|
100
|
245
|
9uj2A |
14-3-3 zeta chimera with the s202r peptide of sars-cov-2 n (residues 200-213) |
|
52
|
191
|
9r74A |
Pyrin b30.2 domain, fmf mutation i641f |
|
52
|
195
|
9r70A |
Pyrin b30.2 domain, fmf mutation m680l |
|
57
|
195
|
9r6yA |
Pyrin b30.2 domain, fmf mutation r653h |
|
33
|
122
|
9o8vA |
Apo form of photoactive yellow protein |
|
44
|
154
|
9q9eA |
Crystal structure of a telsam-sumo1 fusion protein |
|
12
|
59
|
9ofxA |
Crystal structure of c-src sh3 domain in h32 space group mediated by nickel |
|
52
|
222
|
9fq1A |
Structure of the disease-causing mutant p20s of human kctd1 |
|
55
|
277
|
9fiwM |
Mu2 adaptin subunit (ap50) of ap2 adaptor (second domain), complexed with lrp6 internalization peptide syrhfa |
|
50
|
277
|
9fixM |
Mu2 adaptin subunit (ap50) of ap2 adaptor (second domain), complexed with lrp6 internalization peptide syrpysyrhfa |
|
54
|
277
|
9fiyM |
Mu2 adaptin subunit (ap50) of ap2 adaptor (second domain), complexed with lrp6 internalization peptide syrhfa |
|
84
|
273
|
9bp8A |
Crystal structure of braf kinase domain with pf-07799933 |
|
124
|
404
|
8ztcA |
Crystal structure of mps1-amp complex |
|
35
|
93
|
8znaA |
Myxococcus xanthus romx |
|
76
|
193
|
8zlfA |
Crystal structure of dh domain of fyve domain containing protein(fp10) from entamoeba histolytica |
|
128
|
361
|
8zazA |
Crystal structure of chitinase 3-like protein 1 |
|
68
|
213
|
8z84A |
The dimerization structure of chase4 domain of pa2072(beta form). |
|
19
|
93
|
8z6cA |
Crystal structure of hdgfrp2 pwwp domain in complex with 4-(4-bromo-1h-pyrazol-3-yl) pyridine |
|
21
|
91
|
8z6oA |
Crystal structure of hdgfrp2 pwwp domain in complex with varenicline |
|
67
|
206
|
8z6nA |
The dimerization structure of chase4 domain of pa2072 (alpha form) |
|
211
|
581
|
8uo5A |
Protein phosphatase 2a b55 subunit in complex with ier5 |
|
220
|
1358
|
8vy2A |
Structure of mcelsr1 extracellular region containing cadh9-gain domains |
|
9
|
43
|
8uo5D |
Protein phosphatase 2a b55 subunit in complex with ier5 |
|
87
|
436
|
8uo5B |
Protein phosphatase 2a b55 subunit in complex with ier5 |
|
151
|
495
|
8rjnA |
Serial femtosecond x-ray structure of a fluorescence optimized bathy phytochrome pairfp2 derived from wild-type agp2 in its pfr state (i0b). |
|
145
|
493
|
8rjtA |
Serial femtosecond x-ray structure of a fluorescence optimized bathy phytochrome pairfp2 derived from wild-type agp2 in i6 intermediate state. |
|
145
|
494
|
8rjmA |
Serial femtosecond x-ray structure of a fluorescence optimized bathy phytochrome pairfp2 derived from wild-type agp2 in its pfr state (i0a). |
|
148
|
494
|
8rjqA |
Serial femtosecond x-ray structure of a fluorescence optimized bathy phytochrome pairfp2 derived from wild-type agp2 in i3 intermediate state. |
|
79
|
306
|
8uo5C |
Protein phosphatase 2a b55 subunit in complex with ier5 |
|
148
|
493
|
8rjsA |
Serial femtosecond x-ray structure of a fluorescence optimized bathy phytochrome pairfp2 derived from wild-type agp2 in i5 intermediate state. |
|
143
|
494
|
8rjoA |
Serial femtosecond x-ray structure of a fluorescence optimized bathy phytochrome pairfp2 derived from wild-type agp2 in i1 intermediate state. |
|
118
|
346
|
8qr5A |
Crystal structure of erk2 in complex with a covalently bound macrocyclic ligand |
|
144
|
493
|
8rjuA |
Serial femtosecond x-ray structure of a fluorescence optimized bathy phytochrome pairfp2 derived from wild-type agp2 in i7 intermediate state. |
|
149
|
494
|
8rjrA |
Serial femtosecond x-ray structure of a fluorescence optimized bathy phytochrome pairfp2 derived from wild-type agp2 in i4 intermediate state. |
|
113
|
348
|
8qrbA |
Crystal structure of erk2 in complex with a covalently bound macrocyclic ligand |
|
119
|
346
|
8qr6A |
Crystal structure of erk2 in complex with a covalently bound macrocyclic ligand |
|
114
|
346
|
8qr2A |
Crystal structure of erk2 in complex with a covalently bound macrocyclic ligand |
|
118
|
346
|
8qr9A |
Crystal structure of erk2 in complex with a covalently bound macrocyclic ligand |
|
149
|
494
|
8rjpA |
Serial femtosecond x-ray structure of a fluorescence optimized bathy phytochrome pairfp2 derived from wild-type agp2 in i2 intermediate state. |
|
120
|
346
|
8qraA |
Crystal structure of erk2 in complex with a covalently bound macrocyclic ligand |
|
111
|
346
|
8qrcA |
Crystal structure of erk2 in complex with a covalently bound macrocyclic ligand |
|
111
|
346
|
8qr4A |
Crystal structure of erk2 in complex with a covalently bound macrocyclic ligand |
|
368
|
1793
|
9qwpA |
Structure of the human ralgap2 complex |
|
117
|
349
|
8qr7A |
Crystal structure of erk2 in complex with a covalently bound macrocyclic ligand |
|
117
|
346
|
8qr3A |
Crystal structure of erk2 in complex with a covalently bound macrocyclic ligand |
|
109
|
346
|
8qr8A |
Crystal structure of erk2 in complex with a covalently bound macrocyclic ligand |
|
182
|
802
|
9ut8B |
The full-length human sweet taste receptor tas1r2 and tas1r3 in the apo state |
|
117
|
527
|
9utcA |
The vft domains of human sweet taste receptor tas1r2 and tas1r3 in the sucralose-bound state |
|
89
|
286
|
9utaB |
The transmembrane domains of human sweet taste receptor tas1r2 and tas1r3 in the apo state |
|
184
|
808
|
9ut8A |
The full-length human sweet taste receptor tas1r2 and tas1r3 in the apo state |
