|
18
|
132
|
7n56A |
Crystal structure of deoxyuridine 5'-triphosphate nucleotidohydrolase from rickettsia prowazekii str. madrid e |
|
18
|
135
|
7n6sA |
Crystal structure of deoxyuridine 5'-triphosphate nucleotidohydrolase from rickettsia prowazekii str. madrid e in complex with 2'-deoxyuridine 5'-monophoephate (dump) |
|
47
|
200
|
6hwiA |
Immature m-pmv capsid hexamer structure in intact virus particles |
|
80
|
265
|
3jcaA |
Core model of the mouse mammary tumor virus intasome |
|
9
|
49
|
3jcaC |
Core model of the mouse mammary tumor virus intasome |
|
67
|
275
|
5m0qA |
Cryo-em reconstruction of the maedi-visna virus (mvv) intasome |
|
66
|
276
|
5m0rA |
Cryo-em reconstruction of the maedi-visna virus (mvv) strand transfer complex |
|
62
|
160
|
5mydA |
Convergent evolution involving dimeric and trimeric dutpases in signalling. |
|
70
|
165
|
5myiD |
Convergent evolution involving dimeric and trimeric dutpases in signalling. |
|
61
|
155
|
5myfA |
Convergent evolution involving dimeric and trimeric dutpases in signalling. |
|
9
|
57
|
5lljA |
Maedi-visna virus (mvv) integrase c-terminal domain (residues 220-276) |
|
22
|
137
|
6maiA |
Crystal structure of deoxyuridine 5'-triphosphate nucleotidohydrolase from legionella pneumophila philadelphia 1 |
|
22
|
137
|
6maoA |
Crystal structure of deoxyuridine 5'-triphosphate nucleotidohydrolase from legionella pneumophila philadelphia 1 in complex with dump (deoxyuridine 5'-monophosphate) |
|
29
|
112
|
6fivA |
Structural studies of hiv and fiv proteases complexed with an efficient inhibitor of fiv pr |
|
38
|
143
|
6dt3A |
1.2 angstrom resolution crystal structure of nucleoside triphosphatase nudi from klebsiella pneumoniae in complex with hepes |
|
88
|
279
|
4dk2A |
Crystal structure of open trypanosoma brucei dutpase |
|
83
|
279
|
4dk4A |
Crystal structure of trypanosoma brucei dutpase with dupnp, ca2+ and na+ |
|
90
|
280
|
4dlcA |
Crystal structure of trypanosoma brucei dutpase with dump, mgf3- transition state analogue, and mg2+ |
|
95
|
281
|
4dl8A |
Crystal structure of trypanosoma brucei dutpase with dump, planar [alf3-opo3] transition state analogue, mg2+, and na+ |
|
94
|
279
|
4dkbA |
Crystal structure of trypanosoma brucei dutpase with dupnp and ca2+ |
|
23
|
130
|
4b0hA |
B. subtilis dutpase yncf in complex with du, ppi and mg b (p212121) |
|
23
|
142
|
4apz1 |
Structure of b. subtilis genomic dutpase yncf in complex with du, ppi and mg in p1 |
|
23
|
143
|
4aooA |
B. subtilis dutpase yncf in complex with du ppi and mg in h32 |
|
23
|
128
|
4ao5A |
B. subtilis prophage dutpase yoss in complex with dump |
|
23
|
130
|
4aozA |
B. subtilis dutpase yncf in complex with du, ppi and mg (p212121) |
|
25
|
155
|
3zf2A |
Phage dutpases control transfer of virulence genes by a proto- oncogenic g protein-like mechanism. (staphylococcus bacteriophage 80alpha dutpase). |
|
28
|
169
|
3zf6A |
Phage dutpases control transfer of virulence genes by a proto-oncogenic g protein-like mechanism. (staphylococcus bacteriophage 80alpha dutpase d81a d110c s168c mutant with dupnhpp). |
|
24
|
155
|
3zf1A |
Phage dutpases control transfer of virulence genes by a proto- oncogenic g protein-like mechanism. (staphylococcus bacteriophage 80alpha dutpase d81n mutant with dupnhpp). |
|
27
|
169
|
3zf5A |
Phage dutpases control transfer of virulence genes by a proto-oncogenic g protein-like mechanism. (staphylococcus bacteriophage 80alpha dutpase y84f mutant with dupnhpp). |
|
25
|
169
|
3zezA |
Phage dutpases control transfer of virulence genes by a proto- oncogenic g protein-like mechanism.(staphylococcus bacteriophage 80alpha dutpase with dupnhpp). |
|
27
|
155
|
3zf3A |
Phage dutpases control transfer of virulence genes by a proto-oncogenic g protein-like mechanism. (staphylococcus bacteriophage 80alpha dutpase y84i mutant). |
|
22
|
168
|
3zf4A |
Phage dutpases control transfer of virulence genes by a proto- oncogenic g protein-like mechanism. (staphylococcus bacteriophage 80alpha dutpase y81a mutant with dupnhpp). |
|
26
|
154
|
3zf0A |
Phage dutpases control transfer of virulence genes by a proto-oncogenic g protein-like mechanism. (staphylococcus bacteriophage 80alpha dutpase d81a mutant with dupnhpp). |
|
20
|
112
|
3tq4A |
Crystal structure of m-pmv dutpase with a mixed population of substrate (dupnpp) and post-inversion product (dump) in the active sites |
|
20
|
113
|
3trnA |
Crystal structure of m-pmv dutpase post-inversion product (dump) complex |
|
20
|
113
|
3tq3A |
Crystal structure of m-pmv dutpase with a mixed population of substrate (dupnpp) and post-inversion product (dump) in the active sites |
|
18
|
113
|
3ttaA |
Crystal structure of m-pmv dutpase relaxed end-product (dump) complex |
|
20
|
113
|
3tpyA |
Crystal structure of m-pmv dutpase with a mixed population of substrate (dupnpp) and post-inversion product (dump) in the active sites |
|
19
|
113
|
3tpsA |
Crystal structure of m-pmv dutpase complexed with dupnpp substrate |
|
20
|
114
|
3tp1A |
Crystal structure of the precatalytic m-pmv dutpase - substrate (dupnpp) complex |
|
18
|
112
|
3ts6A |
Crystal structure of m-pmv dutpase relaxed end-product (dump) complex |
|
19
|
113
|
3tq5A |
Crystal structure of m-pmv dutpase post-inversion product (dump) complex |
|
24
|
138
|
3tqzA |
Structure of a deoxyuridine 5'-triphosphate nucleotidohydrolase (dut) from coxiella burnetii |
|
22
|
113
|
3trlA |
Crystal structure of m-pmv dutpase post-inversion product (dump) complex |
|
18
|
113
|
3tslA |
Crystal structure of m-pmv dutpase relaxed end-product (dump) complex |
|
18
|
113
|
3tpnA |
Crystal structure of m-pmv dutpase complexed with dupnpp, substrate |
|
21
|
114
|
3tpwA |
Crystal structure of m-pmv dutpase - dupnpp complex revealing distorted ligand geometry (approach intermediate) |
|
31
|
167
|
3t6yA |
5'-diphenyl nucleoside inhibitors of plasmodium falciparum dutpase |
|
29
|
166
|
3t60A |
5'-diphenyl nucleoside inhibitors of plasmodium falciparum dutpase |
|
34
|
167
|
3t70A |
5'-diphenyl nucleoside inhibitors of plasmodium falciparum dutpase |
