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final_angle_assignment_software:"cryoSPARC"
Filter By
Current Database
- EMDB [8606]
Current status
- REL [8606]
Sample type
- Complex [7963]
- Protein [6353]
- Ligand [3659]
- RNA [637]
- DNA [524]
- Cellular component [412]
- Virus [241]
- Cell [49]
- Other [40]
- Tissue [6]
Organism
- Homo sapiens [3529]
- Escherichia coli [550]
- Severe acute respiratory syndrome coronavirus [501]
- Synthetic construct [495]
- Mus musculus [481]
- Saccharomyces cerevisiae [308]
- Escherichia coli [288]
- Oryctolagus cuniculus [203]
- Bos taurus [162]
- Sus scrofa [156]
- Human immunodeficiency virus 1 [145]
- Lama glama [142]
- Rattus norvegicus [140]
- Xenopus laevis [109]
- Saccharomyces cerevisiae [94]
- Influenza a virus [82]
- Mycolicibacterium smegmatis [81]
- Mycobacterium tuberculosis [79]
- Arabidopsis thaliana [58]
- Staphylococcus aureus [50]
- Human herpesvirus 1 [47]
- Chlamydomonas reinhardtii [44]
- Escherichia coli [44]
- Trichomonas vaginalis [42]
- Vicugna pacos [39]
- Drosophila melanogaster [38]
- Schizosaccharomyces pombe [36]
- Aequorea victoria [34]
- Gallus gallus [33]
- Bacillus subtilis [32]
- Pseudomonas aeruginosa [32]
- Enterobacteria phage t4 [31]
- Simian virus 40 [31]
- Orthobornavirus bornaense [30]
- Pseudomonas aeruginosa [29]
- Mycobacterium tuberculosis [29]
- Cricetulus griseus [27]
- Methanothermobacter marburgensis [27]
- Thermus thermophilus [27]
- Euglena gracilis [27]
- Salmonella enterica [27]
- Acetivibrio thermocellus [26]
- Macaca mulatta [26]
- Aquifex aeolicus [25]
- Caenorhabditis elegans [25]
- Listeria innocua [24]
- Mycolicibacterium smegmatis [24]
- Tetrahymena thermophila [24]
- Saccharomyces cerevisiae [23]
- Enterobacteria phage t4 [21]
- Morbillivirus hominis [21]
- Dna molecule [20]
- Danio rerio [20]
- Salmonella enterica [20]
- Porcine epidemic diarrhea virus [19]
- Caulobacter vibrioides [19]
- Chaetomium thermophilum [19]
- Lake sinai virus 2 [18]
- Escherichia phage ms2 [18]
- Vibrio cholerae [18]
- Geobacillus stearothermophilus [17]
- Clostridium perfringens [17]
- Clostridioides difficile [16]
- Saccharolobus solfataricus [16]
- Escherichia phage ms2 [16]
- Pseudoalteromonas sp. s983 [16]
- Plasmodium falciparum [16]
- Equus caballus [16]
- Mycolicibacterium thermoresistibile [15]
- Adeno-associated dependoparvovirus a [15]
- Prevotella copri [15]
- Bacillus subtilis [15]
- Tetrahymena thermophila [15]
- Apis mellifera [15]
- Influenza a virus [15]
- Synechocystis sp. pcc 6803 [14]
- Measles morbillivirus [14]
- Methanosarcina acetivorans [14]
- Enterovirus d [14]
- Neovison vison [14]
- Epstein-barr virus (strain gd1) [13]
- Chaetomium thermophilum [13]
- Helicobacter pylori [13]
- Mycoplasma pneumoniae [13]
- Thermus thermophilus [13]
- Mycobacterium phage bxb1 [13]
- Oryza sativa [13]
- Acinetobacter baumannii [13]
- Komagataella phaffii [13]
- Vibrio alginolyticus [13]
- Saccharomyces cerevisiae [12]
- Human immunodeficiency virus [12]
- Influenza b virus [12]
- Spinacia oleracea [12]
- Clostridioides difficile [12]
- Xenopus borealis [12]
- Staphylococcus aureus [12]
- Eastern equine encephalitis virus [11]
- Human coronavirus 229e [11]
- Pyrobaculum calidifontis [11]
EM Method
- Single-particle [8490]
- Helical reconstruction [114]
- Subtomogram averaging [2]
Resolution
- < 2Å [103]
- ≥ 2Å and < 3Å [2603]
- ≥ 3Å and < 4Å [4047]
- ≥ 4Å and < 5Å [884]
- ≥ 5Å and < 6Å [242]
- ≥ 6Å and < 8Å [366]
- ≥ 8Å and < 12Å [202]
- ≥ 12Å and < 16Å [60]
- ≥ 16Å and < 20Å [76]
- ≥ 20Å and < 30Å [23]
Model molecular weight
- 0-50 kDa [56]
- 50-100 kDa [417]
- 100-250 kDa [1913]
- 250-500 kDa [1424]
- 500-1000 kDa [820]
- 1-2 MDa [291]
- 2-5 MDa [272]
- 5-10 MDa [55]
- > 10 MDa [39]
Release Date
- 2026 [1376]
- 2025 [2390]
- 2024 [1875]
- 2023 [1290]
- 2022 [723]
- 2021 [511]
- 2020 [290]
- 2019 [106]
- 2018 [32]
- 2017 [13]
Author by name
- Gao Y [203]
- Liu Y [184]
- Zhang L [165]
- Lyumkis D [161]
- Zhang Z [160]
- Wang J [157]
- Rubinstein JL [154]
- Hu Y [151]
- Ward AB [146]
- Skiniotis G [145]
- Panova O [144]
- Klinge S [143]
- Wang Y [142]
- Kobilka BK [139]
- Gmeiner P [137]
- Seven AB [137]
- Papasergi-scott MM [136]
- Hilger D [135]
- He F [134]
- Hildebrand PW [134]
- Batebi H [132]
- Casiraghi M [132]
- Eskici G [132]
- Maul L [132]
- Perez-hernandez G [132]
- Vanden Broeck A [127]
- Wu M [127]
- Dong X [125]
- Sheng K [125]
- Williamson JR [125]
- Zhou L [125]
- Zhang K [123]
- Zhou J [121]
- Liu C [119]
- Zhang X [119]
- Zhang Y [118]
- Han F [116]
- Tian H [116]
- Yang Y [116]
- He Z [115]
- Wang L [110]
- Zhang S [109]
- Hu YQ [107]
- Li Y [102]
- Hsu STD [100]
- He ZX [96]
- Gati C [93]
- Zhang R [90]
- Yang J [89]
- Bjorkman PJ [87]
- Guo H [87]
- Kwong PD [87]
- Zhou ZH [87]
- Yang TJ [86]
- Chang YC [85]
- Xu C [84]
- Huang W [83]
- Letts JA [83]
- Zhou R [83]
- Jiang Y [82]
- Li H [82]
- Li S [82]
- Niu Q [80]
- Aiyer S [78]
- Li N [78]
- Noteborn WEM [78]
- Rabuck-gibbons JN [78]
- Borgnia MJ [77]
- Brown A [77]
- Wang X [77]
- Yang F [77]
- Zhao Y [77]
- Carrique L [76]
- Guo R [76]
- Li Z [76]
- Sun C [76]
- Teng F [76]
- Zeng J [76]
- Kishikawa J [74]
- Kishikawa JI [74]
- Lee SY [74]
- Hallberg BM [72]
- Han GW [72]
- Im W [68]
- Leung MR [68]
- Anderson JR [67]
- Guo RY [67]
- Marks AR [67]
- Xu CY [67]
- Zeev-ben-mordehai T [67]
- Dominguez R [66]
- Khan S [66]
- Chang A [65]
- Chen X [65]
- Cheng Y [65]
- Dridi H [65]
- Lee S-Y [65]
- Reiken S [65]
- Wronska A [65]
- Yuan Q [65]
Author by ORCID
- Lyumkis D [160]
- Klinge S [143]
- Skiniotis G [143]
- Kobilka BK [137]
- Gmeiner P [135]
- Panova O [134]
- He F [134]
- Papasergi-scott MM [134]
- Hilger D [133]
- Batebi H [132]
- Gao Y [132]
- Perez-hernandez G [132]
- Hildebrand PW [132]
- Vanden Broeck A [127]
- Rubinstein JL [126]
- Zhou L [119]
- Hu Y [115]
- Wu M [115]
- Zhou ZH [84]
- Letts JA [83]
- Zhang R [81]
- Niu Q [79]
- Williamson JR [78]
- Kwong PD [77]
- Aiyer S [76]
- Teng F [76]
- Zhou R [76]
- Brown A [76]
- Chang YC [76]
- Yang F [76]
- Zhou J [76]
- Huang W [76]
- Tian H [76]
- Yang Y [76]
- Zhang S [76]
- Guo R [76]
- He Z [76]
- Han F [76]
- Zeng J [75]
- Noteborn WEM [75]
- Kishikawa JI [74]
- Sun C [73]
- Lee SY [72]
- Hallberg BM [72]
- Carrique L [68]
- Leung MR [67]
- Zeev-ben-mordehai T [66]
- Yang TJ [66]
- Dominguez R [66]
- Li N [66]
- Ward AB [64]
- Karakas E [63]
- Cheng Y [63]
- Palmer NJ [63]
- Guo H [61]
- Gati C [61]
- Park E [58]
- King NP [57]
- Tang Q [57]
- Lan YJ [57]
- Im W [56]
- Grotjahn DA [55]
- Chai P [55]
- Lander GC [55]
- Gagnon MG [54]
- Zhang K [53]
- Hite RK [53]
- Kotecha A [52]
- Chiu W [52]
- Borgnia MJ [51]
- Hsu SD [51]
- Steyaert J [50]
- Hummer G [49]
- Yang J [49]
- Spahn CMT [49]
- Malinauskas T [48]
- Sheng K [47]
- Dong X [47]
- Wiliamson JR [47]
- Lee J [47]
- Fischer ES [46]
- Pardon E [46]
- Kanekiyo M [45]
- Tan YZ [45]
- Sauer DB [45]
- Markus SM [45]
- Wang Y [45]
- Suo Y [45]
- Aricescu AR [45]
- Biela AP [44]
- Ranjbar M [44]
- Anraku Y [44]
- Zhang Z [44]
- Dosey A [43]
- Sugita Y [43]
- Raunser S [43]
- Van Petegem F [43]
- Venugopal H [42]
- Bjorkman PJ [42]
- Wang SE [42]
Journal
- NAT COMMUN [1817]
- NATURE [908]
- TO BE PUBLISHED [906]
- BIORXIV [752]
- NAT STRUCT MOL BIOL [552]
- SCI ADV [406]
- PNAS [401]
- SCIENCE [351]
- NUCLEIC ACIDS RES [231]
- MOL CELL [230]
- CELL REP [210]
- CELL [198]
- STRUCTURE [171]
- ELIFE [164]
- NAT CHEM BIOL [106]
- ACTA CRYSTALLOGR D STRUCT BIOL [85]
- COMMUN BIOL [82]
- EMBO J [78]
- J BIOL CHEM [69]
- NAT MICROBIOL [52]
- PROTEIN SCI [52]
- J CLIN INV [49]
- PLOS PATHOG [47]
- CELL HOST MICROBE [42]
- J VIROL [42]
- NAT METHODS [42]
- J STRUCT BIOL [41]
- MBIO [41]
- IMMUNITY [40]
- J MOL BIOL [38]
- J AM CHEM SOC [35]
- CELL RES [32]
- INT J MOL SCI [30]
- SCI REP [30]
- PLOS BIOL [28]
- SCI TRANSL MED [28]
- J CELL BIOL [22]
- IUCRJ [20]
- ADV SCI [19]
- RES SQ [18]
- CELL REP MED [16]
- COMMUN MATER [16]
- BIOCHEMISTRY [15]
- EMBO REP [15]
- NAT PLANTS [15]
- NPJ VACCINES [15]
- ACS NANO [14]
- GENES DEV [14]
- ISCIENCE [14]
- NAT NANOTECHNOL [14]
- PNAS NEXUS [13]
- FEBS J [12]
- J MED CHEM [12]
- LIFE SCI ALLIANCE [12]
- MOL.BIOL.EVOL. [12]
- COMMUN CHEM [11]
- PROTEIN CELL [11]
- VIRUSES [11]
- ACTA CRYSTALLOGR F STRUCT BIOL COMMUN [10]
- FEBS LETT [10]
- NEURON [10]
- BIOCHEM BIOPHYS RES COMMUN [9]
- BIOMOLECULES [9]
- CELL DEATH DIFFER. [9]
- CURR BIOL [9]
- VIROLOGY [9]
- ACS CATAL [7]
- CELL DISCOV [7]
- J STRUCT BIOL X [7]
- PLOS ONE [7]
- RNA [7]
- SIGNAL TRANSDUCT TARGET THER [7]
- ANTIVIRAL RES [6]
- EBIOMEDICINE [6]
- INT J BIOL MACROMOL [6]
- MACROMOL RAPID COMMUN [6]
- NAT IMMUNOL [6]
- ANGEW CHEM INT ED ENGL [5]
- BIOMACROMOLECULES [5]
- CURR RES STRUCT BIOL [5]
- FASEB J [5]
- J BACTERIOL [5]
- J EXP MED [5]
- MICROBIOL IMMUNOL [5]
- MOL THER [5]
- MOL THER ADV [5]
- NAT BIOMED ENG [5]
- NAT BIOTECHNOL [5]
- RES [5]
- SCI IMMUNOL [5]
- SMALL [5]
- ACS CHEM BIOL [4]
- BIOCHIM BIOPHYS ACTA BIOENERG [4]
- BIOPHYS J [4]
- ELECTROCHIM ACTA [4]
- FRONT PLANT SCI [4]
- NAT CHEM [4]
- ACS MED.CHEM.LETT. [3]
- AUTOPHAGY [3]
- BIOCHEM J [3]
Software
- CRYOSPARC [8606]
- RELION [902]
- CTFFIND [531]
- GCTF [145]
- COOT [130]
- UCSF CHIMERAX [129]
- WARP [114]
- CISTEM [45]
- UCSF CHIMERA [42]
- CRYODRGN [35]
- ISOLDE [23]
- PHENIX [20]
- SIMPLE [9]
- EMREADY [5]
- SCIPION [5]
- EMAN2 [4]
- DEEPEMHANCER [2]
- DYNAMO [2]
- EPU [2]
- JSPR [2]
- NAMD [2]
- SERIALEM [2]
- XMIPP [2]
- BSOFT [1]
- CRYOLO [1]
- CRYOS [1]
- CRYOSPAR [1]
- SPRING [1]
- TOPAZ [1]
Microscope
- FEI TITAN KRIOS [4156]
- TFS KRIOS [3111]
- FEI TALOS ARCTICA [451]
- TFS GLACIOS [435]
- JEOL CRYO ARM 300 [112]
- TFS TALOS L120C [69]
- TFS TALOS [52]
- FEI TITAN [49]
- FEI TECNAI F20 [31]
- FEI TECNAI ARCTICA [30]
- JEOL CRYO ARM 200 [27]
- FEI POLARA 300 [26]
- FEI TECNAI SPIRIT [22]
- TFS TALOS F200C [7]
- FEI TECNAI 20 [6]
- FEI TECNAI F30 [6]
- FEI/PHILIPS CM300FEG/T [6]
- JEOL 3200FSC [5]
- FEI MORGAGNI [2]
- FEI TECNAI 12 [2]
- TFS TITAN THEMIS [2]
- JEOL 1230 [1]
- JEOL 1400 [1]
- JEOL 2010F [1]
- JEOL 2100 [1]
Electron Source
- FIELD EMISSION GUN [8489]
- LAB6 [110]
- OTHER [7]
Film or detector model
- GATAN K3 6K X 4K [2773]
- GATAN K3 BIOQUANTUM 6K X 4K [2406]
- FEI FALCON IV 4K X 4K [1187]
- GATAN K2 SUMMIT 4K X 4K [903]
- TFS FALCON 4I 4K X 4K [483]
- FEI FALCON III 4K X 4K [418]
- GATAN K2 QUANTUM 4K X 4K [143]
- GATAN K3 BIOCONTINUUM 6K X 4K [117]
- FEI CETA 4K X 4K [76]
- FEI FALCON II 4K X 4K [25]
- GATAN ULTRASCAN 4000 4K X 4K [19]
- TVIPS TEMCAM-F416 4K X 4K [19]
- OTHER [10]
- DIRECT ELECTRON APOLLO 4K X 4K [9]
- FEI FALCON I 4K X 4K [9]
- DIRECT ELECTRON DE-10 5K X 4K [6]
- GATAN K2 BASE 4K X 4K [5]
- DIRECT ELECTRON DE-20 5K X 3K [3]
- DECTRIS ELA 1K X 0.5K [2]
- FEI EAGLE 4K X 4K [2]
- GATAN ALPINE 2.3K X 3.2K [2]
- DECTRIS SINGLA 1K X 1K [1]
- DIRECT ELECTRON DE-16 4K X 4K [1]
- GATAN ORIUS SC200 2K X 2K [1]
External links
- PDB [8538]
- UniProt [5907]
- PDBe-Kb [5462]
- AlphaFold DB [5351]
- InterPro [4347]
- Gene Ontology [4305]
- Pfam [3935]
- ChEBI [3417]
- ChEMBL [3101]
- DrugBank [2640]
- Complex Portal [1729]
- EMPIAR [1407]
- SCOP2 [44]
- CATH [4]
Composite map
CryoEM
Release date: July 15, 2026
Resolution: 2.36 Å
EM Method: Single-particle
Fitted PDBs: 9hig
Q-score: 0.561
Resolution: 2.36 Å
EM Method: Single-particle
Fitted PDBs: 9hig
Q-score: 0.561
Singh V, Godsora BKJ, Emmerich AG, Majumdar S, Sanyal S
To Be Published
CryoEM
Release date: July 15, 2026
Resolution: 1.65 Å
EM Method: Helical reconstruction
Resolution: 1.65 Å
EM Method: Helical reconstruction
Ueda A, Broutzakis G, Neuhaus A, Ens D, Maehlmann D, Schlichter L, Kono H, Yagi A, Amaike K, Gatsogiannis C, Ravoo JB, Itami K
To Be Published
CryoEM
Release date: July 15, 2026
Resolution: 3.86 Å
EM Method: Single-particle
Fitted PDBs: 9k91
Q-score: 0.31
Resolution: 3.86 Å
EM Method: Single-particle
Fitted PDBs: 9k91
Q-score: 0.31
Sun C, Wang Y, Cai S, Xie K, Li M, Zhu Z, Chao Y, Zhou Z, Chen Y, Xue W, Mu X, Bian X, Miao W, Wu J, Ding Q, Wang M, Tao B, Zhang I, Zhu Y, Qu Q, Zhu Y
To Be Published
CryoEM
Release date: July 15, 2026
Resolution: 3.6 Å
EM Method: Single-particle
Resolution: 3.6 Å
EM Method: Single-particle
Chen XX, Xu Q, Shi ZB, Yang PG
To Be Published
CryoEM
Release date: July 15, 2026
Resolution: 6.3 Å
EM Method: Single-particle
Resolution: 6.3 Å
EM Method: Single-particle
Khan S, Tyson AS, Ranjbar M, Zhang Z, Singh J, Han GW, Gati C
Nature (2025) 648 pp. 755-763 [ DOI: doi:10.1038/s41586-025-09677-6 Pubmed: 41193810 ]
CryoEM
Release date: July 15, 2026
Resolution: 2.8 Å
EM Method: Single-particle
Fitted PDBs: 9yyg
Q-score: 0.456
Resolution: 2.8 Å
EM Method: Single-particle
Fitted PDBs: 9yyg
Q-score: 0.456
Skopintsev P, Esain-Garcia I, Doudna J
To Be Published
CryoEM
Release date: July 15, 2026
Resolution: 2.8 Å
EM Method: Single-particle
Fitted PDBs: 9yyh
Q-score: 0.441
Resolution: 2.8 Å
EM Method: Single-particle
Fitted PDBs: 9yyh
Q-score: 0.441
Skopintsev P, Esain-Garcia I, Doudna J
To Be Published
CryoEM
Release date: July 15, 2026
Resolution: 3.0 Å
EM Method: Single-particle
Fitted PDBs: 9z7q
Q-score: 0.534
Resolution: 3.0 Å
EM Method: Single-particle
Fitted PDBs: 9z7q
Q-score: 0.534
Pandey S, Burman N, Henriques WS, Wiegand T, Zahl T, Nyquist H, Spreeuw T, Buyukyoruk M, Wiedenheft B
Structure (2026) [ Pubmed: 42385699 DOI: doi:10.1016/j.str.2026.06.002 ]
CryoEM
Release date: July 15, 2026
Resolution: 3.0 Å
EM Method: Single-particle
Fitted PDBs: 9z7v
Q-score: 0.556
Resolution: 3.0 Å
EM Method: Single-particle
Fitted PDBs: 9z7v
Q-score: 0.556
Pandey S, Burman N, Henriques WS, Wiegand T, Zahl T, Nyquist H, Spreeuw T, Buyukyoruk M, Wiedenheft B
Structure (2026) [ Pubmed: 42385699 DOI: doi:10.1016/j.str.2026.06.002 ]
CryoEM
Release date: July 15, 2026
Resolution: 2.9 Å
EM Method: Single-particle
Fitted PDBs: 9z7x
Q-score: 0.569
Resolution: 2.9 Å
EM Method: Single-particle
Fitted PDBs: 9z7x
Q-score: 0.569
Pandey S, Burman N, Henriques WS, Wiegand T, Zahl T, Nyquist H, Spreeuw T, Buyukyoruk M, Wiedenheft B
Structure (2026) [ Pubmed: 42385699 DOI: doi:10.1016/j.str.2026.06.002 ]
Filter By
Current Database
- EMDB [8606]
Current status
- REL [8606]
Sample type
- Complex [7963]
- Protein [6353]
- Ligand [3659]
- RNA [637]
- DNA [524]
- Cellular component [412]
- Virus [241]
- Cell [49]
- Other [40]
- Tissue [6]
Organism
- Homo sapiens [3529]
- Escherichia coli [550]
- Severe acute respiratory syndrome coronavirus [501]
- Synthetic construct [495]
- Mus musculus [481]
- Saccharomyces cerevisiae [308]
- Escherichia coli [288]
- Oryctolagus cuniculus [203]
- Bos taurus [162]
- Sus scrofa [156]
- Human immunodeficiency virus 1 [145]
- Lama glama [142]
- Rattus norvegicus [140]
- Xenopus laevis [109]
- Saccharomyces cerevisiae [94]
- Influenza a virus [82]
- Mycolicibacterium smegmatis [81]
- Mycobacterium tuberculosis [79]
- Arabidopsis thaliana [58]
- Staphylococcus aureus [50]
- Human herpesvirus 1 [47]
- Chlamydomonas reinhardtii [44]
- Escherichia coli [44]
- Trichomonas vaginalis [42]
- Vicugna pacos [39]
- Drosophila melanogaster [38]
- Schizosaccharomyces pombe [36]
- Aequorea victoria [34]
- Gallus gallus [33]
- Bacillus subtilis [32]
- Pseudomonas aeruginosa [32]
- Enterobacteria phage t4 [31]
- Simian virus 40 [31]
- Orthobornavirus bornaense [30]
- Pseudomonas aeruginosa [29]
- Mycobacterium tuberculosis [29]
- Cricetulus griseus [27]
- Methanothermobacter marburgensis [27]
- Thermus thermophilus [27]
- Euglena gracilis [27]
- Salmonella enterica [27]
- Acetivibrio thermocellus [26]
- Macaca mulatta [26]
- Aquifex aeolicus [25]
- Caenorhabditis elegans [25]
- Listeria innocua [24]
- Mycolicibacterium smegmatis [24]
- Tetrahymena thermophila [24]
- Saccharomyces cerevisiae [23]
- Enterobacteria phage t4 [21]
- Morbillivirus hominis [21]
- Dna molecule [20]
- Danio rerio [20]
- Salmonella enterica [20]
- Porcine epidemic diarrhea virus [19]
- Caulobacter vibrioides [19]
- Chaetomium thermophilum [19]
- Lake sinai virus 2 [18]
- Escherichia phage ms2 [18]
- Vibrio cholerae [18]
- Geobacillus stearothermophilus [17]
- Clostridium perfringens [17]
- Clostridioides difficile [16]
- Saccharolobus solfataricus [16]
- Escherichia phage ms2 [16]
- Pseudoalteromonas sp. s983 [16]
- Plasmodium falciparum [16]
- Equus caballus [16]
- Mycolicibacterium thermoresistibile [15]
- Adeno-associated dependoparvovirus a [15]
- Prevotella copri [15]
- Bacillus subtilis [15]
- Tetrahymena thermophila [15]
- Apis mellifera [15]
- Influenza a virus [15]
- Synechocystis sp. pcc 6803 [14]
- Measles morbillivirus [14]
- Methanosarcina acetivorans [14]
- Enterovirus d [14]
- Neovison vison [14]
- Epstein-barr virus (strain gd1) [13]
- Chaetomium thermophilum [13]
- Helicobacter pylori [13]
- Mycoplasma pneumoniae [13]
- Thermus thermophilus [13]
- Mycobacterium phage bxb1 [13]
- Oryza sativa [13]
- Acinetobacter baumannii [13]
- Komagataella phaffii [13]
- Vibrio alginolyticus [13]
- Saccharomyces cerevisiae [12]
- Human immunodeficiency virus [12]
- Influenza b virus [12]
- Spinacia oleracea [12]
- Clostridioides difficile [12]
- Xenopus borealis [12]
- Staphylococcus aureus [12]
- Eastern equine encephalitis virus [11]
- Human coronavirus 229e [11]
- Pyrobaculum calidifontis [11]
EM Method
- Single-particle [8490]
- Helical reconstruction [114]
- Subtomogram averaging [2]
Resolution
- < 2Å [103]
- ≥ 2Å and < 3Å [2603]
- ≥ 3Å and < 4Å [4047]
- ≥ 4Å and < 5Å [884]
- ≥ 5Å and < 6Å [242]
- ≥ 6Å and < 8Å [366]
- ≥ 8Å and < 12Å [202]
- ≥ 12Å and < 16Å [60]
- ≥ 16Å and < 20Å [76]
- ≥ 20Å and < 30Å [23]
Model molecular weight
- 0-50 kDa [56]
- 50-100 kDa [417]
- 100-250 kDa [1913]
- 250-500 kDa [1424]
- 500-1000 kDa [820]
- 1-2 MDa [291]
- 2-5 MDa [272]
- 5-10 MDa [55]
- > 10 MDa [39]
Release Date
- 2026 [1376]
- 2025 [2390]
- 2024 [1875]
- 2023 [1290]
- 2022 [723]
- 2021 [511]
- 2020 [290]
- 2019 [106]
- 2018 [32]
- 2017 [13]
Author by name
- Gao Y [203]
- Liu Y [184]
- Zhang L [165]
- Lyumkis D [161]
- Zhang Z [160]
- Wang J [157]
- Rubinstein JL [154]
- Hu Y [151]
- Ward AB [146]
- Skiniotis G [145]
- Panova O [144]
- Klinge S [143]
- Wang Y [142]
- Kobilka BK [139]
- Gmeiner P [137]
- Seven AB [137]
- Papasergi-scott MM [136]
- Hilger D [135]
- He F [134]
- Hildebrand PW [134]
- Batebi H [132]
- Casiraghi M [132]
- Eskici G [132]
- Maul L [132]
- Perez-hernandez G [132]
- Vanden Broeck A [127]
- Wu M [127]
- Dong X [125]
- Sheng K [125]
- Williamson JR [125]
- Zhou L [125]
- Zhang K [123]
- Zhou J [121]
- Liu C [119]
- Zhang X [119]
- Zhang Y [118]
- Han F [116]
- Tian H [116]
- Yang Y [116]
- He Z [115]
- Wang L [110]
- Zhang S [109]
- Hu YQ [107]
- Li Y [102]
- Hsu STD [100]
- He ZX [96]
- Gati C [93]
- Zhang R [90]
- Yang J [89]
- Bjorkman PJ [87]
- Guo H [87]
- Kwong PD [87]
- Zhou ZH [87]
- Yang TJ [86]
- Chang YC [85]
- Xu C [84]
- Huang W [83]
- Letts JA [83]
- Zhou R [83]
- Jiang Y [82]
- Li H [82]
- Li S [82]
- Niu Q [80]
- Aiyer S [78]
- Li N [78]
- Noteborn WEM [78]
- Rabuck-gibbons JN [78]
- Borgnia MJ [77]
- Brown A [77]
- Wang X [77]
- Yang F [77]
- Zhao Y [77]
- Carrique L [76]
- Guo R [76]
- Li Z [76]
- Sun C [76]
- Teng F [76]
- Zeng J [76]
- Kishikawa J [74]
- Kishikawa JI [74]
- Lee SY [74]
- Hallberg BM [72]
- Han GW [72]
- Im W [68]
- Leung MR [68]
- Anderson JR [67]
- Guo RY [67]
- Marks AR [67]
- Xu CY [67]
- Zeev-ben-mordehai T [67]
- Dominguez R [66]
- Khan S [66]
- Chang A [65]
- Chen X [65]
- Cheng Y [65]
- Dridi H [65]
- Lee S-Y [65]
- Reiken S [65]
- Wronska A [65]
- Yuan Q [65]
Author by ORCID
- Lyumkis D [160]
- Klinge S [143]
- Skiniotis G [143]
- Kobilka BK [137]
- Gmeiner P [135]
- Panova O [134]
- He F [134]
- Papasergi-scott MM [134]
- Hilger D [133]
- Batebi H [132]
- Gao Y [132]
- Perez-hernandez G [132]
- Hildebrand PW [132]
- Vanden Broeck A [127]
- Rubinstein JL [126]
- Zhou L [119]
- Hu Y [115]
- Wu M [115]
- Zhou ZH [84]
- Letts JA [83]
- Zhang R [81]
- Niu Q [79]
- Williamson JR [78]
- Kwong PD [77]
- Aiyer S [76]
- Teng F [76]
- Zhou R [76]
- Brown A [76]
- Chang YC [76]
- Yang F [76]
- Zhou J [76]
- Huang W [76]
- Tian H [76]
- Yang Y [76]
- Zhang S [76]
- Guo R [76]
- He Z [76]
- Han F [76]
- Zeng J [75]
- Noteborn WEM [75]
- Kishikawa JI [74]
- Sun C [73]
- Lee SY [72]
- Hallberg BM [72]
- Carrique L [68]
- Leung MR [67]
- Zeev-ben-mordehai T [66]
- Yang TJ [66]
- Dominguez R [66]
- Li N [66]
- Ward AB [64]
- Karakas E [63]
- Cheng Y [63]
- Palmer NJ [63]
- Guo H [61]
- Gati C [61]
- Park E [58]
- King NP [57]
- Tang Q [57]
- Lan YJ [57]
- Im W [56]
- Grotjahn DA [55]
- Chai P [55]
- Lander GC [55]
- Gagnon MG [54]
- Zhang K [53]
- Hite RK [53]
- Kotecha A [52]
- Chiu W [52]
- Borgnia MJ [51]
- Hsu SD [51]
- Steyaert J [50]
- Hummer G [49]
- Yang J [49]
- Spahn CMT [49]
- Malinauskas T [48]
- Sheng K [47]
- Dong X [47]
- Wiliamson JR [47]
- Lee J [47]
- Fischer ES [46]
- Pardon E [46]
- Kanekiyo M [45]
- Tan YZ [45]
- Sauer DB [45]
- Markus SM [45]
- Wang Y [45]
- Suo Y [45]
- Aricescu AR [45]
- Biela AP [44]
- Ranjbar M [44]
- Anraku Y [44]
- Zhang Z [44]
- Dosey A [43]
- Sugita Y [43]
- Raunser S [43]
- Van Petegem F [43]
- Venugopal H [42]
- Bjorkman PJ [42]
- Wang SE [42]
Journal
- NAT COMMUN [1817]
- NATURE [908]
- TO BE PUBLISHED [906]
- BIORXIV [752]
- NAT STRUCT MOL BIOL [552]
- SCI ADV [406]
- PNAS [401]
- SCIENCE [351]
- NUCLEIC ACIDS RES [231]
- MOL CELL [230]
- CELL REP [210]
- CELL [198]
- STRUCTURE [171]
- ELIFE [164]
- NAT CHEM BIOL [106]
- ACTA CRYSTALLOGR D STRUCT BIOL [85]
- COMMUN BIOL [82]
- EMBO J [78]
- J BIOL CHEM [69]
- NAT MICROBIOL [52]
- PROTEIN SCI [52]
- J CLIN INV [49]
- PLOS PATHOG [47]
- CELL HOST MICROBE [42]
- J VIROL [42]
- NAT METHODS [42]
- J STRUCT BIOL [41]
- MBIO [41]
- IMMUNITY [40]
- J MOL BIOL [38]
- J AM CHEM SOC [35]
- CELL RES [32]
- INT J MOL SCI [30]
- SCI REP [30]
- PLOS BIOL [28]
- SCI TRANSL MED [28]
- J CELL BIOL [22]
- IUCRJ [20]
- ADV SCI [19]
- RES SQ [18]
- CELL REP MED [16]
- COMMUN MATER [16]
- BIOCHEMISTRY [15]
- EMBO REP [15]
- NAT PLANTS [15]
- NPJ VACCINES [15]
- ACS NANO [14]
- GENES DEV [14]
- ISCIENCE [14]
- NAT NANOTECHNOL [14]
- PNAS NEXUS [13]
- FEBS J [12]
- J MED CHEM [12]
- LIFE SCI ALLIANCE [12]
- MOL.BIOL.EVOL. [12]
- COMMUN CHEM [11]
- PROTEIN CELL [11]
- VIRUSES [11]
- ACTA CRYSTALLOGR F STRUCT BIOL COMMUN [10]
- FEBS LETT [10]
- NEURON [10]
- BIOCHEM BIOPHYS RES COMMUN [9]
- BIOMOLECULES [9]
- CELL DEATH DIFFER. [9]
- CURR BIOL [9]
- VIROLOGY [9]
- ACS CATAL [7]
- CELL DISCOV [7]
- J STRUCT BIOL X [7]
- PLOS ONE [7]
- RNA [7]
- SIGNAL TRANSDUCT TARGET THER [7]
- ANTIVIRAL RES [6]
- EBIOMEDICINE [6]
- INT J BIOL MACROMOL [6]
- MACROMOL RAPID COMMUN [6]
- NAT IMMUNOL [6]
- ANGEW CHEM INT ED ENGL [5]
- BIOMACROMOLECULES [5]
- CURR RES STRUCT BIOL [5]
- FASEB J [5]
- J BACTERIOL [5]
- J EXP MED [5]
- MICROBIOL IMMUNOL [5]
- MOL THER [5]
- MOL THER ADV [5]
- NAT BIOMED ENG [5]
- NAT BIOTECHNOL [5]
- RES [5]
- SCI IMMUNOL [5]
- SMALL [5]
- ACS CHEM BIOL [4]
- BIOCHIM BIOPHYS ACTA BIOENERG [4]
- BIOPHYS J [4]
- ELECTROCHIM ACTA [4]
- FRONT PLANT SCI [4]
- NAT CHEM [4]
- ACS MED.CHEM.LETT. [3]
- AUTOPHAGY [3]
- BIOCHEM J [3]
Software
- CRYOSPARC [8606]
- RELION [902]
- CTFFIND [531]
- GCTF [145]
- COOT [130]
- UCSF CHIMERAX [129]
- WARP [114]
- CISTEM [45]
- UCSF CHIMERA [42]
- CRYODRGN [35]
- ISOLDE [23]
- PHENIX [20]
- SIMPLE [9]
- EMREADY [5]
- SCIPION [5]
- EMAN2 [4]
- DEEPEMHANCER [2]
- DYNAMO [2]
- EPU [2]
- JSPR [2]
- NAMD [2]
- SERIALEM [2]
- XMIPP [2]
- BSOFT [1]
- CRYOLO [1]
- CRYOS [1]
- CRYOSPAR [1]
- SPRING [1]
- TOPAZ [1]
Microscope
- FEI TITAN KRIOS [4156]
- TFS KRIOS [3111]
- FEI TALOS ARCTICA [451]
- TFS GLACIOS [435]
- JEOL CRYO ARM 300 [112]
- TFS TALOS L120C [69]
- TFS TALOS [52]
- FEI TITAN [49]
- FEI TECNAI F20 [31]
- FEI TECNAI ARCTICA [30]
- JEOL CRYO ARM 200 [27]
- FEI POLARA 300 [26]
- FEI TECNAI SPIRIT [22]
- TFS TALOS F200C [7]
- FEI TECNAI 20 [6]
- FEI TECNAI F30 [6]
- FEI/PHILIPS CM300FEG/T [6]
- JEOL 3200FSC [5]
- FEI MORGAGNI [2]
- FEI TECNAI 12 [2]
- TFS TITAN THEMIS [2]
- JEOL 1230 [1]
- JEOL 1400 [1]
- JEOL 2010F [1]
- JEOL 2100 [1]
Electron Source
- FIELD EMISSION GUN [8489]
- LAB6 [110]
- OTHER [7]
Film or detector model
- GATAN K3 6K X 4K [2773]
- GATAN K3 BIOQUANTUM 6K X 4K [2406]
- FEI FALCON IV 4K X 4K [1187]
- GATAN K2 SUMMIT 4K X 4K [903]
- TFS FALCON 4I 4K X 4K [483]
- FEI FALCON III 4K X 4K [418]
- GATAN K2 QUANTUM 4K X 4K [143]
- GATAN K3 BIOCONTINUUM 6K X 4K [117]
- FEI CETA 4K X 4K [76]
- FEI FALCON II 4K X 4K [25]
- GATAN ULTRASCAN 4000 4K X 4K [19]
- TVIPS TEMCAM-F416 4K X 4K [19]
- OTHER [10]
- DIRECT ELECTRON APOLLO 4K X 4K [9]
- FEI FALCON I 4K X 4K [9]
- DIRECT ELECTRON DE-10 5K X 4K [6]
- GATAN K2 BASE 4K X 4K [5]
- DIRECT ELECTRON DE-20 5K X 3K [3]
- DECTRIS ELA 1K X 0.5K [2]
- FEI EAGLE 4K X 4K [2]
- GATAN ALPINE 2.3K X 3.2K [2]
- DECTRIS SINGLA 1K X 1K [1]
- DIRECT ELECTRON DE-16 4K X 4K [1]
- GATAN ORIUS SC200 2K X 2K [1]
External links
- PDB [8538]
- UniProt [5907]
- PDBe-Kb [5462]
- AlphaFold DB [5351]
- InterPro [4347]
- Gene Ontology [4305]
- Pfam [3935]
- ChEBI [3417]
- ChEMBL [3101]
- DrugBank [2640]
- Complex Portal [1729]
- EMPIAR [1407]
- SCOP2 [44]
- CATH [4]