|
27
|
165
|
1jknA |
Solution structure of the nudix enzyme diadenosine tetraphosphate hydrolase from lupinus angustifolius complexed with atp |
|
26
|
156
|
1iryA |
Solution structure of the hmth1, a nucleotide pool sanitization enzyme |
|
30
|
165
|
1f3yA |
Solution structure of the nudix enzyme diadenosine tetraphosphate hydrolase from lupinus angustifolius l. |
|
40
|
157
|
4jzuA |
Crystal structure of the bacillus subtilis pyrophosphohydrolase bsrpph bound to a non-hydrolysable triphosphorylated dinucleotide rna (pcp-pgpg) - first guanosine residue in guanosine binding pocket |
|
50
|
199
|
3mdiA |
Crystal structure of the 25kda subunit of human cleavage factor im in complex with rna uguaaa |
|
44
|
207
|
3q2tA |
Crystal structure of cfim68 rrm/cfim25/rna complex |
|
52
|
200
|
3mdgA |
Crystal structure of the 25kda subunit of human cleavage factor im in complex with rna uuguau |
|
45
|
195
|
3p6yA |
Cf im25-cf im68-uguaa complex |
|
105
|
352
|
1rrqA |
Muty adenine glycosylase in complex with dna containing an a:oxog pair |
|
105
|
352
|
1rrsA |
Muty adenine glycosylase in complex with dna containing an abasic site |
|
108
|
352
|
1vrlA |
Muty adenine glycosylase in complex with dna and soaked adenine free base |
|
103
|
354
|
5dpkA |
Muty adenine glycosylase bound to a transition state analog (1n) paired with d(8-oxog) in duplexed dna to 2.2 a |
|
36
|
158
|
4jzvA |
Crystal structure of the bacillus subtilis pyrophosphohydrolase bsrpph bound to a non-hydrolysable triphosphorylated dinucleotide rna (pcp-pgpg) - second guanosine residue in guanosine binding pocket |
|
101
|
352
|
3g0qA |
Crystal structure of muty bound to its inhibitor dna |
|
105
|
353
|
3fspA |
Muty adenine glycosylase bound to a transition state analog (1n) paired with dg in duplexed dna |
|
59
|
219
|
3gz6A |
Crystal structure of shewanella oneidensis nrtr complexed with a 27mer dna |
|
18
|
134
|
3j7ye |
Structure of the large ribosomal subunit from human mitochondria |
|
112
|
352
|
4yoqA |
Crystal structure of muty bound to its anti-substrate |
|
41
|
160
|
4s2yA |
Structure of e. coli rpph bound to rna and three magnesium ions |
|
110
|
355
|
4yprA |
Crystal structure of d144n muty bound to its anti-substrate |
|
110
|
352
|
4yphA |
Crystal structure of muty bound to its anti-substrate with the disulfide cross-linker reduced |
|
42
|
161
|
4s2xA |
Structure of e. coli rpph bound to rna and two magnesium ions |
|
62
|
255
|
5isyA |
Crystal structure of nudix family protein with nad |
|
42
|
156
|
5lpgA |
Structure of nudt15 in complex with 6-thio-gmp |
|
60
|
257
|
5iw5A |
Crystal structure of e. coli nudc in complex with nmn |
|
65
|
257
|
5iw4A |
Crystal structure of e. coli nudc in complex with nad |
|
44
|
154
|
5hzxA |
Crystal structure of zebrafish mth1 in complex with th588 |
|
34
|
146
|
5cfjA |
Structural and functional attributes of malaria parasite ap4a hydrolase |
|
33
|
147
|
5cfiA |
Structural and functional attributes of malaria parasite ap4a hydrolase |
|
50
|
182
|
5c7tA |
Crystal structure of the bdellovibrio bacteriovorus nucleoside diphosphate sugar hydrolase in complex with adp-ribose |
|
49
|
182
|
5c7qA |
Crystal structure of the bdellovibrio bacteriovorus nucleoside diphosphate sugar hydrolase |
|
53
|
223
|
5bs6A |
Apo structure of transcriptional factor arar from bacteroides thetaiotaomicron vpi |
|
48
|
226
|
5ddgA |
The structure of transcriptional factor arar from bacteroides thetaiotaomicron vpi in complex with target double strand dna |
|
45
|
156
|
5bonA |
Crystal structure of human nudt15 (mth2) |
|
35
|
135
|
4hvyA |
A thermostable variant of human nudt18 nudix domain obtained by hot colony filtration |
|
28
|
129
|
4dywA |
Crystal structure of mutt nudix hydrolase from burkholderia pseudomallei |
|
41
|
154
|
4c9wA |
Crystal structure of nudt1 (mth1) with r-crizotinib |
|
41
|
154
|
4c9xA |
Crystal structure of nudt1 (mth1) with s-crizotinib |
|
39
|
154
|
3zr1A |
Crystal structure of human mth1 |
|
40
|
154
|
3zr0A |
Crystal structure of human mth1 in complex with 8-oxo-dgmp |
|
41
|
154
|
3whwA |
Mth1 in complex with ruthenium-based inhibitor |
|
36
|
159
|
3x0kA |
Adp ribose pyrophosphatase from thermus thermophilus hb8 in es-state at 0.97 angstrom resolution |
|
36
|
160
|
3x0lA |
Adp ribose pyrophosphatase from thermus thermophilus hb8 in es-state at 1.00 angstrom resolution |
|
35
|
159
|
3x0nA |
Adp ribose pyrophosphatase from thermus thermophilus hb8 in esm-state at reaction time of 6 min |
|
35
|
159
|
3x0qA |
Adp ribose pyrophosphatase from thermus thermophilus hb8 in esmm-state at reaction time of 20 min |
|
36
|
159
|
3x0mA |
Adp ribose pyrophosphatase from thermus thermophilus hb8 in esm-state at reaction time of 3 min |
|
35
|
159
|
3x0pA |
Adp ribose pyrophosphatase from thermus thermophilus hb8 in esmm-state at reaction time of 15 min |
|
35
|
160
|
3x0sA |
Adp ribose pyrophosphatase from thermus thermophilus hb8 in e'-state at reaction time of 50 min |
|
38
|
159
|
3x0jA |
Adp ribose pyrophosphatase from thermus thermophilus hb8 in apo state at 0.92 angstrom resolution |
|
36
|
159
|
3x0iA |
Adp ribose pyrophosphatase in apo state at 0.91 angstrom resolution |
