PDB 编号 标题 Rg (Å) Dmax (Å) 实验方法 质量评级
8rj2 Crystal structure of carbonic anhydrase II with N-butyl-4-chloro-2-(cyclohexylsulfanyl)-5-sulfamoylbenzamide 18.5 57.2 X-RAY DIFFRACTION GOOD
8rj3 Human RAD52 open ring conformation 35.9 105.2 ELECTRON MICROSCOPY EXCELLENT
8rj4 E. coli adenylate kinase in complex with two ADP molecules and Mg2+ as a result of enzymatic AP4A hydrolysis 36.3 127.7 X-RAY DIFFRACTION GOOD
8rj5 P1-15 T-cell Receptor bound to HLA A*2402-NF9 pMHC complex 44.7 151.6 X-RAY DIFFRACTION GOOD
8rj6 E. coli adenylate kinase in complex with ATP and AMP and Mg2+ as a result of enzymatic AP4A hydrolysis. 26.1 89.7 X-RAY DIFFRACTION GOOD
8rj7 The crystal structure of the SARS-CoV-2 receptor binding domain in complex with the neutralizing nanobody 1.29 38.8 128.7 X-RAY DIFFRACTION GOOD
8rj8 CytK nanopore mutant 40.2 119.5 X-RAY DIFFRACTION GOOD
8rj9 E. coli adenylate kinase Asp84Ala variant in complex with two ADP molecules as a result of enzymatic AP4A hydrolysis. 25.9 81.6 X-RAY DIFFRACTION GOOD
8rja ;Crystal structure of the F420-reducing formylmethanofuran dehydrogenase complex from the ethanotroph Candidatus Ethanoperedens thermophilum ; 56.6 196.8 X-RAY DIFFRACTION GOOD
8rjb Structure of the rabbit 80S ribosome stalled on a 2-TMD rhodopsin intermediate in complex with Sec61-RAMP4 78.5 204.2 ELECTRON MICROSCOPY EXCELLENT
8rjc Structure of the rabbit 80S ribosome stalled on a 2-TMD rhodopsin intermediate in complex with Sec61-TRAP, open conformation 1 80.5 207.1 ELECTRON MICROSCOPY EXCELLENT
8rjd Structure of the rabbit 80S ribosome stalled on a 2-TMD rhodopsin intermediate in complex with Sec61-TRAP, open conformation 2 80.5 207.1 ELECTRON MICROSCOPY EXCELLENT
8rjf TadA/CpaF with ADP 46.0 144.9 ELECTRON MICROSCOPY GOOD
8rjh HLA A*2402-NF9_6F pMHC complex 61.6 188.1 X-RAY DIFFRACTION GOOD
8rji HLA A*2402-NF9_5R pMHC complex 45.3 155.4 X-RAY DIFFRACTION GOOD
8rjj HCV E1/E2 homodimer complex 34.9 112.5 ELECTRON MICROSCOPY GOOD
8rjk Pseudoatomic model of a second-order Sierpinski triangle formed by the citrate synthase from Synechococcus elongatus — 467.9 ELECTRON MICROSCOPY GOOD
8rjl Structure of a first order Sierpinski triangle formed by the H369R mutant of the citrate synthase from Synechococcus elongatus 72.0 201.9 ELECTRON MICROSCOPY REASONABLE
8rjm ;Serial femtosecond X-ray structure of a fluorescence optimized bathy phytochrome PAiRFP2 derived from wild-type Agp2 in its Pfr state (I0a). ; 41.0 142.6 X-RAY DIFFRACTION GOOD
8rjn ;Serial femtosecond X-ray structure of a fluorescence optimized bathy phytochrome PAiRFP2 derived from wild-type Agp2 in its Pfr state (I0b). ; 40.8 142.9 X-RAY DIFFRACTION REASONABLE
8rjo ;Serial femtosecond X-ray structure of a fluorescence optimized bathy phytochrome PAiRFP2 derived from wild-type Agp2 in I1 intermediate state. ; 40.9 143.8 X-RAY DIFFRACTION REASONABLE
8rjp ;Serial femtosecond X-ray structure of a fluorescence optimized bathy phytochrome PAiRFP2 derived from wild-type Agp2 in I2 intermediate state. ; 41.0 143.9 X-RAY DIFFRACTION GOOD
8rjq ;Serial femtosecond X-ray structure of a fluorescence optimized bathy phytochrome PAiRFP2 derived from wild-type Agp2 in I3 intermediate state. ; 41.0 143.5 X-RAY DIFFRACTION REASONABLE
8rjr ;Serial femtosecond X-ray structure of a fluorescence optimized bathy phytochrome PAiRFP2 derived from wild-type Agp2 in I4 intermediate state. ; 40.7 142.9 X-RAY DIFFRACTION GOOD
8rjs ;Serial femtosecond X-ray structure of a fluorescence optimized bathy phytochrome PAiRFP2 derived from wild-type Agp2 in I5 intermediate state. ; 40.7 142.9 X-RAY DIFFRACTION GOOD
8rjt ;Serial femtosecond X-ray structure of a fluorescence optimized bathy phytochrome PAiRFP2 derived from wild-type Agp2 in I6 intermediate state. ; 41.0 144.1 X-RAY DIFFRACTION GOOD
8rju ;Serial femtosecond X-ray structure of a fluorescence optimized bathy phytochrome PAiRFP2 derived from wild-type Agp2 in I7 intermediate state. ; 40.8 143.2 X-RAY DIFFRACTION GOOD
8rjv Crystal structure of SARS-CoV-2 main protease (MPro) in complex with the covalent inhibitor GUE-3778 (compound 12 in publication) 22.4 83.8 X-RAY DIFFRACTION REASONABLE
8rjw Human RAD52 open ring - ssDNA complex 37.0 110.8 ELECTRON MICROSCOPY EXCELLENT
8rjx Solution structure of osmoregulator OsmY from E. coli. 35.3 87.5 SOLUTION NMR REASONABLE
8rjy Crystal structure of SARS-CoV-2 main protease (MPro) in complex with the covalent inhibitor GUE-3899 (compound 58 in publication) 22.6 80.2 X-RAY DIFFRACTION GOOD
8rjz ;Crystal structure of SARS-CoV-2 main protease (MPro) in complex with the non-covalent inhibitor GUE-3801 (compound 80 in publication) ; 26.5 81.5 X-RAY DIFFRACTION GOOD
8rk0 HCV E1/E2 homodimer complex, ectodomain 31.2 100.8 ELECTRON MICROSCOPY GOOD
8rk1 Crystal structure of FutA bound to Fe(III) solved by neutron diffraction 20.7 66.3 NEUTRON DIFFRACTION GOOD
8rk2 Human Replication protein A (RPA; trimeric core) - ssDNA complex 26.8 91.0 ELECTRON MICROSCOPY REASONABLE
8rk3 Bacteriophage JBD30 baseplate - composite structure — 322.5 ELECTRON MICROSCOPY EXCELLENT
8rk4 Receptor binding protein of bacteriophage JBD30 computed with C3 symmetry 36.7 124.8 ELECTRON MICROSCOPY REASONABLE
8rk5 Tail fibres of bacteriophage JBD30 44.3 142.8 ELECTRON MICROSCOPY EXCELLENT
8rk6 Baseplate core of bacteriophage JBD30 computed in C3 symmetry 57.7 190.7 ELECTRON MICROSCOPY GOOD
8rk7 Baseplate of bacteriophage JBD30 computed in C3 symmetry 57.7 190.7 ELECTRON MICROSCOPY GOOD
8rk8 Tail of bacteriophage JBD30 computed in C6 symmetry 29.1 108.1 ELECTRON MICROSCOPY REASONABLE
8rk9 Stopper protein of bacteriophage JBD30 computed in C6 symmetry 18.3 61.5 ELECTRON MICROSCOPY GOOD
8rka Connector complex of empty bacteriophage JBD30 particle computed in C12 symmetry 44.4 161.5 ELECTRON MICROSCOPY SUSPICIOUS
8rkb Connector complex of bacteriophage JBD30 computed in C12 symmetry 44.5 171.3 ELECTRON MICROSCOPY REASONABLE
8rkc Capsid of bacteriophage JBD30 decorated with minor capsid protein trimers computed in I4 symmetry 57.6 200.8 ELECTRON MICROSCOPY GOOD
8rkd TadA/CpaF with AMPPNP 46.6 146.8 ELECTRON MICROSCOPY GOOD
8rke Crystal structure of the complete N-terminal region of human ZP2 (hZP2-N1N2N3) 36.0 111.5 X-RAY DIFFRACTION EXCELLENT
8rkf Crystal structure of the ZP-N1 and ZP-N2 domains of human ZP2 (hZP2-N1N2) 25.9 81.6 X-RAY DIFFRACTION REASONABLE
8rkg Crystal structure of tetrameric collagenase-cleaved Xenopus ZP2-N2N3 (cleaved xZP2-N2N3) 47.5 161.3 X-RAY DIFFRACTION REASONABLE
8rkh Crystal structure of the ZP-N2 and ZP-N3 domains of mouse ZP2 (mZP2-N2N3) 32.6 126.8 X-RAY DIFFRACTION REASONABLE