACCC2000090551GA2000090551AAGAUGGUGA2000090551AC2000009551UAUGCCUGAGCGGGGUAAAGCCAGAGGAAACUCUGGUGGAAGCCCGCAGCGAUACUG2000090551ACGUGCAAAUCGUUCGUCUGACUUGGGUAUAG2000090551GGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCUCAGGAUAGCUGGAGCUCGGACGCGAGUUCUA2000009551UCGGGUAAAGCCAA2000009551UGAUUAGAGGCAUUGGGGGCGCAACGCCUCGACCUAUUCUCAAACUUUAAAUAGGUAGGACGUGUCGGCUGCUUUGUUGAGCCGUCACACGGAAUCGAGAGCUCCAAGUGGGCCAUUUUUGGUAAGC2000090551AGAACUGGCGAUGCGGGAUGAACCGGAAGCCGGGUUACGGUGCCCAACUGCGCGCUAACCUAGAACCCACAAAGGGUGUUGGUCGAUUAAGACAGCAGGACGGUGGUCAUGGAAGUCGAA2000090551AUCCGCUAAGGAGUG2000090551UGUAACAACUCACCUGCCGAAUCAACUAGCCCCGAAAAUGGAUGGCGCUUAAGCGCGACCUAUACCCGGCCGUCGGGGCAAGAGCCAGGCCUCGAUGAGUAGGAGGGCGCGGCGGUCGCUGCAAAACCUAGGGCGCGAGGCGCGGAGCGGCCGUCGGUGCAGAU2000090551CUUGGUGGUAGU2000090551A2000090551GCAAAUAUUCAAAUGAGAACUUUGAAGGCCGAAGAGGGGAAAGGUUCCAUGUGAACGG2000090551CACUUGCACAUGGGUUAGUCGAUCCUAAGAGUCGGGGGAAACCCGUCUGAUAGCGCUUAAGCGAACUUCGAAAGGGGAUCCGGUUAAAAUUCCGGAACCGGGACGUGGCGGUUGACGGCAACGU2000090551UAGGGAGUCCGGAGACGUCGGCGGGGGCCUCGGGAAGAGUUAUCUUUUCUGUUUAACAGCCUGCCCACCCUGGAAACGGCUCAGCCGGAGGUAGGGUCCAGCGGCUGGAAGAGCACCGCACGUCGCGUGGUGUCCGGUGCGCCCCCGGGCGCCCUUGAAAAUCCGGAGGACCGAGUGCCGCUCACGCCCGGUCGUACUCAUAACCG2000090551CAUCA2000090551GGUCU2000090551CCAAGGUGAAC2000090551AGCCUCUGGUCGAUGGAACAA2000090551UGUAGGCAAGGGAAGUCGGCAAAAUGGAUCCGUAAC2000090551UUCGGGAAAAGGAUUGGCUCUGAGGGCUGGGCUCGGGGGUCCCAGUUCCGAACCCGUCGGCUGUCAGCGGACUGCUCGAGCUGCUUCCGCGGCGAGAGCGGGUCGCCGGCUGCCGGCCGGGGGACGACUGGGAACGGCUCUCUCGGGAGCUUUCCCCGGGCGUCGAACAGUCAGCUCAGAACUGGUACGGACAAGG2000090551GG2000090551AAUCCGACUG2000009551UUUAAUUAAAACAAAGCAUUGCGAUGGUCCCUGCGGAUGCUAACGCAAUGUGAUUUCUGCCCAGUGCUCUGAAUG2000009551UCA2000090551AAGUGA2000090551AGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAG2000009551UAAC2000009551UA2000009551UGACUCUCUUAAGGUAGCCAA2000090551AUGCCUC2000090551GUCAUCUAAUUAGUGACGCGCAUGAA2000009551UGGAUUA2000090551ACGAG2000090551AUUCCCACUGU2000090551CCCUGUCUACUA2000009551UCCAGCGAAACCACAG2000090551CCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUG2000090551UUGA2000090551GCUUGAC2000090551UCUAGUCCGACUUUGUGAAAUGACUUGAGAGGUGUAGGAUAAGUGGGAGCUUCGGCGCAAGUGAAAUACCACUACUUUUAACGUUAUUUUACUUACUCCGUGAAUCGGAGGCCGGGGUACAACCCCUGUUUUUGGUCCCAAGGCUCGCUUCGGCGGGUCGAUCCGGGCGGAGGACAUUGUCAGGUGGGGAGUUUGGCUG2000090551GGGCGGCACAUCUGUUAAAAG2000090551AUAACGCAGG2000090551U2000090551GUCCUAAGAUGAGCUCAACGAGAACAGAAAUCUCGUGUGGAACAAAAGGGUAAAAGCUCGUUUGA2000009551UUCUGAUUUUCAGUACGAAUACGAACCGUGAAAGCGUGGCCUAUCGAUCCUUUAGACUUCGGAAUU2000009551UGAAGCUA2000090551GA2000090551GGUGUCAGAAAAGUUACCACAG2000090551GGAUAACUGGC2000009551UUGUGGCAGC2000090551CAAGCGUUCAUAGCGACGUUG2000090551CUUUUUGAU2000090551CCUUCGAUGUCGG2000090551C2000009551UCU2000090551UCCUAUCAUUGUGAAGCAGAAUUCACCAAGUGUU2000090551GGAUUG2000009551UUCACCCACCAAUAGGGAACGUGG2000090551CUGG2000090551G2000090551UUUAGA2000090551CCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGCCCGCGUCGCGAUAGUAAUUCAACCUAGUACGAGAGGAACCGUUGAUUCGCACAAUUGGUCAUCGCGCUUGGUUGAAAAGCCAGUGGCGCGAAGCUACCGUGCGCUGGAUUAUGACUGAACGCCUCUAAGUCAGAAUCCGGGCUAGAAGCGACGCAUGCGCCCGCCGCCCGAUUGCCGACCCUCAGUAGGAGCUUAGGCUCCAAAGGCACGUGUCGUUGGCUAAGUCCGUUCGGCGGAACGGUCGUUCGGACCGCCUUGAAUUAUAAUUACCACCGAGCGGCGGGUAGAAUCCUUUGCAGACGACUUAAAUACGCGACGGGGUAUUGUAAGUGGCAGAGUGGCCUUGCUGCCACGAUCCACUGAGAUUCAGCCCUUUGUCGCUAAGAUUCGA
1244 RIBOMAP_AT18S  rRNA  SSU  18S  Arabidopsis thaliana  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGUCAU2000090551AUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUGUAAGUAUGAACGAAUUCAGACUGUGAAACUGCGAAUGGCUCAUUAAAUCAG2000009551UUAUAGUUUGUUUGAUGGUAACUACUACUCGGAUAACCGUAGUAAUUCUAG2000090551AGCUAAUACGUGCAACAAACCCCGACUUAUGGAAGGGACGCAUUUAUUAGAUAAAAGGUCGACGCGGGCUCUGGCUUGCUCUGAUGAUUCAUGAUAACUCGACGGAUCGCAUGGCCUCUGUGCUGGCGACGCAUCAUUCAAAUUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUGGUAACGGG2000009551UGACGGAGAAUUAGGGUUCGAUUCCGGAGA2000090551G2000090551GGAGCCUGAGAAACGGCUACCACAU2000090551CCAAGGAAGGCAGCAGGCGCGC2000090551AAAUUACCCAAUCCUGACACGGGGAGGU2000090551AGUGA2000090551CAAUAAAUAACAAUACCGGGCUCUUUCGAGUCUGGUAAUUGGAAUGAGUACAAUCUAAAUCCCUUAACGAGG2000090551AUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGG2000090551UAAUUCCAGCUCCAAUA2000090551GCGUAUA2000009551UUUAA2000090551GUUGUUGCAGUU2000090551AAAAAGCUCGUAG2000009551UUGAACCUUGGGAUGGGUCGGCCGGUCCGCCUUUGGUGUGCAUUGGUCGGCUUGUCCCUUCGGUCGGCGAUACGCUCCUGGUCUUAAUUGGCCGGGUCGUGCCUCCGGCGCUGUUACUUUGAAGAAA2000009551UUAGAGUGCUCAAAGCAAGCCUACGCUCUGGAUACAUU2000090551AGCAUGGGAUAACAUCAUAGGAUUUCGAUCCUAUUGUGUUGGCUUCGGGAUCGGAGUAAUGAUUAACAGGGACAGUCGGGGGCAUUCGUAUUUCAUAGUCAGAGGUGAAAUUCUUGGAUUUAUGAAAGACGAACAACUGCGAAAGCAUU2000009551UGCCAAGGAUGUUUUCAUUAAUCAAGA2000090551ACGAAAGUUGGGGGCUCGAAGACGA2000009551UCAGAUACCG2000090551U2000090551CCUAGUCUCAACCAUAAACGAUGCCGACCAGGGAUCAGCGGAUGUUGCUUAUAGGACUCCGCUGGCACCUUAUGAGAAAUCAAAGUUUUUGGGUUCCGGG2000090551GGGAGUA2000009551UGGUCGCAAGGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGGAAACUUACCAGGUCCAGACAUAGUAAGGA2000090551UUGACAGACUGAGAGCUCUUUCUUGAUUCUA2000090551UGGGUGG2000090551U2000090551G2000090551GUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGUUAACGA2000090551ACGAGACCUCAGCCUGCUAACUAGCUACGUGGAGGCAUCCCUUCACGGCCGGCU2000090551UCUUAGAGGGACUAUGGCCGUUUAGGCCAAGGAAGUUUGAGGCAAUAACA2000090551GGUCUGUGAUGCCC2000090551UUAGAUGUUCUGGGCCGCACGCGCGCUACACUGAUGUAUUCAACGAGUUCACACCUUGCCGACAGGCCCGGGUAAUCUUUGAAAUUUCAUCGUGAUGGGGAUAGAUCAUUGCAAUUGUUGGUCUUCAACGAGGAAUUCCUAGUAAGCGCGAGUCAUCAGCUCGCGUUGACUACGUCCCUGC2000090551CCUUUGUACACACCG2000090551CCCGUCGCUCCUACCGAUUGAAUGAUCCGGUGAAGUGUUCGGAUCGCGGCGACGUGGGUGGUUCGCCGCCCGCGACGUCGCGAGAAGUCCACUAAACCUUAUCAUUUAGAGGA2000090551AGGAGAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUG
1245 RIBOMAP_AT58S  rRNA  LSU-S  5.8S  Arabidopsis thaliana  Cytoplasm  AAAACGACUCUCGGCAACGGAUAUCUCGGCUCUCGCAUCGAUGAAG2000090551AACGUAGCGAAAUGCGAUACUUGGUGUGAAUU2000090551GCAGAAUCCCGUGAACCAUCGAGUCUUUGAACGCAAGUUGCGCCCCAAGCCUUCUGGCCGAGGGCACGUCUGCCUGGGUGUCACAA
1246 RIBOMAP_HS28S  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGAGAGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCCGUCUUG2000001551AAAC2000090551ACGGACCAAGGAGU2000090551CUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCC2000090551GA2000090551AAGAUGGUGA2000090551AC2000009551UAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCG2000009551UAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAG2000090551GGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCC2000009551UCAGGA2000009551UAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAA2000009551UGAUUAGAGGUCUUGGGGCCGAAACGAUCUCAACC2000009551UAU2000009551UCUCAAACUU2000009551UAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCAC2000009551UU2000009551UUGGUAAGC2000090551AGAACUGGCGCUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAU2000090551CUUGGUGGUAGU2000090551A2000090551G2000090551CAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGAGAAGGGUUCCAUG2000090551UGAACAG2000090551CA2000090551GUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGA2000009551UCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUUUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCC2000090551AUAUCCGCAGCAGGUCU2000090551CCAAGGUGAAC2000090551AGCCUCUGG2000090551CAUGUUGGAACAA2000090551UGUAGGUAAGGGAAGUCGGCAAGC2000090551CGGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGGGGAAUCCGAC2000009551UG2000009551UUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUU2000009551UCUGCC2000090551CAGUGCUCUGAAUG2000009551UCA2000090551AAGUGA2000090551AGAAAU2000009551UCAA2000009551UGAAGCGCGG2000090551GUAAACGGCGGGAG2000009551UA2000090551AC2000009551UA2000009551UGAC2000009551UC2000009551UCUUAAGGUAGC2000005551CAA2000090551AUGCCUCGUCAUCUAAUUAGUGA2000090551CGCGCAUGAA2000909551UGGA2000009551UGA2000090551ACGAG2000090551AUUCCCACUGU2000090551CCC2000009551UACCUAC2000009551UA2000009551UCCAGCGAAACCACAG2000090551CCAAGGGAACGGGCU2000009551UGG2000090551CGGAAUCAGCGGGGAAAGAAGACCCUGUUGAGC2000009551UUGAC2000090551UCUAGUCUGGCACGGUGAA2000090551GAGACAUGAGAGGUG2000009551UAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCC2000090551GGUGAAAUACCA2000090551CUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUG2000090551GGGCGGUACACCUGUCAAACGGU2000006551AACGCAGG2000090551U2000090551GUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGA2000009551UCU2000009551UGA2000009551UUUUCAG2000090551UACGAA2000009551UACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUU2000009551UUGGGUUU2000009551UAAGCAGGA2000090551GGUGUCAGAAAAGUUACCACAG2000090551GGAUAACUGGC2000009551UUGUGGCGGCCAAGCGU2000009551UCA2000009551UAGCGACG2000009551UCGCUUUUUGA2000009551U2000005551CCUUCGAUGUCGG2000090551C2000009551UCUUCCUAUCAUUG2000009551UGAAGCAGAAUUCGCCAAGCGUU2000090551GGAU2000090551U2000090551G2000009551UUCACCCACUAAUAGGGAACG2000009551UG2000090551AGCUGGG2000003551U2000009551UUAGA2000090551CCGUCGUGAGACAGGU2000009551UAGUUUUACCCUACUGAUG2000090551AUGUG2000009551UUG2000009551UUGCCAUGGUA2000090551AUCCUGCUCAGUACGAGAGGAACCGCAG2000090551GU2000090551UCA2000090551GACAU2000009551UUGGUGUA2000009551U2000090551GUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCA2000009551UCUGUGGGAUUAUGAC2000009551UGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCA2000009551UUCGUAGACGACCUGCUUCUGGGUCGGGG2000009551UUUCGUACG2000009551UAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1247 RIBOMAP_HS18S  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAU2000090551AUGCUUG2000009551UC2000009551UCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAA2000009551UGGCUC2000090551AUUAAA2000009551UCAG2000009551UUAUGGU2000090551UCC2000009551UU2000090551UGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUA2000090551AUUCUAG2000090551AGCUAA2000090551UA2000090551CAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGA2000009551UGCGUGCA2000009551UUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGG2000009551UGACGGGGAAUCAGGGUUCGAU2000090551UCCGGAGA2000090551GGGAGCCUGAGAAACGGCUACCACAU2000090551CCAAGG2000090551AAGGCAGCAGGCGCGC2000090551AAAUUACCCACUCCCGACCCGGGGA2000090551GGU2000090551AGUGA2000090551CGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACU2000009551UUAA2000090551AUCCUUUAACGAGG2000090551AUCCAUUGGAG2000090551GGCAAGUC2000009551UGGUGCCAGCAGCCGCGG2000090551UAAUUCCAGCUCCAAUA2000090551GCGUA2000009551UA2000009551UUAAAGUUGCUGCAGUU2000090551AAAAAGCUCGUAG2000009551UU2000090551GGA2000009551UCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAG2000090551CG2000090551UU2000009551UACUUUGAAAAAA2000009551U2000009551UAGAGUG2000009551UUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAA2000009551UAA2000009551U2000090551GGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAU2000009551UAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAU2000009551UCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUU2000009551UGCCAAGAAUGUUUUCAUUAAUCAAGA2000090551ACGAAAGUCGGAGGUUCGAAGACGA2000009551UCAGAUACCGUCGUAGUUCCGACCA2000009551UAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUA2000009551UGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGC2000009551UUAAUU2000009551UGAC2001309551UCAACACGGGAAACCUCACCCGGC2000090551CCGGACACGGACAGGA2000090551UUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGG2000909551UG2000090551GUGCAUGGCCGUUCUUAGU2000009551UGGUGGAGCGAUUUGUCUGG2000009551UUAAUUCCGAUAACGA2000090551ACGAGACU2000090551CUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACU2000090551UCU2000009551UAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA2000090551GGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAU2000009551UCCCCAUGAACGAG2000007551GAAU2000009551UCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUU2000090551AAGUCCCUGCCCUU2000009551UGUACACACCG2000090551CCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACU2000090551UGACUAUCUAGAGGAAGUAAAAGUCGUA2000006551ACAAGGUUUCCGUAGGUG2000066551A2000066551ACCUGCGGAAGGAUCAUUA
1248 RIBOMAP_HS58S  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGG2000090551UGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGC2000009551UGCGAGAAUUAAUG2000009551UGAAUU2000090551GCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1249 KROGH_HS28S  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAG2000090551AG2000090551AGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCC2000090551GUCUUGA2000090551AAC2000090551ACGGACCAAGGAGU2000090551CUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCC2000090551GA2000090551AAGAUGGUGA2000090551ACUAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGUAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAG2000090551GGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCUCAGGAUAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAAUGAUUAGAGGUCUUGG2000090551GGCCGAAACGAUCUCAACCUAUUCUCAAACUUUAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACUUUUGGUAAGC2000090551AGAACUGGCGCUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAU2000090551CUUGGUGGUAGU2000090551A2000090551G2000090551CAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGG2000090551AGAAGGGUUCCAUG2000090551UGAACAG2000090551CA2000090551GUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGAUCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUUUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCC2000090551AUAUCCGCAGCAGGUCU2000090551CCAAGGUGAAC2000090551AGCCUCUGG2000090551CAUGUUGGAACAA2000090551UGUAGGUAAGGGAAGUCGGCAAGC2000090551CGGAUCCGUAACUUC2000090551GGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGG2000090551GGAAUCCGACUGUUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUUCUGCC2000090551CAGUGCUCUGAAUGUCA2000090551AAGUGA2000090551AGAAAUUCAAUGAAGCGCGG2000090551GUAAACGGCGGGAGUA2000090551ACUAUGACUCUCUUAAGGUAGCCAA2000090551AUGCCUC2000090551GUCAUCUAAUUAGUGA2000090551CGCGCAUGAA2000090551UGGAUGA2000090551ACGAG2000090551AUUCCCACUGU2000090551CCCUACCUACUAUCCAGCGAAACCAC2000090551AGCCAAGGGAACGGGCUUGG2000090551CGGAAUCAGCGG2000090551GGAAAGAAGACCCUGUUGAGCUUGAC2000090551UCUAGUCUGGCACGGUGAA2000090551GAGACAUGAGAGGUGUAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCC2000090551GGUGAAAUACCA2000090551CUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUG2000090551GGGCGGUACACCUGUCAAACGGUACGCAGG2000090551U2000090551GUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGAUCUUGAUUUUCAG2000090551UACGAAUACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUUUGGGUUUUAAGCAGGA2000090551GGUGUCAGAAAAGUUACCACAG2000090551GGAUAACUGGCUUGUGGCGGCCAAGCGUUCAUAGCGACGUCGCUUUUUGAUCCUUCGAUGUCGG2000090551CUCUUCCUAUCAUUGUGAAGCAGAAUUCGCCAAGCGUU2000090551GGAU2000090551U2000090551GUUCACCCACUAAUAGGGAACGUG2000090551AGCUGGGUUUAGA2000090551CCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUG2000090551AUGUGUUGUUGCCAUGGUA2000090551AUCCUGCUCAGUACGAGAGGAACCGCAG2000090551GU2000090551UCA2000090551GACAUUUGGUGUAU2000090551GUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCAUCUGUGGGAUUAUGACUGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCAUUCGUAGACGACCUGCUUCUGGGUCGGGGUUUCGUACGUAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1250 MOTORIN_HS28S  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAG2000090551AG2000090551AGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCC2000090551GUCUUGA2000090551AAC2000090551ACGGACCAAGGAGU2000090551CUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCC2000090551GA2000090551AAGAUGGUGA2000090551ACUAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGUAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAG2000090551GGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCUCAGGAUAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAAUGAUUAGAGGUCUUGG2000090551GGCCGAAACGAUCUCAACCUAUUCUCAAACUUUAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACUUUUGGUAAGC2000090551AGAACUGGCG2000090551CUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAU2000090551CUUGGUGGUAGU2000090551A2000090551G2000090551CAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGG2000090551AGAAGGGUUCCAUG2000090551UGAACAG2000090551CA2000090551GUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGAUCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUUUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCC2000090551AUAUCCGCAGCAGGUCU2000090551CCAAGGUGAAC2000090551AGCCUCUGG2000090551CAUGUUGGAACAA2000090551UGUAGGUAAGGGAAGUCGGCAAGC2000090551CGGAUCCGUAACUUC2000090551GGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGG2000090551GGAAUCCGACUGUUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUUCUGCC2000090551CAGUGCUCUGAAUGUCA2000090551AAGUGA2000090551AGAAAUUCAAUGAAGCGCGG2000090551GUAAACGGCGGGAGUA2000090551ACUAUGACUCUCUUAAGGUAGCCAA2000090551AUGCCUC2000090551GUCAUCUAAUUAGUGA2000090551CGCGCAUGAA2000090551UGGAUGA2000090551ACGAG2000090551AUUCCCACUGU2000090551CCCUACCUACUAUCCAGCGAAACCAC2000090551AGCCAAGGGAACGGGCUUGG2000090551CGGAAUCAGCGG2000090551GGAAAGAAGACCCUGUUGAGCUUGAC2000090551UCUAGUCUGGCACGGUGAA2000090551GAGACAUGAGAGGUGUAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCC2000090551GGUGAAAUACCA2000090551CUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUG2000090551GGGCGGUACACCUGUCAAACGGUACGCAGG2000090551U2000090551GUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGAUCUUGAUUUUCAG2000090551UACGAAUACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUUUGGGUUUUAAGCAGGA2000090551GGUGUCAGAAAAGUUACCACAG2000090551GGAUAACUGGCUUGUGGCGGCCAAGCGUUCAUAGCGACGUCGCUUUUUGAUCCUUCGAUGUCGG2000090551CUCUUCCUAUCAUUGUGAAGCAGAAUUCGCCAAGCGUU2000090551GGAU2000090551U2000090551GUUCACCCACUAAUAGGGAACGUG2000090551AGCUGGGUUUAGA2000090551CCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUG2000090551AUGUGUUGUUGCCAUGGUA2000090551AUCCUGCUCAGUACGAGAGGAACCGCAG2000090551GU2000090551UCA2000090551GACAUUUGGUGUAU2000090551GUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCAUCUGUGGGAUUAUGACUGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCAUUCGUAGACGACCUGCUUCUGGGUCGGGGUUUCGUACGUAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1251 MARCHAND_HS28S  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGAGAGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCCGUCUUGAAACACGGACCAAGGAGUCUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCCGAAAGAUGGUGAAC2000009551UAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCG2000009551UAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAGGGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCC2000009551UCAGGA2000009551UAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAA2000009551UGAUUAGAGGUCUUGGGGCCGAAACGAUCUCAACC2000009551UA2000009551U2000009551UCUCAAACUU2000009551UAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCAC2000009551UU2000009551UUGGUAAGCAGAACUGGCGCUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAUCUUGGUGGUAGUAGCAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGAGAAGGGUUCCAUGUGAACAGCAGUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGA2000009551UCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUU2000009551UUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCAUAUCCGCAGCAGGUCUCCAAGGUGAACAGCCUCUGGCAUGUUGGAACAAUG2000009551UAGGUAAGGGAAGUCGGCAAGCCGGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGGGGAAUCCGAC2000009551UG2000009551UUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUU2000009551UCUGCCCAGUGCUCUGAAUG2000009551UCAAAGUGAAGAAAU2000009551UCAA2000009551UGAAGCGCGGGUAAACGGCGGGAG2000009551UAAC2000009551UA2000009551UGAC2000009551UC2000009551UCUUAAGGUAGCCAAAUGCCUCGUCAUCUAAUUAGUGACGCGCAUGAAUGGA2000009551UGAACGAGAUUCCCACUGUCCC2000009551UACCUAC2000009551UA2000009551UCCAGCGAAACCACAGCCAAGGGAACGGGCU2000009551UGGCGGAAUCAGCGGGGAAAGAAGACCCUGUUGAGC2000009551UUGACUCUAGUCUGGCACGGUGAAGAGACAUGAGAGGUG2000009551UAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCCGGUGAAAUACCACUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUGGGGCGGUACACCUGUCAAACGGUACGCAGGUGUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGA2000009551UCU2000009551UGA2000009551UUUUCAGUACGAA2000009551UACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUU2000009551UUGGGUUU2000009551UAAGCAGGAGGUGUCAGAAAAGUUACCACAGGGAUAACUGGC2000009551UUGUGGCGGCCAAGCGU2000009551UCA2000009551UAGCGACG2000009551UCGCUUUUUGA2000009551UCCUUCGAUGUCGGC2000009551UCUUCCUAUCAUUG2000009551UGAAGCAGAAUUCGCCAAGCGU2000009551UGGAUUG2000009551UUCACCCACUAAUAGGGAACG2000009551UGAGCUGGGUU2000009551UAGACCGUCGUGAGACAGGU2000009551UAGUUUUACCCUACUGAUGAUGUG2000009551UUG2000009551UUGCCAUGGUAAUCCUGCUCAGUACGAGAGGAACCGCAGGUUCAGACAU2000009551UUGGUGUA2000009551UGUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCA2000009551UCUGUGGGAUUAUGAC2000009551UGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCA2000009551UUCGUAGACGACCUGCUUCUGGGUCGGGG2000009551UUUCGUACG2000009551UAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1252 INCARNATO_HS18S  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAU2000090551AUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUC2000090551AUUAAAUCAGUUAUGGU2000090551UCCUU2000090551UGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUA2000090551AUUCUAGAGCUAA2000090551UA2000090551CAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGG2000090551AAGGCAGCAGGCGCGC2000090551AAAUUACCCACUCCCGACCCGGGGA2000090551GGU2000090551AGUGA2000090551CGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAA2000090551AUCCUUUAACGAGG2000090551AUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGG2000090551UAAUUCCAGCUCCAAUA2000090551GCGUAUAUUAAAGUUGCUGCAGUU2000090551AAAAAGCUCGUAGUU2000090551GGAUCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAG2000090551CG2000090551UUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAUAAU2000090551GGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGA2000090551ACGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCAUAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGA2000090551UUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGG2000090551UGGUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGA2000090551ACGAGACU2000090551CUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACU2000090551UCUUA2000090551GAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA2000090551GGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUU2000090551AAGUCCCUGCCCUUUGUACACACCGCCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACU2000090551UGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1253 KROGH_HS18S  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAU2000090551AUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUC2000090551AUUAAAUCAGUUAUGGU2000090551UCCUU2000090551UGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUA2000090551AUUCUAG2000090551AGCUAA2000090551UA2000090551CAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUC2000090551UGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAU2000090551UCCGGAGA2000090551UGGAGCCUGAGAAACGGCUACCACAU2000090551GCAAGG2000090551AAGGCAGCAGGCGCGC2000090551AAAUUACCCACUCCCGACCCGGGGA2000090551GGU2000090551AGUGA2000090551CGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAA2000090551AUCCUUUAACGAGG2000090551AUCCAUUGGAG2000090551GGCAAGUCUGGUGCCAGCAGCCGCGG2000090551UAAUUCCAGCUCCAAUA2000090551GCGUAUAUUAAAGUUGCUGCAGUU2000090551AAAAAGCUCGUAGUU2000090551GGAUCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAG2000090551CG2000090551UUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAUAAU2000090551GGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGA2000090551ACGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCAUAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGC2000090551CCGGACACGGACAGGA2000090551UUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGG2000090551UG2000090551GUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGA2000090551ACGAGACU2000090551CUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAA2000090551CU2000090551UCUUA2000090551GAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA2000090551GGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUU2000090551AAGUCCCUGCCCUUUGUACACACCG2000090551CCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACU2000090551UGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1254 MOTORIN_HS18S  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAU2000090551AUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUC2000090551AUUAAAUCAGUUAUGGU2000090551UCCUU2000090551UGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUA2000090551AUUCUAG2000090551AGCUAA2000090551UA2000090551CAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUC2000090551UGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAU2000090551UCCGGAGA2000090551UGGAGCCUGAGAAACGGCUACCACAU2000090551GCAAGG2000090551AAGGCAGCAGGCGCGC2000090551AAAUUACCCACUCCCGACCCGGGGA2000090551GGU2000090551AGUGA2000090551CGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAA2000090551AUCCUUUAACGAGG2000090551AUCCAUUGGAG2000090551GGCAAGUCUGGUGCCAGCAGCCGCGG2000090551UAAUUCCAGCUCCAAUA2000090551GCGUAUAUUAAAGUUGCUGCAGUU2000090551AAAAAGCUCGUAGUU2000090551GGAUCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAG2000090551CG2000090551UUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAUAAU2000090551GGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGA2000090551ACGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCAUAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGC2000090551CCGGACACGGACAGGA2000090551UUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGG2000090551UG2000090551GUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGA2000090551ACGAGACU2000090551CUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAA2000090551CU2000090551UCUUA2000090551GAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACA2000090551GGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUU2000090551AAGUCCCUGCCCUUUGUACACACCG2000090551CCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACU2000090551UGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1255 MARCHAND_HS18S  rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAUAUGCUUG2000009551UC2000009551UCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAA2000009551UGGCUCAUUAAA2000009551UCAG2000009551UUAUGGUUCC2000009551UUUGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGA2000009551UGCGUGCA2000009551UUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUC2000009551UAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGG2000009551UGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGAAGGCAGCAGGCGCGCAAAUUACCCACUCCCGACCCGGGGAGGUAGUGACGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACU2000009551UUAAAUCCUUUAACGAGGAUCCAUUGGAGGGCAAGUC2000009551UGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUAGCGUA2000009551UA2000009551UUAAAGUUGCUGCAGUUAAAAAGCUCGUAG2000009551UUGGA2000009551UCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGCGUU2000009551UACUUUGAAAAAA2000009551U2000009551UAGAGUG2000009551UUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAA2000009551UAA2000009551UGGAAUAGGACCGCGGUUCUAUUUUGUUGGU2000009551UUUCGGAACUGAGGCCAUGAU2000009551UAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAU2000009551UCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUU2000009551UGCCAAGAAUGUUUUCAUUAAUCAAGAACGAAAGUCGGAGG2000009551U2000009551UCGAAGACGA2000009551UCAGAUACCGUCGUAGUUCCGACCA2000009551UAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGC2000009551UUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUA2000009551UGG2000009551UUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCC2000009551UGCGGC2000009551UUAAUU2000009551UGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAUUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGUGGUGCAUGGCCGUUCUUAGU2000009551UGGUGGAGCGAUUUGUCUGG2000009551UUAAUUCCGAUAACGAACGAGACUCUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUUCU2000009551UAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACAGGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAU2000009551UCCCCAUGAACGAGGAAU2000009551UCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUAAGUCCCUGCCCUU2000009551UGUACACACCGCCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1256 CARLILE_HS18S  rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol   UACCUGGUUGAUCCUGCCAGUAGCAUAUGCUUG2000009551UC2000009551UCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCAUUAAAUCAG2000009551UUAUGGUUCC2000009551UUUGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGA2000009551UGCGUGCA2000009551UUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUC2000009551UAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGG2000009551UGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGAAGGCAGCAGGCGCGCAAAUUACCCACUCCCGACCCGGGGAGGUAGUGACGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACU2000009551UUAAAUCCUUUAACGAGGAUCCAUUGGAGGGCAAGUC2000009551UGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGCUGCAGUUAAAAAGCUCGUAGUUGGA2000009551UCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGCGUUUACUUUGAAAAAAU2000009551UAGAGUG2000009551UUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAA2000009551UAA2000009551UGGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAU2000009551UAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAU2000009551UCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUU2000009551UGCCAAGAAUGUUUUCAUUAAUCAAGAACGAAAGUCGGAGGU2000009551UCGAAGACGA2000009551UCAGAUACCGUCGUAGUUCCGACCA2000009551UAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUA2000009551UGG2000009551UUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAUUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGUGGUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGAACGAGACUCUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUUCU2000009551UAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACAGGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAU2000009551UCCCCAUGAACGAGGAAU2000009551UCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUAAGUCCCUGCCCUU2000009551UGUACACACCGCCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1257 INCARNATO_HS58S  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGG2000090551UGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCUGCGAGAAUUAAUGUGAAUU2000090551GCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1258 KROGH_HS58S  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGG2000090551UGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCUGCGAGAAUUAAUGUGAAUU2000090551GCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1259 MOTORIN_HS58S  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGG2000090551UGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCUGCGAGAAUUAAUGUGAAUU2000090551GCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1260 1ASZ_A  tRNA  Asp  QUC  Saccharomyces cerevisiae  Cytoplasm  UCCGUGAUAGUU2000009551UAA2000008551UGG2000008551UCAGAAUGGGCGC2000009551UUGUC2000001551GCGUGCCAGAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAGCCA
1261 1ASZ_B  tRNA  Asp  QUC  Saccharomyces cerevisiae  Cytoplasm  UCCGUGAUAGUU2000009551UAA2000008551UGG2000008551UCAGAAUGGGCGC2000009551UUGUC2000001551GCGUGCCAGAU2000005551CGGGG2000005551U2000009551UCAAUUCCCCGUCGCGGAGCCA
1262 1B23_A  tRNA  Cys  GCA  Escherichia coli  Cytoplasm  GCGCGU2000074551UAACAAAGCGG2000008551U2000008551UAUGUAGCGGA2000009551UUGCA2002161551AA2000009551UCCGUCUAGUCCGG2000005551U2000009551UCGACUCCGGAACGCGCCUCCA
1263 1C0A_A  tRNA  Asp  QUC  Escherichia coli  Cytoplasm  GAGCGG2000074551UAGUUCAG2000008551UCGG2000008551U2000008551UAGAAUACCUGCCU2000000999GUCACGCAGGGG2000007551GUCGCGGG2000005551U2000009551UCGAGUCCCG2000009551UCCGUUCCGCCA
1264 1F7U_A  tRNA  Arg  ICG  Escherichia coli  Cytoplasm  UCCUCGU2000001551G2000022551GCCCAA2000008551UGG2000008551UCACGGC2000022551G2000009551UCUGGCU2000009551ACGAACCAGAAGA2000008551UU2000005551CCAGG2000005551U2000009551UCA2000001551AGUCCUGGCGGGGAAGCCA
1265 1F7V_A  tRNA  Arg  ICG  Escherichia coli  Cytoplasm  UCCUCGU2000001551G2000022551GCCCAA2000008551UGG2000008551UCACGGC2000022551G2000009551UCUGGCU2000009551ACGAACCAGAAGA2000008551UU2000005551CCAGG2000005551U2000009551UCA2000001551AGUCCUGGCGGGGAAG
1266 1OB2_B  tRNA  Phe  #AA  Escherichia coli  Cytoplasm  CGGAUUUA2000022551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUGU2000009551UCG2000001551AUCCACAGAAUUCGCACC
1267 1OB5_B  tRNA  Phe  #AA  Escherichia coli  Cytoplasm  CGGAUUUA2000022551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCAC
1268 1OB5_D  tRNA  Phe  #AA  Escherichia coli  Cytoplasm  GCGGAUUUA2000022551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCAC
1269 1OB5_F  tRNA  Phe  #AA  Escherichia coli  Cytoplasm  GCGGAUUUA2000022551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCAC
1270 1QF6_A  tRNA  Thr  CGU  Escherichia coli  Cytoplasm  CCGAUAUAGCUCAG2000008551U2000008551UGG2000008551UAGAGCAGCGCAUUCGU2000662551AAUGCGAAG2000007551GUCGUAGG2000005551U2000009551UCGACUCCUAUUAUCGGCACCA
1271 1TTT_A  tRNA  Phe  #AA  Thermus aquaticus  Cytoplasm  CGGAUUUA2000022551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2034831551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1272 1TTT_B  tRNA  Phe  #AA  Thermus aquaticus  Cytoplasm  GCGGAUUUA2000022551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2034831551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1273 1TTT_C  tRNA  Phe  #AA  Thermus aquaticus  Cytoplasm  GCGGAUUUA2000022551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2034831551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGCACCA
1274 3B0V_A  tRNA  Phe  #AA  Thermus thermophilus  Cytoplasm  CCGAGGUAGCUCAGUUGG2000008551UAGAGCAUGCGACUGAAAAUCGCAGUGUCGGCGGUUCGAUUCCGCCCCUCGGCA
1275 3B0V_B  tRNA  Phe  #AA  Thermus thermophilus  Cytoplasm  GCCGAGGUAGCUCAGUUGG2000008551UAGAGCAUGCGACUGAAAAUCGCAGUGUCGGCGGUUCGAUUCCGCCCCUCGGCA
1276 3V11_D  tRNA  Sec  UCA  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1277 4DR1_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1278 4DR2_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1279 4DR3_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1280 4DUY_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUCUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1281 4DUZ_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUCUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1282 4DV0_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCGGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1283 4DV1_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCGGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1284 4DV2_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUAAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1285 4DV3_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUAAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1286 4DV4_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAGAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1287 4DV5_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAGAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1288 4DV6_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAGGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1289 4DV7_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAGGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1290 4JI0_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1291 4JI1_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1292 4JI2_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1293 4JI3_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC2000009551U2000009551UUCU
1294 4JI4_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGUGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1295 4JI5_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1296 4JI6_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1297 4JI7_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1298 4JI8_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1299 4JYZ_B  tRNA  Gln  㑆UG  Escherichia coli  Cytoplasm  GGGUA2000074551UCGCCAAGC2000090551GG2000008551UAAGGCACCGGU2000090551UUUG2000002551A2000009551UACCGGCACGCAGG2000005551U2000009551UCGAAUCCUGCUACCCCAGCCA
1300 4KVB_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGAGGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCAC2000009551U2000009551UUCU
1301 4LF4_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCAC2000009551U2000009551UUCU
1302 4LF5_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCAC2000009551U2000009551UUCU
1303 4LF6_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCAUCU
1304 4LF7_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUC2000009551UUCU
1305 4LF8_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUC2000009551UUCU
1306 4LF9_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1307 4LFA_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1308 4LFB_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1309 4LFC_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1310 4NXM_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCCGCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1311 4NXN_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCCGCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1312 4P5J_A  tRNA  Ser  CGA  White bream virus  Cytoplasm  GCUCGCCAGUUAGCGAGGUCUGUCUCGACACGACAGAUAAUCGGGUGCAACUCCCGCCCCUCUUCCGAGGGUCAUCGGAACC2000003377A
1313 4WPO_FB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAGGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1314 4WPO_MD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1315 4WQF_DB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAGUCGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1316 4WQF_EB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1317 4WQF_JD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGUCGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1318 4WQF_KD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1319 4WQU_DB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAGUCGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1320 4WQU_EB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1321 4WQU_KD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGUCGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1322 4WQU_LD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1323 4WQY_DB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1324 4WQY_ID  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1325 4WRA_ZB  tRNA  Tyr  GUA  Escherichia coli  Cytoplasm  GUGGGGUUCCCGAGCGGCCAAAGGGAGCAGACUGUA2002161551AA2000009551UCUGCCGUCAUCGACUUCGAAGGUUCGAAUCCUUCCCCCACCACCA
1326 4WSD_AC  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAGUCGGUAGAGCAGGGGA2000009551UUGAAAAUCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1327 4WZO_YB  tRNA  Met  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCCGGUAGCUCGUCGGG2000090551CUCAUAACCCGAAG2000007551GUCGUCGGU2000009551UCAAAUCCGGCCCCCGCAACCA
1328 4Y4O_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1329 4Y4O_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1330 4Y4P_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1331 4Y4P_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1332 4YBB_VB  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000022551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAACA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUG2000006551AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000022551GGGA2000008551UAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAG2000009551U2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1333 4Z3S_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1334 4Z3S_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1335 4Z8C_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1336 4Z8C_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1337 5BR8_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1338 5CCX_C  tRNA  Lys  !UU  Homo sapiens  Cytoplasm  GCCCGGAUAGCUCAGUCGGUAGAGCAUCAGACUUUUAAUCUGAGGGUCCAGGGUUCA2000001551AGUCCCUGUUCGGGCGCCA
1339 5DFE_LA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1340 5DFE_GB  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1341 5DOX_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1342 5DOX_FC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1343 5DOY_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1344 5DOY_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1345 5E7K_AC  tRNA  Lys  !UU  Escherichia coli  Cytoplasm  GGUCGUUAGCUCAGUUGGUAGAGCAGUUGACUUUUAA2000009551UCAAUUGGUCGCAGG2000005551U2000009551UCGAAUCCUGCACGACCCACCA
1346 5EL4_AC  tRNA  Lys  !UU  Escherichia coli  Cytoplasm  GGUCGUUAGCUCAGGGUAGAGCAGUUGACUUUUAA2000009551UCAAUUGGUCGCAGGUUCGAAUCCUGCACGACCCACCA
1347 5EL5_AC  tRNA  Lys  !UU  Escherichia coli  Cytoplasm  GGUCGUUAGCUCAGUUGGUAGAGCAGUUGACUUUUAA2000009551UCAAUUGGUCGCAGGUUCGAAUCCUGCACGACCCACCA
1348 5EL7_AC  tRNA  Lys  !UU  Escherichia coli  Cytoplasm  GGUCGUUAGCCAGUUGGUAGAGCAGUUGACUUUU2000062551AA2000009551UCAAUUGGUCGCAGGUUCGAAUCCUGCACGACCCACCA
1349 5F8K_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1350 5F8K_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1351 5FDU_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1352 5FDU_HC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1353 5FDV_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1354 5FDV_IC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1355 5HCP_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1356 5HCP_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1357 5HCQ_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1358 5HCQ_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1359 5HCR_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1360 5HCR_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1361 5HD1_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1362 5HD1_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1363 5IB8_YB  tRNA  Lys  !UU  Thermus thermophilus  Cytoplasm  GGUCGUUAGCUCAUGGAGCAGUUGACUUUUAAUCAAUUGCGCAGG2000005551U2000009551UCGAAUCCUGCACGACCCA
1364 5IBB_YB  tRNA  Lys  !UU  Thermus thermophilus  Cytoplasm  GGUGAUUAGCUCAUGGAGCACCUCCCUUACAAGGAGGGGCGGCGG2000005551U2000009551UCGAUCCCGUCAUCACCCACCA
1365 5IT8_JB  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000022551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAACA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUG2000006551AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000022551GGGA2000008551UAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAG2000009551U2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1366 5J4B_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1367 5J4B_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1368 5J4C_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1369 5J4C_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1370 5J5B_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000022551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAACA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUG2000006551AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000022551GGGA2000008551UAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAG2000009551U2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1371 5J7L_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000022551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAACA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUG2000006551AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000022551GGGA2000008551UAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAG2000009551U2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1372 5J88_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000022551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAACA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUG2000006551AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000022551GGGA2000008551UAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAG2000009551U2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1373 5J8A_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000022551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAACA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUG2000006551AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000022551GGGA2000008551UAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAG2000009551U2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1374 5J8B_FB  tRNA  Phe  GAA  Thermus thermophilus  Cytoplasm  CCCGGA2000074551UAGCUCAGGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGUGUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1375 5J91_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000022551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAACA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUG2000006551AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000022551GGGA2000008551UAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAG2000009551U2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1376 5JC9_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAU2000001551G2000009551U2000005551UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGG2000009551UGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACAC2000006551AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCU2000022551GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCG2000009551UAACA2000009551UAACGGUCCUAAGGUAGCGAAA2000005551UUCCUUGUCGGGUAAGUUCCGAC2000005551CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUG2000006551AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGU2000007551GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUG2000090551GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCG2000022551GGGA2000008551UAACAGGC2000009551UGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCA2000090551CCUCG2000002551A2000009551UGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGC2000090551UGUUCGCCAUUUAAAGUGGUACGCGAGC2000009551UGGGUUUAGAACGUCGUGAGACAG2000009551U2000009551UCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1377 5L4O_A  tRNA  Met  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCUACC
1378 5V8I_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGAGGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1379 5V8I_FC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGAGGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1380 5VPP_ZC  tRNA  Glu  UUC  Escherichia coli  Cytoplasm  GGUGAUUGGCGCAGCCUGGUAGCGCACUUCGUUCGG2000001551GGACGAAGGGGUCGGAGGUUCGAAUCCUCUAUCACCGACCA
1381 5VPP_BD  tRNA  Glu  UUC  Escherichia coli  Cytoplasm  CGGUGAUUGGCGCAGCCUGGUAGCGCACUUCGUUCGG2000001551GGACGAAGGGGUCGGAGGUUCGAAUCCUCUAUCACCGACCA
1382 5W4K_JC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAU
1383 5WIS_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1384 5WIS_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1385 5WIT_DB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAGGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1386 5WIT_HD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1387 5WNQ_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1388 5WNR_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1389 5WNS_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUCC2000009551U2000009551UUCU
1390 6CAE_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1391 6CAE_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1392 6CFJ_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1393 6CFJ_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1394 6CFK_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1395 6CFK_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1396 6CFL_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1397 6CFL_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1398 6CZR_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1399 6CZR_FC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1400 6FKR_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1401 6FKR_HC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1402 6GSJ_ZB  tRNA  Thr  GGU  Escherichia coli  Cytoplasm  CUGAUAUAGCUCAGUAGAGCGCACCCUUGGUAAGGGUGAGGUCGGCAG2000005551U2000009551UCGAAUCUGCCUAUCAGCACCA
1403 6N9E_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1404 6N9E_FD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1405 6N9F_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1406 6N9F_FD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1407 6ND5_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1408 6ND5_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1409 6ND6_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1410 6ND6_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1411 6O97_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1412 6O97_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1413 6OF1_DB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1414 6OF1_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1415 6QNQ_AC  tRNA  Met  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000090551CUCAUAACCCGAAG2000007551GUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1416 6QNR_CC  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAG2000008551UCGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551G2000000000XCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1417 6UO1_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1418 6UO1_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1419 6XHV_DB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAGGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1420 6XHV_HD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1421 6XHW_DB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAGGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1422 6XHW_HD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1423 6XHX_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1424 6XHX_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1425 6XHY_DB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAGGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1426 6XHY_HD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1427 6XQD_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1428 6XQD_DD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1429 6XQE_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1430 6XQE_DD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1431 7AZO_ZB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAUAGCUCAGUCGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGUGUCCUUGG2000005551UUCGAUUCCGAGUCCGGGCACCA
1432 7AZS_ZB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAUAGCUCAGUCGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGUGUCCUUGG2000005551UUCGAUUCCGAGUCCGGGCACCA
1433 7JQL_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1434 7JQL_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1435 7JQM_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1436 7JQM_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1437 7MD7_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1438 7MD7_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1439 7RQ8_DB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAGGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1440 7RQ8_HD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1441 7RQ9_DB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAGGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1442 7RQ9_HD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1443 7U2H_DB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CGGGCG2000074551UAGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGG2000005551U2000009551UCGAUUCCCUUCGCCCGCUCCA
1444 7U2H_HD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCGGGCG2000074551UAGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGG2000005551U2000009551UCGAUUCCCUUCGCCCGCUCCA
1445 7U2I_DB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CGGGCG2000074551UAGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGG2000005551U2000009551UCGAUUCCCUUCGCCCGCUCCA
1446 7U2I_HD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCGGGCG2000074551UAGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGG2000005551U2000009551UCGAUUCCCUUCGCCCGCUCCA
1447 7U2J_EB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CGGGCG2000074551UAGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGG2000005551U2000009551UCGAUUCCCUUCGCCCGCUCCA
1448 7U2J_JD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCGGGCG2000074551UAGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGG2000005551U2000009551UCGAUUCCCUUCGCCCGCUCCA
1449 7VNV_A7  tRNA  Val  JAC  Sulfolobus tokodaii  Cytoplasm  GGCC2000074551UACG2000074551UC2000022551GUC2000009551UA2000103551GC2000090551CUGGUUAGGAC2000022551GCCGCC2000090551CU2000090551UACAAGGCGGAGG2000000000X2000005551C2000005551CUGGG2000002551U2000009551U2000090551C2000019551A2000001551AGUCCCAGCGGGCCCACCA
1450 7VNV_B  tRNA  Val  JAC  Sulfolobus tokodaii  Cytoplasm  GGGCC2000074551UACG2000074551UC2000022551GUC2000009551UA2000103551GC2000090551CUGGUUAGGAC2000022551GCCGCC2000090551CU2000090551UACAAGGCGGAGG2000000000X2000005551C2000005551CUGGG2000002551U2000009551U2000090551C2000019551A2000001551AGUCCCAGCGGGCCCACCA
1451 7VNW_A  tRNA  Val  JAC  Sulfolobus tokodaii  Cytoplasm  GGCC2000074551UACGUC2000022551GUC2000009551UA2000103551GC2000090551CUGGUUAGGAC2000022551GCCGCC2000090551CU2000090551UACAAGGCGGAGGU2000005551C2000005551CUGGGU2000009551U2000090551C2000019551A2000001551AGUCCCAGCGGGCCCACCA
1452 7VNW_B  tRNA  Val  JAC  Sulfolobus tokodaii  Cytoplasm  GGGCC2000074551UACGUC2000022551GUC2000009551UA2000103551GC2000090551CUGGUUAGGAC2000022551GCCGCC2000090551CU2000090551UACAAGGCGGAGGU2000005551C2000005551CUGGGU2000009551U2000090551C2000019551A2000001551AGUCCCAGCGGGCCCACCA
1453 8CVJ_EB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAGGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1454 8CVJ_JD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1455 8CVK_EB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAGGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1456 8CVK_JD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1457 8CVL_EB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGA2000074551UAGCUCAGGGUAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1458 8CVL_JD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGA2000074551UAGCUCAGGGAGAGCAGGGGA2000009551UUGAA2002161551AA2000009551UCCCCGU2000007551GUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
1459 8EKB_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1460 8EKB_DD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1461 8EV6_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1462 8EV6_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1463 8EV7_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1464 8EV7_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1465 8FC1_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1466 8FC1_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1467 8FC2_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1468 8FC2_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1469 8FC3_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1470 8FC3_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1471 8FC4_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1472 8FC4_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1473 8FC5_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1474 8FC5_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1475 8FC6_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1477 8FC6_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCG2000009551UGCCAGCAGCC2000007551GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAA2000022551G2000005551CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUG2000022551GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACAC2000005551CG2000904551CC2000005551CGU2000005551CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCG2000003551UAACAAGGUAGCUGUACCGG2000066551A2000066551AGGUGCGGCUGGAUC
1478 8JOZ_B  tRNA  Ser  NGA  Escherichia coli  Cytoplasm  GAAGUG2000074551UGGCCGAGC2000090551GG2000008551U2000008551UGAAGGCACCGGU2000090551CU2000000000XGA2000909551U2000090551U2002511551UAACCGGCGACCCGAAAGGGUUCCAGAG2000005551U2000009551UCGAAUCUCUGCGCUUCCGCCA
1479 1D4R_C  other    synthetic construct    2000000552GGUGACCUCCCGGGAGCGGGGGACCACUA
1480 1DUH_A  other    synthetic construct    UCUGUUUACCAGGUCAGGUCCGGAAGGAAGCAGCCAAGGCAGA2000033551G
1481 1DUL_A  other    synthetic construct    GCUCUGUUUACCAGGUCAGGUCCGAAAGGAAGCAGCCAAGGCAGAGC2000000000X
1482 1F1T_A  other    synthetic construct    GACCCGACGGCGAGAGCCAGGAACGAAGGACC
1483 1HQ1_A  other    synthetic construct    GCUCUGUUUACCAGGUCAGGUCCGAAAGGAAGCAGCCAAGGCAGAGC2000000000X
1484 1I7J_A  other    synthetic construct    2000090551G2000090551C2000090551G2000090551C2000090551G
1485 1I7J_B  other    synthetic construct    2000090551C2000090551G2000090551C2000090551G2000090551C2000090551G
1486 1JBS_A  other    synthetic construct    2000090551G2000090551C2000090551U2000090551C2000090551CUCAGUACGAUAGGAACC2000090551G2000090551G2000090551A2000090551G2000090551C2000090551G
1487 1JBS_B  other    synthetic construct    2000090551C2000090551G2000090551C2000090551U2000090551C2000090551CUCAGUACGAUAGGAACC2000090551G2000090551G2000090551A2000090551G2000090551C2000090551G
1488 1JID_A  other    synthetic construct    GGACCCCCGGGAGCGGGGGACCACU2000003377A
1489 1JZV_B  other    synthetic construct    AGUACGC
1490 1JZV_D  other    synthetic construct    CAGUACGC
1491 1K8W_A  other    synthetic construct    GCAACGGUCGAUCCCGUUGC
1492 1KFO_A  other    synthetic construct    AAUGCCUGCGAGCACCC
1493 1L9A_A  other    synthetic construct    ACACUAAGUUCGGCAUCAAUAUGGUGACCUCCCGGGAGCGGGGGACCACCAGGUUGCCUAGAGGGGUGAACCGGCCCAGGUCGGAAACGGAGCAGGUCAAAACUCCCGUGCUGAUCAGUAGUGU2000000000X
1494 1LNT_B  other    synthetic construct    GGAAGCAGGC
1495 1MFQ_A  other    synthetic construct    ACACUAAGUUCGGCAUCAAUAUGGUGACCUCCCGGGAGCGGGGGACCACCAGGUUGCCUAAGGAGGGGUGAACCGGCCCAGGUCGGAAACGGAGCAGGUCAAAACUCCCGUGCUGAUCAGUAGUGU2000000000X
1496 1NJM_B  other    synthetic construct    GGGCUAAGCCGCUUAGCUCCACC
1497 1NJP_B  other    synthetic construct    GGGCUAAGCCGCUUAGCUCCACC
1498 1QBP_A  other    synthetic construct    GAGUUCGCUGGC
1499 1QBP_B  other    synthetic construct    UGAGUUCGCUGGC
1500 1QBP_C  other    synthetic construct    UGAGUUCGCUGGC
1501 1QBP_D  other    synthetic construct    UGAGUUCGCUGGC
1502 1QBP_E  other    synthetic construct    UGAGUUCGCUGGC
1503 1QBP_F  other    synthetic construct    UGAGUUCGCUGGC
1504 1QZW_A  other    synthetic construct    GCCGGGGGAACCGGCCAGGCCCGGAAGGGAGCAACCGUGCCCGGU2000000000X
1505 1QZW_B  other    synthetic construct    G2000005551U2000009551UGCCGGGGGAACCGGCCAGGCCCGGAAGGGAGCAACCGUGCCCGGU2000000000X
1506 1QZW_C  other    synthetic construct    G2000005551U2000009551UGCCGGGGGAACCGGCCAGGCCCGGAAGGGAGCAACCGUGCCCGGU2000000000X
1507 1QZW_D  other    synthetic construct    G2000005551U2000009551UGCCGGGGGAACCGGCCAGGCCCGGAAGGGAGCAACCGUGCCCGGU2000000000X
1508 1RLG_A  other    synthetic construct    CCGACCGAAAGGCGUGAGAGC
1509 1RLG_B  other    synthetic construct    GCCGACCGAAAGGCGUGAGAGC
1510 1S77_C  other    synthetic construct    CACGGCGA
1511 1VQ4_C  other    synthetic construct    C2000002551U2000019551A2000009551U2000009551U2000019551A2000002551U2000008551UACC
1512 1VQ5_C  other    synthetic construct    2000008551UC2000002551U2000019551A2000009551U2000009551U2000019551A2000002551UACC
1513 1VQ7_C  other    synthetic construct    C2000002551U2000019551A2000009551U2000009551UA2000662551AACC
1514 1VQL_C  other    synthetic construct    C2000005551U2002511551U2000662551A2000008551UACC
1515 1VQM_C  other    synthetic construct    C2000009551U2000019551A2000002551U2000008551UACC
1516 1VQP_C  other    synthetic construct    2000008551UC2000000999A2000025551UA2000009551U2000019551A2000002551UACC
1517 1XMO_C  other    synthetic construct    ACU2000511551UUU2000062551AAUC
1518 1XMQ_C  other    synthetic construct    ACUUUU2000062551AAUC
1519 1Y27_A  other    synthetic construct    GAUCAUAUAAUCGCGUGGAUAUGGCACGCAAGUUUCUACCGGGCACCGUAAAUGUCCGACUAUGGU2000000000X
1520 1Y3O_A  other    synthetic construct    UGCUGAAGUGCACACAGCAAG
1521 1Y3O_B  other    synthetic construct    CUGCUGAAGUGCACACAGCAAG
1522 1Y3S_A  other    synthetic construct    UGCUGAAGUGCACACAGCAAG
1523 1Y3S_B  other    synthetic construct    CUGCUGAAGUGCACACAGCAAG
1524 1Y90_A  other    synthetic construct    UGCUGAGGUGCACACAGCAAG
1525 1Y90_B  other    synthetic construct    CUGCUGAGGUGCACACAGCAAG
1526 1YVP_B  other    synthetic construct    GACAGCC
1527 1YVP_D  other    synthetic construct    GACAGCC
1528 1YXP_A  other    synthetic construct    UGCUGAAGUGCACACAGCAAG
1529 1YXP_B  other    synthetic construct    CUGCUGAAGUGCACACAGCAAG
1530 1YY0_B  other    synthetic construct    CAGAUUAAAUCUGC
1531 1YZD_A  other    synthetic construct    CAGAUUAAGUCUGC
1532 1YZD_B  other    synthetic construct    GCAGAUUAAGUCUGC
1533 1YZD_C  other    synthetic construct    GCAGAUUAAGUCUGC
1534 1Z79_A  other    synthetic construct    CAGAUUAAAUCUGC
1535 1Z79_B  other    synthetic construct    GCAGAUUAAAUCUGC
1536 1Z79_C  other    synthetic construct    GCAGAUUAAAUCUGC
1537 1ZCI_A  other    synthetic construct    UGCUGAAGUGCACACAGCAAG
1538 1ZCI_B  other    synthetic construct    CUGCUGAAGUGCACACAGCAAG
1539 1ZCI_C  other    synthetic construct    CUGCUGAAGUGCACACAGCAAG
1540 1ZCI_D  other    synthetic construct    CUGCUGAAGUGCACACAGCAAG
1541 1ZE2_A  other    synthetic construct    GCCACGGUCGAAUCCGUGGC
1542 1ZE2_B  other    synthetic construct    GGCCACGGUCGAAUCCGUGGC
1543 1ZL3_A  other    synthetic construct    GCAACGGU2000000999UCGAUCCCGUUGC
1544 2A0P_A  other    synthetic construct    CCGGGG
1545 2A0P_B  other    synthetic construct    CCCGGGG
1546 2AB4_A  other    synthetic construct    CACGGUCGAAUCCGUGGC
1547 2ANR_A  other    synthetic construct    CGCGGAUCAGUCACCCAAGCGAG
1548 2AO5_A  other    synthetic construct    GCGGCGCU
1549 2AO5_B  other    synthetic construct    GGCGGCGCU
1550 2AO5_C  other    synthetic construct    GGCGGCGCU
1551 2AO5_D  other    synthetic construct    GGCGGCGCU
1552 2AZ0_A  other    synthetic construct    CAGGACGCGCCAGC
1553 2AZ0_B  other    synthetic construct    GCAGGACGCGCCAGC
1554 2AZ2_A  other    synthetic construct    CAGGACGCGCCAGC
1555 2AZ2_B  other    synthetic construct    GCAGGACGCGCCAGC
1556 2B3J_A  other    synthetic construct    UGACUCGGAUCAA
1557 2B3J_B  other    synthetic construct    UUGACUCGGAUCAA
1558 2B3J_C  other    synthetic construct    GACUCGG
1559 2B3J_D  other    synthetic construct    UUUGACUCGGAUCAA
1560 2B63_A  other    synthetic construct    AGCACUGAUGCGGCGAGGUAGCGAUG
1561 2BU1_D  other    synthetic construct    AUGAGGAUACCCAUG
1562 2BU1_E  other    synthetic construct    CAUGAGGAUACCCAUG
1563 2C4Q_D  other    synthetic construct    AUGAGGAUACCCAUG
1564 2C4Q_E  other    synthetic construct    CAUGAGGAUACCCAUG
1565 2C4Y_D  other    synthetic construct    AUGAGGAU2000002551UACCCAUG
1566 2C4Y_E  other    synthetic construct    UGAGGAU2000002551UACCCA
1567 2C4Z_D  other    synthetic construct    AUGAGGA2000002551U2000002551UACCCAUG
1568 2C4Z_E  other    synthetic construct    UGAGGA2000002551U2000002551UACCCA
1569 2CZJ_E  other    synthetic construct    GGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGG2000005551U2000009551UCGACUCCCACCACCUCC
1570 2CZJ_G  other    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGG2000005551U2000009551UCGACUCCCACCACCUCC
1571 2DLC_A  other    synthetic construct    UCUCGGUA2000002551GCCAAGU2000090551GGGAAGGC2000022551GCAAGAUG2000009551UA2000061551AA2000009551UCUUGAGGU2000005551CGGGCG2000005551U2000009551UCG2000001551ACUCGCCCCCGGGAGACCA
1572 2E9T_B  other    synthetic construct    GGCCC2000000999U
1573 2E9T_D  other    synthetic construct    GGGCCC2000000999U
1574 2FCX_A  other    synthetic construct    UGCUGAAGUGCACACAGCAAG
1575 2FCX_B  other    synthetic construct    CUGCUGAAGUGCACACAGCAAG
1576 2FCY_A  other    synthetic construct    UGCUGAAGUGCACACAGCAAG
1577 2FCY_B  other    synthetic construct    CUGCUGAAGUGCACACAGCAAG
1578 2FCZ_A  other    synthetic construct    UGCUGAAGUGCACACAGCAAG
1579 2FCZ_B  other    synthetic construct    CUGCUGAAGUGCACACAGCAAG
1580 2FCZ_C  other    synthetic construct    CUGCUGAAGUGCACACAGCAAG
1581 2FCZ_D  other    synthetic construct    CUGCUGAAGUGCACACAGCAAG
1582 2FD0_A  other    synthetic construct    UGCUGAAGUGCACACAGCAAG
1583 2FD0_B  other    synthetic construct    CUGCUGAAGUGCACACAGCAAG
1584 2FMT_A  other    synthetic construct    GCGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1585 2FMT_B  other    synthetic construct    CGCGGGG2000074551UGGAGCAGCCUGG2000008551UAGCUCGUCGGG2000090551CUCAUAACCCGAAGAUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1586 2GCS_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGA2000003377A
1587 2GCV_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGA2000003377A
1588 2GDI_A  other    synthetic construct    GACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUU2000000000X
1589 2GDI_B  other    synthetic construct    G2000005551U2000009551UGACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUU2000000000X
1590 2H0S_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGA2000003377A
1591 2H0W_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGA2000003377A
1592 2H0X_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGA2000003377A
1593 2HO6_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGA2000003377A
1594 2HO7_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGA2000003377A
1595 2HOJ_A  other    synthetic construct    CGACUCGGGGUGCCCUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGC2000003377A
1596 2IZ9_D  other    synthetic construct    UGAGGAUACCCAU
1597 2IZ9_E  other    synthetic construct    AUGAGGAUACCCAU
1598 2JLT_B  other    synthetic construct    GAGCCUGGGAGCCC
1599 2OEU_B  other    synthetic construct    GCGU2000090551CCUGGAUCCAAUC2000008551UC
1600 2PN3_B  other    synthetic construct    CGGUCGUGCAGCCCCGG
1601 2PN4_B  other    synthetic construct    CGGUCGUGCAGCCCCGG
1602 2PN4_D  other    synthetic construct    GCGGUCGUGCAGCCCCGG
1603 2R1S_A  other    synthetic construct    CGUUGAAACGC
1604 2R1S_B  other    synthetic construct    GCGUUGAAACGC
1605 2R20_A  other    synthetic construct    CGUUGAAACGC
1606 2R20_B  other    synthetic construct    GCGUUGAAACGC
1607 2R21_A  other    synthetic construct    CGUUGAAACGC
1608 2R21_B  other    synthetic construct    GCGUUGAAACGC
1609 2X2Q_B  other    synthetic construct   
1610 2X2Q_D  other    synthetic construct   
1611 2XD0_D  other    synthetic construct    UUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGA2000003377A
1612 2XD0_E  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGA2000003377A
1613 2XD0_F  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGA2000003377A
1614 2XD0_G  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGA2000003377A
1615 2XD0_H  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGA2000003377A
1616 2XD0_I  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGA2000003377A
1617 2XDB_B  other    synthetic construct    UUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGA2000003377A
1618 2XDD_D  other    synthetic construct    UUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGA2000003377A
1619 2XDD_E  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGA2000003377A
1620 2XDD_F  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGA2000003377A
1621 310D_A  other    synthetic construct    2000090551G2000090551C2000090551G2000090551C2000090551G
1622 310D_B  other    synthetic construct    2000090551C2000090551G2000090551C2000090551G2000090551C2000090551G
1623 3B4A_B  other    synthetic construct    GCUUUAAGUUGACGAGAGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGA2000003377A
1624 3B5F_C  other    synthetic construct    CGUGGUCAUUACCUGCC
1625 3B5S_C  other    synthetic construct    CGUGGUCAUUACCUGCC
1626 3B91_C  other    synthetic construct    CGUGGUCAUUACCUGCC
1627 3BBI_C  other    synthetic construct    CGUGGUCAUUACCUGCC
1628 3BNO_A  other    synthetic construct    CGUCACCCGAACAAGUCGC
1629 3BNO_B  other    synthetic construct    GCGUCACCCGAACAAGUCGC
1630 3BNO_C  other    synthetic construct    GCGUCACCCGAACAAGUCGC
1631 3BNO_D  other    synthetic construct    GCGUCACCCGAACAAGUCGC
1632 3BNQ_D  other    synthetic construct    CGUCACCCGAGCAAGUCGC
1633 3BNR_D  other    synthetic construct    CGUCACCCGAGCAAGUCGC
1634 3BNS_D  other    synthetic construct    CGUCACCCGAGCAAGUCGC
1635 3BNT_A  other    synthetic construct    GCGUCACCCGAGCAAGUCGC
1636 3BO4_A  other    synthetic construct    GCCGUGUGCCUUGCGCCGGGAAACCACGCAAGGGAUGGUGUCAAAUUCGGCGAAACCUAAGCGCCCGCCCGGGCGUAUGGCAACGCCGAGCCAAGCUUCGCAGCCAUUGCACUCCGGCUGCGAUGAAGGUGUAGAGACUAGACGGCACCCACCUAAGGCAAACGCUAUGGUGAAGGCAUAGUCCAGGGAGUGGCG2000003377A
1637 3BSN_C  other    synthetic construct    GCCCGGG
1638 3BT7_C  other    synthetic construct    CUGUG2000005551UUCGAUCCACAGC
1639 3BT7_D  other    synthetic construct    GCUGUG2000005551UUCGAUCCACAGC
1640 3CJZ_A  other    synthetic construct    GACG2000022551GACGUCCU
1641 3CJZ_B  other    synthetic construct    GGACG2000022551GACGUCCU
1642 3DH3_B  other    synthetic construct    GAACGUCGUGAGACAGUCGG
1643 3DH3_D  other    synthetic construct    AGAACGUCGUGAGACAGUCGG
1644 3DH3_F  other    synthetic construct    AGAACGUCGUGAGACAGUCGG
1645 3DH3_H  other    synthetic construct    AGAACGUCGUGAGACAGUCGG
1646 3DIG_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGU2000000000X
1647 3DIL_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGU2000000000X
1648 3DIM_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGU2000000000X
1649 3DIO_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGU2000000000X
1650 3DIQ_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGU2000000000X
1651 3DIR_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGU2000000000X
1652 3DIS_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGU2000000000X
1653 3DIX_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGU2000000000X
1654 3DIY_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGU2000000000X
1655 3DIZ_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGU2000000000X
1656 3DJ0_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGU2000000000X
1657 3DJ2_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGU2000000000X
1658 3DVV_A  other    synthetic construct    U2000090551UGCUGAAGUGCACACAGCAAG
1659 3DVV_B  other    synthetic construct    CU2000090551UGCUGAAGUGCACACAGCAAG
1660 3DW4_A  other    synthetic construct    GC2000090551UCCUAGUACGAGAGGACCGGAGUG
1661 3DW5_A  other    synthetic construct    GCUCCUAG2000090551UACGAGAGGACCGGAGUG
1662 3F2Q_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUU2000000000X
1663 3F2T_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUU2000000000X
1664 3F2W_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUU2000000000X
1665 3F2X_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUU2000000000X
1666 3F2Y_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUU2000000000X
1667 3F30_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUU2000000000X
1668 3HAX_E  other    synthetic construct    UAAUUGACUCAA
1669 3HAY_F  other    synthetic construct    UAAUUGACUCAA
1670 3HGA_A  other    synthetic construct    CGCG
1671 3HHN_B  other    synthetic construct    CCAGUAGGAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGCUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUG2000003377A
1672 3HHN_D  other    synthetic construct    UCCAGUAGGAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGCUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUG2000003377A
1673 3HJW_E  other    synthetic construct    AGCGGCGGUUU
1674 3I5Y_B  other    synthetic construct    UUUUUUUU
1675 3IBK_B  other    synthetic construct    AGGGUUAGGGU
1676 3IIN_B  other    synthetic construct    GCCGUGUGCCUUGCGCCGGGAAACCACGCAAGGGAUGGUGUCAAAUUCGGCGAAACCUAAGCGCCCGCCCGGGCGUAUGGCAACGCCGAGCCAAGCUUCGCAGCCAUUGCACUCCGGCUGCGAUGAAGGUGUAGAGACUAGACGGCACCCACCUAAGGCAAACGCUAUGGUGAAGGCAUAGUCCAGGGAGUGGCG2000003377A
1677 3LOA_B  other    synthetic construct    GGGGUGAAGUCGUAACGCGGC
1678 3LQX_B  other    synthetic construct    GCUCUGUUUACCAGGUCAGGUCCGAAAGGAAGCAGCCAAGGCAGAGC2000000000X
1679 3LWO_E  other    synthetic construct    AGCGGCGGUUU
1680 3LWQ_E  other    synthetic construct    AGCG2000003551UGCGGUUU
1681 3MEI_A  other    synthetic construct    CGCCGCGCCAGCCUGUGGCGG
1682 3MEI_B  other    synthetic construct    CCGCCGCGCCAGCCUGUGGCGG
1683 3MJ0_B  other    synthetic construct    GUUACGC2000090551U
1684 3NCU_D  other    synthetic construct    2000000552GACGCUAGCGUC
1685 3O6E_B  other    synthetic construct    CGAAUAUUCGCU2000090551U
1686 3O7V_B  other    synthetic construct    CGAAUAUUCGCU2000090551U
1687 3O8C_B  other    synthetic construct    UUUU
1688 3O8R_B  other    synthetic construct    UUUU
1689 3OWI_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGU2000000000X
1690 3OWW_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGU2000000000X
1691 3OWZ_B  other    synthetic construct    GCUCUGGAGAGAACCGUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGU2000000000X
1692 3OX0_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGU2000000000X
1693 3OXB_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCCCAGGCAAAAGGACAGAGU2000000000X
1694 3OXD_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAUCGGUCGCCGAACGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUGAGGCAAAAGGACAGAGU2000000000X
1695 3OXE_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGU2000000000X
1696 3OXJ_A  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGU2000000000X
1697 3OXJ_B  other    synthetic construct    2000000552GGCUCUGGAGAGAACCGUUUAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGU2000000000X
1698 3OXM_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGU2000000000X
1699 3R1D_A  other    synthetic construct    CGCGGCGGC
1700 3R1D_B  other    synthetic construct    GCGCGGCGGC
1701 3R1D_C  other    synthetic construct    GCGCGGCGGC
1702 3R1D_D  other    synthetic construct    GCGCGGCGGC
1703 3R1D_E  other    synthetic construct    GCGCGGCGGC
1704 3R1E_A  other    synthetic construct    CGCGGC
1705 3R1E_B  other    synthetic construct    GCGCGGC
1706 3R1H_C  other    synthetic construct    GAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGUUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUG2000003377A
1707 3R1H_F  other    synthetic construct    G2000005551U2000009551UGAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGUUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUG2000003377A
1708 3R1L_C  other    synthetic construct    GAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGUUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUG2000003377A
1709 3R1L_F  other    synthetic construct    G2000005551U2000009551UGAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGUUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUG2000003377A
1710 3RW6_B  other    synthetic construct    GCACUAACCUAAGACAGGAGGGCCGGGAAACCUGCCUAAUCCAAUGACGGGUAAUAGUGU2000000000X
1711 3RW6_C  other    synthetic construct    G2000005551U2000009551UGCACUAACCUAAGACAGGAGGGCCGGGAAACCUGCCUAAUCCAAUGACGGGUAAUAGUGU2000000000X
1712 3S49_A  other    synthetic construct    UAUA2000000000XAC
1713 3S49_B  other    synthetic construct    GUAUA2000000000XAC
1714 3S49_C  other    synthetic construct    GUAUA2000000000XAC
1715 3S49_D  other    synthetic construct    GUAUA2000000000XAC
1716 3S49_E  other    synthetic construct    GUAUA2000000000XAC
1717 3S49_F  other    synthetic construct    GUAUA2000000000XAC
1718 3S49_G  other    synthetic construct    GUAUA2000000000XAC
1719 3SKI_B  other    synthetic construct    GCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGU2000000000X
1720 3SKL_A  other    synthetic construct    GCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGU2000000000X
1721 3SKL_B  other    synthetic construct    G2000005551U2000009551UGCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGU2000000000X
1722 3SKR_A  other    synthetic construct    GCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGU2000000000X
1723 3SKR_B  other    synthetic construct    G2000005551U2000009551UGCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGU2000000000X
1724 3SKT_A  other    synthetic construct    GCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGU2000000000X
1725 3SKT_B  other    synthetic construct    G2000005551U2000009551UGCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGU2000000000X
1726 3SKW_A  other    synthetic construct    GCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGU2000000000X
1727 3SKW_B  other    synthetic construct    G2000005551U2000009551UGCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGU2000000000X
1728 3SKZ_A  other    synthetic construct    GCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGU2000000000X
1729 3SKZ_B  other    synthetic construct    G2000005551U2000009551UGCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGU2000000000X
1730 3SLM_A  other    synthetic construct    GCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGU2000000000X
1731 3SLM_B  other    synthetic construct    G2000005551U2000009551UGCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGU2000000000X
1732 3SLQ_A  other    synthetic construct    GCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGU2000000000X
1733 3SLQ_B  other    synthetic construct    G2000005551U2000009551UGCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGU2000000000X
1734 3SUH_A  other    synthetic construct    GACAGAGUAGGUAAACGUGCGUAAAGUGCCUGAGGGACGGGGAGUUGUCCUCAGGACGAACACCGAAAGGUGGCGGUACGUUUACCGCAUCUCGCUGUU2000000000X
1735 3SUX_A  other    synthetic construct    GACAGAGUAGGUAAACGUGCGUAAAGUGCCUGAGGGACGGGGAGUUGUCCUCAGGACGAACACCGAAAGGUGGCGGUACGUUUACCGCAUCUCGCUGUU2000000000X
1736 3T1H_W  other    synthetic construct    ACU2000000999UUU2000000999AA2000009551UC
1737 3T1Y_W  other    synthetic construct    ACU2000000999UUU2000000999AA2000009551UC
1738 3T3N_B  other    synthetic construct    2000090551U2000090551C2000090551C2000090551G2000090551U
1739 3T4B_A  other    synthetic construct    CUCCCGGGAGAGCCGCUAAGGGGGAAACUCUAUGCGGUACUGCCUGAUAGGGUGCUUGCGAGUGCCCCGGGAGGUCUCGUAG2000003377A
1740 3TD0_A  other    synthetic construct    CGUCGCGCGACGAAGUCGC
1741 3TD0_B  other    synthetic construct    UUGCGUCGCGCGACGAAGUCGC
1742 3TD1_A  other    synthetic construct    GCGUCGCGCGACGAAGUCGC
1743 3TD1_B  other    synthetic construct    UUGCGUCGCGCGACGAAGUCGC
1744 3ZD4_B  other    synthetic construct    GCGU2000090551CCUGGUAUCCAAUC2000008551UC
1745 3ZD5_B  other    synthetic construct    GCGU2000090551CCUGGAUCCAAC2000008551UC
1746 3ZP8_B  other    synthetic construct    GCGU2000090551CCUGGUAUCCAAUC2000008551UC
1747 406D_A  other    synthetic construct    ACCGGAUGGUCGGUG
1748 406D_B  other    synthetic construct    CACCGGAUGGUCGGUG
1749 430D_A  other    synthetic construct    GGUGCUCAGUACGAGAGGAACCGCACC
1750 464D_B  other    synthetic construct    GGGCA
1751 464D_D  other    synthetic construct    GGGGCA
1752 4ATO_B  other    synthetic construct    AAUUGGUGUAACCUUACCGUAGUAGGUGCUAA2000003377A
1753 4E58_A  other    synthetic construct    CCCCGC
1754 4E58_B  other    synthetic construct    GCCCCGC
1755 4E58_C  other    synthetic construct    GCCCCGC
1756 4E78_B  other    synthetic construct    ACCG
1757 4G6P_C  other    synthetic construct    CGUGGUCAUUACCUGCC
1758 4G6S_C  other    synthetic construct    CGUGGUCAUUACCUGCC
1759 4GKJ_W  other    synthetic construct    CC2000071551CAUACC
1760 4GXY_A  other    synthetic construct    GCGGCAGGUGCUCCCGACGUCGGGAGUUAAAAGGGAAGCCGGUGCAAGUCCGGCACGGUCCCGCCACUGUGACGGGGAGUCGCCCCUCGGGAUGUGCCACUGGCCCGGCCGGGAAGGCGGAGGGGCGGCGAGGAUCCGGAGUCAGGAAACCUGCCUGCCGU2000000000X
1761 4JAH_A  other    synthetic construct    UGUA2000000000XAC
1762 4JAH_B  other    synthetic construct    GUGUA2000000000XAC
1763 4JAH_C  other    synthetic construct    GUGUA2000000000XAC
1764 4JAH_D  other    synthetic construct    GUGUA2000000000XAC
1765 4JAH_E  other    synthetic construct    GUGUA2000000000XAC
1766 4JAH_F  other    synthetic construct    GUGUA2000000000XAC
1767 4LGT_B  other    synthetic construct    GAACGUCGUGAGACAGUCG
1768 4LGT_D  other    synthetic construct    GAACGUCGUGAGACAGUCG
1769 4NFP_A  other    synthetic construct    CAGCUUAAGUCUGC
1770 4NFP_B  other    synthetic construct    GCAGCUUAAGUCUGC
1771 4NFP_C  other    synthetic construct    GCAGCUUAAGUCUGC
1772 4NFQ_A  other    synthetic construct    CAGCUUAAGUCUGC
1773 4NFQ_B  other    synthetic construct    GCAGCUUAAGUCUGC
1774 4NFQ_C  other    synthetic construct    GCAGCUUAAGUCUGC
1775 4NYA_A  other    synthetic construct    GACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUU2000000000X
1776 4NYA_B  other    synthetic construct    G2000005551U2000009551UGACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUU2000000000X
1777 4NYB_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGC2000003377A
1778 4NYC_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGC2000003377A
1779 4NYD_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGC2000003377A
1780 4NYG_A  other    synthetic construct    CGACUCGGGGUGCCCUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGC2000003377A
1781 4P3S_A  other    synthetic construct    CGUCCCGCGACGAAGUCGC
1782 4P3S_B  other    synthetic construct    UGCGUCCCGCGACGAAGUCGC
1783 4P3T_A  other    synthetic construct    UGCGUCCCGCGACGAAGUCGC
1784 4P3T_B  other    synthetic construct    UUGCGUCCCGCGACGAAGUCGC
1785 4P3U_A  other    synthetic construct    CGUCUCGCGACGAAGUCGC
1786 4P3U_B  other    synthetic construct    UGCGUCUCGCGACGAAGUCGC
1787 4P3U_C  other    synthetic construct    UGCGUCUCGCGACGAAGUCGC
1788 4P3U_D  other    synthetic construct    GCGUCUCGCGACGAAGUCGC
1789 4PCJ_A  other    synthetic construct    UGC2000009551UGGCUAAGGCAUGAAAGUGCUAUGCCUGCUG
1790 4PLX_A  other    synthetic construct    GAAGGUUUUUCUUUUCCUGAGGCGAAAGUCUCAGGUUUUGCUUUUUGGCCUUUCUUAAAAAAAAAAAAAGCAAA2000003377A
1791 4PLX_B  other    synthetic construct    G2000005551U2000009551UGAAGGUUUUUCUUUUCCUGAGGCGAAAGUCUCAGGUUUUGCUUUUUGGCCUUUCAAAAAAAAAAAAGCAAA2000003377A
1792 4PLX_C  other    synthetic construct    G2000005551U2000009551UGAAGGUUUUUCUUUUCCUGAGGCGAAAGUCUCAGGUUUUGCUUUUUGGCCUUUAAAAAAAAAAAGCAAA2000003377A
1793 4RMO_B  other    synthetic construct    AGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUG2000003377A
1794 4RMO_D  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUG2000003377A
1795 4RMO_F  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUG2000003377A
1796 4RMO_H  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUG2000003377A
1797 4RMO_J  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUG2000003377A
1798 4RMO_L  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUG2000003377A
1799 4RMO_N  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUG2000003377A
1800 4RMO_P  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUG2000003377A
1801 4TS0_B  other    synthetic construct    CAGCCGGCUUGUUGAGUAGAGUGUGAGCUCCGUAACUGGUCGCGU2000000000X
1802 4TS2_B  other    synthetic construct    CAGCCGGCUUGUUGAGUAGAGUGUGAGCUCCGUAACUGGUCGCGU2000000000X
1803 4UYJ_E  other    synthetic construct    GGGCUAGGCCGGGGGGUUCGGCGUCCCCUGUAACCGGAAACCGCCGAUAUGCCGGGGCCGAAGCCCGAGGGGCGGUUCCCGUAAGGGUUCCCACCCUCGGGCGUGCCU2000000000X
1804 4UYJ_F  other    synthetic construct    GGGGCUAGGCCGGGGGGUUCGGCGUCCCCUGUAACCGGAAACCGCCGAUAUGCCGGGGCCGAAGCCCGAGGGGCGGUUCCCGUAAGGGUUCCCACCCUCGGGCGUGCCU2000000000X
1805 4UYK_C  other    synthetic construct    GGGCUAGGCCGGGGGGUUCGGCGUCCCCUGUAACCGGAAACCGCCGAUAUGCCGGGGCCGAAGCCCGAGGGGCGGUUCCCGAAGCCGCCUCUGUAAGGAGGCGGUGGAGGGUUCCCACCCUCGGGCGUGCCU2000000000X
1806 4V8X_EC  other    synthetic construct    AAAUG2000090551U2000090551A2000090551AA
1807 4WFL_A  other    synthetic construct    GCCGUGCUAAGCGGGGAGGUAGCGGUGCCCUGUACCUGCAAUCCGCUCUAGCAGGGCCGAAUCCCUUCUCGAGGUUCGGUAACGAAUCGACAGAAGGUGCACGGU2000000000X
1808 4WFM_A  other    synthetic construct    GCCGUGCUAAGCGGGGAGGUAGCGGUGCCCUGUACCUGCAAUCCGCUCUAGCAGGGCCGAAUCCCUUCUCGAGGUGGUAACAUCGACAGAAGGUGCACGGU2000000000X
1809 4WFM_B  other    synthetic construct    G2000005551U2000009551UGCCGUGCUAAGCGGGGAGGUAGCGGUGCCCUGUACCUGCAAUCCGCUCUAGCAGGGCCGAAUCCCUUCUCGAGGUGGUAACAUCGACAGAAGGUGCACGGU2000000000X
1810 4X62_W  other    synthetic construct    ACU2000000999UUU2000000999AA2000009551UC
1811 4X64_W  other    synthetic construct    ACU2000000999UUU2000000999AA2000009551UC
1812 4X65_W  other    synthetic construct    ACU2000000999UUU2000000999AA2000009551UC
1813 4X66_W  other    synthetic construct    ACU2000000999UUU2000000999AA2000009551UC
1814 4XW0_A  other    synthetic construct    CCUCCUGC
1815 4XW0_B  other    synthetic construct    GCCUCCUGC
1816 4XW1_A  other    synthetic construct    CCUCCUG
1817 4Y27_A  other    synthetic construct    GCUCCUAGUACGA2000090551GGGACCGGAGUG
1818 4Z4F_C  other    synthetic construct    AAUGUGAA
1819 5AOX_F  other    synthetic construct    2000000552GGCCGGGCGCGGUGGCUCACGCCUGUAAUCCCAGCACUUUGGGAGGCCGAGGCGGGAGGAUCGCGAACACGCGAGACCCCGUCUCUA
1820 5BJO_A  other    synthetic construct    GCGCGAGGAAGGAGGCUGAGGAGGUCACUGCGCC
1821 5BJO_B  other    synthetic construct    GGCGCGAGGAAGGAGGCUGAGGAGGUCACUGCGCC
1822 5BTE_B  other    synthetic construct    UUU
1823 5BTE_C  other    synthetic construct    UUUU
1824 5D8T_B  other    synthetic construct    GAAU2000501551U2000042551CUCG
1825 5DGV_GF  other    synthetic construct    C2000009551U2000022551G2000019551A2000009551U2000022551G2000019551A
1826 5DGV_HF  other    synthetic construct    CC2000009551U2000022551G2000019551A2000009551U2000022551G2000019551A
1827 5DHB_A  other    synthetic construct    UACA
1828 5DHB_B  other    synthetic construct    2000002551GCCUACA
1829 5DHB_C  other    synthetic construct    2000002551GCCUACA
1830 5DHB_D  other    synthetic construct    2000002551GCCUACA
1831 5DHC_A  other    synthetic construct    2000002551GCCACUUAAGUCU
1832 5DHC_B  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCU
1833 5DHC_C  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCU
1834 5DHC_D  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCU
1835 5DO5_A  other    synthetic construct    GCGAAUUA2000025551U2000002551UCG
1836 5DUN_A  other    synthetic construct    UUU2000090551UAAUGAAGCCACAGGCUGUGAGGGUCCUAAGCCCCUAAUUCAGAAGGGAA
1837 5GUH_B  other    synthetic construct    AUUUUU2000090551U
1838 5HAU_EB  other    synthetic construct    CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1839 5HAU_KD  other    synthetic construct    GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1840 5HBW_A  other    synthetic construct    UACA
1841 5HBW_B  other    synthetic construct    2000002551GCCUACA
1842 5HBX_A  other    synthetic construct    2000002551GCCACUUAAGUCU
1843 5HBX_B  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCU
1844 5HBX_C  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCU
1845 5HBX_D  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCU
1846 5HBY_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUC
1847 5HN2_A  other    synthetic construct    UA2000071551CGUAC
1848 5HN2_B  other    synthetic construct    GUA2000071551CGUAC
1849 5HN2_C  other    synthetic construct    GUA2000071551CGUAC
1850 5HN2_D  other    synthetic construct    GUA2000071551CGUAC
1851 5HN2_E  other    synthetic construct    GUA2000071551CGUAC
1852 5HN2_F  other    synthetic construct    GUA2000071551CGUAC
1853 5HNJ_A  other    synthetic construct    UA2000071551CGUAC
1854 5HNJ_B  other    synthetic construct    GUA2000071551CGUAC
1855 5HNJ_C  other    synthetic construct    GUA2000071551CGUAC
1856 5HNJ_D  other    synthetic construct    GUA2000071551CGUAC
1857 5HNJ_E  other    synthetic construct    GUA2000071551CGUAC
1858 5HNJ_F  other    synthetic construct    GUA2000071551CGUAC
1859 5HNQ_A  other    synthetic construct    UA2000071551CGUAC
1860 5HNQ_B  other    synthetic construct    GUA2000071551CGUAC
1861 5HNQ_C  other    synthetic construct    GUA2000071551CGUAC
1862 5HNQ_D  other    synthetic construct    GUA2000071551CGUAC
1863 5HNQ_E  other    synthetic construct    GUA2000071551CGUAC
1864 5HNQ_F  other    synthetic construct    GUA2000071551CGUAC
1865 5HNQ_G  other    synthetic construct    GUA2000071551CGUAC
1866 5HNQ_H  other    synthetic construct    GUA2000071551CGUAC
1867 5HNQ_I  other    synthetic construct    GUA2000071551CGUAC
1868 5HNQ_J  other    synthetic construct    GUA2000071551CGUAC
1869 5HNQ_K  other    synthetic construct    GUA2000071551CGUAC
1870 5HNQ_L  other    synthetic construct    GUA2000071551CGUAC
1871 5HNQ_M  other    synthetic construct    GUA2000071551CGUAC
1872 5J4D_HA  other    synthetic construct    AAAUG2000009551UAAAA
1873 5J4D_LC  other    synthetic construct    AAAAUG2000009551UAAAA
1874 5KRG_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCGG
1875 5KRG_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCGG
1876 5KRG_C  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCGG
1877 5KRG_D  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCGG
1878 5L00_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCGG
1879 5L00_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCGG
1880 5L00_C  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCGG
1881 5L00_D  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCGG
1882 5LQO_A  other    synthetic construct    CGGACGGC
1883 5LQO_B  other    synthetic construct    GCGGACGGC
1884 5LQT_A  other    synthetic construct    CGG2000006551ACGGC
1885 5LQT_B  other    synthetic construct    GCGG2000006551ACGGC
1886 5LR3_A  other    synthetic construct    CGGAUGGC
1887 5LR3_B  other    synthetic construct    GCGGAUGGC
1888 5LR4_A  other    synthetic construct    CGG2000006551AUGGC
1889 5LR4_B  other    synthetic construct    GCGG2000006551AUGGC
1890 5LR4_C  other    synthetic construct    GCGG2000006551AUGGC
1891 5LR4_D  other    synthetic construct    GCGG2000006551AUGGC
1892 5LR5_A  other    synthetic construct    G2000006551ACUAGUC
1893 5LR5_B  other    synthetic construct    GG2000006551ACUAGUC
1894 5LR5_C  other    synthetic construct    GG2000006551ACUAGUC
1895 5LR5_D  other    synthetic construct    GG2000006551ACUAGUC
1896 5LYS_A  other    synthetic construct    GGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCC2000000000X
1897 5LYS_B  other    synthetic construct    GGGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCC2000000000X
1898 5LYU_A  other    synthetic construct    GGGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCC2000000000X
1899 5LYU_B  other    synthetic construct    GGGGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCC2000000000X
1900 5LYV_A  other    synthetic construct    GGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCC2000000000X
1901 5LYV_B  other    synthetic construct    GGGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCC2000000000X
1902 5MRX_A  other    synthetic construct    GCU2000051551CCUAGUACGAGAGGACCGGAGUG
1903 5NDH_A  other    synthetic construct    GGGGACGACCCCGC
1904 5NDH_B  other    synthetic construct    GGGGGACGACCCCGC
1905 5NDH_C  other    synthetic construct    GGGGGACGACCCCGC
1906 5NDH_D  other    synthetic construct    GGGGGACGACCCCGC
1907 5NDI_A  other    synthetic construct    UUGCAGGACGACCUGAAA
1908 5NDI_B  other    synthetic construct    UUUGCAGGACGACCUGAAA
1909 5NDI_C  other    synthetic construct    UUUGCAGGACGACCUGAAA
1910 5NDI_D  other    synthetic construct    UUUGCAGGACGACCUGAAA
1911 5NEF_A  other    synthetic construct    GUGGGGACGACCCCAC
1912 5NEO_A  other    synthetic construct    GUGGGGACGACCCCAC
1913 5NEP_A  other    synthetic construct    GUGGGGACGACCCCAC
1914 5NEQ_A  other    synthetic construct    GUGGGGACGACCCCAC
1915 5NEX_A  other    synthetic construct    GUGGGGACGACCCCAC
1916 5NOM_A  other    synthetic construct    GUGGGGACGACCCCAC
1917 5NQI_A  other    synthetic construct    GCU2000051551CCUAGUACGAGAGGACCGGAGUG
1918 5NWQ_A  other    synthetic construct    CGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGGC
1919 5NWQ_B  other    synthetic construct    CCGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGGC
1920 5NY8_A  other    synthetic construct    CGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGGC
1921 5NY8_B  other    synthetic construct    CCGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGGC
1922 5NZ3_A  other    synthetic construct    GGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGGC
1923 5NZ3_B  other    synthetic construct    CGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGGC
1924 5NZ6_A  other    synthetic construct    GGACGAGGUGCGCCGUACCCGGUCACGACAAGACGGGC
1925 5NZD_A  other    synthetic construct    GGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGGC
1926 5NZD_B  other    synthetic construct    CGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGGC
1927 5O62_A  other    synthetic construct    GGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGGC
1928 5O62_B  other    synthetic construct    CGGACGAGGUGCGCCGUACCCGGAGACGGGC
1929 5O69_B  other    synthetic construct    GGACGAGGUGCGCCGUACCCGGAGCAAGACGGGC
1930 5T16_G  other    synthetic construct    CAUGUCAUGUCAUGAGUCCAUGGCAUGGCAUG
1931 5T16_H  other    synthetic construct    GCAUGUCAUGUCAUGAGUCCAUGGCAUGGCAUG
1932 5T16_O  other    synthetic construct    GCAUGUCAUGUCAUGAGUCCAUGGCAUGGCAUG
1933 5T16_P  other    synthetic construct    GCAUGUCAUGUCAUGAGUCCAUGGCAUGGCAUG
1934 5T3K_B  other    synthetic construct    AGCG2000000999UCACACCACCC
1935 5T3K_D  other    synthetic construct    CAGCG2000000999UCACACCACCC
1936 5UZ6_D  other    synthetic construct    2000000999GCACCUCA
1937 5UZ6_F  other    synthetic construct    2000000999GCACCUCA
1938 5UZA_A  other    synthetic construct    GGAAGAUAUAAUCCAAGAUAUGGUUUGGGAGUUUCUACCAAGAGCCUUAAACUCUUGAUUAUCUUCCC
1939 5V0H_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCGG
1940 5V0H_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCGG
1941 5V0J_A  other    synthetic construct    2000002551GCCACUUAAGUCU
1942 5V0J_B  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCU
1943 5V0K_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUC
1944 5V1K_A  other    synthetic construct    GCGAA2000106551G2000022551G2000090551UAGCG
1945 5V1K_B  other    synthetic construct    CGCGAA2000106551G2000022551G2000090551UAGCG
1946 5V2H_B  other    synthetic construct    GAA2000909551U2000005551U2000000999AUCG
1947 5V2H_C  other    synthetic construct    GAA2000909551U2000005551U2000000999AUCG
1948 5V2H_D  other    synthetic construct    GAA2000909551U2000005551U2000000999AUCG
1949 5VJB_A  other    synthetic construct    CGGGGACGACCCGC
1950 5VJB_B  other    synthetic construct    GCGGGGACGACCCGC
1951 5VJB_C  other    synthetic construct    GCGGGGACGACCCGC
1952 5VJB_D  other    synthetic construct    GCGGGGACGACCCGC
1953 5VP2_CB  other    synthetic construct    CGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1954 5VP2_GD  other    synthetic construct    GCGGGG2000074551UGGAGCAGCCUGGUAGCUCGUCGGG2000005551CUCAUAACCCGAAGGUCGUCGG2000005551U2000009551UCAAAUCCGGCCCCCGCAACCA
1955 5VPO_CD  other    synthetic construct    UUCGUUCGG2000001551GGACGAAG
1956 5VPO_DD  other    synthetic construct    CUUCGUUCGG2000001551GGACGAAG
1957 5VSU_I  other    synthetic construct    AUUUGAAACAAUACAGAGAUGAUCAGCGGUUCCCCUGCAUAAGGAGAACCGUUUUACAAAGAGAUUUGUUU2000000999U
1958 5WNP_W  other    synthetic construct    AGACU2000000999UUU2000000999AA2000009551UCUA
1959 5WNT_W  other    synthetic construct    AGACU2000000999UUU2000000999AA2000009551UCUA
1960 5WNU_W  other    synthetic construct    2000000999UUU2000000999AA
1961 5WNV_W  other    synthetic construct    AGACU2000000999UUU2000000999AA2000009551UCUA
1962 5XWG_A  other    synthetic construct    GCUCGAAAAAGUC
1963 5ZEG_A  other    synthetic construct    UGCGUC2000001551ACGUCGACGAAGUCGC
1964 5ZEG_B  other    synthetic construct    UUGCGUC2000001551ACGUCGACGAAGUCGC
1965 5ZEG_C  other    synthetic construct    UUGCGUC2000001551ACGUCGACGAAGUCGC
1966 5ZEI_B  other    synthetic construct    CGUC2000001551ACGUCGACGAAGUCGC
1967 5ZEJ_A  other    synthetic construct    GCGUC2000001551ACGUCGACGAAGUCGC
1968 5ZEJ_B  other    synthetic construct    UGCGUC2000001551ACGUCGACGAAGUCGC
1969 5ZEM_A  other    synthetic construct    GCGUC2000001551ACGUCGACGAAGUCGC
1970 5ZEM_B  other    synthetic construct    GCGUC2000001551ACGUCGACGAAGUCGC
1971 6A6J_D  other    synthetic construct    CAU2000005551CU
1972 6ASO_I  other    synthetic construct    AAUUUGAAACAAUACAGAGAUGAUCAGCGGUUCCCCUGCAUAAGGGGAACCGUUUUACAAAGAGUUUU2000000999U
1973 6C8D_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
1974 6C8D_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCG
1975 6C8E_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
1976 6C8E_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCG
1977 6C8I_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
1978 6C8I_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCG
1979 6C8J_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
1980 6C8J_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCG
1981 6C8K_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
1982 6C8K_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCG
1983 6C8L_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
1984 6C8L_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCG
1985 6C8M_B  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
1986 6C8N_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCGG
1987 6C8N_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCGG
1988 6C8O_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCGG
1989 6C8O_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCGG
1990 6CAB_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
1991 6CAB_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCG
1992 6CY0_B  other    synthetic construct    GAAU2000025551U2000090551CUCG
1993 6CY0_C  other    synthetic construct    GAAU2000025551U2000090551CUCG
1994 6CY0_D  other    synthetic construct    GAAU2000025551U2000090551CUCG
1995 6CY0_E  other    synthetic construct    GAAU2000025551U2000090551CUCG
1996 6CY0_F  other    synthetic construct    GAAU2000025551U2000090551CUCG
1997 6CY0_G  other    synthetic construct    GAAU2000025551U2000090551CUCG
1998 6CY0_H  other    synthetic construct    GAAU2000025551U2000090551CUCG
1999 6CY2_B  other    synthetic construct    GAAU2000019551AAUCG
2000 6CY4_B  other    synthetic construct    GAAU2000019551A2000090551CUCG
2001 6CY4_C  other    synthetic construct    GAAU2000019551A2000090551CUCG
2002 6CY4_D  other    synthetic construct    GAAU2000019551A2000090551CUCG
2003 6CY4_E  other    synthetic construct    GAAU2000019551A2000090551CUCG
2004 6CY4_F  other    synthetic construct    GAAU2000019551A2000090551CUCG
2005 6CY4_G  other    synthetic construct    GAAU2000019551A2000090551CUCG
2006 6CY4_H  other    synthetic construct    GAAU2000019551A2000090551CUCG
2007 6DLQ_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUU2000000000X
2008 6DLR_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUU2000000000X
2009 6DLS_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUU2000000000X
2010 6DLT_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUU2000000000X
2011 6DMC_A  other    synthetic construct    GAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUU2000000000X
2012 6DMC_B  other    synthetic construct    G2000005551U2000009551UGAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUU2000000000X
2013 6DMD_A  other    synthetic construct    GAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUU2000000000X
2014 6DMD_B  other    synthetic construct    G2000005551U2000009551UGAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUU2000000000X
2015 6DME_A  other    synthetic construct    GAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUU2000000000X
2016 6DNR_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUU2000000000X
2017 6FZ0_A  other    synthetic construct    GGGCAUUUGAACUGUAUUGUACGCCUUGCAGCAAAAGUACUAAAAA
2018 6HBT_A  other    synthetic construct    GUGGGGACGACCCCAC
2019 6HBX_A  other    synthetic construct    GUGGGGACGACCCCAC
2020 6HC5_A  other    synthetic construct    GUGGGGACGACCCCAC
2021 6LVR_C  other    synthetic construct    CGGAUUUA2000002551GCUCAG2000008551U2000008551UGGGAGAGC2000022551GCCAGA2000090551CU2000090551GAA2003483551GA2000009551U2000005551CUGGAG2000007551GUC2000005551CUGUG2000005551U2000009551UCG2000001551AUCCACAGAAUUCGC
2022 6N1D_GB  other    synthetic construct    GUGGGGUUCCCGAGCGGCCAAAGGGAGCAGACU2000042551GUA2002161551AA2000009551UCUGCCGUCAUCGACUUCGAAGG2000005551U2000009551UCGAAUCCUUCCCCCACCACCA
2023 6Q8U_A  other    synthetic construct    GGCGAAG2000006551AACCGGGGAGCCG
2024 6Q8U_B  other    synthetic construct    CGGCGAAG2000006551AACCGGGGAGCCG
2025 6Q8V_A  other    synthetic construct    GCGAAG2000006551AACCGGGGAGCC
2026 6TF0_A  other    synthetic construct    GUUCAACAACCCCGUAGGUUGGGCCGAAAGGCAGCGAAUCUACUGGAGCC
2027 6TFH_A  other    synthetic construct    GUUCAACAACCCCGUAGGUUGGGCCGAAAGGCAGCGAAUCUACUGGAGCC
2028 6TQA_B  other    synthetic construct    GUGCCUAAUAUUUAGGCAC2000000000X
2029 6TQA_D  other    synthetic construct    GGUGCCUAAUAUUUAGGCAC2000000000X
2030 6TQA_F  other    synthetic construct    GGUGCCUAAUAUUUAGGCAC2000000000X
2031 6TQA_H  other    synthetic construct    GGUGCCUAAUAUUUAGGCAC2000000000X
2032 6U6J_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG2000000552G
2033 6U6J_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCG2000000552G
2034 6U89_A  other    synthetic construct    UACA
2035 6U89_B  other    synthetic construct    2000002551GCCUACA
2036 6U8U_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
2037 6U8U_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCG
2038 6UFG_B  other    synthetic construct    GCAUCGAUCCGGCGAUCACCGGGGAGCCUUCGGAAGAACGGCCAGGCCCAGUAGAACCGAACGGGUUGGCCCGUCACAGCCUCAAGUCGAGCGGCCGCGCGAAAGCGUGGCAAGCGGGGUGGCACCGCGGCGUUCGCGCGAAAGCGUGGCGUCGUCCCCG2000000000X
2039 6UFH_B  other    synthetic construct    GCAUCGAUCCGGCGAUCACCGGGGAGCCUUCGGAAGAACGGCCGGAAACGGCCCAGUAGAACCGAACGGGUUGGCCCGUCACAGCCUCAAGUCGAGCGGCCGCGCGAAAGCGUGGCAAGCGGGGUGGCACCGCGGCGUUCGCGCGAAAGCGUGGCGUCGUCCCCG2000000000X
2040 6WY2_A  other    synthetic construct    CGG2000004551CGCCGG
2041 6WY2_B  other    synthetic construct    CCGG2000004551CGCCGG
2042 6WY2_C  other    synthetic construct    CCGG2000004551CGCCGG
2043 6WY2_D  other    synthetic construct    CCGG2000004551CGCCGG
2044 6WY2_E  other    synthetic construct    CCGG2000004551CGCCGG
2045 6WY3_A  other    synthetic construct    CGG2000044551CGCCGG
2046 6WY3_B  other    synthetic construct    CCGG2000044551CGCCGG
2047 6WY3_C  other    synthetic construct    CCGG2000044551CGCCGG
2048 6WY3_D  other    synthetic construct    CCGG2000044551CGCCGG
2049 6XUR_A  other    synthetic construct    GCGAUUAGCG
2050 6XUS_A  other    synthetic construct    GCGAUUAGCG
2051 6Y3G_A  other    synthetic construct    CCCGGA2000074551UAGCUCAG2000008551UCGG2000008551UAGAGCAGGGGA2000009551UUGAAAA2000009551UCCCCGUG2000000999UCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACC
2052 6Y4B_A  other    synthetic construct    CCCGGA2000074551UAGCUCAG2000008551UCGG2000008551UAGAGCAGGGGA2000009551UUGAAAA2000009551UCCCCGUGUCCUUGG2000005551U2000009551UCGAUUCCGAGUCCGGGCACCA
2053 6YL5_A  other    synthetic construct    GUACAACGGCUUCCUGGCGUGACC
2054 6YL5_C  other    synthetic construct    GGUACAACGGCUUCCUGGCGUGACC
2055 6YL5_E  other    synthetic construct    GGUACAACGGCUUCCUGGCGUGACC
2056 6YL5_G  other    synthetic construct    GGUACAACGGCUUCCUGGCGUGACC
2057 6YL5_I  other    synthetic construct    GGUACAACGGCUUCCUGGCGUGACC
2058 6YL5_K  other    synthetic construct    GGUACAACGGCUUCCUGGCGUGACC
2059 6Z18_A  other    synthetic construct    CGG2000044551CGCCGG
2060 6Z18_B  other    synthetic construct    CCGG2000044551CGCCGG
2061 7BAI_D  other    synthetic construct    2000000552GACGCUAGCGUC
2062 7BAI_F  other    synthetic construct    2000000552GACGCUAGCGUC
2063 7BPF_A  other    synthetic construct    CUGCG
2064 7BPF_B  other    synthetic construct    GCUGCG
2065 7BPG_A  other    synthetic construct    CUGCGC
2066 7BPG_B  other    synthetic construct    GCUGCGC
2067 7BPG_C  other    synthetic construct    GCUGCGC
2068 7BPG_D  other    synthetic construct    GCUGCG
2069 7EDT_A  other    synthetic construct    GACUCCGGCC
2070 7EDT_B  other    synthetic construct    GGACUCCGGCC
2071 7F3I_D  other    synthetic construct    GU2000005551CU2000005551C
2072 7F3J_D  other    synthetic construct    UCAU2000005551C
2073 7F3J_F  other    synthetic construct    UCAU2000005551C
2074 7F3J_H  other    synthetic construct    UCAU2000005551C
2075 7F3K_B  other    synthetic construct    CAU2000005551CU
2076 7JJD_A  other    synthetic construct    GCUCCUAGUACGA2000000999GAGGACCGGAGUG
2077 7JJE_A  other    synthetic construct    GCUCCUAGUACGAAGGACCGGAGUG
2078 7JJU_A  other    synthetic construct    GAACUAGCUCAGCAUACACGAGUUGCAAGCAUGGGAAGUUCAAGCCUCG2003377551U
2079 7JJU_B  other    synthetic construct    G2000005551U2000009551UGAACUAGCUCAGCAUACACGAGUUGCAAGCAUGGGAAGUUCAAGCCUCG2003377551U
2080 7JNH_B  other    synthetic construct    GGCUGAGUUUUUACAUGACAAAGUUUUUAACGAGGCAGCGGCGAAAGUCGCUGUACUCUUUUCUUUGUCAUGGUUUUCUCAGCC2000000000X
2081 7JZ0_F  other    synthetic construct    2000042551C2000007551GG2000090551AUUA
2082 7KUK_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
2083 7KUK_B  other    synthetic construct    2000002551G2000001551GC2000002551GCC2000002551GCCACUUAAGUCG
2084 7KUM_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUC
2085 7KUM_B  other    synthetic construct    2000002551G2000001551GC2000002551GCC2000002551GCCACUUAAGUC
2086 7KUN_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG2000025551U2000002551U
2087 7KUN_B  other    synthetic construct    2000002551G2000001551GC2000002551GCC2000002551GCCACUUAAGUCG2000025551U2000002551U
2088 7KUO_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG2000025551U2000002551G
2089 7KUO_B  other    synthetic construct    2000002551G2000001551GC2000002551GCC2000002551GCCACUUAAGUCG2000025551U2000002551G
2090 7KUP_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUC2000090551G
2091 7KUP_B  other    synthetic construct    2000002551G2000001551GC2000002551GCC2000002551GCCACUUAAGUC2000090551G
2092 7L6R_C  other    synthetic construct    2000090551AUUAA
2093 7LO9_A  other    synthetic construct    GCG2000000999AAUAGCG
2094 7LO9_B  other    synthetic construct    CGCG2000000999AAUAGCG
2095 7LO9_C  other    synthetic construct    CGCG2000000999AAUAGCG
2096 7LO9_D  other    synthetic construct    CGCG2000000999AAUAGCG
2097 7TDA_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGC2000003377A
2098 7TDB_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGC2000003377A
2099 7TDC_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGC2000003377A
2100 7TZR_A  other    synthetic construct    GACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUU2000000000X
2101 7TZR_B  other    synthetic construct    G2000005551U2000009551UGACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUU2000000000X
2102 7TZS_A  other    synthetic construct    GACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUU2000000000X
2103 7TZS_B  other    synthetic construct    G2000005551U2000009551UGACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUU2000000000X
2104 7U87_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUC2000000999G2000000999G
2105 7U87_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUC2000000999G2000000999G
2106 7U88_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUC2000000999G2000000999G
2107 7U88_B  other    synthetic construct    2000002551G2000001551GC2000002551GCC2000002551GCCACUUAAGUC2000000999G2000000999G
2108 7U89_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG2000000999G
2109 7U89_B  other    synthetic construct    2000002551G2000001551GC2000002551GCC2000002551GCCACUUAAGUCG2000000999G
2110 7U8A_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG2000000999G
2111 7U8A_B  other    synthetic construct    2000002551G2000001551GC2000002551GCC2000002551GCCACUUAAGUCG2000000999G
2112 7U8B_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG2000000999G
2113 7U8B_B  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG2000000999G
2114 7V9E_A  other    synthetic construct    GGGCUGACCGACCCCCCGAGUUCGCUCGGGGACAACUAGACAUACAGUAUGAAAAUACUG2000001551AGCCCGC
2115 7VNV_A  other    synthetic construct    GGCC2000074551UACG2000074551UC2000002551GUC2000009551UA2000103551GC2000090551CUGGUUAGGAC2000022551GCCGCC2000090551CU2000090551UACAAGGCGGAGG2000000999U2000005551C2000005551CUGGG2000002551U2000009551U2000090551C2000019551A2000001551AGUCCCAGCGGGCCCACCA
2116 7WL0_B  other    synthetic construct    GG2000006551ACUGC
2117 7WL0_D  other    synthetic construct    UGG2000006551AC
2118 7WL0_F  other    synthetic construct    UGG2000006551ACUGC
2119 8CLM_B  other    synthetic construct    2000090551U2000090551A2000090551G2000090551G2000090551A2000090551G2000090551A2000090551C
2120 8CLM_D  other    synthetic construct    U2000909551U2000002551G2000090551U2000090551A2000090551G2000090551G2000090551A2000090551G2000090551A2000090551C
2121 8CLM_F  other    synthetic construct    U2000909551U2000002551G2000090551U2000090551A2000090551G2000090551G2000090551A2000090551G2000090551A2000090551C
2122 8DZK_H  other    synthetic construct    2000000999GUGUU
2123 8SWG_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
2124 8SWG_B  other    synthetic construct    2000002551GCC2000002551GCC2000002551GCCACUUAAGUCG
2125 8SWO_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
2126 8SWO_B  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
2127 8SX5_A  other    synthetic construct    2000002551GCCACUUAAGUCG
2128 8SX5_B  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
2129 8SX6_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
2130 8SX6_B  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
2131 8SXL_A  other    synthetic construct    ACUUAAGUCU
2132 8SXL_B  other    synthetic construct    ACUUAAGUCU
2133 8SY1_A  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
2134 8SY1_B  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
2135 8SY1_C  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
2136 8SY1_D  other    synthetic construct    2000002551GCC2000002551GCCACUUAAGUCG
ID RNA_source_id SO term RNA Type RNA Subtype RNA Feature Organism Cellular localization Sequence (SHORT NAME)
1 tdbR00000010  SO:0000254 tRNA  Ala  VGC  Escherichia coli  prokaryotic cytosol  GGGGCUAUAGCUCAGCpDGGGAGAGCGCCUGCUUpcmo5UGCACGCAGGAGpm7GUCUGCGGpm5UpYCGAUCCCGCAUAGCUCCACCA
2 tdbR00000008  SO:0000254 tRNA  Ala  GGC  Escherichia coli  prokaryotic cytosol  GGGGCUAUAGCUCAGCpDGGGAGAGCGCUUGCAUGGCAUGCAAGAGpm7GUCAGCGGpm5UpYCGAUCCCGCUUAGCUCCACCA
3 tdbR00000356  SO:0001036 tRNA  Arg  ICG  Escherichia coli  prokaryotic cytosol  GCAUCCGps4UAGCUCAGCpDGGApDAGAGUACUCGGps2CUpICGpm2AACCGAGCGpm7Gpacp3UCGGAGGpm5UpYCGAAUCCUCCCGGAUGCACCA
4 tdbR00000359  SO:0001036 tRNA  Arg  CCG  Escherichia coli  prokaryotic cytosol  GCGCCCGUAGCUCAGCpDGGApDAGAGCGCUGCCps2CUCCGpm1GAGGCAGAGpm7GUCUCAGGpm5UpYCGAAUCCUGUCGGGCGCGCCA
5 tdbR00000358  SO:0001036 tRNA  Arg  UCU  Escherichia coli  prokaryotic cytosol  GCGCCCUUAGCUCAGUUGGAUAGAGCAACGACps2CUpmnm5UCUpt6AAGpYCGUGGGCCGCAGGpm5UpYCGAAUCCUGCAGGGCGCGCCA
7 tdbR00000295  SO:0000256 tRNA  Asn  GUU  Escherichia coli  prokaryotic cytosol  UCCUCUGps4UAGUUCAGpDCGGpDAGAACGGCGGACUpQUUpt6AApYCCGUAUpm7GUCACUGGpm5UpYCGAGUCCAGUCAGAGGAGCCA
8 tdbR00000026  SO:0000257 tRNA  Asp  ⊄UC  Escherichia coli  prokaryotic cytosol  GGAGCGGps4UAGUUCAGpDCGGpDpDAGAAUACCUGCCUpgluQUCpm2ACGCAGGGGpm7GUCGCGGGpm5UpYCGAGUCCCGpYCCGUUCCGCCA
9 tdbR00000020  SO:0000258 tRNA  Cys  GCA  Escherichia coli  prokaryotic cytosol  GGCGCGUps4UAACAAAGCGGpDpDAUGUAGCGGApYUGCApms2i6AApYCCGUCUAGUCCGGpm5UpYCGACUCCGGAACGCGCCUCCA
10 tdbR00000333  SO:0000259 tRNA  Gln  UUG  Escherichia coli  prokaryotic cytosol  UGGGGUAps4UCGCCAAGCpGmGpDAAGGCACCGGUpUmUpcmnm5s2UUGpm2ApYACCGGCAUUCCCUGGpm5UpYCGAAUCCAGGUACCCCAGCCA
11 tdbR00000332  SO:0000259 tRNA  Gln  CUG  Escherichia coli  prokaryotic cytosol  UGGGGUAps4UCGCCAAGCpGmGpDAAGGCACCGGApUmUCUGpm2ApYpYCCGGCAUUCCGAGGpm5UpYCGAAUCCUCGUACCCCAGCCA
12 tdbR00000046  SO:0000260 tRNA  Glu  SUC  Escherichia coli  prokaryotic cytosol  GUCCCCUUCGUCpYAGAGGCCCAGGACACCGCCCUpmnm5s2UUCpm2ACGGCGGUAACAGGGGpm5UpYCGAAUCCCCUAGGGGACGCCA
13 tdbR00000117  SO:0000261 tRNA  Gly  CCC  Escherichia coli  prokaryotic cytosol  GCGGGCGps4UAGUUCAAUGGpDAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGpm5UpYCGAUUCCCUUCGCCCGCUCCA
14 tdbR00000119  SO:0000261 tRNA  Gly  {CC  Escherichia coli  prokaryotic cytosol  GCGGGCAUCGUAUAAUGGCUAUUACCUCAGCCUpmnm5UCCAAGCUGAUGAUGCGGGpm5UpYCGAUUCCCGCUGCCCGCUCCA
15 tdbR00000118  SO:0000261 tRNA  Gly  GCC  Escherichia coli  prokaryotic cytosol  GCGGGAAps4UAGCUCAGpDpDGGpDAGAGCACGACCUUGCCAAGGUCGGGpm7GUCGCGAGpm5UpYCGAGUCUCGUUUCCCGCUCCA
16 tdbR00000141  SO:0000262 tRNA  His  GUG  Escherichia coli  prokaryotic cytosol  GGUGGCUAps4UAGCUCAGpDpDGGpDAGAGCCCUGGAUUpQUGpm2ApYpYCCAGUUpm7GUCGUGGGpm5UpYCGAAUCCCAUUAGCCACCCCA
17 tdbR00000158  SO:0000258 tRNA  Ile  GAU  Escherichia coli  prokaryotic cytosol  AGGCUUGUAGCUCAGGpDGGpDpDAGAGCGCACCCCUGAUpt6AAGGGUGAGpm7Gpacp3UCGGUGGpm5UpYCAAGUCCACpYCAGGCCUACCA
18 tdbR00000160  SO:0000258 tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  GGCCCCUps4UAGCUCAGUpGmGpDpDAGAGCAGGCGACUpk2CAUpt6AApYCGCUUGpm7Gpacp3UCGCUGGpm5UpYCAAGUCCAGCAGGGGCCACCA
20 J01695  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCAUCCCGACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAACpm3YApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGpm6AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2GGGApDAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUpho5CGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGUpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
21 tdbR00000221  SO:0000264 tRNA  Leu  CAG  Escherichia coli  prokaryotic cytosol  GCGAAGGUGGCGGAApDpDpGmGpDAGACGCGCUAGCUUCAGpm1GpYGpYUAGUGUCCUUACGGACGUGGGGGpm5UpYCAAGUCCCCCCCCUCGCACCA
22 tdbR00000222  SO:0000264 tRNA  Leu  GAG  Escherichia coli  prokaryotic cytosol  GCCGAGGUGGUGGAApDpDpGmGpDAGACACGCUACCUUGAGpm1GpYGGUAGUGCCCAAUAGGGCUUACGGGpm5UpYCAAGUCCCGUCCUCGGUACCA
24 tdbR00000220  SO:0000264 tRNA  Leu  )AA  Escherichia coli  prokaryotic cytosol  GCCCGGAps4UGGUGGAApDCpGmGpDAGACACAAGGGApYUpcmnm5UmAApms2i6AApYCCCUCGGCGUUCGCGCUGUGCGGGpm5UpYCAAGUCCCGCUCCGGGUACCA
25 tdbD00007027  SO:0000264 tRNA  Leu  BAA  Escherichia coli  prokaryotic cytosol  GCCGAAGps4UGGCGAAApDCpGmGpDAGACGCAGUUGApYUpCmAApms2i6AApYCAACCGUAGAAAUACGUGCCGGpm5UpYCGAGUCCGGCCUUCGGCACCA
26 tdbR00000181  SO:0000265 tRNA  Lys  SUU  Escherichia coli  prokaryotic cytosol  GGGUCGUUAGCUCAGpDpDGGpDAGAGCAGUUGACUpmnm5s2UUUpt6AApYCAAUUGpm7Gpacp3UCGCAGGpm5UpYCGAAUCCUGCACGACCCACCA
27 tdbR00000276  SO:0000266 tRNA  Met  MAU  Escherichia coli  prokaryotic cytosol  GGCUACGps4UAGCUCAGpDpDpGmGpDpDAGAGCACAUCACUpac4CAUpt6AApYGAUGGGpm7Gpacp3UCACAGGpm5UpYCGAAUCCCGUCGUAGCCACCA
28 tdbR00000067  SO:0000267 tRNA  Phe  GAA  Escherichia coli  prokaryotic cytosol  GCCCGGAps4UAGCUCAGpDCGGpDAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7Gpacp3UCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
29 tdbD00008358  SO:0000268 tRNA  Pro  CGG  Escherichia coli  prokaryotic cytosol  CGGUGAUUGGCGCAGCCUGGpDAGCGCACUUCGUUCGGpm1GACGAAGGGpm7GUCGGAGGpm5UpYCGAAUCCUCUAUCACCGACCA
32 J01695  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUpm2Gpm5CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGpm2GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGGGCCUUGUACACACCGpm4CmCCGUpm5CACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGpnm5ges2UAACAAGGUAACCGUAGGpm2GGpYmpYmCCUGCGGUUGGAUCACCUCCUUA
33 tdbD00003675  SO:0005857 tRNA  Sec  UCA  Escherichia coli  prokaryotic cytosol  GGAAGAUCGps4UCGUCUCCGGpDGAGGCGGCUGGACUUCApi6AAUCCAGUUGGGGCCGCCAGCGGUCCCGGGCAGGpm5UpYCGACUCCUGUGAUCUUCCGCCA
34 tdbR00000394  SO:0000269 tRNA  Ser  UGA  Escherichia coli  prokaryotic cytosol  GGAAGUGps4UGGCCGAGCpGmGpDpDGAAGGCACCGGUpCmUpcmo5UGApms2i6AAACCGGCGACCCGAAAGGGUUCCAGAGpm5UpYCGAAUCUCUGCGCUUCCGCCA
35 tdbR00000390  SO:0000269 tRNA  Ser  CGA  Escherichia coli  prokaryotic cytosol  GGAGAGAUGCCGGAGCpGmGCpDGAACGGACCGGUCUCGApms2i6AAACCGGAGUAGGGGCAACUCUACCGGGGGpm5UpYCAAAUCCCCCUCUCUCCGCCA
36 tdbR00000391  SO:0000269 tRNA  Ser  GCU  Escherichia coli  prokaryotic cytosol  GGUGAGGps4UGGCCGAGAGGCpDGAAGGCGCUCCCps2CUGCUpt6AAGGGAGUAUGCGGUCAAAAGCUGCAUCCGGGGpm5UpYCGAAUCCCCGCCUCACCGCCA
37 tdbR00000393  SO:0000269 tRNA  Ser  GGA  Escherichia coli  prokaryotic cytosol  GGUGAGGps4UGUCCGAGUpGmGpDpDGAAGGAGCACGCCUGGAAAGpYGUGUAUACGGCAACGUAUCGGGGGpm5UpYCGAAUCCCCCCCUCACCGCCA
38 tdbD00010339  SO:0000270 tRNA  Thr  GGU  Escherichia coli  prokaryotic cytosol  GCUGAUAUGGCUCAGpDpDGGpDAGAGCGCACCCUUGGUpm6t6AAGGGUGAGpm7GUCCCCAGpm5UpYCGACUCUGGGUAUCAGCACCA
40 tdbR00000437  SO:0000270 tRNA  Thr  GGU  Escherichia coli  prokaryotic cytosol  GCUGAUAUAGCUCAGpDpDGGpDAGAGCGCACCCUUGGUpm6t6AAGGGUGAGpm7GUCGGCAGpm5UpYCGAAUCUGCCUAUCAGCACCA
42 tdbR00000484  SO:0000271 tRNA  Trp  CCA  Escherichia coli  prokaryotic cytosol  AGGGGCGps4UAGUUCAApDpDGGpDAGAGCACCGGUpCmUCCApms2i6AAACCGGGUpm7GUUGGGAGpm5UpYCGAGUCUCUCCGCCCCUGCCA
43 tdbD00011738  SO:0000272 tRNA  Tyr  QUA  Escherichia coli  prokaryotic cytosol  GGUGGGGps4Ups4UCCCGAGCpGmGCCAAAGGGAGCAGACUpQpYApms2i6AApYCUGCCGUCAUCGACUUCGAAGGpm5UpYCGAAUCCUUCCCCCACCACCA
44 tdbD00003526  SO:0000272 tRNA  Tyr  QUA  Escherichia coli  prokaryotic cytosol  GGUGGGGps4Ups4UCCCGAGCpGmGCCAAAGGGAGCAGACUpQpYApms2i6AApYCUGCCGUCACAGACUUCGAAGGpm5UpYCGAAUCCUUCCCCCACCACCA
45 tdbR00000456  SO:0000273 tRNA  Val  VAC  Escherichia coli  prokaryotic cytosol  GGGUGAUps4UAGCUCAGCpDGGGAGAGCACCUCCCUpcmo5UACpm6AAGGAGGGGpm7GUCGGCGGpm5UpYCGAUCCCGUCAUCACCCACCA
46 tdbR00000454  SO:0000273 tRNA  Val  GAC  Escherichia coli  prokaryotic cytosol  GCGUCCGps4UAGCUCAGpDpDGGpDpDAGAGCACCACCUUGACAUGGUGGGGpm7Gpacp3UCGGUGGpm5UpYCGAGUCCACUCGGACGCACCA
47 tdbR00000455  SO:0000273 tRNA  Val  GAC  Escherichia coli  prokaryotic cytosol  GCGUUCAps4UAGCUCAGpDpDGGpDpDAGAGCACCACCUUGACAUGGUGGGGpm7Gpacp3UCGUUGGpm5UpYCGAGUCCAAUUGAACGCACCA
48 tdbR00000511  SO:0000266 tRNA  Ini  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGpm7GUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
49 tdbR00000510  SO:0000266 tRNA  Ini  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
50 tdbR00000012  SO:0000254 tRNA  Ala  AGC  Saccharomyces cerevisiae  eukaryotic cytosol   GGGCGUGUpm1GGCGUAGpDCGGpDAGCGCpm2,2GCUCCCUUpIGCpm1IpYGGGAGAGGpDCUCCGGpm5UpYCGAUUCCGGACUCGUCCACCA
54 tdbR00000370  SO:0001036 tRNA  Arg  UCU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUCGCGUpm1Gpm2GCGUAApDGGCAACGCpm2,2GpYCUGACUpmcm5UCUpt6AApYCAGAAGApDUAUGGGpm5UpYCGpm1ACCCCCAUCGUGAGUGCCA
56 tdbR00000369  SO:0001036 tRNA  Arg  ICG  Saccharomyces cerevisiae  eukaryotic cytosol   pYUCCUCGUpm1Gpm2GCCCAApDGGpDCACGGCpm2,2GpYCUGGCUpICGAACCAGAAGApDUpm5CCAGGpm5UpYCApm1AGUCCUGGCGGGGAAGCCA
60 tdbR00000300  SO:0000256 tRNA  Asn  GUU  Saccharomyces cerevisiae  eukaryotic cytosol   GACUCCAUGpm2GCCAAGpDpDGGpDpDAAGGCpm2,2GUGCGACUGUUpt6AApYCGCAAGApDpm5CGUGAGpm5UpYCApm1ACCCUCACUGGGGUCGCCA
62 tdbR00000035  SO:0000257 tRNA  Asp  GUC  Saccharomyces cerevisiae  eukaryotic cytosol   UCCGUGAUAGUUpYAApDGGpDCAGAAUGGGCGCpYUGUCpm1GCGUGCCAGAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAGCCA
64 tdbR00000021  SO:0000258 tRNA  Cys  GCA  Saccharomyces cerevisiae  eukaryotic cytosol   GCUCGUAUGGCGCAGpDGGpDAGCGCAGCAGApYUGCApi6AApYCUGUUGpm7GpDpm5CCUUAGpm5UpYCGpm1AUCCUGAGUGCGAGCUCCA
70 tdbR00000054  SO:0000260 tRNA  Glu  UUC  Saccharomyces cerevisiae  eukaryotic cytosol   UCCGAUAUAGUGpYAACGGCpDAUCACApYCACGCUpmcm5s2UUCACCGUGGAGACpm5CGGGGpm5UpYCGACUCCCCGUAUCGGAGCCA
74 tdbR00000129  SO:0000261 tRNA  Gly  GCC  Saccharomyces cerevisiae  eukaryotic cytosol   GCGpCmAAGUpm1GGUUpYAGpDGGpDAAAAUCCAACGpYUGCCApYCGUUGGGCpm5CCCGGpm5UpYCGAUUCCGGGCUUGCGCACCA
76 tdbD00005348  SO:0000261 tRNA  Gly  UCC  Saccharomyces cerevisiae  eukaryotic cytosol   GGGCGGUUAGUGpYAGpDGGpDpDAUCAUCCCACCCUxUCCAAGGUGGGGACACGGGpm5UpYCGAUUCUCGUACCGCUCACCA
78 tdbR00000144  SO:0000262 tRNA  His  GUG  Saccharomyces cerevisiae  eukaryotic cytosol   GGCCpAmUCUUAGUApYAGpDpGmGpDpDAGUACACAACApYUGUGpm1GCpYGUUGAAACpm5CCUGGpm5UpYCGAUUCUAGGAGGUGGCACCA
80 tdbR00000145  SO:0000262 tRNA  His  GUG  Saccharomyces cerevisiae  eukaryotic cytosol   GGCCpAmUCUUAGUApYAGpDpGmGpDpDAGUACACAUCGpYUGUGpm1GCCGAUGAAACpm5CCUGGpm5UpYCGAUUCUAGGAGAUGGCACCA
82 tdbR00000170  SO:0000258 tRNA  Ile  AAU  Saccharomyces cerevisiae  eukaryotic cytosol   GGUCUCUUpm1Gpm2GCCCAGpDpDGGpDpDAAGGCACCGUGCUpIAUpt6AACGCGGGGApDpm5CAGCGGpm5UpYCGpm1AUCCCGCUAGAGACCACCA
84 tdbD00005935  SO:0000258 tRNA  Ile  UAU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUCGUGUApm2GCUCAGpDGGpDpDAGAGCUpYCGUGCUpYApYpt6AACGCGACCpm7GpDpm5CGUGGGpm5UpYCApm1AUCCCCACCpYCGAGCACCA
88 U53879  SO:0001002 rRNA  LSU-L  25S  Saccharomyces cerevisiae  eukaryotic cytosol   GUUUGACCUCAAAUCAGGUAGGAGUACCCGCUGAACUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACCAACCGGGAUUGCCUUAGUAACGGCGAGUGAAGCGGCAAAAGCUCAAAUUUGAAAUCUGGUACCUUCGGUGCCCGAGUUGUAAUUUGGAGAGGGCAACUUUGGGGCCGUUCCUUGUCUAUGUUCCUUGGAACAGGACGUCAUAGAGGGUGAGAAUCCCGUGUGGCGAGGAGUGCGGUUCUUUGUAAAGUGCCUUCGAAGAGUCGAGUUGUUUGGGAAUGCAGCUCUAAGUGGGUGGUAAAUUCCAUCUAAAGCUAAAUAUUGGCGAGAGACCGAUAGCGAACAAGUACAGUGAUGGAAAGAUGAAAAGAACUUUGAAAAGAGAGUGAAAAAGUACGUGAAAUUGUUGAAAGGGAAGGGCAUUUGAUCAGACAUGGUGUUUUGUGCCCUCUGCUCCUUGUGGGUAGGGGAAUCUCGCAUUUCACUGGGCCAGCAUCAGUUUUGGUGGCAGGAUAAAUCCAUAGGAAUGUAGCUUGCCUCGGUAAGUAUUAUAGCCUGUGGGAAUACUGCCAGCUGGGACUGAGGACUGCGACGUAAGUCAAGGAUGCUGGCAUAAUGGUUAUAUGCCGCCCGUCUUGpm1AAACpAmpCmGGACCAAGGAGUpCmUAACGUCUAUGCGAGUGUUUGGGUGUAAAACCCAUACGCGUAAUGAAAGUGAACGUAGGUUGGGGCCUCGCAAGAGGUGCACAAUCGACCGAUCCUGAUGUCUUCGGAUGGApYUUGAGUAAGAGCAUAGCUGUUGGGACCCpGmApAmAGAUGGUGApAmCUAUGCCUGAAUAGGGUGAAGCCAGAGGAAACUCUGGUGGAGGCUCGUApGmCGGUUCUGpAmCGUGCAAAUCGAUCGUCGAAUpUmUGGGUAUAGpGmGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCUGCCGAAGUUUCCCpYCAGGApYAGCAGAAGCUCGUAUCAGUpYUUApYGAGGUAAAGCGAApYGAUUAGAGGUUCCGGGGUCGAAAUGACCUUGACCUAUpYCUCAAACUUpYAAApYAUGUAAGAAGUCCUUGUUACUUAAUUGAACGUGGACAUUUGAAUGAAGAGCUUpYUAGUGGGCCAUUUpYUGGUAAGCpAmGAACUGGCGAUGCGGGAUGAACCGAACGUAGAGUUAAGGUGCCGGAAUACACGCUCAUCAGACACCACAAAAGGUGUUAGUUCAUCUAGACAGCCGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCGGCCGAAUGAACUAGCCCUGAAAAUGGAUGGCGCUCAAGCGUGUUACCUAUACUCUACCGUCAGGGUUGAUAUGAUGCCCUGACGAGUAGGCAGGCGUGGAGGUCAGUGACGAAGCCUAGACCGUAAGGUCGGGUCGAACGGCCUCUAGUGCAGAUpCmUUGGUGGUAGUApAmpGmCAAAUAUUCAAAUGAGAACUUUGAAGACUGAAGUGGGGAAAGGUUCCACGUCAACAGCAGUUGGACGUGGGUUAGUCGAUCCUAAGAGAUGGGGAAGCUCCGUUUCAAAGGCCUGAUUUUAUGCAGGCCACCAUCGAAAGGGAAUCCGGUUAAGAUUCCGGAACCUGGAUAUGGAUUCUUCACGGUAACGUAACUGAAUGUGGAGACGUCGGCGCGAGCCCUGGGAGGAGUUAUCUUUUCUUCUUAACAGCUUAUCACCCCGGAAUUGGUUUAUCCGGAGAUGGGGUCUUAUGGCUGGAAGAGGCCAGCACCUUUGCUGGCUCCGGUGCGCUUGUGACGGCCCGUGAAAAUCCACAGGAAGGAAUAGUUUUCAUGCCAGGUCGUACUGAUAACCGCAGCAGGUCUCCAAGGUGAACAGCCUCUAGUUGAUAGAAUAApUmGUAGAUAAGGGAAGUCGGCAAAAUAGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGGUCGGGUAGUGAGGGCCUUGGUCAGACGCAGCGGGCGUGCUUGUGGACUGCUUGGUGGGGCUUGCUCUGCUAGGCGGACUACUUGCGUGCCUUGUUGUAGACGGCCUUGGUAGGUCUCUUGUAGACCGUCGCUUGCUACAAUUAACGAUCAACUUAGAACUGGUACGGACAAGGGGAAUCpYGACpYGUCUAAUUpm1AAAACAUAGCAUUGCGAUGGUCAGAAAGUGAUGUUGACGCAAUGUGAUUpYCUGCCpCmAGUGCUCUGAAUGUCAAAGUGAApAmGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAGUApAmCpYApYGACpYCpYCUUAAGGUAGCpm5CApAmpAmUGCCUCpGmUCAUCUAAUUAGUGACGCGCAUGAApYGGAUUAACGAGAUUCCCACUGUpCmCCpYAUCUACpUmApYCpYAGCGAAACCACAGCCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUGUUGAGCpYpUmGACpUmCUAGUUUGACAUUGUGAAGAGACAUAGAGGGUGUAGAAUAAGUGGGAGCUUCGGCGCCAGUGAAAUACCACUACCUUUAUAGUUUCUUUACUUAUUCAAUGAAGCGGAGCUGGAAUUCAUUUUCCACGUUCUAGCAUUCAAGGUCCCAUUCGGGGCUGAUCCGGGUUGAAGACAUUGUCAGGUGGGGAGUUUGGCUGpGmGGCGGCACAUCUGUpnm5ges2UAAACGpAmUAACGCAGAUGUCCUAAGGGGGGCUCAUGGAGAACAGAAAUCUCCAGUAGAACAAAAGGGUAAAAGCCCCCUUGAUUUUGAUUUpUmUCAGpUmGUGAApYACAAACCAUGAAAGUGUGGCCUAUCGAUCCUUUAGUCCCUCGGAAUUUGAGGCUApGmAGpGmGUGCCAGAAAAGUUACCACAGpGmGAUAACUGGCpYUGUGGCAGUCAAGCGUpnm5ges2UCAUAGCGACAUUGCUUUUUGApYUCUUpm5CGAUGUCGGCpYCUUCCUAUCAUACCGAAGCAGAAUUCGGUAAGCGUUGGAUpUmpGmpYUCACCCACUAAUAGGGAACGpYGpAmGpCmUGGGUUUAGApCmCGUCGUGAGACAGGUpYAGUUUUACCCUACUGAUGAAUGUUACCGCAAUAGUAAUUGAACUUAGUACGAGAGGAACAGUUCAUUCGGAUAAUUGGUUUUUGCGGCUGUCUGAUCAGGCAUUGCCGCGAAGCUACCAUCCGCUGGAUUAUGGCUGAACGCCUCUAAGUCAGAAUCCAUGCUAGAACGCGGUGAUUUCUUUGCUCCACACAAUAUAGAUGGAUACGAAUAAGGCGUCCUUGUGGCGUCGCUGAACCAUAGCAGGCUAGCAACGGUGCACUUGGCGGAAAGGCCUUGGGUGCUUGCUGGCGAAUUGCAAUGUCAUUUUGCGUGGGGAUAAAUCAUUUGUAUACGACUUAGAUGUACAACGGGGUAUUGUAAGCAGUAGAGUAGCCUUGUUGUUACGAUCUGCUGAGAUUAAGCCUUUGUUGUCUGAUUUGU
89 tdbR00000250  SO:0000264 tRNA  Leu  UAG  Saccharomyces cerevisiae  eukaryotic cytosol   GGGAGUUUGpm2GCpac4CGAGpDpGmGpDpDpDAAGGCpm2,2GpYCAGApYUUAGpm1GCpYCUGAUAUCUUCGGAUGpm5CAAGGGpm5UpYCGpm1AAUCCCUUAGCUCUCACCA
91 tdbR00000249  SO:0000264 tRNA  Leu  CAA  Saccharomyces cerevisiae  eukaryotic cytosol   GGUUGUUUGpm2GCpac4CGAGCpGmGpDCpDAAGGCpm2,2GCCUGApYUpm5CAApm1GCpYCAGGUAUCGUAAGAUGpm5CAAGAGpm5UpYCGAAUCUCUUAGCAACCACCA
93 tdbR00000251  SO:0000264 tRNA  Leu  UAA  Saccharomyces cerevisiae  eukaryotic cytosol   GGAGGGUUGpm2GCpac4CGAGpDpGmGpDCpDAAGGCpm2,2GGCAGApCmUxUAApm1GApYCUGUUGGACGGUUGUCCGpm5CGCGAGpm5UpYCGpm1AACCUCGCAUCCUUCACCA
95 tdbR00000192  SO:0000265 tRNA  Lys  CUU  Saccharomyces cerevisiae  eukaryotic cytosol   GCCUUGUUpm1Gpm2GCGCAApDCGGpDAGCGCpm2,2GpYAUGACUCUUpt6AApYCAUAAGpm7GUUAGGGGpm5UpYCGpm1AGCCCCCUACAGGGCUCCA
97 tdbR00000193  SO:0000265 tRNA  Lys  3UU  Saccharomyces cerevisiae  eukaryotic cytosol   pYCCUUGUUApm2GCUCAGpDpDGGpDAGAGCpm2,2GpYpYCGGCUpmcm5s2UUUpt6AACCGAAAUpm7GpDpm5CAGGGGpm5UpYCGpm1AGCCCCCUApYGAGGAGCCA
99 tdbR00000284  SO:0000266 tRNA  Met  CAU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUUCAGUApm2GCUCAGpDAGGAAGAGCpm2,2GpYCAGpYCUCAUpt6AApYCUGAAGpm7GpDpm5CGAGAGpm5UpYCGpm1AACCUCUCCUGGAGCACCA
101 tdbR00000083  SO:0000267 tRNA  Phe  GAA  Saccharomyces cerevisiae  eukaryotic cytosol   GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
103 tdbR00000084  SO:0000267 tRNA  Phe  GAA  Saccharomyces cerevisiae  eukaryotic cytosol   GCGGACUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAGUUCGCACCA
105 tdbR00000323  SO:0000268 tRNA  Pro  UGG  Saccharomyces cerevisiae  eukaryotic cytosol   GGGpCmGUGUpm1GGUCpYAGpDGGpDAUGAUUCUCGCpYUxUGGpm1GpYGCGAGAGpm7GCCCUGGGpm5UpYCApm1AUUCCCAGCUCGCCCCCCA
107 U53879  S0:0000407 rRNA  SSU  18S  Saccharomyces cerevisiae  eukaryotic cytosol   UAUCUGGUUGAUCCUGCCAGUAGUCAUpAmUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUAUAAGCAAUUUAUACAGUGAAACUGCGAAUGGCUCpAmUUAAApYCAGUUAUCGUUUApYUUGAUAGUUCCUUUACUACAUGGUAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCUUAAAAUCUCGACCCUUUGGAAGAGAUGUAUUUApYUAGAUAAAAAAUCAAUGUCUUCGGACUCUUUGAUGAUUCAUAAUAACUUUUCGAAUCGCAUGGCCUUGUGCUGGCGAUGGUUCAUUCAAApYUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUUUCAACGGGUAACGGGGAAUAAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUpCmCAAGGpAmAGGCAGCAGGCGCGCpAmAAUUACCCAAUCCUAAUUCAGGGAGGUAGpYGACAAUAAAUAACGAUACAGGGCCCAUUCGGGUCUUGUAAUUGGAAUGAGUACAAUGUAAAUACCUUAACGAGGpAmACAAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGpUmAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGUUGCAGUUpAmAAAAGCUCGUAGpYUGAACUUUGGGCCCGGUUGGCCGGUCCGAUUUUUUCGUGUACUGGAUUUCCAACGGGGCCUUUCCUUCUGGCUAACCUUGAGUCCUUGUGGCUCUUGGCGAACCAGGACUUUUACUUUGAAAAAAUpYAGAGUGpYUCAAAGCAGGCGUAUUGCUCGAAUAUAUUpAmGCAUGGAAUAAUAGAAUAGGACGUUUGGUUCUAUUUUGUUGGUUUCUAGGACCAUCGUAAUGAUUAAUAGGGACGGUCGGGGGCAUCAGUAUUCAAUUGUCAGAGGUGAAAUUCUUGGAUUUAUUGAAGACUAACUACUGCGAAAGCAUUUGCCAAGGACGUUUUCAUUAAUCAAGApAmCGAAAGUUAGGGGAUCGAAGAUGApYCAGAUACpCmGUCGUAGUCUUAACCAUAAACUAUGCCGACUAGGGAUCGGGUGGUGUUUUUUUAAUGACCCACUCGGCACCUUACGAGAAAUCAAAGUCUUUGGGUUCUGGGGGGAGUAUGGUCGCAApGmGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCpYUAAUUpYGACpm1acp3YCAACACGGGGAAACUCACCAGGUCCAGACACAAUAAGGAUUGACAGAUUGAGAGCUCUUUCUUGAUUUUGUGGGUGGpUmGpGmUGCAUGGCCGUUCUUAGUpYGGUGGAGUGAUUUGUCUGCUUAAUUGCGAUAACGAACGAGACCUUAACCUACUAAAUAGUGGUGCUAGCAUUUGCUGGUUAUCCACUUCUUAGAGGGACUAUCGGUUUCAAGCCGAUGGAAGUUpYGAGGCAAUAACApGmGUCUGUGAUGCCCUUAGACGUUCUGGGCCGCACGCGCGCUACACUGACGGAGCCAGCGAGUCUAACCUUGGCCGAGAGGUCUUGGUAAUCUUGUGAAACUCCGUCGUGCUGGGGAUAGAGCAUUGUAAUUAUUGCUCUUCAACpGmAGpm7GAAUUCCUAGUAAGCGCAAGUCAUCAGCUUGCGUUGAUUACGUCCCUGCCCUUUGUACACACCGpCmCCGUCGCUAGUACCGAUUGAAUGGCUUAGUGAGGCCUCAGGAUCUGCUUAGAGAAGGGGGCAACUCCAUCUCAGAGCGGAGAAUUUGGACAAACUUGGUCAUUUAGAGGAACUAAAAGUCGUAACAAGGUUUCpac4CGUAGGUGpYmpYmCCUGCGGAAGGAUCAUUA
108 tdbD00009888  SO:0000269 tRNA  Ser  CGA  Saccharomyces cerevisiae  eukaryotic cytosol   GGCACUAUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GAGAGApm3CUCGApi6AApYCUCUpUmGGGCUCUGCCCGpm5CGCUGGpm5UpYCAAAUCCUGCUGGUGUCGCCA
110 tdbR00000406  SO:0000269 tRNA  Ser  UGA  Saccharomyces cerevisiae  eukaryotic cytosol   GGCACUAUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GACAGApm3CUpncm5UGApi6AApYCUGUpUmGGGCUCUGCCCGpm5CGCUGGpm5UpYCAAAUCCUGCUGGUGUCGCCA
112 tdbR00000407  SO:0000269 tRNA  Ser  IGA  Saccharomyces cerevisiae  eukaryotic cytosol   GGCAACUUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GAAAGApYUpIGApi6AApYCUUUpUmGGGCUCUGCCCGpm5CGCAGGpm5UpYCAAAUCCUGCAGUUGUCGCCA
114 tdbR00000408  SO:0000269 tRNA  Ser  IGA  Saccharomyces cerevisiae  eukaryotic cytosol   GGCAACUUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GAAAGApYUpIGApi6AApYCUUUpUmGGGCUUUGCCCGpm5CGCAGGpm5UpYCGAGUCCUGCAGUUGUCGCCA
116 tdbD00009889  SO:0000269 tRNA  Ser  GCU  Saccharomyces cerevisiae  eukaryotic cytosol   GUCCCAGUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GAUGCCCUGCUpt6AAGGCAUpUmGGGUUUUACCUGpm5CGCAGGpm5UpYCGpm1AAUCCUGUCUGUGACGCCA
118 tdbR00000443  SO:0000270 tRNA  Thr  AGU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUUCUAUGpm2GCCAAGpDpDGGpDAAGGCpm2,2GCCACApm3CUpIGUpt6AApYGUGGAGApDpm5CAUCGGpm5UpYCApm1AAUCCGAUUGGAAGCACCA
120 tdbR00000444  SO:0000270 tRNA  Thr  AGU  Saccharomyces cerevisiae  eukaryotic cytosol   GCUUCUAUGpm2GCCAAGpDpDGGpDAAGGCpm2,2GCCACApm3CUpIGUpt6AApYGUGGAGApDpm5CGUCGGpm5UpYCApm1AAUCCGACUGGAAGCACCA
122 tdbR00000494  SO:0000271 tRNA  Trp  CCA  Saccharomyces cerevisiae  eukaryotic cytosol   GAAGCGGUpm1Gpm2GCUCAApDpGmGpDAGAGCpYpYpYCGApCmUpCmCAAApYCGAAGGpm7GpDUGCAGGpm5UpYCApm1AUUCCUGpYCCGUUUCACCA
124 tdbR00000555  SO:0000272 tRNA  Tyr  GUA  Saccharomyces cerevisiae  eukaryotic cytosol   CUCUCGGUApm2GCCAAGpDpDpGmGpDpDpDAAGGCpm2,2GCAAGACUGpYApi6AApYCUUGAGApDpm5CGGGCGpm5UpYCGpm1ACUCGCCCCCGGGAGACCA
126 tdbR00000466  SO:0000273 tRNA  Val  UAC  Saccharomyces cerevisiae  eukaryotic cytosol   GGUCCAAUGpm2GUCCAGpDGGpDpDCAAGACpm2,2GpYCGCCpYUpncm5UACACGGCGAAGApDCpm5CCGAGpm5UpYCGpm1AACCUCGGUUGGAUCACCA
128 tdbR00000465  SO:0000273 tRNA  Val  CAC  Saccharomyces cerevisiae  eukaryotic cytosol   GUUCCAAUApm2GUGpYAGCGGCpDAUCACpm2GpYpYGCCpYUCACACGGCAAAGpm7GpDCpm5CCGAGpm5UpYCGpm1AUCCUCGGUUGGAACACCA
130 tdbR00000464  SO:0000273 tRNA  Val  AAC  Saccharomyces cerevisiae  eukaryotic cytosol   GGUUUCGUpm1GGUCpYAGpDCGGpDpDAUGGCApYCUGCpYUpIACACGCAGAACpm7GpDCpm5CCCAGpm5UpYCGpm1AUCCUGGGCGAAAUCACCA
132 tdbR00000526  SO:0000266 tRNA  Ini  CAU  Saccharomyces cerevisiae  eukaryotic cytosol   AGCGCCGUpm1Gpm2GCGCAGpDGGAAGCGCpm2,2GCAGGGCUCAUpt6AACCCUGAUpm7GpDpm5Cpm5CUCGGAUCGpm1AAACCGpAr(p)GCGGCGCUACCA
146 tdbR00000164  SO:0000258 tRNA  Ile  GAU  Saccharomyces cerevisiae  mitochondrion  GAAACUAUAAUUCAApDpDGGpDUAGAAUAGUAUpYUUGAUpt6AAGGUACAAAUAUAGGpm5UpYCAAUCCCUGUUAGUUUCACCA
147 tdbR00000237  SO:0000264 tRNA  Leu  !AA  Saccharomyces cerevisiae  mitochondrion  GCUAUUUUGGUGGAApDUGGpDAGACACpm2,2GAUACpYCUpcmnm5UAApm1GApYGUAUUACUUUACAGUAUGAAGGpm5UpYCAAGUCCUUUAAAUAGCACCA
148 tdbR00000183  SO:0000265 tRNA  Lys  $UU  Saccharomyces cerevisiae  mitochondrion  GAGAAUAUUGUUUAApDGGpDAAAACAGpYUGpYCUpcmnm5s2UUUpt6AAGCAACCCAUGCUUGGpm5UpYCAACUCCAGCUAUUCUCACCA
149 tdbR00000280  SO:0000266 tRNA  Met  CAU  Saccharomyces cerevisiae  mitochondrion  GCUUGUAUAGUUUAApDpDGGpDUAAAACAUUUGpYCUCAUpt6AAAUAAAUAAUGUAAGGpm5UpYCAAUUCCUUCUACAAGUACCA
153 tdbR00000395  SO:0000269 tRNA  Ser  GCU  Saccharomyces cerevisiae  mitochondrion  GGAAAAUUAACUApDAGGpDAAAGUGGAUUApYpYUGCUAAGUAAUUGAAUUGUAAAUUCUUAUGAGpm5UpYCGAAUCUCAUAUUUUCCGCCA
157 tdbR00000551  SO:0000272 tRNA  Tyr  GUA  Saccharomyces cerevisiae  mitochondrion  GGAGGGAUUUUCAAUGUpDGGpDAGUUGGApm2GpYUGAGCUGUApi6AACUCAAUGACUUAGGUCUUCAUAGGpm5UpYCAAUUCCUAUUCCCUUCACCA
159 tdbR00000518  SO:0000266 tRNA  Ini  CAU  Saccharomyces cerevisiae  mitochondrion  UGCAAUAUGAUGUAApDUGGpDUAACAUUUUAGGGUCAUpm1GACCUAAUUAUAUACGpm5UpYCAAAUCGUAUUAUUGCpYACCA
160 M11167.1  SO:0000653 rRNA  LSU-L  28S  Homo sapiens  cytosol  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGAGAGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCAGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGAAUCCCCGCGAGGGGGGUCUCCCCCGGCGCGGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCCpGmUCUUGpm1AAACpAmCGGACCAAGGAGUpCmUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCCpGmApAmAGAUGGUGApAmCpYAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGpYAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAGpGmGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCpYCAGGApYAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAApYGAUUAGAGGUCUUGGGGCCGAAACGAUCUCAACCpYAUpYCUCAAACUUpYAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGGUGGAAUGCGAGUGCCUAGUGGGCCACpYUpYUGGUAAGCpAmGAACUGGCGCUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGAGCUACGCCGCGACGAGUAGGAGGGCCGpCmUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGGCCGCCGCAGGUGCAGAUpCmUUGGUGGUAGUpAmpGmpCmAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGpAmGAAGGGUUCCAUGpUmGAACAGpCmApGmUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGApYCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUUUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCAUAUCCGCAGCAGGUCUpCmCAAGGUGAACpAmGCCUCUGGpCmAUGUUGGAACAApUmGUAGGUAAGGGAAGUCGGCAAGCpCmGGAUCCGUAACUUCpGmGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGGGGAAUCCGACpYGpYUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUpYCUGCCpCmAGUGCUCUGAAUGpYCApAmAGUGApAmGAAAUpYCAApYGAAGCGCGGpGmUAAACGGCGGGAGpYApAmCpYApYGACpYCpYCUUAAGGUAGCpm5CAApAmUGCCUCGUCAUCUAAUUAGUGApCmGCGCAUGAApYmGGApYGApAmCGAGpAmUUCCCACUGUpCmCCpYACCUACpYApYCCAGCGAAACCACpAmGpCmCAAGGGAACGGGCUpYGGpCmGGAAUCAGCGGpGmGAAAGAAGACCCUGUUGAGCpYUGACpUmCUAGUCUGGCACGGUGAApGmAGACAUGAGAGGUGpYAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCCpGmGUGAAAUACCApCmUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUGpGmGGCGGUACACCUGUCAAACGGUApm6ACGCAGGpUmpGmUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGApYCUpYGApYUUUCAGpUmACGAApYACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUpYUGGGUUUpYAAGCAGGApGmGUGUCAGAAAAGUUACCACAGpGmGAUAACUGGCpYUGUGGCGGCCAAGCGUpYCAUAGCGACGpYCGCUUUUUGApYpm5CCUUCGAUGUCGGpCmpYCUUCCUAUCAUUGpYGAAGCAGAAUUCGCCAAGCGUUpGmGAUpUmpGmpYUCACCCACUAAUAGGGAACGpYGpAmGCUGGGpnm5ges2UpYUAGApCmCGUCGUGAGACAGGUpYAGUUUUACCCUACUGApYGpAmUGUGpYUGpYUGCCAUGGUApAmUCCUGCUCAGUACGAGAGGAACCGCAGpGmUpUmCApGmACAUpYUGGUGUApYpGmUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCApYCUGUGGGAUUAUGACpYGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCApYpYCGUAGACGACCUGCUUCUGGGUCGGGGpYUUCGUACGpYAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
161 K03432  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol   UACCUGGUUGAUCCUGCCAGUAGCAUpAmUGCUUGpYCpYCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAApYGGCUCpAmUUAAApYCAGpYUAUGGUpUmCCpYUpUmGGUCGCUCGCUCCUCUCCUACUUGGAUAACUGUGGUApAmUUCUAGpAmGCUAApUmApCmAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGApYGCGUGCApYUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGpYGACGGGGAAUCAGGGUUCGAUpUmCCGGAGApGmGGAGCCUGAGAAACGGCUACCACAUpCmCAAGGpAmAGGCAGCAGGCGCGCpAmAAUUACCCACUCCCGACCCGGGGApGmGUpAmGUGApCmGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUpYUAApAmUCCUUUAACGAGGpAmUCCAUUGGAGpGmGCAAGUCpYGGUGCCAGCAGCCGCGGpUmAAUUCCAGCUCCAAUApGmCGUApYApYUAAAGUUGCUGCAGUUpAmAAAAGCUCGUAGpYUpGmGApYCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGpCmGpUmUpYACUUUGAAAAAApYpYAGAGUGpYUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAApYAApYpGmGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUpYAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUpYCCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUpYGCCAAGAAUGUUUUCAUUAAUCAAGApAmCGAAAGUCGGAGGUUCGAAGACGApYCAGAUACCGUCGUAGUUCCGACCApYAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUApYGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCpYUAAUUpYGACpm1acp3YCAACACGGGAAACCUCACCCGGCpCmCGGACACGGACAGGApUmUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGpYmGpGmUGCAUGGCCGUUCUUAGUpYGGUGGAGCGAUUUGUCUGGpYUAAUUCCGAUAACGApAmCGAGACUpCmUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUpUmCUpYAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACApGmGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUpYCCCCAUGAACGAGpm7GAAUpYCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUpAmAGUCCCUGCCCUUpYGUACACACCGpCmCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUpUmGACUAUCUAGAGGAAGUAAAAGUCGUApm6ACAAGGUUUCCGUAGGUGpYmpYmCCUGCGGAAGGAUCAUUA
166 tdbR00000007  SO:0000254 tRNA  Ala  UGC  Bacillus subtilis  prokaryotic cytosol  GGAGCCUUAGCUCAGCpDGGGAGAGCGCCUGCUUpmo5UGCpm6ACGCAGGAGpm7GUCAGCGGpm5UpYCGAUCCCGCUAGGCUCCACCA
167 tdbR00000006  SO:0000254 tRNA  Ala  UGC  Mycoplasma capricolum  prokaryotic cytosol  GGGCCCUps4UAGCUCAGCpDGGGAGAGCACCUGCCUUGCpm6ACGCAGGGGpm7GUCGACGGUpYCGAUCCCGUUAGGGUCCACCA
169 tdbD00003691  SO:0000254 tRNA  Ala  GGC  Bacillus subtilis  prokaryotic cytosol  GGGGCCAUAGCUCAGCpDGGGAGAGCGCUACGCUGGCAGCGUAGAGpm7GUCAGGGGpm5UpYCGAGCCCCCUUGGCUCCACCA
172 tdbR00000354  SO:0001036 tRNA  Arg  ICG  Bacillus subtilis  prokaryotic cytosol  GCGCCCGUAGCUCAAUGGApDAGAGCGUUUGACUpICGpm1GAUCAAAAGpm7GUUAGGGGpm5UpYCGACUCCCCUCGGGCGCGCCA
173 tdbR00000352  SO:0001036 tRNA  Arg  ICG  Mycoplasma capricolum  prokaryotic cytosol  GCGCCCGps4UAGAUCAAUpDGGApDAGAUCGCUUGACUpICGpm1GApYCAAAAGpm7GUUGGGGGUpYCGAGUCCCUCCGGGCGCACCA
175 tdbD00009276  SO:0001036 tRNA  Arg  UCU  Bacillus subtilis  prokaryotic cytosol  GUCCCAGUAGCUCAGCpDGGApDAGAGCAACGGCCUUCUpt6AAGCCGUCGpm7GUCGGGAGpm5UpYCGAAUCUCUCCUGGGACGCCA
176 tdbR00000353  SO:0001036 tRNA  Arg  !CU  Mycoplasma capricolum  prokaryotic cytosol  GCCCAUGUAGCUCAGUAGGApDAGAGCACGCGCCUpcmnm5UCUpt6AAGCGUGAGpm7GUCGGAAGUpYCGAGCCUUCUCGUGGGCACCA
178 tdbD00008819  SO:0001036 tRNA  Arg  CCU  Bacillus subtilis  prokaryotic cytosol  GCUCUAGUAGCACAGCGGApDAGUGCAGCAGUUUCCUpt6AAACUGCAGpm7GUCGGGAGpm5UpYCGAAUCUCUCCUAGAGCGCCA
179 tdbD00008818  SO:0001036 tRNA  Arg  CCG  Bacillus subtilis  prokaryotic cytosol  GCGCUCGUAGCUCAGUUGGApDAGAGCGGUGGUUUCCGpm1GUACCACGGUCGUCCGGGGGpm5UpYCGAAUCCCUCCGAGCGCGCCA
182 tdbR00000294  SO:0000256 tRNA  Asn  GUU  Mycoplasma capricolum  prokaryotic cytosol  GGCUUUUps4UAGCUCAGCAGGpDAGAGCAACCGGCUGUUpt6AACCGGUUUpm7GUCACAGGUpYCGAGCCCUGUAAAAGCCGCCA
185 tdbR00000024  SO:0000257 tRNA  Asp  GUC  Mycoplasma capricolum  prokaryotic cytosol  GGCCCCAps4UAGCGAAGUpDGGpDpDAUCGCGCCUCCCUGUCACGGAGGAGAUCACGGGUpYCGAGUCCCGUUGGGGUCGCCA
188 tdbR00000019  SO:0000258 tRNA  Cys  GCA  Mycoplasma capricolum  prokaryotic cytosol  GGCAACAps4UGGCCAAGCGGCpDApm1AGGCAUGGGUCUGCApm6ACACCCUGAUCAUCGGUpYCGAAUCCGAUUGUUGCCUCCA
191 tdbR00000331  SO:0000259 tRNA  Gln  $UG  Mycoplasma capricolum  prokaryotic cytosol  UGGGCUAps4UAGCCAAGCGGpDApm1AGGCAAGGGACUpcmnm5s2UUGpm6ACUCCCUCAUGCGCCGGUpYCGAAUCCUGCUAGCCCAACCA
194 tdbR00000044  SO:0000260 tRNA  Glu  $UC  Mycoplasma capricolum  prokaryotic cytosol  GGCCUGUUGGUGAAGCGGpDpDApm1ACACACACGGUUpcmnm5s2UUCAUCCGUGGACACACGGGUpYCGAACCCCGUACAGGCUACCA
197 CP070844  SO:0000261 tRNA  Gly  GCC  Bacillus subtilis  prokaryotic cytosol  GCGGAAGUAGUUCAGUGGpDAGAACACCACCUUGCCAAGGUGGGGpm7GUCGCGGGpm5UpYCGAAUCCCGUCUUCCGCUCCA
198 tdbR00000111  SO:0000261 tRNA  Gly  {CC  Mycoplasma capricolum  prokaryotic cytosol  GCAGGUGps4UAGUUUAAUGGpDAGAACUUCAGCCUUCCpm6AAGCUGAUUGUGAGGGUpYCGAUUCCCUUCACCUGCUCCA
200 tdbR00000116  SO:0000261 tRNA  Gly  !CC  Bacillus subtilis  prokaryotic cytosol  GCGGGUGUAGUUUAGUGGpDAAAACCUCAGCCUpcmnm5UCCAAGCUGAUGUCGUGAGpm5UpYCGAUUCUCAUCACCCGCUCCA
205 tdbR00000139  SO:0000262 tRNA  His  GUK  Mycoplasma capricolum  prokaryotic cytosol  GGCGUAGGUGGUGAAGUGGpDpDApm1ACACAUCAGGUUGUGpm1GCpYCUGACAUACGCGGGUpYCGAUCCCCGUUCUACGCCCCA
208 tdbR00000153  SO:0000258 tRNA  Ile  }AU  Mycoplasma capricolum  prokaryotic cytosol  GGACCUUps4UAGCUCAGUpDGGpDpDAGAGCAUCCGGCUpk2CAUpm6AACCGGACGpm7GUCAUUGGUpYCAAGUCCAAUAAGGUCCACCA
210 tdbR00000156  SO:0000258 tRNA  Ile  }AU  Bacillus subtilis  prokaryotic cytosol  GGACCUUUAGCUCAGUUGGUUAGAGCAGACGGCUpk2CAUpt6AACCGUCCGpm7GUCGUAGGpm5UpYCGAGUCCUACAAGGUCCACCA
211 tdbR00000154  SO:0000258 tRNA  Ile  GAU  Mycoplasma capricolum  prokaryotic cytosol  CGGAAUAUAGCUCAGCpDGGpDpDAGAGCAUUCCGCUGAUpt6AACGGAGAGpm7GUCGUUGGUpYCAAGUCCAAUUAUUCCGACCA
225 U32322  SO:0001001 rRNA  LSU  23S  Sulfolobus solfataricus  prokaryotic cytosol  ACGACUAGGGGCACCAAGCCAGCCGGUGGAUGGCUCGGCUCGGGCGCUGACGAAGGGCGCGGCAAGUGGCGAAAUGCCCGGGGUAGGCACACGCUGCCUUUGAACCCGGGAUUCCCCGAAUGGGACCUGCCCCUUUGGGGCGCACCCGACUCGxUxUxUAGAGUCGGGUGUGGGAACUCCCCGAACGGAAACAUCUUAGUAGGGGAAGGAGGAGAAAUCAACCGAGAUCCCCUGAGUAGGGGCGACCGAAAGGGGGAUAGCCCAAACCAAACCCGCCGCCGGCAAGUCGGUGGGAAUGUGGUGUUAUUGGCCUCCAGUCUGGUUUAAAGCCGGCCUCCCUGGCCUACCUAGCCGAACUCUCCUGGAAUGGAGGGCCAUAGAGGGUGACAGCCCCGUAGGCUAAAGGUAGGUGGGAGGUGACUGGAGGCAGCGUACCAUCCCCUGGUUCGGGGGUGGGAAGUUGGGGGCCACGUGCCUCCAAGGCUAAAUACGUCCCGAGACCGAUAGCGAACUAAGUACCGUGAGGGAAAGCUGCAAAGACCCCGGAAGGGGGGUGAAAAGAGCCUGAAACCGGCUGGUCAUAGUAGGGCAAGGCUCGAAAGGAGUGAAGUCUCCCGAAGGAAAGAGGCGCxUAGCCUAGUACGAGGGAGAUGGACCGGGGUCUUGCCUUUCGUCCUGAAACACGGGCCGGGGAGUUCACGCCAGUGGCGAGCCUAAGGGGGUUAACCCCGAAGGCAUAGGGAAACCGAGUGCCCGCAGCCCGGGAAACCxUGGUGAGGGGCAGGGUCUGCCAGGGCCUAAAGUCACUGGCGUGAGGCUAGAAACCGGGCGAUCUAGGCCGGGGCAGGCCGAAGCCGGGGGAAACCUCGGUGGAGGGCCGxUxUUAGGGGUUCUGACGUGCAAUUCGUUCCCCUGACCCCGGUCUAGGGGCGAAAGACCAAUCUAGCUCGGUGAUAGCUAGUUCCCCCCGAAAUGCGUCCUAGCGCAGCCUUCCUGGAGGUUGCCUACGGGGUAGAGUAACUGAUUGGGGGUUCGGAGCGAAAGCUCCGGGCUUCCAGUCAAACUCCGAACUCGUAGGCGCCGAAGAAGGGGAGAGUGGGCCACUCGGCGUAAGGUUGGGUGGCGAAAGGGAAACAGCCCAGACUUGGGUUAAGGCCCCAAAAUGCCGGCUAAGUGCCAGUUAAGGGGCGUCUCUAGCCUUAGACAGCGGGAAGGUGGGCCCAGCAGCAGCCAUCCUCUAAGGAGUGCGUAACAGCUCACCCGCCGAGGCUAGAGGCCCCGAAGAUUGGUCGGGGCUUAAGCCGGCUGCCGAGACCCAAGCGUGGAGGCUCAUUGAGUCUCCAUGGGUAGGGGGGCGCUGUGGUGGGGUAGAAGGUGGGUCGUGAGAUCCACUGGACCCGCCACAGGUGCAGAUCCCGGCGGCAGUAACAGCGAGGAGGGGUAAGACUCCCCUCCGCCGGAAGGGCUAGGGUUUCCCGGCAAUGGUCGUCAGCCGGGAGUGAGCCGGUCCUAAGGCGAGGCCUAAUAGGUACUCGCCGAAAGGGAAGUGGGUUAAUAUUCCCACGCCCUAGGGGUAGGCGCGGUAACGCAAGCUGGACUCCUGACGGAUCUGGGUAGGGUGAGUGGGGCCACCGCCCCAUCCAAGCGCUUAAGUCCCUGGAGUGCCGUAAUGGUGAGAAGGGGACGAAGGCGUGAUGGGxUGUUCCCUUUGGGGACUUCACCCAAUCCCAGGUUCCCUUGAAAAGGGAGUCCAGAACGAUCCCCUAGGACCGUACCGAGAACCGACACUGGUGCCCCUGGGUGAGAAGCCCAAGGCGUCUGGGGGUUAACUCAGGCUAGGGAACUCGGCAAAAUAGCCCCGUACCUUCGGUAGAAGGGGUGCCUACUGGGGUCGUAAACCGGCCUCAGUAGGUCGCAGUGACAAGGGGGACCUGACUGUUUAAUAAAAACAUAGGUCCCCGCUAGCCCGAAAGGGUGUGUACGGGGGCUAAAUCCUGGCCACUGGUGGAUGGUGAAAGCCGGGUCCAACCGGUCGAAGCCCCACUGAAGGCCGGGGGUAACUCUGACCCUCUUAAGGUAGCCAAAUGCCUUGCCGGGUAAGUUCCGGCGCGCAUGAAUGGAUCAACGUGGUCCCUACUGUCCCAGCCUGGGGCCCCGUGAACGCCCAGAGUGGGUUCACAGUCCCGCAACUCCCCACACCGAGAGAAGACCCCGUGGAGCUUCACCGCAGCCUGGCGCUGCUCCUCGGGCGCCUAUGCGUAGAGUAGGUGGGAGGGGUCGAACCCAUCCUUUCGGGGAUGGGGGACCCGAAGGUGAAACACCACCCAUGGGUGCUCGAGGAGCUUACCUGCCCxUxUxUxUGGGUGGGGACAGCGUCAGGUGGGCGGUUCGGCUGGGGCGGCACUCCCGCGAAAAGAUAACACGGGAGCCCAAAGGUCGGCUCAGGCGGUACAGAACGCCGCCGUGGAGUGCAAGGGCAAAAGCCGGCUUGACGAGACCCUCCAAAGUACGGGGUCUCGACGCGAAAGCGCGGCCUAGCGAACGCUCGUGCCCCCCCACGUGGGGGCCGGGCAUGACAGAAAAGUUACCCCGGGGAUAACAGGGUCGUCGCGGGCGAGAGCUCCCAUCGACCCCGCGGUUUGCUACAUCGAUGUCGGCUCUUCCCACCCUGGGGGUGCAGCUGCCCCCAAGGGUAGGGCUGCCCGCCCGUUAAAGGGGAACGUGAGCUGGGUUUAGACCGUCGCGAGACGGGUCGGACUCUAAGGGUGGGGAGUGUGGGCUGCCUGAGGGGAAGGUACCCCAAGUACGAGAGGAACAGGGUACCGGGGCCUCUAGUUUACCGGUUGUCCGGUAGGGCACUGCCGGGCAGCCACGCCCUGUGGGGUAACCGCUGAAAGCAUCUAAGCGGGAACCCCUCCCCGAAAAGAGGCAGCCAUGCGGGGUUAACCCGCGAGAGCCCACCUCUAGAAGAGGGGGUUGAUGGGxUxUCGGGGUGUAAGUCCCGAGGGCGAAAGUCCGAGGGAUUUAGCCCGCGCCUCCCAAUCGGGCAAGCCCUCUU
226 X12612  SO:0001001 rRNA  LSU  23S  Thermus thermophilus  prokaryotic cytosol  GGUCAAGAUGGUAAGGGCCCACGGUGGAUGCCUCGGCACCCGAGCCGAUGAAGGACGUGGCUACCUGCGAUAAGCCAGGGGGAGCCGGUAGCGGGCGUGGAUCCCUGGAUGUCCGAAUGGGGGAACCCGGCCGGCGGGAACGCCGGUCACCGCGCUUUUGCGCGGGGGGAACCUGGGGAACUGAAACAUCUCAGUACCCAGAGGAGAGGAAAGAGAAAUCGACUCCCUGAGUAGCGGCGAGCGAAAGGGGACCAGCCUAAACCGUCCGGCUUGUCCGGGCGGGGUCGUGGGGCCCUCGGACACCGAAUCCCCAGCCUAGCCGAAGCUGUUGGGAAGCAGCGCCAGAGAGGGUGAAAGCCCCGUAGGCGAAAGGUGGGGGGAUAGGUGAGGGUACCCGAGUACCCCGUGGUUCGUGGAGCCAUGGGGGAAUCUGGGCGGACCACCGGCCUAAGGCUAAGUACUCCGGGUGACCGAUAGCGCACCAGUACCGUGAGGGAAAGGUGAAAAGAACCCCGGGAGGGAGUGAAAUAGAGCCUGAAACCGUGGGCUUACAAGCAGUCACGGCCCCGCAAGGGGUUGUGGCGUGCCUAUUGAAGCAUGAGCCGGCGACUCACGGUCGUGGGCGAGCUUAAGCCGUUGAGGCGGAGGCGUAGGGAAACCGAGUCCGAACAGGGCGCAAGCGGGCCGCACGCGGCCCGCAAAGUCCGCGGCCGUGGACCCGAAACCGGGCGAGCUAGCCCUGGCCAGGGUGAAGCUGGGGUGAGACCCAGUGGAGGCCCGAACCGGUGGGGGAUGCAAACCCCUCGGAUGAGCUGGGGCUAGGAGUGAAAAGCUAACCGAGCCCGGAGAUAGCUGGUUCUCCCCGAAAUGACUUUAGGGUCAGCCUCAGGCGCUGACUGGGGCCUGUAGAGCACUGAUAGGGCUAGGGGGCCCACCAGCCUACCAAACCCUGUCAAACUCCGAAGGGUCCCAGGUGGAGCCUGGGAGUGAGGGCGCGAGCGAUAACGUCCGCGUCCGAGCGCGGGAACAACCGAGACCGCCAGCUAAGGCCCCCAAGUCUGGGCUAAGUGGUAAAGGAUGUGGCGCCGCGAAGACAGCCAGGAGGUUGGCUUAGAAGCAGCCAUCCUUUAAAGAGUGCGUAAUAGCUCACUGGUCGAGUGGCGCCGCGCCGAAAAUGAUGCGGGGCUUAAGCCCAGCGCCGAAGCUGCGGGUCUGGGGGAUGACCCCAGGCGGUAGGGGAGCGUUCCCGAUGCCGAUGAAGGCCGACCCGCGAGGCGGCUGGAGGUAAGGGAAGUGCGAAUGCCGGCAUGAGUAACGAUAAAGAGGGUGAGAAUCCCUCUCGCCGUAAGCCCAAGGGUUCCUACGCAAUGGUCGUCAGCGUAGGGUUAGGCGGGACCUAAGGUGAAGCCGAAAGGCGUAGCCGAAGGGCAGCCGGUUAAUAUUCCGGCCCUUCCCGCAGGUGCGAUGGGGGGACGCUCUAGGCUAGGGGGACCGGAGCCAUGGACGAGCCCGGCCAGAAGCGCAGGGUGGGAGGUAGGCAAAUCCGCCUCCCAACAAGCUCUGCGUGGUGGGGAAGCCCGUACGGGUGACAACCCCCCGAAGCCAGGGAGCCAAGAAAAGCCUCUAAGCACAACCUGCGGGAACCCGUACCGCAAACCGACACAGGUGGGCGGGUGCAAGAGCACUCAGGCGCGCGGGAGAACCCUCGCCAAGGAACUCUGCAAGUUGGCCCCGUAACUUCGGGAGAAGGGGUGCUCCCUGGGGUGAUGAGCCCCGGGGAGCCGCAGUGAACAGGCUCUGGCGACUGUUUACCAAAAACACAGCUCUCUGCGAACUCGUAAGAGGAGGUAUAGGGAGCGACGCUUGCCCGGUGCCGGAAGGUCAAGGGGAGGGGUGCAAGCCCCGAACCGAAGCCCCGGUGAACGGCGGCCGpYAACpUmApYAApCmGGUCCUAAGGUAGCGAAApUmUCpm5CUUGUCGGGUAAGUUCCGACpm5CUGCACGAAAAGCGUAACGACCGGAGCGCUGUCUCGGCGAGGGACCCGGUGAAAUUGAACUGGCCGUGAAGAUGCGGCCUACCCGUGGCAGGACGAAAAGACCCCGUGGAGCUUUACUGCAGCCUGGUGUUGGCUCUUGGUCGCGCCUGCGUAGGAUAGGUGGGAGCCUGUGAACCCCCGCCUCCGGGUGGGGGGGAGGCGCCGGUGAAAUACCACCCUGGCGCGGCUGGGGGCCUAACCCUCGGAUGGGGGGACAGCGCUUGGCGGGCAGUUUGACUGpGmGGCGGUCGCCUCCUAAAAGGUAACGGAGGCGCCCAAAGGUCCCCUCAGGCGGGACGGAAAUCCGCCGGAGAGCGCAAGGGUAGAAGGGGGCCUGACUGCGAGGCCUGCAAGCCGAGCAGGGGCGAAAGCCGGGCCUAGUGAACCGGUGGUCCCGUGUGGAAGGGCCAUCGAUCAACGGAUAAAAGUUACCCCGGGGAUAACAGGCUGAUCUCCCCCGAGCGUCCACAGCGGCGGGGAGGUUUGGCACCUCGpAmUGUCGGCUCGUCGCAUCCUGGGGCUGAAGAAGGUCCCAAGGGUUGGGCpUmGUUCGCCCAUUAAAGCGGCACGCGAGCUGGGUUCAGAACGUCGUGAGACAGUUCGGUCUCUApYCCGCCACGGGCGCAGGAGGCUUGAGGGGGGCUCUUCCUAGUACGAGAGGACCGGAAGGGACGCACCUCUGGUUUCCCAGCUGUCCCUCCAGGGGCAUAAGCUGGGUAGCCAUGUGCGGAAGGGAUAACCGCUGAAAGCAUCUAAGCGGGAAGCCCGCCCCAAGAUGAGGCCUCCCACGGCGUCAAGCCGGUAAGGACCCGGGAAGACCACCCGGUGGAUGGGCCGGGGGUGUAAGCGCCGCGAGGCGUUGAGCCGACCGGUCCCAAUCGUCCGAGGUCUUGACCCCUC
227 AE001703  SO:0001001 rRNA  LSU  23S  Thermotoga maritima  prokaryotic cytosol  GGUCAAGGUACUAAGGGCACGCGGUGGAUGCCUUGGCGGCGGGAGGCGAUGAAGGGCGUGGCAAGCUGCGAUAAGCCCGGGGGAGCCGCAAGCAGGCGUUGAUCCCGGGAUUCCCGAAUGGGGAAACCUGGGUGGCCGUUGAGGCCACUCGCCGCCGAAAGGCGGUGCGACACCGGGGGAAGUGAAACAUCUCAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCUAGUAGCGGCGAGCGAACGGGGAGGAGCCCAAACCAGCGUGGUGUCAAAGCCCGUGGGCGUUGCCACGCUGGGGUUGUGGGACACGGCCGGGCGAGGCCACGGACUCGCCGGGGAGUUACAAAUCCCUCCUCUAGCCGAACCACCUGGGAAGGUGGGCCGGAGAGGGUGACAGCCCCGUAGGCGAAAGGGGAGGGACUCCCUGGGCCGUGCUCCCGAGUACCACGGGACACGUGGAAUCCCGUGGGAAGCUGGGGGGACCACCCUCCAAGGCUAAAUACUACCCGCCGUCCGAUAGCGCACCAGUACCGUGAGGGAAAGGUGAAAAGCACCCCGGAAGGGGAGUGAAAGAGGACCUGAAACCGCGUGCCUACAAGAAGUCGGAGCCCCCAUUUGGGGGUGACGGCGUGCCUUUUGAUUAAUGAGCCCGCGAGUUGCCGUCGGUGGCGAGGUUAAGCCGACGAAGGCGUAGCCGUAGCGAAAGCGAGUCCGAACAGGGCGCUCAGUCACCGGCGGCAGACCCGAAGCCGGGUGAGCUACCCCUGGGCAGGGUGAAGGUGGGUUAAAACCCACUGGAGGCCCGAACCGGUGGACAGUGAAAAGUCCUCGGAUGACCUGGGGGUAGGAGUGAAAAGCUAACCGAACCCGGUGAUAGCUGGUUCUCCCCGAAAUGCAUUGAGGUGCAGCCUCGGGCGGUCUGUGCAGGGGGUAGAGCACUGAUGGGGCUAGGGGGGUUUCCUCCGAACCCCGUCAAACUCCGAAUCCCUGCACACAAAGCCCGGGAGUGAGCCCGCGGGGGAUAAGCUCCGCGGACGAGAGGGGAACAACCCAGACCGCCGGCUAAGGGCCCGAAGAGGUGGCUAAGUGGUAAAGGAUGUGGAGCGCCUAAGACAGCUGGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAGUGCGUAACAGCUCACCAGCCGAGGCGCUCUGCACCGAAAAUGUAACGGGGCUCAAGCCACCCCCCGAAGCCGCGGGUCAGUACCUCCGCUGGAGGUACUGGCGGUAGGGGAGCUUUCCGCUGUAGGGUGAAGGCGGACCCGCGAGGGCCGCUGGACGAGGCGGAAGUGAGAAUGCGGGCAUGAGUACGCGAAAGGAGGGUGAGAAUCCCUCCCCCCGUAAGCCCAAGGGUACCUGGGGAAGGUUCGUCCGCCCAGGGUUAGCCGGGACCCUAAGGUGAACCCGAAAGGGGUAGCCGAAGGGAAGCCGGUUAAUAUUCCGGCGCCACCUGCGGUCGAUGGUACGAGGGGUGACGCAGGAGGGUAGGCGCCGGGGGCAAGUGGCAUGCCCCUCCAAGCGGUUAGGGCGAUGACGGGCGUAGGUAAAUCCGCGCCCCGAGCCUGAGCCGUGAUGGGGAGGUCCCUUCGGGGACCAACGGCGCUGACCCCACACUGCCGAGAAAAACCUCGCGUACCGCUUGAGACCGUAGGUGCCCGUUCCGCAAACCGACACAGGUGGGCGGGCUGAGAAGGCUCAGGGGAGCGGGUUAACCCUCGCCAAGGAACUCGGCAAAUUGGCCCCGUAACUUCGGGAGAAGGGGUGCCGCGUUAGGGUGAACCCAGGGGAAGGGGCAACCCGGAAACUGGGGGAGCCCGAGGCGGUCGCAGUGACAAGGCCCUGGCGACUGUUUACCAAAAACACAGGUCUCUGCUAACUCGAAAAGAGGAAGUAUAGGGACUGACGCCUGCCCAGUGCCGGAAGGUUAAGGGGAGGGGUGAGGCUCCCCUUGUGGGAGCGUAGCUCCGACCCGAAGCCCCGGUAAACGGCGGCCGUAACUAUAACGGUCCUAAGGUAGCGAAAUUCCUUGUCGGGUAAGUUCCGACCUGCAUGAAUGGCGUAACGACUGGGGCACUGUCUCGGCGGGGGGCCCGGCGAAAUUUCAGUCUGGGUGAAGAUGCCCAGUACCCGCGGCUAGACGGAAAGACCCCGUGGAGCUUUACUGCAGCCUGGUAUUGGGCUCUGGUGCAUCGUGUAUAGCAUAGGUGGGAGGCUGUGAAGCCGCCUCGCCAGGGGCGGUGGAGCCGCCAGUGGAAUACCACCCUCGGUGCACUGGAGUCCUAACCUGACCCUGUGAAGAGCAGGGUGGGGACAGUGCCAGGUGGGCAGUUUGACUGGGGCGGUCACCUCCUAAAAGGUAACGGAGGUGUGCAAAGGUCGGCUCAGGUGGGUUGGAAAUCCACCGCAGAGUGCAAGGGCAUAAGCCGGCCUGACUGCGAGGCCGACAGGCCGAGCAGGGGGGAAACCCGGCCCUAGUGACCCGGCGGUCCCGUGUGGAAGGGCCGUCGAUCAACGGAUAAAAGUUACCCCGGGGAUAACAGGCUGGUCCCGCCCGAGAGUUCACAUCGACGGCGGGGUUCGGCACCUCGAUGUCGGCUCAUCCCAUCCUGGGGCUGAAGCAGGUCCCAAGGGUUGGGCUGUUCGCCCAUUAAAGGGGUACGUGAGCUGGGUUCAGACCGUCGUGAGACAGGUCGGUCCCUAUCUGCCGCGGGCGUAGGAGGCUUGAGGGGGGUCCUCCCUUGUACGAGAGGACCGGGAGGAGGGGGCCUCUGGUGUACCGGCUGUCGCGCCAGCGGCAUACGCCGGGUAGCUACGCCCCUAAGCGAUAACCGCUGAAAGCAUCUAAGCGGGAAGCGCGCCCCAAGAUUAGGCCUCCCAUCCCGUUAAGGGAGUAAGGCCGGUCCGAGAAGAGGACCUUGAUAGGCCGGGGGUGUAAGCGCCGCAAGCGUUGAGCCCACCGGUACUAAUCGGCCGAGGCCUUGACCUCC
228 AL009126  SO:0001001 rRNA  LSU  23S  Bacillus subtilis  prokaryotic cytosol  GGUUAAGUUAGAAAGGGCGCGCGGUGGAUGCCUUGGCACUAGGAGCCGAUGAAGGACGGGACGAACACCGAUAUGCUUCGGGGAGCUGUAAGCAAGCUUUGAUCCGGAGAUUUCCGAAUGGGGAAACCCACCACUCGUAAUGGAGUGGUAUCCAUAUCUGAAUUCAUAGGAUAUGAGAAGGCAGACCCGGGGAACUGAAACAUCUAAGUACCCGGAGGAAGAGAAAGCAAAUGCGAUUCCCUGAGUAGCGGCGAGCGAAACGGGAUUAGCCCAAACCAAGAGGCUUGCCUCUUGGGGUUGUAGGACACUCUGUACGGAGUUACAAAGGAACGAGGUAGAUGAAGAGGUCUGGAAAGGCCCGCCAUAGGAGGUAACAGCCCUGUAGUCAAAACUUCGUUCUCUCCUGAGUGGAUCCUGAGUACGGCGGAACACGUGAAAUUCCGUCGGAAUCCGGGAGGACCAUCUCCCAAGGCUAAAUACUCCCUAGUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGUGAAAAGCACCCCGGAAGGGGAGUGAAAGAGAUCCUGAAACCGUGUGCCUACAAGUAGUCAGAGCCCGUUAACGGGUGAUGGCGUGCCUUUUGUAGAAUGAACCGGCGAGUUACGAUCCCGUGCAAGGUUAAGCAGAAGAUGCGGAGCCGCAGCGAAAGCGAGUCUGAAUAGGGCGCAUGAGUACGUGGUCGUAGACCCGAAACCAGGUGAUCUACCCAUGUCCAGGGUGAAGUUCAGGUAACACUGAAUGGAGGCCCGAACCCACGCACGUpm5UGAAAAGUGCGGGGAUGAGGUGUGGGUAGGGGUGAAAUGCCAAUCGAACCUGGAGAUAGCUGGUUCUCUCCGAAAUAGCUUUAGGGCUAGCCUCAAGGUAAGAGUCUUGGAGGUAGAGCACUGAUUGGACUAGGGGCCCCUACCGGGUUACCGAAUUCAGUCAAACUCCGAAUGCCAAUGACUUAUCCUUGGGAGUCAGACUGCGAGUGAUAAGAUCCGUAGUCGAAAGGGAAACAGCCCAGACCGCCAGCUAAGGUCCCAAAGUAUACGUUAAGUGGAAAAGGAUGUGGAGUUGCUUAGACAACCAGGAUGUUGGCUUAGAAGCAGCCACCAUUUAAAGAGUGCGUAAUAGCUCACUGGUCGAGUGACUCUGCGCCGAAAAUGUACCGGGGCUAAACGUAUCACCGAAGCUGCGGACUGUUCUUCGAACAGUGGUAGGAGAGCGUUCUAAGGGCUGUGAAGCCAGACCGGAAGGACUGGUGGAGCGCUUAGAAGUGAGAAUGCCGGUAUGAGUAGCGAAAGAGGGGUGAGAAUCCCCUCCACCGAAUGCCUAAGGUUUCCUGAGGAAGGCUCGUCCGCUCAGGGUUAGUCGGGACCUAAGCCGAGGCCGAAAGGCGUAGGCGAUGGACAACAGGUUGAUAUUCCUGUACCACCUCCUCACCAUUUGAGCAAUGGGGGGACGCAGGAGGAUAGGGUAAGCGCGGUAUUGGAUAUCCGCGUCCAAGCAGUUAGGCUGGGAAAUAGGCAAAUCCGUUUCCCAUAAGGCUGAGCUGUGAUGGCGAGCGAAAUAUAGUAGCGAAGUUCCUGAUUCCACACUGCCAAGAAAAGCCUCUAGCGAGGUGAGAGGUGCCCGUACCGCAAACCGACACAGGUAGGCGAGGAGAGAAUCCUAAGGUGAUCGAGAGAACUCUCGUUAAGGAACUCGGCAAAAUGACCCCGUAACUUCGGGAGAAGGGGUGCUCUGUUAGGGUGCAAGCCCGAGAGAGCCGCAGUGAAUAGGCCCAGGCGACUGUUUAGCAAAAACACAGGUCUCUGCGAAGCCGUAAGGCGAAGUAUAGGGGCUGACGCCUGCCCGGUGCUGGAAGGUUAAGAGGAGCGCUUAGCGUAAGCGAAGGUGCGAAUUGAAGCCCCAGUAAACGGCGGCCGpYAACpYApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACCCGCACGAAAGGCGCAACGAUCUGGGCACUGUCUCAACGAGAGACUCGGUGAAAUUAUAGUACCUGUGAAGAUGCAGGUUACCCGCGACAGGACGGpm6AAAGACCCCGUGGAGCUUUACUGCAGCCUGAUAUUGAAUGUUGGUACAGCUUGUACAGGAUAGGUAGGAGCCUUGGAAACCGGAGCGCCAGCUUCGGUGGAGGCAUCGGUGGGAUACUACCCUGGCUGUAUUGACCUUCUAACCCGCCGCCCUUAUCGGGCGGGGAGACAGUGUCAGGUGGGCAGUUUGACUGGGGCGGUCGCCUCCUAAAAGGUAACGGAGGCGCCCAAAGGUUCCCUCAGAAUGGUUGGAAAUCAUUCGCAGAGUGUAAAGGCACAAGGGAGCUUGACUGCGAGACCUACAAGUCGAGCAGGGACGAAAGUCGGGCUUAGUGAUCCGGUGGUUCCGCAUGGAAGGGCCAUCGCUCAACGGAUAAAAGCUACCCCGGGGAUAACAGGCUUAUCUCCCCCAAGAGUCCACAUCGACGGGGAGGUpYUGGCACCUCGAUGUCGGCUCAUCGCAUCCUGGGGCUGUAGUCGGUCCCAAGGGUUGGGCUGUUCGCCCAUUAAAGCGGUACGCGAGCUGGGUUCAGAACGUCGUGAGACAGpYpYCGGUCCCUAUCCGUCGCGGGCGCAGGAAAUUUGAGAGGAGCUGUCCUUAGUACGAGAGGACCGGGAUGGACGCACCGCUGGUGUACCAGUUGUUCUGCCAAGGGCAUCGCUGGGUAGCUAUGUGCGGACGGGAUAAGUGCUGAAAGCAUCUAAGCAUGAAGCCCCCCUCAAGAUGAGAUUUCCCAUUCCGCAAGGAAGUAAGAUCCCUGAAAGAUGAUCAGGUUGAUAGGUCUGAGGUGGAAGUGUGGCGACACAUGGAGCUGACAGAUACUAAUCGAUCGAGGACUUAACCAU
229 X52322  SO:0001002 rRNA  LSU-L  25S  Arabidopsis thaliana  eukaryotic cytosol   AGCGACCCCAGGUCAGGCGGGAUUACCCGCUGAGUUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACUAACAAGGAUUCCCUUAGUAACGGCGAGCGAACCGGGAAGAGCCCAGCUUGAAAAUCGGACGUCUUCGGCGUUCGAAUUGUAGUCUGGAGAAGCGUCCUCAGCGACGGACCGGGCCUAAGUUCCCUGGAAAGGGGCGCCAGAGAGGGUGAGAGCCCGUCGUGCCCGGACCCUGUCGCACCACGAGGCGCUGUCUACGAGUCGGGUUGUUUGGGAAUGCAGCCCCAAUCGGGCGGUAAAUUCCGUCCAAGGCUAAAUACGGGCGAGAGACCGAUAGCGAACAAGUACCGCGAGGUAAAGAUGAAAAGGACUUUGAAAAGAGAGUCAAAGAGUGCUUGAAAUUGUCGGGAGGGAAGCGGAUGGGGGCCGGCGAUGCGUCCUGGUCGGAUGCGGAACGGAGCAAUCCGGUCCGCCGAUCGAUUCGGGGCGUGGACCGACGCGGAUUACGGUGGCGGCCUAAGCCCGGGCUUUUGAUACGCUUGUGGAGACGUCGCUGCCGUGAUCGUGGUCUGCAGCACGCGCCUAACGGCGUGCCUCGGCAUCAGCGUGCUCCGGGCGUCGGCCUGUGGGCUCCCCAUUCGACCCGUCUUGAAACpAmCGGACCAAGGAGUpCmUGACAUGUGUGCGAGUCAACGGGUGAGUAAACCCGUAAGGCGCAAGGAAGCUGAUUGGCGGGAUCCUCGCGGGUGCACCGCCGACCGACCUUGAUCUUCUGAGAAGGGpYpUmCGAGUGUGAGCAUGCCUGUCGGGACCCpGmApAmAGAUGGUGApAmCpYAUGCCUGAGCGGGGUAAAGCCAGAGGAAACUCUGGUGGAAGCCCGCAGCGAUACUGpAmCGUGCAAAUCGUUCGUCUGACUUGGGUAUAGpGmGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCUCAGGAUAGCUGGAGCUCGGACGCGAGUUCUApYCGGGUAAAGCCAApYGAUUAGAGGCAUUGGGGGCGCAACGCCUCGACCUAUUCUCAAACUUUAAAUAGGUAGGACGUGUCGGCUGCUUUGUUGAGCCGUCACACGGAAUCGAGAGCUCCAAGUGGGCCAUUUUUGGUAAGCpAmGAACUGGCGAUGCGGGAUGAACCGGAAGCCGGGUUACGGUGCCCAACUGCGCGCUAACCUAGAACCCACAAAGGGUGUUGGUCGAUUAAGACAGCAGGACGGUGGUCAUGGAAGUCGAApAmUCCGCUAAGGAGUGpUmGUAACAACUCACCUGCCGAAUCAACUAGCCCCGAAAAUGGAUGGCGCUUAAGCGCGACCUAUACCCGGCCGUCGGGGCAAGAGCCAGGCCUCGAUGAGUAGGAGGGCGCGGCGGUCGCUGCAAAACCUAGGGCGCGAGGCGCGGAGCGGCCGUCGGUGCAGAUpCmUUGGUGGUAGUpAmpGmCAAAUAUUCAAAUGAGAACUUUGAAGGCCGAAGAGGGGAAAGGUUCCAUGUGAACGGpCmACUUGCACAUGGGUUAGUCGAUCCUAAGAGUCGGGGGAAACCCGUCUGAUAGCGCUUAAGCGAACUUCGAAAGGGGAUCCGGUUAAAAUUCCGGAACCGGGACGUGGCGGUUGACGGCAACGUpUmAGGGAGUCCGGAGACGUCGGCGGGGGCCUCGGGAAGAGUUAUCUUUUCUGUUUAACAGCCUGCCCACCCUGGAAACGGCUCAGCCGGAGGUAGGGUCCAGCGGCUGGAAGAGCACCGCACGUCGCGUGGUGUCCGGUGCGCCCCCGGGCGCCCUUGAAAAUCCGGAGGACCGAGUGCCGCUCACGCCCGGUCGUACUCAUAACCGpCmAUCApGmGUCUpCmCAAGGUGAACpAmGCCUCUGGUCGAUGGAACAApUmGUAGGCAAGGGAAGUCGGCAAAAUGGAUCCGUAACpUmUCGGGAAAAGGAUUGGCUCUGAGGGCUGGGCUCGGGGGUCCCAGUUCCGAACCCGUCGGCUGUCAGCGGACUGCUCGAGCUGCUUCCGCGGCGAGAGCGGGUCGCCGGCUGCCGGCCGGGGGACGACUGGGAACGGCUCUCUCGGGAGCUUUCCCCGGGCGUCGAACAGUCAGCUCAGAACUGGUACGGACAAGGpGmGpAmAUCCGACUGpYUUAAUUAAAACAAAGCAUUGCGAUGGUCCCUGCGGAUGCUAACGCAAUGUGAUUUCUGCCCAGUGCUCUGAAUGpYCAAAGUGAAGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAGpYAACpYApYGACUCUCUUAAGGUAGCCAApAmUGCCUCpGmUCAUCUAAUUAGUGACGCGCAUGAApYGGAUUApAmCGAGpAmUUCCCACUGUpCmCCUGUCUACUApYCCAGCGAAACCACAGpCmCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUGpUmUGApGmCUUGACpUmCUAGUCCGACUUUGUGAAAUGACUUGAGAGGUGUAGGAUAAGUGGGAGCUUCGGCGCAAGUGAAAUACCACUACUUUUAACGUUAUUUUACUUACUCCGUGAAUCGGAGGCCGGGGUACAACCCCUGUUUUUGGUCCCAAGGCUCGCUUCGGCGGGUCGAUCCGGGCGGAGGACAUUGUCAGGUGGGGAGUUUGGCUGpGmGGCGGCACAUCUGUUAAAAGpAmUAACGCAGGpUmpGmUCCUAAGAUGAGCUCAACGAGAACAGAAAUCUCGUGUGGAACAAAAGGGUAAAAGCUCGUUUGApYUCUGAUUUUCAGUACGAAUACGAACCGUGAAAGCGUGGCCUAUCGAUCCUUUAGACUUCGGAAUUpYGAAGCUApGmApGmGUGUCAGAAAAGUUACCACAGpGmGAUAACUGGCpYUGUGGCAGCpCmAAGCGUUCAUAGCGACGUUGpCmUUUUUGAUpCmCUUCGAUGUCGGpCmpYCUpUmCCUAUCAUUGUGAAGCAGAAUUCACCAAGUGUUpGmGAUUGpYUCACCCACCAAUAGGGAACGUGpAmGpCmUGGpGmpUmUUAGApCmCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGCCCGCGUCGCGAUAGUAAUUCAACCUAGUACGAGAGGAACCGUUGAUUCGCACAAUUGGUCAUCGCGCUUGGUUGAAAAGCCAGUGGCGCGAAGCUACCGUGCGCUGGAUUAUGACUGAACGCCUCUAAGUCAGAAUCCGGGCUAGAAGCGACGCAUGCGCCCGCCGCCCGAUUGCCGACCCUCAGUAGGAGCUUAGGCUCCAAAGGCACGUGUCGUUGGCUAAGUCCGUUCGGCGGAACGGUCGUUCGGACCGCCUUGAAUUAUAAUUACCACCGAGCGGCGGGUAGAAUCCUUUGCAGACGACUUAAAUACGCGACGGGGUAUUGUAAGUGGCAGAGUGGCCUUGCUGCCACGAUCCACUGAGAUUCAGCCCUUUGUCGCUAAGAUUCGA
232 tdbR00000216  SO:0000264 tRNA  Leu  BAA  Mycoplasma capricolum  prokaryotic cytosol  GCCUUUUUGGCGGAAUpDGGCAGpm1ACGCAUUAGACUpCmAApm6AApYCUAACGAAGAAAUUCGUAUCGGUpYCGAAUCCGAUAAAGGGCACCA
234 tdbR00000219  SO:0000264 tRNA  Leu  CAG  Bacillus subtilis  prokaryotic cytosol  GCGGGUGUGCGGGAAUpDGGpDAGACCGGCUAGAUUCAGpm1GApYCUAGGGUCUUUAUGGACCUGAGGGpm5UpYCApm1AGUCCCUUCACCCGCACCA
235 tdbR00000217  SO:0000264 tRNA  Leu  )AA  Mycoplasma capricolum  prokaryotic cytosol  CCCCAAGps4UGGCGGAAUAGGpDAGpm1ACGCAUUGGACUpcmnm5UmAApm6AApYCCAACGGGCUUAAUAUCCUGUGCCGGUpYCAAGUCCGGCCUUGGGGACCA
238 tdbR00000218  SO:0000264 tRNA  Leu  UAG  Mycoplasma capricolum  prokaryotic cytosol  GGGGGAUps4UGGCGGAAUpDGGCAGpm1ACGCACUAGACUUAGpm1GApYCUAGCGUCUUUGACGUAAGGGUpYCAAGUCCCUUAUCCCCCACCA
242 tdbD00006452  SO:0000264 tRNA  Leu  UAG  Bacillus subtilis  prokaryotic cytosol  GCGGGUGUGGCGGAAUpDGGCAGACGCGCUAGACUUAGpm1GApYCUAGUGUUUUAUGACGUUGGGGGpm5UpYCAAGUCCCUUCACCCGCACCA
244 tdbR00000180  SO:0000265 tRNA  Lys  $UU  Bacillus subtilis  prokaryotic cytosol  GAGCCAUUAGCUCAGUpDGGpDAGAGCAUCUGACUpcmnm5s2UUUpms2t6AApYCAGAGGpm7GUCGAAGGpm5UpYCGAGUCCUUCAUGGCUCACCA
245 tdbR00000177  SO:0000265 tRNA  Lys  CUU  Mycoplasma capricolum  prokaryotic cytosol  GUCUGAUUAGCGCAACpDGGCAGAGCAACUGACUCUUpt6AApYCAGUGGpm7GUUGUGGGUpYCGAUUCCCACAUCAGGCACCA
247 tdbR00000178  SO:0000265 tRNA  Lys  $UU  Mycoplasma capricolum  prokaryotic cytosol  GACUCGUUAGCUCAGCCGGpDAGAGCAACUGGCUpcmnm5s2UUUpt6AACCAGUGGpm7GUCCGGGGUpYCGAAUCCCCGACGAGUCACCA
249 tdbR00000274  SO:0000266 tRNA  Met  CAU  Bacillus subtilis  prokaryotic cytosol  GGCGGUGUAGCUCAGCGGCpDAGAGCGUACGGUUCAUpm6ACCCGUGAGpm7GpDCGGGGGpm5UpYCGAUCCCCUCCGCCGCUACCA
250 tdbR00000273  SO:0000266 tRNA  Met  CAU  Mycoplasma capricolum  prokaryotic cytosol  GGCGGGGps4UAGCUCAGUpDGGpDpDAGAGCGUUCGGUUCAUACCCGAAAGpm7GUCGAGAGUpYCAAAUCUCUCCCCCGCUACCA
252 tdbR00000065  SO:0000267 tRNA  Phe  #AA  Bacillus subtilis  prokaryotic cytosol  GGCUCGGUAGCUCAGUpDGGpDAGAGCAACGGACUpGmAApms2i6AApYCCGUGUpm7GUCGGCGGpm5UpYCGAUUCCGUCCCGAGCCACCA
253 tdbR00000064  SO:0000267 tRNA  Phe  GAA  Mycoplasma capricolum  prokaryotic cytosol  GGUCGUGUAGCUCAGUCGGpDAGAGCAGCAGACUGAApm1GCpYCUGCGUpm7GUCGGCGGUpYCAAUUCCGUCCACGACCACCA
255 tdbR00000316  SO:0000268 tRNA  Pro  5GG  Bacillus subtilis  prokaryotic cytosol  CGGGAAGUAGCUCAGCUUGGpDAGAGCACAUGGpYUpmo5UGGpm1GACCAUGGGpm7GUCGCAGGpm5UpYCGAAUCCUGUCUUCCCGACCA
256 tdbR00000315  SO:0000268 tRNA  Pro  UGG  Mycoplasma capricolum  prokaryotic cytosol  CGGGAAGUGGCUCAGUUUGGpDAGAGCAUUCGGUUUGGpm1GACCGAAGGpm7GUCGCAGGUpYCAAAUCCUGUCUUCCCGACCA
260 U16147  S0:0001000 rRNA  SSU  16S  Clostridium acetobutylicum  prokaryotic cytosol  AGCUUCUUCGGAAGUGGAUUAGCGGCGGACGGGUGAGUAACACGUGGGUAACCUGCCUCAUAGAGGGGAAUAGCCUUCCGAAAGGAAGAUUAAUACCGCAUAAGAUUGUAAUAUCGCAUGAUAUAGCAAUUAAAGGAGCAAUCCGCUAUGAGAUGGACCCGCGUCGCAUUAGCUAGUUGGUGAGGUAACGGCUCACCAAGGCGACGAUGCGUAGCCGACCUGAGAGGGUGAUCGGCCACAUUGGGACUGAGACACGGCCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGGGAAACCCUGAUGCAGCAACGCCGCGUGAGUGAUGACGGUCUUCGGAUUGUAAAGCUCUGUCUUUAGGGACGAUAAUGACGGUACCUAAGGAGGAAGCCACGGCUAACUACGUGCCAGCAGCCGCpYGUAAUACGUApm7GGUGGCAAGCGUUGUCCGGAUUUACUGGGCGUAAAGGGAGCGUAGGUGGAUAUUUAAGUGGGAUGUGAAAUACUCGGGCUUAACUUGGGUGCUGCAUUCCAAACUGGAUAUCUAGAGUGCAGGAGAGGAAAGUAGAAUUCCUAGUGUAGCGGUGAAAUGCGUAGAGAUUAGGAAGAAUACCAGUGGCGAAGGCGACUUUCUGGACUGUAACUGACACUGAGGCUCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGAAUACUAGGUGUGGGGGUUGUCAUGACCUCCGUGCCGCCGCUAACGCAUUAAGUAUUCCGCCUGGGGAGUACGGUCGCAAGAUUAAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCAGCGGAGCAUGUGGUUUAAUUCGAAGCAACGCGAAGAACpm2,2Gpm5CUACCUAGACUUGACAUCUCCUGAAUUACUCUGUAAUAGAGGAAGCCCUUCGGGGCAGGAAGACAGGUGGUGCAUGGUUGUCGUCAGCUCGUGUCGUGAGAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUUGUUAGUUGCUACCAUUAAGUUGAGCACUCUAGCGAGACUGCCCGGGUUAACCGGGAGGAAGGUGGGGAUGACGUCAAAUCAUCAUGCCCpCmUUAUGUCUAGGGCUApDACACGUGCUACAAUGGCUGGUACAGAGAGAUGCUAAACCGUGAGGUGGAGCCAAACUUUAAAACCAGUCUCAGUUCGGAUUGUAGGCUGAAACUCGCCUACAUGAAGCUGGAGUUGCUAGUAAUCGCGAAUCAGAAUGUCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCGCCCGUCACACCAUGApm4CmAGUUGGpm5CAAUACCCAAAGUUCGUGAGCUAACGCGUAAGCGAGGCAGCGACCUAAGGUAGGGUCAGCG
262 X03235  S0:0001000 rRNA  SSU  16S  Sulfolobus solfataricus  prokaryotic cytosol  AUUCCGGUUGAUCCUGCCGGACCCGACCGCUAUCGGGGUAGGGAUAAGCCAUGGGAGUCUUACACUCCCGGGUAAGGGAGUGUGGCGGACGGCUGAGUAACACGUGGCUAACCUACCCUCGGGACGGGGAUAACCCCGGGAAACUGGGGAUAAUCCCCGAUAGGGAAGGAGUCCUGGAAUGGUUCCUUCCCUAAAGGGCUAUAGGCUAUUUCCCGUUUGUAGCCGCCCGAGGAUGGGGCUACGGCCCAUCAGGCUGUCGGUGGGGUAAAGGCCCACCGAACCUAUAACGGGUAGGGGCCGUGGAAGCGGGAGCCUCCAGUUGGGCACUGAGACAAGGGCCCAGGCCCUACGGGGCGCACCAGGCGCGAAACGUCCCCAAUGCGCGAAAGCGUGAGGGCGCUACCCCGAGUGCCUCCGCAAGGAGGCUUUUCCCCGCUCUAAAAAGGCGGGGGAAUAAGCGGGGGGCAAGUCUxGGUGUCAGCCGCCGCGGUAAUxACCAGCUCCGCGAGUGGUCGGGGUGAUUACUGGGCCUAAAGCGCCUGUAGCCGGCCCACCAAGUCGCCCCUUAAAGUCCCCGGCUCAACCGGGGAACUGGGGGCGAUACUGGUGGGCUAGGGGGCGGGAGAGGCGGGGGGUxACUCCCGGAGUAGGGGCGAAAUCCUUAGAUACCGGGAGGACCACCAGUGGCGGAAGCGCCCCGCUAGAACGCGCCCGACGGUGAGAGGCGAAAGCCGGGGCAGCAAACGGGAxUUAGAUACCCCGGUAGUCCCGGCUGUAAACGAUGCGGGCUAGGUGUCGAGUAGGCUUAGAGCCUACUCGGUGCCGCAGGGAAGCCGUUAAGCCCGCCGCCUGGGGAGUACxGGUCGCAAGACUGAAACUxUAAAGGAAUUGGCGGGGGAGCACCACAAGGGGUGGAACCUGCGGCUCAAUUxGGAGxUCAACGCCUGGAAUCUUACCGGGGGAGACCGCAGUAUGACGGCCAGGCUAACGACCUUGCCUGACUCGCGGAGAGGAGGUGCAUGGCCxGUCGCCAGCUCGUGUUGUGAAAUGUCCGGUUAAGUCCGxGCAACGAGCGAGACCCCCACCCCUAGUUGGUAUUCUGGACUCCGGUCCAGAACCACACUAGGGGGACUGCCGGCGUAAGCCGGAGGAAGGAGGGGGCCACGGCAGGUCAGCAUGCCCCGAAACUCCCGGGCCGCACGCGGGUUACAAUGGCAGGGACAACGGGAUGCUACCUCGAAAGGGGGAGCCAAUCCUUAAACCCUGCCGCAGUUGGGAUCGAGGGCUGAAACCCGCCCUCGUGAACGAGGAAUCCCUAGUAACCGCGGGUCAACAACCCGCGGUGAAUACGxUCCCUGCUCCUUGCACACACCGxCCxCGUCxGCUCCACCCGAGCGCGAAAGGGGUGAGGUCCCUUGCGAUAAGUGGGGGAUCGAACUCCUUUCCCGCGAGGGGGGAGAAGUCGUAxACAAGGUAGCCGUAGGGGxAAxCxCUGCGGCUGGAUxCACCUC
277 X07998  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UUGUUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCGCGAGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCACCUCCpYpYU
278 AE001703  S0:0001000 rRNA  SSU  16S  Thermotoga maritima  prokaryotic cytosol  UAUAUGGAGGGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAACACAUGCAAGUCGAGCGGGGGAAACUCCCUUCGGGGAGGAGUACCCAGCGGCGGACGGGUGAGUAACACGUGGGUAACCUGCCCUCCGGAGGGGGAUAACCAGGGGAAACCCUGGUUAAUACCCCAUACGCUCCAUCAACGCAAGUUGGUGGAGGAAAGGGGCGUUUGCCCCGCCGGAGGAGGGGCCCGCGGCCCAUCAGGUAGUUGGUGGGGUAACGGCCCACCAAGCCGACGACGGGUAGCCGGCCUGAGAGGGUGGUCGGCCACAGGGGCACUGAGACACGGGCCCCACUCUACGGGAGGCAGCAGUGGGGAAUCUUGGACAAUGGGGGAAACCCUGAUCCAGCGACGCCGCGUGCGGGACGAAGCCUUCGGGGUGUAAACCGCUGUGGCGGGGGAAGAAUAAGGUAGGGAGGAAAUGCCCUACCGAUGACGGUACCCCGCUAGAAAGCCCCGGCUAACUACGUGCCAGCAGCCpm7GCGGUAAUACGUAGGGGGCAAGCGUUACCCGGAUUUACUGGGCGUAAAGGGGGCGUAGGCGGCCUGGUGUGUCGGAUGUGAAAUCCCACGGCUCAACCGUGGGGCUGCAUCCGAAACUACCAGGCUUGGGGGCGGUAGAGGGAGACGGAACUGCCGGUGUAGGGGUGAAAUCCGUAGAUAUCGGCAGGAACGCCGGUGGGGAAGCCGGUCUCCUGGGCCGACCCCGACGCUGAGGCCCGAAAGCCAGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCUGGCUGUAAACGAUGCCCACUAGGUGUGGGGGGGUAAUCCCUCCGUGCUGAAGCUAACGCGUUAAGUGGGCCGCCUGGGGAGUACGCCCGCAAGGGUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCGUGUGGUUUAAUUGGAUpm2Gpm5CUAAGCCAAGAACCUUACCAGGGCUUGACAUGCCGGUGGUACCUCCCCGAAAGGGGUAGGGACCCAGUCCUUCGGGACUGGGAGCCGGCACAGGUGpm2GUGCACGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCUGCCCCUAGUUGCCAGCGGUUCGGCCGGGCACUCUAGGGGGACUGCCGGCGACGAGCCGGAGGAAGGAGGGGAUGACGUCAGGUACUCGUGCCCCUUAUGCCCUGGGCGACACACGCGCUACAAUGGGCGGUACAAUGGGUUGCGACCCCGCGAGGGGGAGCCAAUCCCCAAAGCCGCCCUCAGUUCGGAUCGCAGGCUGCAACCCGCCUGCGUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCGpm4CmCCGUCApCmGCCACCCGAGUCGGGGGCUCCCGAAGACACCUACCCCAACCCGAAAGGGAGGGGGGGUGUCGAGGGAGAACCUGGCGAGGGGGGCGAAGUCGpnm5ges2UpAmACAAGGUAGCCGUACCGGpYmpYmGGUGCGGCUGGAUCACCUCCUUUC
280 AL009126  S0:0001000 rRNA  SSU  16S  Bacillus subtilis  prokaryotic cytosol  UUUAUCGGAGAGUUUGAUCCUGGCUCAGGACGAACGCUGGCGGCGUGCCUAAUACAUGCAAGUCGAGCGGACAGAUGGGAGCUUGCUCCCUGAUGUUAGCGGCGGACGGGUGAGUAACACGUGGGUAACCUGCCUGUAAGACUGGGAUAACUCCGGGAAACCGGGGCUAAUACCGGAUGGUUGUUUGAACCGCAUGGUUCAAACAUAAAAGGUGGCUUCGGCUACCACUUACAGAUGGACCCGCGGCGCAUUAGCUAGUUGGUGAGGUAACGGCUCACCAAGGCGACGAUGCGUAGCCGACCUGAGAGGGUGAUCGGCCACACUGGGACUGAGACACGGCCCAGACUCCUACGGGAGGCAGCAGUAGGGAAUCUUCCGCAAUGGACGAAAGUCUGACGGAGCAACGCCGCGUGAGUGAUGAAGGUUUUCGGAUCGUAAAGCUCUGUUGUUAGGGAAGAACAAGUACCGUUCGAAUAGGGCGGUACCUUGACGGUACCUAACCAGAAAGCCACGGCUAACUACGUGCCAGCAGCCGCGGUAAUACGUAGGUGGCAAGCGUUGUCCGGAAUUAUUGGGCGUAAAGGGCUCGCAGGCGGUUUCUUAAGUCUGAUGUGAAAGCCCCCGGCUCAACCGGGGAGGGUCAUUGGAAACUGGGGAACUUGAGUGCAGAAGAGGAGAGUGGAAUUCCACGUGUAGCGGUGAAAUGCGUAGAGAUGUGGAGGAACACCAGUGGCGAAGGCGACUCUCUGGUCUGUAACUGACGCUGAGGAGCGAAAGCGUGGGGAGCGAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGAGUGCUAAGUGUUAGGGGGUUUCCGCCCCUUAGUGCUGCAGCUAACGCAUUAAGCACUCCGCCUGGGGAGUACGGUCGCAAGACUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAxGxCCAACGCGAAGAACCUUACCAGGUCUUGACAUCCUCUGACAAUCCUAGAGAUAGGACGUCCCCUUCGGGGGCAGAGUGACAGGUGGUGCAUGGUUGUCGUCAGCUCGUGUCGUGAGAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUGAUCUUAGUUGCCAGCAUUCAGUUGGGCACUCUAAGGUGACUGCCGGUGACAAACCGGAGGAAGGUGGGGAUGACGUCAAAUCAUCAUGCCCCUUAUGACCUGGGCUACACACGUGCUACAAUGGACAGAACAAAGGGCAGCGAAACCGCGAGGUUAAGCCAAUCCCACAAAUCUGUUCUCAGUUCGGAUCGCAGUCUGCAACUCGACUGCGUGAAGCUGGAAUCGCUAGUAAUCGCGGAUCAGCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCGCCCGxCCACACCACGAGAGUUUGUAACACCCGAAGUCGGUGAGGUAACCUUUUAGGAGCCAGCCGCCGAAGGUGGGACAGAUGAUUGGGGUGAAGxUCGUAACAAGGUAGCCGUAUxAxAGAAGGUGCGGCUGGAUCACCUCCUUUCU
284 X52322  S0:0001000 rRNA  SSU  16S  Arabidopsis thaliana  eukaryotic cytosol   UACCUGGUUGAUCCUGCCAGUAGUCAUpAmUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUGUAAGUAUGAACGAAUUCAGACUGUGAAACUGCGAAUGGCUCAUUAAAUCAGpYUAUAGUUUGUUUGAUGGUAACUACUACUCGGAUAACCGUAGUAAUUCUAGpAmGCUAAUACGUGCAACAAACCCCGACUUAUGGAAGGGACGCAUUUAUUAGAUAAAAGGUCGACGCGGGCUCUGGCUUGCUCUGAUGAUUCAUGAUAACUCGACGGAUCGCAUGGCCUCUGUGCUGGCGACGCAUCAUUCAAAUUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUGGUAACGGGpYGACGGAGAAUUAGGGUUCGAUUCCGGAGApGmpGmGAGCCUGAGAAACGGCUACCACAUpCmCAAGGAAGGCAGCAGGCGCGCpAmAAUUACCCAAUCCUGACACGGGGAGGUpAmGUGApCmAAUAAAUAACAAUACCGGGCUCUUUCGAGUCUGGUAAUUGGAAUGAGUACAAUCUAAAUCCCUUAACGAGGpAmUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGpUmAAUUCCAGCUCCAAUApGmCGUAUApYUUAApGmUUGUUGCAGUUpAmAAAAGCUCGUAGpYUGAACCUUGGGAUGGGUCGGCCGGUCCGCCUUUGGUGUGCAUUGGUCGGCUUGUCCCUUCGGUCGGCGAUACGCUCCUGGUCUUAAUUGGCCGGGUCGUGCCUCCGGCGCUGUUACUUUGAAGAAApYUAGAGUGCUCAAAGCAAGCCUACGCUCUGGAUACAUUpAmGCAUGGGAUAACAUCAUAGGAUUUCGAUCCUAUUGUGUUGGCUUCGGGAUCGGAGUAAUGAUUAACAGGGACAGUCGGGGGCAUUCGUAUUUCAUAGUCAGAGGUGAAAUUCUUGGAUUUAUGAAAGACGAACAACUGCGAAAGCAUUpYGCCAAGGAUGUUUUCAUUAAUCAAGApAmCGAAAGUUGGGGGCUCGAAGACGApYCAGAUACCGpUmpCmCUAGUCUCAACCAUAAACGAUGCCGACCAGGGAUCAGCGGAUGUUGCUUAUAGGACUCCGCUGGCACCUUAUGAGAAAUCAAAGUUUUUGGGUUCCGGGpGmGGAGUApYGGUCGCAAGGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGGAAACUUACCAGGUCCAGACAUAGUAAGGApUmUGACAGACUGAGAGCUCUUUCUUGAUUCUApUmGGGUGGpUmpGmpGmUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGUUAACGApAmCGAGACCUCAGCCUGCUAACUAGCUACGUGGAGGCAUCCCUUCACGGCCGGCUpUmCUUAGAGGGACUAUGGCCGUUUAGGCCAAGGAAGUUUGAGGCAAUAACApGmGUCUGUGAUGCCCpUmUAGAUGUUCUGGGCCGCACGCGCGCUACACUGAUGUAUUCAACGAGUUCACACCUUGCCGACAGGCCCGGGUAAUCUUUGAAAUUUCAUCGUGAUGGGGAUAGAUCAUUGCAAUUGUUGGUCUUCAACGAGGAAUUCCUAGUAAGCGCGAGUCAUCAGCUCGCGUUGACUACGUCCCUGCpCmCUUUGUACACACCGpCmCCGUCGCUCCUACCGAUUGAAUGAUCCGGUGAAGUGUUCGGAUCGCGGCGACGUGGGUGGUUCGCCGCCCGCGACGUCGCGAGAAGUCCACUAAACCUUAUCAUUUAGAGGApAmGGAGAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUG
290 tdbD00009589  SO:0000269 tRNA  Ser  GCU  Bacillus subtilis  prokaryotic cytosol  GGAGAAGUACUCAAGUGGCpDGApm1AGAGGCGCCCCUGCUpt6AAGGGUGUAGGUCGCGUAAGCGGCGCGAGGGpm5UpYCAAAUCCCUCCUUCUCCGCCA
291 tdbR00000384  SO:0000269 tRNA  Ser  GCU  Mycoplasma capricolum  prokaryotic cytosol  GGGUUAAps4UACUCAAGUpDGGpDGApm1AGAGGACACCCUGCUpt6AAGGUGUUAGGUCGGUCUCCGGCGCGAGGGUpYCGAGUCCCUCUUAACCCGCCA
293 tdbR00000387  SO:0000269 tRNA  Ser  5GA  Bacillus subtilis  prokaryotic cytosol  GGAGGAAps4UACCCAAGUCUGGCpDGApm1AGGGAUCGGUCUpmo5UGApi6AAACCGACAGGGUGUCAAAGCCCGCGGGGGpm5UpYCGAAUCCCUCUUCCUCCGCCA
294 tdbR00000385  SO:0000269 tRNA  Ser  UGA  Mycoplasma capricolum  prokaryotic cytosol  GGAAGAUps4UACCCAAGUCCGGCpDGApm1AGGGAUCGGUCUUGApm6AAACCGAGAGUCGGGGAAACCGAGCGGGGGUpYCGAAUCCCUCAUCUUCCGCCA
296 tdbR00000389  SO:0000269 tRNA  Ser  GGA  Bacillus subtilis  prokaryotic cytosol  GGAGAGCps4UGUCCGAGUGGpDCGApm1AGGAGCACGAUUGGAAApYCGUGUAGGCGGUCAACUCCGUCUCAAGGGpm5UpYCGAAUCCCUUGCUCUCCGCCA
298 tdbR00000436  SO:0000270 tRNA  Thr  5GU  Bacillus subtilis  prokaryotic cytosol  GCCGGUGUAGCUCAAUpDGGpDAGAGCAACUGACUpmo5UGUpt6AApYCAGUAGpm7GUUGGGGGpm5UpYCAAGUCCUCUUGCCGGCACCA
299 tdbR00000433  SO:0000270 tRNA  Thr  AGU  Mycoplasma capricolum  prokaryotic cytosol  GCUGACUps4UAGCUCAGUpDGGpDAGAGCAAUUGACUAGUpt6AApYCAAUAGpm7GUCGAAGGUpYCAAAUCCUUUAGUCAGCACCA
302 tdbR00000435  SO:0000270 tRNA  Thr  UGU  Mycoplasma capricolum  prokaryotic cytosol  GCUGACUps4UAGCUCAGCAGGCAGAGCAACUGACUUGUpt6AApYCAGUAGpm7GUCGUAGGUpYCGAUUCCUAUAGUCAGCACCA
304 tdbR00000483  SO:0000271 tRNA  Trp  CCA  Bacillus subtilis  prokaryotic cytosol  AGGGGCAUAGUUUAACGGpDAGAACAGAGGpYCUCCApi6AAACCUCCGGUGUGGGpm5UpYCGAUUCCUACUGCCCCUGCCA
305 tdbR00000479  SO:0000271 tRNA  Trp  BCA  Mycoplasma capricolum  prokaryotic cytosol  AGGAGAGUAGUUCAAUGGpDAGAACGUCGGUCUpCmCApm6AAACCGAGCpm7GUUGAGGGUpYCGAUUCCUUUCUCUCCUGCCA
306 tdbR00000480  SO:0000271 tRNA  Trp  )CA  Mycoplasma capricolum  prokaryotic cytosol  AGGGGCAUAGUUCAGUAGGpDAGAACAUCGGUCUpcmnm5UmCApm6AAACCGAGUpm7GUCACGAGUpYCGAGUCUUGUUGCCCCUGCCA
308 tdbR00000544  SO:0000272 tRNA  Tyr  QUA  Bacillus subtilis  prokaryotic cytosol  GGAGGGGps4UAGCGAAGUGGCUAApm1ACGCGGCGGACUpQUApms2i6AApYCCGCUCCCUCAGGGUUCGGCAGpm5UpYCGAAUCUGCCCCCCUCCACCA
309 tdbR00000542  SO:0000272 tRNA  Tyr  GUA  Mycoplasma capricolum  prokaryotic cytosol  GGAGGGGUAGCGAAGUGGCpDAApm1ACGCGGGUGGCUGUApm6ACCCACUUCCUUACGGUUCGGGGGUpYCGAAUCCCUCCCCCUCCACCA
311 tdbR00000453  SO:0000273 tRNA  Val  5AC  Bacillus subtilis  prokaryotic cytosol  GGAGGAUUAGCUCAGCpDGGGAGAGCAUCUGCCUpmo5UACpm6AAGCAGAGGpm7GUCGGCGGpm5UpYCGAGCCCGUCAUCCUCCACCA
312 tdbR00000451  SO:0000273 tRNA  Val  UAC  Mycoplasma capricolum  prokaryotic cytosol  GGAGUGUUAGCUCAGCpDGGGAGAGCUCCUGCCUUACpm6AAGCAGGCGpm7GUCAUAGGUpYCAAGUCCUAUACACUCCACCA
314 tdbD00010836  SO:0000273 tRNA  Val  GAC  Bacillus subtilis  prokaryotic cytosol  GAUUCCGUAGCUCAGCpDGGGAGAGCGCUACCUUGACAGGGUAGAGpm7GUCGCUGGpm5UpYCGAGCCCAGUCGGAAUCACCA
316 tdbR00000507  SO:0000266 tRNA  Ini  CAU  Bacillus subtilis  prokaryotic cytosol  CGCGGGGUGGAGCAGUUCGGpDAGCUCGUCGGGCUCAUAACCCGAAGGUCGCAGGpm5UpYCAAAUCCUGCCCCCGCAACCA
317 tdbR00000504  SO:0000266 tRNA  Ini  CAU  Mycoplasma capricolum  prokaryotic cytosol  CGCGGGGUAGAGCAGUpDGGpDAGCUCGCCGGGCUCAUAACCCGGAGGUCGCAGGUpYCGAGUCCUGCCCCCGCAACCA
318 RATUR3B  SO:0000275 snoRNA  U3_Yeast_and_Rat  U3_Yeast_and_Rat  Rattus norvegicus  nucleus  m2,2,7GpppNpAmAGACUApYACUpYUCAGGGAUCAUUUCUAUAGUUCGUUACUAGAGAAGUUUCUCUGACUGUGUAGAGCACCCGAAACCACGAGGACGAGACAUAGCGUCCCCUCCUGAGCGUGAAGCCGGCUCUAGGUGCUGCUUCUGUGCAGCUGCCUCUUGCCAUUGAUGAUCGUUCUUCUCUCCUUCGGGGGGGUAAGAGGGAGGGAACGCAGUCUGAGUGGA
319 X04239  SO:0000275 snoRNA  U8  U8  Mus musculus  nucleus  m2,2,7GpppNpAmpUmCGUCAGGAGGUUAAUCCpYUACCUGUCCCUCCUUUCGGAGGGCAGUAGAAAAUGAUGAUUGGAGCUUGCAUGAUCUGCUGAUUAGCAUUUCCAUGCAAUCAGGACCUGACAACAUCCUGGUUGCUCCUAUCUGAUU
320   SO:0000391 snRNA  U1  U1  Homo sapiens  nucleus  m2,2,7GpppNpAmpUmACpYpYACCUGGCAGGGGAGAUACCAUGAUCACGAAGGUGGUUUUCCCAGGGCGAGGCUUAUCCAUUGCpAmCUCCGGAUGUGCUGACCCCUGCGAUUUCCCCAAAUGUGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUUUCCCCUG
321 MN297470  SO:0000392 snRNA  U2  U2  Homo sapiens  nucleus  m2,2,7GpppNAUCGCUUCUCGGCCUUUUGGCUAAGAUCAAGUGUAGUAUpCmUGUUCUUAUCAGUUUAAUAUpCmUGAUACGUCCUCUAUCCGAGGACAAUAUAUUAAAUGGAUUUUUGGAGCAGGGAGAUGGAAUAGGAGCUUGCUCCGUCCACUCCACGCAUCGACCUGGUAUUGCAGUACCUCCAGGAACGGUGCACC
322 X01691  SO:0000395 snRNA  U5  U5  Homo sapiens  nucleus  m2,2,7GpppNpAmpUmACUCUGGUUUCUCUUCAGAUCGCAUAAAUCUUUCpGmCCUpUmUpYApCmpYAAAGAUpYUCCGUGGAGAGGAACAACUCUGAGUCUUAACCCAAUUUUUUGAGCCUUGCCUUGGCAAGGCUA
323 XM_006719309  SO:0000393 snRNA  U4  U4  Homo sapiens  nucleus  m2,2,7GpppNpAmpGmCpYUUGpCmGCAGUGGCAGUAUCGUAGCCAAUGAGGUCUAUCCGAGGCGCGAUUAUUGCUAAUUGpAmAAACUUpYUCCCAApYACCCCGCCGUGACGACUUGCAAUAUAGUCGGCACUGGCAAUUUUUGACAGUCUCUACGGAGACUG
324   SO:0000396 snRNA  U6  U6  Rattus norvegicus  nucleus  mpppNGUGCCUGCUUCGGCAGCACAUAUACUAAAApYUGGAACGApYACpm6AGAGpAmAGAUUpAmpGmCAUGGpCmCpCmpCmUGCGCApAmGpm2GAUGApCmACGCAAAUpYCGUGAAGCGUUCCAUAUUUU
325 CP068256  SO:0000399 snRNA  U12  U12  Homo sapiens  nucleus  m2,2,7GpppNUGCCUUAAACUUAUGAGpYAAGpGmAAAApYAACGAUUCGGGGUGACGCCCGAAUCCUCACUGCUAAUGUGAGACGAAUUUUUGAGCGGGUAAAGGUCGCCCUCAAGGUGACCCGCCUACUUUGCGGGAUGCCUGGGAGUUGCGAUCUGCCCG
326 NG_029832  SO:0000394 snRNA  U4atac  U4atac  Homo sapiens  nucleus  m2,2,7GpppNAACCAUCCUUUpYCUUGGGGUUGCGCUACUGUCCAAUGAGCGCAUAGUGAGGGCAGUACUGCUAACGCCUGAACAACACACCCGCAUCAACUAGAGCUUUUGCUUUAUUUUGGUGCAAUUUUUGGAAAAAU
327   SO:0000391 snRNA  U1  U1  Rattus norvegicus  nucleus  m2,2,7GpppNpAmpUmACpYpYACCUGGCAGGGGAGAUACCAUGAUCACGAAGGUGGUUUUCCCAGGGCGAGGCUUAUCCAUUGCpAmCUCCGGAUGUGCUGACCCCUGCGAUUUCCCCAAAUGCGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUCUCCCCUG
328 XM_015284986  SO:0000391 snRNA  U1  U1  Gallus gallus  nucleus  m2,2,7GpppNpAmpUmACpYpYACCUGGCAGGGGAGACACCAUGAUCAGGCAGGUGGUUUUCCCAGGGCGAGGCUCAUCCCCUGCpAmCUCCGGGUGUGCUGACCCCUGCGAUUUCCCCAAAUGCGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUCUCCCCUGAUUUGCGCGGUUCAAAGACAGAACGCUGCUCUUCACCUGUAUUCCUCGCUGCUCUCCGUGGCGCGGUGCCGCCACAACCGGCUUUCGCCCACGCCGGAGCGCGGCGCUGCUGUAAAGGAGCGGCGCUGCUCUCCGCUUCCAUCUCCACGGCAUA
329   SO:0000391 snRNA  U1  U1  Mus musculus  nucleus  m2,2,7GpppNpAmpUmACpYpYACCUGGCAGGGGAGAUACCAUGAUCACGAAGGUGGUUUUCCCAGGGCGAGGCUUAUCCAUUGCpAmCUCCGGAUGUGCUGACCCCUGCGAUUUCCCCAAAUGCGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUCUCCCCUG
330   SO:0000391 snRNA  U1  U1  Drosophila melanogaster  nucleus  m2,2,7GpppNpAmpUmACpYpYACCUGGCGUAGAGGUUAACCGUGAUCACGAAGGCGGUUCCUCCGGAGUGAGGCUUGGCCAUUGCpAmCCUCGGCUGAGUUGACCUCUGCGAUUAUUCCUAAUGUGAAUAACUCGUGCGUGUAAUUUUUGGUAGCCGGGAAUGGCGUUCGCGCCGUCCCGA
331   SO:0000391 snRNA  U1  U1  Chlorella saccharophila  nucleus  m2,2,7GpppNAUACpYmpUmACCUGUCCGGCCUGCGACCUCGAGCAAGAAGGGGGUCUAGGUAGUGCUUGUACCUCGCCUUGUACUAUGCUUGGGGUAGCGCUGUGUGCGGGGCAAGUCCUCGUUACAACGGAAUAAUUUCUGGCAGGCCGUUGCACGCGCUUGCGCGUCCUCGGCAA
332 CU329671  SO:0000391 snRNA  U1  U1  Schizosaccharomyces pombe  nucleus  m2,2,7GpppNACpYUACCUGGCAUGAGUUUCUGCAGCACAAGAAUUGUGGAGACUCAGUUAUUUGUCUUGGCAUUGCACUGAGCCCUGACGAAUAACUGUGGACUGGCUAAGGUCAGCUCCGGAUGCAUCAUUUUUGAGUUCGUCCCUCAUUUGGGGCA
333 CP046094  SO:0000391 snRNA  U1  U1  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAUACpYpYACCUUAAGAUAUCAGAGGAGAUCAAGAAGUCCUACUGAUCAAACAUGCGCUUCCAAUAGUAGAAGGACGUUAAGCAUUUAUCAUUGAACUAUAAUUGUUCAUUGAAGUCAUUGAUGCAAACUCCUUGGUCACACACACAUACGGCGCGGAAGGCGUGUUUGCUGACGUUUCCAUUCCCUUGUUUCAAUCAUUGGUUAAUCCCUUGAUUCCUUUGGGGAUUUUUGGGUUAAACUGAUUUUUGGGGCCCUUUGUUUCUUCUGCCUGGAGAAGUUUGACACCAAAUUCAAAUUGGUGUUAGGGGAGCUGGGGCCUUUCAAAAGAGAGCUUUGUAGAGGCAUUCUUUUUGACUACUUUUCUCUAGCGUGCCAUUUUAGUUUUUGACGGCAGAUUCGAAUGAACUUAAGUUUAUGAUGAAGGUAUGGCUGUUGAGAUUAUUUGGUCGGGAUUGUAGUUUGAAGAUGUGCUCUUUUGAGCAGUCUCAACUUUGCUCGUUCCCGUUAUGGGAAAAAUUUUGGAAGGUCUUGGUAGGAACGGGUGGAUCUUAUAAUUUUUGAUUUAUUUUA
334   SO:0000392 snRNA  U2  U2  Rattus norvegicus  nucleus  m2,2,7GpppNAUCGCUUCUCGGCCUUUUGGCUAAGAUCAAGUGUAGUAUpCmUGUUCUUAUCAGUUUAAUAUpCmUGAUACGUCCUCUAUCCGAGGACAAUAUAUUAAAUGGAUUUUUGGAACUAGGAGUUGGAAUAGGAGCUUGCUCCGUCCACUCCACGCAUCGACCUGGUAUUGCAGUACCUCCAGGAACGGUGCACC
335 X05084  SO:0000392 snRNA  U2  U2  Vicia faba  nucleus  m2,2,7GpppNAUACCUpYmCUCGGCCUUUUGGCUAAGAUpCmAAGUGUAGUAUpCmUGUUCUUAUUAGUUUAAUAUCUGAUAUGUGGGCCAAUGGCCCACACGAUAUUAAAUUUAUUUCUUGAGGGGAAGAGGCCACCACAGUAGCUUGCUAUUGGGUCUCUUACGUGUCGCUCUUGCGUUGCACUAUAGCAAUUGCUGGCGCACCCCA
336 M23361  SO:0000392 snRNA  U2  U2  Schizosaccharomyces pombe  nucleus  m2,2,7GpppNAUUCUCUCUUUGCCUUUUGGCUUAGAUCApm6AGUGUAGUAUpCmUGUUCUUUUCAGUUUAAUCGCUGAAAUCACCUCACUGAGGUGUUCCGAUUAAUCUUGUUUUUGGUUUGAGUUGGAAAGCCUCUGGCUUGCUAUGCUUUCCGACACUGGUGUUCUUGCUAUUGCACUUACUGGCAAGCGACGCCGAA
337 CP029160  SO:0000392 snRNA  U2  U2  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNACGAAUCUCUUUGCCUUUUGGCUUAGAUCAAGUGUAGUAUCUGUUCUUUUCAGUGUAACAACUGAAAUGACCUCAAUGAGGCUCAUUACCUUUUAAUUUGUUACAAUACACAUUUUUUGGCACCCAAAAUAAUAAAAUGGACGGGAAGAGACUUUUUAAGCAAGUUGUUUUCCGCUAAUGUCAGGUCUCACUACUUUUUGCUGCUAUUUUUCUUCGCUCAUGGUUUCUUCAUAAGGCGUUUUUAUGAUGGUUUUUCGAAAUUGGUUUUUGAGACGACGGUUGCUCAAGGUUAUUGUUUUUGUUUUCUUCUGGUUGUUUUCUAUUUUCUUUUUUUUAGCUUUCUGUUUCUCCCUUAGUUUGGCUUUUUGCUUCAUACUCUUCCCUGUCUUUCCGAGCCGUUUAUGUCCAACGCGGGAUUUGGUUUUUCUUUAUCGAUGGGAAGAAAUGGUGCUAUAGUAGGUUGGGAGAUAAUAUUUAUGGUAUGGGGUGCUAGUGCGGAUGGGGCGCUCUUAUUGUUGAUUUCUUCGCUCGUCUUCUUUUUCUGGUGGCGCUGCAAGAGGAAGUUUUUCGACUUUGUUAUGAUUUUUGGUUUGCAAGGAAAGGUGUCUUACGAUUCUUUUUUUGAUGUAAUAGGAUAAGCUUGCUUAUCCCCAAGUAUCGGCCAAAGUUGUUGAUUUUCCUUUUGAAGUGUCCUCGGUUUGAGGGGGUGUAGGGUGGGGUUGGUCUACAAUAAGAGUGUUCCAUUGUUAACGUGCUGGCGUCUUUUACUAUAUUUUUUUUCCCAGUUUAUUUUGUGCUUAUUUUCUCAUUGAGGAGAAGGAGCUCUUCUCGCAGGAUAUAAAUGGAGGUUUGCUAAAGGGGAGGAGAUGUGUUUGUGAGAAUACUGCUGAGAGAGUUCUGGAAGAGAAAAAAAGGAGGCAAUGGAAGGCGUUUGCUGGGAAAAGAGAAGAGCCAUGACUGCAUCUGUUGUUUCAAGGCCAGUUUUAUUAACCGCCUAUGUCAUAGAGGCGUUUUUUUUGGAGGGAUUUGAAGAAUGCCCGGCGGCAUCAAGAAACGGACUUGAUGGUUGACGCCUGUUUUUAAAGUUAGAGACGUCGCGACCCUCGCACUUGUGGAGUCGUUCUUGACUUUUACUUUGGUCGCUUGAUGUUUCUCUCGUCUUCCCGUUCGC
338   SO:0000396 snRNA  U6  U6  Mus musculus  nucleus  mpppNGUGCUCGCUUCGGCAGCACAUAUACUAAAApYUGGAACGApYACpm6AGAGpAmAGAUUUpAmpGmCAUGGpCmCpCmpCmUGCGCApAmGpm2GAUGApCmACGCAAAUpYCGUGAAGCGUUCCAUAUUUUU
339   SO:0000396 snRNA  U6  U6  Vicia faba  nucleus  mpppNCUUCGGGGACAUCCGAUAAAApYUGGAACGACACpm6AGAGpAmAGAUUpAmGCAUGGCCpCmCUGCGpCmApAmGGAUGACACpGmCACAAAUCpGmAGAAApYGGUCCAAAUUUU
340   SO:0000396 snRNA  U6  U6  Schizosaccharomyces pombe  nucleus  mpppNGAUCUUCGGAUCACUUUGGUCAAAUUGAAACGAUACpm6AGAGpAmAGAUUpAmGCAUGGCCpCmpCmUGCACAAGGAUGACACUGCGACAUUGAGAGAAAACCCAUUUU
341   SO:0000393 snRNA  U4  U4  Rattus norvegicus  nucleus  m2,2,7GpppNpAmpGmCpYUUGpCmGCAGUGGCAGUAUCGUAGCCAAUGAGGUUUAUCCGAGGCGCGAUUAUUGCUAAUUGpAmAAACUUpYUCCCAApYACCCCGCCGUGACGACUUGCAAUAUAGUCGGCAUUGGCAAUUUUUGACAGUCUCUACGGAGACUGG
342   SO:0000393 snRNA  U4  U4  Gallus gallus  nucleus  m2,2,7GpppNpAmpGmCpYUUGpCmGCAGUGGCAGUAUCGUAGCCAAUGAGGUUAAUCCGAGGCGCGAUUAUUGCUAAUUGpAmAAACUUpYUCCCAApYACCCCGCCGUGACGACUUGCAAUAUAGUCGGCAUUGGCAAUUUUUGACAGUCUCUACGGAGACUGG
343   SO:0000393 snRNA  U4  U4  Mus musculus  nucleus  m2,2,7GpppNpAmpGmCpYUUGpCmGCAGUGGCAGUAUCGUAGCCAAUGAGGUUUAUCCGAGGCGCGAUUAUUGCUAAUUGpAmAAACUUpYUCCCAApYACCCCGCCAUGACGACUUGAAAUAUAGUCGGCAUUGGCAAUUUUUGACAGUCUCUACGGAGACUG
344 CP023339  SO:0000393 snRNA  U4  U4  Drosophila melanogaster  nucleus  m2,2,7GpppNpAmGCUUAGCGCAGUGGCAAUACCGUAACCAAUGAAGCCUCCCUGAGGUGCGGUUAUUGCUAGUUGpAmAAACUUUAACCAACCCACGCCAUGGGACGUGAAAUACCGUCCACUACGGCAAUUUUUGGAAGCCCpYpYACGAGGGCUAA
345 X07112  SO:0000393 snRNA  U4  U4  Vicia faba  nucleus  m2,2,7GpppNAUCUpYmUGCGCpYmUGGGGCAAUGACGUAGCUAGUGAGGUpYCUAACCGAGGCGCGUCUApYUGCUGGUUGpAmAAACUApYUUGCCAAACCCCUCUUAGGCUUGGGCUUGGGUUCAAGCCUUUGAGAAUUUCUGGAAGGACUCCCUUUGGGGUAAAGUCUA
346 XR_005488827  SO:0000395 snRNA  U5  U5  Rattus norvegicus  nucleus  m2,2,7GpppNpAmpUmACUCUGGUUUCUCUUCAGAUCGUAUAAAUCUUUCpGmCCUpUmUpYApCmpYAAAGAUpYUCCGUGGAGAGGAACAACUCUGAGUCUUAAACCAAUUUUUUGAGGCCUUGUCUUGAGCAAGGCU
347   SO:0000395 snRNA  U5  U5  Mus musculus  nucleus  m2,2,7GpppNpAmpUmACUCUGGUUUCUCUUCAGAUCGUAUAAAUCUUUCpGmCCUpUmUpYApCmpYAAAGAUpYUCCGUGGAGAGGAACAACUCUGAGUCUUAAACCAAUUUUUUGAGGCCUUGUCUUGGCAAGGCUA
348 X00386  SO:0000395 snRNA  U5  U5  Crypthecodinium cohnii  nucleus  m2,2,7GpppNpm6ApUmpCmACAGUGpYUCACUUCAACCGAAUCAApYCUpYpUmCpGmCCUpUmUpYApCmpYAAAGGUUGCCGUGAAUGGGACACAUCAAUGUGAAUCUCUCAAUUUUUGAGGGCUCUGCCCCAC
349   SO:0000395 snRNA  U5  U5  Tetrahymena thermophila  nucleus  m2,2,7GpppNpAmpUmCACAGAACUCAGCUCAUUACGCUUUAAUUUpYUCpGmCCUpUmUpYApCmpYAAAGAUpYACCGUGGGCUGGGUUUACCAAUGUGAAUUAUUAAAAUUUUUGCAGGAUUCUUUUGAAUCCUCUCAC
350   SO:0000395 snRNA  U5  U5  Pisum sativum  nucleus  m2,2,7GpppNAGCCGUGUGAUGAUGACAUAGCGAACUAUpUmCUpYUCpGmCCUpUmUpYApCmpYAAAGAAUACpYCGUGUCAGCGUCACAAUUAGCGGCAUACGCUAGUUUUUGGAAGAGUUCUCAAUUUUGAGGGCUCUG
351   SO:0000395 snRNA  U5  U5  Physarum polycephalum  nucleus  m2,2,7GpppNpAmpCmACGCGGCUUpYCpYCGGCAGAUCGAAUUApYUCUpYpUmCpGmCCUpUmUpYApCmpYAAAGAAUACCGUGUCGGGGAUGCAUAUUUGCGUCUUUUGAUCGAAUUUUUUGCGGCCUCUCUUUACGAGUGGCUAU
352 CP023337  SO:0000395 snRNA  U5  U5  Drosophila melanogaster  nucleus  m2,2,7GpppNpAmpUmACUCUGGUUUCUCUUCAAUGUCGAAUAAApYCUUUCpGmCCUpUmUpYApCmpYAAAGAUpYUCCGUGGAGAGGAACACUCUAAGAGUCUAAAACUAAUUUUUUAGUCAGUCUUGUCGCAAGACUGGGGCCA
353 XM_043072010  SO:0000395 snRNA  U5  U5  Chlamydomonas reinhardtii  nucleus  m2,2,7GpppNpAmpUmCCGCGACGAGCUGAACGCGUApGmCGAAUApYCUCUpYUCpGmCCUpUmUpYApCmpYAAAGAGAUCCGCGAGUUUUGCUCACGCAGUCGCAUAUCCAUCUUUUUGUGGGGCUUUUGCCUU
354 X01693  SO:0000395 snRNA  U5  U5  Tetrahymena pyriformis  nucleus  m2,2,7GpppNpAmpUmCACAGAACUCAGCUCAAUACGCUUUAAUUUpYUCpGmCCUpUmUpYApCmpYAAAGAUpYACCGUGGGCUGGGUUCUACAAUGUGAAUUAUUAAAAUUUUUGAGGAUUGUGUGAAUCCUA
355 X15504  SO:0000395 snRNA  U5  U5  Schizosaccharomyces pombe  nucleus  m2,2,7GpppNAUAAUCCGUCAAAGCACUUUGCAAAAGCUAACGUAUCpYGUUUCUUpGmCCUpUmUpYApCmCAGAAACAGCCGUUUGUAAGGUGUGCUAAUUUGACUGUAUAGUUUUUGAAUCUUUUUCUUGAAACA
356 CP046087  SO:0000395 snRNA  U5  U5  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNCAAGCAGCUUUACAGAUCAAUGGCGGAGGGAGGUCAACAUCAAGAACUGUGGGCCUUUUAUUGCCUAUAGAACUUAUAACGAACAUGGUUCUUGCCUUpYUACCAGAACCAUCCGGGUGUUGUCUCCAUAGAAACAGGUAAAGCUGUCCGUUACUGUGGGCUUGCCAUAUUUUUUGGAACUUUUCUGCCCUUUUUCUCAAUGAGUAAGGAGGGCGU
357   SO:0000397 snRNA  U6atac  U6atac  Homo sapiens  nucleus  mpppNGUGUUGUAUGAAAGGAGAGAAGGUUAGCACUCCCCUUGACAAGGAUGGAAGAGGCCCUCGGGCCUGACAACACGCAUACGGUpYAAGGCAUUGCCACCUACUUCGUGGCAUCUAACCAUCGUUUUU
358 CP038187  SO:0000391 snRNA  U1  U1  Caenorhabditis elegans  nucleus  m2,2,7GpppNAAACpYUACCUGGCUGGGGGUUAUUUCGCGAUCACAAAGGCGGAAUCCCCAUGGUUAGGCCUACCCAUUGCACUUUUGGUGCGGGCUGACCUGUGUGGCAGUCUCGAGUUGAGAUUCGCCAACAGCUUAAUUUUUGCGUAUCGGGGCUGCGUGCGCGCGGCCCUGAA
359 NM_060702  SO:0000392 snRNA  U2  U2  Caenorhabditis elegans  nucleus  m2,2,7GpppNAUCGCUUCUUCGGCUUAUUAGCUAAGAUCAAAGUGUAGUAUCUGUUCUUAUCGUAUUAACCUACGGUAUACACUCGAAUGAGUGUAAUAAAGGUUAUAUGAUUUUUGGAACCUAGGGAAGACUCGGGGCUUGCUCCGACUUCCCAAGGGUCGUCCUGGCGUUGCACUGCUGCCGGGCUCGGCCCAGU
360 X51382  SO:0000393 snRNA  U4  U4  Caenorhabditis elegans  nucleus  m2,2,7GpppNAGCUUUGCGCUGGGGCGAUAACGUGACCAAUGAGGCUUUGCGAGGUGCGUUUAUUGCUGGUpYGAAAACUUUpYCCCAAUUGCCCGCGAUGUCCCCUGAAACAUGGGUGGCAUACGCAAUUUUUGAACxUCUCUAGGAGGCAGAA
361 CP038191  SO:0000396 snRNA  U6  U6  Caenorhabditis elegans  nucleus  mpppNGUUCUUCCGAGAACAUAUACUAAAApYUGGAACAAUACAGAGAAGAUUAGCAUGGCCCCUGCGCAAGGAUGACACGCAAAUUCGUGAAGCGUUCCAAAUUUUU
362 LK927909  SO:0000395 snRNA  U5  U5  Caenorhabditis elegans  nucleus  m2,2,7GpppNAACUCUGGUUCCUCUGCAUUUAACCGUGAAAAUCUpYUCGCCUUUpYACpYAAAGAUUUCCGUGCAAAGGAGCAUUUACUGAGUAUUACAUACAAUUUUUGGAGACUCCUUGAGAAAGCGGGUCA
363 AF204671  SO:0000393 snRNA  U4  U4  Leptomonas collosoma  nucleus  m2,2,7GpppNAAGCCUUGCGCAGGGAGAUGUGAACGCAAGAACCUCAGUGAUUGUUCAUUUAGUGCUAUACUApAmAAACUCCApGmUACUCCUAUACGGGAAUAUUUGCAUCCACCAAGGGUGGGGAA
364 AF006632  SO:0000395 snRNA  U5  U5  Leptomonas collosoma  nucleus  m2,2,7GpppNACCGGCAUCACUGCUUCGACUUpUmUACUApAmGCAGCGCAGCCAACACAUAUCAUGUCAAAUUUUGGGAACCCUUGUGGUUUU
365   SO:0000396 snRNA  U6  U6  Leptomonas collosoma  nucleus  mpppNGGAGCCCCUUCGGGGGACAUCCACAACCUGGAACUUCAACAGpAmGAAGpAmUUpAmGCpAmCUpCmUCCCUpGmCGCAAGGCUGAUGUCAAUCUUCGAGAGAUAUAGCUUUU
366 X05054  SO:0000396 snRNA  U6  U6  Physarum polycephalum  nucleus  m2,2,7GpppNUUUUGUAUCACAUAUACUAAAAUGGCGCUAGCGAUUAAGCCGGCCGGUUGCUCAGUACCGUGAGACGCUCGAGCGAAGCGUUUGCGUUUUUUUGUAAA
367 tdbR00000001  SO:0000254 tRNA  Ala  CGC  Halobacterium salinarum  prokaryotic cytosol  GGGCUCGUAGAUCAGCGGUAGAUCpm2,2GCUUCCUUCGCAAGGAAGAGGCCpm5CUGGGpm1YpYpCmpm1IAAUCCCAGCGAGUCCACCA
368 tdbR00000002  SO:0000254 tRNA  Ala  CGC  Haloferax volcanii  prokaryotic cytosol  GGGCUCGUAGAUCAGUGGCAGAUCpm2,2GCUUCCUUCGCAAGGAAGAGGCpm5Cpm5CGGGGpm1YpYpCmpm1IAAUCCCCGCGAGUCCACCA
369 tdbR00000003  SO:0000254 tRNA  Ala  GGC  Haloferax volcanii  prokaryotic cytosol  GGGCUCGUAGAUCAGGGGUAGAUCACUCCCUUGGCAUGGGAGAGGCpm5Cpm5CCGGGpm1YpYpCmpm1IAAUCCCGGCGAGUCCACCA
370 tdbR00000004  SO:0000254 tRNA  Ala  UGC  Haloferax volcanii  prokaryotic cytosol  GGGCCCAUAGCUCAGUGGUAGAGUpm2GCCUCCUUUGCAAGGAGGAUGCpm5Cpm5CAGGGpm1YpYpCmGAAUCCCUGUGGGUCCACCA
371 tdbR00000006  SO:0000254 tRNA  Ala  UGC  Mycoplasma mycoides  prokaryotic cytosol  GGGCCCUUAGCUCAGCpDGGGAGAGCACCUGCCUUGCpm6ACGCAGGGGpm7GUCGACGGUUCGAUCCCGUUAGGGUCCACCA
372 tdbR00000013  SO:0000254 tRNA  Ala  IGC  Pichia jadinii  eukaryotic cytosol   GGGCGUGUpm1GGCGUAGpDpDGGpDAGCGCpm2,2GpYUCGCUUpIGCpm1IpYGCGAAAGGpDCUCCGGpm5UpYCGpm1ACUCCGGACUCGUCCACCA
373 tdbR00000014  SO:0000254 tRNA  Ala  IGC  Bombyx mori  eukaryotic cytosol   GGGGGCGUApm2GCUCAGApDGGUAGAGCpm2,2GCUCGCpUmUpIGCpm1IpYpGmpYGAGAGpm7GUApm5CCGGGApYCGpm1AUACCCGGCGCCUCCACCA
374 tdbR00000014  SO:0000254 tRNA  Ala  IGC  Bombyx mori  eukaryotic cytosol   GGGGGCGUApm2GCUCAGApDGGUAGAGCpm2,2GCUCGCpUmUpIGCpm1IpYpGmpYGAGAGpm7GUApm5CCGGGApYCGpm1AUACCCGGCGCCUCCACCA
375 tdbR00000016  SO:0000254 tRNA  Ala  IGC  Homo sapiens  eukaryotic cytosol   GGGGGAUUApm2GCUCAAApDGGpDAGAGCpm2,2GCUCGCpUmUpIGCpm1IpYpGmCGAGAGpm7GUAGCGGGApYCGpm1AUGCCCGCAUCCUCCACCA
376 tdbR00000017  SO:0000254 tRNA  Ala  IGC  Homo sapiens  eukaryotic cytosol   GGGGAAUUApm2GCUCAAApDGGpDAGAGCpm2,2GCUCGCpUmUpIGCpm1IpYpGmCGAGAGpm7GUAGCGGGApYCGpm1AUGCCCGCAUUCUCCACCA
377 tdbR00000018  SO:0000258 tRNA  Cys  GCA  Haloferax volcanii  prokaryotic cytosol  GCCAAGGUGGCAGApG+UUCGGCCCAACGCAUCCGCCUGCApm1GAGCGGAACCCCpm5CGCCGGpm1YpYpCmpm1IAAUCCGGCCCUUGGCUCCA
378 tdbR00000022  SO:0000257 tRNA  Asp  GUC  Enterobacteria phage T5  prokaryotic cytosol  GCGACCGGGGCUGGCUUGGUAAUGGUACUCCCCUGUCACGGGAGAGAAUGUGGGpm5UpYCAAAUCCCApYCGGUCGCGCCA
379 tdbR00000023  SO:0000257 tRNA  Asp  GUC  Haloferax volcanii  prokaryotic cytosol  GCCCGGGUGpm2,2GUGpYAGUGGCCCAUCAUACGACCCUGUCACGGUCGUGACGCGGGpm1YpYpCmpm1IAAUCCCGCCUCGGGCGCCA
380 tdbR00000025  SO:0000257 tRNA  Asp  GUC  Thermus thermophilus  prokaryotic cytosol  GGCCCCGps4UGGUGpYAGUUpGmGpDpDAACACACCCGCCUGUCACGpYGGGAGAUCGCGGGpm5s2UpYCGpm1AGUCCCGUCGGGGCCGCCA
381 tdbR00000036  SO:0000257 tRNA  Asp  GUC  Euglena gracilis  eukaryotic cytosol   UCUUCGGUAGUApYAGpDpGmGpDAAGUAUxGpYCCGCCUGUCAxCGCGGAAGAxCxACGGGpm5UpYCAxAUUCCCGGCCGGAGAGCCA
382 tdbR00000037  SO:0000257 tRNA  Asp  GUC  Rattus norvegicus  eukaryotic cytosol   AUCCUCGUUAGUApYAGUGGpDGAGUAUCCCCGCUCGUCApm5CGCGGGAGApm5Cpm5CGGGGpm5UpYCGAUUCCCCGACGGGGAGCCA
383 tdbR00000038  SO:0000257 tRNA  Asp  8UC  Rattus norvegicus  eukaryotic cytosol   UCCUCGUUAGUApYAGUGGpDGAGUAUCCCCGCUCpmanQUCApm5CGCGGGAGApm5Cpm5CGGGGpm5UpYCGAUUCCCCGACGGGGAGCCA
384 tdbR00000039  SO:0000257 tRNA  Asp  8UC  Oryctolagus cuniculus  eukaryotic cytosol   UCCCGUCUAGUApYAGUGGpDGAGUAUAUCCGCCUpmanQUCACGCGGGAGGApm5Cpm5CGGGGpm5UpYCGpm1AAUCCCCGGACGGGAGCCA
385 tdbR00000040  SO:0000257 tRNA  Asp  8UC  Bos taurus  eukaryotic cytosol   GGUGCCGUApm2GCGpYAGpDpGmGCANCGNGACUCUpCmUpmanQUCAAAGAGUGGpm7GApm5CNUGAGpm5UpYCGpm1AUACUCAACGGCACCGCCA
386 tdbR00000041  SO:0000257 tRNA  Asp  8UC  Xenopus laevis  eukaryotic cytosol   UCCUCpm2GUUpm1GGUApYAGUGGpDGAGUAUCCCCGCCUpmanQUCApm5CGCGGGAGApm5Cpm5CGGGGpm5UpYCAAUUCCCCGACGGGGAGCCA
387 tdbR00000042  SO:0000260 tRNA  Glu  MUC  Haloferax volcanii  prokaryotic cytosol  GCUCUGUUGpm2,2GUGpYAGUCCGGCCAAUCAUAUCACCCUpac4CUCACGGUGAUGACpm5CAGGGpm1YpYpCmGAAUCCCUGACGGAGCACCA
388 tdbR00000043  SO:0000260 tRNA  Glu  NUC  Haloferax volcanii  prokaryotic cytosol  GCUCGGUUGpm2,2GUGpYAGUCCGGCCAAUCAUCUUGGCCUxUUCpm1GAGCCGAGGACpm5CAGGGpm1YpYpCmpm1IAAUCCCUGACCGAGCACCA
389 tdbR00000048  SO:0000260 tRNA  Glu  NUC  Synechocystis sp.  prokaryotic cytosol  GCCCCCAUCGUCUAGAGGCCpDAGGACACCUCCCUxUUCACGGAGGCGACAGGGApm5UpYCGAAUUCCCUUGGGGGUACCA
390 tdbR00000055  SO:0000260 tRNA  Glu  3UC  Schizosaccharomyces pombe  eukaryotic cytosol   UCCGUUGUpm1GGUCCAACGGCpDAGGAUUCGUCGCUpmcm5s2UUCACCGACGGGAGpm5CGGGGpm5UpYCGACUCCCCGCAACGGAGCCA
391 tdbR00000056  SO:0000260 tRNA  Glu  UPC  Hordeum vulgare  eukaryotic cytosol   UCCGUCGUAGUCpYAGGpDGGpDpYAGGAUACUCGGCUUpYCACCCGAGAGACpm5CCGGGpm5UpYCApm1AGUCCCGGCGACGGAACCA
392 tdbR00000057  SO:0000260 tRNA  Glu  CPC  Hordeum vulgare  eukaryotic cytosol   UCCGUCGUAGUCpYAGGpDGGpDpYAGGAUACUCGGCUCpYCACCCGAGAGACpm5CCGGGpm5UpYCGpm1AGUCCCGGCGACGGAACCA
393 tdbR00000058  SO:0000260 tRNA  Glu  CUC  Lupinus luteus  eukaryotic cytosol   UCCGUUGUAGUCpYAGpDpDGGpDCAGGAUAUUCGGCUCUCACCCGAAAGACpm5CCGGGpm5UpYCApm1AGUCCCGGCGACGGAACCA
394 tdbR00000059  SO:0000260 tRNA  Glu  3UC  Rattus norvegicus  eukaryotic cytosol   UCCCACAUpm1GGUCpYAGCGGpDpDAGGAUUCCUGGpYUpmcm5s2UUCACCCAGGCGGCpm5Cpm5CGGGpm5UmpYCGACUCCCGGUGUGGGAACCA
395 tdbR00000060  SO:0000260 tRNA  Glu  2UC  Drosophila melanogaster  eukaryotic cytosol   UCCCAUAUGGUCpYAGpDGGCpDAGGAUAUCUGGpCmUps2UUCACCCAGAAGGCCCGGGpm5UpYCGAUUCCCGGUAUGGGAACCA
396 tdbR00000061  SO:0000260 tRNA  Glu  CUC  Mus musculus  eukaryotic cytosol   UCCCUGGUGpm2GUCpYAGUGGpDpYAGGAUUCGGCGCUCUCACCGCCGCGGCpm5Cpm5CGGGpm5UmpYCGAUUCCCGGUCAGGGAACCA
397 tdbR00000061  SO:0000260 tRNA  Glu  CUC  Homo sapiens  eukaryotic cytosol   UCCCUGGUGpm2GUCpYAGUGGpDpYAGGAUUCGGCGCUCUCACCGCCGCGGCpm5Cpm5CGGGpm5UmpYCGAUUCCCGGUCAGGGAACCA
398 tdbR00000063  SO:0000267 tRNA  Phe  GAA  Haloferax volcanii  prokaryotic cytosol  GCCGCCUUAGCUCApG+ACUGGGAGAGCACUCGACUGAApm1GApYCGAGCUGUpm5CCCCGGpm1YpYpCmpm1IAAUCCGGGAGGCGGCACCA
399 tdbR00000066  SO:0000267 tRNA  Phe  GAA  Thermus thermophilus  prokaryotic cytosol  GCCGApm2GGps4UAGCUCAGUUpGmGpDAGAGCAUGCGACUGAApi6AApYCGCAGUpm7GUCGGCGGpm5UpYCGAUUCCGCUCCUCGGCACCA
400 tdbR00000068  SO:0000267 tRNA  Phe  GAA  Rhodospirillum rubrum  prokaryotic cytosol  GCCCGGGUAGCUCAGCpDGGpDAGAGCACGUGACUGAApms2i6AApYCACGGUpm7GUCGGUGGpm5UpYCGACUCCGCCCCCGGGCACCA
401 tdbR00000069  SO:0000267 tRNA  Phe  GAA  Synechococcus sp. PCC 7002  prokaryotic cytosol  GCCAGGAUAGCxUCAGUpDpGmGpDAGAGCAGAGGACUGAApms2i6AApYCCUCGUpm7GUCGGCGGpm5UpYCAAUUCCGCCUCCCGGCACCA
402 tdbR00000070  SO:0000267 tRNA  Phe  #AA  Geobacillus stearothermophilus  prokaryotic cytosol  GGCUCGGps4UAGCUCAGUCGGpDAGAGCAAAGGACUpGmAApms2i6AApYCCUUGUpm7GUCGGCGGpm5UpYCGAUUCCGUCCCGAGCCACCA
403 tdbR00000081  SO:0000267 tRNA  Phe  GAA  Scenedesmus obliquus  eukaryotic cytosol   GGCUUGAUApm2GCUCAGCpDpGmGGAGAGCpm2,2GpYpYAGApCmUGAApm1GApYCUACAGpm7GNpm5CCCCAGpm5UpYCGpm1AUpm5CpCmUGGGUCAGGCCACCA
404 tdbR00000082  SO:0000267 tRNA  Phe  #AA  Neurospora crassa  eukaryotic cytosol   GCGGGUUUApm2GCUCxAGpDpDGGGAGAGCpm2,2GpYCAGApCmUpGmAApyWApYpm5CUGAAGpm7GpDpm5CGUGUGpm5UpYCGpm1AUCCACACAAACCGCACCA
405 tdbR00000085  SO:0000267 tRNA  Phe  #AA  Schizosaccharomyces pombe  eukaryotic cytosol   GUCGCAAUxGpm2GUGpYAGpDpDGGGAGCApYpm2GACAGApCmUpGmAApyWApYCUGUUGpm7GxUCAUCGGpm5UpYCGAUCCCGGUUUGUGACACCA
406 tdbR00000086  SO:0000267 tRNA  Phe  #AA  Euglena gracilis  eukaryotic cytosol   GCCGACUUApm2GCUpCmAGpDpDGGGAGAGCpm2,2GpYpYAGApCmUpGmAApyWApYCUAAAGpm7GUCCCUGGpm5UpYCGpm1AUCCCGGGAGpYCGGCACCA
407 tdbR00000088  SO:0000267 tRNA  Phe  #AA  Hordeum vulgare  eukaryotic cytosol   GCGGGGAUApm2GCUCAGpDpDGGGAGAGCpm2,2GpYCAGApCmUpGmAApo2yWApYCUGAAGpm7GpDCGCGUGpm5UpYCGpm1AUCCACGCUCACCGCACCA
408 tdbR00000088  SO:0000267 tRNA  Phe  #AA  Triticum aestivum  eukaryotic cytosol   GCGGGGAUApm2GCUCAGpDpDGGGAGAGCpm2,2GpYCAGApCmUpGmAApo2yWApYCUGAAGpm7GpDCGCGUGpm5UpYCGpm1AUCCACGCUCACCGCACCA
409 tdbR00000089  SO:0000267 tRNA  Phe  #AA  Brassica napus  eukaryotic cytosol   GCGGGGAUApm2GCUCAGpDpDGGGAGAGCpm2,2GpYCAGApCmUpGmAApyWApYCUGAAGpm7GpDCGCGUGpm5UpYCGpm1AUCCACGCUCACCGCACCA
410 tdbR00000090  SO:0000267 tRNA  Phe  #AA  Lupinus luteus  eukaryotic cytosol   GCGGGGAUApm2GCUCAGpDpDGGGAGAGCpm2,2GpYCAGApCmUpGmAApo2yWApYCUGAAGpm7GpDCACGUGpm5UpYCGpm1AUCCACGUUCACCGCACCA
411 tdbR00000088  SO:0000267 tRNA  Phe  #AA  Pisum sativum  eukaryotic cytosol   GCGGGGAUApm2GCUCAGpDpDGGGAGAGCpm2,2GpYCAGApCmUpGmAApo2yWApYCUGAAGpm7GpDCGCGUGpm5UpYCGpm1AUCCACGCUCACCGCACCA
412 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Oryctolagus cuniculus  eukaryotic cytosol   GCCGAAAUApm2GCUCpm1AGpDpDGGGAGAGCpm2,2GpYpYAGApCmUpGmAApo2yWApYCUAAAGpm7GpDCpm5CCUGGpm5UpYCGpm1AUCCCGGGUUUCGGCACCA
413 tdbR00000093  SO:0000267 tRNA  Phe  #AA  Bombyx mori  eukaryotic cytosol   GCCGAAAUApm2GCUCAGpDpDGGGAGAGCpm2,2GpYpYAGApCmUpGmAApm1GApYCUAAAGpm7GpDpm5CCCUGGpm5UpYCApm1AUCCCGGGUUUCGGCACCA
414 tdbR00000094  SO:0000267 tRNA  Phe  #AA  Bombyx mori  eukaryotic cytosol   GCCGAAAUApm2GCUCAGpDpDGGGAGAGCpm2,2GpYpYAGApCmUpGmAApm1GApYCUAAAGpm7GpDpm5CCCUGGpm5UpYCGpm1AUCCCGGGUUUCGGCACCA
415 tdbR00000095  SO:0000267 tRNA  Phe  #AA  Drosophila melanogaster  eukaryotic cytosol   GCCGAAAUApm2GCUCAGpDpDGGGAGAGCpm2,2GpYpYAGApCmUpGmAApm1GApYCUAAAGpm7GpDCCCCGGpm5UpYCApm1AUCCCGGGUUUCGGCACCA
416 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Bos taurus  eukaryotic cytosol   GCCGAAAUApm2GCUCpm1AGpDpDGGGAGAGCpm2,2GpYpYAGApCmUpGmAApo2yWApYCUAAAGpm7GpDCpm5CCUGGpm5UpYCGpm1AUCCCGGGUUUCGGCACCA
417 tdbR00000097  SO:0000267 tRNA  Phe  #AA  Bos taurus  eukaryotic cytosol   GCCGAAAUApm2GCUCpm1AGpDpDGGGAGAGCpm2,2GpYpYAGApCmUpGmAApo2yWApYCUAAAGpm7GpDCpm5CCUGGpm5UpYCApm1AUCCCGGGUUUCGGCACCA
418 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Xenopus laevis  eukaryotic cytosol   GCCGAAAUApm2GCUCpm1AGpDpDGGGAGAGCpm2,2GpYpYAGApCmUpGmAApo2yWApYCUAAAGpm7GpDCpm5CCUGGpm5UpYCGpm1AUCCCGGGUUUCGGCACCA
419 tdbR00000099  SO:0000267 tRNA  Phe  #AA  Mus musculus  eukaryotic cytosol   AGCCGAAAUApm2GCUCpm1AGpDpDGGGAGAGCpm2,2GpYpYAGApCmUpGmAApm1GApYCUAAAGpm7GUCpm5CCUGGpm5UpYCGpm1AUCCCGGGUUUCGGCACCA
420 tdbR00000101  SO:0000267 tRNA  Phe  #AA  Mus musculus  eukaryotic cytosol   GCCGAAAUApm2GCUCpm1AGpDpDGGGAGAGCpm2,2GpYpYAGApCmUpGmAApyWApYCUAAAGpm7GUCpm5CCUGGpm5UpYCGpm1AUCCCGGGUUUCGGCACCA
421 tdbR00000101  SO:0000267 tRNA  Phe  #AA  Mus musculus  eukaryotic cytosol   GCCGAAAUApm2GCUCpm1AGpDpDGGGAGAGCpm2,2GpYpYAGApCmUpGmAApyWApYCUAAAGpm7GUCpm5CCUGGpm5UpYCGpm1AUCCCGGGUUUCGGCACCA
422 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Bos taurus  eukaryotic cytosol   GCCGAAAUApm2GCUCpm1AGpDpDGGGAGAGCpm2,2GpYpYAGApCmUpGmAApo2yWApYCUAAAGpm7GpDCpm5CCUGGpm5UpYCGpm1AUCCCGGGUUUCGGCACCA
423 tdbR00000098  SO:0000267 tRNA  Phe  #AA  Homo sapiens  eukaryotic cytosol   GCCGAAAUApm2GCUCpm1AGpDpDGGGAGAGCpm2,2GpYpYAGApCmUpGmAApo2yWApYCUAAAGpm7GpDCpm5CCUGGpm5UpYCGpm1AUCCCGGGUUUCGGCACCA
424 tdbR00000104  SO:0000261 tRNA  Gly  NCC  Enterobacteria phage T4  prokaryotic cytosol  GCGGAUAUCGUAUAAUpGmGpDAUUACCUCAGACUxUCCAApYCUGAUGAUGUGAGpm5UpYCGAUUCUCAUUAUCCGCUCCA
425 tdbR00000105  SO:0000261 tRNA  Gly  GCC  Halobacterium salinarum  prokaryotic cytosol  GCGCUGGUApm2GUGpYAGUGGUAUCACGUGACCUUGCCAUGGUCACAApm5Cpm5CUGGGpm1YpYpCmpm1IAAUCCCAGCCAGCGCACCA
426 tdbR00000106  SO:0000261 tRNA  Gly  CCC  Haloferax volcanii  prokaryotic cytosol  GCGCCGAUGpm2GUCCAGUGGUAGGACACGAGCUUCCCAAGCUCGGAGCpm5CCGGGpm1YpYpCmpm1IAUUCCCGGUCGGCGCACCA
427 tdbR00000107  SO:0000261 tRNA  Gly  GCC  Haloferax volcanii  prokaryotic cytosol  GCGUCGGUApm2GUGpYAGUGGUAUCACGUGACCUUGCCAUGGUCACAACpm5CUGGGpm1YpYpCmpm1IAAUCCCAGCCGACGCACCA
428 tdbR00000108  SO:0000261 tRNA  Gly  GCC  Haloferax volcanii  prokaryotic cytosol  GCGCUGGUApm2GUGpYAGUGGUAUCACGUGACCUUGCCAUGGUCACAACpm5CUGGGpm1YpYpCmpm1IAAUCCCAGCCAGCGCACCA
429 tdbR00000109  SO:0000261 tRNA  Gly  NCC  Haloferax volcanii  prokaryotic cytosol  GCACCGGUGpm2GUCUAAUGGUAAGACAUUGGCCUxUCCAAGCCAAUUAUpm5CUGGGpm1YpYpCmGAUUCCCAGCCGGUGCACCA
430 tdbR00000110  SO:0000261 tRNA  Gly  GCC  Methanobacterium thermaggregans  prokaryotic cytosol  GCGGCGUUAGUCCAxGCUGGUUAAGACACUGGCCUGCCACGCCAGCGUCCCGGGpYpYpCmpm1IAAUCCCGGACGCCGCACCA
431 tdbR00000112  SO:0000261 tRNA  Gly  {CC  Mycoplasma mycoides  prokaryotic cytosol  GCAGGUGps4UAGUUUAAUGGCAGAACUUCAGCCUUCCpm6AAGCUGAUUGUGAGGGUpYCGAUUCCCUUCACCUGCUCCA
432 tdbR00000113  SO:0000261 tRNA  Gly  CCC  Streptomyces coelicolor A3(2)  prokaryotic cytosol  GCGGGUGUAGUUCAAUGGpDAGAACAUCAGCUUCCCAAGCUGAGAGCGCGAGpm5UpYCGAUUCUCGUCACCCGCUCCA
433 tdbR00000114  SO:0000261 tRNA  Gly  {CC  Staphylococcus epidermidis  prokaryotic cytosol  GCGGGAGps4UAUUUCAACUUUpDAGAAUACGUUCCUUCCCGGAACGAGAUAUAGGUGCAAAUCCUAUCUUCCGCUCCA
434 tdbR00000115  SO:0000261 tRNA  Gly  {CC  Staphylococcus epidermidis  prokaryotic cytosol  GCGGGAGps4UAGUUCAAUUUpDAGAACACAUUCCUUCCCGGAAUGAGGUAUAGGUGCAAGUCCUAUCUUCCGCUCCA
435 tdbR00000120  SO:0000261 tRNA  Gly  CCC  Salmonella typhimurium  prokaryotic cytosol  GCGGGCGUAGUUCAAUpGmGpDAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGpm5UpYCGAUUCCCUUCGCCCGCUCCA
436 tdbR00000121  SO:0000261 tRNA  Gly  NCC  Salmonella typhimurium  prokaryotic cytosol  GCGGGCAUCGUAUAAUGGCUAUUACCUCAGCCUxUCCAAGCUGAUGAUGCGGGpm5UpYCGAUUCCCGCUGCCCGCUCCA
437 tdbR00000131  SO:0000261 tRNA  Gly  GCC  Triticum aestivum  eukaryotic cytosol   GCApCmCAGUpm1GGUCpYAGpDGGUAGAAUAGUACCCUGCCApm5CGGUACAGApm5Cpm5Cpm5CGGGUpYCGpm1AUUCCCGGCUGGUGCACCA
438 tdbR00000132  SO:0000261 tRNA  Gly  GCC  Lupinus luteus  eukaryotic cytosol   GCApCmCAGUpm1GGUCpYAGpDGGUAGAAUAGUACCCUGCCApm5CGGUACAGApm5Cpm5Cpm5CGGGUpYCGpm1AUUCCCGGCUGGUGCACCA
439 tdbR00000133  SO:0000261 tRNA  Gly  GCC  Bombyx mori  eukaryotic cytosol   GCApUmCGGUpm1GGUUCAGUGGpDAGAAUGCUCGCCUGCCApm5CGCGGGCGGpm5Cpm5Cpm5CGGGpm5UpYCGpm1AUUCCCGGCCGAUGCACCA
440 tdbR00000134  SO:0000261 tRNA  Gly  ɮCC  Bombyx mori  eukaryotic cytosol   GCGpUmUGGUpm1GGUGpYAApDGGpDCAGCAUAGpYUGCCUpmchm5UCCAAGCAGUUGAUpm5Cpm5CGGGpm5UpYCGpm1AUUCCCGGCCAACGCACCA
441 tdbR00000135  SO:0000261 tRNA  Gly  CCC  Homo sapiens  eukaryotic cytosol   GCGpCmCpm2GCUGGUGpYAGUGGpDAUCAUGCAAGApUmUCCCAUpYmCUUGCGACpm5Cpm5CGGGpm5UpYCGpm1AUUCCCGGGCGGCGCACCA
442 tdbR00000136  SO:0000261 tRNA  Gly  GCC  Homo sapiens  eukaryotic cytosol   GCAUUGGUGGUUCAGUGGUAGAAUUCUCGCCUGCCACGCGGGAGGCCCGGGUUCGAUUCCCGGCCAAUGCACCA
443 tdbR00000137  SO:0000262 tRNA  His  GUG  Halobacterium salinarum  prokaryotic cytosol  GUCCGGGCUNpm2,2GGGpYAGUGGACUAUCCUUCAGCCUUGUGpm1GAGGCUGAGACGCGGGpm1YpYpCmGAUUCUCGCGCCUGGACCCA
444 tdbR00000138  SO:0000262 tRNA  His  GUG  Haloferax volcanii  prokaryotic cytosol  GUCCGGGUUGpm2,2GGGpYAGUGGACUAUCCUUCAGCCUUGUGpm1GAGGCUGAGACGCGGGpYpYpCmAAUUCUCGCACCUGGACCCA
445 tdbR00000141  SO:0000262 tRNA  His  QUG  Salmonella typhimurium  prokaryotic cytosol  GGUGGCUAps4UAGCUCAGpDpDGGpDAGAGCCCUGGAUUpQUGpm2ApYpYCCAGUUpm7GUCGUGGGpm5UpYCGAAUCCCAUUAGCCACCCCA
446 tdbR00000146  SO:0000262 tRNA  His  GUG  Lupinus luteus  eukaryotic cytosol   GGUGGCUGUAGUUpYAGpDGGpDpDAGAACACAACGpYUGUGpm1GCCGUUGAAACpm5CUGGGUpYCGpm1AAUCCCAGCAGCCACACCA
447 tdbR00000147  SO:0000262 tRNA  His  GUG  Drosophila melanogaster  eukaryotic cytosol   GGCCGUGAUCGUCpYAGpDGGpDpDAGGACCCCACGpYUGUGpm1GCCGUGGUAACCpm5CAGGUpYCGpm1AAUCCUGGUCACGGpm5CACCA
448 tdbR00000148  SO:0000262 tRNA  His  QUG  Ovis aries  eukaryotic cytosol   GGCCGUpm2GAUCGUApYAGpDGGpDpDAGUACUCUGCGpYUpQUGpm1GCCGCAGCAACpm5CUCGGUpYCGpm1AAUCCGAGUCACGGpm5CACCA
449 tdbR00000149  SO:0000262 tRNA  His  GUG  Homo sapiens  eukaryotic cytosol   xGGCCGUGAUCGUApYAGpDGGpDpDAGUACUCUGCGpYUGUGGCCGCAGCAApm5Cpm5CUCGGUpYCGpm1AAUCCGAGUCACGGCACCA
450 tdbR00000150  SO:0000258 tRNA  Ile  .AU  Enterobacteria phage T4  prokaryotic cytosol  GGCCCUGUAGCUCAAUpGmGpDpDAGCAGCAGUCCCCUNAUxAAGGGAAAGpm7GUUACCAGpm5UpYCAAAUCUGGUCUGGGUCACCA
451 tdbR00000151  SO:0000258 tRNA  Ile  GAU  Haloferax volcanii  prokaryotic cytosol  GGGCCAAUAGCUCAGUCAGGUUGAGCpm2,2GCpYCGGCUGAUpt6AACpm5CGGGAGGCCpm5CGCGGpm1YpYpCmpm1IAAUCCGCGUUGGCCCACCA
452 tdbR00000152  SO:0000258 tRNA  Ile  NAU  Haloferax volcanii  prokaryotic cytosol  GGGCCCCUAGCUCApG+UCUGGUCAGAGCpm2,2GCUCGGCUxUAUpt6AACCGGGUGGUpm5CAUGGGpm1YpYpCmGAACCCCAUGGGGCCCACCA
453 tdbR00000155  SO:0000258 tRNA  Ile  GAU  Mycoplasma mycoides  prokaryotic cytosol  CGGAAUAps4UAGCUCAGCpDGGpDpDAGAGCAUUCCGCUGAUpt6AACGGAGAGpm7GUCGUUGGUpYCAAGUCCAAUUAUUCCGACCA
454 tdbR00000157  SO:0000258 tRNA  Ile  GAU  Thermus thermophilus  prokaryotic cytosol  GGGCGAUUAGCUCAGCUpGmGUpDAGAGCGCACGCCUGAUpt6AAGCGUGAGpm7GUCGGUGGpm5s2UpYCApm1AGUCCACCAUCGCCCACCA
455 tdbR00000171  SO:0000258 tRNA  Ile  IAU  Pichia jadinii  eukaryotic cytosol   GGUCCCUUGpm2GCCCAGpDpDGGpDpDAAGGCpm2,2GpYGGUGCUpIAUpt6AACGCCAAGApDpm5CAGCAGpm5UpYCGpm1AUCCUGCUAGGGACCACCA
456 tdbR00000172  SO:0000258 tRNA  Ile  IAU  Lupinus luteus  eukaryotic cytosol   GGCCCAUUApm2GCCCAGpDpDGGpDpDAAGGCpm2,2GpYGGUGCUpIAUpt6AACGCCGAAGpDpm5CAGCAGpm5UpYCGpm1AUCCUGCUAUGGGCCACCA
457 tdbR00000173  SO:0000258 tRNA  Ile  IAU  Bombyx mori  eukaryotic cytosol   GGCCCAUUApm2GCUCAGpDpDGGpDxUAGAGCpm2,2GpYCGUGCUpIAUpt6AACGCGAAGpm7GUpm5CGpm5CGGGpm5UpYCGpm1AUCCCCUCAUGGGCCACCA
458 tdbR00000174  SO:0000258 tRNA  Ile  IAU  Mus musculus  eukaryotic cytosol   GGCCGGUUApm2GCUCAGpDpDGGpDpDAGAGCpm2,2GpYGGpYGCUpIAUpt6AACGCCAAGpm7GpDpm5CGCGGGpm5UpYCGpm1AUCCCCGUACGGGCCACCA
459 tdbR00000175  SO:0000265 tRNA  Lys  NUU  Haloferax volcanii  prokaryotic cytosol  GGGCUGGUAGCUCApG+UUAGGCAGAGCpm2,2GUCUGGpCmUxUUUpt6AACCAGACGGUpm5CGGGGGpm1YpYpCmpm1IAGUCCCUCCCAGCCCGCCA
460 tdbR00000176  SO:0000265 tRNA  Lys  MUU  Haloferax volcanii  prokaryotic cytosol  GGGCCGGUAGCUCApG+UUAGGCAGAGCpm2,2GUCUGApCmUpac4CUUpt6AApYCAGACGGUpm5CGCGpYGpm1YpYpCmpm1IAAUCGCGUCCGGCCCACCA
461 tdbR00000194  SO:0000265 tRNA  Lys  CUU  Triticum aestivum  eukaryotic cytosol   GCCCGUCUApm2GCUCAGpDpDGGUAGAGCpm2,2GCAAGGCUCUUpt6AACCUUGUGpm1GpDpm5CGUGGGpm5UpYCGpm1AGCCCCACGGUpYGGCGCCA
462 tdbR00000195  SO:0000265 tRNA  Lys  CUN  Rattus norvegicus  eukaryotic cytosol   GCCCGpm2GCUApm2GCUCAGpDCGGpDAGAGCApYGAGACUCUxUpt6AApYCUCAGGpm7GpDpm5CGUGGGpm5UmpYCGpm1AGCCCCACGUUGGGCGCCA
463 tdbR00000196  SO:0000265 tRNA  Lys  CUN  Rattus norvegicus  eukaryotic cytosol   GCCCGpm2GCUApm2GCUCAGpDCGGpDAGAGCApYGGGACUCUxUpt6AApYCCCAGGpm7GpDpm5CGUGGGpm5UmpYCGpm1AGCCCCACGUUGGGCGCCA
464 tdbR00000197  SO:0000265 tRNA  Lys  3UU  Rattus norvegicus  eukaryotic cytosol   GCCCGpm2GAUApm2GCUCAGpDCGGpDAGAGCApYCAGACUpmcm5s2UUUpms2t6AApYCUGAGGpm7GpDpm5Cpm5CAGGGpm5UmpYCApm1AGUCCCUGUUCGGGCGCCA
465 tdbR00000198  SO:0000265 tRNA  Lys  CUU  Oryctolagus cuniculus  eukaryotic cytosol   GCCCGGCUApm2GCUCAGpDCGGpDAGAGCApYGGGACUCUUpt6AApYCCCAGGpm7GpDpm5CGUGGGpm5UmpYCGpm1AGCCCCACGUUGGGCGCCA
466 tdbR00000199  SO:0000265 tRNA  Lys  CUU  Oryctolagus cuniculus  eukaryotic cytosol   GCCCGGCUApm2GCUCAGpDCGGpDAGAGCApYGAGACUCUUpt6AApYCUCAGGpm7GpDpm5CGUGGGpm5UmpYCGpm1AGCCCCACGUUGGGCGCCA
467 tdbR00000200  SO:0000265 tRNA  Lys  3UU  Oryctolagus cuniculus  eukaryotic cytosol   GCCCGGAUApm2GCUCAGpDCGGpDAGAGCApYCAGACUpmcm5s2UUUpms2t6AApYCUGAGGpm7GpDpm5Cpm5CAGGGpm5UmpYCApm1AGUCCCUGUUCGGGCGCCA
468 tdbR00000201  SO:0000265 tRNA  Lys  CUU  Drosophila melanogaster  eukaryotic cytosol   GCCCGGCUApm2GCUCAGpDCGGpDAGAGCApYGAGACUCUUpt6AApYCUCAGGpm7GpDCGUGGGpm5UmpYCGpm1AGCCCCACGUUGGGCGCCA
469 tdbR00000202  SO:0000265 tRNA  Lys  )UU  Drosophila melanogaster  eukaryotic cytosol   GCCCGGAUApm2GCUCAGpDCGGpDAGAGCApYpYGGACUpcmnm5UmUUpt6AApYCCAAGGpm7GpDpm5CCAGGGpm5UmpYCApm1AGUCCCUGUUCGGGCGCCA
470 tdbR00000203  SO:0000265 tRNA  Lys  NUU  Loligo bleekeri  eukaryotic cytosol   GCCUCCAUApm2GCUCAGpDCGGUAGAGCApYCAGACUxUUUxAAxXCUGAGGpm7GpDpm5CUGGGGpm5UmpYCGpm1AGUCCCCAUpm2GUGGGpm5CUCCA
471 tdbR00000204  SO:0000265 tRNA  Lys  CUU  Loligo bleekeri  eukaryotic cytosol   UCCCGpm2GCUApm2GCUCAGpDCGGUAGAGCACGAGAxCUCUUpt6AApYCUCGGGpm7GpDpm5CGUGGGpm5UmpYCGpm1AGCCCCACGUUGGGAGCCA
472 tdbR00000205  SO:0000265 tRNA  Lys  NUU  Loligo bleekeri  eukaryotic cytosol   GCCUUCAUApm2GCUCAGpDCGGUAGAGCApYCAGACUxUUUxAAxXCUGAGGpm7GpDpm5CUGGGGpm5UmpYCGpm1AGUCCCCAUpm2GCGGGpm5CUCCA
474 tdbR00000207  SO:0000265 tRNA  Lys  CUU  Mus musculus  eukaryotic cytosol   GCCCGGCUApm2GCUCAGpDCGGUAGAGCApYGAGACUCUUxAApYCUCAGGpm7GpDpm5CGUGGGpm5UmpYCGpm1AGCCCCACGUUGGGCGCCA
475 tdbR00000196  SO:0000265 tRNA  Lys  CUN  Mus musculus  eukaryotic cytosol   GCCCGpm2GCUApm2GCUCAGpDCGGpDAGAGCApYGGGACUCUxUpt6AApYCCCAGGpm7GpDpm5CGUGGGpm5UmpYCGpm1AGCCCCACGUUGGGCGCCA
476 tdbR00000209  SO:0000264 tRNA  Leu  NAA  Enterobacteria phage T4  prokaryotic cytosol  GCGAGAAps4UGGUCAAApDUpm2GGpDAAAGGCACAGCACUxUAApms2i6AApYGCUGCGGAAUGAUUUCCUUGUGGGpm5UpYCGAGUCCCACUUCUCGCACCA
477 tdbR00000210  SO:0000264 tRNA  Leu  UAG  Enterobacteria phage T5  prokaryotic cytosol  GGGGCUAUGCUGGAACpDpGmGpDAGACAAUACGGCCUUAGpm6AUpYCCGUAGCUUAAAUGCGUGGGAGpm5UpYCGAGUCUCCCUAGCCCCACCA
478 tdbR00000211  SO:0000264 tRNA  Leu  CAA  Haloferax volcanii  prokaryotic cytosol  GCGAGGGUAGCUAApG+UCAGGAAAAAGCpm2,2GGCGGACUCAApm1GApYCCGCUCCCGUAGGGGUCpm5CGUGGGpm1YpYpCmpm1IAAUCCCUCCCCUCGCACCA
479 tdbR00000212  SO:0000264 tRNA  Leu  CAG  Haloferax volcanii  prokaryotic cytosol  GCAGGGAUAGCCAApG+UCUGGCCAACGGCpm2,2GCAGCGUUCAGpm1GGCGCUGUCUCAUAGGAGUCpm5CGCAGGpm1YpYpCmpm1IAAUCCUGCUCCCUGCACCA
480 tdbR00000213  SO:0000264 tRNA  Leu  GAG  Haloferax volcanii  prokaryotic cytosol  GCGUGGGUAGCCAApG+CCAGGCCAACGGCpm2,2GCAGCGUUGAGpm1GGpm5CGCUGUCCUGUAGAGGUCpm5CGCCGGpm1YpYpCmpm1IAAUCCGGUCCCACGCACCA
481 tdbR00000214  SO:0000264 tRNA  Leu  UAA  Haloferax volcanii  prokaryotic cytosol  GCGGGGGUGGCUGApG+CCAGGCCAAAAGCpm2GGCGGACUUAApm1GApYCCGCUCCCGUAGGGGUUCGCGAGpm1YpYpCmGAAUCUCGUCCCCCGCACCA
482 tdbR00000215  SO:0000264 tRNA  Leu  5AG  Haloferax volcanii  prokaryotic cytosol  GCGCGGGUAGCCAApG+UGGCCAAAGGCpm2,2GCAGCGCUpmo5UAGpm1GACGCUGUGGUGUAGACCUUpm5CGCAGGpm1YpYpCmGAACCCUGUCCCGCGCACCA
483 tdbR00000223  SO:0000264 tRNA  Leu  CAG  Salmonella typhimurium  prokaryotic cytosol  GCGAAGGUGGCGGAApDpDpGmGpDAGACGCGCUAGCUUCAGxGpYGpYUAGUGUCCUUACGGACGUGGGGGpm5UpYCAAGUCCCCCCCCUCGCACCA
484 tdbR00000224  SO:0000264 tRNA  Leu  CAA  Rhodospirillum rubrum  prokaryotic cytosol  GCCUUUGUAGCGGAApDGGpDAACGCGGCAGACUCAAxAApYCUGCUUUGGUAACCCAGGUGGUAGpm5UpYCGACUCUCCCCAAAGGCACCA
485 tdbR00000225  SO:0000264 tRNA  Leu  CAA  Synechococcus elongatus PCC 6301  prokaryotic cytosol  GGGCAAGUGGCGGAAUpDGGpDAGACGCAGCAGACUCAAxAApYCUGCCGCUAGCGAUAGUGUGUGGGpm5UpYCGAGUCCCACCUUGCCCACCA
486 tdbR00000226  SO:0000264 tRNA  Leu  CAG  Synechococcus elongatus PCC 6301  prokaryotic cytosol  GCGGAACUGGCGGAAUpDGGpDAGACGCGCUAGAUUCAGpm1GpYpYCUAGUGGUUUCACGACUGUCCGGGpm5UpYCAAGUCCCGGGUUCCGCACCA
487 tdbR00000227  SO:0000264 tRNA  Leu  BAA  Geobacillus stearothermophilus  prokaryotic cytosol  GCCGAUGps4UGGCGGAAUpDGGCAGpm1ACGCGCACGACUpCmAApms2i6AApYCGUGUGGGCUUUGCCCGUGUGGGpm5UpYCGACUCCCACCAUCGGCACCA
488 tdbR00000252  SO:0000264 tRNA  Leu  BAA  Pichia jadinii  eukaryotic cytosol   GGAUCUUUGpm2GCpac4CGAGCpGmGpDpDUAAGGCpm2,2GCUCGApCmUpCmAApm1GApYCGAGUAUCGUAAGAUGpm5CAUGAGpm5UpYCGpm1AAUCUCAUAGGAUCCACCA
489 tdbR00000253  SO:0000264 tRNA  Leu  BAA  Candida cylindracea  eukaryotic cytosol   GGCCGUUUGpm2GCpac4CGAGpDpGmGpDCpDAAGGCpm2,2GUCUGApCmUpCmAApm1GApYCAGApUmCUCGUAAGAGGpm5CGUGUGpm5UpYCGpm1AACCACACAGCGGUCACCA
490 tdbR00000254  SO:0000264 tRNA  Leu  IAG  Candida cylindracea  eukaryotic cytosol   GGUUCUCUGGCpac4CGAGpDGGpDCpDAAGGCpm2,2GCAUGGpYUpIAGpm1GpYCCAUGUCUCUUCGGAGGpm5CGCGAGpm5UpYCGpm1AACCUCGCGGGAAUCACCA
491 tdbR00000255  SO:0000264 tRNA  Leu  IAG  Candida cylindracea  eukaryotic cytosol   GGCUCUCUGGCpac4CGAGpDGGpDCpDAAGGCpm2,2GCUAGGpYUpIAGpm1GpYCCUAGUCUCUUCGGAGGpm5CGCGAGpm5UpYCGpm1AACCUCGCGGGAGUCACCA
492 tdbR00000256  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  eukaryotic cytosol   GUCAGGAUGpm2GCpac4CGAGpDGGpDCpacp3UAAGGCpm2,2GCCAGACUNAApm1GpYpYCUGGpUmCUUCGAGAGAGGGpm5CGUGGGpm5UpYCApm1AAUCCCACUUCUGACACCA
493 tdbR00000257  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  eukaryotic cytosol   GUCAGGAUGpm2GCpac4CGAGpDGGpDCpacp3UAAGGCpm2,2GCCAGACUNAApm1GpYpYCUGGpUmCUUCGAAAGAGGGpm5CGUGGGpm5UpYCApm1AAUCCCACUUCUGACACCA
494 tdbR00000258  SO:0000264 tRNA  Leu  .AG  Phaseolus vulgaris  eukaryotic cytosol   GAUAGUUUGpm2GCpac4CGAGpDGGpDCpacp3UAAGGCpm2,2GCCAGApYUNAGpm1GCpYCUGGpUmCCGAAANGGGpm5CGUGGGUpYCApm1AAUCCCACAGCUGUCACCA
495 tdbR00000259  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  eukaryotic cytosol   GCUGGUUUGGCpac4CGAGAGGpDpDAAGGCpm2,2GGAAGACUNAApm1GApYCUUCpUmGCAGUCAACUGCGpm5CAUGGGpm5UpYCGpm1AACCCCAUAGCCAGCACCA
496 tdbR00000260  SO:0000264 tRNA  Leu  .AA  Solanum tuberosum  eukaryotic cytosol   GUCAGGAUGGCpac4CGAGpDGGpDCpacp3UAAGGCpm2,2GCCAGACUNAApm1GUpYCUGGpUmCUUCGUAAGAGGGpm5CGUGGGpm5UpYCApm1AAUCCCACUUCUGACACCA
497 tdbR00000261  SO:0000264 tRNA  Leu  NAA  Cucumis sativus  eukaryotic cytosol   GUCAGGAUGpm2GCpm5CGAGpDGGpDCpacp3UAAGGCpm2,2GCCAGACUxUAApm1GpYpYCUGGpUmCCUCUAAGGAGGGpm5CGUGGGpm5UpYCApm1AAUCCCACUUCUGACACCA
498 tdbR00000262  SO:0000264 tRNA  Leu  ѴAA  Rattus norvegicus  eukaryotic cytosol   AGUCAGpm2GAUGpm2GCpac4CGAGUGGpDCpYAAGGCpm2,2GCCAGACUxCAAxGpYpYCUGGxUpYCCGAAUGGAGpm5CGUGGGpm5UpYCGpm1AAUCCCACUUCUGACACCA
499 tdbR00000263  SO:0000264 tRNA  Leu  ѴAA  Rattus norvegicus  eukaryotic cytosol   AGUCAGpm2GAUGpm2GCpac4CGAGUGGpDCpYAAGGCpm2,2GCCAGACUxCAAxGpYpYCUGGxUpYCCGUAUGGAGpm5CGUGGGpm5UpYCGpm1AAUCCCACUUCUGACACCA
500 tdbR00000264  SO:0000264 tRNA  Leu  IAG  Caenorhabditis elegans  eukaryotic cytosol   GGAGAGAUGGCpac4CGAGCGGpDCUAAGGCGCUGGUUUpIAGGCACCAGUCCCUUCGGGGGCGUGGGpm5UUCGAAUCCCACUCUCUUCACCA
501 tdbR00000267  SO:0000264 tRNA  Leu  IAG  Bos taurus  eukaryotic cytosol   GGUAGCGUGpm2GCpac4CGAGCGGpDCpYAAGGCpm2,2GCUGGApYmUpIAGpm1GCpYCCAGUCpYCpYUCGGGGGpm5CGUGGGpm5UpYCGpm1AAUCCCACCGCUGCCACCA
502 tdbR00000266  SO:0000264 tRNA  Leu  °AA  Bos taurus  eukaryotic cytosol   GUCAGpm2GAUGpm2GCpac4CGAGUGGpDCpYAAGGCpm2GCCAGACUpf5CmAApm1GpYpYCUGGpUmCpYCCGUAUGGAGGpm5CGUGGGpm5UpYCGpm1AAUCCCACUUCUGACACCA
503 tdbR00000267  SO:0000264 tRNA  Leu  IAG  Bos taurus  eukaryotic cytosol   GGUAGCGUGpm2GCpac4CGAGCGGpDCpYAAGGCpm2,2GCUGGApYmUpIAGpm1GCpYCCAGUCpYCpYUCGGGGGpm5CGUGGGpm5UpYCGpm1AAUCCCACCGCUGCCACCA
504 tdbR00000268  SO:0000264 tRNA  Leu  CAG  Bos taurus  eukaryotic cytosol   GUCAGpm2GAUGpm2GCpac4CGAGCGGpDpDCAAGGCpm2,2GCUGCGpUmUCAGpm1GNCGCAGpUmCpYCCCUGGAGGpm5CGUGGGpm5UpYCGpm1AAUCCCACUUCUGACACCA
505 tdbR00000269  SO:0000264 tRNA  Leu  .AA  Homo sapiens  eukaryotic cytosol   GUCAGpm2GAUGpm2GCpac4CGAGUGGpDCpYAAGGCpm2,2GCCAGACUNNApm1Gpm1GpYpYUGGpUmpUmpYpYCGGAUGGAGpm5Cpm5CUGGGpm5Upm5UpYGpm1Apm1AUCCCACUUCUGACACCA
506 tdbR00000270  SO:0000266 tRNA  Met  BAU  Avian myeloblastosis virus  prokaryotic cytosol  GCCUCCUUApm2GCGCAGpDAGGxUAGCGCpm2,2GpYCAGpYCUpCmAUpt6AApYCUGAAGpm7GpDpm5Cpm5CUGAGpm5UpYCGpm1AACCUCAGAGGGGGCACCA
507 tdbR00000271  SO:0000266 tRNA  Met  BAU  Haloferax volcanii  prokaryotic cytosol  GCCCGGGUGGCUpYApG+CUGGACApYAGCGCCGCACUpCmAUpt6AApYGCGGAGAUpm5CGUGGGpm1YpYpCmGGAGCCCACCCCGGGCACCA
508 tdbR00000272  SO:0000266 tRNA  Met  CAU  Thermoplasma acidophilum  prokaryotic cytosol  GCCGGGGps4UGGCUCApG+CUGGAGGAGCpm2,2GCCGGApCmUCAUpt6AAUCCGGAGGUCUCGGGpYpYpCmGAUCCCCGAUCCCGGCACCA
509 tdbR00000275  SO:0000266 tRNA  Met  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUpGmGpDAGCUCGUCGGGpCmUCAUAACCCGAAGpm7GUCGCGGGpm5s2UpYCApm1AAUCCCGCCCCCGCAACCA
510 tdbR00000285  SO:0000266 tRNA  Met  BAU  Triticum aestivum  eukaryotic cytosol   GGGGUGGUpm1Gpm2GCGCAGpDpDGGCpacp3UAGCGCpm2,2GpYAGGpYCUpCmAUpm6t6AApYCCUGAGpm7GpDpm5CGAGAGpm5UpYCGpm1AGCCUCUCUCACCCCACCA
511 tdbR00000285  SO:0000266 tRNA  Met  BAU  Lupinus luteus  eukaryotic cytosol   GGGGUGGUpm1Gpm2GCGCAGpDpDGGCpacp3UAGCGCpm2,2GpYAGGpYCUpCmAUpm6t6AApYCCUGAGpm7GpDpm5CGAGAGpm5UpYCGpm1AGCCUCUCUCACCCCACCA
512 tdbR00000287  SO:0000266 tRNA  Met  BAU  Oryctolagus cuniculus  eukaryotic cytosol   GCCUCpm2GUUApm2GCGCAGpDAGGpDAGCGCpm2,2GpYCAGpYCUpCmAUpt6AApYCUGAAGpm7GpDpm5CGUGAGpm5UpYCGpm1AUCCUCACACGGGGCACCA
513 tdbR00000287  SO:0000266 tRNA  Met  BAU  Mus musculus  eukaryotic cytosol   GCCUCpm2GUUApm2GCGCAGpDAGGpDAGCGCpm2,2GpYCAGpYCUpCmAUpt6AApYCUGAAGpm7GpDpm5CGUGAGpm5UpYCGpm1AUCCUCACACGGGGCACCA
514 tdbR00000287  SO:0000266 tRNA  Met  BAU  Homo sapiens  eukaryotic cytosol   GCCUCpm2GUUApm2GCGCAGpDAGGpDAGCGCpm2,2GpYCAGpYCUpCmAUpt6AApYCUGAAGpm7GpDpm5CGUGAGpm5UpYCGpm1AUCCUCACACGGGGCACCA
515 tdbR00000290  SO:0000256 tRNA  Asn  GUU  Enterobacteria phage T5  prokaryotic cytosol  GGUUCCUUAGCUCUAAUGGpDUAGAGCCGCAUCUUGUUxAAGpYUGAGGpm7GUUGCUGGpm5UpYCGAAUCCAGCAGGAACCGCCA
516 tdbR00000291  SO:0000256 tRNA  Asn  GUU  Halobacterium salinarum  prokaryotic cytosol  GCCGCCAUAGCUCAGUUGGUAGAGCACGUGGUUGUUpt6ACCCACGUUGUpm5CCCAGGpm1YpYpCmGGACCCUGGUGGCGGCGAAC
517 tdbR00000292  SO:0000256 tRNA  Asn  GUU  Haloferax volcanii  prokaryotic cytosol  GCCGCCGUAGCUCApG+UUGGUAGAGCACCUCGCUGUUpt6AACGAGGUUGUpm5Cpm5CCAGGpm1YpYpCmGAGUCCUGGCGGUGGCGCCA
518 tdbR00000293  SO:0000256 tRNA  Asn  ʆUU  Methanobacterium thermaggregans  prokaryotic cytosol  GCGCCGGUGGCUCAxGCCUGGUUAGAGCUCACGGCUxGUUpt6AACCGUGAGGCCGCGGGpYpYpCmpm1IAAUCCCGCCCGGCGCACCA
519 tdbR00000296  SO:0000256 tRNA  Asn  QUU  Azospirillum lipoferum  prokaryotic cytosol  UUCACAGUAGCUCAGUGGpDAGAGCUAUCGGCUpQUUpt6AACCGAUCGAUCGUAGGpm5UpYCGAGUCCUACCUGUGAAUCCA
520 tdbR00000297  SO:0000256 tRNA  Asn  QUU  Azospirillum lipoferum  prokaryotic cytosol  UUCACAGUCGCUCAGUGGpDAGAGCUAUCGGCUpQUUpt6AACCGAUCGAUCGUAGGpm5UpYCGAGUCCUACCUGUGAAUCCA
521 tdbR00000301  SO:0000256 tRNA  Asn  QUU  Lupinus luteus  eukaryotic cytosol   GCCUCAGUApm2GCUCAGpDGGpDpacp3UAGAGCpm2,2GGUCGGpCmUpQUUpt6AACCGAUAGpm7GpDpm5CGUAGGpm5UpYCGpm1AGCCCUACUUGGGGCGCCA
522 tdbR00000302  SO:0000256 tRNA  Asn  QUU  Rattus norvegicus  eukaryotic cytosol   GUCUCUGUpm1Gpm2GCGCAApDCGGpDpacp3UAGCGCpm2,2GpYpYCGGCUpQUUpt6AACCGAAAGpm7GpDUGGUGGNpYCGpm1AGCCCACCCAGGGACGCCA
523 tdbR00000303  SO:0000256 tRNA  Asn  GUU  Rattus norvegicus  eukaryotic cytosol   GUCUCUGUpm1Gpm2GCGCAApDCGGpDpacp3UAGCGCpm2,2GpYpYCGGCUGUUpt6AACCGAAAGpm7GpDUGGUGGNpYCGpm1AGCCCACCCAGGGACGCCA
524 tdbR00000304  SO:0000256 tRNA  Asn  QUU  Bos taurus  eukaryotic cytosol   GUCUCUGUpm1Gpm2GCGCAApDCGGpDpacp3UAGCGCpm2,2GpYpYCGGCUpQUUpt6AACCGAAAGpm7GpDUGGUGGxXpYCGpm1AGCCCACCCAGGGACGCCA
525 tdbR00000302  SO:0000256 tRNA  Asn  QUU  Homo sapiens  eukaryotic cytosol   GUCUCUGUpm1Gpm2GCGCAApDCGGpDpacp3UAGCGCpm2,2GpYpYCGGCUpQUUpt6AACCGAAAGpm7GpDUGGUGGNpYCGpm1AGCCCACCCAGGGACGCCA
527 tdbR00000307  SO:0000268 tRNA  Pro  IGG  Moloney murine leukemia virus  prokaryotic cytosol  GGCpUmCpm2GUUpm1GGUCpYAGGGGpDAUGAUUCUCGCpUmUpIGGpm1GpYGCGAGAGpm7GpDpm5Cpm5CCGGGpYpYCApm1AAUCCCGGACGAGCCCCCA
528 tdbR00000308  SO:0000268 tRNA  Pro  NGG  Moloney murine leukemia virus  prokaryotic cytosol  GGCpUmCpm2GUUpm1GGUCpYAGGGGpDAUGAUUCUCGCpYUxUGGpm1GpYGCGAGAGpm7GpDpm5Cpm5CCGGGpYpYCApm1AAUCCCGGACGAGCCCCCA
529 tdbR00000309  SO:0000268 tRNA  Pro  NGG  Enterobacteria phage T4  prokaryotic cytosol  CUCCGUGps4UAGCUCAGUUUGGpDAGAGCGCCUGApUmUxUGGpm1GApYCAGGAGpm7GUCCAAGGpm5UpYCAAAUCCUUGUAUGGAGACCA
530 tdbR00000310  SO:0000268 tRNA  Pro  UGG  Enterobacteria phage T5  prokaryotic cytosol  CUCCGAUUAGCUCAAUUGGCpDAGAGUACACCGUUUGGpm1GGCGGUGGGpm7GUUGAAGGpm5UpYCGAGUCCUUCAUUGGAGACCA
531 tdbR00000311  SO:0000268 tRNA  Pro  MGG  Haloferax volcanii  prokaryotic cytosol  GGGCCGGUGpm2,2GGGpYApG+CUUGGUAUCCUUCGGCCUUpac4CGGpm1GpYGGCCGUAApm5Cpm5CUCAGpm1YpYpCmGAAUCUGAGCCGGCCCACCA
532 tdbR00000312  SO:0000268 tRNA  Pro  GGG  Haloferax volcanii  prokaryotic cytosol  GGGACCGUGpm2,2GGGpYAGUGGUAUCCUCUGCCGAUGGGpm1GUCGGUAGGACpm5CUGAGpm1YpYpCmGACUCUCAGCGGUCCCACCA
533 tdbR00000313  SO:0000268 tRNA  Pro  UGG  Haloferax volcanii  prokaryotic cytosol  GGGACCGUGpm2,2GGUpYApG+CCUGGUAUACUUCGGGCCUUGGpm1GUGCCCGUGApm5Cpm5CCCGGpm1YpYpCmpm1IAAUCCGGGCGGUCCCACCA
534 tdbR00000315  SO:0000268 tRNA  Pro  UGG  Mycoplasma mycoides  prokaryotic cytosol  CGGGAAGUGGCUCAGUUUGGpDAGAGCAUUCGGUUUGGpm1GACCGAAGGGUCGCAGGUUCAAAUCCUGUCUUCCCGACCA
535 tdbR00000317  SO:0000268 tRNA  Pro  CGG  Salmonella typhimurium  prokaryotic cytosol  CGGUGAUps4UGGCGCAGCCUGGpDAGCGCACUUCGpUmUCGGpm1GACGAAGGGpm7GUCGGAGGpm5UpYCGAAUCCUCUAUCACCGACCA
536 tdbR00000318  SO:0000268 tRNA  Pro  GGG  Salmonella typhimurium  prokaryotic cytosol  CGGCACGps4UAGCGCAGCCUGGpDAGCGCACCGUCpCmUGGGpm1GUpYGCGGGGpm7GUCGGAGGpm5UpYCAAAUCCUCUCGUGCCGACCA
537 tdbR00000319  SO:0000268 tRNA  Pro  VGG  Salmonella typhimurium  prokaryotic cytosol  CGGCGAGps4UAGCGCAGCUUGGpDAGCGCAACUGGpUmUpcmo5UGGpm1GACCAGUGGpm7GUCGGAGGpm5UpYCGAAUCCUCpYCUCGCCGACCA
538 tdbR00000325  SO:0000268 tRNA  Pro  &GG  Pichia jadinii  eukaryotic cytosol   GGCpCmGCGUpm1GGUCpYAGpDGGpDAUGAUACUCGCUUpncm5UGGpm1GpYGpYGAGUGpm7GpDpm5Cpm5CAGGGpm5UpYCApm1AUUCCCUGCUCGGCCCCCA
539 tdbR00000326  SO:0000268 tRNA  Pro  IGG  Lupinus luteus  eukaryotic cytosol   GGGACAUUpm1GGUCpYAGpDGGpDAUGAUUCUCGCUUpIGGpm1GpYGCGAGAGpm7GpDpm5CCCGAGpm5UpYCGpm1AUUCUCGGAUGUCCCCCCA
540 tdbR00000327  SO:0000259 tRNA  Gln  NUG  Enterobacteria phage T4  prokaryotic cytosol  UGGGAAUps4UAGCCAAGpDpDGGpDAAGGCAUAGCACUxUUGpm2ACpYGCUAGAUGCAAAGGpm5UpYCGAGUCCUUUAUUCCCAGCCA
541 tdbR00000328  SO:0000259 tRNA  Gln  UUG  Enterobacteria phage T5  prokaryotic cytosol  UGGGGAUUAGCUUAGCUUGGCCUAAAGCUUCGGCCUUUGAAGpYCGAGAUCAUUGGpm5UpYCAAAUCCAAUAUCCCCUGCCA
542 tdbR00000329  SO:0000259 tRNA  Gln  CUG  Halobacterium salinarum  prokaryotic cytosol  AGUCCCGUNpm2,2GGGpYAGUGGCCAAUCCUGAAGCCUUCUGpm1GGGGCUUCGACGGAAGpYpYpCmGAAUCUUCCCGGGACUACCA
543 tdbR00000330  SO:0000259 tRNA  Gln  MUG  Haloferax volcanii  prokaryotic cytosol  AGUCCCAUGpm2,2GGGpYAGUGGCCAAUCCUGUUGCCUUpac4CUGpm1GGGGCAACGACCCAGGpYpYpCmGAAUCCUGGUGGGACUACCA
544 tdbR00000337  SO:0000259 tRNA  Gln  CUA  Tetrahymena thermophila  eukaryotic cytosol   GGUUCUAUApm2GUApYAGCGCpDpDAGUACUGGGGAxCUCUApt6AApYCCCUUGACpm5CUGGGUpYCGpm1AAUCCCAGUAGGACCUCCA
545 tdbR00000338  SO:0000259 tRNA  Gln  JUA  Tetrahymena thermophila  eukaryotic cytosol   GGUUCCAUApm2GUApYAGpDGGpDpDAGUACUGGGGApCmUpUmUApt6AApYCCCUUGACpm5CUGGGUpYCGpm1AAUCCCAGUGGGACCUCCA
546 tdbR00000339  SO:0000259 tRNA  Gln  JUG  Tetrahymena thermophila  eukaryotic cytosol   GGUUGUAUpm1Gpm2GUGpYAGCGGpDpDAGCACCGAGGACUpUmUGAApYCCUCUGACpm5CUGGGUpYCGpm1AAUCCCAGUACGACCUCCA
547 tdbR00000340  SO:0000259 tRNA  Gln  JUG  Nicotiana rustica  eukaryotic cytosol   GGUUCUAUpm1GGUGpYAGpDpGmGpDpDAGCACUCpYGGApCmUpUmUGpm2AApYCCAGCGACCUGGGpm5UpYCGpm1ACUCCCGGUAGGACCUCCA
548 tdbR00000341  SO:0000259 tRNA  Gln  CUG  Rattus norvegicus  eukaryotic cytosol   GGUUCCAUpm1GGUGpYAApDpGmGpDpDAGCACUCUGGApCmUCUGAApYCCAGCGAUpm5Cpm5CGAGpYpYCApm1AAUCUCGGUGGAACCUCCA
549 tdbR00000342  SO:0000259 tRNA  Gln  CUG  Bos taurus  eukaryotic cytosol   GGUUCCAUpm1GGUGpYAApDpGmGpDpDAGCACUCpYGGApCmUCUGAApYCCAGCGAUpm5CCGAGpYpYCApm1AAUCUCGGUGGAACCUCCA
550 tdbR00000343  SO:0000259 tRNA  Gln  CUG  Mus musculus  eukaryotic cytosol   GGUUCCAUpm1GGUGpYAApDpGmGpDpDAGCACUCpYGGApCmUCUGAApYCCAGCGAUpm5Cpm5CGAGpYpYCApm1AAUCUCGGUGGAACCUCCA
551 tdbR00000344  SO:0000259 tRNA  Gln  JUG  Mus musculus  eukaryotic cytosol   GGUCCCAUpm1GGUGpYAApDpGmGpDpDAGCACUCpYGGApCmUpUmUGAApYCCAGCGAUpm5Cpm5CGAGpYpYCApm1AAUCUCGGUGGGACCUCCA
552 tdbR00000345  SO:0000259 tRNA  Gln  NUG  Homo sapiens  eukaryotic cytosol   GGCCCCAUpm1GGUGpYAAUpGmGpDpDAGCACUCpYGGApCmUxUUGAApYCCAGCGAUpm5Cpm5CGAGpYpYCApm1AAUCUCGGUGGGACCUCCA
553 tdbR00000346  SO:0000259 tRNA  Gln  NUG  Homo sapiens  eukaryotic cytosol   GGUCCCAUpm1GGUGpYAAUpGmGpDpDAGCACUCpYGGApCmUxUUGAApYCCAGCGAUpm5Cpm5CGAGpYpYCApm1AAUCUCGGUGGGACCUCCA
554 tdbR00000347  SO:0001036 tRNA  Arg  NCU  Enterobacteria phage T4  prokaryotic cytosol  GUCCCGCUGGUGUAAUpGmGApDAGCAUACGAUCCUxUCUAAGpYUUGCGGUCCUGGpm5UpYCGAUCCCAGGGCGGGAUACCA
555 tdbR00000348  SO:0001036 tRNA  Arg  GCG  Halobacterium salinarum  prokaryotic cytosol  GUCCGGAUApm2,2GGGpYAGUGGACUAUCCUCUUGGCUUGCGpm1GAGCCAGGGACCGGpm5CGpm1YpYpCmpm1IAAUCGCCGUCCGGACGCCA
556 tdbR00000349  SO:0001036 tRNA  Arg  CCG  Haloferax volcanii  prokaryotic cytosol  GGGCCCGUAGCUCApG+UGGACAGAGUpm2,2GCUUGGUUCCGpm1GACCAAGAUGCpm5CGCGGGpm1YpYpCmpm1IAAUCCCGUCGGGUCCGCCA
557 tdbR00000350  SO:0001036 tRNA  Arg  GCG  Haloferax volcanii  prokaryotic cytosol  GUCCUGAUApm2,2GGGpYAGUGGACUAUCCUCCUGGCUUGCGpm1GAGCCAGGGACpm5CGGAGpm1YpYpCmpm1IAAUCUCCGUCAGGACGCCA
558 tdbR00000351  SO:0001036 tRNA  Arg  NCG  Haloferax volcanii  prokaryotic cytosol  GGGCGCUUAGCUCApG+UCUGGACAGAGUpm2GCUUGGCUxUCGpm1GACCAAGUUGCpm5CACGGGpm1YpYpCmpm1IAAUCCUGUAGCGCCCACCA
559 tdbR00000372  SO:0001036 tRNA  Arg  CCG  Triticum aestivum  eukaryotic cytosol   GACCGCGUpm1GGCCUAApDGGApacp3UAAGGCpm2,2GCUCGCpCmUCCGpm1GAGCGGGAGApDUpm5CUGGGpm5UpYCGpm1ACUCCCAGCGpYGGUCGCCA
560 tdbR00000373  SO:0001036 tRNA  Arg  ICG  Triticum aestivum  eukaryotic cytosol   GACUCCGUpm1Gpm2GCCCAApDpGmGApacp3UAAGGCpm2,2GCUGGUpCmUpICGpm2AAACCAGAGApDUpm5CUGGGpm5UpYCGpm1AUCCCCAGCGGAGUCGCCA
561 tdbR00000374  SO:0001036 tRNA  Arg  CCG  Bos taurus  eukaryotic cytosol   GACCCAGUpm1Gpm2GCCUAApDpGmGApDAAGGCApYCAGCpCmUCCGpm1GAGCUGGGGApDUGpYGGGpm5UpYCGpm1AGUCCCAUCUGGGUCGCCA
562 tdbR00000375  SO:0001036 tRNA  Arg  CCU  Bos taurus  eukaryotic cytosol   GCCCCAGUpm1Gpm2GCCUAApDGGApDAAGGCApYUGGCpm3CUCCUpt6AAGCCAGGGApDUGpYGGGpm5UpYCGpm1AGUCCCAUCUGGGGpYCCCA
563 tdbR00000376  SO:0001036 tRNA  Arg  3CP  Bos taurus  eukaryotic cytosol   GGCUCCGUpm1GGCGCAApDGGApDAGCGCApYpYGGApm3CUpmcm5s2UCpYpt6AAUpYCAAAGpm7GpDUpm5CCGGGpm5UpYCGpm1AGUCCCGGCGGAGUCGCCA
564 tdbR00000377  SO:0001036 tRNA  Arg  ICG  Mus musculus  eukaryotic cytosol   GGGCCAGUpm1Gpm2GCGCAApDGGApDAACGCpm2,2GpYCUGApCmUpICGpm1GApYCAGAAGApDUpm5CpYAGGpYpYCGpm1ACUCCUGGCUGGCUCGCCA
565 tdbR00000377  SO:0001036 tRNA  Arg  ICG  Mus musculus  eukaryotic cytosol   GGGCCAGUpm1Gpm2GCGCAApDGGApDAACGCpm2,2GpYCUGApCmUpICGpm1GApYCAGAAGApDUpm5CpYAGGpYpYCGpm1ACUCCUGGCUGGCUCGCCA
566 tdbR00000379  SO:0000269 tRNA  Ser  NGA  Enterobacteria phage T4  prokaryotic cytosol  GGAGGCGps4UGGCAGAGUpGmGpDpDUAAUGCACCGGUpCmUxUGApms2i6AAACCGGCAGUCGCUCCGGCGACUCAUAGGpm5UpYCAAAUCCUAUCGCCUCCGCCA
567 tdbR00000380  SO:0000269 tRNA  Ser  MGA  Halobacterium salinarum  prokaryotic cytosol  GCCGAGGUAGCApYApG+CUUGGCCAAUGCpm2,2GGUUGCUUpac4CGApm1GAGCAACGUUCCACACGGACUpm5CAGGAGpm1YpYpCmpm1IAAUCUCCUCCUCGGCGCCA
568 tdbR00000381  SO:0000269 tRNA  Ser  GCU  Haloferax volcanii  prokaryotic cytosol  GUUGCGGUAGCCAApG+CCUGGCCCAAGGCpm2,2GCUGGGUUGCUpt6AACUCAGUGGCGUCAAGCCCpm5Cpm5CGGGGpm1YpYpCmGAAUCCCCGCCGCAACGCCA
569 tdbR00000382  SO:0000269 tRNA  Ser  MGA  Haloferax volcanii  prokaryotic cytosol  GCCGAGGUAGCCpYApG+CCCGGCCAAGGCpm2,2GGUAGAUUpac4CGAAApYCUACUGUCCAUUCGGACApm5CGUGAGpm1YpYpCmpm1IAAUCUCACCCUCGGCGCCA
570 tdbR00000383  SO:0000269 tRNA  Ser  GGA  Haloferax volcanii  prokaryotic cytosol  GCCAGGAUGGCCGApG+CGGUAAGGCpm2,2GCACGCCUGGAAAGCGUGUUCCCUCUGGGAUpm5CGGGGGpm1YpYpCmpm1IAAUCCCUCUCCUGGCGCCA
571 tdbR00000386  SO:0000269 tRNA  Ser  UGA  Mycoplasma mycoides  prokaryotic cytosol  GGAAGAUUACCCAAGUCCGGCpDGApm1AGGGAUCGGUCUUGApm6AAACCGAGAGUCGGGGAAACCCGAGCGGGGGUUCGAAUCCCUCAUCUUCCGCCA
572 tdbR00000409  SO:0000269 tRNA  Ser  CAG  Candida cylindracea  eukaryotic cytosol   GACACCGUGpm2GCpac4CCAGpDpGmGpDpDACGGCpm2,2GpYUGGACGCAGAApYCCAUUGAGCUUGCUCGpm5CGCGGGpm5UpYCGpm1AAUCCCGUCGGUGUCUCCA
573 tdbR00000410  SO:0000269 tRNA  Ser  &GA  Candida cylindracea  eukaryotic cytosol   GGUGCAAUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GACGGApYUpncm5UGApi6ACpYCCGUpUmGGGAUUCUCCCUpm5CGCAGGpm5UpYCGpm1AAUCCUGUUUGCAUCGCCA
574 tdbR00000411  SO:0000269 tRNA  Ser  IGA  Candida cylindracea  eukaryotic cytosol   GGCAUCUUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GAAAGApYUpIGApi6AApYCUUUpUmGGGCUCUGCCCGpm5CGCAGGpm5UpYCGpm1AGUCCUGCAGAUGUCGCCA
575 tdbR00000412  SO:0000269 tRNA  Ser  CGA  Candida cylindracea  eukaryotic cytosol   GGCAACUUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GUGACApm3CUCGApi6AApYGUCApUmGGGUUUACCCGpm5CGCAGGpm5UpYCGpm1AAUCCUGCAGUUGUCGCCA
576 tdbR00000413  SO:0000269 tRNA  Ser  GCU  Candida cylindracea  eukaryotic cytosol   GUUAAUGUGGCpac4CGAGpDGGpDpDAAGGCpm2,2GCUUCCpm3CUGCUpi6AAGGAAGpUmGGGCUCUGCCCGpm5CGCAGGpm5UpYCGpm1AAUCCUGUCAUUAACGCCA
577 tdbR00000414  SO:0000269 tRNA  Ser  CGA  Lupinus luteus  eukaryotic cytosol   GUCAGUAUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GACAGApm3CUCGApio6AApYCUGUpUmGAGAUUUGCCUGGpm5CAGCGGpm5UpYCGpm1AAUCCGCUUACUGACGCCA
578 tdbR00000415  SO:0000269 tRNA  Ser  &GA  Nicotiana rustica  eukaryotic cytosol   GUCGAUAUGUCCGAGpDpGmGpDpDAAGGApm2,2GACAGApm3CUpncm5UGApio6AApYCUGUpUmGGGCUUCGCCCGCGCAGGpm5UpYCGpm1AACCCUGCUGUCGACGCCA
579 tdbR00000416  SO:0000269 tRNA  Ser  CGA  Nicotiana rustica  eukaryotic cytosol   GUCGAUAUGUCCGAGpDpGmGpDpDAAGGApm2,2GACAGApm3CUCGApio6AApYCUGUpUmGGGCUUUGCCUGCGCAGGpm5UpYCGpm1AAUCCUGCUGUCGACGCCA
580 tdbR00000417  SO:0000269 tRNA  Ser  GCU  Nicotiana rustica  eukaryotic cytosol   GUCGCCUUGGCCGAGpDpGmGpDpDAAGGCpm2,2GpYGUGCpm3CUGCUpt6AAGpYACApUmGGGGUUUCCCCGCGAGAGpm5UpYCGpm1AAUCUCUCAGGCGACGCCA
581 tdbR00000418  SO:0000269 tRNA  Ser  IGA  Nicotiana rustica  eukaryotic cytosol   GUGGACGUGCCGGAGpDpGmGpDpDAUCGGpm2,2GCAUGApm3CUpIGApio6AApYCAUGpUmGGGCUUUGCCCGCGCAGGpm5UpYCGpm1AAUCCUGCCGUCCACGCCA
582 tdbR00000419  SO:0000269 tRNA  Ser  IGA  Nicotiana rustica  eukaryotic cytosol   GUGGACGUGCCGGAGpDpGmGpDpDAUCGGpm2,2GCAUGApm3CUpIGApio6AApYCAUGpUmGGGCUCUGCCCGCGCAGGpm5UpYCGpm1AAUCCUGCCGUCCACGCCA
583 tdbR00000420  SO:0000269 tRNA  Ser  IGA  Spinacia oleracea  eukaryotic cytosol   GUGGACGUGCCGGAGpDpGmGpDpDAUCGGpm2,2GCAUGApm3CUpIGApi6AApYCAUGpUmGGGCUUUGCCCGCGCAGGpm5UpYCGpm1AAUCCUGCCGUCCACGCCA
584 tdbR00000421  SO:0000269 tRNA  Ser  IGA  Rattus norvegicus  eukaryotic cytosol   GUAGUCGUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GApYGGApm3CUpIGApi6AApYmCCAUpUmGGGGUpm3CUCCCCGpm5CGCAGGpm5UpYCGpm1AAUCCUGCCGACUACGCCA
585 tdbR00000422  SO:0000269 tRNA  Ser  GCU  Rattus norvegicus  eukaryotic cytosol   GACGAGGUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GApYGGApm3CUGCUpm6t6AApYCCAUpUmGpYGCUpm3CUGCACGpm5CGUGGGpm5UpYCGpm1AAUCCCAUCCUCGUCGCCA
586 tdbR00000423  SO:0000269 tRNA  Ser  IGA  Rattus norvegicus  eukaryotic cytosol   AGUAGUCGUGGCpac4CGAGpDGGpDpDAAGGCpm2,2GApYGGApm3CUpIGApi6AApYmCCAUpUmGGGGUpm3CUCCCCGpm5CGCAGGpm5UpYCGpm1AAUCCUGCCGACUACGCCA
587 tdbR00000424  SO:0000269 tRNA  Ser  GCU  Drosophila melanogaster  eukaryotic cytosol   GACGAGGUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GpYpYGGApm3CUGCUpm6t6AApYCCAApUmGUGCUpm3CUGCACGpm5CGUGGGpm5UpYCGpm1AAUCCCAUCCUCGUCGCCA
588 tdbR00000425  SO:0000269 tRNA  Ser  IGA  Drosophila melanogaster  eukaryotic cytosol   GCApGmUCGUGGCpac4CGAGCpGmGpDpDAAGGCpm2,2GUCUGApm3CUpIGApi6AApYCAGApUmUCCCUpm3CUGGGAGpm5CGUAGGpm5UpYCGpm1AAUCCUACCGACUGCGCCA
589 tdbR00000426  SO:0000269 tRNA  Ser  CGA  Drosophila melanogaster  eukaryotic cytosol   GCApGmUCGUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GUCUGApm3CUCGApi6AApYCAGApUmUCCCUpm3CUGGGAGpm5CGUAGGpm5UpYCGpm1AAUCCUACCGGCUGCGCCA
590 tdbR00000427  SO:0000269 tRNA  Ser  UGA  Gallus gallus  eukaryotic cytosol   AAGAAAGApm1Apm2GCAUUAAGUGGpDUUGAUGCpm2GGpYUGGpm3CUUGAxAACCAACAUGUGAGGGpm5UpYCGpm1AUUCCUUCCUUUCUUGCCA
591 tdbR00000428  SO:0000269 tRNA  Ser  UGA  Homo sapiens  eukaryotic cytosol   GUAGUCGUGGCpac4CGAGpDpGmGpDpDAAGGCGApYGGACUUGAAApYCCAUpUmGGGGUpm3CUCCCCGpm5CGCAGGpm5UpYCGpm1AAUCCUGCCGACUACGCCA
592 tdbR00000429  SO:0000270 tRNA  Thr  NGU  Enterobacteria phage T4  prokaryotic cytosol  GCUGAUUUAGCUCAGpDAGGpDAGAGCACCUCACUxUGUxAApYGAGGAUpm7GUCGGCGGpm5UpYCGAUUCCGUCAAUCAGCACCA
593 tdbR00000430  SO:0000270 tRNA  Thr  GGU  Halobacterium salinarum  prokaryotic cytosol  GCCUGGGUAGCUpYAGCGGUAAAGCpm2,2GCGUCCUUGGUpt6AAGGACGAGACCpm5Cpm5CGGApm1YpYpCmpm1IAAUUCCGGCCUAGGCUCCA
594 tdbR00000431  SO:0000270 tRNA  Thr  CGU  Haloferax volcanii  prokaryotic cytosol  GCCGGUGUAGCUCApG+UUGGCAGAGCpm2,2GAUUCCUUCGUpt6AAGGAAUAGGCpm5CGAGGGpm1YpYpCmpm1IAAUCCCUCCACCGGCUCCA
595 tdbR00000432  SO:0000270 tRNA  Thr  GGU  Haloferax volcanii  prokaryotic cytosol  GCCUGGGUAGCUpYApG+CGGUAAAGCpm2,2GCGUCCUUGGUpt6AAGGACGAGACpm5Cpm5CCGGGpm1YpYpCmpm1IAAUCCCGGCCUAGGCUCCA
596 tdbR00000435  SO:0000270 tRNA  Thr  UGU  Mycoplasma mycoides  prokaryotic cytosol  GCUGACUUAGCUCAGCAGGCAGAGCAACUGACUUGUxAApYCAGUAGpm7GUCGUAGGUUCGAUUCCUAUAGUCAGCACCA
597 tdbR00000445  SO:0000270 tRNA  Thr  IGU  Bos taurus  eukaryotic cytosol   GGCCCUGUpm1Gpm2GCUAGCpDGGpDCAAAGCpm2,2GCCUGUpm3CUpIGUpt6AAACAGGAGApDpm5CCUGGGUpYCGpm1AAUCCCAGCGGGGCpm5CUCCA
598 tdbD00010954  SO:0000273 tRNA  Val  CAC  Halobacterium salinarum  prokaryotic cytosol  GGGUCGGUpm1GGUCpYAGUCCGGUUAUGACGGCUCCUUCACACGGAGCAGGUCGGpm5CGGpm1YpYpCmpm1IACUCCGCCCCGACCCACCA
599 tdbR00000447  SO:0000273 tRNA  Val  CAC  Halobacterium salinarum  prokaryotic cytosol  GGGUUGGUpm1GGUCpYAGUCAGGCUAUGACACCUCCUUCACAUGGAGGAGGUCGGpm5CGGpm1YpYpCmpm1IAAUCCGCCCCAACCCACCA
600 tdbR00000448  SO:0000273 tRNA  Val  GAC  Halobacterium salinarum  prokaryotic cytosol  GGGUUGGUGGUCpYAGUCAGGCUAUGACACCUCCUUGACAUGGAGGAGGUCGGpm5CGGpm1YpYpCmpm1IAAUCCGCCCCAACCCACCA
601 tdbR00000449  SO:0000273 tRNA  Val  CAC  Haloferax volcanii  prokaryotic cytosol  GGGUUGGUGGUCpYApG+CCAGGUUAUGACGGCUCCUUCACACGGAGCAGGCpm5CGGCGGpm1YpYpCmGAAUCCGCCCCAACCCACCA
602 tdbR00000450  SO:0000273 tRNA  Val  GAC  Haloferax volcanii  prokaryotic cytosol  GGGUUGGUGGUCpYAGUCUGGUUAUGACACCUCCUUGACAUGGAGGAGGCpm5CGGCAGpm1YpYpCmpm1IAAUCUGCCCCAACCCACCA
603 tdbR00000452  SO:0000273 tRNA  Val  UAC  Mycoplasma mycoides  prokaryotic cytosol  GGAGUGUps4UAGCUCAGCpDGGGAGAGCUCCUGCCUUACpm6AAGCAGGCGGUCAUAGGUUCAAGUCCUAUACACUCCACCA
604 tdbR00000457  SO:0000273 tRNA  Val  GAC  Geobacillus stearothermophilus  prokaryotic cytosol  GAUUCCGUAGCUCAGCpDGGGAGAGCGCCACCUUGACpm6AGGGUGGAGpm7GUCGCUGGpm5UpYCGAGCCCAGUCGGAAUCACCA
605 tdbR00000467  SO:0000273 tRNA  Val  IAC  Pichia jadinii  eukaryotic cytosol   GGUUUCGUpm1GGUCpYAGpDpDGGpDCAUGGCApYCUGCpYUpIACACGCAGAACpm7GpDCpm5CCCAGpm5UpYCGpm1AUCCUGGGCGAAAUCACCA
606 tdbR00000468  SO:0000273 tRNA  Val  IAC  Lupinus luteus  eukaryotic cytosol   GGUUUCGUpm1GGUGpYAGpDGGpDpDAUCACpm2,2GpYCAGUCUpIACACACUGAAGpm7GpDCUCCGGpm5UpYCGpm1AGUCCGGGCGAAGCCACCA
607 tdbR00000469  SO:0000273 tRNA  Val  IAC  Rattus norvegicus  eukaryotic cytosol   AGUUUCCGUAGUGpYAGpDGGpDpDAUCACpm2GpYUCGCpCmUpIACApm5CGCGAAAGpm7GpDpm5Cpm5CCCGGUpYCGpm1AAACCGGGCGGAAACACCA
608 tdbR00000470  SO:0000273 tRNA  Val  .AC  Rattus norvegicus  eukaryotic cytosol   GUUUCCGUAGUGpYAGpDpGmGpDpDAUCACpm2GpYUCGCCUNACApm5CGCGAAAGpm7GpDpm5Cpm5CCCGGUpYCGpm1AAACCGGGCGGAAACACCA
609 tdbR00000471  SO:0000273 tRNA  Val  IAC  Oryctolagus cuniculus  eukaryotic cytosol   GUUUCCGUAGUGpYAGpDGGpDpDAUCACpm2GpYUCGCpCmUpIACApm5CGCGAAAGpm7GpDpm5Cpm5CCCGGUpYCGpm1AAACCGGGCGGAAACACCA
610 tdbR00000472  SO:0000273 tRNA  Val  IAC  Drosophila melanogaster  eukaryotic cytosol   GUUpUmCCGUpm1GGUGpYAGCGGpDpacp3UAUCACApYCUGCpCmUpIACApm5CGCAGAAGpm7GCCxCCCGGpm5UpYCGpm1AUCCCGGGCGGAAACACCA
611 tdbR00000473  SO:0000273 tRNA  Val  CAC  Drosophila melanogaster  eukaryotic cytosol   GUUUCCGUAGUGpYAGCGGpDpacp3UAUCACGpYGUGCUUCACACGCACAAGpm7GpDCCCCGGpm5UpYCGpm1AACCCGGGCGGGAACACCA
612 tdbR00000474  SO:0000273 tRNA  Val  NAC  Drosophila melanogaster  eukaryotic cytosol   GGUpUmCCAUAGUGpYAGCGGpDxUAUCACxGpYCUGCpYUxUACACGCAGAAGpm7GpDpm5CUCCGGpm5UpYCGpm1AUCCCGGAUGGAACCACCA
613 tdbR00000471  SO:0000273 tRNA  Val  IAC  Mus musculus  eukaryotic cytosol   GUUUCCGUAGUGpYAGpDGGpDpDAUCACpm2GpYUCGCpCmUpIACApm5CGCGAAAGpm7GpDpm5Cpm5CCCGGUpYCGpm1AAACCGGGCGGAAACACCA
614 tdbR00000476  SO:0000273 tRNA  Val  .AC  Homo sapiens  eukaryotic cytosol   GUUUCCGUAGUGpYAGpDGGpDpDAUCACpm2GpYUCGCCUNACACGCGAAAGpm7GpDpm5Cpm5CCCGGUpYCGpm1AAACCGGGCGGAAACACCA
615 tdbR00000477  SO:0000271 tRNA  Trp  BCA  Avian myeloblastosis virus  prokaryotic cytosol  GACCUCGUpm1Gpm2GCGCAACpGmGpDAGCGCpm2,2GpYCUGApCmUpCmCApm1GApYmCAGAAGpm7GCUGCGUGpYpYCGpm1AAUCACGUCGGGGUCACCA
616 tdbR00000478  SO:0000271 tRNA  Trp  BCA  Haloferax volcanii  prokaryotic cytosol  GGGGCUGUGGCCAApG+CCCGGCAUGGCpm2,2GACUGApCmUpCmCApm1GApUmCAGUCGAUpm5CGGGGGpm1YpYpCmpm1IAAUCCCUCCGGCCCCACCA
617 tdbR00000481  SO:0000271 tRNA  Trp  NCA  Spiroplasma citri  prokaryotic cytosol  AGGGGUAUAGUUCAAUCGGUAGAACACCGGACUxUCAxAApYCCGGGUpm7GUUGUGGGUpYCAAGUCCUGCUACCCCUGCCA
618 tdbR00000482  SO:0000271 tRNA  Trp  CCA  Spiroplasma citri  prokaryotic cytosol  AGGGGUGUAGUUUAAUGGUAGAACAGCGGUCUCCAxACACCGUACGUUGUGGGUpYCAAGUCCUGUCACCCCUGCCA
619 tdbR00000495  SO:0000271 tRNA  Trp  BCA  Triticum aestivum  eukaryotic cytosol   GGAxUCCGUpm1Gpm2GCGCAApDpDpGmGpDAGCGCpm2,2GpYCUGApCmUpCmCApm1GApYmCAGAAGGpDUGCGUGpm5UpYCGpm1AUUCACGpYCGGGUCCACCA
620 tdbR00000496  SO:0000271 tRNA  Trp  BCA  Nicotiana tabacum  eukaryotic cytosol   GGAUCCGUpm1GGCGCAApDpGmGpDAGCGCGpYCUGApCmUpCmCApm1GApYmCAGAAGGpDxUGCGUGpm5UpYCGpm1AUUCACGpYCGGGUUCACCA
621 tdbR00000497  SO:0000271 tRNA  Trp  BCA  Bos taurus  eukaryotic cytosol   GACCUCpm2GUpm1Gpm2GCGCAApDpGmGpDAGCGCpm2,2GpYCUGApCmUpCmCApm1GApYmCAGAAGpm7GpDUGCGUGpYpYCGpm1AAUCACGUCGGGGUCACCA
622 tdbR00000477  SO:0000271 tRNA  Trp  BCA  Gallus gallus  eukaryotic cytosol   GACCUCGUpm1Gpm2GCGCAACpGmGpDAGCGCpm2,2GpYCUGApCmUpCmCApm1GApYmCAGAAGpm7GCUGCGUGpYpYCGpm1AAUCACGUCGGGGUCACCA
623 tdbR00000499  SO:0000266 tRNA  Ini  CAU  Halobacterium salinarum  prokaryotic cytosol  AGCGGGAUGGGApYApG+CUAGGAGAUUCCGCCGGGCUCAUAACCCGGAGAUCGGUAGpm1YpYpCmpm1IAAUCUACCUCCCGCUACCA
624 tdbR00000500  SO:0000266 tRNA  Ini  CAU  Haloferax volcanii  prokaryotic cytosol  AGCGGGAUGGGApYApG+CCAGGAGAUUCCGCCGGGCUCAUAACCCGGAGAUCGGUAGpm1YpYpCmpm1IAAUCUACCUCCCGCUACCA
625 tdbR00000501  SO:0000266 tRNA  Ini  CAU  Halococcus morrhuae  prokaryotic cytosol  AGCGGGAUGGGApYAGCCAGGAGAUUCCpm2GGCGGGCUCAUAACCCGCAGAUCAGUAGpm1YpYpCmpm1IAAUCUACUUCCCGCUACCA
626 tdbD00012094  SO:0000266 tRNA  Ini  CAU  Sulfolobus acidocaldarius  prokaryotic cytosol  AGCGGCGUNpm2GGGAACUGGGAGUAUCCCpm2,2GmCApGmGGpCmUCAUAACCCUGAGGUpm5CCCUGGpUmUpCmpm1Ipm1AAUCCAGGCGCCGCUACCA
627 tdbR00000503  SO:0000266 tRNA  Ini  CAU  Thermoplasma acidophilum  prokaryotic cytosol  AGCGGGGUGGGGpYAGUCAGGAAAUCCpm2GAUGGGpCmUCAUAACCCGUAGAUCGAUGGpYpYpCmxApm1AAUCCAUCCCCCGCUACCA
628 tdbR00000505  SO:0000266 tRNA  Ini  CAU  Mycoplasma mycoides  prokaryotic cytosol  CGCGGGGps4UAGAGCAGUpDGGpDAGCUCGCCGGGCUCAUAACCCGGAGGCCGCAGGUpYCGAGUCCUGCCCCCGCAACCA
629 tdbR00000506  SO:0000266 tRNA  Ini  CAU  Streptomyces griseus  prokaryotic cytosol  CGCGGGGUGGAGCAGCUCGGpDAGCUCGCUGGGCUCAUAACCCAGAGGUCGCAGGUpYCApm1AAUCCUGUCCCCGCUACCA
630 tdbR00000508  SO:0000266 tRNA  Ini  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUpGmGpDAGCUCGUCGGGpCmUCAUAACCCGAAGpm7GUCGCCGGpm5s2UpYCApm1AAUCCGGCCCCCGCAACCA
631 tdbR00000275  SO:0000266 tRNA  Ini  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUpGmGpDAGCUCGUCGGGpCmUCAUAACCCGAAGpm7GUCGCGGGpm5s2UpYCApm1AAUCCCGCCCCCGCAACCA
632 tdbR00000512  SO:0000266 tRNA  Ini  CAU  Mycobacterium smegmatis  prokaryotic cytosol  CGCGGGGUGGAGCAGCUCGGpDAGCUCGCUGGGCUCAUAACCCAGAGpm7GUCGCAGGUpYCGpm1AAUCCUGUCCCCGCUACCA
633 tdbR00000513  SO:0000266 tRNA  Ini  CAU  Synechococcus elongatus PCC 6301  prokaryotic cytosol  CGCGGGGUAGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGpm7GUCAGAGGpm5UpYCAAAUCCUCUCCCCGCCACCA
634 tdbR00000523  SO:0000266 tRNA  Ini  CAU  Tetrahymena thermophila  eukaryotic cytosol   AGCAGGGUpm1GGCGAAApDpGmGAAUCGCGUpYGGGCUCAUpt6AACpYCAAAApm7GUpm5CAGAGGApYCGpm1AAACCUCUCUCUGCUACCA
635 tdbR00000524  SO:0000266 tRNA  Ini  CAU  Scenedesmus obliquus  eukaryotic cytosol   AGCUGAGUpm1Gpm2GCGCAGpDGGAAGCGpYpm2GApYGGGCUCAUpt6AACCCAUAGpm7GpDpm5CACAGGAUCGpm1AAACCUxGUCUCAGCUACCA
636 tdbR00000525  SO:0000266 tRNA  Ini  CAU  Neurospora crassa  eukaryotic cytosol   AGCUGCAUpm1GGCGCAGCGGAAGCGCpm2,2GCNGGGCUCAUpt6AACCCGGAGpm7GpDCACUCGAUCGpm1AAACGAxGUUGCAGCUACCA
637 tdbR00000527  SO:0000266 tRNA  Ini  CAU  Schizosaccharomyces pombe  eukaryotic cytosol   pYGCGCGGUApm2GGAGAGpDGGAACUCCpm2,2GACGGGCUCAUpi6AACCCGUAGpm7GUCpm5CCAGGAUCGpm1AAACCUGGCCGCGCAACCA
638   SO:0000266 tRNA  Ini  CAU  Pichia jadinii  eukaryotic cytosol   AGCGUCUUpm1Gpm2GCGCAGpDGGAAGCGCpm2,2GCAGGGCUCAUpt6AACCCUGAUpm7GpDpm5Cpm5CCUGGAUCGpm1AAACCApGr(p)GAGACGCUACCA
639 tdbR00000529  SO:0000266 tRNA  Ini  CAU  Triticum aestivum  eukaryotic cytosol   AUCAGAGUpm1Gpm2GCGCAGCGGAAGCGUpm2GGpYGGGCCCAUpt6AACCCACAGpm7GpDpm5Cpm5CCAGGApYCGpm1AAACCUxGGCUCUGAUACCA
640 tdbR00000530  SO:0000266 tRNA  Ini  CAU  Lupinus luteus  eukaryotic cytosol   AUCAGAGUpm1Gpm2GCGCAGCGGAAGCGCpm2,2GGpYGGGCCCAUpt6AACCCACAGpm7GpDpm5CxCCAGGApYCGpm1AAACCUNGCUCUGAUACCA
641 tdbR00000531  SO:0000266 tRNA  Ini  CAU  Phaseolus vulgaris  eukaryotic cytosol   AUCAGAGUpm1Gpm2GCGCAGCGGAAGCGUpm2GGUGGGCCCAUpt6AACCCACAGpm7GpDpm5CCCAGGApYCGpm1AAACCUpGmGCUCUGAUACCA
642 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Oryctolagus cuniculus  eukaryotic cytosol   AGCAGAGUpm1Gpm2GCGCAGCGGAAGCGUpm2GCUGGGCCCAUpt6AACCCAGAGpm7GpDpm5CGAUGGAUCGpm1AAACCAUCCUCUGCUACCA
643 tdbR00000533  SO:0000266 tRNA  Ini  CAU  Drosophila melanogaster  eukaryotic cytosol   AGCAGAGUpm1Gpm2GCGCAGUGGAAGCGUpm2GCUGGGCCCAUpt6AACCCAGAGpm7GpDpm5CCGAGGAUCGpm1AAACCUUGCUCUGCUACCA
644 tdbR00000534  SO:0000266 tRNA  Ini  CAU  Euphausia superba  eukaryotic cytosol   AGCAGAGUpm1Gpm2GCGCAGUGGAAGCGUpm2GCUGGGCCCAUpt6AACCCAGAGpm7GUCGGUAGApYCGpm1AAACUACUCUCUGCUACCA
645 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Xenopus laevis  eukaryotic cytosol   AGCAGAGUpm1Gpm2GCGCAGCGGAAGCGUpm2GCUGGGCCCAUpt6AACCCAGAGpm7GpDpm5CGAUGGAUCGpm1AAACCAUCCUCUGCUACCA
646 tdbR00000536  SO:0000266 tRNA  Ini  CAU  Salmo salar  eukaryotic cytosol   AGCAGAGUpm1Gpm2GCGCAGCGGAAGCGUpm2,2GCUGGGCCCAUpt6AACCCAGAGpm7GpDpm5CGAUGGAUCGpm1AAACCAUCCUCUGCUACCA
647 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Mus musculus  eukaryotic cytosol   AGCAGAGUpm1Gpm2GCGCAGCGGAAGCGUpm2GCUGGGCCCAUpt6AACCCAGAGpm7GpDpm5CGAUGGAUCGpm1AAACCAUCCUCUGCUACCA
648 tdbR00000538  SO:0000266 tRNA  Ini  CAU  Asterina amurensis  eukaryotic cytosol   AGCAGAGUpm1Gpm2GCGCAGUGGAAGCGUGCUGGGCCCAUpt6AACCCAGAGpm7GpDpm5CCGAGGApYCGpm1AAACCUCGCUCUGCUACCA
649 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Ovis aries  eukaryotic cytosol   AGCAGAGUpm1Gpm2GCGCAGCGGAAGCGUpm2GCUGGGCCCAUpt6AACCCAGAGpm7GpDpm5CGAUGGAUCGpm1AAACCAUCCUCUGCUACCA
650 tdbR00000535  SO:0000266 tRNA  Ini  CAU  Homo sapiens  eukaryotic cytosol   AGCAGAGUpm1Gpm2GCGCAGCGGAAGCGUpm2GCUGGGCCCAUpt6AACCCAGAGpm7GpDpm5CGAUGGAUCGpm1AAACCAUCCUCUGCUACCA
651 tdbR00000541  SO:0000272 tRNA  Tyr  GUA  Haloferax volcanii  prokaryotic cytosol  CCGCUCUUAGCUCApG+CCUGGCAGAGCAGCCGApCmUGUApm1GApYCGGCUUGUpm5CCCCCGpm1YpYpCmpm1IAAUCGGGGAGAGCGGACCA
652 tdbR00000547  SO:0000272 tRNA  Tyr  QUA  Geobacillus stearothermophilus  prokaryotic cytosol  GGAGGGGps4UAGCGAAGUpGmGCUAApm1ACGCGGCGGACUpQUApms2i6AApYCCGCUCCCUUUGGGUUCGGCGGpm5UpYCGAAUCCGUCCCCCUCCACCA
653 tdbR00000554  SO:0000272 tRNA  Tyr  GPA  Scenedesmus obliquus  eukaryotic cytosol   CCCCUUGUAGCUCAGpDpDpGmGCAGAGCpm2,2GGGAGACUGpYApm1GApYCUCUAGpm7GNCACUGGpm5UpYCGpm1AAUCCGGUCGAGGGGACCA
654 tdbR00000556  SO:0000272 tRNA  Tyr  GPA  Schizosaccharomyces pombe  eukaryotic cytosol   CUCCUGAUpm1GGUGpYAGpDpDGGpDpDAUCACACCCGGCUGpYApi6AACCGGUUGpm7GUpm5CGCUAGpm5UpYCGpm1AUUCUGGCUCAGGAGACCA
655 tdbR00000557  SO:0000272 tRNA  Tyr  GPA  Pichia jadinii  eukaryotic cytosol   CUCUCGGUpm1Gpm2GCCAAGpDpDpGmGpDpDpDAAGGCpm2,2GpYCAGACUGpYApi6AApYCUGAACApDpm5CGGGCGpm5UpYCGpm1AAUCGCCCCCGAGAGACCA
656 tdbR00000558  SO:0000272 tRNA  Tyr  QPA  Triticum aestivum  eukaryotic cytosol   CCGACCUUApm2GCUCAGpDpDpGmGUAGAGCpm2,2GGAGGACUpQpYApm1GApYCCUUAGpm7GUCACUGGUpYCGpm1AAUCCGGUAGGUCGGACCA
657 tdbR00000559  SO:0000272 tRNA  Tyr  GPA  Triticum aestivum  eukaryotic cytosol   CCGACCUUApm2GCUCAGpDpDpGmGUAGAGCpm2,2GGAGGACUGpYApm1GApYCCUUAGpm7GUCACUGGUpYCGpm1AAUCCGGUAGGUCGGACCA
658 tdbR00000560  SO:0000272 tRNA  Tyr  GPA  Lupinus luteus  eukaryotic cytosol   CCGACCUUApm2GCUCAGpDpDpGmGUAGAGCpm2,2GGAGGACUGpYApm1GApYCCUUAGpm7Gpacp3UCACUGGUpYCGpm1AAUCCGGUAGGUCGGACCA
659 tdbR00000559  SO:0000272 tRNA  Tyr  GPA  Nicotiana rustica  eukaryotic cytosol   CCGACCUUApm2GCUCAGpDpDpGmGUAGAGCpm2,2GGAGGACUGpYApm1GApYCCUUAGpm7GUCACUGGUpYCGpm1AAUCCGGUAGGUCGGACCA
660 tdbR00000562  SO:0000272 tRNA  Tyr  GPA  Nicotiana rustica  eukaryotic cytosol   CCGACCUUApm2GCUCAGpDpDpGmGUAGAGCpm2,2GGAGGACUGpYApm1GApYCCUUAGpm7GUCGCUGGUpYCGpm1AAUCCGGCAGGUCGGACCA
661 tdbR00000560  SO:0000272 tRNA  Tyr  GPA  Lupinus albus  eukaryotic cytosol   CCGACCUUApm2GCUCAGpDpDpGmGUAGAGCpm2,2GGAGGACUGpYApm1GApYCCUUAGpm7Gpacp3UCACUGGUpYCGpm1AAUCCGGUAGGUCGGACCA
662 tdbR00000564  SO:0000272 tRNA  Tyr  QPA  Drosophila melanogaster  eukaryotic cytosol   CCUUCGAUApm2GCUCAGpDpDGGpacp3UAGAGCpm2,2GGpYGGACUpQpYApm1GApUmCCAUAGpm7GpDCGCUGGpm5UpYCApm1AAUCCGGCUCGAAGGACCA
663 tdbR00000565  SO:0000272 tRNA  Tyr  9PA  Bos taurus  eukaryotic cytosol   CCUUCpm2GAUApm2GCUCAGpDpDGGpacp3UUAGAGCpm2,2Gpm2,2GAGGACUpgalQpYApm1GApYmCCUUAGpm7GpDpm5CGCUGGpm5UpYCGpm1AUUCCGGCUCGAAGGACCA
664 tdbR00000567  SO:0000272 tRNA  Tyr  9PA  Homo sapiens  eukaryotic cytosol   CCUUCpm2GAUApm2GCUCAGpDpDGGpacp3UAGAGCpm2,2Gpm2,2GAGGACUpgalQpYApm1GApm1YCCUUAGpm7GpDpm5CGCUGGpm5UpYCGpm1AUUCCGGCUCGAAGGACCA
665   SO:0000272 tRNA  Tyr  9PA  Homo sapiens  eukaryotic cytosol   CCUUCpm2GAUApm2GCUCAGCpDGGpacp3UAGAGCpm2,2Gpm2,2GAGGACUpgalQpYApm1GApm1YCCUUAGpm7GpDpm5CGCUGGpm5UpYCGpm1AUUCCGGCUCGAAGGACCA
666 tdbR00000599  SO:0005857 tRNA  Sec  1CA  Bos taurus  eukaryotic cytosol   GCCCGGAUGACCCUCAGUGGUCUGGGGUGCAGGCUpmcm5UCApi6AACCUGUAGCUGUCUAGCGACAGAGUGGUpYCApm1AUUCCACCUUUCGGGCGCCA
667 tdbR00000570  SO:0005857 tRNA  Sec  NCA  Mus musculus  eukaryotic cytosol   GCCCGGAUGAUCCUCAGUGGUCUGGGGUGCAGGCUxUCApi6AACCUGUAGCUGUUUAGCGACAGAGUGGUpYCApm1AUUCCACCUUUCGGGCGCCA
668 tdbR00000571  SO:0005857 tRNA  Sec  NCA  Homo sapiens  eukaryotic cytosol   GCCCGGAUGAUCCUCAGUGGUCUGGGGUGCAGGCUxUCApi6AACCUGUAGCUGUCUAGCGACAGAGUGGUpYCApm1AUUCCACCUUUCGGGCGCCA
672 tdbR00000598  SO:0005857 tRNA  Sec  UCA  Chlamydomonas reinhardtii  eukaryotic cytosol   GCCGCUGUGAUCUUGGCGGGUGCUGAGUGCGGUCUUCApi6AAACCGUAGAGGCCGGAAGGCCUAGUGGUpYCApm1AUUCCACCUCGGCGGCGCCA
673 tdbR00000599  SO:0005857 tRNA  Sec  1CA  Xenopus laevis  eukaryotic cytosol   GCCCGGAUGACCCUCAGUGGUCUGGGGUGCAGGCUpmcm5UCApi6AACCUGUAGCUGUCUAGCGACAGAGUGGUpYCApm1AUUCCACCUUUCGGGCGCCA
674 tdbR00000600  SO:0005857 tRNA  Sec  1CA  Drosophila melanogaster  eukaryotic cytosol   GCCCCACUGAACUUCGGUGGUCCGGGGUGCGGACUpmcm5UCApi6AAUCCGUAGUCGAUUUGCGUCGAAGUGGUpYCGAUUCCACCUGGGGGGCGCCA
675 tdbR00000601  tRNA  Pyr  CUA  Methanosarcina barkeri  prokaryotic cytosol  GGAAACCps4UGAUCAUGUAGAUCGAAUGGACUCUAAAUCCGUUCAGCCGGGpm1YUAGAUUCCCGGGGUUUCCGCCA
676 tdbR00000602  SO:0000266 tRNA  Met  CAU  Tetrahymena pyriformis  mitochondrion  GCUGCUUGAAUGGpDUUCAGUGUGGGCUCAUpYpYCCCAUUACUAUAAAGpm5UpYCGAUUCUUUAAAGCGGCCCCA
677 tdbR00000604  SO:0000259 tRNA  Gln  UUA  Lupinus luteus  eukaryotic cytosol   NNCGUCUUApm2GNNNAGpDGGNNANNNCpm2,2GNCNUGpCmUUUApm6t6AACACGNUGpm7GpDpm5CGUGGGpm5UpYCGpm1AAUCCCACAGACGAGACCA
678 tdbR00000605  SO:0000264 tRNA  Leu  CAG  Lupinus luteus  eukaryotic cytosol   GUCAGGAUGpm2GCpac4CGAGpDGGpDCpacp3UAAGGCpm2,2GCCAGUpUmUCAGpm1GpYACUGGpUmCpYCGAACCGGGpm5CAUGGGpm5UpYCGpm1AAUCCCAUUCUUGACACCA
679 tdbR00000606  SO:0000264 tRNA  Leu  IAG  Lupinus luteus  eukaryotic cytosol   GUCAGGAUGpm2GCpac4CGAGpDGGpDCpacp3UAAGGCpm2,2GCCAGApYmUpIAGpm1GpYUCUGGpUmCpYCGAAUCGGGpm5CGUGGGpm5UpYCApm1AAUCCCACUCUUGACACCA
680 tdbR00000607  SO:0000264 tRNA  Leu  IAG  Lupinus luteus  eukaryotic cytosol   GUCAGGAUGpm2GCpac4CGAGpDGGpDCpacp3UAAGGCpm2,2GCCAGApYmUpIAGpm1GpYUCUGGpUmCpYGAAUCUUGGpm5CGUGGGpm5UpYCApm1AAUCCCACUCUUGACACCA
681 tdbR00000608  SO:0000264 tRNA  Leu  UAA  Lupinus luteus  eukaryotic cytosol   GUCAGGAUGpm2GCpac4CGAGpDGGpDCpacp3UAAGGCpm2,2GCCAGACUUAApm1GpYpYCUGGpUmCpYCGAAUCGGGpm5CGUGGGpm5UpYCApm1AAUCCCACUUCUGACACCA
682 tdbD00001753  SO:0000264 tRNA  Leu  CAG  Candida albicans  eukaryotic cytosol   GAUACGAUGGCpac4CGAGpDpGmGpDpDAAGGCpm2,2GAAGGAUGCAGpm1GpYpYCCUUUGGGCAUUGCCCGpm5CGCAGGpm5UpYCGpm1AACCCUGCUCGUGUCGCCA
683 tdbR00000621  SO:0000258 tRNA  Cys  GCA  Nicotiana rustica  eukaryotic cytosol   GGGUCCAUAGCUCAGpDpGmGpDAGAGCApYpYUGApCmUGCApm1GApYCAAGAGpm7GpDCACCGGUpYCGpm1AACCCGGUUGGGCCCUCCA
684 CP046085  SO:0000275 snoRNA  snR4  snR4  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAACUAUUACAGUCGAUGAGGAUAGGUUAUAGUUCAUGUGUAACAUCUGUGUUUUAAAAUAACUCUAGUUAUCCGGGGCGUUUUUCACAAAGUUUGUGUAAGAUGCUUUCCUGGGUCGAUGUGGAUUGUGCCGUGGCCUUUUUCACCACCUUUAUAGCGGUGCUUUAACUAUUAAUAACUGAGGCUG
685 CP046095  SO:0000275 snoRNA  snR5  snR5  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAUCAUUCAAUAAACUGAUCUUCCGGAUUACCAUGCUUAAGACAUCACGCCUCCAUAUGUCUAUAUAAAGCGCAAAUGGCUGGAAGUAGACCAAUUUUUUUUGUUCCUAGCUUUUCAUUAUUGAAAUCUAAUCCAGUUUUAAUGGUUUUUCUUAAUUAAGAAAACAAAUUAUCAUUGGUUCGCUCUAGGUGUACAUAU
686 LN809870  SO:0000275 snoRNA  snR8  snR8  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAUGAUACAUAUUAAACAUGCCUUCUAUUCACUGUGCCAUCUUACAUCCGUAGGUGAUCAGAGGGGAAAAGAAGAGCUAGAGCAACUCCCACACUCAUGAGCGUCCUCAUACUGUUCUGGGCGCUUCUCACAGGUGCUUCUUUUAGUGUCUCCCAUUGGCCCAGAUCGGUACUGCGCGAGUGAGAUAUCU
687 CP046095  SO:0000275 snoRNA  snR9  snR9  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNGGGAAUAUAAUACUAAAUACUCUGUUAUAUAGAACUUUCUACGCCUUUUCCUCUAUGGCUAUGAAAGCGUGGACAACGGAGAUCAAAUAGACCAAUUACUGAAUAUGGCUUUUGACAUAUCUUCUUCUUCAUGGGUGAGGAUUAAGCUGAUAUCCUGACCCACCUAUCAUUAGUCCUUCAGACAUAC
688 CP046087  SO:0000275 snoRNA  snR10  snR10  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAACGCAAAUUUAACAGCCAUUCGUAACACGUACAGUAUCUCGUCGAGGUUGAACCCCUCCGGGGCGUUCUUGACCCAUGAAGAAUGUGGAUUGGUGUUGCAAUAUAUUUAUUAUUGGCUUGGACUGGAGAACAAAUUUAUCGAUCUUGGGUGCAACAGUCUUUCUGUCGUCUGUUUUUUAGCAGAUCUAAGGGUUUACCUUCGUGUGCCCGGAUGAGGACCGUUGCAAGGAUUGAUAAUACAACU
690 CP046084  SO:0000275 snoRNA  snR13  snR13  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAGGAAGUUUUUUCCUUUUUAUAUGAUGAAUAUGAGUGCAUUUGGCUCGAGUUGCUGUUUGGCUUUUGCCAAAUCAGUAACGGUGUGGAAAAACUCAAGCUACCUUUUUUUACUUUUAUCUGACC
691 CP046463  SO:0000275 snoRNA  snR30  snR30  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAACCAUAGUCUCGUGCUAGUUCGGUACUAUACAGGGAAGGGAAGUCACUCGCAUACGUGUGUGUGCAUUUCUUGCUAUUGCUGCUUAGCUUCUCUAAAACACUGGGCUACGUUUUUCAACGCUCGAGAGGCAGAGUCUCAAGGAGCCUCCAAUGGGCCUCACGUAUUCAUCUAGAUGGCGCUUCGGACAACGGCAUCACAUAAGAGAUGCAGCUCCUGACUUCUCCUCUGAUCUUCGUGAUCAGAGUUUUGAGUCGUCAGACUACGAGCAGUUUCUCUUAGUCGUUGCAUCGGGUGCUGUUGCCUUAAGCAUGUGUAUAUGGGGUUCGGGGGCUGUUGCCAUGAUAUAUAUGGAUGAGACAGAAGUGGCCCCGUUGACGAGUUUAACUUAGAUUAAGUAGGACGCAUGAUCUUGAGCUCUUUUCCUAUACUUUGUCCUAUGGCCAGCUUUCUCCUUAUUACGAAGAGAUUGCGGGAUGUGGGUGCAGAGUGGGAAAAUCUGAGUUCGGUCAUCUUUGUUGUUCGUCCUACCGCAGUAUAUUCCUAAACACUAUGAAAUGACCCUAGUUGGUCCAUGAUCAUUUGGGUAAAACCAUACUGCAGACAUCU
692 CP046095  SO:0000275 snoRNA  snR31  snR31  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNGAAGCAAAAUUACACCAUGAGUUCCUAUUAACGUCAGCCUCUUUUGUACUCAUAAUGUGGCUUCGGAUGUUUGAUGGGCGUUGCUUCAGUGCGUACGGCUCAUGGUAGAUUAAUUAUUAGAAAGAUGUAUCUCCAGCUGUUGAUAUUAGAGGGGGAAGCCUUUCUCUUUCACCUCGCCUUUUUAAACACCUGAUACAGUUGGUCAUGAUUCGUUCUACAUUU
693 CP046088  SO:0000275 snoRNA  snR32  snR32  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAACAUCAUAAUUAUAUCGCGAAUGUACUACUAGUAUAUGCAGUUUUCUUAAAAUUGCAGGGAAUGACUAAAAGCCCACGUUUUUCCCACUUUUAGUAGUACUGAAGCGUAGAUAGAUUGAACGUUGCUGGGCGCCUGGUGUUGAUCAUUUCUGAAAUGAGAUAUUGGGAAUCAGCUGUAUCUACAUUU
694 CP025099  SO:0000275 snoRNA  snR33  snR33  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAAGCUUAAUGCCCUCUUUGUACGAUGGUGUCACUCUAAAAUUAUUUAGGUAAUUUAAUUGGAUGUGAUAUCAAGCACUAGUUUUGUUUGGAGGAGCAGAGAUUGAAAGCCUAGCUUUUACACCGGUUUGAGUCGGUUCCUUCGUUUUCUUAGUUGGAAUUGAUAUAGAAGUGUGUGGACAAUC
695 CP036478  SO:0000275 snoRNA  snR34  snR34  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNGAAUCAAAAAUUUAUUUUUUACACGGAAACGAUGCCACAGUUGACUGAACCUGUCUUCUAACAGUAGUUAAUUGCCAGUAUUUCAAACAAGAUUUGAAAUACGAGUUUCCCAGAAUAAUUUAUUUGGACAGGAUAGGAAGUCCGAUUUCUGUGUUGUCUCAAACGAGGCGAUAGAAUUGGGAUGUCGAAGAAAGUCUACAUUA
696 CP005669  SO:0000275 snoRNA  snR35  snR35  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAUACAAAAUUAAUCGUGCGGAUUAAUAAUCCAGGACUAUAAAACCGUGUUGUUUAUAUCGAGUCUCUUUUGGUAUAAGCGUCAAGUCCAUCGGAGAGAUCAUCAUUUUGUUCAUCUUAAUGCCCUUUUGUGUAGGAAAUUGAGGGAAGCUUAGGCUUCUCAACAUUUUAAGACGCCUAUGCAAGGGCUGGUAGGACAGACAUGC
697 CP033479  SO:0000275 snoRNA  snR37  snR37  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAACAUCAGUAGUGGUUAAUACUAUCUUUAGAUAAUAUUAAUUUCAUUAUACCAUAGAAACCUAAAGAUUAGGUUAUUUUCGUUCUUCAUGUUAUGGAGUGUGAGUGAUGAGGAGCUUGCUCUUUUAAGCUCAUAUUACGUAAUAAGUUAAUACUGGAGCGAGAAUAAUUUAAAUCAUUUCAUCAUAACCCAUAGCUGAAUGAACUUUGACUACUCCUAAACAAAGUAGUAACAAUUUUCAUUUCGUUUCCGGUUUCUUAGAUCGAAUAUUAUUCUGAGGAAAUUCCCUGAUUACAUAUCAGGGAAAGGUUCGCGUUUUUAGAGAAUUGCGUAAUGCGAUUUGAAAGUUUAAAUUCCUAAGCGACUCUUCUUCAUGAUAAGACAGUU
698 CP046091  SO:0000275 snoRNA  snR42  snR42  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAUAACAAUUUGUGAUGCUUUAGGGAGCCUAUUGUUUGAUGGUUUAUAGGAGCCGGAUUUGUCUUUUUGACUAAUUUUCAACCUAUUCUUACUUCCAAAACUGUUGCAAUGGCUCUCGUUUUUUUUAAAUUUUUCUCUUUUCUCUUCUUUGGCAUAGUUUAUUUUUAAUAAAUUAUUUCAGGGUGAGAUAGAGAAAGGAUAAUGAGUAUCGUAGAUAAAUCUUCGGUUCCGAAUAGUGUAACUGUUGGUGCUGAGGUAAUCCAUCUUUAAAACCAUCGCCGUUAGAGGUUGCUUCUGAUAUUUUCGGUUAAGCGACCCAUGAAAUGGUGAUGACCUGAGGUAUGGAACAUCU
699 CP046083  SO:0000275 snoRNA  snR189  snR189  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAACAAAAUAAUUUACAUUCCAAGGACCGGUAUUAUUGUAGGGGAUUUGUGACUUUCAAGGCAACGUCCUCUCUACAACCGAGUUCGAGAAUAAGUACAAAUGGCUCUUUUUGUUAUUCGAAAGCUUACAAGUUCUGGUAUAUUCUAUAUACUCACUUAUUACUUUCAAGUACUUCACACGGGCCUGACAUCU
700 NG_008261  SO:0000275 snoRNA  U13  U13  Homo sapiens  nucleus  m2,2,7GpppNAUCCUUUUGUAGUUCAUGAGUGUGAUGAUUGUGUGUUCAUACGCUUGUGUGAGAUGUGCCACCCUUGAACCUUGUUACGACAUUGGCACAUUACCCGUCUGAUC
701 AP001782  SO:0000275 snoRNA  U8  U8  Homo sapiens  nucleus  m2,2,7GpppNCUGUCAGGUGGGAUAACCCUUCCCUGUUCCUCCGUUUGGAGGGCAGAUAGAACAUGAUGACUGGAGAUGCAUGAAAUGUGACUAAUGUCUCUGUGUAAUCAGGACUUGCAACACCCUGAUUGCUCCUAUCUGAU
702 AF020531  SO:0000275 snoRNA  U3_Human  U3_Human  Homo sapiens  nucleus  m2,2,7GpppNAAGACUAUACUUUCAGGGAUCAUUUCUAUAGUGUGUUACUAGAGAAGUUUCUCUGAACGUGUAGAGCACCGAAAACCACGAGGAAGAGAGGUAGCGUUUUCUCCUGAGCGUGAAGCCGGCUUUCUGGCGUUGCUUGGCUGCAACUGCCGUCAGCCAUUGAUGAUCGUUCUUCUCUCCGUAUUGGGGAGUGAGAGGGAGAGAACGCGGUCUGAGUGGU
703 HUMUG3PE  SO:0000275 snoRNA  U3_Human  U3_Human  Homo sapiens  nucleus  m2,2,7GpppNAAGACUAUACUUUCAGGGAUCAUUUCUAUAGUGUGUUACUAGAGAAGUUUCUCUGAACGUGUAGAGCACCGAAAACCACGAGGAAGAGAGGUAGCGUUUUCUCCUGAGCGUGAAGCCGGCUUUCUGGCGUUGCUUGGCUGCAACUGCCGUCAGCCAUUGAUGAUCGUUCUUCUCUCCGUAUUGGGGAGUGAGAGGGAGAGAACGCGGUCUGAGUGGU
704 X14945  SO:0000275 snoRNA  U3_Human  U3_Human  Homo sapiens  nucleus  m2,2,7GpppNAAGACUAUACUUUCAGGGAUCAUUUCUAUAGUGUGUUACUAGAGAAGUUUCUCUGAACGUGUAGAGCACCGAAAACCACGAGGAAGAGAAGUAGCGUUUUCUCCUGAGCGUGAAGCCGGCUUUCUGGCGUUGCUUGGCUGUAACUGCCGUCAGCCAUUGAUGAUCGUUCUUCUCCCCGUAUUGGGGAGUGAGAGGGAGAGAACGCGGUCUGAGUGGU
705 SNR17B  SO:0000275 snoRNA  U3_Yeast_and_Rat  U3_Yeast_and_Rat  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNAACACAUUCAACAGUAGGAUCAUUUCUAUAUUAAUCGUCACUCUUUGACUCUUCAAAAGAGCCACUGAAUCCAACUUGGUUGAUGAGCCCCAUAACCUUUGUACCCCAGAGUGAGGAAAUGAAAUCGAAUUUAAAUUAGCUUGGUCCGCAAUCCUUAGCGGUUCGGCCAUCUAUAAUUUUGAAUAAAAUUUUGCUUUGCCGUUGCAAUUGUGAUAACUUCCUUUGGAAUUUGUUGCGAUAUUUAAUGGCGCGAUGAUCUUGACCCAUCCUAUGUGCUUCCAUUUUGGAAGGAUAGGGAUUCAUGGGUGGGUACAAAUGGCAGUCUGAC
706 YSCUR17D  SO:0000275 snoRNA  U3_Yeast_and_Rat  U3_Yeast_and_Rat  Saccharomyces cerevisiae  nucleus  m2,2,7GpppNGUCGACGUACUUCAUAGGAUCAUUUCUAUAGGAAUCGUCACUCUUUGACUCUUCAAAAGAGCCACUGAAUCCAACUUGGUUGAUGAGUCCCAUAACCUUUGUACCCCAGAGUGAGAAACCGAAAUUGAAUCUAAAUUAGCUUGGUCCGCAAUCCUUAGCGGUUCGGCCAUCUAUAAUUUUGAAUAAAAAUUUUGCUUUGGCGUUGCAUUUGUAGUUUUUUCCUUUGGAAGUAAUUACAAUAUUUUAUGGCGCGAUGAUCUUGACCCAUCCUAUGUACUUCUUUUUUGAAGGGAUAGGGCUCUAUGGGUGGGUACAAAUGGCAGUCUGACAAGU
707 AJ248283  SO:0001001 rRNA  LSU  23S  Pyrococcus abyssi  prokaryotic cytosol  AGGGGGUCAGGACACUAAGCCGCCCGGUGGAUGGCUCGGCUCGGGGCGCCGACGAAGGGCGUGGCAAGCUGCGAUAAGCCCCGGCGAGGCGCAGGCAGCCGUCGAACCGGGGAUUCCCGAAUGGGACCUCCCGCGGCUUAUGCCGCACUCCGGGGCAUAAGCCCCGGAGGGGGAACGCGGGGAAUUGAAACAUCUUAGUACCCGCAGGAAAAGAAAGCAAAAGCGAUGCCGUGAGUAGGGGCGACCGAAAGCGGCACAGGGCAAACUGAACCCCGGGCCGACGAGGUUCGGGGGAUGUGGGGUUGUAGGGCCCCCGUAUGAGACCCUCGCGGGUGAAGCCGAAGUCCGCUGGAACGCGGCGCCGGAGAGGGUGAUAGCCCCGUAGGCGUAAGCCCGCAGGGUCUCGGGGGACCCUGAGUACCGUCGGUUGGAUAUCCGGCGGGAAGCUGGGAGGCAUCGGCUCCCAACCCUAAAUACGUCCCGAGACCGAUAGCGAACUAGUACCGUGAGGGAAAGCUGAAAAGCACCCCGGGAGGGGGGUGAAAAGAGCCUGAAACCGGGCGGCGAUAGGAGGGUGCGGCCCGAAAGGAAUGAGCCUCCCCGAAGGAAACCGCGGCGACGCGGGAGUACGAGGGGAGGGGACCGGGGUUGCACCGUCCGUCUUGAAACACGGGGCAGGGAGUUCGCGGCCGUGGCGAGGUUAAGGGGGUUAAGCCCCGUAGCCGUAGGGAAACCGACAUGCCCGCAGCCGGGCCUCGAGCCCGGUGAGGGGCGGGGUGCGAAAGCGCCCGGAGUCACGGCCGCGAGACCCGAAACCGGUCGAUCUAGCCCGGGGCAGGGUGAAGUCCCUCAACAGAGGGAUGGAGGCCCGCUAGGGGUGCUGAUGpm5UGCAGUUCGCUCCCGUGACCCCGGGCUAGGGGUGAAAGGCCAAUCGAGGCCGGAGAUAGCUGGUUCCCGCCGAAUCAUCCCGCAGGAUGGCCUCCCCGGAGGUAGGCGGUGGGGUAGAGCACUGAUUGGGGGUGCAGGGGGCGAAAGCCCCCGGCCCCCUGUCAAACUCCGAACCCACCGCCGCCGUAGAUGGGGGGAGUAGGGUGGCGGUGUAAGCCGUCCACCGAGAGGGGAACAACCCAGACCGGGGUUAAGGCCCCAAAGUGCCGGCUAAGUGUUACUCCAAAGGGUGUCCCGGGCCUUAGACAGCGGGGAGGUAGGCUUAGAAGCAGCCAUCCUUUAAAGAGUGCGUAACAGCUCACCCGUCGAGGUCCGGGGCCCCGAAAAUGGACGGGGCUCAAGCCGGCCGCCGAGACCCCGGCGCACGGACCGAUUGGUCCGUGAUCGGGUAGGCGGGCGUGCCGGUGGCGUAGAAGCCGGGCCGUAAGGUCCGGUGGAGCCGCCGGUAUCGCGGAUCCUGCCGGGAGUAGCAGCGUAGUCGGGUGAGAAUCCCGACCGCCGGAGGGGCCAGGGUUCCACAGGCAAUGGUCGUCAGCCGUGGGUUAGUCGGUCCUAACCCCGCCCGUAACUCGGCGCGGGGGAAAGGGAAACGGGUUAAUAUUCCCGUACCGCGGGGGUAGGUGCGGCAACGCAAGCCCGGAGGGUGACGCCUCGGGGUAGGCGGACCGGCCGAUGAGGCCGGCUAAGCGUAUAAGCCCGGGGAGUGCCGUAAUGGCGAGAACCGGGUGAAAGCGCGAAUGGCCCCCCGUUAGGGGGGUUCCGCCGAUCCCUGGGGCCCGUGAAAAGCCCUCCGGGAAUUCCGAUCCCCCGCGACCGUACCGAGAACCGACACAGGUGCCCCUGGGUGAGAAGCCUAAGGCGUGUCGGGGGAAACCCGGCCGAGGGAACUCGGCAAACUGGCCCCGUAACUUCGGGAGAAGGGGUGCCUGCGGGUGCGUAACCCGCAGGUCGCAGUGACUAGGGGGGCCCGACUGUUUAAUAAAAACACAGGUCCCAGCUAGCCCGAAAGGGUUUGUACUGGGGCCGACGCCUGCCCAGUGCCGGUAUGUGAAGCCCGGGUACAACCGGGUGAAGCACCGGUAAACGGCGGGGGUAACUAUAACCCUCUUAAGGUAGCGAAAUUCCUUGUCGGUUAAAUGCCGACCUGCAUGAAUGGCGUAACGAGGUCCCCGCUGUCCCCGGCCGGGGCCCGGCGAAACCUCUGCCUGGCGCGCAUGCCAGGGACCCCCGGUGGGAAGCGAAGACCCCAUGGAGCUUUACUGCAGCCUGCCGUUGCCACGCGGCGAGGGGUGCGCAGCGUAGGCGGGAGGCGUCGAAGCCCGGCCUCCGGGUCGGGUGGAGCCGUCCAUGAGACACCGCCCACUCCUCGCCGCGUGGCUAACCCCCGAAAGGGGGGACAGCGGUAGGUGGGCAGUUUGGCUGGGGCGGCACGCCCCCGAAAAGGUAUCGGGGGCGCCCUAAGGUCGGCUCAGGCGGGUCAGGAAUCCGCCGUAGAGUGCAAGGGCAAAAGCCGGCCUGACUGGACCCGUAACAGAGGCGGGUCCAGCCCCGAAAGGGUGGCCUAGCGAACCCCUGUGCCUCCCCGGUGGGGGCCAGGGAUGACAGAAAAGCUACCCUGGGGAUAACAGAGUCGUCUCGGGCGAGAGCCCAUAUCGACCCCGAGGCUUGCUACCUCGCUGUCGGCUCUUCCCAUCCUGGCCCUGCAGCAGGGGCCAAGGGUGGGGGUGUUCACCCAUUAAAGGGGAACGUGAGCUGGGUUUAGACCGUCGUGAGACAGGUCGGAUGCUAUCUACCGGGGGUGUUGGCCGCCUGAGGGGAAGGUGCCCUUAGUACGAGAGGAACAGGGCGCCGCGGCCUCUGGUCUACCGGUUGUCCUCCCGGGCAUCGCCGGGCAGCUACGCCGCAGCCGAUAAGGCCUGAAGGCAUCUAAGGCCGAAGCGGCCCCCGAAAAUAGGCGGCCGUUCCCUGGCGUUGGGCUUGGGCGACCGGCCCGUUAGCCAGGGACGAGGGCUCGGGUAGAAGACCCGGUUGAUGGGGCGGGGAUGUAAGCGGGAAGGGUCAACCGACCCGCUUAGUCUGCCGCCCCCAAUCGCCCGAGGUCCUGUCCCCCG
709 tdbR00000011  SO:0000254 tRNA  Ala  UGC  Neurospora crassa  mitochondrion  GGGGGUAUAGUAUAApDUGGpDAGUACAGCAAUCUUGCUCAxUUGCUUGUpm5CAAGGpm5UpYCAAAUCCUUGUAUCUCCACCA
710 tdbR00000027  SO:0000257 tRNA  Asp  GUC  Hordeum vulgare  plastid  GGGAUUGUAGUUCAAUUpGmGpDCAGAGCACCGCCCUGUCxAAGGCGGAAGxCUGCGGGpm5UpYCGAGCCCCGUCAGUCCCGCCA
711 tdbR00000028  SO:0000257 tRNA  Asp  QUC  Hordeum vulgare  plastid  GGGAUUGUAGUUCAAUUpGmGpDCAGAGCACCGCCCUpQUCxAAGGCGGAAGxCUGCGGGpm5UpYCGAGCCCCGUCAGUCCCGCCA
712 tdbR00000029  SO:0000257 tRNA  Asp  QUC  Asterias amurensis  mitochondrion  AAGAAACUpm1AGUUAAACUAAUAACACUGGAUUpQUCAGACCGGAGUAACUGGUAAACAAUCAGUGUUUCUUGCCA
713 tdbR00000030  SO:0000257 tRNA  Asp  GUC  Aedes albopictus  mitochondrion  AAAAAAUUpm1AGUUUAAUCAAAAACCpYpYAGUAUGUCpt6AAACUAAAAAAAUUAGAUCAUCUAAUApYpYUUUUACCA
714 tdbR00000031  SO:0000257 tRNA  Asp  QUC  Rattus norvegicus  mitochondrion  GAGAUAUUpm1AGUAAAAUAAUUACApYAACCUUpQUCAAGGUUAAGUUAUAGACUUAAAUCUAUAUAUCUUACCA
715 tdbR00000032  SO:0000257 tRNA  Asp  GUC  Rattus norvegicus  mitochondrion  AGAGAUAUUpm1AGUAAAAUAAUUACApYAACCUUGUCAAGGUUAAGUUAUAGACUUAAAUCUAUAUAUCUUACCA
716 tdbR00000033  SO:0000257 tRNA  Asp  QUC  Didelphis virginiana  mitochondrion  AAGAUAUUpm1Apm2GUAAAAUUCAUUACApYAACUpYUpQUCAUAGUUAAAUUAUAGGUpYUAACUCCUAUAUAUCUUACCA
717 tdbR00000034  SO:0000257 tRNA  Asp  GUC  Mesocricetus auratus  mitochondrion  AAGAUAUUpm1AGUAAAAUCAUUACApYAACUUUGUCAGAGUUAAAUUAUAGACUAAUCUCUAUAUAUCUUACCA
718 tdbR00000049  SO:0000260 tRNA  Glu  NUC  Chlamydomonas reinhardtii  plastid  GCCCCCAUCGUCUAGApGmGCCpDAGGACACCUCCCUxUUCACGGAGAAAApm5CGCGGApm5UpYCGAAUUCCGCUGGGGGUACCA
719 tdbR00000051  SO:0000260 tRNA  Glu  SPC  Hordeum vulgare  plastid  GCCCCUAUCGUpac4CUAGUGGpDpDCAGGACAUCUCpYCUpmnm5s2UpYCAAGGAGGCAGpm5CGGGGApm5UpYCGACUUCCCCpYGGGGGUACCA
720 tdbR00000051  SO:0000260 tRNA  Glu  SPC  Triticum aestivum  plastid  GCCCCUAUCGUpac4CUAGUGGpDpDCAGGACAUCUCpYCUpmnm5s2UpYCAAGGAGGCAGpm5CGGGGApm5UpYCGACUUCCCCpYGGGGGUACCA
721 tdbR00000052  SO:0000260 tRNA  Glu  NUC  Aedes albopictus  mitochondrion  AUUUAUAUpm1AGUUUAAAUAAAACApYpYACAUUxUUCpt6ACUGUAAAAAUAAAAAUUUAUUUUUpYAUAAAUACCA
722 tdbR00000053  SO:0000260 tRNA  Glu  ƕUC  Bos taurus  mitochondrion  GUUCUUGUpm1AGUUGAAUGACAACpm2GApYGGUUUptm5s2UUCAUApYCAUUAGUpm5CAUGGUpYAGpm1AUUCCAUGUAAGAAUACCA
723 tdbR00000071  SO:0000267 tRNA  Phe  GAA  Euglena gracilis  plastid  GCUGGGAUAGCUCAGpDUGpGmpDAGAGCGGAGGACUGAApms2i6AApYCCUUGUpm7GNCACCAGpm5UpYCAAAUCUGGUUCCUAGCACCA
724 tdbR00000072  SO:0000267 tRNA  Phe  GAA  Phaseolus vulgaris  plastid  GUCGGGAUAGCUCAGUpDpGmGpDAGAGCAGAGGACUGAApms2i6AApYCCUCGUpm7Gpacp3UCACCAGpm5UpYCAAAUCUGGUUCCUGGCACCA
725 tdbR00000073  SO:0000267 tRNA  Phe  GAA  Spinacia oleracea  plastid  GUCGGGAUAGCUCAGCUpGmGpDAGAGCAGAGGACUGAApms2i6AAUCCUCGUpm7Gpacp3UCACCAGpm5UpYCAAAUCUGGUUCCUGGCACCA
726 tdbR00000074  SO:0000267 tRNA  Phe  GAA  Tetrahymena pyriformis  mitochondrion  UGCUUAAGUApm2GCUCAGUGGpDAGAGCpm2,2GUCAGGCUGAAxAACCpYGAAGGUCAUUGGUCCGAUUCCAUUCUUAGGCACCA
727 tdbR00000075  SO:0000267 tRNA  Phe  GAA  Saccharomyces cerevisiae  mitochondrion  GCUUUUAUAGCUUAGpDGGpDAAAGCpm2,2GAUAAApYUGAApm1GApYUUAUUUACAUGUAGUpYCGAUUCUCAUUAAGGGCACCA
728 tdbR00000076  SO:0000267 tRNA  Phe  GAA  Oenothera sp.  mitochondrion  GUUUAGGUAGCUCAUCpDGGCpDNAGAGCAAAGGACUGAAxAAUCCUUGUpm7Gpacp3UCAGUGGpm5UpYCGAAUCCACUUCUAAGCACCA
729 tdbR00000077  SO:0000267 tRNA  Phe  GAA  Phaseolus vulgaris  mitochondrion  GUUUAGGUAGCUCAGCpDpGmGpDAGAGCAAAGGACUGAANApYCCUUGUpm7Gpacp3UCAGUGGpm5UpYCGAAUCCACUUCUAAGCGCCA
730 tdbR00000078  SO:0000267 tRNA  Phe  GAA  Ascaris suum  mitochondrion  ACUCUGUUpm1AGUUUAUGUUUUAAAApYApYGACpYpYUGAApm1GAAGUUGGAAAAUGUUAGGAGUGCCA
731 tdbR00000079  SO:0000267 tRNA  Phe  GAA  Rattus norvegicus  mitochondrion  AGUUAAUGUpm1AGCUUAUAAUAAAGCAAAGCACUGAApms2i6AApYGCUUAGAUGGAUUCAAAAAUCCCAUAAACACCA
732 tdbR00000080  SO:0000267 tRNA  Phe  GAA  Bos taurus  mitochondrion  GUUGAUGUpm1Apm2GCUUAACCCAAAGCAAGGCACUGAAAApYGCCUAGAUGAGUCUCCCAACUCCAUAAACACCA
733 tdbR00000122  SO:0000261 tRNA  Gly  UCC  Codium fragile  plastid  GCAGUACUGGUGUAApDpGmGpDpDAGCGCCUUAGApYUUCCAApYCUAAAGGUAGGGGpm5UpYCGAUUCCCCUGUACUGCUCCA
734 tdbR00000123  SO:0000261 tRNA  Gly  NCC  Saccharomyces cerevisiae  mitochondrion  AUAGAUAUAAGUUAAUpDGGpDAAACUpm2,2GGAUGpYCUxUCCpi6AAACAUUGAAUGCGAGpm5UpYCGAUUCUCGCUAUCUAUACCA
735 tdbR00000124  SO:0000261 tRNA  Gly  UCC  Aedes albopictus  mitochondrion  AUUUAUAUpm1AGUAUAUAAUUGUAUApYGxUxGACUUCCAApm1YCACAAGGACUAAAUAAUUUUAGUApYAAAUACCA
736 tdbR00000125  SO:0000261 tRNA  Gly  UCC  Bos taurus  mitochondrion  AUUCUUUUpm1Apm2GUAUUAACUAGUACAGCUGACUUCCAApYCAGCUAGUUUCGGUCUAGUCCGAAAAAGAAUACCA
737 tdbR00000126  SO:0000261 tRNA  Gly  ʭCU  Halocynthia roretzi  mitochondrion  GCGUUpm2GAUpm1AGUUUAAGUAAAAUAGAUUCUUptm5UCUAGGpYAUAAGUUAGGGUUGGUCCCUUUGAUGCACCA
738 tdbR00000127  SO:0000261 tRNA  Gly  UCC  Halocynthia roretzi  mitochondrion  GCUGUGUUpm1AGUAUAAAGUAAUApYApYGUGApYUUCCAApYCAUGGGAUCCUUUAGGGACGUAGUACCA
739 tdbR00000128  SO:0000269 tRNA  Ser  GCU  Halocynthia roretzi  mitochondrion  AAGGGUGAUUAGGAAUGUUAGAAAGpYUGCUApYpYUUUUUGAUAUpYGAGUUCGAAUCUCGAGGCUCUUGCCA
740 tdbR00000142  SO:0000262 tRNA  His  GUG  Saccharomyces cerevisiae  mitochondrion  GGUGAAUAUAUUUCAApDGGpDAGAAAApYACGCpYUGUGpm1GpYGCGUUAAAUCUGAGpm5UpYCGAUUCUCAGUAUUCACCCCA
741 tdbR00000143  SO:0000262 tRNA  His  QUG  Asterias amurensis  mitochondrion  GACUAAAGUpm1AGUUUAAAUAAAACCCpYAAUpYUpQUGpm1GpYAUUAAAAUUAUCAGUpYAApm1AAUCUGAUCUAUAGUCCCA
742 tdbR00000161  SO:0000258 tRNA  Ile  GAU  Zea mays  plastid  GGGCUAUUAGCUCAGUpGmGpDAGAGCpm2,2GCGCCCCUGAUpt6AAGGGCGAGpm7Gpacp3UCUCUGGpm5UpYCAAGUCCAGGAUGGCCCACCA
743 tdbR00000161  SO:0000258 tRNA  Ile  GAU  Spinacia oleracea  plastid  GGGCUAUUAGCUCAGUpGmGpDAGAGCpm2,2GCGCCCCUGAUpt6AAGGGCGAGpm7Gpacp3UCUCUGGpm5UpYCAAGUCCAGGAUGGCCCACCA
744 tdbR00000163  SO:0000258 tRNA  Ile  ѴAU  Spinacia oleracea  plastid  GCAUCCAUGGCUGAAUpGmGpDpDAAAGCpm2,2GCCCAACUxCAUpt6AApYpYGGCGAAUUCGUAGGpm5UpYCAAUUCCUACUGGAUGCACCA
746 tdbR00000165  SO:0000258 tRNA  Ile  ѴAU  Solanum tuberosum  mitochondrion  GGGCUUAUAGUUpYAApDpDpGmGpDpDGAAACGpYACCGCUxCAUAACGGUGAUAUUGUAGGpm5UpYCGAGCCCUACUAAGCCUACCA
747 tdbR00000166  SO:0000258 tRNA  Ile  .AU  Solanum tuberosum  mitochondrion  GGGCUUUAUAGUUpYAApDpDpGmGpDpDGAAACGpYACCGCUNAUAACGGUGAUAUUGUAGGpm5UpYCGAGCCCUACUAAGCCUACCA
748 tdbR00000167  SO:0000258 tRNA  Ile  GAU  Aedes albopictus  mitochondrion  AAUGAAUUpm1GCCUGAUAAAAAGGApYpYACCUUGAUpt6AGGGUAAAUUAUAAAGAUUUAAUACUUpYApYUCAUUACCA
749 tdbR00000168  SO:0000258 tRNA  Ile  GAU  Bos taurus  mitochondrion  AGAAAUAUpm1GUCUGACAAAAGApm2,2GpYUACAUUGAUpt6AGUGUAAAUAAUAGAGGUUCApm1AACCCUCUUAUUUCUACCA
750 tdbR00000169  SO:0000258 tRNA  Ile  GAU  Homo sapiens  mitochondrion  AGAAAUAUpm1GUCUGAUAAAAGApm2,2GpYpYACUUUGAUpt6AGAGUAAAUAAUAGGAGCUUAAACCCCCUUAUUUCUACCA
751 tdbR00000182  SO:0000265 tRNA  Lys  NUU  Codium fragile  plastid  GGGUUACUAACUCAApDpGmGpDAGAGUAApYCGGCUxUUUpt6AACCGAUAApm7GpDUCUGGGpm5UpYCAAUUCCCAGGUAACUCACCA
753 tdbR00000184  SO:0000265 tRNA  Lys  CUU  Asterias amurensis  mitochondrion  CUUUGAUApm1AGCUUAUAAUGGCAAGCApYUAAACUCUUpt6AApYUUAAAUCAAAGUGAUCUCACCACACUAUCAAAGACCA
754 tdbR00000185  SO:0000265 tRNA  Lys  CUU  Aedes albopictus  mitochondrion  CAUUAGAUpm1GACUGAAAGCAAGUAApYGAUCUCUUpt6AAAUCAUAAUAUAGUAAAUUAGCACUUACpYpYCUAAUGACCA
755 tdbR00000186  SO:0000265 tRNA  Lys  .UU  Loligo bleekeri  mitochondrion  GCCUCCAUApm2GCUCAGpDCGGUAGAGCApYCAGACUNUUNAxUCUGAGGpm7GpDpm5CUGGGGUpYCGpm1AGUCCCCAUpm2GUGGGpm5CUCCA
756 tdbR00000204  SO:0000265 tRNA  Lys  CUU  Loligo bleekeri  mitochondrion  UCCCGpm2GCUApm2GCUCAGpDCGGUAGAGCACGAGAxCUCUUpt6AApYCUCGGGpm7GpDpm5CGUGGGpm5UpYCGpm1AGCCCCACGUUGGGAGCCA
757 tdbR00000188  SO:0000265 tRNA  Lys  .UU  Loligo bleekeri  mitochondrion  GCCUUCAUApm2GCUCAGpDCGGUAGAGCApYCAGACUNUUAAxUCUGAGGpm7GpDpm5CUGGGGpm5UpYCGpm1AGUCCCCAUpm2GCGGGpm5CUCCA
758 tdbR00000189  SO:0000265 tRNA  Lys  NUU  Rattus norvegicus  mitochondrion  CAUUGCGApm1Apm2GCUUAGAGCpm2GpYUAACCUxUUUpt6AAGUUAAAGUUAGAGACAACAAAUCUCCACAAUGACCA
759 tdbR00000190  SO:0000265 tRNA  Lys  ƕUU  Bos taurus  mitochondrion  CACUAAGApm1Apm2GCUAUAUAGCACpYAACCUptm5s2UUUpt6AAGUUAGAGAUUGAGAGCCAUpm1AUACUCUCCUUGGUGACCA
760 tdbR00000191  SO:0000265 tRNA  Lys  NUU  Mesocricetus auratus  mitochondrion  CACUAUGApm1Apm2GCUCAGAGCpm2GpYUAACCUxUUUpt6AAGUUAAAAUUGAGAGACUUCUAGUCUCCAUGGUGACCA
761 tdbR00000228  SO:0000264 tRNA  Leu  BAA  Glycine max  plastid  GCCUUGGUGGUGAAAUpGmGpDAGCCACGCGAGACUpCmAAxAApYCUCGUGCUACAGAGCGUGGAGGpm5UpYCGAGUCCUCUUCAAGGCACCA
762 tdbR00000229  SO:0000264 tRNA  Leu  JAA  Glycine max  plastid  GGGGAUAUGGCGAAAUUpGmGpDAGACGCpYACGGACUpUmAAxAApYCCGUCGACUUAAGAAAUCAUGAGGGpm5UpYCAAGUCCCUCUAUCCCCACCA
763 tdbR00000233  SO:0000264 tRNA  Leu  UA7  Glycine max  plastid  GCCGCUAUGGUGAAAUUpGmGpDAGACACGCUGCUCUUApm7Gpm1GAAGCAGUGCUAGAGCAUCUCGGpm5UpYCGAGUCCGAGUAGCGGCACCA
764 tdbR00000231  SO:0000264 tRNA  Leu  BAA  Phaseolus vulgaris  plastid  GGCUUGAUGGUGAAAUUpGmGpDAGACACGCGAGACUpCmAAxAAUCUCGUGCUAAAGAGCGUGGAGGpm5UpYCGAGUCCUCUUCAAGUCACCA
765 tdbR00000232  SO:0000264 tRNA  Leu  NAA  Phaseolus vulgaris  plastid  GGGGAUAUGGCGAAAUUpGmGpDAGACGCpYACGGACUxUAAxAApYCCGUCGACUUAAUAAAUCAUGAGGGpm5UpYCAAGUCCCUCUAUCCCCACCA
766 tdbR00000233  SO:0000264 tRNA  Leu  UA7  Phaseolus vulgaris  plastid  GCCGCUAUGGUGAAAUUpGmGpDAGACACGCUGCUCUUApm7Gpm1GAAGCAGUGCUAGAGCAUCUCGGpm5UpYCGAGUCCGAGUAGCGGCACCA
767 tdbR00000234  SO:0000264 tRNA  Leu  UA7  Spinacia oleracea  plastid  GCCGCUAUGGUGAAAUUpGmGpDAGACACGCUGCUCUUApm7Gpm1GAAGCAGUGCGAGAGCAUCUCGGpm5UpYCGAGUCCGAGUAGCGGCACCA
768 tdbR00000235  SO:0000264 tRNA  Leu  NAA  Neurospora crassa  mitochondrion  AUCCGAGUGAUGGAApDGGpDAGACAUAACAUGCUxUAAAACAUGUGGGCUUCAAGCUGUGAAGGpm5UpYCAAGUCCUUCUUCGGAUACCA
769 tdbR00000236  SO:0000264 tRNA  Leu  UAG  Neurospora crassa  mitochondrion  AUAGGUGUGCUGGAApDUGGpDAGACAGGUUCCGpYUUAGpm1GCCGGAAUGGUUUAAAAACUGUACAAGpm5UpYCAAGUCUUGUCAUCUAUACCA
771 tdbR00000238  SO:0000264 tRNA  Leu  .AA  Solanum tuberosum  mitochondrion  GUCAGGAUGGCpac4CGAGpDpGmGpDCpacp3UAAGGCpm2,2GCCAGACUNAApm1GUpYCUGGpUmCUUCGUAAGAGGGpm5CGUGGGpm5UpYCApm1AAUCCCACUUCUGACACCA
772 tdbR00000239  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  mitochondrion  GUCAGGAUGpm2GCpac4CGAGpDpGmGpDCpacp3UAAGGCpm2,2GCCAGACUNAApm1GpYpYCUGGpUmCUUCGAGAGAGGGpm5CGUGGGpm5UpYCApm1AAUCCCACUUCUGACACCA
773 tdbR00000240  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  mitochondrion  GUCAGGAUGpm2GCpac4CGAGpDpGmGpDCpacp3UAAGGCpm2,2GCCAGACUNAApm1GpYpYCUGGpUmCUUCGAAAGAGGGpm5CGUGGGpm5UpYCApm1AAUCCCACUUCUGACACCA
774 tdbR00000241  SO:0000264 tRNA  Leu  .AG  Phaseolus vulgaris  mitochondrion  GAUAGUUUGpm2GCpac4CGAGpDpGmGpDCpacp3UAAGGCpm2,2GCCAGApYUNAGpm1GCpYCUGGpUmCCGAAANGGGpm5CGUGGGpm5UpYCApm1AAUCCCACAGCUGUCACCA
775 tdbR00000242  SO:0000264 tRNA  Leu  .AA  Phaseolus vulgaris  mitochondrion  GCUGGUUUGGCpac4CGAGApGmGpDpDAAGGCpm2,2GGAAGACUNAApm1GApYCUUCpUmGCAGUCAACUGCGpm5CAUGGGpm5UpYCGpm1AACCCCAUAGCCAGCACCA
776 tdbR00000243  SO:0000264 tRNA  Leu  UAG  Rattus norvegicus  mitochondrion  ACUUUUAUpm1Apm2GGAUAGAAGpDAAUCCApYUGGUCUUAGpm1GAACCAAAAACpm5CUUGGUGCAACUCCAAAUAAAAGUACCA
777 tdbR00000244  SO:0000264 tRNA  Leu  UAG  Rattus norvegicus  mitochondrion  AACUUUUAUpm1Apm2GGAUAGAAGpDAAUCCApYUGGUCUUAGpm1GAACCAAAAACpm5CUUGGUGCAACUCCAAAUAAAAGUACCA
778 tdbR00000245  SO:0000264 tRNA  Leu  UAG  Rattus norvegicus  mitochondrion  AACUUGUAUpm1Apm2GGAUAGAAGpDAAUCCApYUGGUCUUAGpm1GAACCAAAAACpm5CUUGGUGCAACUCCAAAUAAAAGUACCA
779 tdbR00000246  SO:0000264 tRNA  Leu  ʭAA  Bos taurus  mitochondrion  GUUAAGGUpm1Gpm2GCAGAGCCCGGpDAAUUGCApYAAAACUptm5UAAACpYUUUAUAUCpm5CAGAGAUUCApm1AAUCCUCUCCUUAACACCA
780 tdbR00000247  SO:0000264 tRNA  Leu  UAG  Bos taurus  mitochondrion  ACUUUUAApm1Apm2GGAUAGUAGpDUUAUCCpm2GpYpYGGpYCUUAGpm1GAACCAAAAAAUUGGUGCAACUCCAAAUAAAAGUACCA
781 tdbD00001741  SO:0000264 tRNA  Leu  ʭAA  Homo sapiens  mitochondrion  GUUAAGAUpm1Gpm2GCAGAGCCCGGpDAAUCGCApYAAAACUptm5UAAAACUUUACAGUpm5CAGAGGpm5UpYCApm1AUUCCUCUUCUUAACACCA
782 tdbR00000277  SO:0000266 tRNA  Met  CAU  Codium fragile  plastid  GCCUAUUUApm2GCUCAGpDpDpGmGpDpDAGAGCApYCCGpYCUCAUxACGCGGGAApm7GpDGACUAGpm5UpYCAAAUCUAGUAAUAGGCACCA
783 tdbR00000278  SO:0000266 tRNA  Met  CAU  Scenedesmus obliquus  plastid  GCCUGCUpYAGCUCAGUpDpGmGCCAGAGCAUCCGpYpYUCAUpm2ACGCGGAAApm7GpDCACUAGpm5UpYCGAAUCUAGUAGCAGGCACCA
784 tdbR00000279  SO:0000266 tRNA  Met  CAU  Spinacia oleracea  plastid  ACCUACUUAACUCAGCpGmGpDpDAGAGpYApYpYGCpYUUCAUACGGCGGGApm7Gpacp3UCAUUGGpm5UpYCAAAUCCAAUAGUAGGUACCA
786 tdbR00000281  SO:0000266 tRNA  Met  CAU  Phaseolus vulgaris  mitochondrion  ACCUACUUGACUCAGCpGmGpDpDAGAGUApYCGCpYUUCAUpm6ACGGCGAGApm7Gpacp3UCAUUGGpm5UpYCAAAUCCAAUAGUAGGUACCA
787 tdbR00000282  SO:0000266 tRNA  Met  >AU  Ascaris suum  mitochondrion  AApYAAGAUpm1AGGAUAAGUUGAGUCUpm2GpYGAGGUUpf5CAUACCCUCUUGGUGUUUUUCUCUUApYUGCCA
788 tdbR00000283  SO:0000266 tRNA  Met  >AU  Gallus gallus  mitochondrion  AGUAAGGUCAGCUAACUAAGCUApYCGGGCCpf5CAUACCCCGAAAAUGAUGGpm5UpYUAACCCCUUCCCCUACUACCA
789 tdbR00000298  SO:0000256 tRNA  Asn  GUU  Asterias amurensis  mitochondrion  UGAGUUGUpm1Apm2GCCUAGUGGAAAGGCGpYpYUGGCCGpYUpi6AACpYAAAAGAUAGCAAGAUCApm1AUACUUGCCAGCUCAGCCA
790 tdbR00000299  SO:0000256 tRNA  Asn  GPU  Asterias amurensis  mitochondrion  UGGGUUGUpm1AGCCUAAUGGAAAGGCAApYUGGCCGpYUpt6AACCAGGAGAUAACAAGAUCApm1AUACUUGUCAACUCAGCCA
791 tdbR00000320  SO:0000268 tRNA  Pro  NGG  Spinacia oleracea  plastid  AGGGAUGUAxGCGCAGCUUpGmGpDAGCGCpYpYUUGUpYUxUGGxApYACAAAAUpm7GUCACGGGpm5UpYCAAAUCCUGUCAUCCCUACCA
792 tdbR00000321  SO:0000268 tRNA  Pro  UGG  Saccharomyces cerevisiae  mitochondrion  CAGAUAGAAGCCAAAAGGpDCAGGCpm2GCUUUCpYUUGGpm1GAGAAAGACCUAGUUAGpm5UpYCGAGUCUAUCCUAUCUGACCA
793 tdbR00000322  SO:0000268 tRNA  Pro  UGG  Phaseolus vulgaris  mitochondrion  CGAGGUGUAGCGCAGUCpDpGmGpDCAGCGCAUCUGUUUUGGpm1GpYACAGAGGpm7GCCAUAGGpm5UpYCGAAUCCUGUCACCUUGACCA
794 tdbR00000334  SO:0000259 tRNA  Gln  !UG  Hordeum vulgare  plastid  UGGGGCGUGGCCAAGUpGmGpDAAGGCAGCGGGUUpcmnm5UUGxAUCCCGUUAUpDCGGAGGpm5UpYCGAAUCCUUCCGUCCCAGCCA
795 tdbR00000335  SO:0000259 tRNA  Gln  NUG  Nicotiana rustica  plastid  UGGGGCGUGGCpYAAGUpGmGpDAAGGCAACGGGUUxUUGpm1GUCCCGCUAUUCGGAGGpm5UpYCGAAUCCUUCCGUCCCAGCCA
796 tdbR00000336  SO:0000259 tRNA  Gln  NUG  Aedes albopictus  mitochondrion  UAUAUUUUpm1AGUGUAUGAUGCACAAAAGpYUUxUUGAAACUUUUAGAAAUAGUUUAAUUCUAUUAAAUAUAACCA
797 tdbR00000360  SO:0001036 tRNA  Arg  ICG  Codium fragile  plastid  GGGUAUAUAACUCAGpDpGmGApDUAGAGUpYpYAUGGCUpICGxAACCAUAAApm7GpDCGGGGGpm5UpYCGAAUCCCUCUAUACUCACCA
798 tdbR00000361  SO:0001036 tRNA  Arg  ACG  Saccharomyces cerevisiae  mitochondrion  AUAUCUUUAAUUUAApDGGpDAAAAUApYUAGAAUACGAApYCUAAUUAUAUAGGpm5UpYCAAAUCCUAUAAGAUAUUCCA
799 tdbR00000362  SO:0001036 tRNA  Arg  NCU  Saccharomyces cerevisiae  mitochondrion  GCUCUCUUAGCUUAApDGGpDUAAAGCApYAAUACUxUCUpt6AApYAUUAAUAUUCCAUGpm5UpYCAAAUCAUGGAGAGAGUACCA
801 tdbR00000364  SO:0001036 tRNA  Arg  ACG  Ascaris suum  mitochondrion  GGACGUUpm1Apm1AAUAGAUAAGCUApYGCCpYAGpYUACGpm1GpYCpYGGGAAGAGAGUCGpYCUUCCA
802 tdbR00000366  SO:0001036 tRNA  Arg  UCG  Rattus norvegicus  mitochondrion  AUGGUAAUUpm1AGUUUAAAUAAAAUUAAUGApYUUCGACpYCAUUAGAUUAUGAUAAUAAUCAUAAUUACCAACCA
803 tdbR00000367  SO:0001036 tRNA  Arg  UCG  Bos taurus  mitochondrion  UGGUACUUpm1AGUUUAAAAUAAAAUAAAUGAUUUCGACpYCAUUAGAUUAUGAUUUAAUUCAUAAUUACCAACCA
804 tdbR00000368  SO:0001036 tRNA  Arg  UCG  Mesocricetus auratus  mitochondrion  UGGUGAUUpm1AGUUUAACUAAAAUUAAUGApYUUCGACpYCAUUAGAUUAUGACAUAUCUCAUAAUCACCAACCA
806 tdbR00000396  SO:0000269 tRNA  Ser  UGA  Saccharomyces cerevisiae  mitochondrion  GGAUGGUUGACUGAGpDGGpDUUAAAGUpm2GpYGAUApYUUGApm1GCpYAUCAUUAGUCUUUAUUGGCUACGUAGGpm5UpYCAAAUCCUACAUCAUCCGCCA
807 tdbR00000397  SO:0000269 tRNA  Ser  UGA  Saccharomyces cerevisiae  mitochondrion  GGAUGGUUGACUGAGpDGGpDUUAAAGUpm2GUGAUApYUUGApm1GCpYAUCAUUAGUCUUUAUUGGCUACGUAGGpm5UpYCAAAUCCUACAUCAUCCGCCA
808 tdbR00000398  SO:0000269 tRNA  Ser  UCU  Ascaris suum  mitochondrion  GACAAAUGUUUpYCAGGUCUUCUpt6AAApYCUGUUUUGGAGAAAUCCGpYUUGUUUCCA
809 tdbR00000399  SO:0000269 tRNA  Ser  GCU  Aedes albopictus  mitochondrion  GAAAUAUGUUGAUCAAGAAAAGCUGCUpt6AApCmUpYUUUCUUUAAUGGUUUAAUUCCAUpYAUAUUUCUCCA
810 tdbR00000400  SO:0000269 tRNA  Ser  7CU  Loligo bleekeri  mitochondrion  AAAGGUAAUUAGGAAUAAAApYAAAGCUpm7GCUpt6AACpYUUAUUUUGAGCAACUCAAAACUGUUCUACCUUUUCCA
812 tdbR00000402  SO:0000269 tRNA  Ser  GCU  Bos taurus  mitochondrion  GAAAAAGUAUGCAAGAACUGCUpt6AAUUCUAUGCUCpm5CCAUAUCUAAUAGUAUGGCUUUUUCGCCA
813 tdbR00000403  SO:0000269 tRNA  Ser  UGA  Bos taurus  mitochondrion  GAGAGAGACAUAGAGGpDUAUGApYGpYpYGGpm3CUUGApi6AACCAAUAGUAGGGGGUpYCGpm1AUUCCUUCCUUUCUUACCA
814 tdbR00000404  SO:0000269 tRNA  Ser  GCU  Homo sapiens  mitochondrion  GAGAAAGCUCACAAGAACUGCUpt6AACUCAUGCCCCCAUGUCUApm1ACAACAUGGCUUUCUCACCA
815 tdbR00000405  SO:0000269 tRNA  Ser  GCU  Mesocricetus auratus  mitochondrion  GAGAAUGUAUGCAAGAGCUGCUpt6AACUCCUGCUACCAUGUAUAAUAACAUGGCUUUCUUACCA
816 tdbR00000439  SO:0000270 tRNA  Thr  GGU  Spinacia oleracea  plastid  GCCCCUUUAACUCAGUpGmGpDAGAGUAACGCCAUGGUpm6t6AAGGCGUAApm7GpDCAUCGGpm5UpYCAAAUCCGAUAAGGGGCUCCA
817 tdbR00000440  SO:0000270 tRNA  Thr  UGU  Neurospora crassa  mitochondrion  GCCUGGUUAGCAUAAAAGpDAAUGCAAUUGpYUUUGUpt6AApYCAAUAGAAGCAAGpm5UGCGAUACUUGCACUGGGCUCCA
818 tdbR00000441  SO:0000270 tRNA  Thr  UAG  Saccharomyces cerevisiae  mitochondrion  GUAAAUAUAAUUUAApDGGpDAAAAUpm2GpYAUGpYUUUUAGpm1GpYGCAUAUUAUCUAAGpm5UpYCAAAUCUUAGUAUUUACACCA
819 tdbR00000442  SO:0000270 tRNA  Thr  UGU  Bos taurus  mitochondrion  GUCUUUGUpm1AGUACAUCUAAUAUACUGGUpm3CUUGUpt6AAACCAGAGAAGGAGAACAACUAACCUCCCpYAAGApm5CUCCA
820 tdbR00000458  SO:0000273 tRNA  Val  NAC  Spinacia oleracea  plastid  AGGGCUAUAGCUCAGUUApGmGpDAGAGCACCUCGUUxUACACCGAGAAApm7GNCUACGGpm5UpYCGAGUCCGUAUAGCCCUACCA
821 tdbR00000459  SO:0000273 tRNA  Val  UAC  Neurospora crassa  mitochondrion  GAGAGAUUAGCUCAGUUGGpDAGAGCAACCGUUUUACACACGGAAGGUUGGGUGpm5UpYCGAAUCACCCAUUUCUCACCA
822 tdbR00000460  SO:0000273 tRNA  Val  UAC  Aedes albopictus  mitochondrion  CAAUUUAApm1Apm2GCUUAAUUAGUAAAGUApYpYUCAUUUACpt6ApYpYGAAAAGAAAUUUGUGCAAAUCAAUpYpYAAAUUGACCA
823 tdbR00000461  SO:0000273 tRNA  Val  UAC  Rattus norvegicus  mitochondrion  CAUAGUGUpm1Apm2GCUUAAUCACAAAGCApYCUGGCCUACACCCAGAAGAAUUCAUAAAAAUGAACACUUUGACCA
824 tdbR00000462  SO:0000273 tRNA  Val  UAC  Rattus norvegicus  mitochondrion  ACAGAUUGUpm1Apm2GCUUAAUCACAAAGCApYCUGGCCUACACCCAGAAGAAUUCAUAAAAAUGAACACUUUGACCA
825 tdbR00000463  SO:0000273 tRNA  Val  UAC  Bos taurus  mitochondrion  CAAGAUAUpm1Apm2GCUUAAACAAAGCApYCCAGUUUACACCUAGAAGACUUCAUUCAUUAUGAAUAUCUUGACCA
826 tdbR00000485  SO:0000271 tRNA  Trp  BCA  Nicotiana tabacum  plastid  GCGCUCUUAGUUCAGUUCpGmGpDAGAACGpYGGGpYCUpCmCAAAACCCGAUGxUCGUAGGpm5UpYCAAAUCCUACAGAGCGUGCCA
827 tdbR00000486  SO:0000271 tRNA  Trp  BCA  Phaseolus vulgaris  plastid  ACGCUCUUAGUUCAGUUCpGmGCAGAACGpYGGGpYCUpCmCAxAAACCCGAUpm7GUCGUAGGpm5UpYCAAAUCCUACAGAGCGUGCCA
828 tdbR00000487  SO:0000271 tRNA  Trp  CCA  Spinacia oleracea  plastid  GCGCUCUUAGUUCAGUUCpGmGpDAGAACpm2GpYGGGpYCUCCAxAAACCCGAUGNCGUAGGpm5UpYCAAGUCCUACAGAGCGUGCCA
829 tdbR00000488  SO:0000271 tRNA  Trp  !CA  Tetrahymena thermophila  mitochondrion  GGGGGAAUApm2GUUUAAUGGpDAGAACAACGGUCUpcmnm5UCApi6AAApYCGUUAGCGUGGGUUCGAUUCCUGCUUCUCUCGCCA
830 tdbR00000489  SO:0000271 tRNA  Trp  NCA  Neurospora crassa  mitochondrion  AAGAGUAUAGUUUAAUGGpDAAAACAGAAAGCUxUCAxACCUUUAAAUUCUUAGpm5UpYCGAGUCUAAGUACUCUUGCCA
831 tdbR00000490  SO:0000271 tRNA  Trp  !CA  Saccharomyces cerevisiae  mitochondrion  AAGGAUAUAGUUUAApDGGpDAAAACAGUUGApYUpcmnm5UCAxAApYCAAUCAUUAGGAGpm5UpYCGAAUCUCUUUAUCCUUGCCA
832 tdbR00000491  SO:0000271 tRNA  Trp  BCA  Phaseolus vulgaris  mitochondrion  GCGCUCUUAGUUCAGUUCpGmGpDAGAACpm2,2GCGGGpYCUpCmCAxAAACCCGAUpm7GNCGUAGGpm5UpYCAAAUCCUACAGAGCGUGCCA
833 tdbR00000492  SO:0000271 tRNA  Trp  NCA  Rattus norvegicus  mitochondrion  AAGAAGUUUpm1AGGAUAUACAGUCCAAGAGCCUxUCApms2i6AAGCCCUUAGAAAACAAACAAGUUUAACUUCUGCCA
834 tdbD00003374  SO:0000271 tRNA  Trp  ʭCA  Bos taurus  mitochondrion  AGGAAUUUpm1Apm2GGUUAAACAGACCAAGAGCCUptm5UCApms2i6AAGCCCUAAGpm5CAAGUACAAUUUACUUAAUUCCUGCCA
835 tdbR00000514  tRNA  Ini  CAU  Scenedesmus obliquus  plastid  CGCAGGAUAGAGCAGUCUpGmGpDAGCUCpm2,2GpYGGGGCUCAUAApYCCCAAUpm7GpDCGCAGGpm5UpYCAAAUCCUGCUCCUGCAACCA
836 tdbR00000515  tRNA  Ini  CAU  Phaseolus vulgaris  plastid  CGCGGAGUAGAGCAACUUpGmGpDAGCUCGCAAGGCUCAUAACCUUGAApm7Gpacp3UUACGGGpm5UpYCAAAUCCCGUCUCCGCAACCA
837 tdbR00000516  tRNA  Ini  CAU  Spinacia oleracea  plastid  CGCGGGGUAGAGCAGUUUpGmGpDAGCUCGCAAGGCUCAUAACCUUGAGpm7GUCACGGGpm5UpYCAAAUCCUGUCUCCGCAACCA
838   tRNA  Ini  CAU  Neurospora crassa  mitochondrion  UGCGGAUUAUUGUAApDAGpDAACAUAUUUGGCUCAUpm1GpYCCGAAUGACAUAGGUGCAAAUCCUGUAUCCGCAUCCA
840 tdbR00000519  tRNA  Ini  CAU  Phaseolus vulgaris  mitochondrion  AGCGGGGUAGAGUAGUpDpGmGUpDAACUCApYCAGGCUCAUAApYCUGAAGAUpDGCAGGpm5UpYCGAAUCCUGCCCCCGCCACCA
841 tdbR00000520  tRNA  Ini  CAU  Aedes albopictus  mitochondrion  AAAAAGAUpm1AAGCUAAUUAAGCUApYpYGGGUUCAUpt6ACCCCACUUAUAAAGGUAAUAAUCCUUpYpYCUUUUUACCA
843 tdbR00000522  tRNA  Ini  >AU  Bos taurus  mitochondrion  AGUAAGGUCAGCUAAUUAAGCUApYCGGGCCpf5CAUACCCCGAAAAUGpYUGGUUUAUAUCCUUCCCGUACUACCA
844 tdbR00000548  SO:0000272 tRNA  Tyr  GUA  Scenedesmus obliquus  plastid  GGGCCGAUGCCGAAGUxUpGmGpDUAAUGGGGCGGApYUGUApms2i6AApYCCGCUGGUUACGCCUACGUUGGpm5UpYCGAAUCCGACUCGGCCCACCA
845 tdbR00000549  SO:0000272 tRNA  Tyr  QUA  Tetrahymena pyriformis  mitochondrion  GAGAUGGUGpm2GCUGAGUGGpDpDAAAGCpm2,2GGpYAGACUpQUAxAApYCpYAUpUmGGGUAUCCGUCGUCGGpm5UpYCGAGUCCGAUCCAUCUCACCA
846   SO:0000272 tRNA  Tyr  GUA  Neurospora crassa  mitochondrion  AGGAGGGUUCCGUUUGUUGGpDAUGACGGpm2,2GpYUAAGCUGUAxAACUUAAUGACUAAUUAGUpm5CGUxCGAAGGpm5UpYCAAUUCCUUUCUCUCCUACCA
848 tdbR00000552  SO:0000272 tRNA  Tyr  .UA  Phaseolus vulgaris  mitochondrion  GGGAGAGUGGCCGAGpDpGmGpDCAAAAGCpm2GACAGACUNUAxAApYCUGUUGAAGUUUUUCUACGUAGGpm5UpYCGAAUCCUGCCUCUCCCACCA
849   SO:0000272 tRNA  Tyr  GUA  Asterias amurensis  mitochondrion  GGCAGGGUpm1GGCAGAApm1AGUpDAAUGCACpYAAApYUGUApms2i6AAUpYUAUAAAUAAAGGUpYUAAUUCCUUUUCUUGCCACCA
850 tdbR00000590  SO:0000260 tRNA  Glu  !UC  Ascaris suum  mitochondrion  GAGAUAUUpm1AGUAUAAAUUUUUUGUApYApYUpYCUpYUpcmnm5UUCpm1GAAGAAAAGGUUUAUUAUCpYUACCA
851 tdbR00000591  SO:0000265 tRNA  Lys  !UU  Ascaris suum  mitochondrion  GGGGUGUUpm1AACUUAAGUUUAAAGpYpm2,2GpYpYAGAUUpcmnm5UUUpt6AApYCUGGAAAUGGGUUGUCACApYCCUGCCA
852 tdbR00000592  SO:0000259 tRNA  Gln  !UG  Ascaris suum  mitochondrion  UAUACUUUpm1AGUUUAGGAAGAAUApYUUApYpYUpcmnm5UUGpm1GpYGpYAAAAGGGUUGUAGUApYAGCCA
853 tdbR00000593  SO:0000271 tRNA  Trp  $CA  Ascaris suum  mitochondrion  ACAGAUUUpm1AAGUUAAGUUUAAACUCpYpYGGpYpYUpcmnm5s2UCApms2i6AAACCAAAAAUUUUACUCpYGUACCA
854 tdbR00000594  SO:0000264 tRNA  Leu  $AA  Ascaris suum  mitochondrion  GpYUGUUAUpm1AGCAUAAGAAGUGCApYpYUGpYpYUpcmnm5s2UAApm1GCGpYAAAAGAUAUGGGACAACUCCA
855 tdbR00000609  SO:0000264 tRNA  Leu  UA7  Chlamydomonas reinhardtii  plastid  GCCUUCGUGAUCGGAAUpGmGpDAGAGAUCCUGGUCUUApm7Gpm1GAACCAGCUGCUGAAAGGCGGCGGpm5UpYCAAAUCCGCCCGAAGGCACCA
856 tdbR00000622  SO:0000258 tRNA  Cys  GCA  Nicotiana rustica  plastid  GGCGACAUGGCCGAGUpGmGpDAAGGCAGAGGACUGCApi6AApYCCUUUUUUCCCCAGpm5UpYCAAAUCCGGGUGUCGCCUCCA
857 U53879  S0:0000375 rRNA  LSU-S  5.8S  Saccharomyces cerevisiae  eukaryotic cytosol   AAACUUUCAACAACGGAUCUCUUGGUUCUCGCAUCGAUGAAGAACGCAGCGAAAUGCGAUACGUAAUGUGAApYUGCAGAAUUCCGUGAAUCAUCGAAUCUUUGAACGCACAUUGCGCCCCUUGGUAUUCCAGGGGGCAUGCCUGUUUGAGCGUCAUUU
858 X52322  S0:0000375 rRNA  LSU-S  5.8S  Arabidopsis thaliana  eukaryotic cytosol   AAAACGACUCUCGGCAACGGAUAUCUCGGCUCUCGCAUCGAUGAAGpAmACGUAGCGAAAUGCGAUACUUGGUGUGAAUpYpGmCAGAAUCCCGUGAACCAUCGAGUCUUUGAACGCAAGUUGCGCCCCAAGCCUUCUGGCCGAGGGCACGUCUGCCUGGGUGUCACA
859 J01866  S0:0000375 rRNA  LSU-S  5.8S  Homo sapiens  eukaryotic cytosol   CGACUCUUAGCGGpUmGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCGCUAGCpYGCGAGAAUUAAUGpYGAAUUpGmCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
885 tdbD00001448  SO:0000265 tRNA  Lys  ƕUU  Homo sapiens  mitochondrion  CACUGUAApm1Apm2GCUAACUUAGCApYpYAACCUptm5s2UUUpt6AAGUUAAAGAUUAAGAGAACCAACACCUCUUUACAGUGACCA
886 tdbD00002227  SO:0000268 tRNA  Pro  UGG  Homo sapiens  mitochondrion  CAGAGAAUpm1AGUUUAAAUUAGAAUCpYpYAGCpYUUGGpm1GpYGCUAAUGGUGGAGpm5UpYAAAGACUUUUUCUCUGACCA
887 tdbD00000493  SO:0000257 tRNA  Asp  QUC  Homo sapiens  mitochondrion  AAGGUAUUpm1Apm2GAAAAACCAUUUCApYAACUUUpQUCAAAGUUAAAUUAUAGGCUAAAUCCUAUAUAUCUUACCA
888 tdbD00001740  SO:0000264 tRNA  Leu  UAG  Homo sapiens  mitochondrion  ACUUUUAApm1Apm2GGAUAACAGCUAUCCApYpYGGpYCUUAGpm1GCCCCAAAAAUUUUGGUGCAACUCCAAAUAAAAGUACCA
889 tdbD00003493  SO:0000266 tRNA  Met  >AU  Homo sapiens  mitochondrion  AGUAAGGUCAGCUAAAUAAGCUApYCGGGCCpf5CAUACCCCGAAAAUGpYUGGUUAUACCCUUCCCGUACUACCA
890 tdbD00006728  SO:0000264 tRNA  Leu  &AG  Thermoplasma acidophilum  prokaryotic cytosol  GCGGAGGps4Ups4UGUCpG+ApG+ACUGGCCAAAGGCpm2,2GAUGGAUUpncm5UAGpm1GGpYCCAUUCCCGAAGGGGUUCpm7GAGGGpYpYpCmApm1AAUCCCUCCCUCCGCACCA
891 tdbD00000184  SO:0000254 tRNA  Ala  UGC  Bos taurus  mitochondrion  GAGGAUUUpm1Apm2GCUUAAUUAAAGUpm2GGpYUGAUUUGCAUpYCAAUUGAUGUAAGGUGpYAGUCUUGCAAUCCUUACCA
892 tdbD00000342  SO:0000258 tRNA  Cys  GCA  Bos taurus  mitochondrion  AGCCCUGUpm1GGUGAAUUUACACGpYpYGAApYUGCApi6AApYUCAGAGAAGCAGCUUCApm1AUUCUGCCGGGGCUUCCA
893 tdbD00000476  SO:0000257 tRNA  Asp  QUC  Bos taurus  mitochondrion  GAGGUpm2GUUpm1AGUAAAACAUUAUApYAAUpYUUpQUCAAAGUUAAGUUACAAGUGAAAGUCCUGUACACCUCACCA
894 tdbD00001071  SO:0000262 tRNA  His  QUG  Bos taurus  mitochondrion  GUAAAUAUpm1Apm2GUUUAACAAAAACApYUAGAUUpQUGAApYCUAACAAUAGAAACUCAUUACCUUCUUAUUUACCCCA
895 tdbD00002044  SO:0000256 tRNA  Asn  QUU  Bos taurus  mitochondrion  UAGAUUGApm1Apm2GCCAGUUAGCUAGGGUGpYpYUAGCUpQUUpt6AACUAAAGUUUpm5CGUGGGGGUGGAGCCCACCAGUCUAGCCA
896 tdbD00002209  SO:0000268 tRNA  Pro  UGG  Bos taurus  mitochondrion  CAGGGAAUpm1Apm2GUUUAAAUAGAACUpYCAGCUUUGGpm1GGGUUGAUGGUGAGACUGCAGUUUCUUCCUUGACCA
897 tdbD00003624  SO:0000272 tRNA  Tyr  QUA  Bos taurus  mitochondrion  GGUAAAAUpm1Gpm2GCUGAGCAAAGCAUpYAGACUpQUApms2i6AApYCUAAAGAUAGAGGUpYUGACUCCUCUUUUUACCACCA
898 tdbD00002356  SO:0000259 tRNA  Gln  ƕUG  Bos taurus  mitochondrion  UAGAAUUUpm1GGUGUAAUUGGGAGCACGAAGAGUUptm5s2UUGpm1GApYpYCUUAGGAGUAGGUpYCGAUUCCUAUAGUUCUAGCCA
899   SO:0000266 tRNA  Met  ʭAU  Halocynthia roretzi  mitochondrion  GGUAAUAUpm1Apm2GGUUAAUAUAAACCAGAAAGUUptm5UAUUpYCUUUCUAAUAACGAAUGpYUUAUUACUUCCA
900 PMID:21873425  SO:0000271 tRNA  Trp  ʭCA  Halocynthia roretzi  mitochondrion  AGGAGAUUpm1Apm2GUUUAAGUUAAAUCAAUUGUUUptm5UCApms2i6AAACAGUAGUUAUAUAGAAUGAUUAUAUAUUUCCUGCCA
901 PMID:21873425  SO:0000266 tRNA  Met  CAU  Halocynthia roretzi  mitochondrion  ACAACAGUpm1AAACUAUGAAAAAGUUUGUGGGGUUCAUpm1GGUCCUGAUAAUGUGAUAUUAAAAUAUAUUGCCUGUUGAACCA
902 tdbR00000046  SO:0000260 tRNA  Glu  {UC  Escherichia coli  prokaryotic cytosol  GUCCCCUps4UCGUCpYAGAGGCCCAGGACACCGCCCUpmnm5s2UUCpm2ACGGCGGUAACAGGGGpm5UpYCGAAUCCCCUAGGGGACGCCA
903   SO:0000264 tRNA  Leu  UAG  Escherichia coli  prokaryotic cytosol  GCGGGAGUGGCGAAApDpDpGmGUAGACGCACCAGAUUpcmo5UAGpm1GpYUCUGGCGCCGCAAGGUGUGCGAGpm5UpYCAAGUCUCGCCUCCCGCACCA
904   SO:0000254 tRNA  Ala  UGC  Lactococcus lactis  prokaryotic cytosol  GGGGCCUps4UAGCUCAGCUGGGAGAGCGCCUGCUUpmo5UGCpt6ACGCAGGAGpm7GUCAGCGGUUCGAUCCCGCUAGGCUCCACCA
905   SO:0001036 tRNA  Arg  ACG  Lactococcus lactis  prokaryotic cytosol  GCAGGCGUGGCUCAACpDGGApDAGAGUACCUGACUpICGAAUCAGGCGGUUGUAGGUUCGAAUCCUACCGCUUGCACCA
906   SO:0001036 tRNA  Arg  UCU  Lactococcus lactis  prokaryotic cytosol  GGUCCGAUAGCUCAGCUGGApDAGAGCAUUCGCCUUCUAAGCGAACGpm7GUCGAGGGUUCGAAUCCCCCUCGGAUCACCA
907 tdbD00001946  SO:0000256 tRNA  Asn  GUU  Lactococcus lactis  prokaryotic cytosol  UGCGGAUps4UAGCUCAGUUGGUAGUAGCGCAUGACUGUUpt6AAUCAUGAUpm7GUCGUCAGUUCGAGUCUGACAUCCGCAG
909   SO:0000259 tRNA  Gln  UUG  Lactococcus lactis  prokaryotic cytosol  UGGGGUAps4UAGCCAAGCGGpDAAGGCAAGGGACUpmnm5s2UUUGACUCCCUCAUGCGUUGGUUCGAAUCCAGCUACCCCAG
910   SO:0000258 tRNA  Cys  GCA  Streptomyces griseus  prokaryotic cytosol  GACCGUGUGCCCGAGAGGCUpCmAGGGGCUCGApCmUGCAACUCGAGUUACACCGGUUCGpm1Apm1AUCCGGUCACGGUCUCCG
911   SO:0000259 tRNA  Gln  CUG  Streptomyces griseus  prokaryotic cytosol  UGGGCUAUGpCmUGUAAUpDGGCAACACUACGGUUUCUGGUACCGUCAUUCUAGGUUCGAGUCCUGGUAGCCCAG
912   SO:0000259 tRNA  Gln  UUG  Streptomyces griseus  prokaryotic cytosol  UCCCCCAUGpm1GUGUAAUCAGGCAGCACUGCGGUUUUUGGUACCGUCUGUUCAGGUUCApm1AAUCCUGAUGGGGGAG
913   SO:0000260 tRNA  Glu  CUC  Streptomyces griseus  prokaryotic cytosol  GCCCCCGUUGUGpUmAGCGGCCUAGCACGCUGCCCUCUCACGGCAGUAGCGCCGGUUCGpm1Apm1AUCCGGUCGGGGGUACAA
914   SO:0000260 tRNA  Glu  CUC  Streptomyces griseus  prokaryotic cytosol  GCCCCCGUUGUGpUmAGCGGCCUAGCACGCUGCCCUCUCACGGCAGUAGCGCCGGUUCGpm1Apm1AUCCGGUCGGGGGUA
916   SO:0000261 tRNA  Gly  GCC  Streptomyces griseus  prokaryotic cytosol  GCGpm1GACGUAGCUpCmAGUpDGGpDAGAGCGCAACCUUGCCAAGGUUGAGGUCGCCAGUUCGAACCUGGUCGUCCGCUCCA
917   SO:0000261 tRNA  Gly  GCC  Streptomyces griseus  prokaryotic cytosol  GCGpm1GACGUAGCUpCmAGUpDGGpDAGAGCGCAACCUUGCCAAGGUUGAGGUCGCCAGUUCGAACCUGGUCGUCCGCU
918   SO:0000261 tRNA  Gly  CCC  Streptomyces griseus  prokaryotic cytosol  GCGGpm1GUGUAGUUUAAUGGpDAGAACAUGAGCUUCCCAAGCUCAGAGCGCGAGUUCGAUUCUCGUCACCCGCU
919   SO:0000261 tRNA  Gly  UCC  Streptomyces griseus  prokaryotic cytosol  GCGGGCGUAGCUCAAUGGpDAGAGCCCUAGUCUUCCAAACUAGCUACGCGGGUUCGpm1AUUCCCGUCGCCCGCUCCA
920   SO:0000262 tRNA  His  GUG  Streptomyces griseus  prokaryotic cytosol  GUGGGUAUAGCUpCmAGCUGGCAGAGCACCUGGUUGUGpm1GUUCAGGAUpm7GUCGCGGGUUCApm1AGUCCCGUUACUCACC
921   SO:0000258 tRNA  Ile  GAU  Streptomyces griseus  prokaryotic cytosol  GGGGCUAUAGCUpCmAGUpDGGpDpDAGAGCGCAUCCCUGAUpt6AAGGAUGAGGGUUCApm1AAUCCUGUUAGCCCCACCA
922   SO:0000264 tRNA  Leu  GAG  Streptomyces griseus  prokaryotic cytosol  GUCCGGpm1GUGGCGGAAUGGCAGACGCGCUAGCpUmUGAGpm1GUGCUAGUGCCCUUUAUCGGGCGUGGGGGUUCApm1AGUCCCCCCUCGGACACCA
923   SO:0000264 tRNA  Leu  CAG  Streptomyces griseus  prokaryotic cytosol  GCGCGAGUGGCGGAACGGCAGACGCGCUGGCUUCAGpm1GUGCCAGUGUCCUUAGGGACGUGGGGGUUCAAAUCCCCCCUCGCGCACGA
924   SO:0000264 tRNA  Leu  UAA  Streptomyces griseus  prokaryotic cytosol  GCCCGGAUGpm1GUGGAACGpDAGACACGGCGAGCUUAAACCUCGCUGCCCCUCGGGGGCGUGCCGGUUCGAGUCCGGCUCCGGGCACUA
925   SO:0000257 tRNA  Asp  GUC  Lactococcus lactis  prokaryotic cytosol  GGUUCUGUAGUGUAGCGGpDpDAUCACGUCGCCCUGUCACGGCGAAGAUCGCGGGUUCGAUUCCCGUCAGAACCG
926   SO:0000260 tRNA  Glu  UUC  Lactococcus lactis  prokaryotic cytosol  GGUCCGUUGGUCpm1AAGGGGUUAAGACACCGCCUUUUCACGGCGGUAACACGGGUUCGAAUCCCGUACGGACUA
927   SO:0000261 tRNA  Gly  GCC  Lactococcus lactis  prokaryotic cytosol  GCGAACGUAGUUCAGGGGUAGAACACAACCUUGCCAUGGUUGGGpm7GUCGCGAGUUCGAAUCUCGUCGUUCGCU
928 tdbD00000829  SO:0000261 tRNA  Gly  UCC  Lactococcus lactis  prokaryotic cytosol  GCGGAUGUAGUUUAAUGGUAGAACCCCAGCCUUCCpm6AAGCUGGCUACGCGAGUUCGAUUCUCGUCAUCCGCU
929   SO:0000265 tRNA  Lys  CUU  Streptomyces griseus  prokaryotic cytosol  GCGCCpm1GUUAGCUpCmAGUpDGGpDpDAGAGCAGCUGACUCUUpt6AAUCAGCGGpm7GUCCGGGGUUCGAGUCCCUGACGGCGCACGA
930   SO:0000265 tRNA  Lys  CUU  Streptomyces griseus  prokaryotic cytosol  GCGCCpm1GUUAGCUpCmAGUpDGGpDpDAGAGCAGCUGACUCUUpt6AAUCAGCGGpm7GUCCGGGGUUCGAGUCCCUGACGGCGCA
931   SO:0000265 tRNA  Lys  UUU  Streptomyces griseus  prokaryotic cytosol  GGGCCpm1GUUAGCUpCmAAUpDGGUCAGAGCAGCGGACUUUUAAUCCGUUGpm7GUUGUGGGUUCGAGUCCCACACGGCCUACCG
932   SO:0000266 tRNA  Met  CAU  Streptomyces griseus  prokaryotic cytosol  GGGGCGGUAGCUpCmAGCCpm2GGpDpDAGAGCAGCGGACUCAUAAUCCGUCGGCCGUGGGUUCGAGUCCCACCCGCCCCACCG
933   SO:0000266 tRNA  Met  CAU  Streptomyces griseus  prokaryotic cytosol  CGCGGGGUGGAGCAGCUCGGpDAGCUCGCUGGGCUCAUAACCCAGAGGUCGCAGGUUCApm1AAUCCUGUCCCCGCUA
934   SO:0000266 tRNA  Met  CAU  Streptomyces griseus  prokaryotic cytosol  AGCGGUGUAGCUpCmAGUCGGpDAGAGCAAGCGGCUCAUpt6AAUCGCUGUpm7GUCACCGGUUCApm1AGUCCGGUCACCGCUACUA
935   SO:0000267 tRNA  Phe  GAA  Streptomyces griseus  prokaryotic cytosol  GGCUGGGUAGCUpCmAGUpDGGUACGAGCGAUCGCCUGAApms2io6AAGCGAUAGGUCGCCGGUUCGAUCCCGGCCCCAGCCACCA
936   SO:0000267 tRNA  Phe  GAA  Streptomyces griseus  prokaryotic cytosol  GGCUGGGUAGCUpCmAGUpDGGUACGAGCGAUCGCCUGAApms2i6AAGCGAUAGGUCGCCGGUUCGAUCCCGGCCCCAGCCACCA
937   SO:0000268 tRNA  Pro  GGG  Streptomyces griseus  prokaryotic cytosol  CGGGACGUGGCGCAGCUUGGpDAGCGCACUUGApCmUGGGGGUCAAGGGGUCGCAGGUUCApm1AAUCCUGUCGUCCCGA
938 tdbD00000829  SO:0000261 tRNA  Gly  UCC  Lactococcus lactis  prokaryotic cytosol  GCGGAUGUAGUUUAAUGGUAGAACCCCAGCCUpmo5UCCpm6AAGCUGGCUACGCGAGUUCGAUUCUCGUCAUCCGCU
939 tdbD00001153  SO:0000258 tRNA  Ile  GAU  Lactococcus lactis  prokaryotic cytosol  GGGAGUUps4UAGCUCAGUUGGpDpDAGAGCACUGUGUUGAUpt6AACGCAGGGpm7GUCCCAGGUUCGAAUCCUGGAAUUCCCA
940   SO:0000268 tRNA  Pro  CGG  Streptomyces griseus  prokaryotic cytosol  CGGGGUGUAGCGCAGCUUGGCAGCGCGCUUCGUUCGGpm1GACGAAGAGGUCGUGGGUUCAAAUCCCGCCACCCCGA
941   SO:0000265 tRNA  Lys  CUU  Lactococcus lactis  prokaryotic cytosol  GGCCCGGUAGCUCAGUUGGUAGAGCAGUAGACUCUUpt6AAUCUAUGGpm7GUCCAGGGUUCGAGCCCCUGCCGAGCCA
942   SO:0000268 tRNA  Pro  UGG  Streptomyces griseus  prokaryotic cytosol  CGGGGUGUGGCGCAGCUUGGpDAGCGCGUCCGCUUUGGpm1GAGCGGAAGGUCGUCGGUUCGpm1Apm1AUCCGGCCACCCCGACCA
943   SO:0000265 tRNA  Lys  UUU  Lactococcus lactis  prokaryotic cytosol  GACUCGUps4UAGCUCAGUUGGUAGAGCAUUUGACUpcmnm5s2UUUpt6AAUCAAAGGpm7GUCGCUGGUUCGAGCCCAGCpm6ACGGGUCACUA
944   SO:0000265 tRNA  Lys  UUU  Lactococcus lactis  prokaryotic cytosol  GACUCGUps4UAGCUCAGUUGGUAGAGCAUUUGACUpcmnm5s2UUUpt6AAUCAAAGGpm7GUCGCUGGUUCGAGCCCAGCpm6ACGGGUCA
945   SO:0000266 tRNA  Met  CAU  Lactococcus lactis  prokaryotic cytosol  GGAUCUUUAGCUCAGUUGGpDpDAGAGCUAUCGGCUpk2CAUpm6AACCGAUCGpm7GUCGCUGGUUCGAAUCCAGCAAGAUCCA
946   SO:0000266 tRNA  Met  CAU  Lactococcus lactis  prokaryotic cytosol  GGCGGUGUAGCUCAGCUGGCUAGAGCGUUCGGUUpac4CAUpm6ACCCGAGAGpm7GUCGGGGGUUCGAUCCCCUUCGCCGCUA
947   SO:0000269 tRNA  Ser  GGA  Streptomyces griseus  prokaryotic cytosol  GGAGGAUUCGCCUAGUGGCCUAGGGCGCACGCpUmUGGApio6AAGCGUGUUGGGGGCAACCCCUCACGAGUUCGpm1Apm1AUCUCGUAUCCUCCGCCA
948   SO:0000269 tRNA  Ser  GGA  Streptomyces griseus  prokaryotic cytosol  GGAGGAUUCGCCUAGUGGCCUAGGGCGCACGCpUmUGGApms2io6AAGCGUGUUGGGGGCAACCCCUCACGAGUUCGpm1Apm1AUCUCGUAUCCUCCGCCA
949   SO:0000269 tRNA  Ser  GGA  Streptomyces griseus  prokaryotic cytosol  GGAGGAUUCGCCUAGUGGCCUAGGGCGCACGCpUmUGGApi6AAGCGUGUUGGGGGCAACCCCUCACGAGUUCGpm1Apm1AUCUCGUAUCCUCCGCCA
950   SO:0000269 tRNA  Ser  GGA  Streptomyces griseus  prokaryotic cytosol  GGAGGAUUCGCCUAGUGGCCUAGGGCGCACGCpUmUGGApms2i6AAGCGUGUUGGGGGCAACCCCUCACGAGUUCGpm1Apm1AUCUCGUAUCCUCCGCCA
951   SO:0000269 tRNA  Ser  CGA  Streptomyces griseus  prokaryotic cytosol  GGpUmAGCGUGUCCGAGCGGCCpGmAAGGAGCUCGCCUCGApio6AAGCGAGUGUGGCGUAACCCGUCACCGUGGGUUCAAAUCCCACCGCUACCG
952 tdbD00003427  SO:0000266 tRNA  Met  CAU  Lactococcus lactis  prokaryotic cytosol  CGCGGGAUGGAGCAGCUAGGUAGCUCGUCGGGCUCAUAACCCGAAGpm7GUCAUAGGpm5UUCAAAUCCUAUUCCCGCAA
953   SO:0000267 tRNA  Phe  GAA  Lactococcus lactis  prokaryotic cytosol  GGCUCGGUAGCUCAGUUGGUAGAGCAAUGGAUUGAAGCUCCAUGUpm7GUCGGCGGUUCGAUUCCGUCUCGCGCCA
954   SO:0000268 tRNA  Pro  UGG  Lactococcus lactis  prokaryotic cytosol  CGGGAAGUAGCUCAGCUUGGUAGAGUACUUGGUUpmo5UGGpm1GACCAAGGUpm7GUCGCAGGUUCGAAUCCUGUCUUCCCGA
955   SO:0000269 tRNA  Ser  GGA  Lactococcus lactis  prokaryotic cytosol  GGAGAAGUGUCCGAGUGGCCGAAGGAGCpm6ACGCCUGGAAAGUGUGUAUACGUCACAAGCGUAUCGGGGGUUCGAAUCCCCUCUUCUCCU
956   SO:0000269 tRNA  Ser  GCU  Lactococcus lactis  prokaryotic cytosol  GGGGGGUUACUCAAGAGGCUGAAGAGGACGGUUpmo5UGCUpt6AAAAUCGUps4UAGpm7GUCGGGAAACCGGCGCGAGGGUUCGAAUCCCUUACCCCCCU
957   SO:0000269 tRNA  Ser  CGA  Streptomyces griseus  prokaryotic cytosol  GGpUmAGCGUGUCCGAGCGGCCpGmAAGGAGCUCGCCUCGApms2io6AAGCGAGUGUGGCGUAACCCGUCACCGUGGGUUCAAAUCCCACCGCUACCG
958   SO:0000270 tRNA  Thr  GGU  Lactococcus lactis  prokaryotic cytosol  GCCGUUGUAGCUCAGUCGGUAGAGCAGCACCAUGGUAAGGUGAAGpm7GUCGACAGUUCGAUUCUGUUCAAUGGCA
959   SO:0000269 tRNA  Ser  CGA  Streptomyces griseus  prokaryotic cytosol  GGpUmAGCGUGUCCGAGCGGCCpGmAAGGAGCUCGCCUCGApi6AAGCGAGUGUGGCGUAACCCGUCACCGUGGGUUCAAAUCCCACCGCUACCG
960   SO:0000270 tRNA  Thr  CGU  Lactococcus lactis  prokaryotic cytosol  GCCGAGUps4UAGCUCAGUCGGUAGAGCACUUCACUCGUpt6AACGAAGGGGUCACAGGUUCGAUUCCUGCACUCGGCA
961   SO:0000269 tRNA  Ser  CGA  Streptomyces griseus  prokaryotic cytosol  GGpUmAGCGUGUCCGAGCGGCCpGmAAGGAGCUCGCCUCGApms2i6AAGCGAGUGUGGCGUAACCCGUCACCGUGGGUUCAAAUCCCACCGCUACCG
962   SO:0000270 tRNA  Thr  UGU  Lactococcus lactis  prokaryotic cytosol  GCCGACUps4UAGCUCAGUUGGUAGAGCAUCUGAUUpmo5UGUpt6AAUCAGAGGpm7GUCGCGUGUUCGAAUCAUGUAGUCGGCA
963   SO:0000272 tRNA  Tyr  GUA  Lactococcus lactis  prokaryotic cytosol  GGAAGGGUAGCGAAGAGGCUAAACGCGGCGGACUGUApi6AAUCCGCUCCUUCGGGUUCGGGGGUUCGAAUCCCUCCCCUUCCA
964   SO:0000273 tRNA  Val  UAC  Lactococcus lactis  prokaryotic cytosol  GGGAGUUps4UAGCUCAGCUGGGAGAGCAUCUGCCUpmo5UACpm6AAGCAGAGGpm7GUCAGCGGUUCGAUCCCGUUAACUCCCA
965   SO:0000254 tRNA  Ala  GGC  Streptomyces griseus  prokaryotic cytosol  GGGGCUAUAGCUpCmAGUpDGGpDAGAGCGCCUGCAUGGCAUGCAGGAGpm7GUCAGGAGUUCApm1AUUCUCCUUAGCUCCACAA
966   SO:0000254 tRNA  Ala  GGC  Streptomyces griseus  prokaryotic cytosol  GGGGCUAUAGCUpCmAGUpDGGpDAGAGCGCCUGCAUGGCAUGCAGGAGpm7GUCAGGAGUUCApm1AUUCUCCUUAGCUCCA
967   SO:0000254 tRNA  Ala  CGC  Streptomyces griseus  prokaryotic cytosol  GGGCCUGUGGCGCAGUCUGGpDAGCGCACCUCGUUCGCAUCGAGGGGGUCUGGGGUUCApm1AAUCCCCACAGGUCCA
968   SO:0000254 tRNA  Ala  UGC  Streptomyces griseus  prokaryotic cytosol  GGGGCCUUAGCUpCmAGUpDGGpDAGAGCGCUGCCUUUGCAAGGCAGAUGUCAGGAGUUCGAAUCUCCUAGGCUCCA
969   SO:0001036 tRNA  Arg  ACG  Streptomyces griseus  prokaryotic cytosol  GCACUCGUAGCUpUmAACGGApDAGAGCAUCUGACUpICGpm1GAUCAGAAGpm7GUUGCAGGUUCGpm1AAUCCUGCCGAGUGCA
970   SO:0001036 tRNA  Arg  CCG  Streptomyces griseus  prokaryotic cytosol  GCCCCCGUAGCUpCmAGpGmGGApDAGAGCAUCGGCCUCCGpm1GAGCCGGGUGCGCAGGUUCGpm1AAUCCUGCCGGGGGCA
971   SO:0001036 tRNA  Arg  CCU  Streptomyces griseus  prokaryotic cytosol  GCCUUCGUAGCUpCmAGpGmGGApDAGAGCACCGCUCUCCUpt6AAAGCGGGUGUCGCAGGUUCGpm1AAUCCUGCCGGGGGCA
972   SO:0000258 tRNA  Cys  GCA  Streptomyces griseus  prokaryotic cytosol  GGUGGAGUGGCCpm1GAGAGGCGAGGCAACGGCCUGCApms2i6AAGCCGUCUACACGGGUUCAAAUCCCGUCUCCACCUCCA
973   SO:0000258 tRNA  Cys  GCA  Streptomyces griseus  prokaryotic cytosol  GGUGGAGUGGCCpm1GAGAGGCGAGGCAACGGCCUGCApms2io6AAGCCGUCUACACGGGUUCAAAUCCCGUCUCCACCUCCA
974   SO:0001036 tRNA  Arg  UCU  Streptomyces griseus  prokaryotic cytosol  GCCCCCGUAGCUpCmAGUGGApDAGAGCAGGCGCCUUCUAAGCGCUUGGCCGCAGGUUCGAGUCCUGCCGGGGGCG
975   SO:0000256 tRNA  Asn  GUU  Streptomyces griseus  prokaryotic cytosol  UCCCCUGUAGCUpCmAAUpDGGCAGAGCAGCCGGCUGUUpt6AACCGGCAGpm7GUUACUGGUUCGAGUCCAGUCGGGGGAG
976   SO:0000256 tRNA  Asn  GUU  Streptomyces griseus  prokaryotic cytosol  UCCCCUGUAGCUpCmAAUpDGGCAGAGCAUUCGGCUGUUpt6AACCGGAGGpm7GUUACUGGUUCGAGUCCAGUCGGGGGAG
977   SO:0000269 tRNA  Ser  UGA  Streptomyces griseus  prokaryotic cytosol  GGUGGGUUGCCCGAGCGGCCUAAGGGAACGGUCUUGApms2i6AAACCGUCGUGGCAGCGAUGUCACCGUGGGUUCAAAUCCCACACCCACCG
978   SO:0000269 tRNA  Ser  GCU  Streptomyces griseus  prokaryotic cytosol  GGAGGCGUCGCCUAGUCCGGUCUpm2AUGGCGCCGCACUGCUpt6AAUGCGGUUUGGGUCUUAAAGCCCAUCGAGGGUUCApm1AAUCCCUCCGCCUCCG
979   SO:0000270 tRNA  Thr  GGU  Streptomyces griseus  prokaryotic cytosol  GCCCCAAUAGCUpCmAGUCGGpDAGAGCGUCUCCAUGGUpt6AAGGAGAAGGUCUGCGGUUCGpm1AUUCCGCAUUGGGGCU
980   SO:0000270 tRNA  Thr  CGU  Streptomyces griseus  prokaryotic cytosol  GCCGCCUUAGCUpCmAGUpDGGCCAGAGCAACGCACUCGUpt6AAUGCGUAGpm7GUCUCGGGUUCGAAUCCCGAAGGCGGCU
981   SO:0000270 tRNA  Thr  UGU  Streptomyces griseus  prokaryotic cytosol  GCCUCCUUAGCUpCmAGUCCGGCCCAGAGCGAUGUACUUGUAAUACAUAGGUCGUCGGUUCGpm1Apm1AUCCGACAGGAGGCU
982   SO:0000271 tRNA  Trp  CCA  Streptomyces griseus  prokaryotic cytosol  AGGGUCGUAGCUpCmAAUpDGGpDAGAGCACUGGUCUCCAAAACCAGCGpm7GUUGGGGGUUCApm1AGUCCCUCCGGCCCUGCUA
983   SO:0000271 tRNA  Trp  CCA  Streptomyces griseus  prokaryotic cytosol  AGGGGCGUAGCUpCmAGCGGCCAGAGCGGCGGUCUCCApms2io6AAAUCGUAUpm7GUCGCAGGUUCGAUUCCUGCCGCCCCUGCCG
984   SO:0000271 tRNA  Trp  CCA  Streptomyces griseus  prokaryotic cytosol  AGGGGCGUAGCUpCmAGCGGCCAGAGCGGCGGUCUCCApms2i6AAAUCGUAUpm7GUCGCAGGUUCGAUUCCUGCCGCCCCUGCCG
985   SO:0000272 tRNA  Tyr  GUA  Streptomyces griseus  prokaryotic cytosol  GGCGpm1GUGUGCCCGAGUGGCCAAAGGGAGCAGApCmUGUApms2io6AAUCUGCCGGCUCAGCCUACCCAGGUUCGAACCCUGGCGCCGCCA
986   SO:0000272 tRNA  Tyr  GUA  Streptomyces griseus  prokaryotic cytosol  GGCGpm1GUGUGCCCGAGUGGCCAAAGGGAGCAGApCmUGUApms2i6AAUCUGCCGGCUCAGCCUACCCAGGUUCGAACCCUGGCGCCGCCA
987   SO:0000273 tRNA  Val  GAC  Streptomyces griseus  prokaryotic cytosol  GCGCGAUUAGCUpCmAGCGpGmGAGAGCGCUUCCCUGACACGGAAGAGpm7GUCACUGGUUCAAUCCCAGUAUCGCGCACCA
988   SO:0000273 tRNA  Val  GAC  Streptomyces griseus  prokaryotic cytosol  GCGCGAUUAGCUpCmAGCGpGmGAGAGCGCUUCCCUGACACGGAAGAGpm7GUCACUGGUUCAAUCCCAGUAUCGCGCA
989   SO:0000273 tRNA  Val  GAC  Streptomyces griseus  prokaryotic cytosol  GGACGAUUAGCUpCmAGCGpGmGAGAGCGCUUCCCUGACACGGAAGAGpm7GUCACUGGUUCAAUCCCAGUAUCGUCCA
990   SO:0000273 tRNA  Val  CAC  Streptomyces griseus  prokaryotic cytosol  GGGCGAUUAGCUpCmAGUGpGmGAGAGCGCUUCGUUCACACCGAAGAGpm7GUCACUGGUUCGAACCCAGUAUCGCCCACCG
991   SO:0000273 tRNA  Val  UAC  Streptomyces griseus  prokaryotic cytosol  GGGUGCGUAGCUpCmAGGpGmGpDAGAGCGCUGCUCUUACAAAGCAGAUpm7GUCGGCGGUUCGAAACCGUCCGCGCCCA
992   SO:0000270 tRNA  Thr  UGU  Escherichia coli  prokaryotic cytosol  GCCGACUUAGCUCAGUAGGpDAGAGCAACUGApCmUpcmo5UGUpt6AAUCAGUAGpm7GUCACCAGpm5UpYCGAUUCCGGUAGUCGGCACCA
993 tdbD00003493  SO:0000266 tRNA  Met  CAU  Homo sapiens  mitochondrion  AGUAAGGUCAGCUAApm1AUAAGCUApYCGGGCCCAUACCCCGAAAAUGpYUGGUUAUACCCUUCCCGUACUACCA
994   SO:0000264 tRNA  Leu  CAG  Homo sapiens  eukaryotic cytosol   GUCAGGAUGGCCGAGCGGUCUAAGGCGCUGCGUUCAGGUCGCAGUCpm3CCCCCUGGAGGCGUGGGUUCGAAUCCCACUCCUGACA
995   SO:0000264 tRNA  Leu  CAG  Homo sapiens  eukaryotic cytosol   GUCAGGAUGGCCGAGCGGUCUAAGGCGCUGCGUUCAGGUCGCAGUCpm3CCCCCUGGAGGCGUGGGUUCGAAUCCCACUUCUGACA
996   SO:0000266 tRNA  Met  CAU  Homo sapiens  eukaryotic cytosol   GCCCUCUUAGCGCAGUGGGpm3CAGCGCGUCAGUCUCAUAAUCUGAAGGUCCUGAGUUCGAGCCUCAGAGAGGGCA
997   SO:0000264 tRNA  Leu  CAA  Homo sapiens  eukaryotic cytosol   GUCAGGAUGGCCGAGUGGUCUAAGGCGCCAGACpm5CCAAGUUCUGGUCUCCAAUGGAGGCGUGGGUUCGAAUCCCACUUCUGACA
998   SO:0001036 tRNA  Arg  CCU  Homo sapiens  eukaryotic cytosol   GCCCCAGUGGCCUAAUGGAUAAGGCACUGGCpm3CUCCUAAGCCAGGGAUUGUGGGUUCGAGUCCCACCUGGGGUA
999   SO:0001036 tRNA  Arg  UCU  Homo sapiens  eukaryotic cytosol   GGCUCCGUGGCGCAAUGGAUAGCGCAUUGGApm3CUUCUAAUUCAAAGGUUCCGGGUUCGAGUCCCGGCGGAGUCG
1000   SO:0000269 tRNA  Ser  AGA  Homo sapiens  eukaryotic cytosol   GUAGUCGUGGCCGAGUGGUUAAGGCGAUGGApm3CUAGAAAUCCAUUGGpm3CGUUUCCCCGCGCAGGUUCGAAUCCUGCCGACUACG
1001   SO:0000269 tRNA  Ser  CGA  Homo sapiens  eukaryotic cytosol   GCUGUGAUGGCCGAGUGGUUAAGGCGUUGGApm3CUCGAAAUCCAAUGGpm3CGUCUCCCCGCGCAGGUUCGAAUCCUGCUCACAGCG
1002   SO:0000269 tRNA  Ser  UGA  Homo sapiens  eukaryotic cytosol   GCAGCGAUGGCCGAGUGGUUAAGGCGUUGGApm3CUUGAAAUCCAAUGGpm3CGUCUCCCCGCGCAGGUUCGAACCCUGCUCGCUGCG
1003 tdbD00009837  SO:0000269 tRNA  Ser  GCU  Homo sapiens  eukaryotic cytosol   GACGAGGUGGCCGAGUGGUUAAGGCGAUGGACUGCUpm6t6AAUCCAUUGUpm3CCUCUGCACGCGUGGGUUCGAAUCCCACCCUCGUCG
1004   SO:0000270 tRNA  Thr  AGU  Homo sapiens  eukaryotic cytosol   GGCGCCGUGGCUUAGUUGGUUAAAGCGCCUGpm3CCUAGUAAACAGGAGAUCCUGGGUUCGAAUCCCAGCGGUGCCU
1005   SO:0000270 tRNA  Thr  CGU  Homo sapiens  eukaryotic cytosol   GGCUCUAUGGCUUAGUUGGUUAAAGCGCCUGUCUCGUAAACAGGAGAUCCUGGGUUCGACUCCCAGUGGGGCCU
1006 tdbD00010493  SO:0000270 tRNA  Thr  UGU  Homo sapiens  eukaryotic cytosol   GGCUCUAUGGCUUAGUUGGUUAAAGCGCCUGpm3CCUUGUAAACAGGAGAUCCUGGGUUCGAAUCCCAGUAGAGCCU
1008   SO:0000269 tRNA  Ser  AGA  Homo sapiens  eukaryotic cytosol   GUAGUCGUGGCCGAGUGGUUAAGGCGAUGGApm3CUAGAAAUCCAUUGGpm3CGUUUCCCCGCGCAGGUUCGAAUCCUGCCGACUACG
1009   SO:0000269 tRNA  Ser  CGA  Homo sapiens  eukaryotic cytosol   GCUGUGAUGGCCGAGUGGUUAAGGCGUUGGApm3CUCGAAAUCCAAUGGpm3CGUCUCCCCGCGCAGGUUCGAAUCCUGCUCACAGCG
1010   SO:0000269 tRNA  Ser  UGA  Homo sapiens  eukaryotic cytosol   GCAGCGAUGGCCGAGUGGUUAAGGCGUUGGApm3CUUGAAAUCCAAUGGpm3CGUCUCCCCGCGCAGGUUCGAACCCUGCUCGCUGCG
1011 tdbD00009837  SO:0000269 tRNA  Ser  GCU  Homo sapiens  eukaryotic cytosol   GACGAGGUGGCCGAGUGGUUAAGGCGAUGGACUGCUpm6t6AAUCCAUUGUpm3CCUCUGCACGCGUGGGUUCGAAUCCCACCCUCGUCG
1012   SO:0000265 tRNA  Lys  TTT  HIV-1  eukaryotic cytosol   GCCCGGApm5UAGCpm5UCAGpm5UCGGpm5UAGAGCApm5UCAGACpm5Upm5Upm5Upm5Upms2t6AApm5UCpm5UGAGGGpm5UCCAGGGpm5Upm5UCApm1AGpm5UCCCpm5UGpm5Upm5UCGGGCGCCA
1013   SO:0000265 tRNA  Lys  CTT  HIV-1  eukaryotic cytosol   GCCCGGCpm5UAGCpm5UCAGpm5UCGGpm5UAGAGCApm5UGAGACpm5UCpm5Upm5Upt6AApm5UCpm5UCAGGGpm5UCGpm5UGGGpm5Upm5UCGpm1AGCCCCACGpm5Upm5UGGGCGCCA
1014   SO:0000265 tRNA  Lys  CTT  HIV-1  eukaryotic cytosol   GCCCGGCpm5UAGCpm5UCAGpm5UCGGpm5UAGAGCApm5UGGGACpm5UCpm5Upm5Upt6AApm5UCCCAGGGpm5UCGpm5UGGGpm5Upm5UCGpm1AGCCCCACGpm5Upm5UGGGCGCCA
1015   SO:0000257 tRNA  Asp  GTC  HIV-1  eukaryotic cytosol   pm5UCCpm5UCGpm5Upm5Upm1AGpm5UApm5UAGpm5UGGpm5UGAGpm5UApm5UCCCCGCCpm5UGpm5UCACGCGGGAGACCGGGGpm5Upm5UCGApm5Upm5UCCCCGACGGGGAGCCA
1016   SO:0000256 tRNA  Asn  GTT  HIV-1  eukaryotic cytosol   Gpm5UCpm5UCpm5UGpm5UGGCGCAApm5UCGGpm5Upm5UAGCGCGpm5Upm5UCGGCpm5UGpm5Upm5UAACCGAAAGGpm5Upm5UGGpm5UGGpm5Upm5UCGpm1AGCCCACCCAGGGACGCCA
1017 7KX9_B  piRNA  syntetic fragment  syntetic fragment  synthetic construct    UCUCUUGAGUUGGACAAAUGGCApGm
1018 1C2W_B  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm7GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCAUCCCGACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGUGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGCAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm1Apm1AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUGCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAACpm5UApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACCUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGpm1Apm1AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpm7GGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGGGGApm5UAACAGGCUGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApm5CCUCGAUGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCUGUUCGCCAUUUAAAGUGGUACGCGAGCUGGGUUUAGAACGUCGUGAGACAGUUCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1019 1S72_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1020 1VQ4_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1021 1VQ5_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1022 1VQ6_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1023 1VQ7_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1024 1VQ8_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1025 1VQ9_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1026 1VQK_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1027 1VQL_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1028 1VQM_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1029 1VQN_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1030 1VQO_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1031 1VQP_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1032 1YHQ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1033 1YI2_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1034 1YIJ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1035 1YIT_0  SO:0001001 rRNA  LSU  23S  synthetic construct  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1036 1YJ9_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1037 1YJN_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1038 1YJW_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1039 2OTJ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1040 2OTL_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1041 2QA4_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUCCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1042 2QEX_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCCAUGGGGAGCCGCACGGAGGCGAAGAACCAUGGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1043 3CC2_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1044 3CC4_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1045 3CC7_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAAUAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1046 3CCE_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCACGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1047 3CCJ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACUUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1048 3CCL_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCCCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1049 3CCM_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUUAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1050 3CCQ_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACUGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1051 3CCR_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACCGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1052 3CCS_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGAAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1053 3CCU_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGCAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1054 3CCV_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUAGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1055 3CD6_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUAGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1056 3CMA_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1057 3G4S_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1058 3G6E_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1059 3G71_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1060 3I55_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1061 3I56_0  SO:0001001 rRNA  LSU  23S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCAAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1062 6HMA_A  SO:0001001 rRNA  LSU  23S  Staphylococcus aureus  prokaryotic cytosol  UUAAGUUAUUAAGGGCGCACGGUGGAUGCCUUGGCACUAGAAGCCGAUGAAGGACGUUACUAACGACGAUAUGCUUUGGGGAGCUGUAAGUAAGCUUUGAUCCAGAGAUUUCCGAAUGGGGAAACCCAGCAUGAGUUAUGUCAUGUUAUCGAUAUGUGAAUACAUAGCAUAUCAGAAGGCACACCCGGAGAACUGAAACAUCUUAGUACCCGGAGGAAGAGAAAGAAAAUUCGAUUCCCUUAGUAGCGGCGAGCGAAACGGGAAGAGCCCAAACCAACAAGCUUGCUUGUUGGGGUUGUAGGACACUCUACGGAGUUACAAAGGACGACAUUAGACGAAUCAUCUGGAAAGAUGAAUCAAAGAAGGUAAUAAUCCUGUAGUCGAAAAUGUUGUCUCUCUUGAGUGGAUCCUGAGUACGACGGAGCACGUGAAAUUCCGUCGGAAUCUGGGAGGACCAUCUCCUAAGGCUAAAUACUCUCUAGUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGUGAAAAGCACCCCGGAAGGGGAGUGAAAUAGAACCUGAAACCGUGUGCUUACAAGUAGUCAGAGCCCGUUAAUGGGUGAUGGCGUGCCUUUUGUAGAAUGAACCGGCGAGUUACGAUUUGAUGCAAGGUUAAGCAGUAAAUGUGGAGCCGUAGCGAAAGCGAGUCUGAAUAGGGCGUUUAGUAUUUGGUCGUAGACCCGAAACCAGGUGAUCUACCCUUGGUCAGGUUGAAGUUCAGGCUGAAUGGAGGACCGAACCGACUUACGUpm5UGAAAAGUGAGCGGAUGAACUGAGGGUAGCGGAGAAAUUCCAAUCGAACCUGGAGAUAGCUGGUUCUCUCCGAAAUAGCUUUAGGGCUAGCCUCAAGUGAUGAUUAUUGGAGGUAGAGCACUGUUUGGACGAGGGGCCGGUUACCGAAUUCAGACAAACUCCGAAUGCCAAUUAAUUUAACUUGGGAGUCAGAACAUGGGUGAUAAGGUCCGUGUUCGAAAGGGAAACAGCCCAGACCACCAGCUAAGGUCCCAAAAUAUAUGUUAAGUGGAAAAGGAUGUGGCGUUGCCCAGACAACGUCGAGUGACACUGCGCCGAAAAUGUACCGGGGCUAAACAUAUUACCGAAGCUGUGGAUUGUCCUUUGGACAAUGGUAGGAGAGCGUUCUAAGGGCGUUGAAGCAUGAUCGUAAGGACAUGUGGAGCGCUUAGAAGUGAGAAUGCCGGUGUGAGUAGCGAAAGACGGGUGAGAAUCCCGUCCACCGAUUGACUAAGGUUUCCAGAGGAAGGCUCGUCCGCUCUGGGUUAGUCGGGUCCUAAGCUGAGGCCGACAGGCGUAGGCGAUGGAUAACAGGUUGAUAUUCCUGUACCACCUAUAAUCGUUUUAAUCGAUGGGGGGACGCAGUAGGAUAGGCGAAGCGUGCGAUUGGAUUGCACGUCUAAGCAGUAAGGCUGAGUAUUGGUACUCGUUAAGGCUGAGCUGUGAUGGGGAGAAGACAUUGUGUCUUCGAGUCGUUGAUUUCACACUGCCGAGAAAAGCCUCUAGAUAGAAAAUAGGUGCCCGUACCGCAAACCGACACAGGUAGUCAAGAUGAGAAUUCUAAGGUGAGCGAGCGAACUCUCGUUAAGGAACUCGGCAAAAUGACCCCGUAACUUCGGGAGAAGGGGUGCUCUUUAGGGUUAACGCCCAGAAGAGCCGCAGUGAAUAGGCCCAAGCGACUGUUUAUCAAAAACACAGGUCUCUGCUAAACCGUAAGGUGAUGUAUAGGGGCUGACGCCUGCCCGGUGCUGGAAGGUUAAGAGGAGUGGUUAGCUUCUGCGAAGCUACGAAUCGAAGCCCCAGUAAACGGCGGCCGUAUAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACCCGCACGAAAGGCGUAACGAUUUGGGCACUGUCUCAACGAGAGACUCGGUGAAAUCAUAGUACCUGUGAAGAUGCAGGUUACCCGCGACAGGACGGAAAGACCCCGUGGAGCUUUACUGUAGCCUGAUAUUGAAAUUCGGCACGCUUGUACAGGAUAGGUAGGAGCCUUUGAAACGUGAGCGCUAGCUUACGUGGAGGCGCUGGUGGGAUACUACCCAGCUGUGUUGGCUUUCUAACCCGCACCACUUAUCGUGGUGGGAGACAGUGUCAGGCGGGCAGUUUGACUGGGGCGGUCGCCUCCUAAAAGGUAACGGAGGCGCUCAAAGGUUCCCUCAGAAUGGUUGGAAAUCAUUCAUAGAGUGUAAAGGCAUAAGGGAGCUUGACUGCGAGACCUACAAGUCGAGCAGGGUCGAAAGACGGACUUAGUGAUCCGGUGGUUCCGCAUGGAAGGGCCAUCGCUCAACGGAUAAAAGCUACCCCGGGGAUAACAGGCUUAUCUCCCCCAAGAGUUCACAUCGACGGGGAGGUUUGGCACCUCGpm2AUGUCGGCUCAUCGCAUCCUGGGGCUGUAGUCGGUCCCAAGGGUUGGGCUGUUCGCCCAUUAAAGCGGUACGCGAGCUGGGUUCAGAACGUCGUGAGACAGUUCGGUCCCUAUCCGUCGUGGGCGUAGGAAAUUUGAGAGGAGCUGUCCUUAGUACGAGAGGACCGGGAUGGACAUACCUCUGGUGUACCAGUUGUCGUGCCAACGGCAUAGCUGGGUAGCUAUGUGUGGACGGGAUAAGUGCUGAAAGCAUCUAAGCAUGAAGCCCCCCUCAAGAUGAGAUUUCCCAACUUCGGUUAUAAGAUCCCUCAAAGAUGAUGAGGUUAAUAGGUUCGAGGUGGAAGCAUGGUGACAUGUGGAGCUGACGAAUACUAAUCGAUCGAAGACUUAAU
1063 6PC5_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAACxUApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2GGGAUAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGUpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1064 6PC6_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAACxUApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2GGGAUAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGUpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1065 6PC7_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAACxUApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2GGGAUAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGUpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1066 6PC8_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAACxUApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2GGGAUAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGUpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1067 6PCH_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAACxUApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2GGGAUAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGUpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1068 6PCQ_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAACxUApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2GGGAUAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGUpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1069 6PCR_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAACxUApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2GGGAUAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGUpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1070 6PCS_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAACxUApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2GGGAUAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGUpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1071 6PCT_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAACxUApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2GGGAUAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGUpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1072 6WYV_I  SO:0001001 rRNA  LSU  23S  Escherichia coli  prokaryotic cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAACxUApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2GGGAUAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGUpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1073 7M4V_A  SO:0001001 rRNA  LSU  23S  Acinetobacter baumannii  prokaryotic cytosol  AGUCAAGUAAUUAAGUGCAUGUGGUGGAUGCCUUGGCAGUCAGAGGCGAUGAAAGACGUGAUAGCCUGCGAAAAGCUCCGGGGAGGCGGCAAAUAUCCUUUGAUCCGGAGAUGUCUGAAUGGGGGAACCCACCUACUUUAAGGUAGGUAUUGCAACAUGAAUACAUAGUGUUGCAAGGCGAACGAGGGGAAGUGAAACAUCUCAGUACCCUUAGGAAAAGAAAUCAAUUGAGAUUCCCUCAGUAGCGGCGAGCGAACGGGGAUCAGCCCAUUAAGUUAUGUGUGUUUUAGUGGAACGCUCUGGGAAGUGCGAACGUAGAGGGUGAUAUUCCCGUACACGAAAGGGCACACAUAAUGAUGACGAGUAGGGCGAGGCACGUGAAACCUUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCUGUGAGGGGAGUGAAAUAGAUCCUGAAACCGCAUGCAUACAAGCAGUGGGAGCACCUUCGUGGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCAGUAGCGAGGUUAACCGUAUAGGGGAGCCGUAGAGAAAUCGAGUCUUAAUAGGGCGUUUAGUUGCUGGGUAUAGACCCGAAACCAGGCGAUCUAUCCAUGAGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCCACUGUCGUUGAAAAGCCAGGGGAUGACUUGUGGAUAGGGGUGAAAGGCUAAUCAAGCCUGGUGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGGACGAAUACCAUAGGGGGUAGAGCACUGUUUCGGCACCGAUGCAAACUCCGAAUACCUAUGAGUACUAUCCGGGAGACAGACUGCGGGpYGCUAACGUCCGUAGUCAAGAGGAAAACAAUCCAGACCGCCAGCUAAGGCCCCAAAAUCAUAGUUAAGUGGGAAACGAUGUGGGAAGGCAUAGACAGCUAUAGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAAACUAUGUGCCGAAGCUGCGGAUGUAUACUUUGUAUACGUGGUAGGGGAGCGUUCUGUAAGCCGAUGAAGGUGUGUUGAGAAGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACGUGAGUAACGACAAAACGGGUGAAAAACCCGUUCGCCGAAAGACCAAGGGUUCCAGUCCAACGUUAAUCGGGGCUGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAAAUGGUUAAUAUUCCAUUACUUCUGUGUAAUGCGAUGAGAGGACGGAGAAGGCUAAAUCAGCCUGGCGUUGGUUGUCCAGGUGAAAGGAUGUAGGCAUGUAUCUUAGGCAAAUCCGGGGUACUCUAUGCUGAGAUCUGAUAGCAAGCUGUACUUGUGCAGCGAAGUGGUUGAUGCCAUGCUUCCAGGAAAAGUCUCUAAGCUUCAGUUACACAGGAAUCGUACCCGAAACCGACACAGGUGGUCAGGUCGAGUAGACCAAGGCGCUUGAGAGAACUCUGCUGAAGGAACUAGGCAAAAUGGUACCGUAACUUCGGGAGAAGGUACGCUGUUGUUGGUGAUGGAACUCGCUUCCUGAGCUGACGACAGCCGCAGAAACCAGGCCGCUGCAACUGUUUAUUAAAAACAUAGCACUCUGCAAACACGAAAGUGGACGUAUAGGGUGUGAUGCCUGCCCGGUGCUGGAAGGUUAAUUGAUGGGGUUAGCGUAAGCGAAGCUCUUGAUCGAAGCCCCAGUAAACGGCGGCCGpYAACxUApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACCUGCACGAAUGGCAUAAUGAUGGCGGCGCUGUCUCCAGCAGAGGCUCAGUGAAAUCGAAAUCGCUGUGpm6AAGAUGCAGUGUACCCGCGGCUAGACGGAAAGACCCCGUpm7GAACCUUUACUGCAGCUUGACACUGAACUUUGAUUGAGGUUCUAACUCUGUCCCGUGAUCCGGGACGAGGACCGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGUACGAAGGUGCGCUCAGCGUGGUCGGAAAUCACGCGUAGAGUAUAAAGGCAAAAGCGCGCUUAACUGCGAGACCCACAAGUCGAGCAGGUACGAAAGUAGGUCUUAGUGAUCCGGUGGUUCUGUAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCUGpm2GGGAUAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCACCUCGpm2ApYGUCGGCUCAUCUCAUCCUGGGGCUGAAGCAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGAGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGUpYCGGUCCCUAUCUACCGUGGGCGCUGGAAAUUUGAGAGGAUCUGCUCCUAGUACGAGAGGACCAGAGUGGACGAACCUCUGGUGUACCGGUUGUGACGCCAGUCGCAUCGCCGGGUAGCUAUGUUCGGAAGGGAUAACCGCUGAAAGCAUCUAAGCGGGAAGCCUACCUCAAGAUAAGAUUUCCCUAGGACUUUAUGUCCUCUAAAGAGCCGUUCGAGACUAGGACGUUGAUAGGUUGGAUGUGGAAGCAUAGUGAUAUGUGAAGCUGACCAAUACUAAUUGCUCGUGAGGCUUGACUA
1074 3CME_0  rRNA  LSU  50S  Haloarcula marismortui  prokaryotic cytosol  UAUGCCAGCUGGUGGAUUGCUCGGCUCAGGCGCUGAUGAAGGACGUGCCAAGCUGCGAUAAGCUGUGGGGAGCCGCACGGAGGCGAAGAACCACAGAUUUCCGAAUGAGAAUCUCUAACAAUUGCUUCGCGCAAUGAGGAACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAACGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUUCACGAAGUCUCUUGGAAUAGAGCGUGAUACAGGGUGACAACCCCGUACUGAAGACCAGUACGCUGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUUGACGAAUGACCGAGACGCGAGUCUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1Apm1AAAAACGAGCCAGGGAGUGUGUCUGUAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUCCUGUCAAACUCCAAACUUACAGACGCUGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGCAGGGGCGAGAGCUCCUGUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCUCACCGCAACUCGACUGAGACGAAAUGGGAAACAGGUUAAUAUUCCUGUGCCAUCAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCCGGGCAUCGCCCGGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUGAUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGGGUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGUCAUCUCAGCCGGGGACCCGGCGAAGAGUGCAAGAGCAAAAGAUGACUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpnm5ges2UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAA
1075 4JI2_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCCpYpYUCU
1076 4JI3_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCpYpYUCU
1077 4JI7_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  GUUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCCpYpYUCU
1078 4JI8_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  GUUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCCpYpYUCU
1079 5U4J_a  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  GAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUACCGGCUAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGACGUCAAGUCUUCCCGGGCCUUGUACACACCGpm4CmCCGUpm5CACACCAUGGGAGUGGGUUCAUGACUGGGGUGAAGUCGpnm5ges2UAACAAGGUAACCGUAGGpm2GGpYmpYmCCUGCGGUUGGAUCA
1080 6NY6_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGUGCCAGCAGCCGCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAAGCAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGGCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCGCCCGUCACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGUAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCACpYpYUCU
1081 6SW9_2  S0:0001000 rRNA  SSU  16S  Pyrococcus abyssi  prokaryotic cytosol  AUUCpac4CGGUUGAUCCUGCCGGAGGCCACUGCUAUGGGGGUCpac4CGACUAAGCCAUGCGAGUCAAGGGGGCGUCCCUUCUGGGACGCCACCGGCGGACGGCUCAGUAACACGUCGGUAACCUACCCUCGGGAGGGGGAUAACCCCGGGAAACUGGGGCUAAUCCCCCAUAGGCCUGGGGUACUGGAAGGUCCCCAGGCCGAAAGGGAGCCGUAAGGCUCCGCCCGAGGAUGGGCCGGCGGCpac4CmGAUUAGGUAGUUGGUGGGGUAACGGCCCACCAAGCpac4CGAAGAUCGGUACGGGCpac4CGUGAGAGCGGGAGCCpac4CGGAGAUGGACACUGAGACACGGGUCCAGGCCCUACGGGGCGCAGCAGGCGCGApAmACCUCpac4CGCAAUGCGGGAAACpac4CGCGACGGGGGGACCCCCAGUGCCGUGCCUCUGGCACGGCUUUUCCGGAGUGUAAAAAGCUCCGGGAAUAAGGGCUGGGCAAGGCpac4CGGUGGCAGCCGCCGCGGUAAUACCGGCGGCCpac4CGAGUGGUGGCCACUAUUAUUGGGCCUAAAGCGGCpac4CGUAGCCGGGCCCGUAAGUCCCUGGCGAAAUCCCACGGCUCAACpac4CGUGGGGCUCGCUGGGGAUACUGCGGGCCUUGGGACpac4CGGGAGAGGCpac4CGGGGGUACCCCpac4CGGGGUAGGGGUGAAAUCCUAUAAUCCCGGGGGGACCGCCAGUGGCGAAGGCGCCpac4CGGCUGGAACGGGUCpac4CGACGGUGAGGGCpac4CGAAGGCCAGGGGAGCGAACpac4CGGAUUAGAUACCCGGGUAGUCCUGGCUGUAAAGGAUGCGGGCUAGGUGUCGGGCGAGCUUCGAGCUCGCCCGGUGCpac4CGUAGGGAAGCpac4CGUUAAGCCpac4CGCpac4CGCCUGGGGAGUACGGCpac4CGCAAGGCUGAAACUUAAAGGAAUUGGCGGGGGAGCACUACAAGGGGUGGAGCGUGCGGUUUAAUUGGAUxUpm5CAACGCCGGGAACCUCACpac4CGGGGGCGACGGCAGGAUGAAGGCCAGGCUGAAGGUCUUGCCGGACGCGCCGAGAGGAGGUGCAUGGCCGCpac4CGUCAGCUCGUACpac4CGUGAGGCGUCCACUUAAGUGUGGUAACGAGCGAGACCCGCGCCCCCAGUUGCCAGUCCCUCCCGCUCGGGAGGGAGGCACUCUGGGGGGACUGCCGGCGAUAAGCpac4CGGAGGAAGGGGCGGGCGACGGUAGGUCAGUAUGCCCpac4CGAAACCCCpac4CGGGCUACApm5CGCGCGCUACAAUGGGCGGGACAAUGGGUGCpac4CGACCCpac4CGAAAGGGGGAGGUAAUCCCCUAAACCCGCCCUCAGUUCGGAUCGCGGGCUGCAACUCGCCCGCGUGAAGCUGGAAUCCCUAGUACCCGCGCGUCAUCAUCGCGCGGCGAAUACGUCCCUGCUCCUUGCACACACCGpCmChm5CGUCACUCCACCCGAGCGGGGCCUAGGUGAGGCCCGAUCUCCUUCGGGAGGUCGGGUCGAGCCUAGGCUCCGUGAGGGGGGAGAAGUCGpnm5ges2UApm6ACAAGGUAGCpac4CGUAGGGGpYmpYmCCUACGGCUCGAUCACCUCCU
1082 6SWD_2  S0:0001000 rRNA  SSU  16S  Pyrococcus abyssi  prokaryotic cytosol  AUUCpac4CGGUUGAUCCUGCCGGAGGCCACUGCUAUGGGGGUCpac4CGACUAAGCCAUGCGAGUCAAGGGGGCGUCCCUUCUGGGACGCCACCGGCGGACGGCUCAGUAACACGUCGGUAACCUACCCUCGGGAGGGGGAUAACCCCGGGAAACUGGGGCUAAUCCCCCAUAGGCCUGGGGUACUGGAAGGUCCCCAGGCCGAAAGGGAGCCGUAAGGCUCCGCCCGAGGAUGGGCCGGCGGCpac4CmGAUUAGGUAGUUGGUGGGGUAACGGCCCACCAAGCpac4CGAAGAUCGGUACGGGCpac4CGUGAGAGCGGGAGCCpac4CGGAGAUGGACACUGAGACACGGGUCCAGGCCCUACGGGGCGCAGCAGGCGCGApAmACCUCpac4CGCAAUGCGGGAAACpac4CGCGACGGGGGGACCCCCAGUGCCGUGCCUCUGGCACGGCUUUUCCGGAGUGUAAAAAGCUCCGGGAAUAAGGGCUGGGCAAGGCpac4CGGUGGCAGCCGCCGCGGUAAUACCGGCGGCCpac4CGAGUGGUGGCCACUAUUAUUGGGCCUAAAGCGGCpac4CGUAGCCGGGCCCGUAAGUCCCUGGCGAAAUCCCACGGCUCAACpac4CGUGGGGCUCGCUGGGGAUACUGCGGGCCUUGGGACpac4CGGGAGAGGCpac4CGGGGGUACCCCpac4CGGGGUAGGGGUGAAAUCCUAUAAUCCCGGGGGGACCGCCAGUGGCGAAGGCGCCpac4CGGCUGGAACGGGUCpac4CGACGGUGAGGGCpac4CGAAGGCCAGGGGAGCGAACpac4CGGAUUAGAUACCCGGGUAGUCCUGGCUGUAAAGGAUGCGGGCUAGGUGUCGGGCGAGCUUCGAGCUCGCCCGGUGCpac4CGUAGGGAAGCpac4CGUUAAGCCpac4CGCpac4CGCCUGGGGAGUACGGCpac4CGCAAGGCUGAAACUUAAAGGAAUUGGCGGGGGAGCCUGCUCCUUGCACACACCGpCmChm5CGUCACUCCACCCGAGCGGGGCCUAGGUGAGGCCCGAUCUCCUUCGGGAGGUCGGGUCGAGCCUAGGCUCCGUGAGGGGGGAGAAGUCGpnm5ges2UApm6ACAAGGUAGCpac4CGUAGGGGpYmpYmCCUACGGCUCGAUCACCUCCU
1083 7M4U_a  S0:0001000 rRNA  SSU  16S  Acinetobacter baumannii  prokaryotic cytosol  UAACUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCUUAACACAUGCAAGUCGAGCGGGGGAAGGUAGCUUGCUACCGGACCUAGCGGCGGACGGGUGAGUAAUGCUUAGGAAUCUGCCUAUUAGUGGGGGACAACAUCUCGAAAGGGAUGCUAAUACCGCAUACGUCCUACGGGAGAAAGCAGGGGAUCUUCGGACCUUGCGCUAAUAGAUGAGCCUAAGUCGGAUUAGCUAGUUGGUGGGGUAAAGGCCUACCAAGGCGACGAUCUGUAGCGGGUCUGAGAGGAUGAUCCGCCACACUGGGACUGAGACACGGCCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGGACAAUGGGGGGAACCCUGAUCCAGCCAUGCCGCGUGUGUGAAGAAGGCCUUAUGGUUGUAAAGCACUUUAAGCGAGGAGGAGGCUACUCUAGUUAAUACCUAGGGAUAGUGGACGUUACUCGCAGAAUAAGCACCGGCUAACUCUGpYGCCAGCAGCCpm7GCGGUAAUACAGAGGGUGCGAGCGUUAAUCGGAUUUACUGGGCGUAAAGCGUGCGUAGGCGGCUUAUUAAGUCGGAUGUGAAAUCCCCGAGCUUAACUUGGGAAUUGCAUUCGAUACUGGUGAGCUAGAGUAUGGGAGAGGAUGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGAUGGCGAAGGCAGCCAUCUGGCCUAAUACUGACGCUGAGGUACGAAAGCAUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCAUGCCGUAAACGAUGUCUACUAGCCGUUGGGGCCUUUGAGGCUUUAGUGGCGCAGCUAACGCGAUAAGUAGACCGCCUGGGGAGUACGGUCGCAAGACUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUpm2Gpm5CAACGCGAAGAACCUUACCUGGCCUUGACAUACUAGAAACUUUUCAGAGAUGGAUUGGUGCCUUCGGGAACCUAGAUACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUCGUGAGAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUUUCCUUACUUGCCAGCAUUUCGGAUGGGAACUUUAAGGAUACUGCCAGUGACAAACUGGAGGAAGGCGGGGACGACGUCAAGUCAUCAUGpm2GCCCUUACGGCCAGGGCUACACACGUGCUACAAUGGUCGGUACAAAGGGUUGCUACACAGCGAUGUGAUGCUAAUCUCAAAAAGCCGAUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGCGGAUCAGAAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACCGpm4CmCCGUCACACCAUGGGAGUUUGUUGCACCAGAAGUAGCUAGCCUAACUGCAAAGAGGGCGGUUACCACGGUGUGGCCGAUGACUGGGGUGAAGUCGpnm5ges2UAACAAGGUAGCCGUAGGGGpYmpYmCCUGCGGCUGGAUC
1084 7AFI_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGAACACACCCACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGGUAACCGUAGGpm2GGpYmpYmCCUGCGGUUGGAUCACCUCCU
1085 7AFL_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACCACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAACCGUAGGpm2GGpYmpYmCCUGCGGUUGGAUCACC
1086 7BOF_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACACCACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGAAGGUAACCGUAGGpm2GGpYmpYmCCUGCGGUUGGAUCACCUCCU
1087 7BOG_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACACCCGUpm5CACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGpnm5ges2UAUAACCGUAGGpm2GGpYmpYmCCUGCGGUUGGAUCACC
1088 7BOI_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACACCGpm4CmCCGUpm5CACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGpnm5ges2UAACAAGGUAACCGUAGGpm2GGpYmpYmCCUGCGGUUGGAUCA
1089 7NAS_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGAGGUAACCGUAGGpm2GGpYmpYmCCUGCGGUUGGAUCACCUCCU
1090 7BOD_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGUACACACCGpm4CmCCGUpm5CACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGpnm5ges2UAACAAGGUAACCGUAGGpm2GGpYmpYmCCUGCGGUUGGAUCA
1091 7AFO_A  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGUGCCAGCAGCCGCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCGCCUUGAAACCGUAGGpm2GGpYmpYmCCUGCGGUUGGAUCACCUCCU
1092 7AF8_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUpm2Gpm5CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGpm2GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1093 7AF5_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUpm2Gpm5CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGpm2GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1094 7AFA_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUpm2Gpm5CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGpm2GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1095 7AFH_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUpm2Gpm5CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGpm2GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1096 7AFK_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUpm2Gpm5CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGpm2GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1097 7AFN_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUpm2Gpm5CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGpm2GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1098 7AF3_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUpm2Gpm5CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGpm2GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1099 7AFD_1  S0:0001000 rRNA  SSU  16S  Escherichia coli  prokaryotic cytosol  CCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUpm2Gpm5CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGpm2GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGG
1100 6YBS_A  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  AUUGACGGAAGGGCACCACpm3CAGGAGUGGAGCCUGCGGCUUAAUpYUGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAUUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGUGGUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCpm5CGAUAACGAACGAGACUCUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUUCUUAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACAGGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUpAmAGUCCCUGCCCUUUGUACACAC
1101 6YBW_A  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAUpAmUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUGAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCAUUAAAUCAGUUAUGGUpUmCCpYUpUmGGUCGCUCGCUCCUACUUGGAUAACUGUGGUApAmUUCUAGpAmGCUAAUApCmAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGAAGGCAGCAGGCGCGCpAmAAUUACCCACUCCCGACCCGGGGApGmGUAGUGApCmGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAAAUCCUUUAACGAGGAUCCAUUGGAGGGCAAGUCUGGpYGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUApGmCGUAUAUUAAAGUUGCUGCAGUUpAmAAAAGCUCGUAGUUpGmGAUCUUGGGAGCGGCCCCGCCCCUCUCGGCGGCCCGAAGCGUUUACUUUGAAAAAApm5UUAGAGUGpYpYCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAUAAUGGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGApAmCGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCApYAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAACCGpCmCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGpnm5ges2UApm6ACAAGGUUUCCGUAGGUGpYmpYmCCUGCGGAAGGAUCAUUA
1102 6ZV6_2  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAUAUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCAUUAAAUCAGUUAUGGUUCCUUUGGUCGCUCGUACUUGGAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGAAGGCAGCAGGCGCGCAAAUUACCCACUCCCGACCCGGGGAGGUAGUGACGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAAAUCCUUUAACGAGGAUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGCUGCAGUUAAAAAGCUCGUAGUUGGAUCUCUCUCGGCCGAAGCGUUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCCGCCUGGAUACCGCAGCUAGGAAUAAUGGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGAACGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCAUAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAUUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGUGGUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGAACGAGACUCUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUUCUUAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACAGGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUAAGUCCCUGCCCUUUGUACACACCGCCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGpnm5ges2UApm6ACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1103 6AZ1_1  S0:0000407 rRNA  SSU  18S  Leishmania donovani  eukaryotic cytosol  GAUCUGGpUmUGAUUCUGCpCmAGUAGUCAUpAmUGCUpUmGUUUpCmAAGGACUUAGCCAUGCAUGCCUCAGAAUCACUGCAGCAGGAAUCUGCGCAUGGCUCpAmUUACAUCAGACGUAAUpCmUGCCGCAAAAAUCUUGCGGUCCGCAAAAUUGGAUAACUUGGCGAAACGCCAAGCUAAUACAUGAACCAACCGGGUGUCUCCAGAGACGCCCAGCGAAUGAAUGACAAAACCAAUGCCUGCAGUAACACCCAGCAGUGUUGACUCAAUUCAUUCCGUGCGAAAGCCGGCCCGGCGUCUUUUGACGAACAACUGCCCUAUCAGCUGGUGAUGGCCGUGUAGUGGACUGCCAUGGCGUUGACGGGAGCGGGGGAUUAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAAUAGCUACCACUUCUACGGAGGGCAGCAGGCGCGCpAmAAUUGCCCAAUGUCAAAACAAAACGAUGApGmGCAGCGAAAAGAAAUAGAGUUUUCAAUGGGGGAUAUUUAAACCCAUCCAAUAUCGAGUAACAAUUGGAGGACAAGUCUGGUGCCAGCACCCGCGGUAAUUCCAGCUCCAAAAGCGUAUAUUAAUGCUGUpUmGCUGUUpAmAAGGGUUCGUAGUUGAACUGUGGGCUGUUCCCGUCCAUUCGGAUGACCCUGCAGCCCGUGAACAGAAACAACGGGAGUGGGGGCGUCCGUGAUUUUUUACUGUGACUAAAGAAGCGUGACUAAAGCAGUCAUGACUGAAUUAGAAAGCAUGGGAUAACAApAmGGAGCAGUUUUAAAGGUCUAUUGGAGAUUAUGGAGCUGUGCGACAAGUGCUUUCCCAUAGGAAUGAAGGAGGGUAGUCGGGGGAGAACGUACUGGGGCGUCAGAGGUGAAAUUCUUAGACCGCACCAAGACGAACUACAGCGAAGGCAUUCUUCAAGGAUACCUUCCUCAAUCAAGAACCAAAGUGUGGAGAUCGAAGAUGAUUAGAGACCAUUGUAGUCCACACUGCAAACGAUGACACCCAUGAAUUGGGGAUCCUUACGUAUCUUUCUCAGCACGUUUUCUGUUUUCACGCGAAAGCUUUGAGGUUACAGUCUCAGGGGGpGmAGUACGUUCGCAApGmAGUGAAACUUAAAGAAAUUGACGGAAUGGCACCACAAGACGUGGAGCGUGCGGUUUAAUUxUGACxUpm5CAACACpGmGGGAACUUUACCAGAUCCGGACAGGAUGAGGAUUGACAGAUUGAGUGUUCUUUCUCGAUUCCCUGAAUGGpUmGpGmUGCAUGGCCGCUUUUGGUCGGUGpGmAGUGAUUUGUUUGGUUGAUUCCGUCAACGGACGAGAUCCAAGCUGCCCAGUAGAAUUCAGAAUUGCCCAUAGGAUAGGCAUUCGUCGAAUUCUpUmCUCUGCGGGAUUCCUUGUAAUGCACAAGGUGAAAUUUUGGGCAACAGCApGmGUCpUmGUGAUGCUCCUCAAUGUUCUGGGCGACACGCpGmpCmACUACAAUGUCAGUGAGAACAAGAAAAACGAGUCGAACCUACUUGAUCAAAAGAGUGGGGAAACCCCGGAAUCACAUAGACUCACUUGGGACCGAGGAUUGCAAUUApUmUGGUCGCGCAACGAGpm7GAAUGUCUCGUAGGCGCAGCUCAUCApAmACUGUGCCGAUUACGUCCCUGCCAUUpUmGUACACACCGpm4CmCpm5CGUCGUUGUUUCCGAUGAUGGUGCAAUACAGGUGAUCGGACGAAAGUUCACCGAUAUUUpCmUUCAAUAGAGpGmAAGCAAAAGUCGUAACAAGGUAGCUGUAGGUGpYmpYmCCUGCAGCUGGAUCAUUU
1104 6Y7C_2  rRNA  SSU  20S  Saccharomyces cerevisiae  eukaryotic cytosol  UAUCUGGUUGAUCCUGCCAGUAGUCAUAUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUAUAAGCAAUUUAUACAGUGAAACUGCGAAUGGCUCpAmUUAAAUCAGUUAUCGUUUAUUUGAUAGUUCCUUUACUACAUGGUAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCUUAAAAUCUCGACCCUUUGGAAGAGAUGUAUUUAUUAGAUAAAAAAUCAAUGUCUUCGGACUCUUUGAUGAUUCAUAAUAACUUUUCGAAUCGCAUGGCCUUGUGCUGGCGAUGGUUCAUUCAAAUUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUUUCAACGGGUAACGGGGAAUAAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGpAmAGGCAGCAGGCGCGCpAmAAUUACCCAAUCCUAAUUCAGGGAGGUAGUGACAAUAAAUAACGAUACAGGGCCCAUUCGGGUCUUGUAAUUGGAAUGAGUACAAUGUAAAUACCUUAACGAGGAACAAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGUUGCAGUUAAAAAGCUCGUAGUUGAACUUUGGGCCCGGUUGGCCGGUCGGAUUUCCAACGGGGCCUUUCCUUCUGGCUAACCAGGACUUUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCGUAUUGCUCGAAUAUAUUpAmGCAUGGAAUAAUAGAAUAGGACGUUUGGUUCUAUUUUGUUGGUUUCUAGGACCAUCGUAAUGAUUAAUAGGGACGGUCGGGGGCAUCAGUAUUCAAUUGUCAGAGGUGAAAUUCUUGGAUUUAUUGAAGACUAACUACUGCGAAAGCAUUUGCCAAGGACGUUUUCAUUAAUCAAGAACGAAAGUUAGGGGAUCGAAGAUGAUCAGAUACCGUCGUAGUCUUAACCAUAAACUAUGCCGACUAGGGAUCGGGUGGUGUUUUUUUAAUGACCCACUCGGCACCUUACGAGAAAUCAAAGUCUUUGGGUUCUGGGGGGAGUAUGGUCGCAAGGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGGAAACUCACCAGGUCCAGACACAAUAAGGAUUGACAGAUUGAGAGCUCUUUCUUGAUUUUGUGGGUGGUGGUGCAUGGCCGUUCUUAGUUGGUUUUGUCUGCUUAAUUGCGAUAACGAACGAGACCUUAACCUACUAAAUAGUGGUGCUAGCAUUUGCUGGUUAUCCACUUCUUAGAGGGACUAUCGGUUUCAAGCCGAUGGAAGUUUGAGGCAAUAACAGGUCUGUGAUGCCCUUAGACGUUCUGGGCCGCACGCGCGCUACACUGACGGAGCCAGCGAGUCUAACCUUGGCCGAGAGGUCUUGGUAAUCUUGUGAAACUCCGUCGUGCUGGGGAUAGAGCAUUGUAAUUAUUGCUCUUCAACGAGGAAUUCCUAGUAAGCGCAAGUCAUCAGCUUGCGUUGAUUACGUCCCUGCCCUUUGUACACACCGCCCGUCGCUAGUACCGAUUGAAUGGCUUAGUGAGGCCUCAGGAUCUGCUUAGAGAUCUCAGAGCGGAGAAUUUGGACAAACUUGGUCAUUUAGAGGAACUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1105 6ZXG_2  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAUpAmUGCUUGpYCpYCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCUACAGUGAAACUGCGAApYGGCUCpAmUUAAApYCAGpYUAUGGUpUmCCpYUpUmGGUCGCUCGUACUUGGAUAACUGUGGUApAmUUCUAGpAmGCUAApUmApCmAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCApYUUAUCAGUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCGCGGCGACGACCCAUUCGAACGUCpUmGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGpYGACGGGGAAUCAGGGUUCGAUpUmCCGGAGApGmGGAGCCUGAGAAACGGCUACCACAUpCmCAAGGpAmAGGCAGCAGGCGCGCpAmAAUUACCCACUCCCGACCCGGGGApGmGUpAmGUGApCmGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUpYUAApAmUCCUUUAACGAGGAUCCAUUGGAGpGmGCAAGUCUGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUApGmCGUApYApYUAAAGUUGCUGCAGUUpAmAAAAGCUCGUAGpYUpGmGApYCUCUCUCGGCCGAAGCGUUUACUUUGAAAAAApYpYAGAGUGpYUCAAAGCAGGCCGCCUGGAUACCGCAGCUAGGAAUAAUpGmGAAUAGGACCGCGGUUCUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUpYCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUpYGCCAAGAAUGUUUUCAUUAAUCAAGApAmCGAAAGUCGGAGGpYpYCGAAGACGApYCAGAUACCGUCGUAGUUCCGACCApYAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUApYGGpYUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCpYGCGGCpYUAAUUpYGACxUCAACACGGGAAACCUCACCCGGCpCmCGGACACGGACAGGApUmUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGpUmGpGmUGCAUGGCpac4CGUUCUUAGUpYGGUGGAGCGAUUUGUCUGGpYUAAUUCCGAUAACGApAmCGAGACUpCmUGGCAUGCUAACUAGUUACGCGACCCCCGGUCGGCGUAACUpUmCUpYAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACApGmGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUpYCCCCAUGAACGAGpm7GAAUpYCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUpAmAGUCCCUGCCCUUpYGUACACACCGpCmCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGUApm6ACAAGGUUUCpac4CGUAGGUApYmpYmCCUGCGGAAGGAUCAUUA
1106 6ZXH_2  S0:0000407 rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAUpAmUGCUUGpYCpYCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCUACAGUGAAACUGCGAApYGGCUCpAmUUAAApYCAGpYUAUGGUpUmCCpYUpUmGGUCGCUCGUACUUGGAUAACUGUGGUApAmUUCUAGpAmGCUAApUmApCmAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCApYUUAUCAGUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCGCGGCGACGACCCAUUCGAACGUCpUmGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGpYGACGGGGAAUCAGGGUUCGAUpUmCCGGAGApGmGGAGCCUGAGAAACGGCUACCACAUpCmCAAGGpAmAGGCAGCAGGCGCGCpAmAAUUACCCACUCCCGACCCGGGGApGmGUpAmGUGApCmGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUpYUAApAmUCCUUUAACGAGGAUCCAUUGGAGpGmGCAAGUCUGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUApGmCGUApYApYUAAAGUUGCUGCAGUUpAmAAAAGCUCGUAGpYUpGmGApYCUCUCUCGGCCGAAGCGUUUACUUUGAAAAAApYpYAGAGUGpYUCAAAGCAGGCCGCCUGGAUACCGCAGCUAGGAAUAAUpGmGAAUAGGACCGCGGUUCUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUpYCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUpYGCCAAGAAUGUUUUCAUUAAUCAAGApAmCGAAAGUCGGAGGpYpYCGAAGACGApYCAGAUACCGUCGUAGUUCCGACCApYAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUApYGGpYUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCpYGCGGCpYUAAUUpYGACxUCAACACGGGAAACCUCACCCGGCpCmCGGACACGGACAGGApUmUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGpUmGpGmUGCAUGGCpac4CGUUCUUAGUpYGGUGGAGCGAUUUGUCUGGpYUAAUUCCGAUAACGApAmCGAGACUpCmUGGCAUGCUAACUAGUUACGCGACCCCCGGUCGGCGUAACUpUmCUpYAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACApGmGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUpYCCCCAUGAACGAGpm7GAAUpYCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUpAmAGUCCCUGCCCUUpYGUACACACCGpCmCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGUApm6ACAAGGUUUCpac4CGUAGGUApYmpYmCCUGCGGAAGGAUCAUUA
1107 4DR6_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCCACUCCpYpY
1108 4DR7_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCCACUCCpY
1109 4X62_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCCpYpYUCU
1110 4X65_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCCpYpYUCU
1111 4X66_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCCpYpYUCU
1112 5WNP_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCCpYpYUCU
1113 5WNT_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCCpYpYUCU
1114 5WNU_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCCpYpYUCU
1115 5WNV_A  S0:0001000 rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpnm5ges2UAACAAGGUAGCUGUACCGGpYmpYmGGUGCGGCUGGAUCCpYpYUCU
1116 6G90_1  SO:0000391 snRNA  U1  U1  Saccharomyces cerevisiae  nucleus  AUACpYpYACCUUAAGAUAUCAGAGGAGAUCAAGAAGUCCUACUGAUCAAACAUGCGCUUCCAAGAAGGACGUUAAGCAUUUAUCAUUGAACGUUCAUUGAACAUUGAUGCAAACUCCUUGGUCACACACACGCGGAAGGCGUGUUUGCUGACGUCCCUUGUUUCAAUCAUUGGUUAACUGAUUUUUGGGGCCCUUUGUUCUUCUGAGAAGUGACACCAAUUGGUGUUAGGGGAGCUGGGGCCUUUCAAAAUUUUGGAAGGUCUUGGUCGGGUGGAUCUUAUAAUUUUUGAUUUA
1117 6G90_2  snRNA      Saccharomyces cerevisiae  nucleus  AAGUGpYAGUAUCpYGpYUCUUUUCAGUGUAACAACUGAAAUGACCUAGGCUCAUACACAUUUUUUGGCAGGACGGGAAGAGGAGACGUCGCGACCCUCGCAGAGUCGUUCUUGACUUGGUCGCUUGAUGUUUCUUCUUCCCGUUC
1118 2CZJ_B  SO:0000584 tmRNA    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGGpm5UpYCGACUCCCACCACCUCC
1119 2CZJ_D  SO:0000584 tmRNA    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGGpm5UpYCGACUCCCACCACCUCC
1120 2CZJ_F  SO:0000584 tmRNA    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGGpm5UpYCGACUCCCACCACCUCC
1121 2CZJ_H  SO:0000584 tmRNA    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGGpm5UpYCGACUCCCACCACCUCC
1122 5L4O_A  tRNA  Val  CAU  Escherichia coli  prokaryotic cytosol  AGCGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCUACC
1123 1SZ1_E  SO:0000212 tRNA  Arg  #AA  synthetic construct  prokaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1124 1SZ1_F  tRNA    #AA  synthetic construct    GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1125 2DLC_Y  tRNA    CAU  synthetic construct    CUCUCGGUApm2GCCAAGUpGmGAAGGCpm2,2GCAAGGpYApi6AApYCUUGAGUpm5CGGGCGpm5UpYCGpm1ACUCGCCCCCGGGAGACCA
1126 1F7V_B  tRNA    ICG  synthetic construct    pYUCCUCGUpm1Gpm2GCCCAApDGGpDCACGGCpm2,2GpYCUGGCUpICGAACCAGAAGApDUpm5CCAGGpm5UpYCApm1AGUCCUGGCGGGGAAG
1127 1F7U_B  tRNA    ICG  synthetic construct    UUCCUCGUGGCCCAAUGGUCACGGCGUCUGGCUpICGAACCAGAAGAUUCCAGGUUCAAGUCCUGGCGGGGAAGCCA
1128 3KFU_K  tRNA    ЧAP  Thermus thermophilus  prokaryotic cytosol  UCCGCGGUAGCUCAGGGpDAGAGCAGCCGGCUGUUAACCGGUAGGUCGCAGGpm5UpYCGAGUCCUGCCCGCGGAGCCA
1129 3KFU_L  tRNA    ICG  Thermus thermophilus  prokaryotic cytosol  UCCGCGGUAGCUCAGGGpDAGAGCAGCCGGCUGUUAACCGGUAGGUCGCAGGpm5UpYCGAGUCCUGCCCGCGGAGCCA
1130 3KFU_M  tRNA    GUU  Thermus thermophilus  prokaryotic cytosol  UCCGCGGUAGCUCAGGGpDAGAGCAGCCGGCUGUUAACCGGUAGGUCGCAGGpm5UpYCGAGUCCUGCCCGCGGAG
1131 3KFU_N  tRNA  GUU  Thermus thermophilus  prokaryotic cytosol  UCCGCGGUAGCUCAGGGpDAGAGCAGCCGGCUGUUAACCGGUAGGUCGCAGGpm5UpYCGAGUCCUGCCCGCGGAG
1132 1IL2_C  tRNA  GUC  Saccharomyces cerevisiae  eukaryotic cytosol  UCCGUGAUAGUUpYAApDGGpDCAGAAUGGGCGCpYUGUCpm1GCGUGCCAGAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAGCCA
1133 1IL2_D  tRNA  GUC  Saccharomyces cerevisiae  eukaryotic cytosol  CCGUGAUAGUUpYAApDGGpDCAGAAUGGGCGCpYUGUCpm1GCGUGCCAGAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGA
1134 1ASY_R  tRNA  GUC  synthetic construct    UCCGUGAUAGUUpYAApDGGpDCAGAAUGGGCGCpYUGUCpm1GCGUGCCAGAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAGCCA
1135 1ASY_S  tRNA  GUC  synthetic construct    UCCGUGAUAGUUpYAApDGGpDCAGAAUGGGCGCpYUGUCpm1GCGUGCCAGAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAGCCA
1136 1EFW_C  tRNA  Thr  UʆU  Escherichia coli  prokaryotic cytosol  GGAGCGGps4UAGUUCAGpDCGGpDpDAGAAUACCUGCCUxGUCpm2ACGCAGGGGpm7GUCGCGGGpm5UpYCGAGUCCCGpYCCGUUCC
1137 1EFW_D  tRNA  Thr  UʆU  Escherichia coli  prokaryotic cytosol  GGAGCGGps4UAGUUCAGpDCGGpDpDAGAAUACCUGCCUxGUCpm2ACGCAGGGGpm7GUCGCGGGpm5UpYCGAGUCCCGpYCCGUUCC
1138 1VTQ_A  tRNA  GUC  synthetic construct    UCCGUGAUAGUUpYAApDGGpDCAGAAUGGGCGCpYUGUCpm1GCGUGCCAGAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAGCCA
1139 2TRA_A  tRNA  GUC  Saccharomyces cerevisiae  eukaryotic cytosol  UCCGUGAUAGUUpYAApDGGpDCAGAAUGGGCGCpYUGUCpm1GCGUGCCAGAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAGC
1140 3TRA_A  tRNA  GUC  Saccharomyces cerevisiae  eukaryotic cytosol  UCCGUGAUAGUUpYAApDGGpDCAGAAUGGGCGCpYUGUCpm1GCGUGCCAGAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAG
1141 2FMT_C  tRNA  CAU  synthetic construct    CGCGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1142 2FMT_D  tRNA  CAU  synthetic construct    CGCGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1143 1FIR_A  tRNA  3UU  Bos taurus  eukaryotic cytosol  GCCCGpm2GAUApm2GCUCAGpDCGGpDAGAGCApYCAGACUpmcm5s2UUUApYCUGAGGpm7GpDpm5Cpm5CAGGGpm5UmpYCApm1AGUCCCUGUUCGGGCGCCA
1144 6Y3G_F  tRNA  Phe  GAA  Escherichia coli  prokaryotic cytosol  GCCCGGAps4UAGCUCAGpDCGGpDAGAGCAGGGGApYUGAAAApYCCCCGUGCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACC
1145 6Y4B_F  tRNA  Phe  GAA  Escherichia coli  prokaryotic cytosol  GCCCGGAps4UAGCUCAGpDCGGpDAGAGCAGGGGApYUGAAAApYCCCCGUGUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1146 7CHD_I  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAAC
1147 7CHD_J  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAAC
1148 6YAL_1  tRNA  CAU  Oryctolagus cuniculus  eukaryotic cytosol  AGCAGAGUGGCGCAGCGGAAGCGUGCUGGGCCCAUpt6AACCCAGAGGUCGAUGGAUCGAAACCAUCCUCUGCUACCA
1149 6YAN_1  tRNA  CAU  Oryctolagus cuniculus  eukaryotic cytosol  AGCAGAGUGGCGCAGCGGAAGCGUGCUGGGCCCAUpt6AACCCAGAGGUCGAUGGAUCGAAACCAUCCUCUGCUACCA
1150 3CW5_A  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1151 3CW6_A  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1152 3JAQ_1  tRNA    CAU  Saccharomyces cerevisiae  eukaryotic cytosol  AGCGCCGUpm1Gpm2GCGCAGpDGGAAGCGCpm2,2GCAGGGCUCAUpt6AACCCUGAUpm7GpDpm5Cpm5CUCGGAUCGpm1AAACCGpAr(p)GCGGCGCUACCA
1153 5LMR_Z  tRNA  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpCmUCAUAACCCGAAGpm7GUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1154 5LMS_Z  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpCmUCAUAACCCGAAGpm7GUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1155 5LMT_Z  tRNA  CAU  Thermus thermophilus  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpCmUCAUAACCCGAAGpm7GUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1156 5LMU_Z  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpCmUCAUAACCCGAAGpm7GUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1157 5LMV_Z  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpCmUCAUAACCCGAAGpm7GUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1158 1YFG_A  tRNA    CAU  Saccharomyces cerevisiae  eukaryotic cytosol  AGCGCCGUpm1Gpm2GCGCAGpDGGAAGCGCpm2,2GCAGGGCUCAUpt6AACCCUGAUpm7GpDpm5Cpm5CUCGGAUCGpm1AAACCGpAr(p)GCGGCGCUACCA
1159 5JB3_4  tRNA  Tyr  AUA  Escherichia coli  prokaryotic cytosol  GCGGGGUGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCUACCA
1160 6SW9_4  tRNA  Tyr  AUA  Escherichia coli  prokaryotic cytosol  GCGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCUACCA
1161 1I9V_A  tRNA  Phe  GAA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUAGCUCAGUUGGGAGAGCGCCAGACUGAApyWAUCUGGAGGUCCUGUGpm5UUCGAUCCACAGAAUUCGCACCA
1162 1MJ1_C  tRNA  Phe  #AA  Escherichia coli  prokaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1163 1MJ1_D  tRNA  Phe  #AA  Escherichia coli  prokaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1164 1EHZ_A  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1165 1EVV_A  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1166 1FCW_A  tRNA      Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1167 1FCW_B  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1168 1FCW_C  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1169 1FCW_D  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1170 1FCW_E  tRNA    #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1171 1JGO_B  tRNA    #AA  synthetic construct    GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1172 1JGO_C  tRNA    #AA  synthetic construct    GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1173 1JGO_D  tRNA  #AA  synthetic construct    UCCGUGAps4UAACAAAGCGGpDpDAUGUACCGGAUUUUUAUUCCGGCUAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAGCCA
1174 1JGP_B  tRNA    UUU  synthetic construct    GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1175 1JGP_C  tRNA    #AA  synthetic construct    GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1176 1JGP_D  tRNA  #AA  synthetic construct    UCCGUGAps4UAACAAAGCGGpDpDAUGUACCGGAUUUUUAUUCCGGCUAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAGCCA
1177 1JGQ_B  tRNA    UUU  synthetic construct    GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1178 1JGQ_C  tRNA    #AA  synthetic construct    GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1179 1JGQ_D  tRNA  #AA  synthetic construct    UCCGUGAps4UAACAAAGCGGpDpDAUGUACCGGAUUUUUAUUCCGGCUAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAGCCA
1180 1TN1_A  tRNA    UUU  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1181 1TN2_A  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1182 1TRA_A  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1183 3BBV_z  tRNA  #AA  Thermus thermophilus  prokaryotic cytosol  GCCCGGAps4UAGCUCAGpDCGGpDAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1184 4TNA_A  tRNA  GAA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1185 4TRA_A  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1186 6TNA_A  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1187 6AZ1_2  tRNA  #AA  synthetic construct    GCGCGGAUAGCUCAGUCGGUAGAGCAGGGGAUUGAApms2i6AAUCCCCGUGUCCUUGGUUCGAUUCCGAGUCCGCGCACCA
1188 1ML5_B  tRNA  Phe  GAA  Escherichia coli  prokaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1189 6LVR_B  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGC
1190 6LVR_D  tRNA  #AA  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGC
1191 1H4Q_T  tRNA  #AA  Thermus thermophilus  prokaryotic cytosol  GGAGUAGCGCAGCCCGGUAGCGCACCUCGUUCGGGACGAGGGGGGCGCUGGpm5UpYCAGAUCCAGUCUCC
1192 1H4S_T  tRNA  CGG  Thermus thermophilus  prokaryotic cytosol  GGAGUAGCGCAGCCCGGUAGCGCACCUCGUUCGGGACGAGGGGGGCGCUGGpm5UpYCAGAUCCAGUCUCC
1193 1SER_T  tRNA    Thermus thermophilus  prokaryotic cytosol  GAGGUGCCCGAGUGGCpDGAAGGGAGGUAGGGGGGCCUCCCUCGCGGGpm5UpYCGAAUCCCGCCCUCUC
1194 4GCW_B  tRNA    synthetic construct    GCUUCCAUAGCUCAGCAGGUAGAGCAGUCAGCGGUUCGAGCCCGCUUGGAAGCpUm
1195 1H3E_B  tRNA  UCG  synthetic construct    GGGCAGGUUCCCGAGCGGCCAAAGGGGACGGUCUGpYAAAACCGUUGGCGUAUGCCUUCGCUGGpm5UpYCGpm1AAUCCAGCCCUGCCCAC
1196 486D_C  tRNA  UCU  Saccharomyces cerevisiae  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCCGCpYUGUCpm1GCGUGGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGC
1197 486D_E  tRNA  GUC  Thermus thermophilus  prokaryotic cytosol  UCCGUGAUAGUUpYAApDGGpDCAGAAUGGGCGCpYUGUCpm1GCGUGCCAGAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAG
1198 2OM7_M  tRNA  GUC  Thermus thermophilus  prokaryotic cytosol  UCCGUGAps4UAACAAAGCGGpDpDAUGUACCGGAUUUUUAUUCCGGCUAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAGCCA
1199 486D_A  tRNA  Lys  UUU  Escherichia coli  prokaryotic cytosol  UCCGUGAUAGUUpYAApDGGpDCAGAAUpm2,2GCCAGApCmUGAApyWAUpm5CUGGAGAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAGCC
1200 4CXG_Y  tRNA  GAA  Oryctolagus cuniculus  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCGGUpCmUCCApms2i6AAACCGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1201 4CXH_Y  tRNA  CCA  Oryctolagus cuniculus  eukaryotic cytosol  GCGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCGGUpCmUCCApms2i6AAACCGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1202 5LMQ_Z  tRNA  Trp  CCA  Escherichia coli  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpCmUCAUAACCCGAAGpm7GUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1203 6ZU9_1  tRNA  AUA  Saccharomyces cerevisiae  eukaryotic cytosol  AGCGCCGUpm1Gpm2GCGCAGpDGGAAGCGCpm2,2GCAGGGCUCAUpt6AACCCUGAUpm7GpDpm5Cpm5CUCGGAUCGpm1AAACCGpAr(p)GCGGCGCUACCA
1204 1EG0_O  tRNA  Ile  CAU  Escherichia coli  prokaryotic cytosol  CGCGGGGps4UGGAGCAGCCGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1205 1GSG_T  tRNA  CAU  synthetic construct    UGGGGUAps4UCGCCAAGCpGmGpDAAGGCACCGGApUmUCUGpm2ApYpYCCGGCAUUCCGAGGpm5UpYCGAAUCCUCGUACCCCAGCCA
1206 2Z9Q_A  tRNA  CUG  Thermus aquaticus  prokaryotic cytosol  CGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1207 LC530712.1  tRNA  Ala  UGC  Homo sapiens  Mitochondrion  AAGGGCUUpm1Apm2GCUUAAUUAAAGUpm2GGCUGAUUUGCpm1GpYpYCAGUUGAUGCAGAGUGGGGUUUUGCAGpYCCUUACCA
1208 LC530713.1  tRNA  Cys  GCA  Homo sapiens  Mitochondrion  AGCUCCGApm1GGUGAUUUUCAUApYpYGAApYUGCApi6AApYUCGAAGAAGCAGCUUCApm1AACCUGCCGGGGCUUCCA
1209 LC530714.1  tRNA  Glu  ƕUC  Homo sapiens  mitochondrion  GUUCUUGUpm1Apm2GUUGAAAUACAACpm2GApYGGUUUptm5s2UUCAUApYCAUUGGUpm5CGUGGUpYGUAGUCCGUGCGAGAAUACCA
1210 LC530715.1  tRNA  Phe  GAA  Homo sapiens  Mitochondrion  GUUUAUGUpm1Apm2GCUUACCUCCUCAAAGCAApYACACUGAApms2i6AApYGUUUAGApm5CGGGCUCACAUCACCCCAUAAACACCA
1211 LC530716.1  tRNA  Gly  UCC  Homo sapiens  mitochondrion  ACUCUUUUpm1Apm2GUAUAAAUAGUACCGpYUAACUUCCAApYpYAACUAGUUUUGACAACAUUCAAAAAAGAGUACCA
1212 LC530717.1  tRNA  His  QPG  Homo sapiens  Mitochondrion  GGUAAAUAUpm1Apm2GUUUAACCAAAACApYCAGAUUpQpYGAApYCUGACAApm5CAGAGGCUUACGACCCCUUAUUUACCCCA
1213 LC530718.1  tRNA  Met  >AU  Homo sapiens  Mitochondrion  AGUAAGGUCAGCUAAAUAAGCUApYCGGGCCpf5CAUACCCCGAAAAUGpYUGGUUAUACCCUUCCCGUACUACCA
1214 LC530719.1  tRNA  Asn  QUU  Homo sapiens  Mitochondrion  UAGAUUGApm1Apm2GCCAGUUGApDUAGGGUGCpYUAGCUpQUUpt6AACpYAAGUGUUUGUGGGpm5UpYUAAGUCCCAUUGGUCUAGCCA
1215 LC530720.1  tRNA  Pro  UGG  Homo sapiens  mitochondrion  CAGAGAAUpm1AGUUUAAAUUAGAAUCpYUAGCpYUUGGpm1GpYGCUAAUGGUGGAGpm5UpYAAAGACUUUpYpYCUCUGACCA
1216 LC530721.1  tRNA  Gln  ƕUG  Homo sapiens  Mitochondrion  UAGGAUGGpm1GGUGUGAUAGGpDGGCACGGAGAAUpYptm5s2UUGpm1GApYpYCUCAGGGAUGGGpm5UpYCGAUUCUCAUAGUCCUAGCCA
1217 LC530722.1  tRNA  Arg  UCG  Homo sapiens  mitochondrion  UGGUAUAUpm1Apm2GUUUAApm1ACAAAACpm2GAAUGApYUUCGACpYCAUUAAAUUAUGAUAAUCAUAUUUACCAACCA
1218 LC530723.1  tRNA  Thr  UGU  Homo sapiens  Mitochondrion  GUCCUUGUpm1Apm2GUAUAAACUAAUACACCAGUpm3CUUGUpt6AAACCGGAGAUGAAAACCUUUUUCCAAGGACACCA
1219 LC530724.1  tRNA  Val  UAC  Homo sapiens  Mitochondrion  CAGAGUGUpm1Apm2GCUUAACACAAAGCACCCAACUUACACpYUAGGAGAUUUCAACUUAACUUGACCGCUCUGACCA
1220 LC530725.1  tRNA  Trp  ʭC*  Homo sapiens  Mitochondrion  AGAAAUUUpm1Apm2GGUUAAAUACAGACCAAGAGCCUptm5UCpms2i6AAAGCCCUCAGUAAGUUGCAAUACUUAAUUUCUGCCA
1221 LC530726.1  tRNA  Tyr  QUA  Homo sapiens  Mitochondrion  GGUAAAAUpm1Gpm2GCUGAGUGAAGCApYpYGGACUpQUApms2i6AApYCUAAAGApm5CAGGGGUUAGGCCUCUUUUUACCACCA
1222 KY962518.1  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAUpAmUGCUUGpYCpYCAAAGAUUAAGCCAUGCAUGUCUAAGpYACGCACGGCCGGUACAGUGAAACUGCGAApYGGCUCpAmpYUAAApYCAGpYUAUGGUpUmCCpYUpUmGGUCGCUCGCUCCUCUCCUACUUGGAUAACUGUGGUApAmUUCUAGpAmGCpUmAApUmApCmAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGApYGCGUGCApYUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCpYAGApYAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCUAACGUCpUmGCCCUAUCAACpYUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGpYGACGGGGAAUCAGGGUUCGAUpUmCCGGAGApGmGGAGCCUGAGAAACGGCUACCACAUpCmCAAGGpAmAGGCAGCAGGCGCGCpAmAAUUACCCACUCCCGACCCGGGGApGmGUpAmGpYGApCmGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAApYUGGAAUGAGUCCACUpYUAApAmUCCUUUAACGAGGpAmUCCAUUGGAGpGmGCAAGUCpYGGUGCCAGCAGpCmCGCGGpUmAAUUCCAGCUCCAAUApGmCGUApYApYUAAAGUUGCUGCAGUpYpAmAAAAGCUCGUAGpYUpGmGApYCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCpYpYAGCUGAGUGUCCCGCGGGGCCCGAAGpCmGpUmUpYACpYUUGAAAAAApYpYAGAGUGpYUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAApYAApYpGmGAAUAGGACCGCGGUUCUAUUUUGUUGGUpYUUCGGAACUGAGGCCAUGAUpYAAGAGGGACGGCCGGGGGCAUUCCGUAUUGCGCGCUAGAGGUGAAAUpYCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUpYUGCCAAGAAUGUUUUCAUUAAUCAAGApAmCGAAAGUCGGAGGpYpYCGAAGACGApYCAGApYACCGUCGUAGUUCCGACCApYAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCpYUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUApYGGpYUGCAAAGCpYGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCpYGCGGCpYUAAUUpYGACpm1acp3YCAACACGGGAAACCUCACCCGGCpCmCGGACACGGACAGGApUmUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGpUmGpGmUGCAUGGCpac4CGUUCUUAGUpYGGUGGAGCGAUUpYGUCUGGpYUAAUUCCGAUAACGApAmCGAGACUpCmUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAApCmUpUmCUpYApGmAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACApGmGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUpYCGUGAUGGGGAUCGGGGAUUGCAAUUAUpYCCCCAUGAACGAGpm7GAAUpYCCCAGUAAGUGCGGGUCAUAAGCUpUmGCGUUGAUUpAmAGUCCCUGCCCUUpYGUACACACCGpCmCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUpUmGACUAUCUAGAGGAAGUAAAAGUCGUApm6ACAAGGUpYUCpac4CGUAGGUGpm6,6Apm6,6ACCUGCGGAAGGAUCAUUA
1223 7BHP_L5  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAGAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCCCCGGCGCGCCGGGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGpAmGpAmGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGCGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCCpGmUCUUGpm1ApAmACpAmCGGACCAAGGAGUpCmUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCCpGmApAmAGAUGGUGApAmCpYAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGpYAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAGpGmGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCpYCAGGApYAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAApYGAUUAGAGGUCUUGGpGmGCCGAAACGAUCpUmCAACCpYApYpYCUCAAACUUpYAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACpYUpYUGGUAAGCpAmGAACUGGCGpCmUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGCGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAUpCmUUGGUGGUAGUpAmpGmpCmAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGpAmGAAGGGUUCCAUGpUmGAACAGpCmApGmUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGApYCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUpYUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCpAmUAUCCGCAGCAGGUCUpCmCAAGGUGAACpAmGCCUCUGGpCmAUGUUGGAACAApUmGpYAGGpYAAGGGAAGUCGGCAAGCpCmGGAUCCGUAACUUCpGmGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCCGCCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCCGCGCGCGCCGCUCGCUCCCUCCCCGCCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGGCGGCGGCCCGCCGCGGGGCCCCGGCGGCGGGGGCACGGUCCCCCGCGAGGGGGGCCCGGGCACCCGGGGGGCCGGCGGCGGCGGCGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGGCGCCGGCGCGCCCCCCCCCCCACCCCACGUCUCGUCGCGCGCGCGUCCGCUGGGGGCGGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGGpGmGAAUCCGACpYGpYUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUpYCUGCCpCmAGUGCUCUGAAUGpYCApAmAGUGApAmGAAAUpYCAApYGAAGCGCGGpGmUAAACGGCGGGAGpYApAmCpYApYGACpYCpYCUUAAGGUAGCpm5CAApAmUGCCUCpGmUCAUCUAAUUAGUGApCmGCGCAUGAApYmGGApYGApAmCGAGpAmUUCCCACUGUpCmCCpYACCUACpYApYCCAGCGAAACCACpAmGpCmCAAGGGAACGGGCUpYGGpCmGGAAUCAGCGGpGmGAAAGAAGACCCUGUUGAGCpYUGACpUmCUAGUCUGGCACGGUGAApGmAGACAUGAGAGGUGpYAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCCGGCCCUGCGGGCCGCCpGmGUGAAAUACCApCmUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGGCCGCGCGCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUGpGmGGCGGUACACCUGUCAAACGGUApm6ACGCAGGpUmpGmUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGApYCUpYGApYUUUCAGpUmACGAApYACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUpYUGGGUUUpYAAGCAGGApGmGUGUCAGAAAAGUUACCACAGpGmGAUAACUGGCpYUGUGGCGGCCAAGCGUpYCApYAGCGACGpYCGCUUUUUGApYCCUUpm5CGAUGUCGGpCmpYCUUCCUAUCAUUGpYGAAGCAGAAUUCACCAAGCGUpYpGmGAUpUmpGmpYUCACCCACUAAUAGGGAACGpYGpAmGCUGGGpm3UUpYAGApCmCGUCGUGAGACAGGUpYAGUUUUACCCUACUGAUGpAmUGUGpYUGpYUGCCAUGGUApAmUCCUGCUCAGUACGAGAGGAACCGCAGpGmUpUmCApGmACAUpYUGGUGUApYpGmUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCApYCUGUGGGAUUAUGACpYGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCCUCCACGCGCCCCGCGCGCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCApYpYCGUAGACGACCUGCUUCUGGGUCGGGGpYUUCGUACGpYAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1224 KY962518.1  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGGpUmGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCpYGCGAGAAUUAAUGpYGAAUUpGmCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1225 7O7Y_39  rRNA  LSU-L  28S  Oryctolagus cuniculus  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGUGGGGCGCGGGAAAUGUGGCGUACGGAAGACCCACUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCCCCGGCGCGCCGGGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGpAmGpAmGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGUGGUCCGGCCGUGCCGGCGGUCUCGGCGGAUCUUUCCCGCUCCCCGUUCCUCCCGACCCCUCCACCCGCUCCCCCUCCCCCGCCGGUCUUCUCCCUUCACGGGGGGUGGGUCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGCCCCCCGGCCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCCGGCGGGGAAGGUGGCCCGGGGGGACGCCUCGCCGCCGUCGUCCGCGGCGGCGGCGGGCGCGACCCCUCCCCGGGUGUUACAGCCCCGCCCCGGCAGCAGCAGCUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCUGUGUCGCCGCGCUCUCCCCCCUCCCGGCGCUCCCCCCCGCGGGGGUCCCCCGCGAGGGGGCUCCCCCCGCGGGGGCGCGCCGGUGUCGCCGCCCUCGCGGGCGCGGCACGGGGGGGCCGGGCCGCCCCUCCCACGGCGCGACCGCUCUCCCGGCCCCCGCCGCCGCCUCUUCGGGCGUGCGGCGGGGGUGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGUGUCACGCCGUCGGGCUCGGGGGAGAAGUCGGCCACGGCGCGUCGCGCGCCUCCGCGUCCCCCCCUCGCCGUCUCCGGGCGGCGGGGGGGGGUUUCGGCGCGGUGUUCUCGGCGCGCGCGCGCGAGCGAGCGCACGGGGUCGGCGGCGAUGUCGGCUACCCACCCGACCCpGmUCUUGpm1AAACpAmCGGACCAAGGAGUpCmUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGGCGGCUUCCCGCCGUCGUCGGCCGAGGUGGGAUCCCGAGGCCCUUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCCpGmApAmAGAUGGUGApAmCpYAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGpYAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAGpGmGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCpYCAGGApYAGCUGGCGCUCUCGCAACCCCGCAGUUUUAUCCGGUAAAGCGAApYGAUUAGAGGUCUUGGGGCCGAAACGAUCUCAACCpYApYpYCUCAAACUUpYAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACpYUpYUGGUAAGCpAmGAACUGGCGpCmUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCUGGCAGUCGGCAGAGCGAGAAAGAGAGUGGAGCGCGCCGCGGGACUCCCCCCGCGGGGGUCCCCGGCCACCCCCCCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAUpCmUUGGUGGUAGUpAmpGmpCmAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGpAmGAAGGGUUCCAUGpUmGAACAGpCmApGmUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCAGCCGApYCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUpYUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCpAmUAUCCGCAGCAGGUCUpCmCAAGGUGAACpAmGCCUCUGGpCmAUGUUGGAACAApUmGUAGGUAAGGGAAGUCGGCAAGCpCmGGAUCCGUAACUUCpGmGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCCGCCGCCCCCCCCACGCCCGGGGCGCCCUCCCCCGGCCGGGUCCGCUCCCUCGCGCGCGCGUGCGCCGUGGCGCGCGCCGCGCGCGCGGCCGAGCCCCGUCUCCCUCCCCCCCUCUCCCCUCCCGGGGCGGGGUGCGGGGAGGGGCGGGCGGGGCCGUCGCUCGCCGCGCGUGCGCGUCGCUGCGCGUGCGCCGCGCGGGGGGUCCGGCGGGCCUCCGGACGGGGGCUCCGGGCACCCGGGCACCCGGGGGGCCGGCGGCGGCGGCGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCUCGGGGAGCCCGGCGGGCGCCGCGUGCGCGCGCGUGCGCGCCCGGGGUCGGGGGGGUGCGAGGCAGGGGAGGCCCUCUCUCCUCCUCCCCCACCCCGGCGCCGCGGCGCCGCGCGUGCGCGCGCGGUCUCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGGpGmGAAUCCGACpYGpYUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUpYCUGCCpCmAGUGCUCUGAAUGpYCApAmAGUGApAmGAAAUpYCAApYGAAGCGCGGpGmUAAACGGCGGGAGpYApAmCpYApYGACpYCpYCUUAAGGUAGCpm5CAApAmUGCCUCpGmUCAUCUAAUUAGUGApCmGCGCAUGAApYmGGApYGApAmCGAGpAmUUCCCACUGUpCmCCpYACCUACpYApYCCAGCGAAACCACpAmGpCmCAAGGGAACGGGCUpYGGpCmGGAAUCAGCGGpGmGAAAGAAGACCCUGUUGAGCpYUGACpUmCUAGUCUGGCACGGUGAApGmAGACAUGAGAGGUGUAGAAUAAGUGGGAGGCCCCCGGCGCCCUCCCGCCCCCGCGAGGGGGCGGGGCGGGGUCCGCCGGCCUUGCGGGCCGCCGGUGAAAUACCACUACUCUUAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCGGGCCCCGUCGGUCCGCGCGGGCCGGCGGCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUGpGmGGCGGUACACCUGUCAAACGGUApm6ACGCAGGpUmpGmUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGApYCUpYGApYUUUCAGpUmACGAApYACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGAGCUUpYUGGGUUUpYAAGCAGGApGmGUGUCAGAAAAGUUACCACAGpGmGAUAACUGGCpYUGUGGCGGCCAAGCGUpYCApYAGCGACGpYCGCUUUUUGApYCCUUpm5CGAUGUCGGpCmpYCUUCCUAUCAUUGpYGAAGCAGAAUUCACCAAGCGUUpGmGAUpUmpGmpYUCACCCACUAAUAGGGAACGpYGpAmGCUGGGpm3UUpYAGApCmCGUCGUGAGACAGGUpYAGUUUUACCCUACUGAUGpAmUGUGpYUGpYUGCCAUGGUApAmUCCUGCUCAGUACGAGAGGAACCGCAGpGmUpUmCApGmACAUpYUGGUGUApYpGmUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCApYCUGUGGGAUUAUGACpYGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGGAACGAUACGGCAGCGCCGAAGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCGUCCCCGCCGGCGGCCCGCGUCGUGCGUCCGCCUCGGCGGCGUGCGGCGCGCCCCCCGCCGCGCGUCGGGACCGGGGUCCGGUGCGGAGAGCCCUUCGUCCCGGGAAAUGGGGCGCGGCCGGAAAGGGGGCCGCCCUCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCApYUCGUAGACGACCUGCUUCUGGGUCGGGGpYUUCGUACGpYAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGU
1226 7O7Y_1  rRNA  SSU  18S  Oryctolagus cuniculus  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAUpAmUGCUUGpYCpYCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAApYGGCUCpAmUUAAApYCAGpYUAUGGUpUmCCpYUpUmGGUCGCUCGCUCCUCUCCUACUUGGAUAACUGUGGUApAmUUCUAGpAmGCUAApUmApCmAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGApYGCGUGCApYUUAUCAGAUCAAAACCAACCCGGUCAGCCUCCCCCCGGCCCCGGCCGGGGGGGUGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCUCCGUGGCGGCGACGACCCAUUCGAACGUCpUmGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGpYGACGGGGAAUCAGGGUUCGAUpUmCCGGAGApGmGGAGCCUGAGAAACGGCUACCACAUpCmCAAGGpAmAGGCAGCAGGCGCGCpAmAAUUACCCACUCCCGACCCGGGGApGmGUpAmGUGApCmGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUpYUAApAmUCCUUUAACGAGGpAmUCCAUUGGAGpGmGCAAGUCpYGGUGCCAGCAGCCGCGGpUmAAUUCCAGCUCCAAUApGmCGUApYApYUAAAGUUGCUGCAGUUpAmAAAAGCUCGUAGpYUpGmGApYCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGCGUUpYACUUUGAAAAAApYpYAGAGUGpYUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAApYAApYpGmGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUpYCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUpYGCCAAGAAUGUUUUCAUUAAUCAAGApAmCGAAAGUCGGAGGpYpYCGAAGACGApYCAGAUACCGUCGUAGUUCCGACCApYAAACGAUGCCGACUGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUApYGGpYUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCpYGCGGCpYUAAUUpYGACB8NCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGApUmUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGpUmGpGmUGCAUGGCpac4CGUUCUUAGUpYGGUGGAGCGAUUUGUCUGGpYUAAUUCCGAUAACGApAmCGAGACUpCmUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUpUmCUpYApGmAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACApGmGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUpYCCCCAUGAACGAGpm7GAAUpYCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUpAmAGUCCCUGCCCUUpYGUACACACCGpCmCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUpUmGACUAUCUAGAGGAAGUAAAAGUCGUApm6ACAAGGUUUCpac4CGUAGGUGpm6,6Apm6,6ACCUGCGGAAGGAUCAUUA
1227 7O7Y_41  rRNA  LSU-S  5.8S  Oryctolagus cuniculus  Cytoplasm  CGACUCUUAGCGGUGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCpYGCGAGAAUUAAUGpYGAAUUpGmCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUUG
1228 7QIZ_43  rRNA  LSU-L  25S  Solanum lycopersicum  Cytoplasm  GCGACCCCAGGUCAGGCGGGAUUACCCGCUGAGUpYUAAGCAUApUmCAApUmAAGCGGAGGAAAAGAAACUpYACAAGGAUUCCCCUAGUAACGGCGAGCGAACCGGGAACAGCCCAGCCUUAGAAUCGGGCGGCUCCGUCGUCCGAApUmUGUAGUCUGGAGAAGCGUCCUCAGCGGCGGACCGGGCCCAAGUCCCCUGGAAGGGGGCGCCGGAGAGGGUGAGAGCCCCGUCGUGCCCGGACCCUGUCGCACCACGAGGCGCUGUCUACGAGUCGGGUUGUUUGGGAAUGCAGCCCAAAUCGGGCGGUGAAUUCCGUCCAAGGCUAAAUACUGGCGAGAGACCGAUAGCGAACAAGUACCGCGAGGGAAAGAUGpAmAAAGGACUpYUGAAAAGAGAGUCAAAGAGUpGmCUUGAAAUUGUCGGGAGGGAAGCGGAUGGGGGCCGGCGAUGCGCCCCGGUCGGAUGUGGAACGGCGACGAGCCGGUCCGCCGAUCGACUCGGGGCGUGGACCAGCGUGGAUUGGGGGGGCGGCCAAAGCCCGGGCUCUCGAUACGCCCGUGGAACGCCGUCUCCCCGAUUGUGGAAGGCAGCGCGCGCCUCCGGCGUGCUUCGGCAUCUGCGCGCUCCGGACGCUGGCCUGUGGGCUCCCCAUUCGACCCGUCUUGpm1AAACpAmCGGACCAAGGAGUpCmpUmGACAUGUGUGCGAGUCAACGGGCGAGUAAACCCGUAAGGCGUAAGGAAGCUGAUUGGUGGGAUCCCCCUGAGGGGUGCACCGCCGACCGACCUUGAUCUUCUGAGAAGGGUUCGAGUGUGAGCAUACCpUmGUCGGGACCCpGmApAmAGAUGGUGApAmCpYAUGCCUGAGCGGGGCGAAGCCAGAGGAAACUCUGGUGGAGGCCCGCAGCGAUACUGpAmCGUGCAAApYCGUUCGUCUGACUUGGGUAUAGpGmGGCGAAAGACUAAUCGAACCGUCUAGUpAmGCUGGUUCCCUCCGAAGUUUCCCpYCAGGAUAGCUGGAGCUCGCGUGCGAGUUCUApYCGGGUAAAGCCAApYGAUUAGAGGCCUCGGGGGCGCAACGCCCUCGACCUAUpYCUCAAACUUpYAAApUmAGGUAGGACGGCGCGGCUGCUUUGUUGAGCCGCGCCACGGAAUCAAGAGCUCCAAGUGGGCCAUpYpYpYUGGUAAGCpAmGAACUGGCGAUGCGGGAUGAACCGGAAGCCGGGUUACGGUGCCAAACUGCGCGCUAACCUAGAUCCCACAAAGGGUGUUGGUCGApYUAAGACAGCAGGACGGUGGUCAUGGAAGUCGAAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCCGAAAAUGGAUGGCGCUUAAGCGCGCGACCUACACCCGGCCGUCGGGGCAAGUGCCAGGCCCCGAUGpAmGUAGGAGGGCGCGGCGGUCGCUGCAAAACCUUGGGCGCGAGCCUGGGCGGAGCGGCCGUCGGUGCAGAUpCmUUGGUGGUAGUpAmpGmCAAAUAUUCAAApYGAGAApCmUpYUGAAGGCCGAAGAGGGGAAAGGUUCCAUGUGAACGGCACUUGCACAUGGGUUAGpUmCGAUCCUAAGGGUCGGGGGAACCCCGACAGAUAGCGCGUUUCGCGCGUACUCCGAAAGGGAAUCGGGUUAAAAUUCCUGAACCGGGACGUGGCGGUUGACGGCAACGUUAGGAAGUCCGGAGACGUCGGCGGGAGCCUCGGGAAGAGUUAUCUUUUCUGUUUAACAGCCUGCCCACCCUGGAAUCGGCUCAGCCGGAGGUAGGGUCCAGCGGCUGGAAGAGCACCGCACGUCGCGUGGUGUCCGGUGCGCUCCCGGCGGCCCUUGAAAAUCCGGAGGACCGAAUGCCGUCCACGCCCGGUCGUACUCAUAApCmCGpCmAUCApGmGUCUpCmCAAGGUGAACAGCCUCUGGUCGAUGGAACAApUmGUAGGCAAGGGAAGpYCGGCAAAAUGGAUCCGUAACUUCGGGAAAAGGAUUGGCUCUGAGGGCUGGGCACGGGGGUCCCAGUCCCGAACCCGUCGGCUGUCGGUGGACUGCUCGAGCUGCUCCCGCGGCGAGAGCGGGUCGCCGCGUGCCGGCCGGGGGACGGACUGGGAACGGUUCCUUCGGGGGCCUUCCCCGGGCGUCGAACAGCCAACUCAGAACUGGpUmACGGACAAGpGmpGmGpAmAUCCGACpYGpYUUAAUUAAAACAAAGCAUUGCGAUGGUCCCAACGGAUGUUUACGCAAUGUGAUUpYCUGCCpCmAGUGCUCUGAAUGpYCAAAGUGApAmGAAApYUCAACCAAGCpGmCGGGUAAACGGCGGGAGpYApAmCpYApYGACpYCpYCUUAAGGUAGCpm5CAApAmUGCCUCpGmUCAUpCmUAAUUAGUGACGCGCAUGAApYGGApYUApAmCGAGpAmUUCCCACUGUpCmCCUGUCUACpUmApYCCAGCGAAACCACAGpCmCAAGGGAACGGGCUUGGCAGAAUCApGmCGGpGmGAAAGAAGACCCUpGmpUmUGAGCpYUGACpUmCUAGUCCGACpYUUGUGAAAUGACUUGAGAGGUGUAGUAUAAGUGGGAGCCGAAAGGCGAAAGUGAAAUACCACUACUUUUAACGUUAUUUUACUUApYUCCGUGAAUCGGAAGCGGGGCACUGCCCCUCUUUUUGGACCCAAGGCUCGCUUCGCGGGCCGAUCCGGGCGGAAGACAUUGUCAGGUGGGGAGUUpYGGCUGpGmGGCGGCACAUCUGUUAAAAGpAmUAACGCAGGpUmpGmUCCUAAGAUGAGCUCAACGAGAACAGAAAUpCmUCGUGUGGAACAGAAGGGUAAAAGCUCGUpYUGAUpUmCUGAUUUCCAGpUmACGAApUmACGAACCGpYGAAAGCGUGGCCUAACGAUCCUUUAGACCUUCGGAAUUCGAAGCUApGmApGmGUGUCAGAAAAGUUACCACAGpGmGAUAACUGGCpYUGUGGCAGCpCmAAGCGUpYCAUAGCGACGpYUGCUUUUUGApYCCUUpm5CGAUGUCGGpCmpYCUpUmCCUAUCAUUGpYGAAGCAGAAUUCACCApAmGUGUUpGmGAUpUmpGmpYUCACCCACCAAUAGGGAACGpYGpAmGpCmUGGGpm3UUpYAGApCmCGUCGUGAGACAGGUpYAGUUUUACCCUACUGApYGACAGUGUCGCAAUAGUAAUUCAACCUAGUACGAGAGGAACCGUUGAUUCACACAAUUGGCCAUCGCGCUUGGUUGAAAAGCCAGUGGCGCGAAGCUACCGUGUGCUGGAUUAUGACpYGAACGCCUCUAAGUCAGAAUCCGGGCUAGAAGCGACGCAUGCGCCCGCCGUCCGCUUGCCGACCCGCAGUAGGGGCCUUUGGCCCCCAAGGGCACGUGUCGUUGGCUAAGUCGCCGCGACGGAAGCGUCGCGGUGACCGCCUUGAAGUACAAUUUCCAUCGAGCGGCGGGUAGAAUCCUUUGCAGACGACpUmUAAAUACGCGACGGGGUAUUGUAAGUGGCAGAGUGGCCUUGCUGCCACGAUCCACUGAGAUUCAGCCCUUUGUCGCUCCGAUUCGU
1229 7QIZ_46  rRNA  SSU  18S  Solanum lycopersicum  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGUCAUpAmUGCUUGUCUpCmAAAGAUUAAGCCAUGCAUGUGUAAGUAUGAACAAAUUCAGACUGUGAAACUGCGAAUGGCUCAUpYAAAUCAGpYUAUAGUUUGpYUpUmGAUGGUAUCUACUACUpCmGGAUAACCGUAGUAAUUCUAGpAmGCUAAUACGUGCAACAAACCCCGACUUCUGGAAGGGAUGCAUUUApYUAGAUAAAAGGUCGACGCGGGCUCUGCCCGUUGCUGCpGmAUGAUUCApYGApYAACUCGACGGAUCGCACGGCCAUCGUGCCGGCGACGCAUCApYUCAAApYUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUGGUGACGGGpYGACGGAGAAUUAGGGUUCGApYUCCGGAGApGmGGAGCCUGAGAAACGGCUACCACAUpCmCAAGGAAGGCAGCAGGCGCGCpAmAAUUACCCAApYCCUGACACGGGGAGGUpAmGUGApCmAAUAAAUAACAAUACCGGGCUCUAUGAGUCUGGUAAUUGGAAUGAGUACAAUCUAAAUCCCUUAACGAGGpAmUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGpUmAApYUCCAGCUCCAAUApGmCGUApYmApYUUAAGUUGpUmUGCAGUUpAmAAAAGCUCGUAGpYUGGACUUUGGGAUGGGCCGGCCGGUCCGCCCUAGGUGUGCACCGGUCGUCUCGUCCCUUCUGUCGGCGAUGCGCUCCUGGCCUUAAUUGGCCGGGUCGUGCCUCCGGCGCUGUUACUpYUGAAGAAApYUAGAGUGCUCAAAGCAAGCCUACGCUCUGUAUACAUUpAmGCAUGGGApYAACAUUAUAGGAUUUCGGUCCUAUUACGUUGGCCUUCGGGAUCGGAGUAAUGAUUAACAGGGACAGUCGGGGGCAUUCGUAUUUCAUAGUCAGAGGUGAAAUpYCUUGGAUUUAUGAAAGACGAACAACUGCGAAAGCAUpYpYGCCAAGGAUGUUUUCAUUAAUCAAGApAmCGAAAGUUGGGGGCUCGAAGACGApYCAGAUACCGpUmCCUAGUCUCAACCApYAAACGAUGCCGACCAGGGAUCGGCGGAUGUUGCUUUUAGGACUCCGCCGGCACCUUAUGAGAAAUCAAAGUUUUUGGGpYUCCGGGGGGAGUApYGGUCGCAAGGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCpYGCGGCpYUAAUUpYGACxUCAACACGGGGAAACUpYACCAGGpYpCmCAGACAUAGUAAGGAUUGACAGACUGAGAGCUCUUUCUUGAUUCpUmApUmGGGUGGpUmGpGmUGCAUGGCpac4CGUUCUUAGUpYGGUGGAGCGApYUUGpYCUGGpYUAAUUCCGUUAACGApAmCGAGACCUCAGCCUGCUAACUAGCUAUGCGGAGGUAUCCCUUCGCGGCCAGCUpUmCUUAGAGGGACUACGGCCUUUUAGGCCGCGGAAGUUUGAGGCAAUAACApGmGUCUGUGAUGCCCpUmUAGAUGUUCUGGGCCGCACGCGCGCUACACUGAUGUApYUCAACGAGCUUAUAGCCUUGGCCGACAGGCCCGGGUAAUCUUUGAAAUUpYCApYCGUGAUGGGGAUAGAUCAUUGCAAUUGUpYGGUCUUCAACGpAmGpm7GAAUUCCUAGUAAGCGCGAGUCAUCAGCUCGCGUUGACUACGUCCCUGCCCUUpYGUACACACCGpCmCCGUCGCUCCUACCGAUUGAAUGAUCCGGUGAAAUGUUCGGAUCGCGGCGACGUGGGCGGUUCGCUGCCCGCGACGUCGCGAGAAGUCCAUUGAACCUUAUCAUUUAGAGGApAmGGAGAAGUCGUApm6ACAAGGUUUCpac4CGUAGGUGpm6,6Apm6,6ACCUGCGGAAGGAUCAUUG
1230 7QIZ_45  rRNA  LSU-S  5.8S  Solanum lycopersicum  Cytoplasm  ACAAACGACUCUCGGCAACGGApYAUCUCGGCUCUCGCAUCGAUGAAGpAmACGUAGCGAAAUGCGAUACUUGGUGUGAAUpYpGmCAGAAUCCCGUGAACCAUCGAGUCUUUGAACGCAAGUUGCGCCCGAAGCCAUUUGGCCGAGGGCACGUCUGCCUGGGCGUCACGC
1231 7PZY_1  rRNA  LSU-L  25S  Candida albicans  Cytoplasm  UGACCUCAAAUCAGGUAGGACUACCCGCUGAACUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACCAACAGGGAUUGCCUCAGUAGCGGCGAGUGAAGCGGCAAAAGCUCAAAUUUGAAAUCUGGCGUCUUUGGCGUCCGAGUUGUAAUUUGAAGAAGGUAUCUUUGGGCCCGGCUCUUGUCUAUGUUCCUUGGAACAGGACGUCACAGAGGGUGAGAAUCCCGUGCGAUGAGAUGACCCGGGUCUGUGUAAAGUUCCUUCGACGAGUCGAGUUGUUUGGGAAUGCAGCUCUAAGUGGGUGGUAAAUUCCAUCUAAAGCUAAAUAUUGGCGAGAGACCGAUAGCGAACAAGUACAGUGAUGGAAAGAUGAAAAGAACUUUGAAAAGAGAGUGAAAAAGUACGUGAAAUUGUUGAAAGGGAAGGGCUUGAGAUCAGACUUGGUAUUUUGCAUGCUGCUCUCUCGGGGGCGGCCGCUGCGGUUUACCGGGCCAGCAUCGGUUUGGAGCGGCAGGAUAAUGGCGGAGGAAUGUGGCACGGCUUCUGCUGUGUGUUAUAGCCUCUGACGAUACUGCCAGCCUAGACCGAGGACUGCGGUUUUUACCUAGGAUGUUGGCAUAAUGAUCUUAAGUCGCCCGUCUUGAAACACGGACCAAGGAGUCUAACGUCUAUGCGAGUGUUUGGGUGUAAAACCCGUACGCGUAAUGAAAGUGAACGAAGGUGGGGGCCCAUUAGGGUGCACCAUCGACCGAUCCUGAUGUGUUCGGAUGGAUUUGAGUAAGAGCAUAGCUGUUGGGACCCGAAAGAUGGUGAACUAUGCCUGAAUAGGGUGAAGCCAGAGGAAACUCUGGUGGAGGCUCGUAGCGGUUCUGACGUGCAAAUCGAUCGUCGAAUUUGGGUAUAGGGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCUGCCGAAGUUUCCCUCAGGAUAGCAGAAGCUCGUAUCAGUUUUAUGAGGUAAAGCGAAUGAUUAGAAGUCUUGGGGUUGAAAUGACCUUAACUUAUUCUCAAACUUUAAAUAUGUAAGAAGUCCUUGUUGCUUAAUUGAACGUGGACAAUUGAAUGAAGAGCUUUUAGUGGGCCAUUUUUGGUAAGCAGAACUGGCGAUGCGGGAUGAACCGAACGUGAAGUUAAAGUGCCGGAAUGCACGCUCAUCAGACACCACAAAAGGUGUUAGUUCAUCUAGACAGCCGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCGGCCGAAUGAACUAGCCCUGAAAAUGGAUGGCGCUCAAGCGUGCUACUUAUACUUCACCGUGAUUGCUGUUUUGACGCUUUCACGAGUAGGCAGGCGUGGAGGUCAGUGACGAAGCCUUUGCUGUAAAGCUGGGUCGAACGGCCUCUAGUGCAGAUCUUGGUGGUAGUAGCAAAUAUUCAAAUGAGAACUUUGAAGACUGAAGUGGGGAAAGGUUCCAUGUCAACAGCAGUUGGACAUGGGUUAGUCGAUCCUAAGAGAUGGGGAAGCUCCGUUUCAACGUGCUUGAUUUUUCAGGCCAACCAUCGAAAGGGAAUCCGGUUAAAAUUCCGGAACUUGGAUAUGGAUUCUUCACGGCAACGUAACUGAAUGUGGAGACGUCGGCGUGAGCCCUGGGAGGAGUUAUCUUUUCUUCUUAACAGCUUAUCACCCUGGAAUUGGUUUAUCCGGAGAUGGGGUCUUAUGGCUGGAAGAGCGCGGUAAUUUUGCCGCGUCCGGUGCGCUUACGACGGUCCUUGAAAAUCCACAGGAAGGAAUAGUUUUCAUGCCAAGUCGUACUCAUAACCGCAGCAGGUCUCCAAGGUUAACAGCCUCUAGUUGAUAGAAUAAUGUAGAUAAGGGAAGUCGGCAAAAUAGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGAUCGGGUGUCUUGGGCCUUGUGUAGACGCGGCGGUGACUGUUGGCGGGCUGUUUUACGACGGACUGCUGGUGGAUGCUGCUGUAGACACGCUUGGUAGGUCUUUAUGGCCGUCCGGGGCACGUUUAACGAUCAACUUAGAACUGGUACGGACAAGGGGAAUCUGACUGUCUAAUUAAAACAUAGCAUUGUGAUGGUCAGAAAGUGAUGUUGACACAAUGUGAUUUCUGCCCAGUGCUCUGAAUGUCAAAGUGAAGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAGUAACUAUGACUCUCUUAAGGUAGCCAAAUGCCUCGUCAUCUAAUUAGUGACGCGCAUGAAUGGAUUAACGAGAUUCCCACUGUCCCUAUCUACUAUCUAGCGAAACCACAGCCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUGUUGAGCUUGACUCUAGUUUGACAUUGUGAAAAGACAUGGAGGGUGUAGAAUAAGUGGGAGCUUCGGCGCCGGUGAAAUACCACUACCUCUAUAGUUUUUUUACUUAUUCAAUGAAGCGGAGCUGGAGGUCAAACUCCACGUUCUAGCAUUAAGCCCUCUGGGCGAUCCGGGUUGAAGACAUUGUCAGGUGGGGAGUUUGGCUGGGGCGGCACAUCUGUUAAACGAUAACGCAGGUGUCCUAAGGGGGACUCAUGGAGAACAGAAAUCUCCAGUAGAACAAAAGGGUAAAAGUCCCCUUGAUUUUGAUUUUCAGUGUGAAUACAAACCAUGAAAGUGUGGCCUAUCGAUCCUUUAGUCCCUCGGAAUUUGAGGCUAGApGmGUGCCAGAAAAGUUACCACAGGGAUAACUGGCUUGUGGCAGUpCmAAGCGUUCAUAGCGACAUUGCUUUUUGAUUCUUCGAUGUCGGCUCUUCCUAUCAUACCGAAGCAGAAUUCGGUAAGCGUUGGAUUGUUCACCCACUAAUAGGGAACGUGAGCUGGGUUUAGACCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGAAUGUUAUCGCAAUAGUAAUUGAACUUAGUACGAGAGGAACCGUUCAUUCAGAUAAUUGGUUUUUGCGGCUGUCUGAUCAGGCAACGCCGCGAAGCUACCAUCUGCUGGAUUAUGGCUGAACGCCUCUAAGUCAGAAUCCAUGCUAGAACGCGAUGAUUUUUGCCCUGCACAUUUUAGAUGGAUACGAAUAAGACUUUUUAGUCGCUGGACCAUAGCAGGCUGGCAACGGUGCGCUUAGCGGAAAGGCUUUGUGCGCUUGCCGGCGGAUAGCAAUGUCAACAUGCGCGGGGAUAAAUCCUUUGCAUACGACUUAGAUGUACAACGGAGUAUUGUAAGCAGUAGAGUAGCCUUGUUGUUACGAUCUGCUGAGAUUAAGCUCUUGUUGUCUGAUUUGU
1232 7K00_22  rRNA  LSU  23S  Escherichia coli  Prokaryotic Cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCAUCCCGACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAAC3TDApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGpm6AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2GGGApDAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGpYpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1233 7K00_1  rRNA  SSU  16S  Escherichia coli  Prokaryotic Cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUpm2Gpm5CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGpm2GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGGGCCUUGUACACACCGpm4CmCCGUpm5CACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGpm3UAACAAGGUAACCGUAGGpm2GGpm6,6Apm6,6ACCUGCGGUUGGAUCACCUCCUUA
1234 RIBOMAP_EC23S  rRNA  LSU  23S  Escherichia coli  Prokaryotic Cytosol  GGUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm7GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCAUCCCGACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAACpm3YApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGpm6AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2GGGApDAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCACpCmUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGpYpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCUU
1235 RIBOMAP_EC16S  rRNA  SSU  16S  Escherichia coli  Prokaryotic Cytosol  AAAUUGAAGAGUUUGAUCAUGGCUCAGAUUGAACGCUGGCGGCAGGCCUAACACAUGCAAGUCGAACGGUAACAGGAAGAAGCUUGCUUCUUUGCUGACGAGUGGCGGACGGGUGAGUAAUGUCUGGGAAACUGCCUGAUGGAGGGGGAUAACUACUGGAAACGGUAGCUAAUACCGCAUAACGUCGCAAGACCAAAGAGGGGGACCUUCGGGCCUCUUGCCAUCGGAUGUGCCCAGAUGGGAUUAGCUAGUAGGUGGGGUAACGGCUCACCUAGGCGACGAUCCCUAGCUGGUCUGAGAGGAUGACCAGCCACACUGGAACUGAGACACGGUCCAGACUCCUACGGGAGGCAGCAGUGGGGAAUAUUGCACAAUGGGCGCAAGCCUGAUGCAGCCAUGCCGCGUGUAUGAAGAAGGCCUUCGGGUUGUAAAGUACUUUCAGCGGGGAGGAAGGGAGUAAAGUUAAUACCUUUGCUCAUUGACGUUACCCGCAGAAGAAGCACCGGCUAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGUGCAAGCGUUAAUCGGAAUUACUGGGCGUAAAGCGCACGCAGGCGGUUUGUUAAGUCAGAUGUGAAAUCCCCGGGCUCAACCUGGGAACUGCAUCUGAUACUGGCAAGCUUGAGUCUCGUAGAGGGGGGUAGAAUUCCAGGUGUAGCGGUGAAAUGCGUAGAGAUCUGGAGGAAUACCGGUGGCGAAGGCGGCCCCCUGGACGAAGACUGACGCUCAGGUGCGAAAGCGUGGGGAGCAAACAGGAUUAGAUACCCUGGUAGUCCACGCCGUAAACGAUGUCGACUUGGAGGUUGUGCCCUUGAGGCGUGGCUUCCGGAGCUAACGCGUUAAGUCGACCGCCUGGGGAGUACGGCCGCAAGGUUAAAACUCAAAUGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAUpm2Gpm5CAACGCGAAGAACCUUACCUGGUCUUGACAUCCACGGAAGUUUUCAGAGAUGAGAAUGUGCCUUCGGGAACCGUGAGACAGGUGCUGCAUGGCUGUCGUCAGCUCGUGUUGUGAAAUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCUUAUCCUUUGUUGCCAGCGGUCCGGCCGGGAACUCAAAGGAGACUGCCAGUGAUAAACUGGAGGAAGGUGGGGAUGACGUCAAGUCAUCAUGpm2GCCCUUACGACCAGGGCUACACACGUGCUACAAUGGCGCAUACAAAGAGAAGCGACCUCGCGAGAGCAAGCGGACCUCAUAAAGUGCGUCGUAGUCCGGAUUGGAGUCUGCAACUCGACUCCAUGAAGUCGGAAUCGCUAGUAAUCGUGGAUCAGAAUGCCACGGUGAAUACGUUCCCGGGCCUUGUACACACCGpm4CmCCGUpm5CACACCAUGGGAGUGGGUUGCAAAAGAAGUAGGUAGCUUAACCUUCGGGAGGGCGCUUACCACUUUGUGAUUCAUGACUGGGGUGAAGUCGpm3UAACAAGGUAACCGUAGGpm2GGpm6,6Apm6,6ACCUGCGGUUGGAUCACCUCCUUA
1236 RIBOMAP_TT16S  rRNA  SSU  16S  Thermus thermophilus  prokaryotic cytosol  UUUGUUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCGCGAGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCACCUCCpYpYUCU
1237 RIBOMAP_TT23S  rRNA  LSU  23S  Thermus thermophilus  Prokaryotic Cytosol  GGUCAAGAUGGUAAGGGCCCACGGUGGAUGCCUCGGCACCCGAGCCGAUGAAGGACGUGGCUACCUGCGAUAAGCCAGGGGGAGCCGGUAGCGGGCGUGGAUCCCUGGAUGUCCGAAUGGGGGAACCCGGCCGGCGGGAACGCCGGUCACCGCGCUUUUGCGCGGGGGGAACCUGGGGAACUGAAACAUCUCAGUACCCAGAGGAGAGGAAAGAGAAAUCGACUCCCUGAGUAGCGGCGAGCGAAAGGGGACCAGCCUAAACCGUCCGGCUUGUCCGGGCGGGGUCGUGGGGCCCUCGGACACCGAAUCCCCAGCCUAGCCGAAGCUGUUGGGAAGCAGCGCCAGAGAGGGUGAAAGCCCCGUAGGCGAAAGGUGGGGGGAUAGGUGAGGGUACCCGAGUACCCCGUGGUUCGUGGAGCCAUGGGGGAAUCUGGGCGGACCACCGCCUAAGGCUAAGUACUCCGGGUGACCGAUAGCGCACCAGUACCGUGAGGGAAAGGUGAAAAGAACCCCGGGAGGGGAGUGAAAUAGAGCCUGAAACCGUGGGCUUACAAGCAGUCACGGCCCCGCAAGGGGUUGUGGCGUGCCUAUUGAAGCAUGAGCCGGCGACUCACGGUCGUGGGCGAGCUUAAGCCGUUGAGGCGGAGGCGUAGGGAAACCGAGUCCGAACAGGGCGCAAGCGGGCCGCACGCGGCCCGCAAAGUCCGCGGCCGUGGACCCGAAACCGGGCGAGCUAGCCCUGGCCAGGGUGAAGCUGGGGUGAGACCCAGUGGAGGCCCGAACCGGUGGGGGAUGCAAACCCCUCGGAUGAGCUGGGGCUAGGAGUGAAAAGCUAACCGAGCCCGGAGAUAGCUGGUUCUCCCCGAAAUGACUUUAGGGUCAGCCUCAGGCGCUGACUGGGGCCUGUAGAGCACUGAUAGGGCUAGGGGGCCCACCAGCCUACCAAACCCUGUCAAACUCCGAAGGGUCCCAGGUGGAGCCUGGGAGUGAGGGCGCGAGCGAUAACGUCCGCGUCCGAGCGCGGGAACAACCGAGACCGCCAGCUAAGGCCCCCAAGUCUGGGCUAAGUGGUAAAGGAUGUGGCGCCGCGAAGACAGCCAGGAGGUUGGCUUAGAAGCAGCCAUCCUUUAAAGAGUGCGUAAUAGCUCACUGGUCGAGUGGCGCCGCGCCGAAAAUGAUCGGGGCUUAAGCCCAGCGCCGAAGCUGCGGGUCUGGGGGAUGACCCCAGGCGGUAGGGGAGCGUUCCCGAUGCCGAUGAAGGCCGACCCGCGAGGCGGCUGGAGGUAAGGGAAGUGCGAAUGCCGGCAUGAGUAACGAUAAAGAGGGUGAGAAUCCCUCUCGCCGUAAGCCCAAGGGUUCCUACGCAAUGGUCGUCAGCGUAGGGUUAGGCGGGACCUAAGGUGAAGCCGAAAGGCGUAGCCGAAGGGCAGCCGGUUAAUAUUCCGGCCCUUCCCGCAGGUGCGAUGGGGGGACGCUCUAGGCUAGGGGGACCGGAGCCAUGGACGAGCCCGGCCAGAAGCGCAGGGUGGGAGGUAGGCAAAUCCGCCUCCCAACAAGCUCUGCGUGGUGGGGAAGCCCGUACGGGUGACAACCCCCCGAAGCCAGGGAGCCAAGAAAAGCCUCUAAGCACAACCUGCGGGAACCCGUACCGCAAACCGACACAGGUGGGCGGGUGCAAGAGCACUCAGGCGCGCGGGAGAACCCUCGCCAAGGAACUCUGCAAGUUGGCCCCGUAACUUCGGGAGAAGGGGUGCUCCCUGGGGUGAUGAGCCCCGGGGAGCCGCAGUGAACAGGCUCUGGCGACUGUUUACCAAAAACACAGCUCUCUGCGAACUCGUAAGAGGAGGUAUAGGGAGCGACGCUUGCCCGGUGCCGGAAGGUCAAGGGGAGGGGUGCAAGCCCCGAACCGAAGCCCCGGUGAACGGCGGCCGpYAACxUApYAApCmGGUCCUAAGGUAGCGAAAxUUCxCUUGUCGGGUAAGUUCCGACxCUGCACGAAAAGCGUAACGACCGGAGCGCUGUCUCGGCGAGGGACCCGGUGAAAUUGAACUGGCCGUGAAGAUGCGGCCUACCCGUGGCAGGACGAAAAGACCCCGUGGAGCUUUACUGCAGCCUGGUGUUGGCUCUUGGUCGCGCCUGCGUAGGAUAGGUGGGAGCCUGUGAACCCCCGCCUCCGGGUGGGGGGGAGGCGCCGGUGAAAUACCACCCUGGCGCGGCUGGGGGCCUAACCCUCGGAUGGGGGGACAGCGCUUGGCGGGCAGUUUGACUGpGmGGCGGUCGCCUCCUAAAAGGUAACGGAGGCGCCCAAAGGUCCCCUCAGGCGGGACGGAAAUCCGCCGGAGAGCGCAAGGGUAGAAGGGGGCCUGACUGCGAGGCCUGCAAGCCGAGCAGGGGCGAAAGCCGGGCCUAGUGAACCGGUGGUCCCGUGUGGAAGGGCCAUCGAUCAACGGAUAAAAGUUACCCCGGGGAUAACAGGCUGAUCUCCCCCGAGCGUCCACAGCGGCGGGGAGGUUUGGCACCUCGxAUGUCGGCUCGUCGCAUCCUGGGGCUGAAGAAGGUCCCAAGGGUUGGGCpUmGUUCGCCCAUUAAAGCGGCACGCGAGCUGGGUUCAGAACGUCGUGAGACAGUUCGGUCUCUApYCCGCCACGGGCGCAGGAGGCUUGAGGGGGGCUCUUCCUAGUACGAGAGGACCGGAAGGGACGCACCUCUGGUUUCCCAGCUGUCCCUCCAGGGGCAUAAGCUGGGUAGCCAUGUGCGGAAGGGAUAACCGCUGAAAGCAUCUAAGCGGGAAGCCCGCCCCAAGAUGAGGCCUCCCACGGCGUCAAGCCGGUAAGGACCCGGGAAGACCACCCGGUGGAUGGGCCGGGGGUGUAAGCGCCGCGAGGCGUUGAGCCGACCGGUCCCAAUCGUCCGAGGUCUUGACCCC
1238 RIBOMAP_HC23S  rRNA  LSU  23S  Haloarcula marismortui  Prokaryotic Cytosol  AACCCCGAGAACUGAAACAUCUCAGUAUCGGGAGGAACAGAAAACGCAAUGUGAUGUCGUUAGUAACCGCGAGUGAACGCGAUACAGCCCAAACCGAAGCCCUCACGGGCAAUGUGGUGUCAGGGCUACCUCUCAUCAGCCGACCGUCUCGACGAAGUCUCUUGGAACAGAGCGUGAUACAGGGUGACAACCCCGUACUCGAGACCAGUACGACGUGCGGUAGUGCCAGAGUAGCGGGGGUUGGAUAUCCCUCGCGAAUAACGCAGGCAUCGACUGCGAAGGCUAAACACAACCUGAGACCGAUAGUGAACAAGUAGUGUGAACGAACGCUGCAAAGUACCCUCAGAAGGGAGGCGAAAUAGAGCAUGAAAUCAGUUGGCGAUCGAGCGACAGGGCAUACAAGGUCCCUCGACGAAUGACCGACGCGCGAGCGUCCAGUAAGACUCACGGGAAGCCGAUGUUCUGUCGUACGUUUUGpm1AAAAACGAGCCAGGGAGUGUGUCUGCAUGGCAAGUCUAACCGGAGUAUCCGGGGAGGCACAGGGAAACCGACAUGGCCGCAGGGCUUUGCCCGAGGGCCGCCGUCUUCAAGGGCGGGGAGCCAUGUGGACACGACCCGAAUCCGGACGAUCUACGCAUGGACAAGAUGAAGCGUGCCGAAAGGCACGUGGAAGUCUGUUAGAGUUGGUGUCCUACAAUACCCUCUCGUGAUCUAUGUGUAGGGGUGAAAGGCCCAUCGAGUCCGGCAACAGCUGGUUCCAAUCGAAACAUGUCGAAGCAUGACCUCCGCCGAGGUAGUCUGUGAGGUAGAGCGACCGAUUGGUGUGUCCGCCUCCGAGAGGAGUCGGCACACCUGUCAAACUCCAAACUUACAGACGCCGUUUGACGCGGGGAUUCCGGUGCGCGGGGUAAGCCUGUGUACCAGGAGGGGAACAACCCAGAGAUAGGUUAAGGUCCCCAAGUGUGGAUUAAGUGUAAUCCUCUGAAGGUGGUCUCGAGCCCUAGACAGCCGGGAGGUGAGCUUAGAAGCAGCUACCCUCUAAGAAAAGCGUAACAGCUUACCGGCCGAGGUUUGAGGCGCCCAAAAUGAUCGGGACUCAAAUCCACCACCGAGACCUGUCCGUACCACUCAUACUGGUAAUCGAGUAGAUUGGCGCUCUAAUUGGAUGGAAGUAGGGGUGAAAACUCCUAUGGACCGAUUAGUGACGAAAAUCCUGGCCAUAGUAGCAGCGAUAGUCGGGUGAGAACCCCGACGGCCUAAUGGAUAAGGGUUCCUCAGCACUGCUGAUCAGCUGAGGGUUAGCCGGUCCUAAGUCAUACCGCAACUCGACUAUGACGAAAUGGGAAACGGGUUAAUAUUCCCGUGCCACUAUGCAGUGAAAGUUGACGCCCUGGGGUCGAUCACGCUGGGCAUUCGCCCAGUCGAACCGUCCAACUCCGUGGAAGCCGUAAUGGCAGGAAGCGGACGAACGGCGGCAUAGGGAAACGUGAUUCAACCUGGGGCCCAUGAAAAGACGAGCAUAGUGUCCGUACCGAGAACCGACACAGGUGUCCAUGGCGGCGAAAGCCAAGGCCUGUCGGGAGCAACCAACGUUAGGGAAUUCGGCAAGUUAGUCCCGUACCUUCGGAAGAAGGGAUGCCUGCUCCGGAACGGAGCAGGUCGCAGUGACUCGGAAGCUCGGACUGUCUAGUAACAACAUAGGUGACCGCAAAUCCGCAAGGACUCGUACGGUCACUGAAUCCUGCCCAGUGCAGGUAUCUGAACACCUCGUACAAGAGGACGAAGGACCUGUCAACGGCGGGpGmGUAACpYApYGACCCUCUUAAGGUAGCGUAGUACCUUGCCGCAUCAGUAGCGGCUUGCAUGAAUGGAUUAACCAGAGCUUCACUGUCCCAACGUUGGGCCCGGUGAACUGUACAUUCCAGUGCGGAGUCUGGAGACACCCAGGGGGAAGCGAAGACCCUAUGGAGCUUUACUGCAGGCUGUCGCUGAGACGUGGUCGCCGAUGUGCAGCAUAGGUAGGAGACACUACACAGGUACCCGCGCUAGCGGGCCACCGAGUCAACAGUGAAAUACUACCCGUCGGUGACUGCGACUCUCACUCCGGGAGGAGGACACCGAUAGCCGGGCAGUUUGACUGGGGCGGUACGCGCUCGAAAAGAUAUCGAGCGCGCCCUAUGGCUAUCUCAGCCGGGACAGAGACCCGGCGAAGAGUGCAAGAGCAAAAGAUAGCUUGACAGUGUUCUUCCCAACGAGGAACGCUGACGCGAAAGCGUGGUCUAGCGAACCAAUUAGCCUGCUUGAUGCGGGCAAUUGAUGACAGAAAAGCUACCCUAGGGAUAACAGAGUCGUCACUCGCAAGAGCACAUAUCGACCGAGUGGCUUGCUACCUCGAUGUCGGUUCCCUCCAUCCUGCCCGUGCAGAAGCGGGCAAGGGUGAGGUpUmpGmUUCGCCUAUUAAAGGAGGUCGUGAGCUGGGpm3UUpYAGACCGUCGUGAGACAGGUCGGCUGCUAUCUACUGGGUGUGUAAUGGUGUCUGACAAGAACGACCGUAUAGUACGAGAGGAACUACGGUUGGUGGCCACUGGUGUACCGGUUGUUCGAGAGAGCACGUGCCGGGUAGCCACGCCACACGGGGUAAGAGCUGAACGCAUCUAAGCUCGAAACCCACUUGGAAAAGAGACACCGCCGAGGUCCCGCGUACAAGACGCGGUCGAUAGACUCGGGGUGUGCGCGUCGAGGUAACGAGACGUUAAGCCCACGAGCACUAACAGACCAAAGCCAUCA
1239 RIBOMAP_SC25S  rRNA  LSU-L  25S  Saccharomyces cerevisiae  Cytoplasm  GUUUGACCUCAAAUCAGGUAGGAGUACCCGCUGAACUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACCAACCGGGAUUGCCUUAGUAACGGCGAGUGAAGCGGCAAAAGCUCAAAUUUGAAAUCUGGUACCUUCGGUGCCCGAGUUGUAAUUUGGAGAGGGCAACUUUGGGGCCGUUCCUUGUCUAUGUUCCUUGGAACAGGACGUCAUAGAGGGUGAGAAUCCCGUGUGGCGAGGAGUGCGGUUCUUUGUAAAGUGCCUUCGAAGAGUCGAGUUGUUUGGGAAUGCAGCUCUAAGUGGGUGGUAAAUUCCAUCUAAAGCUAAAUAUUGGCGAGAGACCGAUAGCGAACAAGUACAGUGAUGGAAAGAUGAAAAGAACUUUGAAAAGAGAGUGAAAAAGUACGUGAAAUUGUUGAAAGGGAAGGGCAUUUGAUCAGACAUGGUGUUUUGUGCCCUCUGCUCCUUGUGGGUAGGGGAAUCUCGCAUUUCACUGGGCCAGCAUCAGUUUUGGUGGCAGGAUAAAUCCAUAGGAAUGUAGCUUGCCUCGGUAAGUAUUAUAGCCUGUGGGAAUACUGCCAGCUGGGACUGAGGACUGCGACGUAAGUCAAGGAUGCUGGCAUAAUGGUUAUAUGCCGCCCGUCUUGpm1AAACpAmpCmGGACCAAGGAGUpCmUAACGUCUAUGCGAGUGUUUGGGUGUAAAACCCAUACGCGUAAUGAAAGUGAACGUAGGUUGGGGCCUCGCAAGAGGUGCACAAUCGACCGAUCCUGAUGUCUUCGGAUGGApYUUGAGUAAGAGCAUAGCUGUUGGGACCCpGmApAmAGAUGGUGApAmCUAUGCCUGAAUAGGGUGAAGCCAGAGGAAACUCUGGUGGAGGCUCGUApGmCGGUUCUGpAmCGUGCAAAUCGAUCGUCGAAUpUmUGGGUAUAGpGmGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCUGCCGAAGUUpm5UCCCpYCAGGApYAGCAGAAGCUCGUAUCAGUpYUUApYGAGGUAAAGCGAApYGAUUAGAGGUUCCGGGGUCGAAAUGACCUUGACCUAUpYCUCAAACUUpYAAApYAUGUAAGAAGUCCUUGUUACUUAAUUGAACGUGGACAUUUGAAUGAAGAGCUUpYUAGUGGGCCAUUUpYUGGUAAGCpAmGAACUGGCGAUGCGGGAUGAACCGAACGUAGAGUUAAGGUGCCGGAAUACACGCUCAUCAGACACCACAAAAGGUGUUAGUUCAUCUAGACAGCCGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCGGCCGAAUGAACUAGCCCUGAAAAUGGAUGGCGCUCAAGCGUGUUACCUAUACUCUACCGUCAGGGUUGAUAUGAUGCCCUGACGAGUAGGCAGGCGUGGAGGUCAGUGACGAAGCCUAGACCGUAAGGUCGGGUCGAACGGCCUCUAGUGCAGAUpCmUUGGUGGUAGUpAmpGmCAAAUAUUCAAAUGAGAACUUUGAAGACUGAAGUGGGGAAAGGUUCCACGUCAACAGCAGUUGGACGUGGGUUAGUCGAUCCUAAGAGAUGGGGAAGCUCCGUUUCAAAGGCCUGAUUUUAUGCAGGCCACCAUCGAAAGGGAAUCCGGUUAAGAUUCCGGAACCUGGAUAUGGAUUCUUCACGGUAACGUAACUGAAUGUGGAGACGUCGGCGCGAGCCCUGGGAGGAGUUAUCUUUUCUUCUUAACAGCUUAUCACCCCGGAAUUGGUUUAUCCGGAGAUGGGGUCUUAUGGCUGGAAGAGGCCAGCACCUUUGCUGGCUCCGGUGCGCUUGUGACGGCCCGUGAAAAUCCACAGGAAGGAAUAGUUUUCAUGCCAGGUCGUACUGAUAACCGCAGCAGGUCUCCAAGGUGAACAGCCUCUAGUUGAUAGAAUAApUmGUAGAUAAGGGAAGUCGGCAAAAUAGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGGUCGGGUAGUGAGGGCCUUGGUCAGACGCAGCGGGCGUGCUUGUGGACUGCUUGGUGGGGCUUGCUCUGCUAGGCGGACUACUUGCGUGCCUUGUUGUAGACGGCCUUGGUAGGUCUCUUGUAGACCGUCGCUUGCUACAAUUAACGAUCAACUUAGAACUGGUACGGACAAGGGGAAUCpYGACpYGUCUAAUUpm1AAAACAUAGCAUUGCGAUGGUCAGAAAGUGAUGUUGACGCAAUGUGAUUpYCUGCCpCmAGUGCUCUGAAUGUCAAAGUGApAmGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAGUApAmCpYApYGACpYCpYCUUAAGGUAGCpm5CApAmpAmUGCCUCpGmUCAUCUAAUUAGUGACGCGCAUGAApYGGAUUAACGAGAUUCCCACUGUpCmCCpYAUCUACpUmApYCpYAGCGAAACCACAGCCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUGUUGAGCpYpUmGACpUmCUAGUUUGACAUUGUGAAGAGACAUAGAGGGUGUAGAAUAAGUGGGAGCUUCGGCGCCAGUGAAAUACCACUACCUUUAUAGUUUCUUUACUUAUUCAAUGAAGCGGAGCUGGAAUUCAUUUUCCACGUUCUAGCAUUCAAGGUCCCAUUCGGGGCUGAUCCGGGUUGAAGACAUUGUCAGGUGGGGAGUUUGGCUGpGmGGCGGCACAUCUGUpm3UAAACGpAmUAACGCAGAUGUCCUAAGGGGGGCUCAUGGAGAACAGAAAUCUCCAGUAGAACAAAAGGGUAAAAGCCCCCUUGAUUUUGAUUpUmUCAGpUmGUGAApYACAAACCAUGAAAGUGUGGCCUAUCGAUCCUUUAGUCCCUCGGAAUUUGAGGCUApGmApGmGUGCCAGAAAAGUUACCACAGpGmGAUAACUGGCpYUGUGGCAGUCAAGCGUpm3UCAUAGCGACAUUGCUUUUUGApYUCUUCGAUGUCGGCpYCUUCCUAUCAUACCGAAGCAGAAUUCGGUAAGCGUUGGAUpUmpGmpYpm5UCACCCACUAAUAGGGAACGpYGpAmGpCmUGGGUUUAGApCmCGUCGUGAGACAGGUpYAGUUUUACCCUACUGAUGAAUGUUACCGCAAUAGUAAUUGAACUUAGUACGAGAGGAACAGUUCAUUCGGAUAAUUGGUUUUUGCGGCUGUCUGAUCAGGCAUUGCCGCGAAGCUACCAUCCGCUGGAUUAUGGCUGAACGCCUCUAAGUCAGAAUCCAUGCUAGAACGCGGUGAUUUCUUUGCUCCACACAAUAUAGAUGGAUACGAAUAAGGCGUCCUUGUGGCGUCGCUGAACCAUAGCAGGCUAGCAACGGUGCACUUGGCGGAAAGGCCUUGGGUGCUUGCUGGCGAAUUGCAAUGUCAUUUUGCGUGGGGAUAAAUCAUUUGUAUACGACUUAGAUGUACAACGGGGUAUUGUAAGCAGUAGAGUAGCCUUGUUGUUACGAUCUGCUGAGAUUAAGCCUUUGUUGUCUGAUUUGU
1240 RIBOMAP_SC18S  rRNA  SSU  18S  Saccharomyces cerevisiae  Cytoplasm  UAUCUGGUUGAUCCUGCCAGUAGUCAUpAmUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUAUAAGCAAUUUAUACAGUGAAACUGCGAAUGGCUCpAmUUAAApYCAGUUAUCGUUUApYUUGAUAGUUCCUUUACUACAUGGUAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCUUAAAAUCUCGACCCUUUGGAAGAGAUGUAUUUApYUAGAUAAAAAAUCAAUGUCUUCGGACUCUUUGAUGAUUCAUAAUAACUUUUCGAAUCGCAUGGCCUUGUGCUGGCGAUGGUUCAUUCAAApYUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUUUCAACGGGUAACGGGGAAUAAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUpCmCAAGGpAmAGGCAGCAGGCGCGCpAmAAUUACCCAAUCCUAAUUCAGGGAGGUAGpYGACAAUAAAUAACGAUACAGGGCCCAUUCGGGUCUUGUAAUUGGAAUGAGUACAAUGUAAAUACCUUAACGAGGpAmACAAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGpUmAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGUUGCAGUUpAmAAAAGCUCGUAGpYUGAACUUUGGGCCCGGUUGGCCGGUCCGAUUUUUUCGUGUACUGGAUUUCCAACGGGGCCUUUCCUUCUGGCUAACCUUGAGUCCUUGUGGCUCUUGGCGAACCAGGACUUUUACUUUGAAAAAAUpYAGAGUGpYUCAAAGCAGGCGUAUUGCUCGAAUAUAUUpAmGCAUGGAAUAAUAGAAUAGGACGUUUGGUUCUAUUUUGUUGGUUUCUAGGACCAUCGUAAUGAUUAAUAGGGACGGUCGGGGGCAUCAGUAUUCAAUUGUCAGAGGUGAAAUUCUUGGAUUUAUUGAAGACUAACUACUGCGAAAGCAUUUGCCAAGGACGUUUUCAUUAAUCAAGApAmCGAAAGUUAGGGGAUCGAAGAUGApYCAGAUACpCmGUCGUAGUCUUAACCAUAAACUAUGCCGACUAGGGAUCGGGUGGUGUUUUUUUAAUGACCCACUCGGCACCUUACGAGAAAUCAAAGUCUUUGGGUUCUGGGGGGAGUAUGGUCGCAApGmGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCpYUAAUUpYGACpm1acp3YCAACACGGGGAAACUCACCAGGUCCAGACACAAUAAGGAUUGACAGAUUGAGAGCUCUUUCUUGAUUUUGUGGGUGGpUmGpGmUGCAUGGCCGUUCUUAGUpYGGUGGAGUGAUUUGUCUGCUUAAUUGCGAUAACGAACGAGACCUUAACCUACUAAAUAGUGGUGCUAGCAUUUGCUGGUUAUCCACUUCUUAGAGGGACUAUCGGUUUCAAGCCGAUGGAAGUUpYGAGGCAAUAACApGmGUCUGUGAUGCCCUUAGACGUUCUGGGCCGCACGCGCGCUACACUGACGGAGCCAGCGAGUCUAACCUUGGCCGAGAGGUCUUGGUAAUCUUGUGAAACUCCGUCGUGCUGGGGAUAGAGCAUUGUAAUUAUUGCUCUUCAACpGmAGpm7GAAUUCCUAGUAAGCGCAAGUCAUCAGCUUGCGUUGAUUACGUCCCUGCCCUUUGUACACACCGpCmCCGUCGCUAGUACCGAUUGAAUGGCUUAGUGAGGCCUCAGGAUCUGCUUAGAGAAGGGGGCAACUCCAUCUCAGAGCGGAGAAUUUGGACAAACUUGGUCAUUUAGAGGAACUAAAAGUCGUAACAAGGUUUCCGUAGGUGpm6,6Apm6,6ACCUGCGGAAGGAUCAUUA
1241 RIBOMAP_SC58S  rRNA  LSU-S  5.8S  Saccharomyces cerevisiae  Cytoplasm  AAACUUUCAACAACGGAUCUCUUGGUUCUCGCAUCGAUGAAGAACGCAGCGAAAUGCGAUACGUAAUGUGAApYUGCAGAAUUCCGUGAAUCAUCGAAUCUUUGAACGCACAUUGCGCCCCUUGGUAUUCCAGGGGGCAUGCCUGUUUGAGCGUCAUUU
1242 RIBOMAP_SC5S  rRNA  LSU  5S  Saccharomyces cerevisiae  Mitochondrion  GGUUGCGGCCAUAUCUACCAGAAAGCACCGUUUCCCGUCCGAUCAACUGpYAGUUAAGCUGGUAAGAGCCUGACCGAGUAGUGUAGUGGGUGACCAUACGCGAAACUCAGGUGCUGCAAUCU
1243 RIBOMAP_AT25S  rRNA  LSU-L  25S  Arabidopsis thaliana  Cytoplasm  GCGACCCCAGGUCAGGCGGGAUUACCCGCUGAGUUUAAGCAUAUCAAUAAGCGGAGGAAAAGAAACUAACAAGGAUUCCCUUAGUAACGGCGAGCGAACCGGGAAGAGCCCAGCUUGAAAAUCGGACGUCUUCGGCGUUCGAAUUGUAGUCUGGAGAAGCGUCCUCAGCGACGGACCGGGCCUAAGUUCCCUGGAAAGGGGCGCCAGAGAGGGUGAGAGCCCGUCGUGCCCGGACCCUGUCGCACCACGAGGCGCUGUCUACGAGUCGGGUUGUUUGGGAAUGCAGCCCCAAUCGGGCGGUAAAUUCCGUCCAAGGCUAAAUACGGGCGAGAGACCGAUAGCGAACAAGUACCGCGAGGUAAAGAUGAAAAGGACUUUGAAAAGAGAGUCAAAGAGUGCUUGAAAUUGUCGGGAGGGAAGCGGAUGGGGGCCGGCGAUGCGUCCUGGUCGGAUGCGGAACGGAGCAAUCCGGUCCGCCGAUCGAUUCGGGGCGUGGACCGACGCGGAUUACGGUGGCGGCCUAAGCCCGGGCUUUUGAUACGCUUGUGGAGACGUCGCUGCCGUGAUCGUGGUCUGCAGCACGCGCCUAACGGCGUGCCUCGGCAUCAGCGUGCUCCGGGCGUCGGCCUGUGGGCUCCCCAUUCGACCCGUCUUGAAACpAmCGGACCAAGGAGUpCmUGACAUGUGUGCGAGUCAACGGGUGAGUAAACCCGUAAGGCGCAAGGAAGCUGAUUGGCGGGAUCCUCGCGGGUGCACCGCCGACCGACCUUGAUCUUCUGAGAAGGGpYpUmCGAGUGUGAGCAUGCCUGUCGGGACCCpGmApAmAGAUGGUGApAmCpYAUGCCUGAGCGGGGUAAAGCCAGAGGAAACUCUGGUGGAAGCCCGCAGCGAUACUGpAmCGUGCAAAUCGUUCGUCUGACUUGGGUAUAGpGmGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCUCAGGAUAGCUGGAGCUCGGACGCGAGUUCUApYCGGGUAAAGCCAApYGAUUAGAGGCAUUGGGGGCGCAACGCCUCGACCUAUUCUCAAACUUUAAAUAGGUAGGACGUGUCGGCUGCUUUGUUGAGCCGUCACACGGAAUCGAGAGCUCCAAGUGGGCCAUUUUUGGUAAGCpAmGAACUGGCGAUGCGGGAUGAACCGGAAGCCGGGUUACGGUGCCCAACUGCGCGCUAACCUAGAACCCACAAAGGGUGUUGGUCGAUUAAGACAGCAGGACGGUGGUCAUGGAAGUCGAApAmUCCGCUAAGGAGUGpUmGUAACAACUCACCUGCCGAAUCAACUAGCCCCGAAAAUGGAUGGCGCUUAAGCGCGACCUAUACCCGGCCGUCGGGGCAAGAGCCAGGCCUCGAUGAGUAGGAGGGCGCGGCGGUCGCUGCAAAACCUAGGGCGCGAGGCGCGGAGCGGCCGUCGGUGCAGAUpCmUUGGUGGUAGUpAmpGmCAAAUAUUCAAAUGAGAACUUUGAAGGCCGAAGAGGGGAAAGGUUCCAUGUGAACGGpCmACUUGCACAUGGGUUAGUCGAUCCUAAGAGUCGGGGGAAACCCGUCUGAUAGCGCUUAAGCGAACUUCGAAAGGGGAUCCGGUUAAAAUUCCGGAACCGGGACGUGGCGGUUGACGGCAACGUpUmAGGGAGUCCGGAGACGUCGGCGGGGGCCUCGGGAAGAGUUAUCUUUUCUGUUUAACAGCCUGCCCACCCUGGAAACGGCUCAGCCGGAGGUAGGGUCCAGCGGCUGGAAGAGCACCGCACGUCGCGUGGUGUCCGGUGCGCCCCCGGGCGCCCUUGAAAAUCCGGAGGACCGAGUGCCGCUCACGCCCGGUCGUACUCAUAACCGpCmAUCApGmGUCUpCmCAAGGUGAACpAmGCCUCUGGUCGAUGGAACAApUmGUAGGCAAGGGAAGUCGGCAAAAUGGAUCCGUAACpUmUCGGGAAAAGGAUUGGCUCUGAGGGCUGGGCUCGGGGGUCCCAGUUCCGAACCCGUCGGCUGUCAGCGGACUGCUCGAGCUGCUUCCGCGGCGAGAGCGGGUCGCCGGCUGCCGGCCGGGGGACGACUGGGAACGGCUCUCUCGGGAGCUUUCCCCGGGCGUCGAACAGUCAGCUCAGAACUGGUACGGACAAGGpGmGpAmAUCCGACUGpYUUAAUUAAAACAAAGCAUUGCGAUGGUCCCUGCGGAUGCUAACGCAAUGUGAUUUCUGCCCAGUGCUCUGAAUGpYCApAmAGUGApAmGAAAUUCAACCAAGCGCGGGUAAACGGCGGGAGpYAACpYApYGACUCUCUUAAGGUAGCCAApAmUGCCUCpGmUCAUCUAAUUAGUGACGCGCAUGAApYGGAUUApAmCGAGpAmUUCCCACUGUpCmCCUGUCUACUApYCCAGCGAAACCACAGpCmCAAGGGAACGGGCUUGGCAGAAUCAGCGGGGAAAGAAGACCCUGpUmUGApGmCUUGACpUmCUAGUCCGACUUUGUGAAAUGACUUGAGAGGUGUAGGAUAAGUGGGAGCUUCGGCGCAAGUGAAAUACCACUACUUUUAACGUUAUUUUACUUACUCCGUGAAUCGGAGGCCGGGGUACAACCCCUGUUUUUGGUCCCAAGGCUCGCUUCGGCGGGUCGAUCCGGGCGGAGGACAUUGUCAGGUGGGGAGUUUGGCUGpGmGGCGGCACAUCUGUUAAAAGpAmUAACGCAGGpUmpGmUCCUAAGAUGAGCUCAACGAGAACAGAAAUCUCGUGUGGAACAAAAGGGUAAAAGCUCGUUUGApYUCUGAUUUUCAGUACGAAUACGAACCGUGAAAGCGUGGCCUAUCGAUCCUUUAGACUUCGGAAUUpYGAAGCUApGmApGmGUGUCAGAAAAGUUACCACAGpGmGAUAACUGGCpYUGUGGCAGCpCmAAGCGUUCAUAGCGACGUUGpCmUUUUUGAUpCmCUUCGAUGUCGGpCmpYCUpUmCCUAUCAUUGUGAAGCAGAAUUCACCAAGUGUUpGmGAUUGpYUCACCCACCAAUAGGGAACGUGGpCmUGGpGmpUmUUAGApCmCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGCCCGCGUCGCGAUAGUAAUUCAACCUAGUACGAGAGGAACCGUUGAUUCGCACAAUUGGUCAUCGCGCUUGGUUGAAAAGCCAGUGGCGCGAAGCUACCGUGCGCUGGAUUAUGACUGAACGCCUCUAAGUCAGAAUCCGGGCUAGAAGCGACGCAUGCGCCCGCCGCCCGAUUGCCGACCCUCAGUAGGAGCUUAGGCUCCAAAGGCACGUGUCGUUGGCUAAGUCCGUUCGGCGGAACGGUCGUUCGGACCGCCUUGAAUUAUAAUUACCACCGAGCGGCGGGUAGAAUCCUUUGCAGACGACUUAAAUACGCGACGGGGUAUUGUAAGUGGCAGAGUGGCCUUGCUGCCACGAUCCACUGAGAUUCAGCCCUUUGUCGCUAAGAUUCGA
1244 RIBOMAP_AT18S  rRNA  SSU  18S  Arabidopsis thaliana  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGUCAUpAmUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUGUAAGUAUGAACGAAUUCAGACUGUGAAACUGCGAAUGGCUCAUUAAAUCAGpYUAUAGUUUGUUUGAUGGUAACUACUACUCGGAUAACCGUAGUAAUUCUAGpAmGCUAAUACGUGCAACAAACCCCGACUUAUGGAAGGGACGCAUUUAUUAGAUAAAAGGUCGACGCGGGCUCUGGCUUGCUCUGAUGAUUCAUGAUAACUCGACGGAUCGCAUGGCCUCUGUGCUGGCGACGCAUCAUUCAAAUUUCUGCCCUAUCAACUUUCGAUGGUAGGAUAGUGGCCUACCAUGGUGGUAACGGGpYGACGGAGAAUUAGGGUUCGAUUCCGGAGApGmpGmGAGCCUGAGAAACGGCUACCACAUpCmCAAGGAAGGCAGCAGGCGCGCpAmAAUUACCCAAUCCUGACACGGGGAGGUpAmGUGApCmAAUAAAUAACAAUACCGGGCUCUUUCGAGUCUGGUAAUUGGAAUGAGUACAAUCUAAAUCCCUUAACGAGGpAmUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGpUmAAUUCCAGCUCCAAUApGmCGUAUApYUUAApGmUUGUUGCAGUUpAmAAAAGCUCGUAGpYUGAACCUUGGGAUGGGUCGGCCGGUCCGCCUUUGGUGUGCAUUGGUCGGCUUGUCCCUUCGGUCGGCGAUACGCUCCUGGUCUUAAUUGGCCGGGUCGUGCCUCCGGCGCUGUUACUUUGAAGAAApYUAGAGUGCUCAAAGCAAGCCUACGCUCUGGAUACAUUpAmGCAUGGGAUAACAUCAUAGGAUUUCGAUCCUAUUGUGUUGGCUUCGGGAUCGGAGUAAUGAUUAACAGGGACAGUCGGGGGCAUUCGUAUUUCAUAGUCAGAGGUGAAAUUCUUGGAUUUAUGAAAGACGAACAACUGCGAAAGCAUUpYGCCAAGGAUGUUUUCAUUAAUCAAGApAmCGAAAGUUGGGGGCUCGAAGACGApYCAGAUACCGpUmpCmCUAGUCUCAACCAUAAACGAUGCCGACCAGGGAUCAGCGGAUGUUGCUUAUAGGACUCCGCUGGCACCUUAUGAGAAAUCAAAGUUUUUGGGUUCCGGGpGmGGAGUApYGGUCGCAAGGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGGAAACUUACCAGGUCCAGACAUAGUAAGGApUmUGACAGACUGAGAGCUCUUUCUUGAUUCUApUmGGGUGGpUmpGmpGmUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGUUAACGApAmCGAGACCUCAGCCUGCUAACUAGCUACGUGGAGGCAUCCCUUCACGGCCGGCUpUmCUUAGAGGGACUAUGGCCGUUUAGGCCAAGGAAGUUUGAGGCAAUAACApGmGUCUGUGAUGCCCpUmUAGAUGUUCUGGGCCGCACGCGCGCUACACUGAUGUAUUCAACGAGUUCACACCUUGCCGACAGGCCCGGGUAAUCUUUGAAAUUUCAUCGUGAUGGGGAUAGAUCAUUGCAAUUGUUGGUCUUCAACGAGGAAUUCCUAGUAAGCGCGAGUCAUCAGCUCGCGUUGACUACGUCCCUGCpCmCUUUGUACACACCGpCmCCGUCGCUCCUACCGAUUGAAUGAUCCGGUGAAGUGUUCGGAUCGCGGCGACGUGGGUGGUUCGCCGCCCGCGACGUCGCGAGAAGUCCACUAAACCUUAUCAUUUAGAGGApAmGGAGAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUG
1245 RIBOMAP_AT58S  rRNA  LSU-S  5.8S  Arabidopsis thaliana  Cytoplasm  AAAACGACUCUCGGCAACGGAUAUCUCGGCUCUCGCAUCGAUGAAGpAmACGUAGCGAAAUGCGAUACUUGGUGUGAAUUpGmCAGAAUCCCGUGAACCAUCGAGUCUUUGAACGCAAGUUGCGCCCCAAGCCUUCUGGCCGAGGGCACGUCUGCCUGGGUGUCACAA
1246 RIBOMAP_HS28S  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGAGAGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCCGUCUUGpm1AAACpAmCGGACCAAGGAGUpCmUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCCpGmApAmAGAUGGUGApAmCpYAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGpYAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAGpGmGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCpYCAGGApYAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAApYGAUUAGAGGUCUUGGGGCCGAAACGAUCUCAACCpYAUpYCUCAAACUUpYAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACpYUpYUGGUAAGCpAmGAACUGGCGCUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAUpCmUUGGUGGUAGUpAmpGmpCmAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGAGAAGGGUUCCAUGpUmGAACAGpCmApGmUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGApYCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUUUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCpAmUAUCCGCAGCAGGUCUpCmCAAGGUGAACpAmGCCUCUGGpCmAUGUUGGAACAApUmGUAGGUAAGGGAAGUCGGCAAGCpCmGGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGGGGAAUCCGACpYGpYUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUpYCUGCCpCmAGUGCUCUGAAUGpYCApAmAGUGApAmGAAAUpYCAApYGAAGCGCGGpGmUAAACGGCGGGAGpYApAmCpYApYGACpYCpYCUUAAGGUAGCpm5CAApAmUGCCUCGUCAUCUAAUUAGUGApCmGCGCAUGAApYmGGApYGApAmCGAGpAmUUCCCACUGUpCmCCpYACCUACpYApYCCAGCGAAACCACAGpCmCAAGGGAACGGGCUpYGGpCmGGAAUCAGCGGGGAAAGAAGACCCUGUUGAGCpYUGACpUmCUAGUCUGGCACGGUGAApGmAGACAUGAGAGGUGpYAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCCpGmGUGAAAUACCApCmUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUGpGmGGCGGUACACCUGUCAAACGGUpm6AACGCAGGpUmpGmUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGApYCUpYGApYUUUCAGpUmACGAApYACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUpYUGGGUUUpYAAGCAGGApGmGUGUCAGAAAAGUUACCACAGpGmGAUAACUGGCpYUGUGGCGGCCAAGCGUpYCApYAGCGACGpYCGCUUUUUGApYpm5CCUUCGAUGUCGGpCmpYCUUCCUAUCAUUGpYGAAGCAGAAUUCGCCAAGCGUUpGmGAUpUmpGmpYUCACCCACUAAUAGGGAACGpYGpAmGCUGGGpm3UpYUAGApCmCGUCGUGAGACAGGUpYAGUUUUACCCUACUGAUGpAmUGUGpYUGpYUGCCAUGGUApAmUCCUGCUCAGUACGAGAGGAACCGCAGpGmUpUmCApGmACAUpYUGGUGUApYpGmUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCApYCUGUGGGAUUAUGACpYGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCApYUCGUAGACGACCUGCUUCUGGGUCGGGGpYUUCGUACGpYAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1247 RIBOMAP_HS18S  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAUpAmUGCUUGpYCpYCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAApYGGCUCpAmUUAAApYCAGpYUAUGGUpUmCCpYUpUmGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUApAmUUCUAGpAmGCUAApUmApCmAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGApYGCGUGCApYUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGpYGACGGGGAAUCAGGGUUCGAUpUmCCGGAGApGmGGAGCCUGAGAAACGGCUACCACAUpCmCAAGGpAmAGGCAGCAGGCGCGCpAmAAUUACCCACUCCCGACCCGGGGApGmGUpAmGUGApCmGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUpYUAApAmUCCUUUAACGAGGpAmUCCAUUGGAGpGmGCAAGUCpYGGUGCCAGCAGCCGCGGpUmAAUUCCAGCUCCAAUApGmCGUApYApYUAAAGUUGCUGCAGUUpAmAAAAGCUCGUAGpYUpGmGApYCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGpCmGpUmUpYACUUUGAAAAAApYpYAGAGUGpYUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAApYAApYpGmGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUpYAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUpYCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUpYGCCAAGAAUGUUUUCAUUAAUCAAGApAmCGAAAGUCGGAGGUUCGAAGACGApYCAGAUACCGUCGUAGUUCCGACCApYAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUApYGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCpYUAAUUpYGACpm1acp3YCAACACGGGAAACCUCACCCGGCpCmCGGACACGGACAGGApUmUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGpYmGpGmUGCAUGGCCGUUCUUAGUpYGGUGGAGCGAUUUGUCUGGpYUAAUUCCGAUAACGApAmCGAGACUpCmUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUpUmCUpYAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACApGmGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUpYCCCCAUGAACGAGpm7GAAUpYCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUpAmAGUCCCUGCCCUUpYGUACACACCGpCmCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUpUmGACUAUCUAGAGGAAGUAAAAGUCGUApm6ACAAGGUUUCCGUAGGUGpm6,6Apm6,6ACCUGCGGAAGGAUCAUUA
1248 RIBOMAP_HS58S  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGGpUmGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCpYGCGAGAAUUAAUGpYGAAUUpGmCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1249 KROGH_HS28S  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGpAmGpAmGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCCpGmUCUUGApAmACpAmCGGACCAAGGAGUpCmUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCCpGmApAmAGAUGGUGApAmCUAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGUAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAGpGmGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCUCAGGAUAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAAUGAUUAGAGGUCUUGGpGmGCCGAAACGAUCUCAACCUAUUCUCAAACUUUAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACUUUUGGUAAGCpAmGAACUGGCGCUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAUpCmUUGGUGGUAGUpAmpGmpCmAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGpAmGAAGGGUUCCAUGpUmGAACAGpCmApGmUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGAUCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUUUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCpAmUAUCCGCAGCAGGUCUpCmCAAGGUGAACpAmGCCUCUGGpCmAUGUUGGAACAApUmGUAGGUAAGGGAAGUCGGCAAGCpCmGGAUCCGUAACUUCpGmGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGGpGmGAAUCCGACUGUUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUUCUGCCpCmAGUGCUCUGAAUGUCApAmAGUGApAmGAAAUUCAAUGAAGCGCGGpGmUAAACGGCGGGAGUApAmCUAUGACUCUCUUAAGGUAGCCAApAmUGCCUCpGmUCAUCUAAUUAGUGApCmGCGCAUGAApUmGGAUGApAmCGAGpAmUUCCCACUGUpCmCCUACCUACUAUCCAGCGAAACCACpAmGCCAAGGGAACGGGCUUGGpCmGGAAUCAGCGGpGmGAAAGAAGACCCUGUUGAGCUUGACpUmCUAGUCUGGCACGGUGAApGmAGACAUGAGAGGUGUAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCCpGmGUGAAAUACCApCmUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUGpGmGGCGGUACACCUGUCAAACGGUACGCAGGpUmpGmUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGAUCUUGAUUUUCAGpUmACGAAUACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUUUGGGUUUUAAGCAGGApGmGUGUCAGAAAAGUUACCACAGpGmGAUAACUGGCUUGUGGCGGCCAAGCGUUCAUAGCGACGUCGCUUUUUGAUCCUUCGAUGUCGGpCmUCUUCCUAUCAUUGUGAAGCAGAAUUCGCCAAGCGUUpGmGAUpUmpGmUUCACCCACUAAUAGGGAACGUGpAmGCUGGGUUUAGApCmCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGpAmUGUGUUGUUGCCAUGGUApAmUCCUGCUCAGUACGAGAGGAACCGCAGpGmUpUmCApGmACAUUUGGUGUAUpGmUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCAUCUGUGGGAUUAUGACUGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCAUUCGUAGACGACCUGCUUCUGGGUCGGGGUUUCGUACGUAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1250 MOTORIN_HS28S  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGpAmGpAmGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCCpGmUCUUGApAmACpAmCGGACCAAGGAGUpCmUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCCpGmApAmAGAUGGUGApAmCUAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGUAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAGpGmGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCUCAGGAUAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAAUGAUUAGAGGUCUUGGpGmGCCGAAACGAUCUCAACCUAUUCUCAAACUUUAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACUUUUGGUAAGCpAmGAACUGGCGpCmUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAUpCmUUGGUGGUAGUpAmpGmpCmAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGpAmGAAGGGUUCCAUGpUmGAACAGpCmApGmUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGAUCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUUUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCpAmUAUCCGCAGCAGGUCUpCmCAAGGUGAACpAmGCCUCUGGpCmAUGUUGGAACAApUmGUAGGUAAGGGAAGUCGGCAAGCpCmGGAUCCGUAACUUCpGmGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGGpGmGAAUCCGACUGUUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUUCUGCCpCmAGUGCUCUGAAUGUCApAmAGUGApAmGAAAUUCAAUGAAGCGCGGpGmUAAACGGCGGGAGUApAmCUAUGACUCUCUUAAGGUAGCCAApAmUGCCUCpGmUCAUCUAAUUAGUGApCmGCGCAUGAApUmGGAUGApAmCGAGpAmUUCCCACUGUpCmCCUACCUACUAUCCAGCGAAACCACpAmGCCAAGGGAACGGGCUUGGpCmGGAAUCAGCGGpGmGAAAGAAGACCCUGUUGAGCUUGACpUmCUAGUCUGGCACGGUGAApGmAGACAUGAGAGGUGUAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCCpGmGUGAAAUACCApCmUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUGpGmGGCGGUACACCUGUCAAACGGUACGCAGGpUmpGmUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGAUCUUGAUUUUCAGpUmACGAAUACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUUUGGGUUUUAAGCAGGApGmGUGUCAGAAAAGUUACCACAGpGmGAUAACUGGCUUGUGGCGGCCAAGCGUUCAUAGCGACGUCGCUUUUUGAUCCUUCGAUGUCGGpCmUCUUCCUAUCAUUGUGAAGCAGAAUUCGCCAAGCGUUpGmGAUpUmpGmUUCACCCACUAAUAGGGAACGUGpAmGCUGGGUUUAGApCmCGUCGUGAGACAGGUUAGUUUUACCCUACUGAUGpAmUGUGUUGUUGCCAUGGUApAmUCCUGCUCAGUACGAGAGGAACCGCAGpGmUpUmCApGmACAUUUGGUGUAUpGmUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCAUCUGUGGGAUUAUGACUGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCAUUCGUAGACGACCUGCUUCUGGGUCGGGGUUUCGUACGUAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1251 MARCHAND_HS28S  rRNA  LSU-L  28S  Homo sapiens  Cytoplasm  CGCGACCUCAGAUCAGACGUGGCGACCCGCUGAAUUUAAGCAUAUUAGUCAGCGGAGGAAAAGAAACUAACCAGGAUUCCCUCAGUAACGGCGAGUGAACAGGGAAGAGCCCAGCGCCGAAUCCCCGCCCCGCGGGGCGCGGGACAUGUGGCGUACGGAAGACCCGCUCCCCGGCGCCGCUCGUGGGGGGCCCAAGUCCUUCUGAUCGAGGCCCAGCCCGUGGACGGUGUGAGGCCGGUAGCGGCCGGCGCGCGCCCGGGUCUUCCCGGAGUCGGGUUGCUUGGGAAUGCAGCCCAAAGCGGGUGGUAAACUCCAUCUAAGGCUAAAUACCGGCACGAGACCGAUAGUCAACAAGUACCGUAAGGGAAAGUUGAAAAGAACUUUGAAGAGAGAGUUCAAGAGGGCGUGAAACCGUUAAGAGGUAAACGGGUGGGGUCCGCGCAGUCCGCCCGGAGGAUUCAACCCGGCGGCGGGUCCGGCCGUGUCGGCGGCCCGGCGGAUCUUUCCCGCCCCCCGUUCCUCCCGACCCCUCCACCCGCCCUCCCUUCCCCCGCCGCCCCUCCUCCUCCUCCCCGGAGGGGGCGGGCUCCGGCGGGUGCGGGGGUGGGCGGGCGGGGCCGGGGGUGGGGUCGGCGGGGGACCGUCCCCCGACCGGCGACCGGCCGCCGCCGGGCGCAUUUCCACCGCGGCGGUGCGCCGCGACCGGCUCCGGGACGGCUGGGAAGGCCCGGCGGGGAAGGUGGCUCGGGGGGCCCCGUCCGUCCGUCCGUCCUCCUCCUCCCCCGUCUCCGCCCCCCGGCCCCGCGUCCUCCCUCGGGAGGGCGCGCGGGUCGGGGCGGCGGCGGCGGCGGCGGUGGCGGCGGCGGCGGGGGCGGCGGGACCGAAACCCCCCCCGAGUGUUACAGCCCCCCCGGCAGCAGCACUCGCCGAAUCCCGGGGCCGAGGGAGCGAGACCCGUCGCCGCGCUCUCCCCCCUCCCGGCGCCCACCCCCGCGGGGAAUCCCCCGCGAGGGGGGUCUCCCCCGCGGGGGCGCGCCGGCGUCUCCUCGUGGGGGGGCCGGGCCACCCCUCCCACGGCGCGACCGCUCUCCCACCCCUCCUCCCCGCGCCCCCGCCCCGGCGACGGGGGGGGUGCCGCGCGCGGGUCGGGGGGCGGGGCGGACUGUCCCCAGUGCGCCCCGGGCGGGUCGCGCCGUCGGGCCCGGGGGAGGUUCUCUCGGGGCCACGCGCGCGUCCCCCGAAGAGGGGGACGGCGGAGCGAGCGCACGGGGUCGGCGGCGACGUCGGCUACCCACCCGACCCGUCUUGAAACACGGACCAAGGAGUCUAACACGUGCGCGAGUCGGGGGCUCGCACGAAAGCCGCCGUGGCGCAAUGAAGGUGAAGGCCGGCGCGCUCGCCGGCCGAGGUGGGAUCCCGAGGCCUCUCCAGUCCGCCGAGGGCGCACCACCGGCCCGUCUCGCCCGCCGCGCCGGGGAGGUGGAGCACGAGCGCACGUGUUAGGACCCGAAAGAUGGUGAACpYAUGCCUGGGCAGGGCGAAGCCAGAGGAAACUCUGGUGGAGGUCCGpYAGCGGUCCUGACGUGCAAAUCGGUCGUCCGACCUGGGUAUAGGGGCGAAAGACUAAUCGAACCAUCUAGUAGCUGGUUCCCUCCGAAGUUUCCCpYCAGGApYAGCUGGCGCUCUCGCAGACCCGACGCACCCCCGCCACGCAGUUUUAUCCGGUAAAGCGAApYGAUUAGAGGUCUUGGGGCCGAAACGAUCUCAACCpYApYpYCUCAAACUUpYAAAUGGGUAAGAAGCCCGGCUCGCUGGCGUGGAGCCGGGCGUGGAAUGCGAGUGCCUAGUGGGCCACpYUpYUGGUAAGCAGAACUGGCGCUGCGGGAUGAACCGAACGCCGGGUUAAGGCGCCCGAUGCCGACGCUCAUCAGACCCCAGAAAAGGUGUUGGUUGAUAUAGACAGCAGGACGGUGGCCAUGGAAGUCGGAAUCCGCUAAGGAGUGUGUAACAACUCACCUGCCGAAUCAACUAGCCCUGAAAAUGGAUGGCGCUGGAGCGUCGGGCCCAUACCCGGCCGUCGCCGGCAGUCGAGAGUGGACGGGAGCGGCGGGGGCGGCGCGCGCGCGCGCGCGUGUGGUGUGCGUCGGAGGGCGGCGGCGGCGGCGGCGGCGGGGGUGUGGGGUCCUUCCCCCGCCCCCCCCCCCACGCCUCCUCCCCUCCUCCCGCCCACGCCCCGCUCCCCGCCCCCGGAGCCCCGCGGACGCUACGCCGCGACGAGUAGGAGGGCCGCUGCGGUGAGCCUUGAAGCCUAGGGCGCGGGCCCGGGUGGAGCCGCCGCAGGUGCAGAUCUUGGUGGUAGUAGCAAAUAUUCAAACGAGAACUUUGAAGGCCGAAGUGGAGAAGGGUUCCAUGUGAACAGCAGUUGAACAUGGGUCAGUCGGUCCUGAGAGAUGGGCGAGCGCCGUUCCGAAGGGACGGGCGAUGGCCUCCGUUGCCCUCGGCCGApYCGAAAGGGAGUCGGGUUCAGAUCCCCGAAUCCGGAGUGGCGGAGAUGGGCGCCGCGAGGCGUCCAGUGCGGUAACGCGACCGAUCCCGGAGAAGCCGGCGGGAGCCCCGGGGAGAGUUCUCUUpYUCUUUGUGAAGGGCAGGGCGCCCUGGAAUGGGUUCGCCCCGAGAGAGGGGCCCGUGCCUUGGAAAGCGUCGCGGUUCCGGCGGCGUCCGGUGAGCUCUCGCUGGCCCUUGAAAAUCCGGGGGAGAGGGUGUAAAUCUCGCGCCGGGCCGUACCCAUAUCCGCAGCAGGUCUCCAAGGUGAACAGCCUCUGGCAUGUUGGAACAAUGpYAGGUAAGGGAAGUCGGCAAGCCGGAUCCGUAACUUCGGGAUAAGGAUUGGCUCUAAGGGCUGGGUCGGUCGGGCUGGGGCGCGAAGCGGGGCUGGGCGCGCGCCGCGGCUGGACGAGGCGCGCGCCCCCCCCACGCCCGGGGCACCCCCCUCGCGGCCCUCCCCCGCCCCACCCGCGCGCGCCGCUCGCUCCCUCCCCACCCCGCGCCCUCUCUCUCUCUCUCUCCCCCGCUCCCCGUCCUCCCCCCUCCCCGGGGGAGCGCCGCGUGGGGGCGCGGCGGGGGGAGAAGGGUCGGGGCGGCAGGGGCCGCGCGGCGGCCGCCGGGGCGGCCGGCGGGGGCAGGUCCCCGCGAGGGGGGCCCCGGGGACCCGGGGGGCCGGCGGCGGCGCGGACUCUGGACGCGAGCCGGGCCCUUCCCGUGGAUCGCCCCAGCUGCGGCGGGCGUCGCGGCCGCCCCCGGGGAGCCCGGCGGCGGCGCGGCGCGCCCCCCACCCCCACCCCACGUCUCGGUCGCGCGCGCGUCCGCUGGGGGCGGGAGCGGUCGGGCGGCGGCGGUCGGCGGGCGGCGGGGCGGGGCGGUUCGUCCCCCCGCCCUACCCCCCCGGCCCCGUCCGCCCCCCGUUCCCCCCUCCUCCUCGGCGCGCGGCGGCGGCGGCGGCAGGCGGCGGAGGGGCCGCGGGCCGGUCCCCCCCGCCGGGUCCGCCCCCGGGGCCGCGGUUCCGCGCGCGCCUCGCCUCGGCCGGCGCCUAGCAGCCGACUUAGAACUGGUGCGGACCAGGGGAAUCCGACpYGpYUUAAUUAAAACAAAGCAUCGCGAAGGCCCGCGGCGGGUGUUGACGCGAUGUGAUUpYCUGCCCAGUGCUCUGAAUGpYCAAAGUGAAGAAAUpYCAApYGAAGCGCGGGUAAACGGCGGGAGpYAACpYApYGACpYCpYCUUAAGGUAGCCAAAUGCCUCGUCAUCUAAUUAGUGACGCGCAUGAAUGGApYGAACGAGAUUCCCACUGUCCCpYACCUACpYApYCCAGCGAAACCACAGCCAAGGGAACGGGCUpYGGCGGAAUCAGCGGGGAAAGAAGACCCUGUUGAGCpYUGACUCUAGUCUGGCACGGUGAAGAGACAUGAGAGGUGpYAGAAUAAGUGGGAGGCCCCCGGCGCCCCCCCGGUGUCCCCGCGAGGGGCCCGGGGCGGGGUCCGCGGCCCUGCGGGCCGCCGGUGAAAUACCACUACUCUGAUCGUUUUUUCACUGACCCGGUGAGGCGGGGGGGCGAGCCCGAGGGGCUCUCGCUUCUGGCGCCAAGCGCCCGCCCGGCCGGGCGCGACCCGCUCCGGGGACAGUGCCAGGUGGGGAGUUUGACUGGGGCGGUACACCUGUCAAACGGUACGCAGGUGUCCUAAGGCGAGCUCAGGGAGGACAGAAACCUCCCGUGGAGCAGAAGGGCAAAAGCUCGCUUGApYCUpYGApYUUUCAGUACGAApYACAGACCGUGAAAGCGGGGCCUCACGAUCCUUCUGACCUUpYUGGGUUUpYAAGCAGGAGGUGUCAGAAAAGUUACCACAGGGAUAACUGGCpYUGUGGCGGCCAAGCGUpYCApYAGCGACGpYCGCUUUUUGApYCCUUCGAUGUCGGCpYCUUCCUAUCAUUGpYGAAGCAGAAUUCGCCAAGCGUpYGGAUUGpYUCACCCACUAAUAGGGAACGpYGAGCUGGGUUpYAGACCGUCGUGAGACAGGUpYAGUUUUACCCUACUGAUGAUGUGpYUGpYUGCCAUGGUAAUCCUGCUCAGUACGAGAGGAACCGCAGGUUCAGACAUpYUGGUGUApYGUGCUUGGCUGAGGAGCCAAUGGGGCGAAGCUACCApYCUGUGGGAUUAUGACpYGAACGCCUCUAAGUCAGAAUCCCGCCCAGGCGAACGAUACGGCAGCGCCGCGGAGCCUCGGUUGGCCUCGGAUAGCCGGUCCCCCGCCUGUCCCCGCCGGCGGGCCGCCCCCCCCUCCACGCGCCCCGCCGCGGGAGGGCGCGUGCCCCGCCGCGCGCCGGGACCGGGGUCCGGUGCGGAGUGCCCUUCGUCCUGGGAAACGGGGCGCGGCCGGAAAGGCGGCCGCCCCCUCGCCCGUCACGCACCGCACGUUCGUGGGGAACCUGGCGCUAAACCApYUCGUAGACGACCUGCUUCUGGGUCGGGGpYUUCGUACGpYAGCAGAGCAGCUCCCUCGCUGCGAUCUAUUGAAAGUCAGCCCUCGACACAAGGGUUUGUC
1252 INCARNATO_HS18S  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAUpAmUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCpAmUUAAAUCAGUUAUGGUpUmCCUUpUmGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUApAmUUCUAGAGCUAApUmApCmAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGpAmAGGCAGCAGGCGCGCpAmAAUUACCCACUCCCGACCCGGGGApGmGUpAmGUGApCmGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAApAmUCCUUUAACGAGGpAmUCCAUUGGAGGGCAAGUCUGGUGCCAGCAGCCGCGGpUmAAUUCCAGCUCCAAUApGmCGUAUAUUAAAGUUGCUGCAGUUpAmAAAAGCUCGUAGUUpGmGAUCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGpCmGpUmUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAUAAUpGmGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGApAmCGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCAUAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGApUmUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGpUmGGUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGApAmCGAGACUpCmUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUpUmCUUApGmAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACApGmGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUpAmAGUCCCUGCCCUUUGUACACACCGCCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUpUmGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1253 KROGH_HS18S  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAUpAmUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCpAmUUAAAUCAGUUAUGGUpUmCCUUpUmGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUApAmUUCUAGpAmGCUAApUmApCmAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCpUmGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAUpUmCCGGAGApUmGGAGCCUGAGAAACGGCUACCACAUpGmCAAGGpAmAGGCAGCAGGCGCGCpAmAAUUACCCACUCCCGACCCGGGGApGmGUpAmGUGApCmGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAApAmUCCUUUAACGAGGpAmUCCAUUGGAGpGmGCAAGUCUGGUGCCAGCAGCCGCGGpUmAAUUCCAGCUCCAAUApGmCGUAUAUUAAAGUUGCUGCAGUUpAmAAAAGCUCGUAGUUpGmGAUCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGpCmGpUmUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAUAAUpGmGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGApAmCGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCAUAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGCpCmCGGACACGGACAGGApUmUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGpUmGpGmUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGApAmCGAGACUpCmUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAApCmUpUmCUUApGmAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACApGmGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUpAmAGUCCCUGCCCUUUGUACACACCGpCmCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUpUmGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1254 MOTORIN_HS18S  rRNA  SSU  18S  Homo sapiens  Cytoplasm  UACCUGGUUGAUCCUGCCAGUAGCAUpAmUGCUUGUCUCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCpAmUUAAAUCAGUUAUGGUpUmCCUUpUmGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUApAmUUCUAGpAmGCUAApUmApCmAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGAUGCGUGCAUUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCUAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCpUmGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGUGACGGGGAAUCAGGGUUCGAUpUmCCGGAGApUmGGAGCCUGAGAAACGGCUACCACAUpGmCAAGGpAmAGGCAGCAGGCGCGCpAmAAUUACCCACUCCCGACCCGGGGApGmGUpAmGUGApCmGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUUUAApAmUCCUUUAACGAGGpAmUCCAUUGGAGpGmGCAAGUCUGGUGCCAGCAGCCGCGGpUmAAUUCCAGCUCCAAUApGmCGUAUAUUAAAGUUGCUGCAGUUpAmAAAAGCUCGUAGUUpGmGAUCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGpCmGpUmUUACUUUGAAAAAAUUAGAGUGUUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAAUAAUpGmGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUUAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUUCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUUGCCAAGAAUGUUUUCAUUAAUCAAGApAmCGAAAGUCGGAGGUUCGAAGACGAUCAGAUACCGUCGUAGUUCCGACCAUAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUAUGGUUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGCpCmCGGACACGGACAGGApUmUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGpUmGpGmUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGApAmCGAGACUpCmUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAApCmUpUmCUUApGmAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACApGmGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUUCCCCAUGAACGAGGAAUUCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUpAmAGUCCCUGCCCUUUGUACACACCGpCmCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUpUmGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1255 MARCHAND_HS18S  rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol  UACCUGGUUGAUCCUGCCAGUAGCAUAUGCUUGpYCpYCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAApYGGCUCAUUAAApYCAGpYUAUGGUUCCpYUUGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGApYGCGUGCApYUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCpYAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGpYGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGAAGGCAGCAGGCGCGCAAAUUACCCACUCCCGACCCGGGGAGGUAGUGACGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUpYUAAAUCCUUUAACGAGGAUCCAUUGGAGGGCAAGUCpYGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUAGCGUApYApYUAAAGUUGCUGCAGUUAAAAAGCUCGUAGpYUGGApYCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGCGUUpYACUUUGAAAAAApYpYAGAGUGpYUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAApYAApYGGAAUAGGACCGCGGUUCUAUUUUGUUGGUpYUUCGGAACUGAGGCCAUGAUpYAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUpYCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUpYGCCAAGAAUGUUUUCAUUAAUCAAGAACGAAAGUCGGAGGpYpYCGAAGACGApYCAGAUACCGUCGUAGUUCCGACCApYAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCpYUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUApYGGpYUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCpYGCGGCpYUAAUUpYGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAUUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGUGGUGCAUGGCCGUUCUUAGUpYGGUGGAGCGAUUUGUCUGGpYUAAUUCCGAUAACGAACGAGACUCUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUUCUpYAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACAGGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUpYCCCCAUGAACGAGGAAUpYCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUAAGUCCCUGCCCUUpYGUACACACCGCCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1256 CARLILE_HS18S  rRNA  SSU  18S  Homo sapiens  eukaryotic cytosol   UACCUGGUUGAUCCUGCCAGUAGCAUAUGCUUGpYCpYCAAAGAUUAAGCCAUGCAUGUCUAAGUACGCACGGCCGGUACAGUGAAACUGCGAAUGGCUCAUUAAAUCAGpYUAUGGUUCCpYUUGGUCGCUCGCUCCUCUCCCACUUGGAUAACUGUGGUAAUUCUAGAGCUAAUACAUGCCGACGGGCGCUGACCCCCUUCGCGGGGGGGApYGCGUGCApYUUAUCAGAUCAAAACCAACCCGGUCAGCCCCUCUCCGGCCCCGGCCGGGGGGCGGGCGCCGGCGGCUUUGGUGACUCpYAGAUAACCUCGGGCCGAUCGCACGCCCCCCGUGGCGGCGACGACCCAUUCGAACGUCUGCCCUAUCAACUUUCGAUGGUAGUCGCCGUGCCUACCAUGGUGACCACGGGpYGACGGGGAAUCAGGGUUCGAUUCCGGAGAGGGAGCCUGAGAAACGGCUACCACAUCCAAGGAAGGCAGCAGGCGCGCAAAUUACCCACUCCCGACCCGGGGAGGUAGUGACGAAAAAUAACAAUACAGGACUCUUUCGAGGCCCUGUAAUUGGAAUGAGUCCACUpYUAAAUCCUUUAACGAGGAUCCAUUGGAGGGCAAGUCpYGGUGCCAGCAGCCGCGGUAAUUCCAGCUCCAAUAGCGUAUAUUAAAGUUGCUGCAGUUAAAAAGCUCGUAGUUGGApYCUUGGGAGCGGGCGGGCGGUCCGCCGCGAGGCGAGCCACCGCCCGUCCCCGCCCCUUGCCUCUCGGCGCCCCCUCGAUGCUCUUAGCUGAGUGUCCCGCGGGGCCCGAAGCGUUUACUUUGAAAAAAUpYAGAGUGpYUCAAAGCAGGCCCGAGCCGCCUGGAUACCGCAGCUAGGAApYAApYGGAAUAGGACCGCGGUUCUAUUUUGUUGGUUUUCGGAACUGAGGCCAUGAUpYAAGAGGGACGGCCGGGGGCAUUCGUAUUGCGCCGCUAGAGGUGAAAUpYCUUGGACCGGCGCAAGACGGACCAGAGCGAAAGCAUUpYGCCAAGAAUGUUUUCAUUAAUCAAGAACGAAAGUCGGAGGUpYCGAAGACGApYCAGAUACCGUCGUAGUUCCGACCApYAAACGAUGCCGACCGGCGAUGCGGCGGCGUUAUUCCCAUGACCCGCCGGGCAGCUUCCGGGAAACCAAAGUCUUUGGGUUCCGGGGGGAGUApYGGpYUGCAAAGCUGAAACUUAAAGGAAUUGACGGAAGGGCACCACCAGGAGUGGAGCCUGCGGCUUAAUUUGACUCAACACGGGAAACCUCACCCGGCCCGGACACGGACAGGAUUGACAGAUUGAUAGCUCUUUCUCGAUUCCGUGGGUGGUGGUGCAUGGCCGUUCUUAGUUGGUGGAGCGAUUUGUCUGGUUAAUUCCGAUAACGAACGAGACUCUGGCAUGCUAACUAGUUACGCGACCCCCGAGCGGUCGGCGUCCCCCAACUUCUpYAGAGGGACAAGUGGCGUUCAGCCACCCGAGAUUGAGCAAUAACAGGUCUGUGAUGCCCUUAGAUGUCCGGGGCUGCACGCGCGCUACACUGACUGGCUCAGCGUGUGCCUACCCUACGCCGGCAGGCGCGGGUAACCCGUUGAACCCCAUUCGUGAUGGGGAUCGGGGAUUGCAAUUAUpYCCCCAUGAACGAGGAAUpYCCCAGUAAGUGCGGGUCAUAAGCUUGCGUUGAUUAAGUCCCUGCCCUUpYGUACACACCGCCCGUCGCUACUACCGAUUGGAUGGUUUAGUGAGGCCCUCGGAUCGGCCCCGCCGGGGUCGGCCCACGGCCCUGGCGGAGCGCUGAGAAGACGGUCGAACUUGACUAUCUAGAGGAAGUAAAAGUCGUAACAAGGUUUCCGUAGGUGAACCUGCGGAAGGAUCAUUA
1257 INCARNATO_HS58S  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGGpUmGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCUGCGAGAAUUAAUGUGAAUUpGmCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1258 KROGH_HS58S  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGGpUmGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCUGCGAGAAUUAAUGUGAAUUpGmCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1259 MOTORIN_HS58S  rRNA  LSU-S  5.8S  Homo sapiens  Cytoplasm  CGACUCUUAGCGGpUmGGAUCACUCGGCUCGUGCGUCGAUGAAGAACGCAGCUAGCUGCGAGAAUUAAUGUGAAUUpGmCAGGACACAUUGAUCAUCGACACUUCGAACGCACUUGCGGCCCCGGGUUCCUCCCGGGGCUACGCCUGUCUGAGCGUCGCUU
1260 1ASZ_A  tRNA  Asp  QUC  Saccharomyces cerevisiae  Cytoplasm  UCCGUGAUAGUUpYAApDGGpDCAGAAUGGGCGCpYUGUCpm1GCGUGCCAGAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAGCCA
1261 1ASZ_B  tRNA  Asp  QUC  Saccharomyces cerevisiae  Cytoplasm  UCCGUGAUAGUUpYAApDGGpDCAGAAUGGGCGCpYUGUCpm1GCGUGCCAGAUpm5CGGGGpm5UpYCAAUUCCCCGUCGCGGAGCCA
1262 1B23_A  tRNA  Cys  GCA  Escherichia coli  Cytoplasm  GCGCGUps4UAACAAAGCGGpDpDAUGUAGCGGApYUGCApms2i6AApYCCGUCUAGUCCGGpm5UpYCGACUCCGGAACGCGCCUCCA
1263 1C0A_A  tRNA  Asp  QUC  Escherichia coli  Cytoplasm  GAGCGGps4UAGUUCAGpDCGGpDpDAGAAUACCUGCCUxGUCACGCAGGGGpm7GUCGCGGGpm5UpYCGAGUCCCGpYCCGUUCCGCCA
1264 1F7U_A  tRNA  Arg  ICG  Escherichia coli  Cytoplasm  UCCUCGUpm1Gpm2,2GCCCAApDGGpDCACGGCpm2,2GpYCUGGCUpICGAACCAGAAGApDUpm5CCAGGpm5UpYCApm1AGUCCUGGCGGGGAAGCCA
1265 1F7V_A  tRNA  Arg  ICG  Escherichia coli  Cytoplasm  UCCUCGUpm1Gpm2,2GCCCAApDGGpDCACGGCpm2,2GpYCUGGCUpICGAACCAGAAGApDUpm5CCAGGpm5UpYCApm1AGUCCUGGCGGGGAAG
1266 1OB2_B  tRNA  Phe  #AA  Escherichia coli  Cytoplasm  CGGAUUUApm2,2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGUpYCGpm1AUCCACAGAAUUCGCACC
1267 1OB5_B  tRNA  Phe  #AA  Escherichia coli  Cytoplasm  CGGAUUUApm2,2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCAC
1268 1OB5_D  tRNA  Phe  #AA  Escherichia coli  Cytoplasm  GCGGAUUUApm2,2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCAC
1269 1OB5_F  tRNA  Phe  #AA  Escherichia coli  Cytoplasm  GCGGAUUUApm2,2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCAC
1270 1QF6_A  tRNA  Thr  CGU  Escherichia coli  Cytoplasm  CCGAUAUAGCUCAGpDpDGGpDAGAGCAGCGCAUUCGUpm6t6AAUGCGAAGpm7GUCGUAGGpm5UpYCGACUCCUAUUAUCGGCACCA
1271 1TTT_A  tRNA  Phe  #AA  Thermus aquaticus  Cytoplasm  CGGAUUUApm2,2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1272 1TTT_B  tRNA  Phe  #AA  Thermus aquaticus  Cytoplasm  GCGGAUUUApm2,2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1273 1TTT_C  tRNA  Phe  #AA  Thermus aquaticus  Cytoplasm  GCGGAUUUApm2,2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGCACCA
1274 3B0V_A  tRNA  Phe  #AA  Thermus thermophilus  Cytoplasm  CCGAGGUAGCUCAGUUGGpDAGAGCAUGCGACUGAAAAUCGCAGUGUCGGCGGUUCGAUUCCGCCCCUCGGCA
1275 3B0V_B  tRNA  Phe  #AA  Thermus thermophilus  Cytoplasm  GCCGAGGUAGCUCAGUUGGpDAGAGCAUGCGACUGAAAAUCGCAGUGUCGGCGGUUCGAUUCCGCCCCUCGGCA
1276 3V11_D  tRNA  Sec  UCA  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1277 4DR1_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1278 4DR2_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1279 4DR3_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1280 4DUY_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUCUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1281 4DUZ_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUCUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1282 4DV0_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCGGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1283 4DV1_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCGGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1284 4DV2_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUAAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1285 4DV3_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUAAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1286 4DV4_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAGAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1287 4DV5_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAGAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1288 4DV6_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAGGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1289 4DV7_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAGGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1290 4JI0_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1291 4JI1_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1292 4JI2_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1293 4JI3_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCpYpYUCU
1294 4JI4_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGUGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1295 4JI5_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1296 4JI6_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1297 4JI7_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1298 4JI8_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1299 4JYZ_B  tRNA  Gln  㑆UG  Escherichia coli  Cytoplasm  GGGUAps4UCGCCAAGCpGmGpDAAGGCACCGGUpUmU1RNUGpm2ApYACCGGCACGCAGGpm5UpYCGAAUCCUGCUACCCCAGCCA
1300 4KVB_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGAGGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCACpYpYUCU
1301 4LF4_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCACpYpYUCU
1302 4LF5_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCACpYpYUCU
1303 4LF6_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCAUCU
1304 4LF7_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCpYUCU
1305 4LF8_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGAAGGUGCGGCUGGAUCpYUCU
1306 4LF9_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1307 4LFA_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1308 4LFB_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1309 4LFC_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1310 4NXM_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCGCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1311 4NXN_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCGCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1312 4P5J_A  tRNA  Ser  CGA  White bream virus  Cytoplasm  GCUCGCCAGUUAGCGAGGUCUGUCUCGACACGACAGAUAAUCGGGUGCAACUCCCGCCCCUCUUCCGAGGGUCAUCGGAACCpA2'3'cp
1313 4WPO_FB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1314 4WPO_MD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1315 4WQF_DB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGUCGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1316 4WQF_EB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1317 4WQF_JD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGUCGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1318 4WQF_KD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1319 4WQU_DB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGUCGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1320 4WQU_EB  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1321 4WQU_KD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGUCGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1322 4WQU_LD  tRNA  Ile  *AP  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1323 4WQY_DB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1324 4WQY_ID  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1325 4WRA_ZB  tRNA  Tyr  GUA  Escherichia coli  Cytoplasm  GUGGGGUUCCCGAGCGGCCAAAGGGAGCAGACUGUApms2i6AApYCUGCCGUCAUCGACUUCGAAGGUUCGAAUCCUUCCCCCACCACCA
1326 4WSD_AC  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGUCGGUAGAGCAGGGGApYUGAAAAUCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1327 4WZO_YB  tRNA  Met  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCCGGUAGCUCGUCGGGpCmUCAUAACCCGAAGpm7GUCGUCGGUpYCAAAUCCGGCCCCCGCAACCA
1328 4Y4O_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1329 4Y4O_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1330 4Y4P_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1331 4Y4P_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1332 4YBB_VB  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2,2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAAC3TDApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGpm6AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2,2GGGApDAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGpYpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1333 4Z3S_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1334 4Z3S_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1335 4Z8C_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1336 4Z8C_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1337 5BR8_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1338 5CCX_C  tRNA  Lys  !UU  Homo sapiens  Cytoplasm  GCCCGGAUAGCUCAGUCGGUAGAGCAUCAGACUUUUAAUCUGAGGGUCCAGGGUUCApm1AGUCCCUGUUCGGGCGCCA
1339 5DFE_LA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1340 5DFE_GB  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1341 5DOX_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1342 5DOX_FC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1343 5DOY_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1344 5DOY_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1345 5E7K_AC  tRNA  Lys  !UU  Escherichia coli  Cytoplasm  GGUCGUUAGCUCAGUUGGUAGAGCAGUUGACUUUUAApYCAAUUGGUCGCAGGpm5UpYCGAAUCCUGCACGACCCACCA
1346 5EL4_AC  tRNA  Lys  !UU  Escherichia coli  Cytoplasm  GGUCGUUAGCUCAGGGUAGAGCAGUUGACUUUUAApYCAAUUGGUCGCAGGUUCGAAUCCUGCACGACCCACCA
1347 5EL5_AC  tRNA  Lys  !UU  Escherichia coli  Cytoplasm  GGUCGUUAGCUCAGUUGGUAGAGCAGUUGACUUUUAApYCAAUUGGUCGCAGGUUCGAAUCCUGCACGACCCACCA
1348 5EL7_AC  tRNA  Lys  !UU  Escherichia coli  Cytoplasm  GGUCGUUAGCCAGUUGGUAGAGCAGUUGACUUUUpt6AApYCAAUUGGUCGCAGGUUCGAAUCCUGCACGACCCACCA
1349 5F8K_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1350 5F8K_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1351 5FDU_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1352 5FDU_HC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1353 5FDV_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1354 5FDV_IC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1355 5HCP_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1356 5HCP_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1357 5HCQ_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1358 5HCQ_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1359 5HCR_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1360 5HCR_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1361 5HD1_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1362 5HD1_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1363 5IB8_YB  tRNA  Lys  !UU  Thermus thermophilus  Cytoplasm  GGUCGUUAGCUCAUGGAGCAGUUGACUUUUAAUCAAUUGCGCAGGpm5UpYCGAAUCCUGCACGACCCA
1364 5IBB_YB  tRNA  Lys  !UU  Thermus thermophilus  Cytoplasm  GGUGAUUAGCUCAUGGAGCACCUCCCUUACAAGGAGGGGCGGCGGpm5UpYCGAUCCCGUCAUCACCCACCA
1365 5IT8_JB  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2,2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAAC3TDApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGpm6AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2,2GGGApDAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGpYpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1366 5J4B_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1367 5J4B_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1368 5J4C_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1369 5J4C_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1370 5J5B_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2,2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAAC3TDApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGpm6AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2,2GGGApDAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGpYpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1371 5J7L_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2,2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAAC3TDApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGpm6AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2,2GGGApDAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGpYpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1372 5J88_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2,2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAAC3TDApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGpm6AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2,2GGGApDAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGpYpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1373 5J8A_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2,2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAAC3TDApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGpm6AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2,2GGGApDAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGpYpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1374 5J8B_FB  tRNA  Phe  GAA  Thermus thermophilus  Cytoplasm  CCCGGAps4UAGCUCAGGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUGUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1375 5J91_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2,2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAAC3TDApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGpm6AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2,2GGGApDAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGpYpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1376 5JC9_AD  rRNA  LSU  23S  Escherichia coli  Cytoplasm  GUUAAGCGACUAAGCGUACACGGUGGAUGCCCUGGCAGUCAGAGGCGAUGAAGGACGUGCUAAUCUGCGAUAAGCGUCGGUAAGGUGAUAUGAACCGUUAUAACCGGCGAUUUCCGAAUGGGGAAACCCAGUGUGUUUCGACACACUAUCAUUAACUGAAUCCAUAGGUUAAUGAGGCGAACCGGGGGAACUGAAACAUCUAAGUACCCCGAGGAAAAGAAAUCAACCGAGAUUCCCCCAGUAGCGGCGAGCGAACGGGGAGCAGCCCAGAGCCUGAAUCAGUGUGUGUGUUAGUGGAAGCGUCUGGAAAGGCGCGCGAUACAGGGUGACAGCCCCGUACACAAAAAUGCACAUGCUGUGAGCUCGAUGAGUAGGGCGGGACACGUGGUAUCCUGUCUGAAUAUGGGGGGACCAUCCUCCAAGGCUAAAUACUCCUGACUGACCGAUAGUGAACCAGUACCGUGAGGGAAAGGCGAAAAGAACCCCGGCGAGGGGAGUGAAAAAGAACCUGAAACCGUGUACGUACAAGCAGUGGGAGCACGCUUAGGCGUGUGACUGCGUACCUUUUGUAUAAUGGGUCAGCGACUUAUAUUCUGUAGCAAGGUUAACCGAAUAGGGGAGCCGAAGGGAAACCGAGUCUUAACUGGGCGUUAAGUUGCAGGGUAUAGACCCGAAACCCGGUGAUCUAGCCAUGGGCAGGUUGAAGGUUGGGUAACACUAACUGGAGGACCGAACCGACUAAUpm1GpYpm5UGAAAAAUUAGCGGAUGACUUGUGGCUGGGGGUGAAAGGCCAAUCAAACCGGGAGAUAGCUGGUUCUCCCCGAAAGCUAUUUAGGUAGCGCCUCGUGAAUUCAUCUCCGGGGGUAGAGCACUGUUUCGGCAAGGGGGUCACUUACCAACCCGAUGCAAACUGCGAAUACCGGAGAAUGUUAUCACGGGAGACACACGGCGGGpYGCUAACGUCCGUCGUGAAGAGGGAAACAACCCAGACCGCCAGCUAAGGUCCCAAAGUCAUGGUUAAGUGGGAAACGAUGUGGGAAGGCCCAGACAGCCAGGAUGUUGGCUUAGAAGCAGCCAUCAUUUAAAGAAAGCGUAAUAGCUCACUGGUCGAGUCGGCCUGCGCGGAAGAUGUAACGGGGCUAAACCAUGCACCGAAGCUGCGGCAGCGACGCUUAUGCGUUGUUGGGUAGGGGAGCGUUCUGUAAGCCUGCGAAGGUGUGCUGUGAGGCAUGCUGGAGGUAUCAGAAGUGCGAAUGCUGACAUAAGUAACGAUAAAGCGGGUGAAAAGCCCGCUCGCCGGAAGACCAAGGGUUCCUGUCCAACGUUAAUCGGGGCAGGGUGAGUCGACCCCUAAGGCGAGGCCGAAAGGCGUAGUCGAUGGGAAACAGGUUAAUAUUCCUGUACUUGGUGUUACUGCGAAGGGGGGACGGAGAAGGCUAUGUUGGCCGGGCGACGGUUGUCCCGGUUUAAGCGUGUAGGCUGGUUUUCCAGGCAAAUCCGGAAAAUCAAGGCUGAGGCGUGAUGACGAGGCACUACGGUGCUGAAGCAACAAAUGCCCUGCUUCCAGGAAAAGCCUCUAAGCAUCAGGUAACAUCAAAUCGUACCCCAAACCGACACpm6AGGUGGUCAGGUAGAGAAUACCAAGGCGCUUGAGAGAACUCGGGUGAAGGAACUAGGCAAAAUGGUGCCGUAACUUCGGGAGAAGGCACGCUGAUAUGUAGGUGAGGUCCCUCGCGGAUGGAGCUGAAAUCAGUCGAAGAUACCAGCUGGCUGCAACUGUUUAUUAAAAACACAGCACUGUGCAAACACGAAAGUGGACGUAUACGGUGUGACGCCUpm2,2GCCCGGUGCCGGAAGGUUAAUUGAUGGGGUUAGCGCAAGCGAAGCUCUUGAUCGAAGCCCCGGUAAACGGCGGCCGpYAAC3TDApYAACGGUCCUAAGGUAGCGAAApm5UUCCUUGUCGGGUAAGUUCCGACpm5CUGCACGAAUGGCGUAAUGAUGGCCAGGCUGUCUCCACCCGAGACUCAGUGAAAUUGAACUCGCUGUGpm6AAGAUGCAGUGUACCCGCGGCAAGACGGAAAGACCCCGUpm7GAACCUUUACUAUAGCUUGACACUGAACAUUGAGCCUUGAUGUGUAGGAUAGGUGGGAGGCUUUGAAGUGUGGACGCCAGUCUGCAUGGAGCCGACCUUGAAAUACCACCCUUUAAUGUUUGAUGUUCUAACGUUGACCCGUAAUCCGGGUUGCGGACAGUGUCUGGUGGGUAGUUUGACUGpGmGGCGGUCUCCUCCUAAAGAGUAACGGAGGAGCACGAAGGUUGGCUAAUCCUGGUCGGACAUCAGGAGGUUAGUGCAAUGGCAUAAGCCAGCUUGACUGCGAGCGUGACGGCGCGAGCAGGUGCGAAAGCAGGUCAUAGUGAUCCGGUGGUUCUGAAUGGAAGGGCCAUCGCUCAACGGAUAAAAGGUACUCCGpm2,2GGGApDAACAGGCpYGAUACCGCCCAAGAGUUCAUAUCGACGGCGGUGUUUGGCApCmCUCGpm2ApYGUCGGCUCAUCACAUCCUGGGGCUGAAGUAGGUCCCAAGGGUAUGGCpUmGUUCGCCAUUUAAAGUGGUACGCGAGCpYGGGUUUAGAACGUCGUGAGACAGpYpYCGGUCCCUAUCUGCCGUGGGCGCUGGAGAACUGAGGGGGGCUGCUCCUAGUACGAGAGGACCGGAGUGGACGCAUCACUGGUGUUCGGGUUGUCAUGCCAAUGGCACUGCCCGGUAGCUAAAUGCGGAAGAGAUAAGUGCUGAAAGCAUCUAAGCACGAAACUUGCCCCGAGAUGAGUUCUCCCUGACCCUUUAAGGGUCCUGAAGGAACGUUGAAGACGACGACGUUGAUAGGCCGGGUGUGUAAGCGCAGCGAUGCGUUGAGCUAACCGGUACUAAUGAACCGUGAGGCUUAACCU
1377 5L4O_A  tRNA  Met  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCUACC
1378 5V8I_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGAGGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1379 5V8I_FC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGAGGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1380 5VPP_ZC  tRNA  Glu  UUC  Escherichia coli  Cytoplasm  GGUGAUUGGCGCAGCCUGGUAGCGCACUUCGUUCGGpm1GGACGAAGGGGUCGGAGGUUCGAAUCCUCUAUCACCGACCA
1381 5VPP_BD  tRNA  Glu  UUC  Escherichia coli  Cytoplasm  CGGUGAUUGGCGCAGCCUGGUAGCGCACUUCGUUCGGpm1GGACGAAGGGGUCGGAGGUUCGAAUCCUCUAUCACCGACCA
1382 5W4K_JC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAU
1383 5WIS_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1384 5WIS_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1385 5WIT_DB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1386 5WIT_HD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1387 5WNQ_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1388 5WNR_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1389 5WNS_A  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  GGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUUUUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUCCpYpYUCU
1390 6CAE_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1391 6CAE_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1392 6CFJ_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1393 6CFJ_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1394 6CFK_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1395 6CFK_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1396 6CFL_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1397 6CFL_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1398 6CZR_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1399 6CZR_FC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1400 6FKR_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1401 6FKR_HC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1402 6GSJ_ZB  tRNA  Thr  GGU  Escherichia coli  Cytoplasm  CUGAUAUAGCUCAGUAGAGCGCACCCUUGGUAAGGGUGAGGUCGGCAGpm5UpYCGAAUCUGCCUAUCAGCACCA
1403 6N9E_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1404 6N9E_FD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1405 6N9F_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1406 6N9F_FD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1407 6ND5_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1408 6ND5_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1409 6ND6_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1410 6ND6_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1411 6O97_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1412 6O97_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1413 6OF1_DB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1414 6OF1_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1415 6QNQ_AC  tRNA  Met  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpCmUCAUAACCCGAAGpm7GUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1416 6QNR_CC  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGpDCGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GxXCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1417 6UO1_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1418 6UO1_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1419 6XHV_DB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1420 6XHV_HD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1421 6XHW_DB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1422 6XHW_HD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1423 6XHX_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1424 6XHX_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1425 6XHY_DB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1426 6XHY_HD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1427 6XQD_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1428 6XQD_DD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1429 6XQE_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1430 6XQE_DD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1431 7AZO_ZB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAUAGCUCAGUCGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUGUCCUUGGpm5UUCGAUUCCGAGUCCGGGCACCA
1432 7AZS_ZB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAUAGCUCAGUCGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUGUCCUUGGpm5UUCGAUUCCGAGUCCGGGCACCA
1433 7JQL_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1434 7JQL_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1435 7JQM_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1436 7JQM_ED  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1437 7MD7_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1438 7MD7_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1439 7RQ8_DB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1440 7RQ8_HD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1441 7RQ9_DB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1442 7RQ9_HD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1443 7U2H_DB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CGGGCGps4UAGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGpm5UpYCGAUUCCCUUCGCCCGCUCCA
1444 7U2H_HD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCGGGCGps4UAGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGpm5UpYCGAUUCCCUUCGCCCGCUCCA
1445 7U2I_DB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CGGGCGps4UAGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGpm5UpYCGAUUCCCUUCGCCCGCUCCA
1446 7U2I_HD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCGGGCGps4UAGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGpm5UpYCGAUUCCCUUCGCCCGCUCCA
1447 7U2J_EB  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  CGGGCGps4UAGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGpm5UpYCGAUUCCCUUCGCCCGCUCCA
1448 7U2J_JD  tRNA  Gly  CCC  Escherichia coli  Cytoplasm  GCGGGCGps4UAGUUCAAGGUAGAACGAGAGCUUCCCAAGCUCUAUACGAGGGpm5UpYCGAUUCCCUUCGCCCGCUCCA
1449 7VNV_A7  tRNA  Val  JAC  Sulfolobus tokodaii  Cytoplasm  GGCCps4UACGps4UCpm2,2GUCpYApG+CpCmUGGUUAGGACpm2,2GCCGCCpCmUpUmACAAGGCGGAGGxXpm5Cpm5CUGGGps2UpYpCmpm1Ipm1AGUCCCAGCGGGCCCACCA
1450 7VNV_B  tRNA  Val  JAC  Sulfolobus tokodaii  Cytoplasm  GGGCCps4UACGps4UCpm2,2GUCpYApG+CpCmUGGUUAGGACpm2,2GCCGCCpCmUpUmACAAGGCGGAGGxXpm5Cpm5CUGGGps2UpYpCmpm1Ipm1AGUCCCAGCGGGCCCACCA
1451 7VNW_A  tRNA  Val  JAC  Sulfolobus tokodaii  Cytoplasm  GGCCps4UACGUCpm2,2GUCpYApG+CpCmUGGUUAGGACpm2,2GCCGCCpCmUpUmACAAGGCGGAGGUpm5Cpm5CUGGGUpYpCmpm1Ipm1AGUCCCAGCGGGCCCACCA
1452 7VNW_B  tRNA  Val  JAC  Sulfolobus tokodaii  Cytoplasm  GGGCCps4UACGUCpm2,2GUCpYApG+CpCmUGGUUAGGACpm2,2GCCGCCpCmUpUmACAAGGCGGAGGUpm5Cpm5CUGGGUpYpCmpm1Ipm1AGUCCCAGCGGGCCCACCA
1453 8CVJ_EB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1454 8CVJ_JD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1455 8CVK_EB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1456 8CVK_JD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1457 8CVL_EB  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  CCCGGAps4UAGCUCAGGGUAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1458 8CVL_JD  tRNA  Phe  GAA  Escherichia coli  Cytoplasm  GCCCGGAps4UAGCUCAGGGAGAGCAGGGGApYUGAApms2i6AApYCCCCGUpm7GUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
1459 8EKB_BB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1460 8EKB_DD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1461 8EV6_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1462 8EV6_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1463 8EV7_CB  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1464 8EV7_GD  tRNA  Ile  CAU  Escherichia coli  Cytoplasm  GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1465 8FC1_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1466 8FC1_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1467 8FC2_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1468 8FC2_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1469 8FC3_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1470 8FC3_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1471 8FC4_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1472 8FC4_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1473 8FC5_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1474 8FC5_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1475 8FC6_FA  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1477 8FC6_GC  rRNA  SSU  16S  Thermus thermophilus  Cytoplasm  UUGGAGAGUUUGAUCCUGGCUCAGGGUGAACGCUGGCGGCGUGCCUAAGACAUGCAAGUCGUGCGGGCCGCGGGGUACUCCGUGGUCAGCGGCGGACGGGUGAGUAACGCGUGGGUGACCUACCCGGAAGAGGGGGACAACCCGGGGAAACUCGGGCUAAUCCCCCAUGUGGACCCGCCCCUUGGGGUGUGUCCAAAGGGCUUUGCCCGCUUCCGGAUGGGCCCGCGUCCCAUCAGCUAGUUGGUGGGGUAAUGGCCCACCAAGGCGACGACGGGUAGCCGGUCUGAGAGGAUGGCCGGCCACAGGGGCACUGAGACACGGGCCCCACUCCUACGGGAGGCAGCAGUUAGGAAUCUUCCGCAAUGGGCGCAAGCCUGACGGAGCGACGCCGCUUGGAGGAAGAAGCCCUUCGGGGUGUAAACUCCUGAACCCGGGACGAAACCCCCGACGAGGGGACUGACGGUACCGGGGUAAUAGCGCCGGCCAACUCCGpYGCCAGCAGCCpm7GCGGUAAUACGGAGGGCGCGAGCGUUACCCGGAUUCACUGGGCGUAAAGGGCGUGUAGGCGGCCUGGGGCGUCCCAUGUGAAAGACCACGGCUCAACCGUGGGGGAGCGUGGGAUACGCUCAGGCUAGACGGUGGGAGAGGGUGGUGGAAUUCCCGGAGUAGCGGUGAAAUGCGCAGAUACCGGGAGGAACGCCGAUGGCGAAGGCAGCCACCUGGUCCACCCGUGACGCUGAGGCGCGAAAGCGUGGGGAGCAAACCGGAUUAGAUACCCGGGUAGUCCACGCCCUAAACGAUGCGCGCUAGGUCUCUGGGUCUCCUGGGGGCCGAAGCUAACGCGUUAAGCGCGCCGCCUGGGGAGUACGGCCGCAAGGCUGAAACUCAAAGGAAUUGACGGGGGCCCGCACAAGCGGUGGAGCAUGUGGUUUAAUUCGAApm2,2Gpm5CAACGCGAAGAACCUUACCAGGCCUUGACAUGCUAGGGAACCCGGGUGAAAGCCUGGGGUGCCCCGCGAGGGGAGCCCUAGCACAGGUGCUGCAUGGCCGUCGUCAGCUCGUGCCGUGAGGUGUUGGGUUAAGUCCCGCAACGAGCGCAACCCCCGCCGUUAGUUGCCAGCGGUUCGGCCGGGCACUCUAACGGGACUGCCCGCGAAAGCGGGAGGAAGGAGGGGACGACGUCUGGUCAGCAUGpm2,2GCCCUUACGGCCUGGGCGACACACGUGCUACAAUGCCCACUACAAAGCGAUGCCACCCGGCAACGGGGAGCUAAUCGCAAAAAGGUGGGCCCAGUUCGGAUUGGGGUCUGCAACCCGACCCCAUGAAGCCGGAAUCGCUAGUAAUCGCGGAUCAGCCAUGCCGCGGUGAAUACGUUCCCGGGCCUUGUACACACpm5CGpm4CmCpm5CGUpm5CACGCCAUGGGAGCGGGCUCUACCCGAAGUCGCCGGGAGCCUACGGGCAGGCGCCGAGGGUAGGGCCCGUGACUGGGGCGAAGUCGpm3UAACAAGGUAGCUGUACCGGpm6,6Apm6,6AGGUGCGGCUGGAUC
1478 8JOZ_B  tRNA  Ser  NGA  Escherichia coli  Cytoplasm  GAAGUGps4UGGCCGAGCpGmGpDpDGAAGGCACCGGUpCmUxXGApYmpUmpmnm5s2UAACCGGCGACCCGAAAGGGUUCCAGAGpm5UpYCGAAUCUCUGCGCUUCCGCCA
1479 1D4R_C  other    synthetic construct    ppGGUGACCUCCCGGGAGCGGGGGACCACUA
1480 1DUH_A  other    synthetic construct    UCUGUUUACCAGGUCAGGUCCGGAAGGAAGCAGCCAAGGCAGApGp
1481 1DUL_A  other    synthetic construct    GCUCUGUUUACCAGGUCAGGUCCGAAAGGAAGCAGCCAAGGCAGAGCxX
1482 1F1T_A  other    synthetic construct    GA5BUCCCGAC5BUGGCGAGAGCCAGG5BUAACGAA5BUGGA5BUCC
1483 1HQ1_A  other    synthetic construct    GCUCUGUUUACCAGGUCAGGUCCGAAAGGAAGCAGCCAAGGCAGAGCxX
1484 1I7J_A  other    synthetic construct    pGmpCmpGmpCmpGm
1485 1I7J_B  other    synthetic construct    pCmpGmpCmpGmpCmpGm
1486 1JBS_A  other    synthetic construct    pGmpCmpUmpCmpCmUCAGUACGAUAGGAACCpGmpGmpAmpGmpCmpGm
1487 1JBS_B  other    synthetic construct    pCmpGmpCmpUmpCmpCmUCAGUACGAUAGGAACCpGmpGmpAmpGmpCmpGm
1488 1JID_A  other    synthetic construct    G5BUGACC5BUCCCGGGAGCGGGGGACCACUpA2'3'cp
1489 1JZV_B  other    synthetic construct    AGUACG5ICC
1490 1JZV_D  other    synthetic construct    CAGUACG5ICC
1491 1K8W_A  other    synthetic construct    GCAACGGUFHUCGAUCCCGUUGC
1492 1KFO_A  other    synthetic construct    AAUGCCUGCGAGCA5BUCCC
1493 1L9A_A  other    synthetic construct    ACACUAAGUUCGGCAUCAAUAUGGUGACCUCCCGGGAGCGGGGGACCACCAGGUUGCCUAGAGGGGUGAACCGGCCCAGGUCGGAAACGGAGCAGGUCAAAACUCCCGUGCUGAUCAGUAGUGUxX
1494 1LNT_B  other    synthetic construct    GGAAGCAGCBVGC
1495 1MFQ_A  other    synthetic construct    ACACUAAGUUCGGCAUCAAUAUGGUGACCUCCCGGGAGCGGGGGACCACCAGGUUGCCUAAGGAGGGGUGAACCGGCCCAGGUCGGAAACGGAGCAGGUCAAAACUCCCGUGCUGAUCAGUAGUGUxX
1496 1NJM_B  other    synthetic construct    GGGCUAAGCCGCUUAGCUCCACCPPU
1497 1NJP_B  other    synthetic construct    GGGCUAAGCCGCUUAGCUCCACCPPU
1498 1QBP_A  other    synthetic construct    GCBVCBVAGUUCGCUGGC
1499 1QBP_B  other    synthetic construct    UGCBVCBVAGUUCGCUGGC
1500 1QBP_C  other    synthetic construct    UGCBVCBVAGUUCGCUGGC
1501 1QBP_D  other    synthetic construct    UGCBVCBVAGUUCGCUGGC
1502 1QBP_E  other    synthetic construct    UGCBVCBVAGUUCGCUGGC
1503 1QBP_F  other    synthetic construct    UGCBVCBVAGUUCGCUGGC
1504 1QZW_A  other    synthetic construct    GCCGGGGGAACCGGCCAGGCCCGGAAGGGAGCAACCGUGCCCGGUxX
1505 1QZW_B  other    synthetic construct    Gpm5UpYGCCGGGGGAACCGGCCAGGCCCGGAAGGGAGCAACCGUGCCCGGUxX
1506 1QZW_C  other    synthetic construct    Gpm5UpYGCCGGGGGAACCGGCCAGGCCCGGAAGGGAGCAACCGUGCCCGGUxX
1507 1QZW_D  other    synthetic construct    Gpm5UpYGCCGGGGGAACCGGCCAGGCCCGGAAGGGAGCAACCGUGCCCGGUxX
1508 1RLG_A  other    synthetic construct    C5BUC5BUGACCGAAAGGCGUGA5BUGAGC
1509 1RLG_B  other    synthetic construct    GC5BUC5BUGACCGAAAGGCGUGA5BUGAGC
1510 1S77_C  other    synthetic construct    CACGGCGA3DA
1511 1VQ4_C  other    synthetic construct    C5AAps2Upm1IpYpYpm1Ips2UpDACC
1512 1VQ5_C  other    synthetic construct    pDC5AAps2Upm1IpYpYpm1Ips2UACC
1513 1VQ7_C  other    synthetic construct    C5AAps2Upm1IpYpYApm6t6AACC
1514 1VQL_C  other    synthetic construct    CPPUpm5Upmnm5s2Upm6t6ApDACC
1515 1VQM_C  other    synthetic construct    CPPUpYpm1Ips2UpDACC
1516 1VQP_C  other    synthetic construct    pDCPPUxApm5s2UApYpm1Ips2UACC
1517 1XMO_C  other    synthetic construct    ACUpmnm5UUUpt6AAUC
1518 1XMQ_C  other    synthetic construct    ACUUUUpt6AAUC
1519 1Y27_A  other    synthetic construct    GAUCAUAUAAUCGCGUGGAUAUGGCACGCAAGUUUCUACCGGGCACCGUAAAUGUCCGACUAUGGUxX
1520 1Y3O_A  other    synthetic construct    U5BUGCUGAAGUGCACACAGCAAG
1521 1Y3O_B  other    synthetic construct    CU5BUGCUGAAGUGCACACAGCAAG
1522 1Y3S_A  other    synthetic construct    U5BUGCUGAAGUGCACACAGCAAG
1523 1Y3S_B  other    synthetic construct    CU5BUGCUGAAGUGCACACAGCAAG
1524 1Y90_A  other    synthetic construct    5BUUGCUGAGGUGCACACAGCAAG
1525 1Y90_B  other    synthetic construct    C5BUUGCUGAGGUGCACACAGCAAG
1526 1YVP_B  other    synthetic construct    IUGACIUAGCC
1527 1YVP_D  other    synthetic construct    IUIUGACIUAGCC
1528 1YXP_A  other    synthetic construct    U5BUGCUGAAGUGCACACAGCAAG
1529 1YXP_B  other    synthetic construct    CU5BUGCUGAAGUGCACACAGCAAG
1530 1YY0_B  other    synthetic construct    CAGAM5MUUAAAUCUGC
1531 1YZD_A  other    synthetic construct    CAGAA5MUUAAGUCUGC
1532 1YZD_B  other    synthetic construct    GCAGAA5MUUAAGUCUGC
1533 1YZD_C  other    synthetic construct    GCAGAA5MUUAAGUCUGC
1534 1Z79_A  other    synthetic construct    CAGAA5MUUAAAUCUGC
1535 1Z79_B  other    synthetic construct    GCAGAA5MUUAAAUCUGC
1536 1Z79_C  other    synthetic construct    GCAGAA5MUUAAAUCUGC
1537 1ZCI_A  other    synthetic construct    5BUUGCUGAAGUGCACACAGCAAG
1538 1ZCI_B  other    synthetic construct    C5BUUGCUGAAGUGCACACAGCAAG
1539 1ZCI_C  other    synthetic construct    C5BUUGCUGAAGUGCACACAGCAAG
1540 1ZCI_D  other    synthetic construct    C5BUUGCUGAAGUGCACACAGCAAG
1541 1ZE2_A  other    synthetic construct    GCCACGGUFHUCGAAUCCGUGGC
1542 1ZE2_B  other    synthetic construct    GGCCACGGUFHUCGAAUCCGUGGC
1543 1ZL3_A  other    synthetic construct    GCAACGGUxUCGAUCCCGUUGC
1544 2A0P_A  other    synthetic construct    CS4CCGGGG
1545 2A0P_B  other    synthetic construct    CCS4CCGGGG
1546 2AB4_A  other    synthetic construct    CACGGUFHUCGAAUCCGUGGC
1547 2ANR_A  other    synthetic construct    5BUCGCGGAUCAGUCACCCAAGCGAG
1548 2AO5_A  other    synthetic construct    GCG5BUGCGCU
1549 2AO5_B  other    synthetic construct    GGCG5BUGCGCU
1550 2AO5_C  other    synthetic construct    GGCG5BUGCGCU
1551 2AO5_D  other    synthetic construct    GGCG5BUGCGCU
1552 2AZ0_A  other    synthetic construct    CA5BUGGACGCG5BUCCA5BUGC
1553 2AZ0_B  other    synthetic construct    GCA5BUGGACGCG5BUCCA5BUGC
1554 2AZ2_A  other    synthetic construct    CA5BUGGACGCG5BUCCA5BUGC
1555 2AZ2_B  other    synthetic construct    GCA5BUGGACGCG5BUCCA5BUGC
1556 2B3J_A  other    synthetic construct    UGACUP5PCGGAUCAA
1557 2B3J_B  other    synthetic construct    UUGACUP5PCGGAUCAA
1558 2B3J_C  other    synthetic construct    GACUP5PCGG
1559 2B3J_D  other    synthetic construct    UUUGACUP5PCGGAUCAA
1560 2B63_A  other    synthetic construct    AGCACUGAU5BUGCGG5BUCGAGGUAGC5BU5BUGAUG
1561 2BU1_D  other    synthetic construct    AUGAGGAU5BUACCCAUG
1562 2BU1_E  other    synthetic construct    CAUGAGGAU5BUACCCAUG
1563 2C4Q_D  other    synthetic construct    AUGAGGAUPYOACCCAUG
1564 2C4Q_E  other    synthetic construct    CAUGAGGAUPYOACCCAUG
1565 2C4Y_D  other    synthetic construct    AUGAGGAUps2UACCCAUG
1566 2C4Y_E  other    synthetic construct    UGAGGAUps2UACCCA
1567 2C4Z_D  other    synthetic construct    AUGAGGAps2Ups2UACCCAUG
1568 2C4Z_E  other    synthetic construct    UGAGGAps2Ups2UACCCA
1569 2CZJ_E  other    synthetic construct    GGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGGpm5UpYCGACUCCCACCACCUCC
1570 2CZJ_G  other    synthetic construct    GGGGGUGAAACGGUCUCGACAGGGGUUCGCCUUUGGACGUGGGpm5UpYCGACUCCCACCACCUCC
1571 2DLC_A  other    synthetic construct    UCUCGGUApm2GCCAAGUpGmGGAAGGCpm2,2GCAAGAUGpYApi6AApYCUUGAGGUpm5CGGGCGpm5UpYCGpm1ACUCGCCCCCGGGAGACCA
1572 2E9T_B  other    synthetic construct    GGCCCxU
1573 2E9T_D  other    synthetic construct    GGGCCCxU
1574 2FCX_A  other    synthetic construct    U5BUGCUGAAGUGCACACAGCAAG
1575 2FCX_B  other    synthetic construct    CU5BUGCUGAAGUGCACACAGCAAG
1576 2FCY_A  other    synthetic construct    U5BUGCUGAAGUGCACACAGCAAG
1577 2FCY_B  other    synthetic construct    CU5BUGCUGAAGUGCACACAGCAAG
1578 2FCZ_A  other    synthetic construct    U5BUGCUGAAGUGCACACAGCAAG
1579 2FCZ_B  other    synthetic construct    CU5BUGCUGAAGUGCACACAGCAAG
1580 2FCZ_C  other    synthetic construct    CU5BUGCUGAAGUGCACACAGCAAG
1581 2FCZ_D  other    synthetic construct    CU5BUGCUGAAGUGCACACAGCAAG
1582 2FD0_A  other    synthetic construct    U5BUGCUGAAGUGCACACAGCAAG
1583 2FD0_B  other    synthetic construct    CU5BUGCUGAAGUGCACACAGCAAG
1584 2FMT_A  other    synthetic construct    GCGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1585 2FMT_B  other    synthetic construct    CGCGGGGps4UGGAGCAGCCUGGpDAGCUCGUCGGGpCmUCAUAACCCGAAGAUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1586 2GCS_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGApA2'3'cp
1587 2GCV_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGApA2'3'cp
1588 2GDI_A  other    synthetic construct    GACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUxX
1589 2GDI_B  other    synthetic construct    Gpm5UpYGACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUxX
1590 2H0S_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGApA2'3'cp
1591 2H0W_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGApA2'3'cp
1592 2H0X_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGApA2'3'cp
1593 2HO6_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGApA2'3'cp
1594 2HO7_B  other    synthetic construct    GCUUUAAGUUGACGAGGGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGApA2'3'cp
1595 2HOJ_A  other    synthetic construct    CGACUCGGGGUGCCCUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCpA2'3'cp
1596 2IZ9_D  other    synthetic construct    UGAGGAUONEACCCAU
1597 2IZ9_E  other    synthetic construct    AUGAGGAUONEACCCAU
1598 2JLT_B  other    synthetic construct    GAGCCUGGGAGC5BUCC
1599 2OEU_B  other    synthetic construct    GCGUpCmCUGG5BUAUCCAAUCpDC
1600 2PN3_B  other    synthetic construct    CG5BUGUCGUGCAGCC5BUCCGG
1601 2PN4_B  other    synthetic construct    CG5BUGUCGUGCAGCC5BUCCGG
1602 2PN4_D  other    synthetic construct    GCG5BUGUCGUGCAGCC5BUCCGG
1603 2R1S_A  other    synthetic construct    CGUU5BUGAAACGC
1604 2R1S_B  other    synthetic construct    GCGUU5BUGAAACGC
1605 2R20_A  other    synthetic construct    CGUU5BUGAAACGC
1606 2R20_B  other    synthetic construct    GCGUU5BUGAAACGC
1607 2R21_A  other    synthetic construct    CGUU5BUGAAACGC
1608 2R21_B  other    synthetic construct    GCGUU5BUGAAACGC
1609 2X2Q_B  other    synthetic construct    LCGTLNLCGLCALCGLCG
1610 2X2Q_D  other    synthetic construct    LCGLCGTLNLCGLCALCGLCG
1611 2XD0_D  other    synthetic construct    UUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGApA2'3'cp
1612 2XD0_E  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGApA2'3'cp
1613 2XD0_F  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGApA2'3'cp
1614 2XD0_G  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGApA2'3'cp
1615 2XD0_H  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGApA2'3'cp
1616 2XD0_I  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGApA2'3'cp
1617 2XDB_B  other    synthetic construct    UUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGApA2'3'cp
1618 2XDD_D  other    synthetic construct    UUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGApA2'3'cp
1619 2XDD_E  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGApA2'3'cp
1620 2XDD_F  other    synthetic construct    AUUCAGGUGAUUUGCUACCUUUAAGUGCAGCUAGApA2'3'cp
1621 310D_A  other    synthetic construct    pGmpCmpGmpCmpGm
1622 310D_B  other    synthetic construct    pCmpGmpCmpGmpCmpGm
1623 3B4A_B  other    synthetic construct    GCUUUAAGUUGACGAGAGCAGGGUUUAUCGAGACAUCGGCGGGUGCCCUGCGGUCUCCUGCGACCGUUAGAGGACUGGUAAAACCACAGGCGACUGUGGCAUAGAGCAGUCCGGGCAGGApA2'3'cp
1624 3B5F_C  other    synthetic construct    CGUGGUN6GCAUUACCUGCC
1625 3B5S_C  other    synthetic construct    CGUGGUN6GCAUUACCUGCC
1626 3B91_C  other    synthetic construct    CGUGGUMTUCAUUACCUGCC
1627 3BBI_C  other    synthetic construct    CGUGGUMTUCAUUACCUGCC
1628 3BNO_A  other    synthetic construct    CGUCACC5BUCGAACAAGUCGC
1629 3BNO_B  other    synthetic construct    GCGUCACC5BUCGAACAAGUCGC
1630 3BNO_C  other    synthetic construct    GCGUCACC5BUCGAACAAGUCGC
1631 3BNO_D  other    synthetic construct    GCGUCACC5BUCGAACAAGUCGC
1632 3BNQ_D  other    synthetic construct    CGUCACC5BUCGAGCAAGUCGC
1633 3BNR_D  other    synthetic construct    CGUCACC5BUCGAGCAAGUCGC
1634 3BNS_D  other    synthetic construct    CGUCACC5BUCGAGCAAGUCGC
1635 3BNT_A  other    synthetic construct    GCGUCACC5BUCGAGCAAGUCGC
1636 3BO4_A  other    synthetic construct    GCCGUGUGCCUUGCGCCGGGAAACCACGCAAGGGAUGGUGUCAAAUUCGGCGAAACCUAAGCGCCCGCCCGGGCGUAUGGCAACGCCGAGCCAAGCUUCGCAGCCAUUGCACUCCGGCUGCGAUGAAGGUGUAGAGACUAGACGGCACCCACCUAAGGCAAACGCUAUGGUGAAGGCAUAGUCCAGGGAGUGGCGpA2'3'cp
1637 3BSN_C  other    synthetic construct    GCCCGGGN5M
1638 3BT7_C  other    synthetic construct    CUGUGpm5UUCGAUCCACAGC
1639 3BT7_D  other    synthetic construct    GCUGUGpm5UUCGAUCCACAGC
1640 3CJZ_A  other    synthetic construct    GACGpm2,2GACGUCCU
1641 3CJZ_B  other    synthetic construct    GGACGpm2,2GACGUCCU
1642 3DH3_B  other    synthetic construct    GAACGUCGUGAGACAGFHUUCGG
1643 3DH3_D  other    synthetic construct    AGAACGUCGUGAGACAGFHUUCGG
1644 3DH3_F  other    synthetic construct    AGAACGUCGUGAGACAGFHUUCGG
1645 3DH3_H  other    synthetic construct    AGAACGUCGUGAGACAGFHUUCGG
1646 3DIG_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUxX
1647 3DIL_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUxX
1648 3DIM_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUxX
1649 3DIO_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUxX
1650 3DIQ_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUxX
1651 3DIR_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUxX
1652 3DIS_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUxX
1653 3DIX_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUxX
1654 3DIY_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUxX
1655 3DIZ_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUxX
1656 3DJ0_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUxX
1657 3DJ2_A  other    synthetic construct    GCCGACGGAGGCGCGCCCGAGAUGAGUAGGCUGUCCCAUCAGGGGAGGAAUCGGGGACGGCUGAAAGGCGAGGGCGCCGAAGGGUGCAGAGUUCCUCCCGCUCUGCAUGCCUGGGGGUAUGGGGAAUACCCAUACCACUGUCACGGAGGUCUCUCCGUGGAGAGCCGUCGGUxX
1658 3DVV_A  other    synthetic construct    UpUmGCUGAAGUGCACACAGCAAG
1659 3DVV_B  other    synthetic construct    CUpUmGCUGAAGUGCACACAGCAAG
1660 3DW4_A  other    synthetic construct    GCpUmCCUAGUACGAGAGGACCGGAGUG
1661 3DW5_A  other    synthetic construct    GCUCCUAGpUmACGAGAGGACCGGAGUG
1662 3F2Q_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUUxX
1663 3F2T_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUUxX
1664 3F2W_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUUxX
1665 3F2X_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUUxX
1666 3F2Y_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUUxX
1667 3F30_A  other    synthetic construct    GAUCUUCGGGGCAGGGUGAAAUUCCCGACCGGUGGUAUAGUCCACGAAAGUAGCUUUGAUUUGGUGAAAUUCCAAAACCGACAGUAGAGUCUGGAUGAGAGAAGAUUxX
1668 3HAX_E  other    synthetic construct    UAAUUFHUGACUCAA
1669 3HAY_F  other    synthetic construct    UAAUUFHUGACUCAA
1670 3HGA_A  other    synthetic construct    US5CGCG
1671 3HHN_B  other    synthetic construct    CCAGUAGGAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGCUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUGpA2'3'cp
1672 3HHN_D  other    synthetic construct    UCCAGUAGGAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGCUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUGpA2'3'cp
1673 3HJW_E  other    synthetic construct    AGCGFHUGCGGUUU
1674 3I5Y_B  other    synthetic construct    UU5BUUUUUUU
1675 3IBK_B  other    synthetic construct    5BUAGGGUUAGGGU
1676 3IIN_B  other    synthetic construct    GCCGUGUGCCUUGCGCCGGGAAACCACGCAAGGGAUGGUGUCAAAUUCGGCGAAACCUAAGCGCCCGCCCGGGCGUAUGGCAACGCCGAGCCAAGCUUCGCAGCCAUUGCACUCCGGCUGCGAUGAAGGUGUAGAGACUAGACGGCACCCACCUAAGGCAAACGCUAUGGUGAAGGCAUAGUCCAGGGAGUGGCGpA2'3'cp
1677 3LOA_B  other    synthetic construct    GG5BUGGUGAAGUCGUAACGCGGC
1678 3LQX_B  other    synthetic construct    GCUCUGUUUACCAGGUCAGGUCCGAAAGGAAGCAGCCAAGGCAGAGCxX
1679 3LWO_E  other    synthetic construct    AGCG5BUGCGGUUU
1680 3LWQ_E  other    synthetic construct    AGCGpm3UGCGGUUU
1681 3MEI_A  other    synthetic construct    CGCCGCGCCA5BUGCCUGUGGCGG
1682 3MEI_B  other    synthetic construct    CCGCCGCGCCA5BUGCCUGUGGCGG
1683 3MJ0_B  other    synthetic construct    GUUACGCpUm
1684 3NCU_D  other    synthetic construct    ppGACGCUAGCGUC
1685 3O6E_B  other    synthetic construct    CGAAUAUUCGCUpUm
1686 3O7V_B  other    synthetic construct    CGAAUAUUCGCUpUm
1687 3O8C_B  other    synthetic construct    5BUUUUU
1688 3O8R_B  other    synthetic construct    5BUUUUU
1689 3OWI_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUxX
1690 3OWW_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUxX
1691 3OWZ_B  other    synthetic construct    GCUCUGGAGAGAACCGUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUxX
1692 3OX0_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUxX
1693 3OXB_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCCCAGGCAAAAGGACAGAGUxX
1694 3OXD_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAUCGGUCGCCGAACGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUGAGGCAAAAGGACAGAGUxX
1695 3OXE_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUxX
1696 3OXJ_A  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUxX
1697 3OXJ_B  other    synthetic construct    ppGGCUCUGGAGAGAACCGUUUAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUxX
1698 3OXM_B  other    synthetic construct    GCUCUGGAGAGAACCGUUUAAUCGGUCGCCGAAGGAGCAAGCUCUGCGGAAACGCAGAGUGAAACUCUCAGGCAAAAGGACAGAGUxX
1699 3R1D_A  other    synthetic construct    CGRBGCGGCGGC
1700 3R1D_B  other    synthetic construct    GCGRBGCGGCGGC
1701 3R1D_C  other    synthetic construct    GCGRBGCGGCGGC
1702 3R1D_D  other    synthetic construct    GCGRBGCGGCGGC
1703 3R1D_E  other    synthetic construct    GCGRBGCGGCGGC
1704 3R1E_A  other    synthetic construct    CGRBGCGGC
1705 3R1E_B  other    synthetic construct    GCGRBGCGGC
1706 3R1H_C  other    synthetic construct    GAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGUUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUGpA2'3'cp
1707 3R1H_F  other    synthetic construct    Gpm5UpYGAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGUUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUGpA2'3'cp
1708 3R1L_C  other    synthetic construct    GAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGUUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUGpA2'3'cp
1709 3R1L_F  other    synthetic construct    Gpm5UpYGAACACUAUACUACUGGAUAAUCAAAGACAAAUCUGCCCGAAGGGUUUGAGAACAUACCCAUUGCACUCCGGGUAUGCAGAGGUGGCAGCCUCCGGUGGGUUAAAACCCAACGUUCUCAACAAUAGUGpA2'3'cp
1710 3RW6_B  other    synthetic construct    GCACUAACCUAAGACAGGAGGGCCGGGAAACCUGCCUAAUCCAAUGACGGGUAAUAGUGUxX
1711 3RW6_C  other    synthetic construct    Gpm5UpYGCACUAACCUAAGACAGGAGGGCCGGGAAACCUGCCUAAUCCAAUGACGGGUAAUAGUGUxX
1712 3S49_A  other    synthetic construct    UAUAxXAC
1713 3S49_B  other    synthetic construct    GUAUAxXAC
1714 3S49_C  other    synthetic construct    GUAUAxXAC
1715 3S49_D  other    synthetic construct    GUAUAxXAC
1716 3S49_E  other    synthetic construct    GUAUAxXAC
1717 3S49_F  other    synthetic construct    GUAUAxXAC
1718 3S49_G  other    synthetic construct    GUAUAxXAC
1719 3SKI_B  other    synthetic construct    GCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUxX
1720 3SKL_A  other    synthetic construct    GCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUxX
1721 3SKL_B  other    synthetic construct    Gpm5UpYGCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUxX
1722 3SKR_A  other    synthetic construct    GCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUxX
1723 3SKR_B  other    synthetic construct    Gpm5UpYGCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUxX
1724 3SKT_A  other    synthetic construct    GCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUxX
1725 3SKT_B  other    synthetic construct    Gpm5UpYGCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUxX
1726 3SKW_A  other    synthetic construct    GCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUxX
1727 3SKW_B  other    synthetic construct    Gpm5UpYGCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGUxX
1728 3SKZ_A  other    synthetic construct    GCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUxX
1729 3SKZ_B  other    synthetic construct    Gpm5UpYGCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUxX
1730 3SLM_A  other    synthetic construct    GCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUxX
1731 3SLM_B  other    synthetic construct    Gpm5UpYGCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUxX
1732 3SLQ_A  other    synthetic construct    GCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUxX
1733 3SLQ_B  other    synthetic construct    Gpm5UpYGCCUUAUACAGGGUAGCAUAAUGGGCUACUGACCCCGCCUUCAAACCUAUUUGGAGACUAUAAGGUxX
1734 3SUH_A  other    synthetic construct    GACAGAGUAGGUAAACGUGCGUAAAGUGCCUGAGGGACGGGGAGUUGUCCUCAGGACGAACACCGAAAGGUGGCGGUACGUUUACCGCAUCUCGCUGUUxX
1735 3SUX_A  other    synthetic construct    GACAGAGUAGGUAAACGUGCGUAAAGUGCCUGAGGGACGGGGAGUUGUCCUCAGGACGAACACCGAAAGGUGGCGGUACGUUUACCGCAUCUCGCUGUUxX
1736 3T1H_W  other    synthetic construct    ACUxUUUxAApYC
1737 3T1Y_W  other    synthetic construct    ACUxUUUxAApYC
1738 3T3N_B  other    synthetic construct    pUmpCmpCmpGmpUm
1739 3T4B_A  other    synthetic construct    CUCCCGGGAGAGCCGCUAAGGGGGAAACUCUAUGCGGUACUGCCUGAUAGGGUGCUUGCGAGUGCCCCGGGAGGUCUCGUAGpA2'3'cp
1740 3TD0_A  other    synthetic construct    CGUCGCG5BUCGACGAAGUCGC
1741 3TD0_B  other    synthetic construct    UUGCGUCGCG5BUCGACGAAGUCGC
1742 3TD1_A  other    synthetic construct    GCGUCGCG5BUCGACGAAGUCGC
1743 3TD1_B  other    synthetic construct    UUGCGUCGCG5BUCGACGAAGUCGC
1744 3ZD4_B  other    synthetic construct    GCGUpCmCUGGUAUCCAAUCpDC
1745 3ZD5_B  other    synthetic construct    GCGUpCmCUGG5BUAUCCAA5BUCpDC
1746 3ZP8_B  other    synthetic construct    GCGUpCmCUGGUAUCCAAUCpDC
1747 406D_A  other    synthetic construct    ACCGGAUGGU5BUCGGUG
1748 406D_B  other    synthetic construct    CACCGGAUGGU5BUCGGUG
1749 430D_A  other    synthetic construct    GGUGCUCAGUACGAGAGGAACCGCACBVCC
1750 464D_B  other    synthetic construct    GGGCIUA
1751 464D_D  other    synthetic construct    GGGGCIUA
1752 4ATO_B  other    synthetic construct    AAUUGGUGUAACCUUACCGUAGUAGGUGCUAApA2'3'cp
1753 4E58_A  other    synthetic construct    CCLCGCCGC
1754 4E58_B  other    synthetic construct    GCCLCGCCGC
1755 4E58_C  other    synthetic construct    GCCLCGCCGC
1756 4E78_B  other    synthetic construct    ACCGGDO
1757 4G6P_C  other    synthetic construct    CGUGGUP5PCAUUACCUGCC
1758 4G6S_C  other    synthetic construct    CGUGGUP5PCAUUACCUGCC
1759 4GKJ_W  other    synthetic construct    CCpf5CAUACC
1760 4GXY_A  other    synthetic construct    GCGGCAGGUGCUCCCGACGUCGGGAGUUAAAAGGGAAGCCGGUGCAAGUCCGGCACGGUCCCGCCACUGUGACGGGGAGUCGCCCCUCGGGAUGUGCCACUGGCCCGGCCGGGAAGGCGGAGGGGCGGCGAGGAUCCGGAGUCAGGAAACCUGCCUGCCGUxX
1761 4JAH_A  other    synthetic construct    UGUAxXAC
1762 4JAH_B  other    synthetic construct    GUGUAxXAC
1763 4JAH_C  other    synthetic construct    GUGUAxXAC
1764 4JAH_D  other    synthetic construct    GUGUAxXAC
1765 4JAH_E  other    synthetic construct    GUGUAxXAC
1766 4JAH_F  other    synthetic construct    GUGUAxXAC
1767 4LGT_B  other    synthetic construct    GAACGUCGUGAGACAGUFHUCG
1768 4LGT_D  other    synthetic construct    GAACGUCGUGAGACAGUFHUCG
1769 4NFP_A  other    synthetic construct    CAGA7ECUUAAGUCUGC
1770 4NFP_B  other    synthetic construct    GCAGA7ECUUAAGUCUGC
1771 4NFP_C  other    synthetic construct    GCAGA7ECUUAAGUCUGC
1772 4NFQ_A  other    synthetic construct    CAG7ATCUUAAGUCUGC
1773 4NFQ_B  other    synthetic construct    GCAG7ATCUUAAGUCUGC
1774 4NFQ_C  other    synthetic construct    GCAG7ATCUUAAGUCUGC
1775 4NYA_A  other    synthetic construct    GACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUxX
1776 4NYA_B  other    synthetic construct    Gpm5UpYGACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUxX
1777 4NYB_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCpA2'3'cp
1778 4NYC_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCpA2'3'cp
1779 4NYD_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCpA2'3'cp
1780 4NYG_A  other    synthetic construct    CGACUCGGGGUGCCCUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCpA2'3'cp
1781 4P3S_A  other    synthetic construct    CGUCCCG5BUCGACGAAGUCGC
1782 4P3S_B  other    synthetic construct    UGCGUCCCG5BUCGACGAAGUCGC
1783 4P3T_A  other    synthetic construct    UGCGUCCCG5BUCGACGAAGUCGC
1784 4P3T_B  other    synthetic construct    UUGCGUCCCG5BUCGACGAAGUCGC
1785 4P3U_A  other    synthetic construct    CGUCUCG5BUCGACGAAGUCGC
1786 4P3U_B  other    synthetic construct    UGCGUCUCG5BUCGACGAAGUCGC
1787 4P3U_C  other    synthetic construct    UGCGUCUCG5BUCGACGAAGUCGC
1788 4P3U_D  other    synthetic construct    GCGUCUCG5BUCGACGAAGUCGC
1789 4PCJ_A  other    synthetic construct    UGCpYGGCUAAGGCAUGAAAGUGCUAUGCCUGCUG
1790 4PLX_A  other    synthetic construct    GAAGGUUUUUCUUUUCCUGAGGCGAAAGUCUCAGGUUUUGCUUUUUGGCCUUUCUUAAAAAAAAAAAAAGCAAApA2'3'cp
1791 4PLX_B  other    synthetic construct    Gpm5UpYGAAGGUUUUUCUUUUCCUGAGGCGAAAGUCUCAGGUUUUGCUUUUUGGCCUUUCAAAAAAAAAAAAGCAAApA2'3'cp
1792 4PLX_C  other    synthetic construct    Gpm5UpYGAAGGUUUUUCUUUUCCUGAGGCGAAAGUCUCAGGUUUUGCUUUUUGGCCUUUAAAAAAAAAAAGCAAApA2'3'cp
1793 4RMO_B  other    synthetic construct    AGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGpA2'3'cp
1794 4RMO_D  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGpA2'3'cp
1795 4RMO_F  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGpA2'3'cp
1796 4RMO_H  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGpA2'3'cp
1797 4RMO_J  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGpA2'3'cp
1798 4RMO_L  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGpA2'3'cp
1799 4RMO_N  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGpA2'3'cp
1800 4RMO_P  other    synthetic construct    AAGUUUACCACUGACCGAUAUGUGGUAUAUAAAUGGUCGGGUUGpA2'3'cp
1801 4TS0_B  other    synthetic construct    CAGCCGGCUUGUUGAGUAGAGUGUGAGCUCCGUAACUGGUCGCGUxX
1802 4TS2_B  other    synthetic construct    CAGCCGGCUUGUUGAGUAGAGUGUGAGCUCCGUAACUGGUCGCGUxX
1803 4UYJ_E  other    synthetic construct    GGGCUAGGCCGGGGGGUUCGGCGUCCCCUGUAACCGGAAACCGCCGAUAUGCCGGGGCCGAAGCCCGAGGGGCGGUUCCCGUAAGGGUUCCCACCCUCGGGCGUGCCUxX
1804 4UYJ_F  other    synthetic construct    GGGGCUAGGCCGGGGGGUUCGGCGUCCCCUGUAACCGGAAACCGCCGAUAUGCCGGGGCCGAAGCCCGAGGGGCGGUUCCCGUAAGGGUUCCCACCCUCGGGCGUGCCUxX
1805 4UYK_C  other    synthetic construct    GGGCUAGGCCGGGGGGUUCGGCGUCCCCUGUAACCGGAAACCGCCGAUAUGCCGGGGCCGAAGCCCGAGGGGCGGUUCCCGAAGCCGCCUCUGUAAGGAGGCGGUGGAGGGUUCCCACCCUCGGGCGUGCCUxX
1806 4V8X_EC  other    synthetic construct    AAAUGpUmpAmpAmA
1807 4WFL_A  other    synthetic construct    GCCGUGCUAAGCGGGGAGGUAGCGGUGCCCUGUACCUGCAAUCCGCUCUAGCAGGGCCGAAUCCCUUCUCGAGGUUCGGUAACGAAUCGACAGAAGGUGCACGGUxX
1808 4WFM_A  other    synthetic construct    GCCGUGCUAAGCGGGGAGGUAGCGGUGCCCUGUACCUGCAAUCCGCUCUAGCAGGGCCGAAUCCCUUCUCGAGGUGGUAACAUCGACAGAAGGUGCACGGUxX
1809 4WFM_B  other    synthetic construct    Gpm5UpYGCCGUGCUAAGCGGGGAGGUAGCGGUGCCCUGUACCUGCAAUCCGCUCUAGCAGGGCCGAAUCCCUUCUCGAGGUGGUAACAUCGACAGAAGGUGCACGGUxX
1810 4X62_W  other    synthetic construct    ACUxUUUxAApYC
1811 4X64_W  other    synthetic construct    ACUxUUUxAApYC
1812 4X65_W  other    synthetic construct    ACUxUUUxAApYC
1813 4X66_W  other    synthetic construct    ACUxUUUxAApYC
1814 4XW0_A  other    synthetic construct    CCULCGCCUGC
1815 4XW0_B  other    synthetic construct    GCCULCGCCUGC
1816 4XW1_A  other    synthetic construct    CCULCGCCUG
1817 4Y27_A  other    synthetic construct    GCUCCUAGUACGApGm45AGGACCGGAGUG
1818 4Z4F_C  other    synthetic construct    AAUGUGAN6GA
1819 5AOX_F  other    synthetic construct    ppGGCCGGGCGCGGUGGCUCACGCCUGUAAUCCCAGCACUUUGGGAGGCCGAGGCGGGAGGAUCGCGAACACGCGAGACCCCGUCUCUA
1820 5BJO_A  other    synthetic construct    GCGCGAGGAAGGAGGIUCUGAGGAGGUCACUGCGCC
1821 5BJO_B  other    synthetic construct    GGCGCGAGGAAGGAGGIUCUGAGGAGGUCACUGCGCC
1822 5BTE_B  other    synthetic construct    U37U37UUU
1823 5BTE_C  other    synthetic construct    UU37U37UUU
1824 5D8T_B  other    synthetic construct    CBVGAAUpmo5Upac4CUCG
1825 5DGV_GF  other    synthetic construct    C8ANpYpm2,2Gpm1IpYpm2,2Gpm1I
1826 5DGV_HF  other    synthetic construct    CC8ANpYpm2,2Gpm1IpYpm2,2Gpm1I
1827 5DHB_A  other    synthetic construct    TLNLCGUACA
1828 5DHB_B  other    synthetic construct    pm2GCCTLNLCGUACA
1829 5DHB_C  other    synthetic construct    pm2GCCTLNLCGUACA
1830 5DHB_D  other    synthetic construct    pm2GCCTLNLCGUACA
1831 5DHC_A  other    synthetic construct    pm2GCCLCALCGACUUAAGUCU
1832 5DHC_B  other    synthetic construct    pm2GCCpm2GCCLCALCGACUUAAGUCU
1833 5DHC_C  other    synthetic construct    pm2GCCpm2GCCLCALCGACUUAAGUCU
1834 5DHC_D  other    synthetic construct    pm2GCCpm2GCCLCALCGACUUAAGUCU
1835 5DO5_A  other    synthetic construct    GCGAAUUApm5s2Ups2U2SGCG
1836 5DUN_A  other    synthetic construct    UUUpUmAAUGAAGCCACAGGCUGUGAGGGUCCUAAGCCCCUAAUUCAGAAGGGAA
1837 5GUH_B  other    synthetic construct    AUUUUUpUm
1838 5HAU_EB  other    synthetic construct    CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1839 5HAU_KD  other    synthetic construct    GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1840 5HBW_A  other    synthetic construct    TLNLCGUACA
1841 5HBW_B  other    synthetic construct    pm2GCCTLNLCGUACA
1842 5HBX_A  other    synthetic construct    pm2GCCLCALCGACUUAAGUCU
1843 5HBX_B  other    synthetic construct    pm2GCCpm2GCCLCALCGACUUAAGUCU
1844 5HBX_C  other    synthetic construct    pm2GCCpm2GCCLCALCGACUUAAGUCU
1845 5HBX_D  other    synthetic construct    pm2GCCpm2GCCLCALCGACUUAAGUCU
1846 5HBY_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUC
1847 5HN2_A  other    synthetic construct    UApf5CGUAC
1848 5HN2_B  other    synthetic construct    GUApf5CGUAC
1849 5HN2_C  other    synthetic construct    GUApf5CGUAC
1850 5HN2_D  other    synthetic construct    GUApf5CGUAC
1851 5HN2_E  other    synthetic construct    GUApf5CGUAC
1852 5HN2_F  other    synthetic construct    GUApf5CGUAC
1853 5HNJ_A  other    synthetic construct    UApf5CGUAC
1854 5HNJ_B  other    synthetic construct    GUApf5CGUAC
1855 5HNJ_C  other    synthetic construct    GUApf5CGUAC
1856 5HNJ_D  other    synthetic construct    GUApf5CGUAC
1857 5HNJ_E  other    synthetic construct    GUApf5CGUAC
1858 5HNJ_F  other    synthetic construct    GUApf5CGUAC
1859 5HNQ_A  other    synthetic construct    UApf5CGUAC
1860 5HNQ_B  other    synthetic construct    GUApf5CGUAC
1861 5HNQ_C  other    synthetic construct    GUApf5CGUAC
1862 5HNQ_D  other    synthetic construct    GUApf5CGUAC
1863 5HNQ_E  other    synthetic construct    GUApf5CGUAC
1864 5HNQ_F  other    synthetic construct    GUApf5CGUAC
1865 5HNQ_G  other    synthetic construct    GUApf5CGUAC
1866 5HNQ_H  other    synthetic construct    GUApf5CGUAC
1867 5HNQ_I  other    synthetic construct    GUApf5CGUAC
1868 5HNQ_J  other    synthetic construct    GUApf5CGUAC
1869 5HNQ_K  other    synthetic construct    GUApf5CGUAC
1870 5HNQ_L  other    synthetic construct    GUApf5CGUAC
1871 5HNQ_M  other    synthetic construct    GUApf5CGUAC
1872 5J4D_HA  other    synthetic construct    AAAUGpYAAAA
1873 5J4D_LC  other    synthetic construct    AAAAUGpYAAAA
1874 5KRG_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCGG
1875 5KRG_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCGG
1876 5KRG_C  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCGG
1877 5KRG_D  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCGG
1878 5L00_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCGG
1879 5L00_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCGG
1880 5L00_C  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCGG
1881 5L00_D  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCGG
1882 5LQO_A  other    synthetic construct    CBVCGGACGGC
1883 5LQO_B  other    synthetic construct    GCBVCGGACGGC
1884 5LQT_A  other    synthetic construct    CBVCGGpm6ACGGC
1885 5LQT_B  other    synthetic construct    GCBVCGGpm6ACGGC
1886 5LR3_A  other    synthetic construct    CBVCGGAUGGC
1887 5LR3_B  other    synthetic construct    GCBVCGGAUGGC
1888 5LR4_A  other    synthetic construct    CBVCGGpm6AUGGC
1889 5LR4_B  other    synthetic construct    GCBVCGGpm6AUGGC
1890 5LR4_C  other    synthetic construct    GCBVCGGpm6AUGGC
1891 5LR4_D  other    synthetic construct    GCBVCGGpm6AUGGC
1892 5LR5_A  other    synthetic construct    Gpm6ACUAGUCBVC
1893 5LR5_B  other    synthetic construct    GGpm6ACUAGUCBVC
1894 5LR5_C  other    synthetic construct    GGpm6ACUAGUCBVC
1895 5LR5_D  other    synthetic construct    GGpm6ACUAGUCBVC
1896 5LYS_A  other    synthetic construct    GGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCCxX
1897 5LYS_B  other    synthetic construct    GGGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCCxX
1898 5LYU_A  other    synthetic construct    GGGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCCxX
1899 5LYU_B  other    synthetic construct    GGGGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCCxX
1900 5LYV_A  other    synthetic construct    GGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCCxX
1901 5LYV_B  other    synthetic construct    GGGAUCUGUCACCCCAUUGAUCGCCUUCGGGCUGAUCUGGCUGGCUAGGCGGGUCCxX
1902 5MRX_A  other    synthetic construct    GCUphm5CCUAGUACGAGAGGACCGGAGUG
1903 5NDH_A  other    synthetic construct    CBVGGGGACGACCCCGC
1904 5NDH_B  other    synthetic construct    GCBVGGGGACGACCCCGC
1905 5NDH_C  other    synthetic construct    GCBVGGGGACGACCCCGC
1906 5NDH_D  other    synthetic construct    GCBVGGGGACGACCCCGC
1907 5NDI_A  other    synthetic construct    UUGCAGGACGACCUGCBVAAA
1908 5NDI_B  other    synthetic construct    UUUGCAGGACGACCUGCBVAAA
1909 5NDI_C  other    synthetic construct    UUUGCAGGACGACCUGCBVAAA
1910 5NDI_D  other    synthetic construct    UUUGCAGGACGACCUGCBVAAA
1911 5NEF_A  other    synthetic construct    GUGGGGACGACCCCACBVC
1912 5NEO_A  other    synthetic construct    GUGGGGACGACCCCACBVC
1913 5NEP_A  other    synthetic construct    GUGGGGACGACCCCACBVC
1914 5NEQ_A  other    synthetic construct    GUGGGGACGACCCCACBVC
1915 5NEX_A  other    synthetic construct    GUGGGGACGACCCCACBVC
1916 5NOM_A  other    synthetic construct    GUGGGGACGACCCCACBVC
1917 5NQI_A  other    synthetic construct    GCUphm5CCUAGUACGAGAGGACCGGAGUG
1918 5NWQ_A  other    synthetic construct    CGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGCBVGC
1919 5NWQ_B  other    synthetic construct    CCGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGCBVGC
1920 5NY8_A  other    synthetic construct    CGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGCBVGC
1921 5NY8_B  other    synthetic construct    CCGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGCBVGC
1922 5NZ3_A  other    synthetic construct    CBVGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGCBVGC
1923 5NZ3_B  other    synthetic construct    CCBVGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGCBVGC
1924 5NZ6_A  other    synthetic construct    CBVGGACGAGGUGCGCCGUACCCGGUCACGACAAGACGGCBVGC
1925 5NZD_A  other    synthetic construct    CBVGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGCBVGC
1926 5NZD_B  other    synthetic construct    CCBVGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGCBVGC
1927 5O62_A  other    synthetic construct    CBVGGACGAGGUGCGCCGUACCCGGUCAGGACAAGACGGCBVGC
1928 5O62_B  other    synthetic construct    CCBVGGACGAGGUGCGCCGUACCCGGAGACGGCBVGC
1929 5O69_B  other    synthetic construct    CBVGGACGAGGUGCGCCGUACCCGGAGCAAGACGGCBVGC
1930 5T16_G  other    synthetic construct    C73WAUGUCAUGUCAUGAGUCCAUGGCAUGGCAUG
1931 5T16_H  other    synthetic construct    GC73WAUGUCAUGUCAUGAGUCCAUGGCAUGGCAUG
1932 5T16_O  other    synthetic construct    GC73WAUGUCAUGUCAUGAGUCCAUGGCAUGGCAUG
1933 5T16_P  other    synthetic construct    GC73WAUGUCAUGUCAUGAGUCCAUGGCAUGGCAUG
1934 5T3K_B  other    synthetic construct    AGCGxUCACACCACCC
1935 5T3K_D  other    synthetic construct    CAGCGxUCACACCACCC
1936 5UZ6_D  other    synthetic construct    xGCACCUCA
1937 5UZ6_F  other    synthetic construct    xGCACCUCA
1938 5UZA_A  other    synthetic construct    GGAAGAUAUAAUCCIUAAIUGAUAUGGUUUGGGAGUUUCUACCAAGAGCCUUAAACUCUUGAUUAUCUUCCC
1939 5V0H_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCGG
1940 5V0H_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCGG
1941 5V0J_A  other    synthetic construct    pm2GCCLCALCGACUUAAGUCU
1942 5V0J_B  other    synthetic construct    pm2GCCpm2GCCLCALCGACUUAAGUCU
1943 5V0K_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUC
1944 5V1K_A  other    synthetic construct    GCGAA5BUpmanQpm2,2GpUmAGCG
1945 5V1K_B  other    synthetic construct    CGCGAA5BUpmanQpm2,2GpUmAGCG
1946 5V2H_B  other    synthetic construct    CBVGAApYmpm5UxAUCG
1947 5V2H_C  other    synthetic construct    CBVGAApYmpm5UxAUCG
1948 5V2H_D  other    synthetic construct    CBVGAApYmpm5UxAUCG
1949 5VJB_A  other    synthetic construct    CGGGGACGACCC5BUGC
1950 5VJB_B  other    synthetic construct    GCGGGGACGACCC5BUGC
1951 5VJB_C  other    synthetic construct    GCGGGGACGACCC5BUGC
1952 5VJB_D  other    synthetic construct    GCGGGGACGACCC5BUGC
1953 5VP2_CB  other    synthetic construct    CGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1954 5VP2_GD  other    synthetic construct    GCGGGGps4UGGAGCAGCCUGGUAGCUCGUCGGGpm5CUCAUAACCCGAAGGUCGUCGGpm5UpYCAAAUCCGGCCCCCGCAACCA
1955 5VPO_CD  other    synthetic construct    UUCGUUCGGpm1GGACGAAG
1956 5VPO_DD  other    synthetic construct    CUUCGUUCGGpm1GGACGAAG
1957 5VSU_I  other    synthetic construct    AUUUGAAACAAUACAGAGAUGAUCAGCGGUUCCCCUGCAUAAGGAGAACCGUUUUACAAAGAGAUUUGUUUxU
1958 5WNP_W  other    synthetic construct    AGACUxUUUxAApYCUA
1959 5WNT_W  other    synthetic construct    AGACUxUUUxAApYCUA
1960 5WNU_W  other    synthetic construct    xUUUxAA
1961 5WNV_W  other    synthetic construct    AGACUxUUUxAApYCUA
1962 5XWG_A  other    synthetic construct    GCU5BUCGAAAAAGUC
1963 5ZEG_A  other    synthetic construct    UGCGUCpm1ACGUCGACGAAGUCGC
1964 5ZEG_B  other    synthetic construct    UUGCGUCpm1ACGUCGACGAAGUCGC
1965 5ZEG_C  other    synthetic construct    UUGCGUCpm1ACGUCGACGAAGUCGC
1966 5ZEI_B  other    synthetic construct    CGUCpm1ACGUCGACGAAGUCGC
1967 5ZEJ_A  other    synthetic construct    GCGUCpm1ACGUCGACGAAGUCGC
1968 5ZEJ_B  other    synthetic construct    UGCGUCpm1ACGUCGACGAAGUCGC
1969 5ZEM_A  other    synthetic construct    GCGUCpm1ACGUCGACGAAGUCGC
1970 5ZEM_B  other    synthetic construct    GCGUCpm1ACGUCGACGAAGUCGC
1971 6A6J_D  other    synthetic construct    CAUpm5CU
1972 6ASO_I  other    synthetic construct    AAUUUGAAACAAUACAGAGAUGAUCAGCGGUUCCCCUGCAUAAGGGGAACCGUUUUACAAAGAGUUUUxU
1973 6C8D_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
1974 6C8D_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCG
1975 6C8E_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
1976 6C8E_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCG
1977 6C8I_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
1978 6C8I_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCG
1979 6C8J_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
1980 6C8J_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCG
1981 6C8K_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
1982 6C8K_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCG
1983 6C8L_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
1984 6C8L_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCG
1985 6C8M_B  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
1986 6C8N_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCGG
1987 6C8N_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCGG
1988 6C8O_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCGG
1989 6C8O_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCGG
1990 6CAB_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
1991 6CAB_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCG
1992 6CY0_B  other    synthetic construct    CBVGAAUpm5s2UpCmUCG
1993 6CY0_C  other    synthetic construct    CBVGAAUpm5s2UpCmUCG
1994 6CY0_D  other    synthetic construct    CBVGAAUpm5s2UpCmUCG
1995 6CY0_E  other    synthetic construct    CBVGAAUpm5s2UpCmUCG
1996 6CY0_F  other    synthetic construct    CBVGAAUpm5s2UpCmUCG
1997 6CY0_G  other    synthetic construct    CBVGAAUpm5s2UpCmUCG
1998 6CY0_H  other    synthetic construct    CBVGAAUpm5s2UpCmUCG
1999 6CY2_B  other    synthetic construct    CBVGAAUpm1IAUCG
2000 6CY4_B  other    synthetic construct    CBVGAAUpm1IpCmUCG
2001 6CY4_C  other    synthetic construct    CBVGAAUpm1IpCmUCG
2002 6CY4_D  other    synthetic construct    CBVGAAUpm1IpCmUCG
2003 6CY4_E  other    synthetic construct    CBVGAAUpm1IpCmUCG
2004 6CY4_F  other    synthetic construct    CBVGAAUpm1IpCmUCG
2005 6CY4_G  other    synthetic construct    CBVGAAUpm1IpCmUCG
2006 6CY4_H  other    synthetic construct    CBVGAAUpm1IpCmUCG
2007 6DLQ_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUUxX
2008 6DLR_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUUxX
2009 6DLS_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUUxX
2010 6DLT_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUUxX
2011 6DMC_A  other    synthetic construct    GAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUUxX
2012 6DMC_B  other    synthetic construct    Gpm5UpYGAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUUxX
2013 6DMD_A  other    synthetic construct    GAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUUxX
2014 6DMD_B  other    synthetic construct    Gpm5UpYGAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUUxX
2015 6DME_A  other    synthetic construct    GAAGUGUACCUAGGGAUCCACCUCGAGAGAGGAAGGACCAAGCGGUACAGGCCUACUUCGGUAGGUUACACCGUGGGGAUAAAAGACCCGUGGCAAGUUUxX
2016 6DNR_A  other    synthetic construct    GAAAGUGUGUCUAGGGUUCCGCGUGCUUCGGCACGGACUGGUCCAAGUGACACAGACGCAUUCGUGCGUUACACCGGAGGGAUAGAAGCCCAGGCGGGUAGGUUUxX
2017 6FZ0_A  other    synthetic construct    GGCBVGCAUUUGAACUGUAUUGUACGCCUUGCAGCAAAAGUACUAAAAA
2018 6HBT_A  other    synthetic construct    GUGGGGACGACCCCACBVC
2019 6HBX_A  other    synthetic construct    GUGGGGACGACCCCACBVC
2020 6HC5_A  other    synthetic construct    GUGGGGACGACCCCACBVC
2021 6LVR_C  other    synthetic construct    CGGAUUUApm2GCUCAGpDpDGGGAGAGCpm2,2GCCAGApCmUpGmAApyWApYpm5CUGGAGpm7GUCpm5CUGUGpm5UpYCGpm1AUCCACAGAAUUCGC
2022 6N1D_GB  other    synthetic construct    GUGGGGUUCCCGAGCGGCCAAAGGGAGCAGACUpQUApms2i6AApYCUGCCGUCAUCGACUUCGAAGGpm5UpYCGAAUCCUUCCCCCACCACCA
2023 6Q8U_A  other    synthetic construct    GGCGAAGpm6AACCGGGGAGCCG
2024 6Q8U_B  other    synthetic construct    CGGCGAAGpm6AACCGGGGAGCCG
2025 6Q8V_A  other    synthetic construct    GCGAAGpm6AACCGGGGAGCC
2026 6TF0_A  other    synthetic construct    GCBVUUCAACAACCCCGUAGGUUGGGCCGAAAGGCAGCGAAUCUACUGGAGCC
2027 6TFH_A  other    synthetic construct    GCBVUUCAACAACCCCGUAGGUUGGGCCGAAAGGCAGCGAAUCUACUGGAGCC
2028 6TQA_B  other    synthetic construct    GUGCCUAAUAUUUAGGCACxX
2029 6TQA_D  other    synthetic construct    GGUGCCUAAUAUUUAGGCACxX
2030 6TQA_F  other    synthetic construct    GGUGCCUAAUAUUUAGGCACxX
2031 6TQA_H  other    synthetic construct    GGUGCCUAAUAUUUAGGCACxX
2032 6U6J_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCGppG
2033 6U6J_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCGppG
2034 6U89_A  other    synthetic construct    TLNLCGUACA
2035 6U89_B  other    synthetic construct    pm2GCCTLNLCGUACA
2036 6U8U_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
2037 6U8U_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCG
2038 6UFG_B  other    synthetic construct    GCAUCGAUCCGGCGAUCACCGGGGAGCCUUCGGAAGAACGGCCAGGCCCAGUAGAACCGAACGGGUUGGCCCGUCACAGCCUCAAGUCGAGCGGCCGCGCGAAAGCGUGGCAAGCGGGGUGGCACCGCGGCGUUCGCGCGAAAGCGUGGCGUCGUCCCCGxX
2039 6UFH_B  other    synthetic construct    GCAUCGAUCCGGCGAUCACCGGGGAGCCUUCGGAAGAACGGCCGGAAACGGCCCAGUAGAACCGAACGGGUUGGCCCGUCACAGCCUCAAGUCGAGCGGCCGCGCGAAAGCGUGGCAAGCGGGGUGGCACCGCGGCGUUCGCGCGAAAGCGUGGCGUCGUCCCCGxX
2040 6WY2_A  other    synthetic construct    CGGpm4CGCCGG
2041 6WY2_B  other    synthetic construct    CCGGpm4CGCCGG
2042 6WY2_C  other    synthetic construct    CCGGpm4CGCCGG
2043 6WY2_D  other    synthetic construct    CCGGpm4CGCCGG
2044 6WY2_E  other    synthetic construct    CCGGpm4CGCCGG
2045 6WY3_A  other    synthetic construct    CGGpm4,4CGCCGG
2046 6WY3_B  other    synthetic construct    CCGGpm4,4CGCCGG
2047 6WY3_C  other    synthetic construct    CCGGpm4,4CGCCGG
2048 6WY3_D  other    synthetic construct    CCGGpm4,4CGCCGG
2049 6XUR_A  other    synthetic construct    GCGO2ZAUUAGCG
2050 6XUS_A  other    synthetic construct    GCGAO2ZUUAGCG
2051 6Y3G_A  other    synthetic construct    CCCGGAps4UAGCUCAGpDCGGpDAGAGCAGGGGApYUGAAAApYCCCCGUGxUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACC
2052 6Y4B_A  other    synthetic construct    CCCGGAps4UAGCUCAGpDCGGpDAGAGCAGGGGApYUGAAAApYCCCCGUGUCCUUGGpm5UpYCGAUUCCGAGUCCGGGCACCA
2053 6YL5_A  other    synthetic construct    GUCBVACAACGGCUUCCUGGCGUGACC
2054 6YL5_C  other    synthetic construct    GGUCBVACAACGGCUUCCUGGCGUGACC
2055 6YL5_E  other    synthetic construct    GGUCBVACAACGGCUUCCUGGCGUGACC
2056 6YL5_G  other    synthetic construct    GGUCBVACAACGGCUUCCUGGCGUGACC
2057 6YL5_I  other    synthetic construct    GGUCBVACAACGGCUUCCUGGCGUGACC
2058 6YL5_K  other    synthetic construct    GGUCBVACAACGGCUUCCUGGCGUGACC
2059 6Z18_A  other    synthetic construct    CGGpm4,4CGCCGG
2060 6Z18_B  other    synthetic construct    CCGGpm4,4CGCCGG
2061 7BAI_D  other    synthetic construct    ppGACGCUAGCGUC
2062 7BAI_F  other    synthetic construct    ppGACGCUAGCGUC
2063 7BPF_A  other    synthetic construct    CUGC5BUG
2064 7BPF_B  other    synthetic construct    GCUGC5BUG
2065 7BPG_A  other    synthetic construct    CUGC5BUGC
2066 7BPG_B  other    synthetic construct    GCUGC5BUGC
2067 7BPG_C  other    synthetic construct    GCUGC5BUGC
2068 7BPG_D  other    synthetic construct    GCUGC5BUG
2069 7EDT_A  other    synthetic construct    GACUCCGG5BUCC
2070 7EDT_B  other    synthetic construct    GGACUCCGG5BUCC
2071 7F3I_D  other    synthetic construct    GUpm5CUpm5C
2072 7F3J_D  other    synthetic construct    UCAUpm5C
2073 7F3J_F  other    synthetic construct    UCAUpm5C
2074 7F3J_H  other    synthetic construct    UCAUpm5C
2075 7F3K_B  other    synthetic construct    CAUpm5CU
2076 7JJD_A  other    synthetic construct    GCUCCUAGUACGAxGAGGACCGGAGUG
2077 7JJE_A  other    synthetic construct    GCUCCUAGUACGA2SGAGGACCGGAGUG
2078 7JJU_A  other    synthetic construct    GAACUAGCUCAGCAUACACGAGUUGCAAGCAUGGGAAGUUCAAGCCUCGpU2'3'cp
2079 7JJU_B  other    synthetic construct    Gpm5UpYGAACUAGCUCAGCAUACACGAGUUGCAAGCAUGGGAAGUUCAAGCCUCGpU2'3'cp
2080 7JNH_B  other    synthetic construct    GGCUGAGUUUUUACAUGACAAAGUUUUUAACGAGGCAGCGGCGAAAGUCGCUGUACUCUUUUCUUUGUCAUGGUUUUCUCAGCCxX
2081 7JZ0_F  other    synthetic construct    pac4Cpm7GGpAmUUA
2082 7KUK_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
2083 7KUK_B  other    synthetic construct    pm2Gpm1GCpm2GCCpm2GCCLCGACUUAAGUCG
2084 7KUM_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCLCG
2085 7KUM_B  other    synthetic construct    pm2Gpm1GCpm2GCCpm2GCCLCGACUUAAGUCLCG
2086 7KUN_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCGpm5s2Ups2U
2087 7KUN_B  other    synthetic construct    pm2Gpm1GCpm2GCCpm2GCCLCGACUUAAGUCGpm5s2Ups2U
2088 7KUO_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCGpm5s2Upm2G
2089 7KUO_B  other    synthetic construct    pm2Gpm1GCpm2GCCpm2GCCLCGACUUAAGUCGpm5s2Upm2G
2090 7KUP_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCpGm
2091 7KUP_B  other    synthetic construct    pm2Gpm1GCpm2GCCpm2GCCLCGACUUAAGUCpGm
2092 7L6R_C  other    synthetic construct    pAmUUAA
2093 7LO9_A  other    synthetic construct    GCGxAA5BUUAGCG
2094 7LO9_B  other    synthetic construct    CGCGxAA5BUUAGCG
2095 7LO9_C  other    synthetic construct    CGCGxAA5BUUAGCG
2096 7LO9_D  other    synthetic construct    CGCGxAA5BUUAGCG
2097 7TDA_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCpA2'3'cp
2098 7TDB_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCpA2'3'cp
2099 7TDC_A  other    synthetic construct    CGACUCGGGGUGCCCUUCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUCGCpA2'3'cp
2100 7TZR_A  other    synthetic construct    GACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUxX
2101 7TZR_B  other    synthetic construct    Gpm5UpYGACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUxX
2102 7TZS_A  other    synthetic construct    GACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUxX
2103 7TZS_B  other    synthetic construct    Gpm5UpYGACUCGGGGUGCCCUUCUGCGUGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGUUxX
2104 7U87_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCxGxG
2105 7U87_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCxGxG
2106 7U88_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCxGxG
2107 7U88_B  other    synthetic construct    pm2Gpm1GCpm2GCCpm2GCCLCGACUUAAGUCxGxG
2108 7U89_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCGxG
2109 7U89_B  other    synthetic construct    pm2Gpm1GCpm2GCCpm2GCCLCGACUUAAGUCGxG
2110 7U8A_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCGxG
2111 7U8A_B  other    synthetic construct    pm2Gpm1GCpm2GCCpm2GCCLCGACUUAAGUCGxG
2112 7U8B_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCGxG
2113 7U8B_B  other    synthetic construct    TLNpm2GCCpm2GCCLCGACUUAAGUCGxG
2114 7V9E_A  other    synthetic construct    GGGCUGACCGACCCCCCGAGUUCGCUCGGGGACAACUAGACAUACAGUAUGAAAAUACUGpm1AGCCCGC
2115 7VNV_A  other    synthetic construct    GGCCps4UACGps4UCpm2GUCpYApG+CpCmUGGUUAGGACpm2,2GCCGCCpCmUpUmACAAGGCGGAGGxUpm5Cpm5CUGGGps2UpYpCmpm1Ipm1AGUCCCAGCGGGCCCACCA
2116 7WL0_B  other    synthetic construct    GGpm6ACUGC
2117 7WL0_D  other    synthetic construct    UGGpm6AC
2118 7WL0_F  other    synthetic construct    UGGpm6ACUGC
2119 8CLM_B  other    synthetic construct    pUmpAmpGmpGmpAmpGmpAmpCm
2120 8CLM_D  other    synthetic construct    UpYmpm2GpUmpAmpGmpGmpAmpGmpAmpCm
2121 8CLM_F  other    synthetic construct    UpYmpm2GpUmpAmpGmpGmpAmpGmpAmpCm
2122 8DZK_H  other    synthetic construct    xGUGUU
2123 8SWG_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
2124 8SWG_B  other    synthetic construct    pm2GCCpm2GCCpm2GCCLCGACUUAAGUCG
2125 8SWO_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
2126 8SWO_B  other    synthetic construct    TLNpm2GCCpm2GCCLCGACUUAAGUCG
2127 8SX5_A  other    synthetic construct    TLNpm2GCCLCGACUUAAGUCG
2128 8SX5_B  other    synthetic construct    pm2GCCTLNpm2GCCLCGACUUAAGUCG
2129 8SX6_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
2130 8SX6_B  other    synthetic construct    TLNpm2GCCpm2GCCLCGACUUAAGUCG
2131 8SXL_A  other    synthetic construct    TLNLCALCGACUUAAGUCU
2132 8SXL_B  other    synthetic construct    TLNTLNLCALCGACUUAAGUCU
2133 8SY1_A  other    synthetic construct    pm2GCCpm2GCCLCGACUUAAGUCG
2134 8SY1_B  other    synthetic construct    TLNpm2GCCpm2GCCLCGACUUAAGUCG
2135 8SY1_C  other    synthetic construct    TLNpm2GCCpm2GCCLCGACUUAAGUCG
2136 8SY1_D  other    synthetic construct    TLNpm2GCCpm2GCCLCGACUUAAGUCG

Explanation:

Please note that the modifications are based on experimental data, which may not always cover the entire sequence. Thus, modifications existing in vivo may be missing.