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sample_macromolecule:false
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Current Database
- EMDB [19005]
Current status
- REL [19005]
Sample type
- Complex [13644]
- Virus [2017]
- Cellular component [1871]
- Cell [1567]
- Sample [1245]
- Tissue [116]
Organism
- Homo sapiens [5062]
- Mus musculus [1141]
- Saccharomyces cerevisiae [1005]
- Escherichia coli [914]
- Synthetic construct [767]
- Severe acute respiratory syndrome coronavirus [607]
- Bos taurus [435]
- Xenopus laevis [408]
- Human immunodeficiency virus 1 [366]
- Chlamydomonas reinhardtii [345]
- Oryctolagus cuniculus [328]
- Sus scrofa [312]
- Escherichia coli [285]
- Macaca mulatta [268]
- Rattus norvegicus [226]
- Enterobacteria phage m13 [157]
- Saccharomyces cerevisiae [144]
- Influenza a virus [136]
- Tetrahymena thermophila [131]
- Leishmania tarentolae [121]
- Drosophila melanogaster [104]
- Saccharomyces cerevisiae [99]
- Bacillus subtilis [91]
- Trypanosoma brucei [86]
- Caenorhabditis elegans [82]
- Bacillus sp. (strain ps3) [78]
- (no species) [77]
- Schizosaccharomyces pombe [74]
- Mycolicibacterium smegmatis [73]
- Arabidopsis thaliana [64]
- Plasmodium falciparum [56]
- Dictyostelium discoideum [54]
- Macaca fascicularis [54]
- Chaetomium thermophilum [52]
- Nostoc sp. (strain pcc 7120 / sag 25.82 / utex 2576) [50]
- Zaire ebolavirus [49]
- Escherichia coli [48]
- Ovis aries [47]
- Escherichia virus t7 [46]
- Chikungunya virus [46]
- Mycoplasma pneumoniae [45]
- (no species) [44]
- Porphyridium purpureum [42]
- Trichomonas vaginalis [42]
- Pseudomonas phage phi6 [41]
- Pseudomonas aeruginosa [41]
- Eastern equine encephalitis virus [38]
- Mycobacterium tuberculosis [38]
- Vibrio cholerae [38]
- (no species) [37]
- Severe acute respiratory syndrome coronavirus [37]
- Torpedo marmorata [37]
- Equus caballus [37]
- Sus scrofa [37]
- Plasmodium falciparum [36]
- Salmonella enterica [36]
- Thermoplasma acidophilum [35]
- Gallus gallus [35]
- African swine fever virus [34]
- Human immunodeficiency virus [34]
- Human herpesvirus 1 [33]
- Salmonella phage p22 [33]
- Brome mosaic virus [33]
- Myxococcus xanthus [33]
- Neurospora crassa [33]
- Saccharomyces cerevisiae [33]
- Yersinia entomophaga [33]
- Borrelia burgdorferi [32]
- Anthocerotibacter panamensis [32]
- Escherichia coli [32]
- Flavobacterium johnsoniae [32]
- Human herpesvirus 1 [31]
- Lassa mammarenavirus [31]
- Enterovirus c [31]
- Campylobacter jejuni [30]
- Spinacia oleracea [30]
- Human cytomegalovirus [29]
- Paramecium bursaria chlorella virus 1 [29]
- Hepatitis b virus [28]
- Enterobacteria phage t4 [28]
- Euglena gracilis [28]
- Sinapis alba [28]
- Semliki forest virus [27]
- Chaetomium thermophilum [27]
- Bacillus subtilis [27]
- Mycobacterium phage bxb1 [27]
- Synechocystis sp. pcc 6803 [26]
- Candidatus arthromitus sp. sfb-mouse-nl [26]
- Thermococcus kodakarensis [26]
- Trypanosoma brucei [25]
- (no species) [24]
- Suid alphaherpesvirus 1 [23]
- Tobacco mosaic virus [23]
- Mycolicibacterium smegmatis [23]
- Danio rerio [23]
- Streptomyces coelicolor [22]
- Human mastadenovirus c [22]
- Rotavirus a [22]
- Macrocystis pyrifera [22]
- Cypovirus 1 [21]
EM Method
- Single-particle [13513]
- Tomography [2658]
- Subtomogram averaging [2519]
- Helical reconstruction [295]
- Electron Crystallography [20]
Resolution
- < 2Å [112]
- ≥ 2Å and < 3Å [2199]
- ≥ 3Å and < 4Å [4779]
- ≥ 4Å and < 5Å [1680]
- ≥ 5Å and < 6Å [582]
- ≥ 6Å and < 8Å [1328]
- ≥ 8Å and < 12Å [1320]
- ≥ 12Å and < 16Å [908]
- ≥ 16Å and < 20Å [673]
- ≥ 20Å and < 30Å [1890]
- ≥ 30Å [1663]
Model molecular weight
- 0-50 kDa [21]
- 50-100 kDa [23]
- 100-250 kDa [42]
- 250-500 kDa [57]
- 500-1000 kDa [45]
- 1-2 MDa [58]
- 2-5 MDa [127]
- 5-10 MDa [33]
- > 10 MDa [71]
Release Date
- 2026 [1969]
- 2025 [3804]
- 2024 [2840]
- 2023 [2513]
- 2022 [1736]
- 2021 [1260]
- 2020 [1246]
- 2019 [896]
- 2018 [775]
- 2017 [469]
- 2016 [394]
- 2015 [149]
- 2014 [171]
- 2013 [185]
- 2012 [160]
- 2011 [98]
- 2010 [81]
- 2009 [105]
- 2008 [22]
- 2007 [58]
- 2006 [26]
- 2005 [24]
- 2004 [9]
- 2003 [8]
- 2002 [7]
Author by name
- Liu J [1262]
- Ward AB [1104]
- Ren G [1012]
- Zhang M [692]
- Zhang X [535]
- Liu Y [433]
- Wang X [410]
- Wang S [405]
- Zhang Y [394]
- Wu H [380]
- Wang Y [378]
- Zhang Z [377]
- Liu JF [374]
- Han J [372]
- Zhou ZH [366]
- Hu Z [363]
- Zhou L [357]
- Burton DR [344]
- Li S [344]
- Gang O [343]
- Cottrell CA [333]
- Zhang L [321]
- Richey ST [316]
- Ozorowski G [312]
- Baumeister W [306]
- Li J [303]
- Wang H [300]
- Torres JL [295]
- Pilhofer M [291]
- Brown A [287]
- Williamson JR [286]
- Sewall LM [285]
- Li Y [284]
- Liu H [272]
- Chen Y [269]
- Beckmann R [267]
- Lei D [264]
- Bustamante C [260]
- Lyumkis D [259]
- Klinge S [257]
- Wilson IA [257]
- Beck M [255]
- Diaz-celis C [249]
- Li X [244]
- Liu S [244]
- Chiu W [241]
- Zhu Y [241]
- Wang J [240]
- Jackson AM [237]
- Zhang J [235]
- Zhang S [231]
- Turner HL [230]
- Wu C [230]
- Li Z [229]
- Ashby PD [223]
- Celis CD [223]
- Tao J [223]
- Zhang R [221]
- Cheng J [217]
- Sanders RW [215]
- Zhang P [215]
- Chen Z [208]
- Liu X [207]
- Nogal B [207]
- Krammer F [204]
- Xu J [200]
- Van Gils Mj [194]
- Wang Z [188]
- Plitzko JM [187]
- Lee WH [183]
- Li N [180]
- Rodriguez AJ [179]
- Sheng K [178]
- Shi Y [178]
- Li T [175]
- Schulman BA [175]
- Yang YR [175]
- Yang Y [174]
- Berninghausen O [173]
- Sok D [171]
- Carragher B [170]
- Wang C [170]
- Hu Y [168]
- Potter CS [167]
- Wang L [164]
- Yang X [162]
- Mahamid J [159]
- Dong X [157]
- Li L [157]
- Bangaru S [156]
- Engel BD [155]
- Marks AR [155]
- Miotto MC [155]
- Rudenko G [153]
- Wu J [153]
- Zeng J [153]
- White MA [151]
- Huang C [150]
- Yuan Q [150]
- Wu M [149]
Author by ORCID
- Ren G [964]
- Liu J [850]
- Ward AB [576]
- Cottrell CA [332]
- Zhou ZH [288]
- Brown A [286]
- Klinge S [257]
- Pilhofer M [237]
- Torres JL [232]
- Zhang M [226]
- Tao J [223]
- Bustamante C [223]
- Ashby PD [223]
- Lyumkis D [217]
- Chiu W [212]
- Ozorowski G [209]
- Williamson JR [200]
- Beckmann R [169]
- Schulman BA [164]
- Lei D [162]
- Beck M [160]
- Zeng J [153]
- Han J [150]
- Engel BD [149]
- Mahamid J [148]
- Thoms M [140]
- Leung MR [137]
- Van Gils Mj [137]
- Baumeister W [136]
- White MA [132]
- Zhou L [131]
- Castro CE [131]
- Marras AE [131]
- Su HJ [131]
- Plitzko JM [131]
- Vanden Broeck A [131]
- Gui M [124]
- Beneke T [124]
- Wheeler RJ [124]
- Doran MH [124]
- Gluenz E [124]
- Carnathan DG [124]
- Fochler S [124]
- Xia X [122]
- Zhang R [122]
- Kanekiyo M [120]
- Burton DR [120]
- Crispin M [120]
- Sanders RW [119]
- Hurt E [119]
- Niu Q [117]
- Krammer F [117]
- Schief WR [116]
- Zhang P [116]
- Miotto MC [115]
- Gao N [113]
- Denk T [112]
- Hummer G [111]
- Kreysing JP [110]
- Schmid MF [107]
- Weiss GL [106]
- Wang H [106]
- Schmitz AJ [105]
- Guo Q [105]
- Zhang X [101]
- Amunts A [101]
- Kikkawa M [100]
- Crowe Jr Je [100]
- Kwong PD [100]
- Yuan M [98]
- Zhou L [98]
- Dietz H [98]
- Copps J [98]
- Murata K [97]
- Xu J [97]
- Allen JD [97]
- Liu J [97]
- Hu Y [96]
- Wilson IA [96]
- Wu M [96]
- Lee WH [94]
- Zeev-ben-mordehai T [94]
- Letts JA [94]
- Hill KL [93]
- Agard DA [93]
- Shimogawa MM [90]
- Chang YW [90]
- Turonova B [88]
- Weninger G [88]
- Zheng Q [87]
- Pfeffer S [86]
- Itoh Y [86]
- Langousis G [86]
- Wohlschlegel JA [86]
- Liu S [86]
- Sewall LM [85]
- Conway JF [85]
- Fort C [85]
- Forster F [83]
- Irvine DJ [83]
Journal
- NAT COMMUN [2964]
- TO BE PUBLISHED [2300]
- NATURE [1442]
- SCIENCE [1141]
- PNAS [1029]
- BIORXIV [1015]
- CELL [900]
- NAT STRUCT MOL BIOL [667]
- MOL CELL [581]
- ELIFE [518]
- SCI ADV [508]
- CELL REP [488]
- STRUCTURE [429]
- NUCLEIC ACIDS RES [369]
- J VIROL [317]
- EMBO J [307]
- J MOL BIOL [263]
- NAT MICROBIOL [231]
- NAT METHODS [219]
- PLOS PATHOG [212]
- COMMUN BIOL [179]
- SCI REP [172]
- J STRUCT BIOL [163]
- ACTA CRYSTALLOGR D STRUCT BIOL [138]
- MBIO [138]
- J BIOL CHEM [132]
- J CELL BIOL [121]
- EMBO REP [111]
- CELL RES [98]
- IMMUNITY [87]
- SCI TRANSL MED [87]
- NPJ VACCINES [81]
- NAT PLANTS [77]
- CELL DISCOV [76]
- PLOS BIOL [73]
- MOL BIOL CELL [72]
- CELL HOST MICROBE [60]
- CURR BIOL [59]
- PROTEIN CELL [58]
- FRONT ENDOCRINOL [51]
- PLOS ONE [49]
- DEV CELL [48]
- INT J MOL SCI [45]
- IUCRJ [45]
- J CLIN INV [43]
- J AM CHEM SOC [42]
- NAT CHEM BIOL [42]
- ACS NANO [40]
- PROTEIN SCI [40]
- J CELL SCI [39]
- CELL REP METHODS [37]
- J STRUCT BIOL X [36]
- VIROLOGY [34]
- ISME J [33]
- NAT CELL BIOL [33]
- EBIOMEDICINE [32]
- BIOCHIM BIOPHYS ACTA MOL CELL BIOL LIPIDS [31]
- ISCIENCE [31]
- PNAS NEXUS [31]
- FRONT MOL BIOSCI [30]
- BIOMOLECULES [27]
- SIGNAL TRANSDUCT TARGET THER [26]
- CELL DEATH DIFFER. [25]
- LIFE SCI ALLIANCE [24]
- VIRUSES [24]
- RNA [23]
- ACS CENT SCI [22]
- FEBS J [22]
- SCI IMMUNOL [22]
- MOL MICROBIOL [21]
- NAT MATER [21]
- J BACTERIOL [19]
- BLOOD [18]
- FEBS LETT [17]
- NAT BIOMED ENG [17]
- NEURON [17]
- ADV SCI [15]
- RES SQ [15]
- ACTA CRYSTALLOGR F STRUCT BIOL COMMUN [14]
- FRONT MICROBIOL [14]
- BIOPHYS J [13]
- NANOSCALE [13]
- NAT IMMUNOL [13]
- EMERG MICROBES INFECT [12]
- J GEN VIROL [12]
- J LIPID RES [12]
- J.THROMB.HAEMOST. [12]
- MOL PLANT [12]
- SMALL [12]
- ACTA PHARMACOL.SIN. [10]
- BIOCHEMISTRY [10]
- FRONT IMMUNOL [10]
- SCI CHINA LIFE SCI [10]
- VITA [10]
- ACS CHEM BIOL [9]
- ACTA NEUROPATHOL [9]
- FRONT CELL INFECT MICROBIOL [9]
- J VIS EXP [9]
- MICROLIFE [9]
- MICROSC MICROANAL [9]
Software
- RELION [4792]
- CRYOSPARC [3857]
- CTFFIND [1226]
- IMOD [1170]
- GCTF [947]
- TOMOCTF [535]
- WARP [392]
- IPET [381]
- SPIDER [376]
- DYNAMO [240]
- EMAN2 [226]
- PEET [219]
- EMAN [164]
- FREALIGN [131]
- PYTOM [119]
- ETOMO [110]
- CHIMERA [98]
- XMIPP [92]
- AUTO3DEM [82]
- COOT [73]
- TOMO3D [70]
- NOVASTA [62]
- UCSF CHIMERAX [61]
- EMCLARITY [59]
- NOVACTF [57]
- CISTEM [52]
- JSPR [52]
- CRYOLO [50]
- MATLAB [50]
- STOPGAP [47]
- CTFFIND3 [46]
- CTFPHASEFLIP [46]
- M [44]
- CRYODRGN [37]
- IMOD, PEET [32]
- PHENIX [32]
- UCSF CHIMERA [32]
- BSOFT [29]
- PROTOMO [28]
- IMAGIC [25]
- I3 [23]
- PRIISM/IVE [23]
- EM3DR2 [21]
- IMIRS [21]
- APPION [20]
- IMOD, BSOFT, SPIDER, TOM, PACKAGE, MATLAB [20]
- CTFTILT [19]
- EMFIT [19]
- IMOD, TOMO3D, PEET [18]
- MRC [18]
- TOMOALIGN [18]
- AV3 [17]
- SCIPION [17]
- SPARX [17]
- SPIDER, APPION [17]
- MULTI-PATH SA [16]
- TOM [16]
- TOM TOOLBOX [16]
- APPION, SPIDER, EMAN [15]
- MDFF [15]
- MPSA [15]
- ARETOMO [14]
- FREALIX [14]
- J3DR [14]
- JALIGN [14]
- CTFFIND3, RELION [13]
- IMOD, DYNAMO [13]
- IMOD, RAPTOR, PROTOMO [13]
- PEET, RUBY-HELIX [13]
- SERIALEM [13]
- MOTIONCORR2 [12]
- IMOD, PROTOMO [11]
- ISOLDE [11]
- SIGNATURE, CTFFIND3, SPIDER, SPARX [11]
- SPRING [11]
- EMAN2, SPIDER, XMIPP [10]
- IMOD, BSOFT [10]
- RELION, CTFFIND3 [10]
- SPHIRE [10]
- SITUS [9]
- EMPFT EM3DR [8]
- IMOD, TOMO3D [8]
- MPSA, EMAN, EMAN2 [8]
- PFT2, EM3DR2 [8]
- CTFIND3 [7]
- IMOD, PROTOMO, I3, EMAN [7]
- PFT2 AND EM3DR2 [7]
- PFT2, EM3DR2, POR, P3DR [7]
- URO [7]
- CTFFIND4 [6]
- EMAN2, SPIDER, BESPOKE-2D-ALIGNMENT, BESPOKE-X-AND-Y-SHIFTING [6]
- IMOD AND IN-HOUSE PROCEDURES [6]
- JSPR, EMAN, EMAN2 [6]
- SAVR [6]
- SIMPLE [6]
- XMIPP, SPIDER [6]
- EMAN, FREALIGN [5]
- IHRSR [5]
- IMOD, EMAN2 [5]
- PFT [5]
Microscope
- FEI TITAN KRIOS [8917]
- TFS KRIOS [4304]
- FEI TALOS ARCTICA [812]
- FEI TECNAI F20 [713]
- FEI TECNAI SPIRIT [595]
- FEI POLARA 300 [503]
- TFS GLACIOS [488]
- ZEISS LIBRA120PLUS [457]
- FEI TECNAI F30 [313]
- FEI TITAN [310]
- FEI TECNAI 20 [191]
- JEOL 2200FS [139]
- JEOL CRYO ARM 300 [114]
- FEI/PHILIPS CM200FEG [106]
- FEI TECNAI ARCTICA [104]
- JEOL 3200FSC [99]
- FEI TECNAI 12 [89]
- FEI/PHILIPS CM300FEG/T [80]
- TFS TALOS [74]
- JEOL 2100F [56]
- TFS TALOS F200C [56]
- JEOL 3100FFC [55]
- TFS TALOS L120C [53]
- JEOL 2100 [49]
- JEOL 2010F [42]
- FEI/PHILIPS EM420 [35]
- TFS TITAN THEMIS [27]
- JEOL CRYO ARM 200 [23]
- JEOL 3200FS [22]
- OTHER [22]
- TFS TUNDRA [20]
- JEOL 1400 [19]
- FEI/PHILIPS CM200T [17]
- JEOL 4000 [17]
- FEI/PHILIPS CM120T [16]
- JEOL 2200FSC [12]
- FEI/PHILIPS CM200FEG/ST [10]
- JEOL 3000SFF [7]
- JEOL 3100FEF [7]
- JEOL 1230 [5]
- FEI/PHILIPS CM300FEG/ST [4]
- HITACHI H3000 UHVEM [4]
- FEI/PHILIPS CM200FEG/UT [3]
- JEOL 1000EES [3]
- JEOL 1200EXII [3]
- JEOL 2010 [3]
- JEOL KYOTO-3000SFF [3]
- FEI TECNAI SPHERA [2]
- FEI/PHILIPS CM12 [2]
- FEI/PHILIPS EM400 [2]
- HITACHI EF2000 [2]
- JEOL 100CX [2]
- JEOL 1200 [2]
- JEOL 4000EX [2]
- FEI/PHILIPS CM10 [1]
- FEI/PHILIPS CM300FEG/HE [1]
- JEOL 1010 [1]
Electron Source
- FIELD EMISSION GUN [17541]
- LAB6 [1341]
- OTHER [62]
- TUNGSTEN HAIRPIN [61]
Film or detector model
- GATAN K3 BIOQUANTUM 6K X 4K [3633]
- GATAN K3 6K X 4K [3613]
- GATAN K2 SUMMIT 4K X 4K [3486]
- FEI FALCON IV 4K X 4K [1657]
- FEI FALCON III 4K X 4K [946]
- GATAN K2 QUANTUM 4K X 4K [877]
- GATAN ULTRASCAN 4000 4K X 4K [741]
- FEI FALCON II 4K X 4K [587]
- TVIPS TEMCAM-F416 4K X 4K [557]
- TFS FALCON 4I 4K X 4K [465]
- KODAK SO-163 FILM [410]
- FEI EAGLE 4K X 4K [399]
- OTHER [303]
- FEI CETA 4K X 4K [263]
- GATAN K3 BIOCONTINUUM 6K X 4K [196]
- GATAN ULTRASCAN 1000 2K X 2K [94]
- DIRECT ELECTRON DE-20 5K X 3K [89]
- TVIPS TEMCAM-F415 4K X 4K [62]
- GATAN K2 BASE 4K X 4K [61]
- GATAN K2 4K X 4K [52]
- FEI FALCON I 4K X 4K [48]
- GENERIC CCD [48]
- FEI EAGLE 2K X 2K [37]
- GATAN MULTISCAN [29]
- GENERIC TVIPS 4K X 4K [26]
- DIRECT ELECTRON DE-16 4K X 4K [23]
- GENERIC GATAN [20]
- GENERIC GATAN 4K X 4K [20]
- DIRECT ELECTRON DE-64 8K X 8K [19]
- TVIPS TEMCAM-F224 2K X 2K [18]
- GATAN K2 IS 4K X 4K [16]
- DIRECT ELECTRON DE-12 4K X 3K [15]
- TVIPS TEMCAM-F216 2K X 2K [12]
- GENERIC CCD 2K X 2K [11]
- GENERIC GATAN 2K X 2K [9]
- TVIPS TEMCAM-F816 8K X 8K [9]
- DIRECT ELECTRON APOLLO 4K X 4K [7]
- GATAN ORIUS SC1000 4K X 2.7K [7]
- DECTRIS ELA 1K X 0.5K [6]
- GATAN ORIUS SC200 2K X 2K [6]
- GENERIC TVIPS [6]
- GATAN ALPINE 2.3K X 3.2K [5]
- DECTRIS ARINA 0.2K X 0.2K [4]
- AGFA SCIENTA FILM [3]
- GATAN ULTRASCAN 10000 10K X 10K [3]
- GENERIC FILM [3]
- KODAK 4489 FILM [3]
- DIRECT ELECTRON DE-10 5K X 4K [1]
External links
- PDB [18900]
- EMPIAR [1681]
CryoEM
Release date: July 15, 2026
Resolution: 3.0 Å
EM Method: Single-particle
Resolution: 3.0 Å
EM Method: Single-particle
Devenish SO, Patel SD, Ussingkaer LV, Almeida Silva LF, Goff O, Richardson A, Mobbs JI, Venugopal H, Thal DM, Kullmann DM
Signal Transduct Target Ther (2026) 11 [ DOI: doi:10.1038/s41392-026-02865-4 Pubmed: 42393022 ]
Consensus map
CryoEM
Release date: July 15, 2026
Resolution: 2.7 Å
EM Method: Single-particle
Resolution: 2.7 Å
EM Method: Single-particle
Hlavata A, Bernecky C
Nat Commun (2026) [ DOI: doi:10.1038/s41467-026-75416-8 ]
CryoEM
Release date: July 15, 2026
Resolution: 3.1 Å
EM Method: Single-particle
Resolution: 3.1 Å
EM Method: Single-particle
Hlavata A, Bernecky C
Nat Commun (2026) [ DOI: doi:10.1038/s41467-026-75416-8 ]
CryoEM
Release date: July 15, 2026
Resolution: 3.3 Å
EM Method: Single-particle
Resolution: 3.3 Å
EM Method: Single-particle
Hlavata A, Bernecky C
Nat Commun (2026) [ DOI: doi:10.1038/s41467-026-75416-8 ]
CryoEM
Release date: July 15, 2026
Resolution: 2.9 Å
EM Method: Single-particle
Resolution: 2.9 Å
EM Method: Single-particle
Hlavata A, Bernecky C
Nat Commun (2026) [ DOI: doi:10.1038/s41467-026-75416-8 ]
CryoEM
Release date: July 15, 2026
Resolution: 2.8 Å
EM Method: Single-particle
Resolution: 2.8 Å
EM Method: Single-particle
Hlavata A, Bernecky C
Nat Commun (2026) [ DOI: doi:10.1038/s41467-026-75416-8 ]
CryoEM
Focused map
Release date: July 15, 2026
Resolution: 3.9 Å
EM Method: Single-particle
Resolution: 3.9 Å
EM Method: Single-particle
Lu G, Lin J
To Be Published
CryoEM
Consensus map
Release date: July 15, 2026
Resolution: 2.35 Å
EM Method: Single-particle
Resolution: 2.35 Å
EM Method: Single-particle
Lu G, Lin J
To Be Published
CryoEM
Focused map
Release date: July 15, 2026
Resolution: 2.5 Å
EM Method: Single-particle
Resolution: 2.5 Å
EM Method: Single-particle
Lu G, Lin J
To Be Published
CryoEM
Consensus map
Release date: July 15, 2026
Resolution: 2.3 Å
EM Method: Single-particle
Resolution: 2.3 Å
EM Method: Single-particle
Lu G, Lin J
To Be Published
Filter By
Current Database
- EMDB [19005]
Current status
- REL [19005]
Sample type
- Complex [13644]
- Virus [2017]
- Cellular component [1871]
- Cell [1567]
- Sample [1245]
- Tissue [116]
Organism
- Homo sapiens [5062]
- Mus musculus [1141]
- Saccharomyces cerevisiae [1005]
- Escherichia coli [914]
- Synthetic construct [767]
- Severe acute respiratory syndrome coronavirus [607]
- Bos taurus [435]
- Xenopus laevis [408]
- Human immunodeficiency virus 1 [366]
- Chlamydomonas reinhardtii [345]
- Oryctolagus cuniculus [328]
- Sus scrofa [312]
- Escherichia coli [285]
- Macaca mulatta [268]
- Rattus norvegicus [226]
- Enterobacteria phage m13 [157]
- Saccharomyces cerevisiae [144]
- Influenza a virus [136]
- Tetrahymena thermophila [131]
- Leishmania tarentolae [121]
- Drosophila melanogaster [104]
- Saccharomyces cerevisiae [99]
- Bacillus subtilis [91]
- Trypanosoma brucei [86]
- Caenorhabditis elegans [82]
- Bacillus sp. (strain ps3) [78]
- (no species) [77]
- Schizosaccharomyces pombe [74]
- Mycolicibacterium smegmatis [73]
- Arabidopsis thaliana [64]
- Plasmodium falciparum [56]
- Dictyostelium discoideum [54]
- Macaca fascicularis [54]
- Chaetomium thermophilum [52]
- Nostoc sp. (strain pcc 7120 / sag 25.82 / utex 2576) [50]
- Zaire ebolavirus [49]
- Escherichia coli [48]
- Ovis aries [47]
- Escherichia virus t7 [46]
- Chikungunya virus [46]
- Mycoplasma pneumoniae [45]
- (no species) [44]
- Porphyridium purpureum [42]
- Trichomonas vaginalis [42]
- Pseudomonas phage phi6 [41]
- Pseudomonas aeruginosa [41]
- Eastern equine encephalitis virus [38]
- Mycobacterium tuberculosis [38]
- Vibrio cholerae [38]
- (no species) [37]
- Severe acute respiratory syndrome coronavirus [37]
- Torpedo marmorata [37]
- Equus caballus [37]
- Sus scrofa [37]
- Plasmodium falciparum [36]
- Salmonella enterica [36]
- Thermoplasma acidophilum [35]
- Gallus gallus [35]
- African swine fever virus [34]
- Human immunodeficiency virus [34]
- Human herpesvirus 1 [33]
- Salmonella phage p22 [33]
- Brome mosaic virus [33]
- Myxococcus xanthus [33]
- Neurospora crassa [33]
- Saccharomyces cerevisiae [33]
- Yersinia entomophaga [33]
- Borrelia burgdorferi [32]
- Anthocerotibacter panamensis [32]
- Escherichia coli [32]
- Flavobacterium johnsoniae [32]
- Human herpesvirus 1 [31]
- Lassa mammarenavirus [31]
- Enterovirus c [31]
- Campylobacter jejuni [30]
- Spinacia oleracea [30]
- Human cytomegalovirus [29]
- Paramecium bursaria chlorella virus 1 [29]
- Hepatitis b virus [28]
- Enterobacteria phage t4 [28]
- Euglena gracilis [28]
- Sinapis alba [28]
- Semliki forest virus [27]
- Chaetomium thermophilum [27]
- Bacillus subtilis [27]
- Mycobacterium phage bxb1 [27]
- Synechocystis sp. pcc 6803 [26]
- Candidatus arthromitus sp. sfb-mouse-nl [26]
- Thermococcus kodakarensis [26]
- Trypanosoma brucei [25]
- (no species) [24]
- Suid alphaherpesvirus 1 [23]
- Tobacco mosaic virus [23]
- Mycolicibacterium smegmatis [23]
- Danio rerio [23]
- Streptomyces coelicolor [22]
- Human mastadenovirus c [22]
- Rotavirus a [22]
- Macrocystis pyrifera [22]
- Cypovirus 1 [21]
EM Method
- Single-particle [13513]
- Tomography [2658]
- Subtomogram averaging [2519]
- Helical reconstruction [295]
- Electron Crystallography [20]
Resolution
- < 2Å [112]
- ≥ 2Å and < 3Å [2199]
- ≥ 3Å and < 4Å [4779]
- ≥ 4Å and < 5Å [1680]
- ≥ 5Å and < 6Å [582]
- ≥ 6Å and < 8Å [1328]
- ≥ 8Å and < 12Å [1320]
- ≥ 12Å and < 16Å [908]
- ≥ 16Å and < 20Å [673]
- ≥ 20Å and < 30Å [1890]
- ≥ 30Å [1663]
Model molecular weight
- 0-50 kDa [21]
- 50-100 kDa [23]
- 100-250 kDa [42]
- 250-500 kDa [57]
- 500-1000 kDa [45]
- 1-2 MDa [58]
- 2-5 MDa [127]
- 5-10 MDa [33]
- > 10 MDa [71]
Release Date
- 2026 [1969]
- 2025 [3804]
- 2024 [2840]
- 2023 [2513]
- 2022 [1736]
- 2021 [1260]
- 2020 [1246]
- 2019 [896]
- 2018 [775]
- 2017 [469]
- 2016 [394]
- 2015 [149]
- 2014 [171]
- 2013 [185]
- 2012 [160]
- 2011 [98]
- 2010 [81]
- 2009 [105]
- 2008 [22]
- 2007 [58]
- 2006 [26]
- 2005 [24]
- 2004 [9]
- 2003 [8]
- 2002 [7]
Author by name
- Liu J [1262]
- Ward AB [1104]
- Ren G [1012]
- Zhang M [692]
- Zhang X [535]
- Liu Y [433]
- Wang X [410]
- Wang S [405]
- Zhang Y [394]
- Wu H [380]
- Wang Y [378]
- Zhang Z [377]
- Liu JF [374]
- Han J [372]
- Zhou ZH [366]
- Hu Z [363]
- Zhou L [357]
- Burton DR [344]
- Li S [344]
- Gang O [343]
- Cottrell CA [333]
- Zhang L [321]
- Richey ST [316]
- Ozorowski G [312]
- Baumeister W [306]
- Li J [303]
- Wang H [300]
- Torres JL [295]
- Pilhofer M [291]
- Brown A [287]
- Williamson JR [286]
- Sewall LM [285]
- Li Y [284]
- Liu H [272]
- Chen Y [269]
- Beckmann R [267]
- Lei D [264]
- Bustamante C [260]
- Lyumkis D [259]
- Klinge S [257]
- Wilson IA [257]
- Beck M [255]
- Diaz-celis C [249]
- Li X [244]
- Liu S [244]
- Chiu W [241]
- Zhu Y [241]
- Wang J [240]
- Jackson AM [237]
- Zhang J [235]
- Zhang S [231]
- Turner HL [230]
- Wu C [230]
- Li Z [229]
- Ashby PD [223]
- Celis CD [223]
- Tao J [223]
- Zhang R [221]
- Cheng J [217]
- Sanders RW [215]
- Zhang P [215]
- Chen Z [208]
- Liu X [207]
- Nogal B [207]
- Krammer F [204]
- Xu J [200]
- Van Gils Mj [194]
- Wang Z [188]
- Plitzko JM [187]
- Lee WH [183]
- Li N [180]
- Rodriguez AJ [179]
- Sheng K [178]
- Shi Y [178]
- Li T [175]
- Schulman BA [175]
- Yang YR [175]
- Yang Y [174]
- Berninghausen O [173]
- Sok D [171]
- Carragher B [170]
- Wang C [170]
- Hu Y [168]
- Potter CS [167]
- Wang L [164]
- Yang X [162]
- Mahamid J [159]
- Dong X [157]
- Li L [157]
- Bangaru S [156]
- Engel BD [155]
- Marks AR [155]
- Miotto MC [155]
- Rudenko G [153]
- Wu J [153]
- Zeng J [153]
- White MA [151]
- Huang C [150]
- Yuan Q [150]
- Wu M [149]
Author by ORCID
- Ren G [964]
- Liu J [850]
- Ward AB [576]
- Cottrell CA [332]
- Zhou ZH [288]
- Brown A [286]
- Klinge S [257]
- Pilhofer M [237]
- Torres JL [232]
- Zhang M [226]
- Tao J [223]
- Bustamante C [223]
- Ashby PD [223]
- Lyumkis D [217]
- Chiu W [212]
- Ozorowski G [209]
- Williamson JR [200]
- Beckmann R [169]
- Schulman BA [164]
- Lei D [162]
- Beck M [160]
- Zeng J [153]
- Han J [150]
- Engel BD [149]
- Mahamid J [148]
- Thoms M [140]
- Leung MR [137]
- Van Gils Mj [137]
- Baumeister W [136]
- White MA [132]
- Zhou L [131]
- Castro CE [131]
- Marras AE [131]
- Su HJ [131]
- Plitzko JM [131]
- Vanden Broeck A [131]
- Gui M [124]
- Beneke T [124]
- Wheeler RJ [124]
- Doran MH [124]
- Gluenz E [124]
- Carnathan DG [124]
- Fochler S [124]
- Xia X [122]
- Zhang R [122]
- Kanekiyo M [120]
- Burton DR [120]
- Crispin M [120]
- Sanders RW [119]
- Hurt E [119]
- Niu Q [117]
- Krammer F [117]
- Schief WR [116]
- Zhang P [116]
- Miotto MC [115]
- Gao N [113]
- Denk T [112]
- Hummer G [111]
- Kreysing JP [110]
- Schmid MF [107]
- Weiss GL [106]
- Wang H [106]
- Schmitz AJ [105]
- Guo Q [105]
- Zhang X [101]
- Amunts A [101]
- Kikkawa M [100]
- Crowe Jr Je [100]
- Kwong PD [100]
- Yuan M [98]
- Zhou L [98]
- Dietz H [98]
- Copps J [98]
- Murata K [97]
- Xu J [97]
- Allen JD [97]
- Liu J [97]
- Hu Y [96]
- Wilson IA [96]
- Wu M [96]
- Lee WH [94]
- Zeev-ben-mordehai T [94]
- Letts JA [94]
- Hill KL [93]
- Agard DA [93]
- Shimogawa MM [90]
- Chang YW [90]
- Turonova B [88]
- Weninger G [88]
- Zheng Q [87]
- Pfeffer S [86]
- Itoh Y [86]
- Langousis G [86]
- Wohlschlegel JA [86]
- Liu S [86]
- Sewall LM [85]
- Conway JF [85]
- Fort C [85]
- Forster F [83]
- Irvine DJ [83]
Journal
- NAT COMMUN [2964]
- TO BE PUBLISHED [2300]
- NATURE [1442]
- SCIENCE [1141]
- PNAS [1029]
- BIORXIV [1015]
- CELL [900]
- NAT STRUCT MOL BIOL [667]
- MOL CELL [581]
- ELIFE [518]
- SCI ADV [508]
- CELL REP [488]
- STRUCTURE [429]
- NUCLEIC ACIDS RES [369]
- J VIROL [317]
- EMBO J [307]
- J MOL BIOL [263]
- NAT MICROBIOL [231]
- NAT METHODS [219]
- PLOS PATHOG [212]
- COMMUN BIOL [179]
- SCI REP [172]
- J STRUCT BIOL [163]
- ACTA CRYSTALLOGR D STRUCT BIOL [138]
- MBIO [138]
- J BIOL CHEM [132]
- J CELL BIOL [121]
- EMBO REP [111]
- CELL RES [98]
- IMMUNITY [87]
- SCI TRANSL MED [87]
- NPJ VACCINES [81]
- NAT PLANTS [77]
- CELL DISCOV [76]
- PLOS BIOL [73]
- MOL BIOL CELL [72]
- CELL HOST MICROBE [60]
- CURR BIOL [59]
- PROTEIN CELL [58]
- FRONT ENDOCRINOL [51]
- PLOS ONE [49]
- DEV CELL [48]
- INT J MOL SCI [45]
- IUCRJ [45]
- J CLIN INV [43]
- J AM CHEM SOC [42]
- NAT CHEM BIOL [42]
- ACS NANO [40]
- PROTEIN SCI [40]
- J CELL SCI [39]
- CELL REP METHODS [37]
- J STRUCT BIOL X [36]
- VIROLOGY [34]
- ISME J [33]
- NAT CELL BIOL [33]
- EBIOMEDICINE [32]
- BIOCHIM BIOPHYS ACTA MOL CELL BIOL LIPIDS [31]
- ISCIENCE [31]
- PNAS NEXUS [31]
- FRONT MOL BIOSCI [30]
- BIOMOLECULES [27]
- SIGNAL TRANSDUCT TARGET THER [26]
- CELL DEATH DIFFER. [25]
- LIFE SCI ALLIANCE [24]
- VIRUSES [24]
- RNA [23]
- ACS CENT SCI [22]
- FEBS J [22]
- SCI IMMUNOL [22]
- MOL MICROBIOL [21]
- NAT MATER [21]
- J BACTERIOL [19]
- BLOOD [18]
- FEBS LETT [17]
- NAT BIOMED ENG [17]
- NEURON [17]
- ADV SCI [15]
- RES SQ [15]
- ACTA CRYSTALLOGR F STRUCT BIOL COMMUN [14]
- FRONT MICROBIOL [14]
- BIOPHYS J [13]
- NANOSCALE [13]
- NAT IMMUNOL [13]
- EMERG MICROBES INFECT [12]
- J GEN VIROL [12]
- J LIPID RES [12]
- J.THROMB.HAEMOST. [12]
- MOL PLANT [12]
- SMALL [12]
- ACTA PHARMACOL.SIN. [10]
- BIOCHEMISTRY [10]
- FRONT IMMUNOL [10]
- SCI CHINA LIFE SCI [10]
- VITA [10]
- ACS CHEM BIOL [9]
- ACTA NEUROPATHOL [9]
- FRONT CELL INFECT MICROBIOL [9]
- J VIS EXP [9]
- MICROLIFE [9]
- MICROSC MICROANAL [9]
Software
- RELION [4792]
- CRYOSPARC [3857]
- CTFFIND [1226]
- IMOD [1170]
- GCTF [947]
- TOMOCTF [535]
- WARP [392]
- IPET [381]
- SPIDER [376]
- DYNAMO [240]
- EMAN2 [226]
- PEET [219]
- EMAN [164]
- FREALIGN [131]
- PYTOM [119]
- ETOMO [110]
- CHIMERA [98]
- XMIPP [92]
- AUTO3DEM [82]
- COOT [73]
- TOMO3D [70]
- NOVASTA [62]
- UCSF CHIMERAX [61]
- EMCLARITY [59]
- NOVACTF [57]
- CISTEM [52]
- JSPR [52]
- CRYOLO [50]
- MATLAB [50]
- STOPGAP [47]
- CTFFIND3 [46]
- CTFPHASEFLIP [46]
- M [44]
- CRYODRGN [37]
- IMOD, PEET [32]
- PHENIX [32]
- UCSF CHIMERA [32]
- BSOFT [29]
- PROTOMO [28]
- IMAGIC [25]
- I3 [23]
- PRIISM/IVE [23]
- EM3DR2 [21]
- IMIRS [21]
- APPION [20]
- IMOD, BSOFT, SPIDER, TOM, PACKAGE, MATLAB [20]
- CTFTILT [19]
- EMFIT [19]
- IMOD, TOMO3D, PEET [18]
- MRC [18]
- TOMOALIGN [18]
- AV3 [17]
- SCIPION [17]
- SPARX [17]
- SPIDER, APPION [17]
- MULTI-PATH SA [16]
- TOM [16]
- TOM TOOLBOX [16]
- APPION, SPIDER, EMAN [15]
- MDFF [15]
- MPSA [15]
- ARETOMO [14]
- FREALIX [14]
- J3DR [14]
- JALIGN [14]
- CTFFIND3, RELION [13]
- IMOD, DYNAMO [13]
- IMOD, RAPTOR, PROTOMO [13]
- PEET, RUBY-HELIX [13]
- SERIALEM [13]
- MOTIONCORR2 [12]
- IMOD, PROTOMO [11]
- ISOLDE [11]
- SIGNATURE, CTFFIND3, SPIDER, SPARX [11]
- SPRING [11]
- EMAN2, SPIDER, XMIPP [10]
- IMOD, BSOFT [10]
- RELION, CTFFIND3 [10]
- SPHIRE [10]
- SITUS [9]
- EMPFT EM3DR [8]
- IMOD, TOMO3D [8]
- MPSA, EMAN, EMAN2 [8]
- PFT2, EM3DR2 [8]
- CTFIND3 [7]
- IMOD, PROTOMO, I3, EMAN [7]
- PFT2 AND EM3DR2 [7]
- PFT2, EM3DR2, POR, P3DR [7]
- URO [7]
- CTFFIND4 [6]
- EMAN2, SPIDER, BESPOKE-2D-ALIGNMENT, BESPOKE-X-AND-Y-SHIFTING [6]
- IMOD AND IN-HOUSE PROCEDURES [6]
- JSPR, EMAN, EMAN2 [6]
- SAVR [6]
- SIMPLE [6]
- XMIPP, SPIDER [6]
- EMAN, FREALIGN [5]
- IHRSR [5]
- IMOD, EMAN2 [5]
- PFT [5]
Microscope
- FEI TITAN KRIOS [8917]
- TFS KRIOS [4304]
- FEI TALOS ARCTICA [812]
- FEI TECNAI F20 [713]
- FEI TECNAI SPIRIT [595]
- FEI POLARA 300 [503]
- TFS GLACIOS [488]
- ZEISS LIBRA120PLUS [457]
- FEI TECNAI F30 [313]
- FEI TITAN [310]
- FEI TECNAI 20 [191]
- JEOL 2200FS [139]
- JEOL CRYO ARM 300 [114]
- FEI/PHILIPS CM200FEG [106]
- FEI TECNAI ARCTICA [104]
- JEOL 3200FSC [99]
- FEI TECNAI 12 [89]
- FEI/PHILIPS CM300FEG/T [80]
- TFS TALOS [74]
- JEOL 2100F [56]
- TFS TALOS F200C [56]
- JEOL 3100FFC [55]
- TFS TALOS L120C [53]
- JEOL 2100 [49]
- JEOL 2010F [42]
- FEI/PHILIPS EM420 [35]
- TFS TITAN THEMIS [27]
- JEOL CRYO ARM 200 [23]
- JEOL 3200FS [22]
- OTHER [22]
- TFS TUNDRA [20]
- JEOL 1400 [19]
- FEI/PHILIPS CM200T [17]
- JEOL 4000 [17]
- FEI/PHILIPS CM120T [16]
- JEOL 2200FSC [12]
- FEI/PHILIPS CM200FEG/ST [10]
- JEOL 3000SFF [7]
- JEOL 3100FEF [7]
- JEOL 1230 [5]
- FEI/PHILIPS CM300FEG/ST [4]
- HITACHI H3000 UHVEM [4]
- FEI/PHILIPS CM200FEG/UT [3]
- JEOL 1000EES [3]
- JEOL 1200EXII [3]
- JEOL 2010 [3]
- JEOL KYOTO-3000SFF [3]
- FEI TECNAI SPHERA [2]
- FEI/PHILIPS CM12 [2]
- FEI/PHILIPS EM400 [2]
- HITACHI EF2000 [2]
- JEOL 100CX [2]
- JEOL 1200 [2]
- JEOL 4000EX [2]
- FEI/PHILIPS CM10 [1]
- FEI/PHILIPS CM300FEG/HE [1]
- JEOL 1010 [1]
Electron Source
- FIELD EMISSION GUN [17541]
- LAB6 [1341]
- OTHER [62]
- TUNGSTEN HAIRPIN [61]
Film or detector model
- GATAN K3 BIOQUANTUM 6K X 4K [3633]
- GATAN K3 6K X 4K [3613]
- GATAN K2 SUMMIT 4K X 4K [3486]
- FEI FALCON IV 4K X 4K [1657]
- FEI FALCON III 4K X 4K [946]
- GATAN K2 QUANTUM 4K X 4K [877]
- GATAN ULTRASCAN 4000 4K X 4K [741]
- FEI FALCON II 4K X 4K [587]
- TVIPS TEMCAM-F416 4K X 4K [557]
- TFS FALCON 4I 4K X 4K [465]
- KODAK SO-163 FILM [410]
- FEI EAGLE 4K X 4K [399]
- OTHER [303]
- FEI CETA 4K X 4K [263]
- GATAN K3 BIOCONTINUUM 6K X 4K [196]
- GATAN ULTRASCAN 1000 2K X 2K [94]
- DIRECT ELECTRON DE-20 5K X 3K [89]
- TVIPS TEMCAM-F415 4K X 4K [62]
- GATAN K2 BASE 4K X 4K [61]
- GATAN K2 4K X 4K [52]
- FEI FALCON I 4K X 4K [48]
- GENERIC CCD [48]
- FEI EAGLE 2K X 2K [37]
- GATAN MULTISCAN [29]
- GENERIC TVIPS 4K X 4K [26]
- DIRECT ELECTRON DE-16 4K X 4K [23]
- GENERIC GATAN [20]
- GENERIC GATAN 4K X 4K [20]
- DIRECT ELECTRON DE-64 8K X 8K [19]
- TVIPS TEMCAM-F224 2K X 2K [18]
- GATAN K2 IS 4K X 4K [16]
- DIRECT ELECTRON DE-12 4K X 3K [15]
- TVIPS TEMCAM-F216 2K X 2K [12]
- GENERIC CCD 2K X 2K [11]
- GENERIC GATAN 2K X 2K [9]
- TVIPS TEMCAM-F816 8K X 8K [9]
- DIRECT ELECTRON APOLLO 4K X 4K [7]
- GATAN ORIUS SC1000 4K X 2.7K [7]
- DECTRIS ELA 1K X 0.5K [6]
- GATAN ORIUS SC200 2K X 2K [6]
- GENERIC TVIPS [6]
- GATAN ALPINE 2.3K X 3.2K [5]
- DECTRIS ARINA 0.2K X 0.2K [4]
- AGFA SCIENTA FILM [3]
- GATAN ULTRASCAN 10000 10K X 10K [3]
- GENERIC FILM [3]
- KODAK 4489 FILM [3]
- DIRECT ELECTRON DE-10 5K X 4K [1]
External links
- PDB [18900]
- EMPIAR [1681]