|
95
|
418
|
8g5iB |
Cryo-em structure of the mismatch sensing complex (i) of human mitochondrial dna polymerase gamma |
|
93
|
422
|
8g5pB |
Cryo-em structure of the guide loop engagement complex (v) of human mitochondrial dna polymerase gamma |
|
68
|
418
|
8g5oB |
Cryo-em structure of the guide loop engagement complex (iv) of human mitochondrial dna polymerase gamma |
|
72
|
418
|
8g5kB |
Cryo-em structure of the wedge alignment complex (viii) of human mitochondrial dna polymerase gamma |
|
41
|
174
|
8ileA |
The crystal structure of dgtpalphase-rp:dnapre-ii:pol x substrate ternary complex |
|
95
|
418
|
8g5jB |
Cryo-em structure of the mismatch uncoupling complex (ii) of human mitochondrial dna polymerase gamma |
|
182
|
1155
|
8g5oA |
Cryo-em structure of the guide loop engagement complex (iv) of human mitochondrial dna polymerase gamma |
|
172
|
1149
|
8g5lA |
Cryo-em structure of the primer separation complex (ix) of human mitochondrial dna polymerase gamma |
|
87
|
418
|
8g5lB |
Cryo-em structure of the primer separation complex (ix) of human mitochondrial dna polymerase gamma |
|
87
|
422
|
8g5nB |
Cryo-em structure of the guide loop engagement complex (vi) of human mitochondrial dna polymerase gamma |
|
165
|
1150
|
8g5kA |
Cryo-em structure of the wedge alignment complex (viii) of human mitochondrial dna polymerase gamma |
|
48
|
177
|
8iliA |
The crystal structure of dg(se-rp)-dna:pol x product binary complex |
|
119
|
346
|
7kt0A |
Dna polymerase mu, dgtp:at ground state ternary complex, 50 mm mg2+ (60min) |
|
256
|
1114
|
8v6iA |
Dna elongation complex (configuration 1) of xenopus laevis dna polymerase alpha-primase |
|
257
|
1114
|
8v6hA |
Dna initiation complex (configuration 2) of xenopus laevis dna polymerase alpha-primase |
|
256
|
1114
|
8v6jA |
Dna elongation complex (configuration 2) of xenopus laevis dna polymerase alpha-primase |
|
256
|
1114
|
8v6gA |
Dna initiation complex (configuration 1) of xenopus laevis dna polymerase alpha-primase |
|
47
|
182
|
8v5mA |
Tetramer core subcomplex (conformation 1) of xenopus laevis dna polymerase alpha-primase |
|
96
|
447
|
8ppuA |
Pyrococcus abyssi dna polymerase d (pold) in its editing mode bound to a primer/template substrate containing three consecutive mismatches |
|
100
|
447
|
8pptA |
Pyrococcus abyssi dna polymerase d (pold) in its editing mode bound to a primer/template substrate containing a mismatch |
|
47
|
182
|
8v5oA |
Tetramer core subcomplex (conformation 3) of xenopus laevis dna polymerase alpha-primase |
|
102
|
447
|
8ppvA |
Intermediate conformer of pyrococcus abyssi dna polymerase d (pold) bound to a primer/template substrate containing three consecutive mismatches |
|
48
|
182
|
8v5nA |
Tetramer core subcomplex (conformation 2) of xenopus laevis dna polymerase alpha-primase |
|
118
|
425
|
6o9eB |
Structure of hiv-1 reverse transcriptase in complex with dna and indopy-1 |
|
94
|
423
|
7ozwB |
Cryo-em structure of hiv-1 reverse transcriptase with a dna aptamer in complex with fragment 166 at the transient p-pocket |
|
103
|
425
|
7otzB |
Hiv-1 reverse transcriptase complex with dna and inhibitor rmc-259 |
|
204
|
966
|
7pfoB |
Core human replisome |
|
116
|
423
|
7oz2B |
Crystal structure of hiv-1 reverse transcriptase with a double stranded dna showing a transient p-pocket |
|
106
|
424
|
7oxqB |
Crystal structure of hiv-1 reverse transcriptase with a double stranded dna in complex with fragment 048 at the transient p-pocket. |
|
116
|
552
|
7ozwA |
Cryo-em structure of hiv-1 reverse transcriptase with a dna aptamer in complex with fragment 166 at the transient p-pocket |
|
144
|
555
|
7oz2A |
Crystal structure of hiv-1 reverse transcriptase with a double stranded dna showing a transient p-pocket |
|
99
|
425
|
7otnB |
Hiv-1 reverse transcriptase complex with dna and inhibitor rmc-247 |
|
153
|
556
|
7otzA |
Hiv-1 reverse transcriptase complex with dna and inhibitor rmc-259 |
|
103
|
425
|
7otkB |
Hiv-1 reverse transcriptase complex with dna and inhibitor rmc-233 |
|
103
|
425
|
7otaB |
Hiv-1 reverse transcriptase complex with dna and inhibitor rmc-230 |
|
147
|
556
|
7otxA |
Hiv-1 reverse transcriptase complex with dna and inhibitor rmc-257 |
|
107
|
425
|
7otxB |
Hiv-1 reverse transcriptase complex with dna and inhibitor rmc-257 |
|
102
|
425
|
7ot6B |
Hiv-1 reverse transcriptase complex with dna and inhibitor rmc-282 |
|
116
|
346
|
7kt9A |
Dna polymerase mu, 8-oxodgtp:at product state ternary complex, 50 mm mg2+ (960min) |
|
41
|
150
|
7l23A |
Hiv integrase core domain in complex with inhibitor 2-(5-(3-fluorophenyl)-2-(2-(thiophen-2-yl)ethynyl)-1- benzofuran-3-yl)ethanoic acid |
|
110
|
345
|
7ksvA |
Dna polymerase mu, dgtp:ct product state ternary complex, 10 mm mn2+ (960min) |
|
113
|
345
|
7kt4A |
Dna polymerase mu, 8-oxodgtp:at reaction state ternary complex, 10 mm mn2+ (30min) |
|
117
|
346
|
7kt5A |
Dna polymerase mu, 8-oxodgtp:at product state ternary complex, 10 mm mn2+ (120min) |
|
113
|
346
|
7kt7A |
Dna polymerase mu, 8-oxodgtp:at reaction state ternary complex, 50 mm mg2+ (60min) |
|
147
|
432
|
7l69A |
Crystal structure of human polymerase eta complexed with syn n7-benzylguanine |
|
119
|
346
|
7ktgA |
Dna polymerase mu, 8-oxodgtp:ct product state ternary complex, 50 mm mg2+ (960min) |
|
42
|
153
|
7l1pA |
Hiv integrase core domain (in) in complex with dimer-spanning ligand |
|
115
|
345
|
7kt6A |
Dna polymerase mu, 8-oxodgtp:at product state ternary complex, 10 mm mn2+ (960min) |
|
118
|
345
|
7ksxA |
Dna polymerase mu, dgtp:ct product state ternary complex, 10 mm mg2+ (30min) |
|
142
|
556
|
7lquA |
Crystal structure of hiv-1 rt in complex with nbd-14075 |
