|
131
|
640
|
5dmqA |
Crystal structure of mouse erf1 in complex with reverse transcriptase (rt) of moloney murine leukemia virus |
|
30
|
115
|
5dzmA |
Hiv-1 reverse transcriptase rh domain |
|
37
|
160
|
5dmrA |
Crystal structure of c-terminal domain of mouse erf1 in complex with rnase h domain of rt of moloney murine leukemia virus |
|
8
|
53
|
5d7uA |
Crystal structure of the c-terminal domain of mmtv integrase |
|
52
|
162
|
5cz1A |
Crystal structure of the catalytic core domain of mmtv integrase |
|
46
|
159
|
5cz2A |
Crystal structure of a two-domain fragment of mmtv integrase |
|
21
|
116
|
4ydgA |
Crystal structure of compound 10 in complex with htlv-1 protease |
|
49
|
133
|
4nynA |
Crystal structure of rnase h1 from halophilic archaeon halobacterium salinarum nrc-1 |
|
29
|
93
|
4nzgA |
Crystal structure of the n-terminal domain of moloney murine leukemia virus integrase, northeast structural genomics consortium target or3 |
|
112
|
464
|
4mh8A |
The crystal structure of the monomeric reverse transcriptase from moloney murine leukemia virus |
|
59
|
211
|
4ibnA |
Crystal structure of lc9-rnase h1, a type 1 rnase h with the type 2 active-site motif |
|
69
|
218
|
4fw2A |
Crystal structure of rsv three-domain integrase with disordered n-terminal domain |
|
71
|
218
|
4fw1A |
Crystal structure of two-domain rsv integrase covalently linked with dna |
|
43
|
148
|
3qinA |
Crystal structure of hiv-1 rnase h p15 with engineered e. coli loop and pyrimidinol carboxylic acid inhibitor |
|
43
|
148
|
3qioA |
Crystal structure of hiv-1 rnase h with engineered e. coli loop and n-hydroxy quinazolinedione inhibitor |
|
77
|
299
|
3pufA |
Crystal structure of human rnase h2 complex |
|
78
|
213
|
3p83D |
Structure of the pcna:rnase hii complex from archaeoglobus fulgidus. |
|
62
|
290
|
3p56A |
The structure of the human rnase h2 complex defines key interaction interfaces relevant to enzyme function and human disease |
|
49
|
157
|
3p1gA |
Crystal structure of the xenotropic murine leukemia virus-related virus (xmrv) rnase h domain |
|
79
|
292
|
3p5jA |
The structure of the human rnase h2 complex defines key interaction interfaces relevant to enzyme function and human disease |
|
50
|
145
|
3o4qA |
Crystal structure of the rous associated virus integrase catalytic domain a182t in citrate buffer ph 6.2 |
|
47
|
141
|
3o4nA |
Crystal structure of the rous associated virus integrase catalytic domain in mes buffer ph 6.0 |
|
27
|
124
|
3nr6A |
Crystal structure of xenotropic murine leukemia virus-related virus (xmrv) protease |
|
29
|
95
|
3nnqA |
Crystal structure of the n-terminal domain of moloney murine leukemia virus integrase, northeast structural genomics consortium target or3 |
|
70
|
258
|
3kioA |
Mouse rnase h2 complex |
|
66
|
209
|
3hpgA |
Visna virus integrase (residues 1-219) in complex with ledgf ibd: examples of open integrase dimer-dimer interfaces |
|
46
|
149
|
3hyfA |
Crystal structure of hiv-1 rnase h p15 with engineered e. coli loop and active site inhibitor |
|
64
|
210
|
3hphA |
Closed tetramer of visna virus integrase (residues 1-219) in complex with ledgf ibd |
|
45
|
139
|
3hstB |
N-terminal rnase h domain of rv2228c from mycobacterium tuberculosis as a fusion protein with maltose binding protein |
|
107
|
295
|
3h8sA |
Structure of d19n t4 rnase h in the presence of divalent magnesium |
|
107
|
295
|
3h8wA |
Structure of d132n t4 rnase h in the presence of divalent magnesium |
|
115
|
302
|
3h7iA |
Structure of the metal-free d132n t4 rnase h |
|
112
|
297
|
3h8jA |
Native t4 rnase h in the absence of divalent metal ions |
|
47
|
144
|
3h08A |
Crystal structure of the ribonuclease h1 from chlorobium tepidum |
|
136
|
540
|
3dolA |
Crystal structure of l100i mutant hiv-1 reverse transcriptase in complex with gw695634. |
|
53
|
186
|
3dlrA |
Crystal structure of the catalytic core domain from pfv integrase |
|
142
|
539
|
3dmjA |
Crystal structure of hiv-1 v106a and y181c mutant reverse transcriptase in complex with gw564511. |
|
146
|
539
|
3dm2A |
Crystal structure of hiv-1 k103n mutant reverse transcriptase in complex with gw564511. |
|
100
|
308
|
3asmA |
Crystal structure of q54a mutant protein of bst-rnase hiii |
|
47
|
141
|
3alyA |
Crystal structure of rnase hi from sulfolobus tokodaii with c-terminal deletion |
|
46
|
153
|
3aa5X |
A52f e.coli rnase hi |
|
48
|
153
|
3aa2A |
A52i e. coli rnase hi |
|
51
|
152
|
3aa4A |
A52v e.coli rnase hi |
|
48
|
155
|
3aa3A |
A52l e. coli rnase hi |
|
44
|
152
|
2zqbA |
Crystal structure of a psychrotrophic rnasehi variant with sextuple thermostabilizing mutations |
|
47
|
155
|
2z1hA |
Crystal structure of e.coli rnase hi surface charged mutant(q4r/t92k/q105k/q113r/q115k/n143k/t145k) |
|
48
|
151
|
2z1jA |
Crystal structure of e.coli rnase hi surface charged mutant(q4r/t40e/q72h/q76k/q80e/t92k/q105k/q113r/q115k/n143k/t145k) |
|
48
|
155
|
2z1gA |
Crystal structure of e.coli rnase hi surface charged mutant(q4r/t40e/q72h/q76k/q80e/t92k/q105k) |
|
50
|
151
|
2z1iA |
Crystal structure of e.coli rnase hi surface charged mutant(q4r/t40e/q72h/q76k/q80e/t92k/q105k/q113r/q115k) |
|
49
|
155
|
2yv0X |
Structural and thermodynamic analyses of e. coli ribonuclease hi variant with quintuple thermostabilizing mutations |
