|
76
|
284
|
9ru3A |
Streptococcus pneumoniae stkp catalytic domain t167a/t169a double mutant |
|
86
|
283
|
9rujA |
Streptococcus pneumoniae stkp catalytic domain t167e/t169e double mutant in complex with amp-pnp and mn2+ |
|
78
|
284
|
9rukA |
Streptococcus pneumoniae stkp catalytic domain t167a/t169a double mutant in complex with amp-pnp and mn2+ |
|
84
|
283
|
9rv7A |
Streptococcus pneumoniae stkp catalytic domain t167a/t169a double mutant in complex with amp-pnp and mg2+ |
|
65
|
341
|
9tp5A |
Crystal structure of the n-terminal kelch domain of the kelch phosphatase bsu1 from arabidopsis thaliana |
|
116
|
353
|
9tp7A |
Crystal structure of the c-terminal ser/thr phosphatase domain of the kelch phosphatase bsu1 from arabidopsis thaliana |
|
109
|
331
|
9tp8A |
Crystal structure of the c-terminal ser/thr phosphatase d510n h707k mutant of the kelch phosphatase bsu1 from arabidopsis thaliana |
|
47
|
198
|
9szzA |
P53-y220c core domain covalently bound to a vinyl-sulfone fragment |
|
44
|
195
|
9sukA |
P53-r282w core domain covalently bound to a vinyl-sulfone fragment |
|
50
|
198
|
9g6tA |
P53-y220c core domain covalently bound to 5-chloro-6-methylpyrazine-2-carbonitrile soaked at 5 mm |
|
48
|
197
|
9g5hA |
P53-y220c core domain covalently bound to 2-chloro-5-cyanopyrazine soaked at 5 mm |
|
47
|
197
|
9g6uA |
P53-y220c core domain covalently bound to 3,5-dichloro-6-ethylpyrazine-2-carbonitirle soaked at 5 mm |
|
164
|
428
|
9h33B |
T2r-ttl-protac2 complex |
|
132
|
428
|
8yy5B |
Kinesin-14 with alf3 bound to 14 pf microtubule |
|
168
|
427
|
9h34B |
T2r-ttl-protac1 complex |
|
47
|
137
|
9h33E |
T2r-ttl-protac2 complex |
|
165
|
438
|
9h34A |
T2r-ttl-protac1 complex |
|
134
|
437
|
8yy2A |
Kinesin-14 in nucleotide-free state bound to 13 pf microtubule |
|
46
|
138
|
9h31E |
T2r-ttl-protac4 complex |
|
101
|
382
|
9h31F |
T2r-ttl-protac4 complex |
|
104
|
382
|
9h34F |
T2r-ttl-protac1 complex |
|
169
|
427
|
9h32B |
T2r-ttl-protac3 complex |
|
46
|
136
|
9h32E |
T2r-ttl-protac3 complex |
|
166
|
438
|
9h31A |
T2r-ttl-protac4 complex |
|
115
|
376
|
8yy2C |
Kinesin-14 in nucleotide-free state bound to 13 pf microtubule |
|
144
|
427
|
8yy3B |
Kinesin-14 in nucleotide-free state bound to 14 pf microtubule |
|
101
|
360
|
8yy5C |
Kinesin-14 with alf3 bound to 14 pf microtubule |
|
141
|
437
|
8yy5A |
Kinesin-14 with alf3 bound to 14 pf microtubule |
|
165
|
438
|
9h32A |
T2r-ttl-protac3 complex |
|
107
|
382
|
9h33F |
T2r-ttl-protac2 complex |
|
105
|
380
|
9h32F |
T2r-ttl-protac3 complex |
|
170
|
427
|
9h31B |
T2r-ttl-protac4 complex |
|
167
|
438
|
9h33A |
T2r-ttl-protac2 complex |
|
47
|
138
|
9h34E |
T2r-ttl-protac1 complex |
|
138
|
437
|
8yy3A |
Kinesin-14 in nucleotide-free state bound to 14 pf microtubule |
|
129
|
427
|
8yy2B |
Kinesin-14 in nucleotide-free state bound to 13 pf microtubule |
|
148
|
437
|
9yxq1 |
Cryo-em structure of the xenopus laevis mitotic centromere-associated kinesin (mcak) bound to the paclitaxel-stabilized microtubule |
|
120
|
376
|
8yy3C |
Kinesin-14 in nucleotide-free state bound to 14 pf microtubule |
|
150
|
426
|
9yxq2 |
Cryo-em structure of the xenopus laevis mitotic centromere-associated kinesin (mcak) bound to the paclitaxel-stabilized microtubule |
|
141
|
403
|
9yxqM |
Cryo-em structure of the xenopus laevis mitotic centromere-associated kinesin (mcak) bound to the paclitaxel-stabilized microtubule |
|
73
|
181
|
9s9kA |
S. islandicus cdvb (semi open) |
|
76
|
186
|
9s99A |
Cdvb2 filament - high twist, class b |
|
70
|
197
|
9s9iA |
S. islandicus cdva (non-polymerising mutant) |
|
67
|
179
|
9s9jA |
S. islandicus cdvb (closed) |
|
70
|
194
|
9s9gA |
S. islandicus cdva filament (x-ray) |
|
74
|
190
|
9s97A |
Cdvb2 filament - low twist |
|
69
|
193
|
9s9hA |
S. islandicus cdva filament (cryo-em) |
|
78
|
184
|
9s98A |
Cdvb2 filament - high twist, class a |
|
126
|
439
|
9olhA |
Symmetry-expanded reconstruction of augmin t-ii bonsai on the gtpgammas microtubule |
|
12
|
31
|
9olhH |
Symmetry-expanded reconstruction of augmin t-ii bonsai on the gtpgammas microtubule |
