|
136
|
438
|
4u3jA |
Tog2:alpha/beta-tubulin complex |
|
171
|
428
|
4tuyB |
Tubulin-rhizoxin complex |
|
170
|
428
|
4tv9B |
Tubulin-pm060184 complex |
|
99
|
302
|
4u39A |
Crystal structure of ftsz:mciz complex from bacillus subtilis |
|
164
|
438
|
4tuyA |
Tubulin-rhizoxin complex |
|
169
|
428
|
4tv8B |
Tubulin-maytansine complex |
|
162
|
439
|
4tv9A |
Tubulin-pm060184 complex |
|
139
|
457
|
4rqoA |
Crystal structure of l-serine dehydratase from legionella pneumophila |
|
39
|
133
|
4rhaA |
Structure of the c-terminal domain of outer-membrane protein ompa from salmonella enterica subsp. enterica serovar typhimurium str. 14028s |
|
31
|
124
|
4r40B |
Crystal structure of tolb/pal complex from yersinia pestis. |
|
43
|
130
|
4pwtA |
Crystal structure of peptidoglycan-associated outer membrane lipoprotein from yersinia pestis co92 |
|
105
|
355
|
4nq3A |
Crystal structure of cyanuic acid hydrolase from a. caulinodans |
|
165
|
428
|
4o4iB |
Tubulin-laulimalide-epothilone a complex |
|
167
|
439
|
4o4jA |
Tubulin-peloruside a complex |
|
168
|
428
|
4o2bB |
Tubulin-colchicine complex |
|
168
|
439
|
4o4hA |
Tubulin-laulimalide complex |
|
32
|
114
|
4nwoB |
Computationally designed two-component self-assembling tetrahedral cage t33-15 |
|
174
|
428
|
4o4jB |
Tubulin-peloruside a complex |
|
166
|
439
|
4o2bA |
Tubulin-colchicine complex |
|
167
|
439
|
4o4lA |
Tubulin-peloruside a-epothilone a complex |
|
40
|
122
|
4nutA |
Crystal structure of the complex between snu13p and the pep domain of rsa1 |
|
170
|
428
|
4o4lB |
Tubulin-peloruside a-epothilone a complex |
|
160
|
437
|
4o4iA |
Tubulin-laulimalide-epothilone a complex |
|
165
|
428
|
4o2aB |
Tubulin-bal27862 complex |
|
172
|
430
|
4o4hB |
Tubulin-laulimalide complex |
|
165
|
446
|
4o2aA |
Tubulin-bal27862 complex |
|
159
|
437
|
4lnuA |
Nucleotide-free kinesin motor domain in complex with tubulin and a darpin |
|
109
|
311
|
4m8iA |
1.43 angstrom resolution crystal structure of cell division protein ftsz (ftsz) from staphylococcus epidermidis rp62a in complex with gdp |
|
167
|
431
|
4lnuB |
Nucleotide-free kinesin motor domain in complex with tubulin and a darpin |
|
99
|
305
|
4kweA |
Gdp-bound, double-stranded, curved ftsz protofilament structure |
|
148
|
437
|
4iijA |
Crystal structure of tubulin-stathmin-ttl-apo complex |
|
155
|
450
|
4i4tA |
Crystal structure of tubulin-rb3-ttl-zampanolide complex |
|
149
|
450
|
4ihjA |
Crystal structure of tubulin-stathmin-ttl-adp complex |
|
152
|
450
|
4i55A |
Crystal structure of tubulin-stathmin-ttl complex |
|
153
|
428
|
4iijB |
Crystal structure of tubulin-stathmin-ttl-apo complex |
|
167
|
428
|
4ihjB |
Crystal structure of tubulin-stathmin-ttl-adp complex |
|
158
|
429
|
4i50B |
Crystal structure of tubulin-stathmin-ttl-epothilone a complex |
|
162
|
428
|
4i55B |
Crystal structure of tubulin-stathmin-ttl complex |
|
158
|
428
|
4i4tB |
Crystal structure of tubulin-rb3-ttl-zampanolide complex |
|
154
|
438
|
4i50A |
Crystal structure of tubulin-stathmin-ttl-epothilone a complex |
|
172
|
431
|
4hnaB |
Kinesin motor domain in the adp-mg-alfx state in complex with tubulin and a darpin |
|
162
|
437
|
4hnaA |
Kinesin motor domain in the adp-mg-alfx state in complex with tubulin and a darpin |
|
42
|
108
|
4g4wA |
Crystal structure of peptidoglycan-associated lipoprotein from acinetobacter baumannii |
|
39
|
120
|
4g4zA |
Crystal structure of ompa peptidoglycan-binding domain from acinetobacter baumannii |
|
39
|
120
|
4g4yA |
Crystal structure of ompa peptidoglycan-binding domain from acinetobacter baumannii |
|
39
|
111
|
4g4vA |
Crystal structure of peptidoglycan-associated lipoprotein from acinetobacter baumannii |
|
43
|
108
|
4g4xA |
Crystal structure of peptidoglycan-associated lipoprotein from acinetobacter baumannii |
|
39
|
122
|
4g88A |
Crystal structure of ompa peptidoglycan-binding domain from acinetobacter baumannii |
|
33
|
125
|
3r0pA |
Crystal structure of l-psp putative endoribonuclease from uncultured organism |
|
149
|
439
|
4ffbA |
A tog:alpha/beta-tubulin complex structure reveals conformation-based mechanisms for a microtubule polymerase |
