|
70
|
270
|
5gyhA |
Crystal structure of enzbleach xylanase t28c+t60c+t48f+l59f mutant |
|
74
|
278
|
5gyfA |
Crystal structure of enzbleach xylanase t28c+t60c+l59f mutant |
|
69
|
278
|
5gyiA |
Crystal structure of enzbleach xylanase v176c+e220c mutant |
|
160
|
436
|
5gqeA |
Crystal structure of michaelis complex of xylanase mutant (t82a, n127s, and e128h) from streptomyces olivaceoviridis e-86 |
|
69
|
278
|
5gyeA |
Crystal structure of enzbleach xylanase t28c+t60c and t77c+e249c mutant |
|
70
|
277
|
5gybA |
Crystal structure of enzbleach xylanase v5n+v6n+k7r+k223r+k227r and t28c+t60c mutant |
|
71
|
278
|
5gycA |
Crystal structure of enzbleach xylanase k73r+k185r and t28c+t60c mutant |
|
119
|
330
|
5ay7A |
A psychrophilic glycoside hydrolase family 10 endo-beta-1,4-xylanase |
|
73
|
277
|
5gy8A |
Crystal structure of enzbleach xylanase t28c+t60c mutant |
|
70
|
274
|
5gy9A |
Crystal structure of enzbleach xylanase a74c+g84c mutant |
|
100
|
283
|
5fxmA |
Structure of fae solved by sad from data collected by direct data collection (ddc) using the esrf robodiff goniometer |
|
144
|
354
|
5efdA |
Crystal structure of a surface pocket creating mutant (w6a) of an alkali thermostable gh10 xylanase from bacillus sp. ng-27 |
|
141
|
354
|
5effA |
Crystal structure of an aromatic mutant (f4a) of an alkali thermostable gh10 xylanase from bacillus sp. ng-27 |
|
140
|
354
|
5eb8A |
Crystal structure of aromatic mutant (f4w) of an alkali thermostable gh10 xylanase from bacillus sp. ng-27 |
|
59
|
191
|
5ej3A |
Crystal structure of xlnb2 |
|
139
|
354
|
5ebaA |
Crystal structure of aromatic mutant (y343a) of an alkali thermostable gh10 xylanase from bacillus sp. ng-27 |
|
30
|
156
|
4xuoA |
Structure of the cbm22-1 xylan-binding domain from paenibacillus barcinonensis xyn10c |
|
54
|
189
|
4xqwA |
X-ray structure analysis of xylanase-n44e with mes at ph6.0 |
|
37
|
161
|
4xuqA |
Structure of the cbm22-2 xylan-binding domain from paenibacillus barcinonensis xyn10c in complex with xylotriose |
|
35
|
161
|
4xunA |
Structure of the cbm22-2 xylan-binding domain from paenibacillus barcinonensis xyn10c |
|
55
|
188
|
4xqdA |
X-ray structure analysis of xylanase-wt at ph4.0 |
|
54
|
188
|
4xq4A |
X-ray structure analysis of xylanase - n44d |
|
129
|
318
|
4xx6A |
Crystal structure of a glycosylated endo-beta-1,4-xylanase (glycoside hydrolase family 10/gh10) enzyme from gloeophyllum trabeum |
|
128
|
302
|
4xv0A |
Crystal structure of an endo-beta-1,4-xylanase (glycoside hydrolase family 10/gh10) enzyme from trichoderma reesei |
|
57
|
189
|
4xpvA |
Neutron and x-ray structure analysis of xylanase: n44d at ph6 |
|
123
|
302
|
4xuyA |
Crystal structure of an endo-beta-1,4-xylanase (glycoside hydrolase family 10/gh10) enzyme from aspergillus niger |
|
33
|
161
|
4xurA |
Structure of the cbm22-2 xylan-binding domain from paenibacillus barcinonensis xyn10c in complex with xylotetraose |
|
68
|
333
|
4xupA |
Structure of the n-terminal cbm22-1-cbm22-2 tandem domain from paenibacillus barcinonensis xyn10c |
|
35
|
161
|
4xutA |
Structure of the cbm22-2 xylan-binding domain in complex with 1,3:1,4 beta-glucotetraose b from paenibacillus barcinonensis xyn10c |
|
138
|
390
|
4uqdA |
X-ray structure of glucuronoxylan-xylanohydrolase (xyn30a) from clostridium thermocellum at 1.25 a resolution |
|
137
|
390
|
4uqeA |
X-ray structure of glucuronoxylan-xylanohydrolase (xyn30a) from clostridium thermocellum at 1.28 a resolution |
|
140
|
390
|
4uqcA |
X-ray structure of glucuronoxylan-xylanohydrolase (xyn30a) from clostridium thermocellum at 1.30 a resolution |
|
138
|
390
|
4uq9A |
X-ray structure of glucuronoxylan-xylanohydrolase (xyn30a) from clostridium thermocellum at 1.77 a resolution |
|
129
|
352
|
4w8lA |
Structure of gh10 from paenibacillus barcinonensis |
|
135
|
391
|
4uqaA |
X-ray structure of glucuronoxylan-xylanohydrolase (xyn30a) from clostridium thermocellum |
|
57
|
190
|
4s2hA |
Joint x-ray/neutron structure of trichoderma reesei xylanase ii at ph 8.5 |
|
55
|
190
|
4s2fA |
Joint x-ray/neutron structure of trichoderma reesei xylanase ii at ph 4.4 |
|
58
|
190
|
4s2dA |
Joint x-ray/neutron structure of trichoderma reesei xylanase ii in complex with mes at ph 5.7 |
|
58
|
190
|
4s2gA |
Joint x-ray/neutron structure of trichoderma reesei xylanase ii at ph 5.8 |
|
28
|
129
|
4qb2A |
Structure of cbm35 in complex with glucuronic acid |
|
141
|
354
|
4qcfA |
Crystal structure of n-terminal mutant (v1a) of an alkali thermostable gh10 xylanase from bacillus sp. ng-27 |
|
159
|
537
|
4qawA |
Structure of modular xyn30d from paenibacillus barcinonensis |
|
29
|
129
|
4qb6A |
Structure of cbm35 in complex with aldouronic acid |
|
145
|
354
|
4qdmA |
Crystal structure of n-terminal mutant (v1l) of an alkali thermostable gh10 xylanase from bacillus sp. ng-27 |
|
29
|
128
|
4qb1A |
Structure of cbm35 from paenibacillus barcinonensis |
|
148
|
371
|
4pueA |
Extracellulr xylanase from geobacillus stearothermophilus: e159q mutant, with xylotetraose in active site |
|
127
|
329
|
4pmdA |
Crystal structure of cbxyn10b from caldicellulosiruptor bescii and its mutant(e139a) in complex with hydrolyzed xylotetraose |
|
150
|
371
|
4prwA |
Xylanase t6 (xt6) from geobacillus stearothermophilus in complex with xylohexaose |
|
153
|
371
|
4pudA |
Extracellulr xylanase from geobacillus stearothermophilus: e159q mutant, with xylopentaose in active site |
|
143
|
354
|
4qceA |
Crystal structure of recombinant alkali thermostable gh10 xylanase from bacillus sp. ng-27 |
