Edit your search query here and hit Return to execute it:
half_map_std_value:{0 TO 100}
Filter By
Current Database
- EMDB [41004]
Current status
- REL [41004]
Sample type
- Complex [36041]
- Protein [28778]
- Ligand [17066]
- RNA [3765]
- DNA [2749]
- Cellular component [2153]
- Virus [1952]
- Cell [905]
- Tissue [281]
- Other [164]
Organism
- Homo sapiens [16556]
- Mus musculus [2855]
- Synthetic construct [2576]
- Escherichia coli [2273]
- Severe acute respiratory syndrome coronavirus [1747]
- Saccharomyces cerevisiae [1577]
- Rattus norvegicus [899]
- Escherichia coli [883]
- Oryctolagus cuniculus [796]
- Human immunodeficiency virus 1 [703]
- Bos taurus [695]
- Sus scrofa [665]
- Lama glama [562]
- Arabidopsis thaliana [504]
- Xenopus laevis [446]
- Saccharomyces cerevisiae [411]
- Macaca mulatta [320]
- Influenza a virus [302]
- Drosophila melanogaster [257]
- Mycolicibacterium smegmatis [210]
- Mycobacterium tuberculosis [185]
- Chlamydomonas reinhardtii [184]
- Bacillus subtilis [181]
- Vicugna pacos [167]
- Escherichia coli [157]
- Gallus gallus [155]
- Pseudomonas aeruginosa [144]
- Caenorhabditis elegans [139]
- Saccharomyces cerevisiae [136]
- Tetrahymena thermophila [134]
- Staphylococcus aureus [133]
- Thermus thermophilus [129]
- Geobacillus stearothermophilus [126]
- Leishmania tarentolae [125]
- Mycobacterium tuberculosis [121]
- Chaetomium thermophilum [119]
- Bacillus sp. (strain ps3) [107]
- Chaetomium thermophilum [105]
- Plasmodium falciparum [105]
- Synechocystis sp. pcc 6803 [98]
- Aequorea victoria [97]
- Danio rerio [94]
- Severe acute respiratory syndrome coronavirus [90]
- Bacillus subtilis [89]
- Streptococcus pyogenes [88]
- Mycolicibacterium smegmatis [88]
- Mycoplasma pneumoniae [88]
- Trypanosoma brucei [86]
- Vibrio cholerae [82]
- Enterobacteria phage t4 [79]
- Ovis aries [75]
- African swine fever virus [74]
- Monkeypox virus [72]
- Pseudomonas aeruginosa [72]
- Escherichia coli [66]
- Enterobacteria phage t4 [62]
- Plasmodium falciparum [62]
- Macaca fascicularis [61]
- Dna molecule [60]
- Eastern equine encephalitis virus [59]
- Salmonella enterica [59]
- Enterovirus d [58]
- Human herpesvirus 1 [57]
- Schizosaccharomyces pombe [57]
- Escherichia phage lambda [56]
- (no species) [55]
- Amanita phalloides [54]
- Lassa mammarenavirus [52]
- Clostridioides difficile [52]
- Klebsiella pneumoniae [50]
- Oryza sativa [49]
- Schizosaccharomyces pombe [49]
- Flavobacterium johnsoniae [49]
- Salmonella enterica [49]
- Human coronavirus hku1 [48]
- Dictyostelium discoideum [48]
- Human cytomegalovirus [47]
- Hepatitis b virus [47]
- Middle east respiratory syndrome-related coronavirus [47]
- Clostridium botulinum [47]
- Cricetulus griseus [46]
- (no species) [46]
- Aquifex aeolicus [46]
- Spinacia oleracea [46]
- Escherichia virus t7 [44]
- Chikungunya virus [44]
- Trichomonas vaginalis [44]
- Escherichia coli [44]
- Saccharolobus solfataricus [43]
- Euglena gracilis [43]
- Neurospora crassa [43]
- Trypanosoma brucei [43]
- Human immunodeficiency virus 1 [43]
- Adeno-associated virus [42]
- Thermotoga maritima [41]
- Nipah virus [41]
- Polytomella sp. pringsheim 198.80 [40]
- Potato virus y [39]
- Saccharomyces cerevisiae [39]
- Thermoplasma acidophilum [38]
EM Method
- Single-particle [37148]
- Subtomogram averaging [1944]
- Helical reconstruction [1908]
- Tomography [4]
Resolution
- < 2Å [393]
- ≥ 2Å and < 3Å [11111]
- ≥ 3Å and < 4Å [19478]
- ≥ 4Å and < 5Å [3867]
- ≥ 5Å and < 6Å [936]
- ≥ 6Å and < 8Å [1767]
- ≥ 8Å and < 12Å [1174]
- ≥ 12Å and < 16Å [419]
- ≥ 16Å and < 20Å [357]
- ≥ 20Å and < 30Å [1029]
- ≥ 30Å [464]
Model molecular weight
- 0-50 kDa [560]
- 50-100 kDa [2024]
- 100-250 kDa [8720]
- 250-500 kDa [6346]
- 500-1000 kDa [3279]
- 1-2 MDa [1436]
- 2-5 MDa [1434]
- 5-10 MDa [321]
- > 10 MDa [235]
Release Date
- 2026 [7531]
- 2025 [10675]
- 2024 [8624]
- 2023 [6745]
- 2022 [3367]
- 2021 [1615]
- 2020 [1233]
- 2019 [617]
- 2018 [333]
- 2017 [145]
- 2016 [119]
Author by name
- Zhang Y [1363]
- Wang Y [1325]
- Liu Y [1131]
- Zhang X [1103]
- Wang X [1087]
- Ward AB [1083]
- Li Y [1040]
- Wang J [951]
- Zhang Z [891]
- Li X [859]
- Li Z [805]
- Li J [779]
- Li S [722]
- Chen Y [712]
- Wang L [674]
- Gao Y [657]
- Zhang L [621]
- Liu S [614]
- Zhang J [611]
- Wang H [600]
- Zhang S [598]
- Li H [597]
- Liu J [583]
- Chen X [566]
- Liu L [528]
- Wang C [523]
- Liu Z [514]
- Zhang H [513]
- Li D [507]
- Chen Z [506]
- Zhu Y [505]
- Yang Y [492]
- Liu C [468]
- Wang Q [462]
- Liu H [460]
- Liu X [447]
- Wu C [442]
- Zhang K [442]
- Xu Y [436]
- Shi Y [435]
- Chen J [423]
- Yang X [413]
- Zhang P [410]
- Wang Z [408]
- Jiang Y [401]
- Zhao Y [393]
- Han J [380]
- Wang S [372]
- Kotecha A [371]
- Chen L [367]
- Huang Y [363]
- Zhou J [354]
- Li W [350]
- Zhang W [345]
- Zhao J [343]
- Ozorowski G [341]
- Xu J [340]
- Cheng J [337]
- Zhou ZH [332]
- Yuan Q [327]
- Li L [325]
- Zhou L [325]
- Zhang R [324]
- Hu Y [323]
- Kwong PD [320]
- Wang W [320]
- Wu J [320]
- Liu B [318]
- Wang M [317]
- Cramer P [313]
- Brown A [312]
- Wang P [312]
- Chen H [310]
- Xu C [307]
- Zhang B [306]
- Sun Y [305]
- Li M [303]
- Nureki O [299]
- Yang F [299]
- Zhao X [299]
- Lee J [297]
- Beckmann R [294]
- Huang J [294]
- Lyumkis D [293]
- Klinge S [291]
- Yu X [287]
- Wu Y [286]
- Zhou Y [282]
- Cheng Y [279]
- Wu M [279]
- Yang Z [279]
- Zhang Q [279]
- Li T [276]
- Zhang C [272]
- Zhang M [272]
- Lu Y [271]
- Wang D [271]
- He J [269]
- Huang X [269]
- Wilson IA [269]
Author by ORCID
- Ward AB [625]
- Brown A [311]
- Kotecha A [305]
- Zhou ZH [282]
- Klinge S [275]
- Lyumkis D [259]
- Kwong PD [249]
- Cottrell CA [246]
- Cheng Y [220]
- Skiniotis G [215]
- Beckmann R [212]
- Amunts A [208]
- Zhang P [207]
- Kobilka BK [206]
- Nureki O [200]
- Torres JL [198]
- Hummer G [194]
- Ozorowski G [193]
- Papasergi-scott MM [190]
- Scheres SHW [188]
- Crispin M [188]
- Gao Y [186]
- Schulman BA [184]
- Rubinstein JL [180]
- He F [179]
- Kanekiyo M [178]
- Gmeiner P [175]
- Zeng J [173]
- Xu HE [171]
- Cramer P [166]
- Raunser S [165]
- Hilger D [162]
- Baker D [162]
- Panova O [162]
- Williamson JR [162]
- Batebi H [160]
- Perez-hernandez G [160]
- Hildebrand PW [160]
- Allen JD [159]
- Kishikawa JI [157]
- Vanden Broeck A [156]
- Itoh Y [155]
- Han J [154]
- Gao GF [153]
- Goedert M [148]
- King NP [147]
- Denk T [140]
- Welsch S [140]
- Yamashita K [139]
- Greber BJ [137]
- Thoms M [136]
- Rappsilber J [134]
- Mclellan JS [134]
- Burton DR [133]
- Schief WR [133]
- Doran MH [131]
- Zhang R [131]
- Wilson IA [130]
- Beneke T [129]
- Wang CH [129]
- Hirst J [128]
- Miotto MC [128]
- Perrett HR [128]
- Crotty S [128]
- Yokoyama K [128]
- Park YJ [127]
- Xiong X [125]
- Irvine DJ [125]
- Lander GC [124]
- Mahamid J [122]
- Wheeler RJ [122]
- Gluenz E [122]
- Fochler S [122]
- Crowe Jr Je [121]
- Fuzik T [121]
- Plevka P [121]
- Zhang K [119]
- Leung MR [119]
- Chiu W [119]
- Liu J [119]
- Edwards RJ [119]
- Niu Q [118]
- Venugopal H [117]
- Hurt E [117]
- Xia X [116]
- Veesler D [116]
- Beck M [115]
- Ho MC [113]
- Zhang K [113]
- Spahn CMT [112]
- Novacek J [112]
- Carnathan DG [112]
- Huang W [110]
- Cheng J [110]
- Gui M [109]
- Chai P [109]
- Zhang X [109]
- Lee SY [108]
- Gao N [108]
- Wilson DN [108]
Journal
- NAT COMMUN [8424]
- TO BE PUBLISHED [5109]
- NATURE [3367]
- BIORXIV [2390]
- NAT STRUCT MOL BIOL [2226]
- PNAS [1930]
- SCIENCE [1661]
- SCI ADV [1649]
- CELL [1468]
- MOL CELL [1301]
- NUCLEIC ACIDS RES [932]
- STRUCTURE [860]
- CELL REP [852]
- ELIFE [818]
- EMBO J [541]
- COMMUN BIOL [514]
- NAT CHEM BIOL [445]
- CELL RES [396]
- ACTA CRYSTALLOGR D STRUCT BIOL [382]
- CELL DISCOV [344]
- J BIOL CHEM [309]
- PLOS PATHOG [293]
- NAT MICROBIOL [255]
- J MOL BIOL [246]
- J VIROL [218]
- NAT METHODS [207]
- PROTEIN SCI [185]
- MBIO [177]
- NAT PLANTS [163]
- IMMUNITY [155]
- J AM CHEM SOC [154]
- EMBO REP [134]
- SCI TRANSL MED [122]
- J STRUCT BIOL [120]
- PLOS BIOL [119]
- SCI REP [116]
- NPJ VACCINES [108]
- CELL HOST MICROBE [105]
- PROTEIN CELL [102]
- IUCRJ [93]
- VIRUSES [89]
- ISCIENCE [83]
- NEURON [83]
- LIFE SCI ALLIANCE [82]
- J MED CHEM [81]
- J STRUCT BIOL X [81]
- ADV SCI [80]
- INT J MOL SCI [79]
- PNAS NEXUS [77]
- J CELL BIOL [76]
- COMMUN CHEM [71]
- VITA [69]
- RES SQ [68]
- SCI IMMUNOL [64]
- BIOCHEMISTRY [63]
- CURR BIOL [59]
- ACTA NEUROPATHOL [58]
- PLOS ONE [57]
- BIOCHEM BIOPHYS RES COMMUN [52]
- INT J BIOL MACROMOL [52]
- J CLIN INV [52]
- SIGNAL TRANSDUCT TARGET THER [52]
- BIOMOLECULES [51]
- BLOOD [49]
- FEBS J [43]
- NAT CATAL [43]
- ANGEW CHEM INT ED ENGL [39]
- ACS NANO [38]
- DEV CELL [38]
- CELL REP METHODS [36]
- PLANT CELL [34]
- EBIOMEDICINE [32]
- FRONT MOL BIOSCI [31]
- MOL PLANT [31]
- ACTA CRYSTALLOGR F STRUCT BIOL COMMUN [30]
- PLANT COMMUN. [30]
- CELL DEATH DIFFER. [29]
- CELL REP MED [29]
- NAT CHEM [29]
- NAT NANOTECHNOL [29]
- NAT IMMUNOL [28]
- BIOCHIM BIOPHYS ACTA BIOENERG [26]
- ACTA PHARMACOL.SIN. [25]
- FRONT IMMUNOL [25]
- NAT CELL BIOL [25]
- ACS CENT SCI [24]
- CELL CHEM BIOL [24]
- FEBS LETT [24]
- J.MOL.CELL.CARDIOL. [23]
- HLIFE [22]
- J EXP MED [22]
- NANO LETTERS [22]
- NAT NEUROSCI [22]
- RNA [21]
- SCI SIGNAL [21]
- ACS CHEM BIOL [20]
- NPJ VIRUSES [20]
- J.THROMB.HAEMOST. [19]
- NAT BIOMED ENG [19]
- NATL SCI REV [18]
Software
- CRYOSPARC [14899]
- RELION [10095]
- CTFFIND [1780]
- GCTF [830]
- WARP [548]
- COOT [358]
- PHENIX [285]
- UCSF CHIMERAX [278]
- CISTEM [269]
- DYNAMO [249]
- FREALIGN [182]
- IMOD [151]
- CRYOLO [141]
- UCSF CHIMERA [123]
- PYTOM [99]
- EMAN2 [93]
- JSPR [80]
- EMCLARITY [69]
- PEET [65]
- SPHIRE [63]
- NOVASTA [55]
- STOPGAP [51]
- M [49]
- NOVACTF [49]
- CRYODRGN [39]
- ISOLDE [38]
- MATLAB [36]
- SIMPLE [31]
- SUBTOM [25]
- APPION [22]
- EMAN [22]
- I3 [21]
- XMIPP [21]
- SCIPION [20]
- CTFTILT [19]
- MOTIONCORR2 [15]
- EMREADY [13]
- TOPAZ [12]
- FOCUS [10]
- SPIDER [10]
- TOM [9]
- AV3 [8]
- EMIRA [8]
- BSOFT [7]
- FREALIX [7]
- CTFFIND3 [6]
- CTFPHASEFLIP [6]
- EPU [6]
- ARETOMO [5]
- SERVALCAT [5]
- SPARX [5]
- SPRING [5]
- CCP4 PACKAGE [4]
- CRYOS [4]
- CRYO [3]
- DEEPEMHANCER [3]
- J3DR [3]
- JALIGN [3]
- MPSA [3]
- NAMD [3]
- PROTOMO [3]
- SERIALEM [3]
- TOM TOOLBOX [3]
- TOMOALIGN [3]
- AMIRAFPM [2]
- CRY [2]
- CTFFIND4 [2]
- IMAGIC [2]
- SUPER-SAMPLING SART [2]
- ACE [1]
- CFTFIND [1]
- COW [1]
- CRYODRGN2 [1]
- CRYOSMART [1]
- CRYOSP [1]
- CRYOSPA [1]
- CRYOSPAR [1]
- GAUTOMATCH [1]
- IHRSR [1]
- LEGINON [1]
- MATLAB SCRIPTS [1]
- MDFF [1]
- PYTO [1]
- REFMAC [1]
- RELION2 [1]
- RSREF [1]
- TOMOMAN [1]
Microscope
- FEI TITAN KRIOS [19566]
- TFS KRIOS [14095]
- FEI TALOS ARCTICA [2293]
- TFS GLACIOS [1822]
- JEOL CRYO ARM 300 [668]
- FEI POLARA 300 [355]
- FEI TECNAI F30 [345]
- FEI TECNAI SPIRIT [312]
- FEI TITAN [312]
- FEI TECNAI ARCTICA [211]
- FEI TECNAI F20 [206]
- TFS TALOS [182]
- FEI TECNAI 20 [106]
- JEOL CRYO ARM 200 [78]
- TFS TALOS L120C [74]
- JEOL 2100F [51]
- FEI/PHILIPS EM420 [46]
- FEI MORGAGNI [42]
- TFS TITAN THEMIS [42]
- FEI TECNAI 12 [37]
- TFS TALOS F200C [34]
- JEOL 3200FSC [31]
- FEI/PHILIPS CM300FEG/T [23]
- TFS TUNDRA [20]
- JEOL 1400/HR YPS FEG [11]
- JEOL 2200FS [10]
- FEI TECNAI 10 [9]
- SHUIMU TOTEM 300S [8]
- FEI/PHILIPS CM300FEG/HE [6]
- JEOL 2100 [6]
- JEOL 2200FSC [4]
- FEI TECNAI SPHERA [3]
- JEOL 1400 [3]
- FEI/PHILIPS CM10 [2]
- JEOL 3000SFF [2]
- FEI/PHILIPS CM300FEG/ST [1]
- JEOL 1230 [1]
- JEOL 2010F [1]
- JEOL 3200FS [1]
Electron Source
- FIELD EMISSION GUN [40287]
- LAB6 [450]
- OTHER [251]
- TUNGSTEN HAIRPIN [16]
Film or detector model
- GATAN K3 6K X 4K [12932]
- GATAN K3 BIOQUANTUM 6K X 4K [9941]
- FEI FALCON IV 4K X 4K [5668]
- GATAN K2 SUMMIT 4K X 4K [5459]
- FEI FALCON III 4K X 4K [2073]
- TFS FALCON 4I 4K X 4K [1510]
- GATAN K2 QUANTUM 4K X 4K [1150]
- GATAN K3 BIOCONTINUUM 6K X 4K [673]
- FEI FALCON II 4K X 4K [380]
- FEI EAGLE 4K X 4K [263]
- TVIPS TEMCAM-F416 4K X 4K [223]
- OTHER [192]
- FEI CETA 4K X 4K [172]
- GATAN K2 BASE 4K X 4K [134]
- FEI FALCON I 4K X 4K [56]
- GATAN ULTRASCAN 4000 4K X 4K [49]
- DIRECT ELECTRON APOLLO 4K X 4K [36]
- DIRECT ELECTRON DE-64 8K X 8K [30]
- GATAN K2 IS 4K X 4K [28]
- DIRECT ELECTRON DE-20 5K X 3K [21]
- DIRECT ELECTRON DE-10 5K X 4K [20]
- DIRECT ELECTRON DE-16 4K X 4K [17]
- DECTRIS SINGLA 1K X 1K [12]
- GATAN ULTRASCAN 1000 2K X 2K [10]
- TVIPS TEMCAM-F216 2K X 2K [8]
- DECTRIS ELA 1K X 0.5K [6]
- TVIPS TEMCAM-F816 8K X 8K [6]
- DIRECT ELECTRON DE-12 4K X 3K [5]
- GATAN ALPINE 2.3K X 3.2K [5]
- FEI EAGLE 2K X 2K [4]
- DECTRIS ARINA 0.2K X 0.2K [1]
- GATAN K2 4K X 4K [1]
- GATAN MULTISCAN [1]
- GATAN ORIUS SC1000 4K X 2.7K [1]
- GATAN ORIUS SC200 2K X 2K [1]
- GATAN ORIUS SC600 2.7K X 2.7K [1]
- GATAN ULTRASCAN 10000 10K X 10K [1]
- KODAK SO-163 FILM [1]
External links
- PDB [39149]
- UniProt [25464]
- PDBe-Kb [23389]
- AlphaFold DB [22944]
- InterPro [19271]
- Gene Ontology [18954]
- Pfam [17743]
- ChEBI [14650]
- ChEMBL [13133]
- DrugBank [11773]
- Complex Portal [7066]
- EMPIAR [4251]
- SCOP2 [206]
- CATH [101]
CryoEM
Release date: Aug. 19, 2026
Resolution: 3.32 Å
EM Method: Single-particle
Resolution: 3.32 Å
EM Method: Single-particle
Cheng J, Cale EM, Longo N, Sutton MS, Lei H, Huang R, Morton AJ, Lang ZC, Morano NC, Roark RS, Becker JE, Tsybovsky Y, Li N, Zhang B, Du H, Rubin S, Shapiro L, Kanekiyo M, Pierson TC, Doria-Rose NA, Kwong PD, Zhou T
To Be Published
CryoEM
Release date: Aug. 19, 2026
Resolution: 3.75 Å
EM Method: Single-particle
Resolution: 3.75 Å
EM Method: Single-particle
Cheng J, Cale EM, Longo N, Sutton MS, Lei H, Huang R, Morton AJ, Lang ZC, Morano NC, Roark RS, Becker JE, Tsybovsky Y, Li N, Zhang B, Du H, Rubin S, Shapiro L, Kanekiyo M, Pierson TC, Doria-Rose NA, Kwong PD, Zhou T
To Be Published
Consensus map
CryoEM
Release date: Aug. 19, 2026
Resolution: 3.59 Å
EM Method: Single-particle
Resolution: 3.59 Å
EM Method: Single-particle
Cheng J, Cale EM, Longo N, Sutton MS, Lei H, Huang R, Morton AJ, Lang ZC, Morano NC, Roark RS, Becker JE, Tsybovsky Y, Li N, Zhang B, Du H, Rubin S, Shapiro L, Pierson TC, Doria-Rose NA, Zhou T, Kwong PD
To Be Published
CryoEM
Q-score:
0.191
Similar entry percentile: 70%
Similar entry percentile: 70%
Upadhye VV, Lee JF, Ercanli N, Ricana C, Hinsley AC, Obr M, Autin L, Schur FKM, Aguilar HC, Dick RA
bioRxiv (2026) [ Pubmed: 42523209 DOI: doi:10.64898/2026.07.16.738223 ]
CryoEM
Q-score:
0.483
Similar entry percentile: 59%
Similar entry percentile: 59%
Andries J, Toul M, Felix J, Clancy DM, Savvides SN
To Be Published
CryoEM
Q-score:
0.571
Similar entry percentile: 80%
Similar entry percentile: 80%
Bohn S, Lo YK, Lambertz J, Meier-Credo J, Furtges T, Liauw P, Gasper-Schonenbrucher R, Wiens D, Langer JD, Hochberg G, Hofmann E, Rudack T, Nowaczyk MM, Schuller JM
To Be Published
CryoEM
Q-score:
0.538
Similar entry percentile: 69%
Similar entry percentile: 69%
Bohn S, Lo YK, Lambertz J, Meier-Credo J, Furtges T, Liauw P, Gasper-Schonenbrucher R, Wiens D, Langer JD, Hochberg G, Hofmann E, Rudack T, Nowaczyk MM, Schuller JM
To Be Published
CryoEM
Q-score:
0.656
Similar entry percentile: 80%
Similar entry percentile: 80%
Altuna-Alvarez J, Zabala-Zearreta M, Albesa-Jove D
To Be Published
CryoEM
Release date: Aug. 19, 2026
Resolution: 4.2 Å
EM Method: Single-particle
Resolution: 4.2 Å
EM Method: Single-particle
Klose CJ, Prabu JR, Fenech EJ, Braeuning B, Baydar I, Steigenberger S, von Gronau S, Arad S, Langlois C, Schuldiner M, Schulman BA, Feige MJ
To Be Published
CryoEM
Release date: Aug. 19, 2026
Resolution: 3.46 Å
EM Method: Single-particle
Resolution: 3.46 Å
EM Method: Single-particle
Rutter ZJ, Cowan AD, McAulay K, Ciulli A
To Be Published
Filter By
Current Database
- EMDB [41004]
Current status
- REL [41004]
Sample type
- Complex [36041]
- Protein [28778]
- Ligand [17066]
- RNA [3765]
- DNA [2749]
- Cellular component [2153]
- Virus [1952]
- Cell [905]
- Tissue [281]
- Other [164]
Organism
- Homo sapiens [16556]
- Mus musculus [2855]
- Synthetic construct [2576]
- Escherichia coli [2273]
- Severe acute respiratory syndrome coronavirus [1747]
- Saccharomyces cerevisiae [1577]
- Rattus norvegicus [899]
- Escherichia coli [883]
- Oryctolagus cuniculus [796]
- Human immunodeficiency virus 1 [703]
- Bos taurus [695]
- Sus scrofa [665]
- Lama glama [562]
- Arabidopsis thaliana [504]
- Xenopus laevis [446]
- Saccharomyces cerevisiae [411]
- Macaca mulatta [320]
- Influenza a virus [302]
- Drosophila melanogaster [257]
- Mycolicibacterium smegmatis [210]
- Mycobacterium tuberculosis [185]
- Chlamydomonas reinhardtii [184]
- Bacillus subtilis [181]
- Vicugna pacos [167]
- Escherichia coli [157]
- Gallus gallus [155]
- Pseudomonas aeruginosa [144]
- Caenorhabditis elegans [139]
- Saccharomyces cerevisiae [136]
- Tetrahymena thermophila [134]
- Staphylococcus aureus [133]
- Thermus thermophilus [129]
- Geobacillus stearothermophilus [126]
- Leishmania tarentolae [125]
- Mycobacterium tuberculosis [121]
- Chaetomium thermophilum [119]
- Bacillus sp. (strain ps3) [107]
- Chaetomium thermophilum [105]
- Plasmodium falciparum [105]
- Synechocystis sp. pcc 6803 [98]
- Aequorea victoria [97]
- Danio rerio [94]
- Severe acute respiratory syndrome coronavirus [90]
- Bacillus subtilis [89]
- Streptococcus pyogenes [88]
- Mycolicibacterium smegmatis [88]
- Mycoplasma pneumoniae [88]
- Trypanosoma brucei [86]
- Vibrio cholerae [82]
- Enterobacteria phage t4 [79]
- Ovis aries [75]
- African swine fever virus [74]
- Monkeypox virus [72]
- Pseudomonas aeruginosa [72]
- Escherichia coli [66]
- Enterobacteria phage t4 [62]
- Plasmodium falciparum [62]
- Macaca fascicularis [61]
- Dna molecule [60]
- Eastern equine encephalitis virus [59]
- Salmonella enterica [59]
- Enterovirus d [58]
- Human herpesvirus 1 [57]
- Schizosaccharomyces pombe [57]
- Escherichia phage lambda [56]
- (no species) [55]
- Amanita phalloides [54]
- Lassa mammarenavirus [52]
- Clostridioides difficile [52]
- Klebsiella pneumoniae [50]
- Oryza sativa [49]
- Schizosaccharomyces pombe [49]
- Flavobacterium johnsoniae [49]
- Salmonella enterica [49]
- Human coronavirus hku1 [48]
- Dictyostelium discoideum [48]
- Human cytomegalovirus [47]
- Hepatitis b virus [47]
- Middle east respiratory syndrome-related coronavirus [47]
- Clostridium botulinum [47]
- Cricetulus griseus [46]
- (no species) [46]
- Aquifex aeolicus [46]
- Spinacia oleracea [46]
- Escherichia virus t7 [44]
- Chikungunya virus [44]
- Trichomonas vaginalis [44]
- Escherichia coli [44]
- Saccharolobus solfataricus [43]
- Euglena gracilis [43]
- Neurospora crassa [43]
- Trypanosoma brucei [43]
- Human immunodeficiency virus 1 [43]
- Adeno-associated virus [42]
- Thermotoga maritima [41]
- Nipah virus [41]
- Polytomella sp. pringsheim 198.80 [40]
- Potato virus y [39]
- Saccharomyces cerevisiae [39]
- Thermoplasma acidophilum [38]
EM Method
- Single-particle [37148]
- Subtomogram averaging [1944]
- Helical reconstruction [1908]
- Tomography [4]
Resolution
- < 2Å [393]
- ≥ 2Å and < 3Å [11111]
- ≥ 3Å and < 4Å [19478]
- ≥ 4Å and < 5Å [3867]
- ≥ 5Å and < 6Å [936]
- ≥ 6Å and < 8Å [1767]
- ≥ 8Å and < 12Å [1174]
- ≥ 12Å and < 16Å [419]
- ≥ 16Å and < 20Å [357]
- ≥ 20Å and < 30Å [1029]
- ≥ 30Å [464]
Model molecular weight
- 0-50 kDa [560]
- 50-100 kDa [2024]
- 100-250 kDa [8720]
- 250-500 kDa [6346]
- 500-1000 kDa [3279]
- 1-2 MDa [1436]
- 2-5 MDa [1434]
- 5-10 MDa [321]
- > 10 MDa [235]
Release Date
- 2026 [7531]
- 2025 [10675]
- 2024 [8624]
- 2023 [6745]
- 2022 [3367]
- 2021 [1615]
- 2020 [1233]
- 2019 [617]
- 2018 [333]
- 2017 [145]
- 2016 [119]
Author by name
- Zhang Y [1363]
- Wang Y [1325]
- Liu Y [1131]
- Zhang X [1103]
- Wang X [1087]
- Ward AB [1083]
- Li Y [1040]
- Wang J [951]
- Zhang Z [891]
- Li X [859]
- Li Z [805]
- Li J [779]
- Li S [722]
- Chen Y [712]
- Wang L [674]
- Gao Y [657]
- Zhang L [621]
- Liu S [614]
- Zhang J [611]
- Wang H [600]
- Zhang S [598]
- Li H [597]
- Liu J [583]
- Chen X [566]
- Liu L [528]
- Wang C [523]
- Liu Z [514]
- Zhang H [513]
- Li D [507]
- Chen Z [506]
- Zhu Y [505]
- Yang Y [492]
- Liu C [468]
- Wang Q [462]
- Liu H [460]
- Liu X [447]
- Wu C [442]
- Zhang K [442]
- Xu Y [436]
- Shi Y [435]
- Chen J [423]
- Yang X [413]
- Zhang P [410]
- Wang Z [408]
- Jiang Y [401]
- Zhao Y [393]
- Han J [380]
- Wang S [372]
- Kotecha A [371]
- Chen L [367]
- Huang Y [363]
- Zhou J [354]
- Li W [350]
- Zhang W [345]
- Zhao J [343]
- Ozorowski G [341]
- Xu J [340]
- Cheng J [337]
- Zhou ZH [332]
- Yuan Q [327]
- Li L [325]
- Zhou L [325]
- Zhang R [324]
- Hu Y [323]
- Kwong PD [320]
- Wang W [320]
- Wu J [320]
- Liu B [318]
- Wang M [317]
- Cramer P [313]
- Brown A [312]
- Wang P [312]
- Chen H [310]
- Xu C [307]
- Zhang B [306]
- Sun Y [305]
- Li M [303]
- Nureki O [299]
- Yang F [299]
- Zhao X [299]
- Lee J [297]
- Beckmann R [294]
- Huang J [294]
- Lyumkis D [293]
- Klinge S [291]
- Yu X [287]
- Wu Y [286]
- Zhou Y [282]
- Cheng Y [279]
- Wu M [279]
- Yang Z [279]
- Zhang Q [279]
- Li T [276]
- Zhang C [272]
- Zhang M [272]
- Lu Y [271]
- Wang D [271]
- He J [269]
- Huang X [269]
- Wilson IA [269]
Author by ORCID
- Ward AB [625]
- Brown A [311]
- Kotecha A [305]
- Zhou ZH [282]
- Klinge S [275]
- Lyumkis D [259]
- Kwong PD [249]
- Cottrell CA [246]
- Cheng Y [220]
- Skiniotis G [215]
- Beckmann R [212]
- Amunts A [208]
- Zhang P [207]
- Kobilka BK [206]
- Nureki O [200]
- Torres JL [198]
- Hummer G [194]
- Ozorowski G [193]
- Papasergi-scott MM [190]
- Scheres SHW [188]
- Crispin M [188]
- Gao Y [186]
- Schulman BA [184]
- Rubinstein JL [180]
- He F [179]
- Kanekiyo M [178]
- Gmeiner P [175]
- Zeng J [173]
- Xu HE [171]
- Cramer P [166]
- Raunser S [165]
- Hilger D [162]
- Baker D [162]
- Panova O [162]
- Williamson JR [162]
- Batebi H [160]
- Perez-hernandez G [160]
- Hildebrand PW [160]
- Allen JD [159]
- Kishikawa JI [157]
- Vanden Broeck A [156]
- Itoh Y [155]
- Han J [154]
- Gao GF [153]
- Goedert M [148]
- King NP [147]
- Denk T [140]
- Welsch S [140]
- Yamashita K [139]
- Greber BJ [137]
- Thoms M [136]
- Rappsilber J [134]
- Mclellan JS [134]
- Burton DR [133]
- Schief WR [133]
- Doran MH [131]
- Zhang R [131]
- Wilson IA [130]
- Beneke T [129]
- Wang CH [129]
- Hirst J [128]
- Miotto MC [128]
- Perrett HR [128]
- Crotty S [128]
- Yokoyama K [128]
- Park YJ [127]
- Xiong X [125]
- Irvine DJ [125]
- Lander GC [124]
- Mahamid J [122]
- Wheeler RJ [122]
- Gluenz E [122]
- Fochler S [122]
- Crowe Jr Je [121]
- Fuzik T [121]
- Plevka P [121]
- Zhang K [119]
- Leung MR [119]
- Chiu W [119]
- Liu J [119]
- Edwards RJ [119]
- Niu Q [118]
- Venugopal H [117]
- Hurt E [117]
- Xia X [116]
- Veesler D [116]
- Beck M [115]
- Ho MC [113]
- Zhang K [113]
- Spahn CMT [112]
- Novacek J [112]
- Carnathan DG [112]
- Huang W [110]
- Cheng J [110]
- Gui M [109]
- Chai P [109]
- Zhang X [109]
- Lee SY [108]
- Gao N [108]
- Wilson DN [108]
Journal
- NAT COMMUN [8424]
- TO BE PUBLISHED [5109]
- NATURE [3367]
- BIORXIV [2390]
- NAT STRUCT MOL BIOL [2226]
- PNAS [1930]
- SCIENCE [1661]
- SCI ADV [1649]
- CELL [1468]
- MOL CELL [1301]
- NUCLEIC ACIDS RES [932]
- STRUCTURE [860]
- CELL REP [852]
- ELIFE [818]
- EMBO J [541]
- COMMUN BIOL [514]
- NAT CHEM BIOL [445]
- CELL RES [396]
- ACTA CRYSTALLOGR D STRUCT BIOL [382]
- CELL DISCOV [344]
- J BIOL CHEM [309]
- PLOS PATHOG [293]
- NAT MICROBIOL [255]
- J MOL BIOL [246]
- J VIROL [218]
- NAT METHODS [207]
- PROTEIN SCI [185]
- MBIO [177]
- NAT PLANTS [163]
- IMMUNITY [155]
- J AM CHEM SOC [154]
- EMBO REP [134]
- SCI TRANSL MED [122]
- J STRUCT BIOL [120]
- PLOS BIOL [119]
- SCI REP [116]
- NPJ VACCINES [108]
- CELL HOST MICROBE [105]
- PROTEIN CELL [102]
- IUCRJ [93]
- VIRUSES [89]
- ISCIENCE [83]
- NEURON [83]
- LIFE SCI ALLIANCE [82]
- J MED CHEM [81]
- J STRUCT BIOL X [81]
- ADV SCI [80]
- INT J MOL SCI [79]
- PNAS NEXUS [77]
- J CELL BIOL [76]
- COMMUN CHEM [71]
- VITA [69]
- RES SQ [68]
- SCI IMMUNOL [64]
- BIOCHEMISTRY [63]
- CURR BIOL [59]
- ACTA NEUROPATHOL [58]
- PLOS ONE [57]
- BIOCHEM BIOPHYS RES COMMUN [52]
- INT J BIOL MACROMOL [52]
- J CLIN INV [52]
- SIGNAL TRANSDUCT TARGET THER [52]
- BIOMOLECULES [51]
- BLOOD [49]
- FEBS J [43]
- NAT CATAL [43]
- ANGEW CHEM INT ED ENGL [39]
- ACS NANO [38]
- DEV CELL [38]
- CELL REP METHODS [36]
- PLANT CELL [34]
- EBIOMEDICINE [32]
- FRONT MOL BIOSCI [31]
- MOL PLANT [31]
- ACTA CRYSTALLOGR F STRUCT BIOL COMMUN [30]
- PLANT COMMUN. [30]
- CELL DEATH DIFFER. [29]
- CELL REP MED [29]
- NAT CHEM [29]
- NAT NANOTECHNOL [29]
- NAT IMMUNOL [28]
- BIOCHIM BIOPHYS ACTA BIOENERG [26]
- ACTA PHARMACOL.SIN. [25]
- FRONT IMMUNOL [25]
- NAT CELL BIOL [25]
- ACS CENT SCI [24]
- CELL CHEM BIOL [24]
- FEBS LETT [24]
- J.MOL.CELL.CARDIOL. [23]
- HLIFE [22]
- J EXP MED [22]
- NANO LETTERS [22]
- NAT NEUROSCI [22]
- RNA [21]
- SCI SIGNAL [21]
- ACS CHEM BIOL [20]
- NPJ VIRUSES [20]
- J.THROMB.HAEMOST. [19]
- NAT BIOMED ENG [19]
- NATL SCI REV [18]
Software
- CRYOSPARC [14899]
- RELION [10095]
- CTFFIND [1780]
- GCTF [830]
- WARP [548]
- COOT [358]
- PHENIX [285]
- UCSF CHIMERAX [278]
- CISTEM [269]
- DYNAMO [249]
- FREALIGN [182]
- IMOD [151]
- CRYOLO [141]
- UCSF CHIMERA [123]
- PYTOM [99]
- EMAN2 [93]
- JSPR [80]
- EMCLARITY [69]
- PEET [65]
- SPHIRE [63]
- NOVASTA [55]
- STOPGAP [51]
- M [49]
- NOVACTF [49]
- CRYODRGN [39]
- ISOLDE [38]
- MATLAB [36]
- SIMPLE [31]
- SUBTOM [25]
- APPION [22]
- EMAN [22]
- I3 [21]
- XMIPP [21]
- SCIPION [20]
- CTFTILT [19]
- MOTIONCORR2 [15]
- EMREADY [13]
- TOPAZ [12]
- FOCUS [10]
- SPIDER [10]
- TOM [9]
- AV3 [8]
- EMIRA [8]
- BSOFT [7]
- FREALIX [7]
- CTFFIND3 [6]
- CTFPHASEFLIP [6]
- EPU [6]
- ARETOMO [5]
- SERVALCAT [5]
- SPARX [5]
- SPRING [5]
- CCP4 PACKAGE [4]
- CRYOS [4]
- CRYO [3]
- DEEPEMHANCER [3]
- J3DR [3]
- JALIGN [3]
- MPSA [3]
- NAMD [3]
- PROTOMO [3]
- SERIALEM [3]
- TOM TOOLBOX [3]
- TOMOALIGN [3]
- AMIRAFPM [2]
- CRY [2]
- CTFFIND4 [2]
- IMAGIC [2]
- SUPER-SAMPLING SART [2]
- ACE [1]
- CFTFIND [1]
- COW [1]
- CRYODRGN2 [1]
- CRYOSMART [1]
- CRYOSP [1]
- CRYOSPA [1]
- CRYOSPAR [1]
- GAUTOMATCH [1]
- IHRSR [1]
- LEGINON [1]
- MATLAB SCRIPTS [1]
- MDFF [1]
- PYTO [1]
- REFMAC [1]
- RELION2 [1]
- RSREF [1]
- TOMOMAN [1]
Microscope
- FEI TITAN KRIOS [19566]
- TFS KRIOS [14095]
- FEI TALOS ARCTICA [2293]
- TFS GLACIOS [1822]
- JEOL CRYO ARM 300 [668]
- FEI POLARA 300 [355]
- FEI TECNAI F30 [345]
- FEI TECNAI SPIRIT [312]
- FEI TITAN [312]
- FEI TECNAI ARCTICA [211]
- FEI TECNAI F20 [206]
- TFS TALOS [182]
- FEI TECNAI 20 [106]
- JEOL CRYO ARM 200 [78]
- TFS TALOS L120C [74]
- JEOL 2100F [51]
- FEI/PHILIPS EM420 [46]
- FEI MORGAGNI [42]
- TFS TITAN THEMIS [42]
- FEI TECNAI 12 [37]
- TFS TALOS F200C [34]
- JEOL 3200FSC [31]
- FEI/PHILIPS CM300FEG/T [23]
- TFS TUNDRA [20]
- JEOL 1400/HR YPS FEG [11]
- JEOL 2200FS [10]
- FEI TECNAI 10 [9]
- SHUIMU TOTEM 300S [8]
- FEI/PHILIPS CM300FEG/HE [6]
- JEOL 2100 [6]
- JEOL 2200FSC [4]
- FEI TECNAI SPHERA [3]
- JEOL 1400 [3]
- FEI/PHILIPS CM10 [2]
- JEOL 3000SFF [2]
- FEI/PHILIPS CM300FEG/ST [1]
- JEOL 1230 [1]
- JEOL 2010F [1]
- JEOL 3200FS [1]
Electron Source
- FIELD EMISSION GUN [40287]
- LAB6 [450]
- OTHER [251]
- TUNGSTEN HAIRPIN [16]
Film or detector model
- GATAN K3 6K X 4K [12932]
- GATAN K3 BIOQUANTUM 6K X 4K [9941]
- FEI FALCON IV 4K X 4K [5668]
- GATAN K2 SUMMIT 4K X 4K [5459]
- FEI FALCON III 4K X 4K [2073]
- TFS FALCON 4I 4K X 4K [1510]
- GATAN K2 QUANTUM 4K X 4K [1150]
- GATAN K3 BIOCONTINUUM 6K X 4K [673]
- FEI FALCON II 4K X 4K [380]
- FEI EAGLE 4K X 4K [263]
- TVIPS TEMCAM-F416 4K X 4K [223]
- OTHER [192]
- FEI CETA 4K X 4K [172]
- GATAN K2 BASE 4K X 4K [134]
- FEI FALCON I 4K X 4K [56]
- GATAN ULTRASCAN 4000 4K X 4K [49]
- DIRECT ELECTRON APOLLO 4K X 4K [36]
- DIRECT ELECTRON DE-64 8K X 8K [30]
- GATAN K2 IS 4K X 4K [28]
- DIRECT ELECTRON DE-20 5K X 3K [21]
- DIRECT ELECTRON DE-10 5K X 4K [20]
- DIRECT ELECTRON DE-16 4K X 4K [17]
- DECTRIS SINGLA 1K X 1K [12]
- GATAN ULTRASCAN 1000 2K X 2K [10]
- TVIPS TEMCAM-F216 2K X 2K [8]
- DECTRIS ELA 1K X 0.5K [6]
- TVIPS TEMCAM-F816 8K X 8K [6]
- DIRECT ELECTRON DE-12 4K X 3K [5]
- GATAN ALPINE 2.3K X 3.2K [5]
- FEI EAGLE 2K X 2K [4]
- DECTRIS ARINA 0.2K X 0.2K [1]
- GATAN K2 4K X 4K [1]
- GATAN MULTISCAN [1]
- GATAN ORIUS SC1000 4K X 2.7K [1]
- GATAN ORIUS SC200 2K X 2K [1]
- GATAN ORIUS SC600 2.7K X 2.7K [1]
- GATAN ULTRASCAN 10000 10K X 10K [1]
- KODAK SO-163 FILM [1]
External links
- PDB [39149]
- UniProt [25464]
- PDBe-Kb [23389]
- AlphaFold DB [22944]
- InterPro [19271]
- Gene Ontology [18954]
- Pfam [17743]
- ChEBI [14650]
- ChEMBL [13133]
- DrugBank [11773]
- Complex Portal [7066]
- EMPIAR [4251]
- SCOP2 [206]
- CATH [101]