Electron Microscopy Data Bank

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Current Database

Current status

Sample type

Organism

Homo sapiens [66]
Severe acute respiratory syndrome coronavirus [32]
Saccharomyces cerevisiae [23]
Synthetic construct [17]
Caenorhabditis elegans [9]
Sus scrofa [8]
Human immunodeficiency virus 1 [7]
Danio rerio [6]
Xenopus laevis [6]
Oryctolagus cuniculus [6]
Mus musculus [5]
Influenza a virus [5]
Human immunodeficiency virus 2 [5]
Macaca mulatta [4]
Deltainfluenzavirus influenzae [3]
Chlamydomonas reinhardtii [3]
Encephalitozoon intestinalis [3]
Monkeypox virus [2]
Middle east respiratory syndrome-related coronavirus [2]
Sporosarcina pasteurii [2]
Candidatus amoebophilus asiaticus [2]
Drosophila melanogaster [2]
Human herpesvirus 3 [1]
Human cytomegalovirus [1]
Salmonella phage p22 [1]
Escherichia phage phix174 [1]
Bombus ignitus [1]
Human metapneumovirus [1]
Mycobacterium tuberculosis [1]
Pseudo-nitzschia sp. [1]
Pseudomonas phage 201phi2-1 [1]
Chaetomium thermophilum [1]
Lethocerus indicus [1]
Singapore grouper iridovirus [1]
Schizosaccharomyces pombe [1]
Shigella phage sf6 [1]
Ephydatia fluviatilis [1]
Methanospirillum hungatei [1]
Varicellovirus suidalpha1 [1]
Primate t-lymphotropic virus 1 [1]
Plasmodium falciparum [1]
African horse sickness virus [1]
Dictyostelium discoideum [1]
Toxoplasma gondii [1]
Enterobacteria phage l [1]
Escherichia coli [1]
Halogeometricum borinquense [1]
Streptomyces venezuelae [1]
Saccharomyces cerevisiae [1]
Escherichia coli [1]
Plasmodium falciparum [1]
Mayaro virus [1]
Chaetomium thermophilum [1]
Mycobacterium tuberculosis [1]
Canis lupus [1]
Sus scrofa [1]
Lama glama [1]

EM Method

Resolution

Model molecular weight

Release Date

Author by name

Acharya P [35]
Edwards RJ [35]
Haynes BF [35]
Mansouri K [35]
Parks R [35]
Lu X [34]
Manne K [34]
Alam SM [31]
Barr M [31]
Cain DW [31]
Denny TN [31]
Hernandez GE [31]
Lewis MG [31]
Li D [31]
Montefiori DC [31]
Moody MA [31]
Saunders KO [31]
Tilahun K [31]
Wang Y [31]
Wiehe K [31]
Gobeil SMC [30]
Janowska K [30]
Stalls V [30]
Deyton M [29]
Sempowski GD [29]
Kwong PD [28]
Kopp M [27]
Mascola JR [27]
Andersen H [26]
Baric RS [26]
Bock KW [26]
Cai F [26]
Caradonna TM [26]
Cronin K [26]
Demarco CT [26]
Feldman J [26]
Foulger A [26]
Gee-lai V [26]
Graham BS [26]
Hauser BM [26]
Jiang C [26]
Lee E [26]
Macintyre AN [26]
Martinez DR [26]
Mcdanal C [26]
Minai M [26]
Moore IN [26]
Nagata BM [26]
Perez LG [26]
Petzold EW [26]
Rountree W [26]
Sanzone A [26]
Schafer A [26]
Schmidt AG [26]
Scobey TD [26]
Seder R [26]
Stover E [26]
Sutherland LL [26]
Teng IT [26]
Tse LV [26]
Von Holle T [26]
Woods CW [26]
Zhou T [26]
Bagde SR [21]
Fromme JC [21]
Heumann JM [14]
Li Y [14]
Bousquet C [13]
Chretien D [13]
Duchesne L [13]
Gaillard N [13]
Gibeaux R [13]
Guilloux G [13]
Guyomar C [13]
Heichette C [13]
Ku S [13]
Steinmetz MO [13]
Cook BD [12]
Herzik MA [12]
Narehood SM [12]
Baker D [10]
Courbet A [10]
Hsia Y [10]
Park YJ [10]
Veesler D [10]
Vulovic I [10]
Cai S [9]
Chen JK [8]
Gan L [8]
Rahmani H [8]
Shi J [8]
Zhang J [8]
Bhabha G [7]
Burslem GM [7]
Chang Y-W [7]
Chang YW [7]
Ferretti MB [7]
Gong Y [7]
Grotjahn DA [7]
Kortagere S [7]

Author by ORCID

Mansouri K [32]
Edwards RJ [32]
Tilahun K [31]
Kwong PD [28]
Gobeil SMC [27]
Caradonna TM [26]
Tse LV [26]
Bock KW [26]
Hauser BM [26]
Macintyre AN [26]
Sempowski GD [26]
Bagde SR [21]
Fromme JC [21]
Gibeaux R [13]
Steinmetz MO [13]
Chretien D [13]
Bousquet C [13]
Hsia Y [10]
Baker D [10]
Park YJ [10]
Cai S [8]
Xu X [7]
Li F [7]
Liu T [7]
Lynch KW [7]
Ng CT [7]
Peng R [7]
Burslem GM [7]
Ruan W [7]
Kortagere S [7]
Chen JK [7]
Surana U [7]
Gan L [7]
Rahmani H [7]
Chang YW [7]
Ferretti MB [7]
Shi J [7]
Marmorstein R [7]
Grotjahn DA [6]
Herzik MA [6]
Narehood SM [6]
Kikkawa M [6]
Weaver SJ [6]
Enos SE [6]
Sahtoe DD [6]
Acharya P [6]
Norris A [6]
White R [6]
Bachochin MJ [6]
Kuwabara PE [6]
Fallas JA [6]
Knapp-wilson A [6]
Buzzard E [6]
Daum B [6]
Collinson I [6]
Sahasrabuddhe A [6]
Busch F [6]
Kuschnerus IC [6]
Cook BD [6]
Mclaren M [6]
Gold VAM [6]
Yamaguchi H [6]
Morikawa M [6]
Ueda G [6]
Wysocki VH [6]
Courbet A [6]
Jensen GJ [6]
Merten H [6]
Langan RA [6]
Yao Q [6]
Pluckthun A [6]
Vulovic I [6]
Zhang D [6]
Li Y [6]
Redford TH [6]
Dukakis P [6]
Ji D [6]
Rountree RW [5]
Hernandez GE [5]
Saunders KO [5]
Lewis MG [5]
Wiehe K [5]
Zhong FL [5]
Mildenberg B [5]
Wu B [5]
Shaw GM [5]
Lu X [5]
Williams WB [5]
Wang Y [5]
Moody MA [5]
Reversade B [5]
Eater CM [5]
Fox CB [5]
Cain DW [5]
Parks R [5]
Scearce R [5]
Morton G [5]
Manne K [5]
Haynes BF [5]
Santra S [5]

Journal

Software

Microscope

Electron Source

Film or detector model

External links

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Showing 1 - 10 of 211. Page 1 of 22

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EMD-72923

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Cryo-EM structure of L9-L4 in complex with Plasmodium falciparum circumsporozoite protein PfCSP

CryoEM

Release date: Aug. 5, 2026
Resolution: 4.02 Å
EM Method: Single-particle
Fitted PDBs: 9ygg

Q-score: 0.327
Similar entry percentile: 35%

Tripathi P, Kwong PD

To Be Published

EMD-55790

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African Horse Sickness Virus serotype 4 VP2 homotrimer

CryoEM

Release date: July 22, 2026
Resolution: 3.11 Å
EM Method: Single-particle
Fitted PDBs: 9tcc

Q-score: 0.393
Similar entry percentile: 17%

Martinez-Castillo A, Aebischer A, Toneatti P, Fu L, Vitour D, Sailleau C, Hoffmann B, Franzke K, Eschbaumer M, Weber S, Calvo Pinilla E, Ortego J, Gil-Carton D, Breard E, Zientara S, Kortekaas J, Beer M, Abrescia NG

Nat Commun (2026) [ Pubmed: 42401561 DOI: doi:10.1038/s41467-026-75067-9 ]

EMD-56682

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In situ ribosome structure from environmental sample of Pseudo-nitzschia

CryoEM

Release date: April 8, 2026
Resolution: 28.65 Å
EM Method: Subtomogram averaging

Leisch N, Baars S, Beavis T, Bertucci P, Bhickta C, Bonadonna M, Brannon CM, Burgues-Palau L, Cherek P, Chevalier F, Decelle J, Demulder M, Dey G, Dudin O, Duke E, Engel BD, Flaum E, Flori S, Gallet B, Guichard P, Halavatyi A, Hamel V, Jacobovitz M, Juery C, Laporte M, Mattei S, Mikus F, Mocaer K, Moog K, Olivetta M, Pavie M, Pepperkok R, Perez-Boerema A, Planat L, Prakash M, Pyle EW, Rhodes CR, Romero-Brey I, Ronchi P, Rosa H, Ramos AR, Saint-Donat C, Schwab Y, Shah H, Steyer AM, Svetlove A, Toullec G, Vincent F, Wiegand T, Wietrzynski W, Yee D, Zwahlen S

bioRxiv (2026) [ Pubmed: 41889812 DOI: doi:10.64898/2026.02.23.707475 ]

EMD-75903

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Rabbit muscle Aldolase C1 symmetry; subtomogram averaged determined using the SPT Labtech chameleon in the presence of 0x SurfACT

CryoEM

Release date: April 8, 2026
Resolution: 7.36 Å
EM Method: Subtomogram averaging

Enos SE, Cook BD, Rahmani H, Narehood SM, Li Y, Kuschnerus IC, Redford TH, Dukakis P, Ji D, Bachochin MJ, Grotjahn DA, Herzik MA

bioRxiv (2026) [ Pubmed: 41889805 DOI: doi:10.64898/2026.03.17.712260 ]

EMD-75904

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Rabbit muscle Aldolase C1 symmetry; subtomogram averaged determined using the SPT Labtech chameleon in the presence of 0.25x SurfACT

CryoEM

Release date: April 8, 2026
Resolution: 8.8 Å
EM Method: Subtomogram averaging

Enos SE, Cook BD, Rahmani H, Narehood SM, Li Y, Kuschnerus IC, Redford TH, Dukakis P, Ji D, Bachochin MJ, Grotjahn DA, Herzik MA

bioRxiv (2026) [ Pubmed: 41889805 DOI: doi:10.64898/2026.03.17.712260 ]

EMD-75905

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Rabbit muscle Aldolase C1 symmetry; subtomogram averaged; top air-water interface determined using the SPT Labtech chameleon in the presence of 0.25x SurfACT

CryoEM

Release date: April 8, 2026
Resolution: 10.11 Å
EM Method: Subtomogram averaging

Enos SE, Cook BD, Rahmani H, Narehood SM, Li Y, Kuschnerus IC, Redford TH, Dukakis P, Ji D, Bachochin MJ, Grotjahn DA, Herzik MA

bioRxiv (2026) [ Pubmed: 41889805 DOI: doi:10.64898/2026.03.17.712260 ]

EMD-75906

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Rabbit muscle Aldolase C1 symmetry; subtomogram averaged; center ice determined using the SPT Labtech chameleon in the presence of 0.25x SurfACT

CryoEM

Release date: April 8, 2026
Resolution: 10.11 Å
EM Method: Subtomogram averaging

Enos SE, Cook BD, Rahmani H, Narehood SM, Li Y, Kuschnerus IC, Redford TH, Dukakis P, Ji D, Bachochin MJ, Grotjahn DA, Herzik MA

bioRxiv (2026) [ Pubmed: 41889805 DOI: doi:10.64898/2026.03.17.712260 ]

EMD-75907

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Rabbit muscle Aldolase C1 symmetry; subtomogram averaged; bottom air-water interface determined using the SPT Labtech chameleon in the presence of 0.25x SurfACT

CryoEM

Release date: April 8, 2026
Resolution: 10.11 Å
EM Method: Subtomogram averaging

Enos SE, Cook BD, Rahmani H, Narehood SM, Li Y, Kuschnerus IC, Redford TH, Dukakis P, Ji D, Bachochin MJ, Grotjahn DA, Herzik MA

bioRxiv (2026) [ Pubmed: 41889805 DOI: doi:10.64898/2026.03.17.712260 ]

EMD-75908

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Rabbit muscle Aldolase C1 symmetry; subtomogram averaged determined using the SPT Labtech chameleon in the presence of 1x SurfACT

CryoEM

Release date: April 8, 2026
Resolution: 9.01 Å
EM Method: Subtomogram averaging

Enos SE, Cook BD, Rahmani H, Narehood SM, Li Y, Kuschnerus IC, Redford TH, Dukakis P, Ji D, Bachochin MJ, Grotjahn DA, Herzik MA

bioRxiv (2026) [ Pubmed: 41889805 DOI: doi:10.64898/2026.03.17.712260 ]

EMD-49469

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VZV portal cryo-ET reconstruction.

CryoEM

Release date: March 4, 2026
Resolution: 22.9 Å
EM Method: Subtomogram averaging

Oliver SL, Chen M, Engel L, Hecksel CW, Zhou X, Schmid MF, Arvin AM, Chiu W

Nat Commun (2026) 17 [ Pubmed: 41741463 DOI: doi:10.1038/s41467-026-69811-4 ]

Sort by: Download

Showing 1 - 10 of 211. Page 1 of 22

Display:

Statistics

Filter By

Current Database

Current status

Sample type

Organism

Homo sapiens [66]
Severe acute respiratory syndrome coronavirus [32]
Saccharomyces cerevisiae [23]
Synthetic construct [17]
Caenorhabditis elegans [9]
Sus scrofa [8]
Human immunodeficiency virus 1 [7]
Danio rerio [6]
Xenopus laevis [6]
Oryctolagus cuniculus [6]
Mus musculus [5]
Influenza a virus [5]
Human immunodeficiency virus 2 [5]
Macaca mulatta [4]
Deltainfluenzavirus influenzae [3]
Chlamydomonas reinhardtii [3]
Encephalitozoon intestinalis [3]
Monkeypox virus [2]
Middle east respiratory syndrome-related coronavirus [2]
Sporosarcina pasteurii [2]
Candidatus amoebophilus asiaticus [2]
Drosophila melanogaster [2]
Human herpesvirus 3 [1]
Human cytomegalovirus [1]
Salmonella phage p22 [1]
Escherichia phage phix174 [1]
Bombus ignitus [1]
Human metapneumovirus [1]
Mycobacterium tuberculosis [1]
Pseudo-nitzschia sp. [1]
Pseudomonas phage 201phi2-1 [1]
Chaetomium thermophilum [1]
Lethocerus indicus [1]
Singapore grouper iridovirus [1]
Schizosaccharomyces pombe [1]
Shigella phage sf6 [1]
Ephydatia fluviatilis [1]
Methanospirillum hungatei [1]
Varicellovirus suidalpha1 [1]
Primate t-lymphotropic virus 1 [1]
Plasmodium falciparum [1]
African horse sickness virus [1]
Dictyostelium discoideum [1]
Toxoplasma gondii [1]
Enterobacteria phage l [1]
Escherichia coli [1]
Halogeometricum borinquense [1]
Streptomyces venezuelae [1]
Saccharomyces cerevisiae [1]
Escherichia coli [1]
Plasmodium falciparum [1]
Mayaro virus [1]
Chaetomium thermophilum [1]
Mycobacterium tuberculosis [1]
Canis lupus [1]
Sus scrofa [1]
Lama glama [1]

EM Method

Resolution

Model molecular weight

Release Date

Author by name

Acharya P [35]
Edwards RJ [35]
Haynes BF [35]
Mansouri K [35]
Parks R [35]
Lu X [34]
Manne K [34]
Alam SM [31]
Barr M [31]
Cain DW [31]
Denny TN [31]
Hernandez GE [31]
Lewis MG [31]
Li D [31]
Montefiori DC [31]
Moody MA [31]
Saunders KO [31]
Tilahun K [31]
Wang Y [31]
Wiehe K [31]
Gobeil SMC [30]
Janowska K [30]
Stalls V [30]
Deyton M [29]
Sempowski GD [29]
Kwong PD [28]
Kopp M [27]
Mascola JR [27]
Andersen H [26]
Baric RS [26]
Bock KW [26]
Cai F [26]
Caradonna TM [26]
Cronin K [26]
Demarco CT [26]
Feldman J [26]
Foulger A [26]
Gee-lai V [26]
Graham BS [26]
Hauser BM [26]
Jiang C [26]
Lee E [26]
Macintyre AN [26]
Martinez DR [26]
Mcdanal C [26]
Minai M [26]
Moore IN [26]
Nagata BM [26]
Perez LG [26]
Petzold EW [26]
Rountree W [26]
Sanzone A [26]
Schafer A [26]
Schmidt AG [26]
Scobey TD [26]
Seder R [26]
Stover E [26]
Sutherland LL [26]
Teng IT [26]
Tse LV [26]
Von Holle T [26]
Woods CW [26]
Zhou T [26]
Bagde SR [21]
Fromme JC [21]
Heumann JM [14]
Li Y [14]
Bousquet C [13]
Chretien D [13]
Duchesne L [13]
Gaillard N [13]
Gibeaux R [13]
Guilloux G [13]
Guyomar C [13]
Heichette C [13]
Ku S [13]
Steinmetz MO [13]
Cook BD [12]
Herzik MA [12]
Narehood SM [12]
Baker D [10]
Courbet A [10]
Hsia Y [10]
Park YJ [10]
Veesler D [10]
Vulovic I [10]
Cai S [9]
Chen JK [8]
Gan L [8]
Rahmani H [8]
Shi J [8]
Zhang J [8]
Bhabha G [7]
Burslem GM [7]
Chang Y-W [7]
Chang YW [7]
Ferretti MB [7]
Gong Y [7]
Grotjahn DA [7]
Kortagere S [7]

Author by ORCID

Mansouri K [32]
Edwards RJ [32]
Tilahun K [31]
Kwong PD [28]
Gobeil SMC [27]
Caradonna TM [26]
Tse LV [26]
Bock KW [26]
Hauser BM [26]
Macintyre AN [26]
Sempowski GD [26]
Bagde SR [21]
Fromme JC [21]
Gibeaux R [13]
Steinmetz MO [13]
Chretien D [13]
Bousquet C [13]
Hsia Y [10]
Baker D [10]
Park YJ [10]
Cai S [8]
Xu X [7]
Li F [7]
Liu T [7]
Lynch KW [7]
Ng CT [7]
Peng R [7]
Burslem GM [7]
Ruan W [7]
Kortagere S [7]
Chen JK [7]
Surana U [7]
Gan L [7]
Rahmani H [7]
Chang YW [7]
Ferretti MB [7]
Shi J [7]
Marmorstein R [7]
Grotjahn DA [6]
Herzik MA [6]
Narehood SM [6]
Kikkawa M [6]
Weaver SJ [6]
Enos SE [6]
Sahtoe DD [6]
Acharya P [6]
Norris A [6]
White R [6]
Bachochin MJ [6]
Kuwabara PE [6]
Fallas JA [6]
Knapp-wilson A [6]
Buzzard E [6]
Daum B [6]
Collinson I [6]
Sahasrabuddhe A [6]
Busch F [6]
Kuschnerus IC [6]
Cook BD [6]
Mclaren M [6]
Gold VAM [6]
Yamaguchi H [6]
Morikawa M [6]
Ueda G [6]
Wysocki VH [6]
Courbet A [6]
Jensen GJ [6]
Merten H [6]
Langan RA [6]
Yao Q [6]
Pluckthun A [6]
Vulovic I [6]
Zhang D [6]
Li Y [6]
Redford TH [6]
Dukakis P [6]
Ji D [6]
Rountree RW [5]
Hernandez GE [5]
Saunders KO [5]
Lewis MG [5]
Wiehe K [5]
Zhong FL [5]
Mildenberg B [5]
Wu B [5]
Shaw GM [5]
Lu X [5]
Williams WB [5]
Wang Y [5]
Moody MA [5]
Reversade B [5]
Eater CM [5]
Fox CB [5]
Cain DW [5]
Parks R [5]
Scearce R [5]
Morton G [5]
Manne K [5]
Haynes BF [5]
Santra S [5]

Journal

Software

Microscope

Electron Source

Film or detector model

External links