Doublet info:
Details
Nucleotide types:
AC
Description:
None: None
Program used:
None
Has errors:
False
Source
PDB id:
3F1H:A1561:A1562
Extra
PDB:
ATOM 1 O3' G A1560 6.060 -60.005 -3.895 1.00196.12 O
ATOM 2 P A A1561 7.627 -59.831 -4.244 1.00157.12 P
ATOM 3 OP1 A A1561 8.077 -61.122 -4.815 1.00135.87 O
ATOM 4 OP2 A A1561 8.286 -59.311 -3.020 1.00140.04 O
ATOM 5 O5' A A1561 7.748 -58.736 -5.408 1.00134.89 O
ATOM 6 C5' A A1561 8.006 -57.385 -5.061 1.00130.72 C
ATOM 7 C4' A A1561 8.010 -56.458 -6.260 1.00131.56 C
ATOM 8 O4' A A1561 6.656 -56.100 -6.655 1.00126.27 O
ATOM 9 C3' A A1561 8.646 -55.117 -5.939 1.00137.40 C
ATOM 10 O3' A A1561 10.068 -55.179 -6.070 1.00152.48 O
ATOM 11 C2' A A1561 7.895 -54.254 -6.940 1.00125.73 C
ATOM 12 O2' A A1561 8.080 -54.710 -8.267 1.00117.95 O
ATOM 13 C1' A A1561 6.504 -54.693 -6.529 1.00121.93 C
ATOM 14 N9 A A1561 6.042 -54.389 -5.157 1.00122.30 N
ATOM 15 C8 A A1561 6.777 -54.285 -4.003 1.00117.76 C
ATOM 16 N7 A A1561 6.069 -54.028 -2.927 1.00125.54 N
ATOM 17 C5 A A1561 4.765 -53.955 -3.388 1.00121.33 C
ATOM 18 C6 A A1561 3.531 -53.716 -2.745 1.00109.01 C
ATOM 19 N6 A A1561 3.411 -53.487 -1.438 1.00107.30 N
ATOM 20 N1 A A1561 2.408 -53.722 -3.489 1.00105.67 N
ATOM 21 C2 A A1561 2.520 -53.952 -4.799 1.00108.95 C
ATOM 22 N3 A A1561 3.620 -54.187 -5.517 1.00115.65 N
ATOM 23 C4 A A1561 4.729 -54.177 -4.753 1.00122.93 C
ATOM 24 P C A1562 10.967 -55.641 -4.816 1.00137.61 P
ATOM 25 OP1 C A1562 12.172 -54.792 -4.823 1.00116.94 O
ATOM 26 OP2 C A1562 11.108 -57.116 -4.853 1.00114.32 O
ATOM 27 O5' C A1562 10.095 -55.260 -3.524 1.00112.69 O
TER
ATOM 1 O3' A B1561 10.068 -55.179 -6.070 1.00152.48 O
ATOM 2 P C B1562 10.967 -55.641 -4.816 1.00137.61 P
ATOM 3 OP1 C B1562 12.172 -54.792 -4.823 1.00116.94 O
ATOM 4 OP2 C B1562 11.108 -57.116 -4.853 1.00114.32 O
ATOM 5 O5' C B1562 10.095 -55.260 -3.524 1.00112.69 O
ATOM 6 C5' C B1562 10.651 -55.396 -2.216 1.00107.45 C
ATOM 7 C4' C B1562 11.178 -54.067 -1.698 1.00117.23 C
ATOM 8 O4' C B1562 12.371 -53.663 -2.404 1.00113.85 O
ATOM 9 C3' C B1562 10.219 -52.895 -1.867 1.00117.49 C
ATOM 10 O3' C B1562 9.696 -52.539 -0.613 1.00107.99 O
ATOM 11 C2' C B1562 11.043 -51.739 -2.440 1.00105.76 C
ATOM 12 O2' C B1562 10.902 -50.552 -1.684 1.00 89.01 O
ATOM 13 C1' C B1562 12.464 -52.255 -2.325 1.00114.68 C
ATOM 14 N1 C B1562 13.325 -51.796 -3.435 1.00121.16 N
ATOM 15 C2 C B1562 14.256 -50.777 -3.217 1.00121.04 C
ATOM 16 O2 C B1562 14.339 -50.266 -2.093 1.00107.00 O
ATOM 17 N3 C B1562 15.038 -50.385 -4.253 1.00118.88 N
ATOM 18 C4 C B1562 14.904 -50.972 -5.448 1.00122.49 C
ATOM 19 N4 C B1562 15.693 -50.554 -6.443 1.00105.04 N
ATOM 20 C5 C B1562 13.958 -52.014 -5.684 1.00115.47 C
ATOM 21 C6 C B1562 13.195 -52.387 -4.656 1.00108.83 C
ATOM 22 P A B1563 8.143 -52.201 -0.400 1.00122.26 P
ATOM 23 OP1 A B1563 8.090 -50.834 0.183 1.00101.80 O
ATOM 24 OP2 A B1563 7.585 -53.371 0.333 1.00 87.02 O
ATOM 25 O5' A B1563 7.458 -52.133 -1.855 1.00104.54 O
TER
ATOM 2 P A A1561 7.627 -59.831 -4.244 1.00157.12 P
ATOM 3 OP1 A A1561 8.077 -61.122 -4.815 1.00135.87 O
ATOM 4 OP2 A A1561 8.286 -59.311 -3.020 1.00140.04 O
ATOM 5 O5' A A1561 7.748 -58.736 -5.408 1.00134.89 O
ATOM 6 C5' A A1561 8.006 -57.385 -5.061 1.00130.72 C
ATOM 7 C4' A A1561 8.010 -56.458 -6.260 1.00131.56 C
ATOM 8 O4' A A1561 6.656 -56.100 -6.655 1.00126.27 O
ATOM 9 C3' A A1561 8.646 -55.117 -5.939 1.00137.40 C
ATOM 10 O3' A A1561 10.068 -55.179 -6.070 1.00152.48 O
ATOM 11 C2' A A1561 7.895 -54.254 -6.940 1.00125.73 C
ATOM 12 O2' A A1561 8.080 -54.710 -8.267 1.00117.95 O
ATOM 13 C1' A A1561 6.504 -54.693 -6.529 1.00121.93 C
ATOM 14 N9 A A1561 6.042 -54.389 -5.157 1.00122.30 N
ATOM 15 C8 A A1561 6.777 -54.285 -4.003 1.00117.76 C
ATOM 16 N7 A A1561 6.069 -54.028 -2.927 1.00125.54 N
ATOM 17 C5 A A1561 4.765 -53.955 -3.388 1.00121.33 C
ATOM 18 C6 A A1561 3.531 -53.716 -2.745 1.00109.01 C
ATOM 19 N6 A A1561 3.411 -53.487 -1.438 1.00107.30 N
ATOM 20 N1 A A1561 2.408 -53.722 -3.489 1.00105.67 N
ATOM 21 C2 A A1561 2.520 -53.952 -4.799 1.00108.95 C
ATOM 22 N3 A A1561 3.620 -54.187 -5.517 1.00115.65 N
ATOM 23 C4 A A1561 4.729 -54.177 -4.753 1.00122.93 C
ATOM 24 P C A1562 10.967 -55.641 -4.816 1.00137.61 P
ATOM 25 OP1 C A1562 12.172 -54.792 -4.823 1.00116.94 O
ATOM 26 OP2 C A1562 11.108 -57.116 -4.853 1.00114.32 O
ATOM 27 O5' C A1562 10.095 -55.260 -3.524 1.00112.69 O
TER
ATOM 1 O3' A B1561 10.068 -55.179 -6.070 1.00152.48 O
ATOM 2 P C B1562 10.967 -55.641 -4.816 1.00137.61 P
ATOM 3 OP1 C B1562 12.172 -54.792 -4.823 1.00116.94 O
ATOM 4 OP2 C B1562 11.108 -57.116 -4.853 1.00114.32 O
ATOM 5 O5' C B1562 10.095 -55.260 -3.524 1.00112.69 O
ATOM 6 C5' C B1562 10.651 -55.396 -2.216 1.00107.45 C
ATOM 7 C4' C B1562 11.178 -54.067 -1.698 1.00117.23 C
ATOM 8 O4' C B1562 12.371 -53.663 -2.404 1.00113.85 O
ATOM 9 C3' C B1562 10.219 -52.895 -1.867 1.00117.49 C
ATOM 10 O3' C B1562 9.696 -52.539 -0.613 1.00107.99 O
ATOM 11 C2' C B1562 11.043 -51.739 -2.440 1.00105.76 C
ATOM 12 O2' C B1562 10.902 -50.552 -1.684 1.00 89.01 O
ATOM 13 C1' C B1562 12.464 -52.255 -2.325 1.00114.68 C
ATOM 14 N1 C B1562 13.325 -51.796 -3.435 1.00121.16 N
ATOM 15 C2 C B1562 14.256 -50.777 -3.217 1.00121.04 C
ATOM 16 O2 C B1562 14.339 -50.266 -2.093 1.00107.00 O
ATOM 17 N3 C B1562 15.038 -50.385 -4.253 1.00118.88 N
ATOM 18 C4 C B1562 14.904 -50.972 -5.448 1.00122.49 C
ATOM 19 N4 C B1562 15.693 -50.554 -6.443 1.00105.04 N
ATOM 20 C5 C B1562 13.958 -52.014 -5.684 1.00115.47 C
ATOM 21 C6 C B1562 13.195 -52.387 -4.656 1.00108.83 C
ATOM 22 P A B1563 8.143 -52.201 -0.400 1.00122.26 P
ATOM 23 OP1 A B1563 8.090 -50.834 0.183 1.00101.80 O
ATOM 24 OP2 A B1563 7.585 -53.371 0.333 1.00 87.02 O
ATOM 25 O5' A B1563 7.458 -52.133 -1.855 1.00104.54 O
TER
Atoms:
OP1: (8.077,-61.122,-4.815)
OP2: (8.286,-59.311,-3.020)
C3': (8.646,-55.117,-5.939)
C1': (6.504,-54.693,-6.529)
C5': (8.006,-57.385,-5.061)
O4': (6.656,-56.100,-6.655)
C8: (6.777,-54.285,-4.003)
O2': (8.080,-54.710,-8.267)
C6: (3.531,-53.716,-2.745)
C5: (4.765,-53.955,-3.388)
C4: (4.729,-54.177,-4.753)
P: (7.627,-59.831,-4.244)
C4': (8.010,-56.458,-6.260)
C2': (7.895,-54.254,-6.940)
C2: (2.520,-53.952,-4.799)
N1: (2.408,-53.722,-3.489)
N3: (3.620,-54.187,-5.517)
N6: (3.411,-53.487,-1.438)
N7: (6.069,-54.028,-2.927)
N9: (6.042,-54.389,-5.157)
O5': (7.748,-58.736,-5.408)
O3': (10.068,-55.179,-6.070)
OP2: (8.286,-59.311,-3.020)
C3': (8.646,-55.117,-5.939)
C1': (6.504,-54.693,-6.529)
C5': (8.006,-57.385,-5.061)
O4': (6.656,-56.100,-6.655)
C8: (6.777,-54.285,-4.003)
O2': (8.080,-54.710,-8.267)
C6: (3.531,-53.716,-2.745)
C5: (4.765,-53.955,-3.388)
C4: (4.729,-54.177,-4.753)
P: (7.627,-59.831,-4.244)
C4': (8.010,-56.458,-6.260)
C2': (7.895,-54.254,-6.940)
C2: (2.520,-53.952,-4.799)
N1: (2.408,-53.722,-3.489)
N3: (3.620,-54.187,-5.517)
N6: (3.411,-53.487,-1.438)
N7: (6.069,-54.028,-2.927)
N9: (6.042,-54.389,-5.157)
O5': (7.748,-58.736,-5.408)
O3': (10.068,-55.179,-6.070)
C2: (14.256,-50.777,-3.217)
OP1: (12.172,-54.792,-4.823)
OP2: (11.108,-57.116,-4.853)
C4: (14.904,-50.972,-5.448)
O5': (10.095,-55.260,-3.524)
C3': (10.219,-52.895,-1.867)
C1': (12.464,-52.255,-2.325)
O4': (12.371,-53.663,-2.404)
C5': (10.651,-55.396,-2.216)
P: (10.967,-55.641,-4.816)
O2: (14.339,-50.266,-2.093)
C4': (11.178,-54.067,-1.698)
C2': (11.043,-51.739,-2.440)
O2': (10.902,-50.552,-1.684)
N1: (13.325,-51.796,-3.435)
N3: (15.038,-50.385,-4.253)
N4: (15.693,-50.554,-6.443)
C6: (13.195,-52.387,-4.656)
C5: (13.958,-52.014,-5.684)
O3': (9.696,-52.539,-0.613)
OP1: (12.172,-54.792,-4.823)
OP2: (11.108,-57.116,-4.853)
C4: (14.904,-50.972,-5.448)
O5': (10.095,-55.260,-3.524)
C3': (10.219,-52.895,-1.867)
C1': (12.464,-52.255,-2.325)
O4': (12.371,-53.663,-2.404)
C5': (10.651,-55.396,-2.216)
P: (10.967,-55.641,-4.816)
O2: (14.339,-50.266,-2.093)
C4': (11.178,-54.067,-1.698)
C2': (11.043,-51.739,-2.440)
O2': (10.902,-50.552,-1.684)
N1: (13.325,-51.796,-3.435)
N3: (15.038,-50.385,-4.253)
N4: (15.693,-50.554,-6.443)
C6: (13.195,-52.387,-4.656)
C5: (13.958,-52.014,-5.684)
O3': (9.696,-52.539,-0.613)
Image (generated by PyMOL):