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Filter By

Current Database

  • EMDB [127]

Current status

  • REL [127]

Sample type

  • Complex [105]
  • Protein [89]
  • Ligand [53]
  • RNA [24]
  • DNA [23]
  • Virus [17]
  • Cellular component [3]
  • Cell [2]

Organism

  • Homo sapiens [55]
  • Mus musculus [9]
  • (no species) [6]
  • Rattus norvegicus [6]
  • Paramecium bursaria chlorella virus 1 [6]
  • Staphylococcus aureus [5]
  • Escherichia coli [5]
  • Halothiobacillus neapolitanus [5]
  • Scytonema hofmannii [4]
  • Lachnospiraceae bacterium nd2006 [3]
  • Severe acute respiratory syndrome coronavirus [3]
  • Enquatrovirus n4 [3]
  • Synthetic construct [3]
  • Trypanosoma brucei [3]
  • Trypanosoma brucei [3]
  • Streptococcus pyogenes [2]
  • Bacterium [2]
  • Equus caballus [2]
  • Camelus bactrianus [2]
  • Human herpesvirus 1 [1]
  • Human mastadenovirus f [1]
  • Enterobacteria phage t4 [1]
  • Indiana vesiculovirus [1]
  • Human immunodeficiency virus 1 [1]
  • Hepatitis delta virus [1]
  • Bacillus subtilis [1]
  • Thermanaerosceptrum fracticalcis [1]
  • Acidibacillus sulfuroxidans [1]
  • Litunavirus ab09 [1]
  • Pyrococcus furiosus [1]
  • Deinococcus radiodurans [1]
  • (no species) [1]
  • Dna molecule [1]
  • Streptococcus pyogenes [1]
  • Dictyostelium discoideum [1]
  • Chikungunya virus [1]
  • Bacteriophage sp. [1]
  • Uncultured bdellovibrionales bacterium [1]
  • Linum usitatissimum [1]
  • Rotavirus a [1]
  • Bacillus subtilis [1]
  • Prevotella sp. [1]
  • Tetronarce californica [1]
  • Torpedo marmorata [1]

EM Method

  • Single-particle [98]
  • Subtomogram averaging [20]
  • Helical reconstruction [9]

Resolution

  • < 2Å [2]
  • ≥ 2Å and < 3Å [39]
  • ≥ 3Å and < 4Å [63]
  • ≥ 4Å and < 5Å [12]
  • ≥ 5Å and < 6Å [3]
  • ≥ 6Å and < 8Å [2]
  • ≥ 8Å and < 12Å [5]
  • ≥ 30Å [1]

Model molecular weight

  • 0-50 kDa [4]
  • 50-100 kDa [5]
  • 100-250 kDa [47]
  • 250-500 kDa [9]
  • 500-1000 kDa [10]
  • 1-2 MDa [2]
  • 2-5 MDa [3]
  • 5-10 MDa [3]
  • > 10 MDa [6]

Release Date

  • 2026 [16]
  • 2025 [18]
  • 2024 [23]
  • 2023 [41]
  • 2022 [12]
  • 2021 [10]
  • 2020 [5]
  • 2019 [1]
  • 2018 [1]

Author by name

  • Nureki O [28]
  • Yamashita K [19]
  • Beck M [18]
  • Khusainov I [18]
  • Kreysing JP [18]
  • Welsch S [18]
  • Omura SN [17]
  • Taniguchi R [17]
  • Turonova B [17]
  • Xing H [17]
  • Hirano H [14]
  • Itoh Y [13]
  • Sano FK [10]
  • Nakagawa R [9]
  • Ditommaso T [8]
  • Garrity AJ [8]
  • Liu Y [8]
  • Maben Z [8]
  • Morinaga H [8]
  • Munoz G [8]
  • Nishimasu H [8]
  • Onishi K [8]
  • Ornstein A [8]
  • Hallberg BM [7]
  • Ishiguro S [7]
  • Kobayashi TA [7]
  • Kusakizako T [7]
  • Yachie N [7]
  • Agarkova IV [6]
  • Baradaran R [6]
  • Cais O [6]
  • Cipullo M [6]
  • Dunigan DD [6]
  • Fang Q [6]
  • Gese GV [6]
  • Greger I [6]
  • Greger IH [6]
  • Guo M [6]
  • Hiramoto T [6]
  • Ho H [6]
  • Ivica J [6]
  • Khawaja A [6]
  • Klose T [6]
  • Krieger JM [6]
  • Mori H [6]
  • Noel EA [6]
  • Ohmori T [6]
  • Okazaki S [6]
  • Rorbach J [6]
  • Rossmann MG [6]
  • Shao Q [6]
  • Stockwell I [6]
  • Valentin Gese G [6]
  • Van Etten Jl [6]
  • Wang A [6]
  • Xie L [6]
  • Zhang D [6]
  • Zhao X [6]
  • Alfonse LE [5]
  • Bui HB [5]
  • Cheng DR [5]
  • Fujita H [5]
  • Han BB [5]
  • Hoffman GR [5]
  • Horinaka K [5]
  • Inaba K [5]
  • Inoue M [5]
  • Iwata S [5]
  • Jividen K [5]
  • Kajimoto S [5]
  • Kashiwakura Y [5]
  • Kato Y [5]
  • Kikkawa M [5]
  • Kinoshita K [5]
  • Li J [5]
  • Li JX [5]
  • Li T [5]
  • Liu K [5]
  • Liu LN [5]
  • Nomura N [5]
  • Scott DA [5]
  • Shihoya W [5]
  • Tanaka M [5]
  • Tanaka T [5]
  • Tsai SQ [5]
  • Tsutsumi A [5]
  • Uemura T [5]
  • Wang P [5]
  • Wang S [5]
  • Wang SM [5]
  • Watanabe S [5]
  • Yan WX [5]
  • Zhang J [5]
  • Zhang YZ [5]
  • Basle A [4]
  • Bellis NF [4]
  • Briani F [4]
  • Chriscoli V [4]
  • Cingolani G [4]
  • Enoki S [4]

Author by ORCID

  • Nureki O [22]
  • Khusainov I [18]
  • Kreysing JP [18]
  • Welsch S [18]
  • Beck M [18]
  • Turonova B [17]
  • Xing H [17]
  • Taniguchi R [17]
  • Omura SN [11]
  • Itoh Y [10]
  • Yamashita K [9]
  • Nishimasu H [7]
  • Sano FK [7]
  • Dunigan DD [6]
  • Shao Q [6]
  • Klose T [6]
  • Van Etten Jl [6]
  • Guo M [6]
  • Liu Y [6]
  • Noel EA [6]
  • Fang Q [6]
  • Wang A [6]
  • Zhao X [6]
  • Agarkova IV [6]
  • Ohmori T [5]
  • Ditommaso T [5]
  • Alfonse LE [5]
  • Kikkawa M [5]
  • Inaba K [5]
  • Tsai SQ [5]
  • Watanabe S [5]
  • Zhang YZ [5]
  • Ishiguro S [5]
  • Wang P [5]
  • Nomura N [5]
  • Liu LN [5]
  • Kashiwakura Y [5]
  • Iwata S [5]
  • Hiramoto T [5]
  • Shihoya W [5]
  • Mori H [5]
  • Wang S [5]
  • Li T [5]
  • Li J [5]
  • Onishi K [5]
  • Basle A [4]
  • Kusakizako T [4]
  • Li K [4]
  • Marles-wright J [4]
  • Ng PC [4]
  • Okada Y [4]
  • Kobayashi TA [4]
  • Chriscoli V [4]
  • Tanaka T [3]
  • Lay K [3]
  • Zhong FL [3]
  • Wu B [3]
  • Reversade B [3]
  • Ohwada T [2]
  • Jenni S [2]
  • Harrison SC [2]
  • Nishizawa T [2]
  • Konermann S [2]
  • Kanai Y [2]
  • Shen C [2]
  • Chen L [2]
  • Aoki J [2]
  • Perry NT [2]
  • Rorbach J [2]
  • Hiraizumi M [2]
  • Krey T [2]
  • Briani F [2]
  • Yang Y [2]
  • Hallberg BM [2]
  • Ohgaki R [2]
  • Cingolani G [2]
  • Hsu PD [2]
  • Hansen G [2]
  • Imperi F [1]
  • Lenman A [1]
  • Zheng H [1]
  • Ssebyatika GL [1]
  • Nagata T [1]
  • Law RHP [1]
  • Beran RK [1]
  • Horwitz JA [1]
  • Corbett KD [1]
  • Du X [1]
  • Das I [1]
  • Wang MW [1]
  • Beja O [1]
  • Ni T [1]
  • Li Q [1]
  • Baker D [1]
  • Surewicz WK [1]
  • Zhou Q [1]
  • Katayama K [1]
  • Schulz TF [1]
  • Ueno L [1]
  • Posert R [1]

Journal

  • NAT COMMUN [39]
  • SCIENCE [17]
  • NATURE [15]
  • TO BE PUBLISHED [10]
  • COMMUN BIOL [5]
  • ELIFE [5]
  • PNAS [5]
  • SCI ADV [5]
  • MOL CELL [4]
  • CELL [3]
  • NAT STRUCT MOL BIOL [3]
  • STRUCTURE [3]
  • BIORXIV [2]
  • EXPLORATION (BEIJING) [2]
  • MBIO [2]
  • NANO LETTERS [2]
  • ACTA PHARMACOL.SIN. [1]
  • NAT CHEM BIOL [1]
  • NAT METHODS [1]
  • NAT MICROBIOL [1]
  • NUCLEIC ACIDS RES [1]
  • PLANT PHYSIOL [1]
  • RES SQ [1]

Software

  • CRYOSPARC [32]
  • RELION [27]
  • JSPR [6]
  • CTFFIND [3]
  • GCTF [3]
  • EMAN2 [1]

Microscope

  • FEI TITAN KRIOS [75]
  • TFS KRIOS [42]
  • JEOL CRYO ARM 300 [5]
  • TFS GLACIOS [4]
  • TFS TALOS [1]

Electron Source

  • FIELD EMISSION GUN [124]
  • OTHER [3]

Film or detector model

  • GATAN K3 6K X 4K [45]
  • GATAN K3 BIOQUANTUM 6K X 4K [34]
  • FEI FALCON IV 4K X 4K [25]
  • GATAN K2 SUMMIT 4K X 4K [15]
  • TFS FALCON 4I 4K X 4K [5]
  • GATAN K2 QUANTUM 4K X 4K [2]
  • FEI FALCON III 4K X 4K [1]

External links

  • PDB [89]
  • UniProt [80]
  • PDBe-Kb [71]
  • AlphaFold DB [70]
  • InterPro [67]
  • Gene Ontology [65]
  • Pfam [55]
  • ChEBI [48]
  • DrugBank [46]
  • ChEMBL [40]
  • Complex Portal [16]
  • EMPIAR [14]
  • SCOP2 [2]
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Showing 1 - 10 of 127. Page 1 of 13
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EMD-69297
Download Map
3D View
Cryo-EM structure of the UnCas12m4a-crRNA-tgDNA ternary complex in the TS-cleaving state
CryoEM
Release date: Sept. 2, 2026
Resolution: 2.69 Å
EM Method: Single-particle
Fitted PDBs: 23vu
Q-score: 0.623
Similar entry percentile: 91%

Morinaga H, Omura SN, Alfonse L, Ornstein A, Kobayashi TA, Onishi K, Makarova KS, Shmakov SA, Munoz G, Garrity AJ, DiTommaso T, Koonin EV, Maben Z, Nureki O

To Be Published

EMD-69298
Download Map
3D View
Cryo-EM structure of the UnCas12m4a-crRNA-tgDNA ternary complex in the NTS-cleaving state
CryoEM
Release date: Sept. 2, 2026
Resolution: 2.84 Å
EM Method: Single-particle
Fitted PDBs: 23vv
Q-score: 0.581
Similar entry percentile: 86%

Morinaga H, Omura SN, Alfonse L, Ornstein A, Kobayashi TA, Onishi K, Makarova KS, Shmakov SA, Munoz G, Garrity AJ, DiTommaso T, Koonin EV, Maben Z, Nureki O

To Be Published

EMD-69299
Download Map
3D View
Cryo-EM structure of the TfCas12m3-crRNA-tgDNA ternary complex
CryoEM
Release date: Sept. 2, 2026
Resolution: 2.39 Å
EM Method: Single-particle
Fitted PDBs: 23vw
Q-score: 0.629
Similar entry percentile: 80%

Morinaga H, Omura SN, Alfonse L, Ornstein A, Kobayashi TA, Onishi K, Makarova KS, Shmakov SA, Munoz G, Garrity AJ, DiTommaso T, Koonin EV, Maben Z, Nureki O

To Be Published

EMD-80088
Download Map
3D View
receptor-arrestin
CryoEM
Release date: Aug. 26, 2026
Resolution: 3.2 Å
EM Method: Single-particle
Fitted PDBs: 25gn
Q-score: 0.449
Similar entry percentile: 39%

Zhang ZB, Lin X, Li MR, Pan YR, Kang Q, Xu F, Zhu XJ

Acta Pharmacol.Sin. (2026) [ DOI: doi:10.1038/s41401-026-01902-w Pubmed: 42608530 ]

EMD-72649
Download Map
3D View
Leucine Rich Repeat Kinase 2 bound to GMP-PNP inactive
CryoEM
Release date: Aug. 19, 2026
Resolution: 4.39 Å
EM Method: Single-particle
Fitted PDBs: 9y7a
Q-score: 0.331
Similar entry percentile: 58%

Villagran Suarez A, Hatch KS, Bodrug T, Gai W, Surridge KJ, Moussikhina E, Nguyen KHV, Sanz-Murillo M, Callahan R, Xiong E, Ramos D, Zhu L, Dederer V, Mathea S, Iwasa J, Knapp S, Shokat KM, Reck-Peterson SL, Leschziner AE

Cell (2026) [ Pubmed: 42575089 DOI: doi:10.1016/j.cell.2026.07.027 ]

EMD-75837
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3D View
Bacteriophage Goslar Empty Capsid Asymmetric Unit
CryoEM
Release date: Aug. 19, 2026
Resolution: 5.16 Å
EM Method: Single-particle
Fitted PDBs: 11ml
Q-score: 0.168
Similar entry percentile: 27%

Basu D, Gu Y, Corbett KD

To Be Published

EMD-65978
Download Map
3D View
Raw data
EMPIAR-13446
Cryo-EM structure of the IS621 recombinase in complex with bridge RNA, left-half DNA, and right-half DNA in the pre-strand exchange state
CryoEM
Release date: Aug. 12, 2026
Resolution: 2.5 Å
EM Method: Single-particle
Fitted PDBs: 9whx
Q-score: 0.592
Similar entry percentile: 74%

Hiraizumi M, Athukoralage JS, Perry NT, Tsujimoto E, Shiojiri N, Nagahata N, Lee L, Sun G, Durrant MG, Chandrasekaran SS, Konermann S, Yamashita K, Hsu PD, Nishimasu H

Nature (2026) [ DOI: doi:10.1038/s41586-026-10903-y Pubmed: 42587149 ]

EMD-65979
Download Map
3D View
Raw data
EMPIAR-13446
Cryo-EM structure of the IS621 recombinase in complex with bridge RNA, left-half DNA, and right-half DNA in the post-strand exchange state
CryoEM
Release date: Aug. 12, 2026
Resolution: 2.6 Å
EM Method: Single-particle
Fitted PDBs: 9why
Q-score: 0.592
Similar entry percentile: 80%

Hiraizumi M, Athukoralage JS, Perry NT, Tsujimoto E, Shiojiri N, Nagahata N, Lee L, Sun G, Durrant MG, Chandrasekaran SS, Konermann S, Yamashita K, Hsu PD, Nishimasu H

Nature (2026) [ DOI: doi:10.1038/s41586-026-10903-y Pubmed: 42587149 ]

EMD-69827
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3D View
horse myoglobin amyloid fibril - PM3
CryoEM
Release date: July 22, 2026
Resolution: 2.7 Å
EM Method: Helical reconstruction
Fitted PDBs: 24um
Q-score: 0.559
Similar entry percentile: 70%

Li S, Li S, Zhao Y, Fang Y, Cao Q, Cao Y

Nano Letters (2026) 26 pp. 8827-8833 [ DOI: doi:10.1021/acs.nanolett.6c02104 Pubmed: 42378159 ]

EMD-81518
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3D View
horse myoglobin amyloid fibril - PM1
CryoEM
Release date: July 22, 2026
Resolution: 2.7 Å
EM Method: Helical reconstruction
Fitted PDBs: 27wr
Q-score: 0.549
Similar entry percentile: 64%

Li S, Li S, Zhao Y, Fang Y, Cao Q, Cao Y

Nano Letters (2026) 26 pp. 8827-8833 [ DOI: doi:10.1021/acs.nanolett.6c02104 Pubmed: 42378159 ]

Sort by: Download
Showing 1 - 10 of 127. Page 1 of 13
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Filter By

Current Database

  • EMDB [127]

Current status

  • REL [127]

Sample type

  • Complex [105]
  • Protein [89]
  • Ligand [53]
  • RNA [24]
  • DNA [23]
  • Virus [17]
  • Cellular component [3]
  • Cell [2]

Organism

  • Homo sapiens [55]
  • Mus musculus [9]
  • (no species) [6]
  • Rattus norvegicus [6]
  • Paramecium bursaria chlorella virus 1 [6]
  • Staphylococcus aureus [5]
  • Escherichia coli [5]
  • Halothiobacillus neapolitanus [5]
  • Scytonema hofmannii [4]
  • Lachnospiraceae bacterium nd2006 [3]
  • Severe acute respiratory syndrome coronavirus [3]
  • Enquatrovirus n4 [3]
  • Synthetic construct [3]
  • Trypanosoma brucei [3]
  • Trypanosoma brucei [3]
  • Streptococcus pyogenes [2]
  • Bacterium [2]
  • Equus caballus [2]
  • Camelus bactrianus [2]
  • Human herpesvirus 1 [1]
  • Human mastadenovirus f [1]
  • Enterobacteria phage t4 [1]
  • Indiana vesiculovirus [1]
  • Human immunodeficiency virus 1 [1]
  • Hepatitis delta virus [1]
  • Bacillus subtilis [1]
  • Thermanaerosceptrum fracticalcis [1]
  • Acidibacillus sulfuroxidans [1]
  • Litunavirus ab09 [1]
  • Pyrococcus furiosus [1]
  • Deinococcus radiodurans [1]
  • (no species) [1]
  • Dna molecule [1]
  • Streptococcus pyogenes [1]
  • Dictyostelium discoideum [1]
  • Chikungunya virus [1]
  • Bacteriophage sp. [1]
  • Uncultured bdellovibrionales bacterium [1]
  • Linum usitatissimum [1]
  • Rotavirus a [1]
  • Bacillus subtilis [1]
  • Prevotella sp. [1]
  • Tetronarce californica [1]
  • Torpedo marmorata [1]

EM Method

  • Single-particle [98]
  • Subtomogram averaging [20]
  • Helical reconstruction [9]

Resolution

  • < 2Å [2]
  • ≥ 2Å and < 3Å [39]
  • ≥ 3Å and < 4Å [63]
  • ≥ 4Å and < 5Å [12]
  • ≥ 5Å and < 6Å [3]
  • ≥ 6Å and < 8Å [2]
  • ≥ 8Å and < 12Å [5]
  • ≥ 30Å [1]

Model molecular weight

  • 0-50 kDa [4]
  • 50-100 kDa [5]
  • 100-250 kDa [47]
  • 250-500 kDa [9]
  • 500-1000 kDa [10]
  • 1-2 MDa [2]
  • 2-5 MDa [3]
  • 5-10 MDa [3]
  • > 10 MDa [6]

Release Date

  • 2026 [16]
  • 2025 [18]
  • 2024 [23]
  • 2023 [41]
  • 2022 [12]
  • 2021 [10]
  • 2020 [5]
  • 2019 [1]
  • 2018 [1]

Author by name

  • Nureki O [28]
  • Yamashita K [19]
  • Beck M [18]
  • Khusainov I [18]
  • Kreysing JP [18]
  • Welsch S [18]
  • Omura SN [17]
  • Taniguchi R [17]
  • Turonova B [17]
  • Xing H [17]
  • Hirano H [14]
  • Itoh Y [13]
  • Sano FK [10]
  • Nakagawa R [9]
  • Ditommaso T [8]
  • Garrity AJ [8]
  • Liu Y [8]
  • Maben Z [8]
  • Morinaga H [8]
  • Munoz G [8]
  • Nishimasu H [8]
  • Onishi K [8]
  • Ornstein A [8]
  • Hallberg BM [7]
  • Ishiguro S [7]
  • Kobayashi TA [7]
  • Kusakizako T [7]
  • Yachie N [7]
  • Agarkova IV [6]
  • Baradaran R [6]
  • Cais O [6]
  • Cipullo M [6]
  • Dunigan DD [6]
  • Fang Q [6]
  • Gese GV [6]
  • Greger I [6]
  • Greger IH [6]
  • Guo M [6]
  • Hiramoto T [6]
  • Ho H [6]
  • Ivica J [6]
  • Khawaja A [6]
  • Klose T [6]
  • Krieger JM [6]
  • Mori H [6]
  • Noel EA [6]
  • Ohmori T [6]
  • Okazaki S [6]
  • Rorbach J [6]
  • Rossmann MG [6]
  • Shao Q [6]
  • Stockwell I [6]
  • Valentin Gese G [6]
  • Van Etten Jl [6]
  • Wang A [6]
  • Xie L [6]
  • Zhang D [6]
  • Zhao X [6]
  • Alfonse LE [5]
  • Bui HB [5]
  • Cheng DR [5]
  • Fujita H [5]
  • Han BB [5]
  • Hoffman GR [5]
  • Horinaka K [5]
  • Inaba K [5]
  • Inoue M [5]
  • Iwata S [5]
  • Jividen K [5]
  • Kajimoto S [5]
  • Kashiwakura Y [5]
  • Kato Y [5]
  • Kikkawa M [5]
  • Kinoshita K [5]
  • Li J [5]
  • Li JX [5]
  • Li T [5]
  • Liu K [5]
  • Liu LN [5]
  • Nomura N [5]
  • Scott DA [5]
  • Shihoya W [5]
  • Tanaka M [5]
  • Tanaka T [5]
  • Tsai SQ [5]
  • Tsutsumi A [5]
  • Uemura T [5]
  • Wang P [5]
  • Wang S [5]
  • Wang SM [5]
  • Watanabe S [5]
  • Yan WX [5]
  • Zhang J [5]
  • Zhang YZ [5]
  • Basle A [4]
  • Bellis NF [4]
  • Briani F [4]
  • Chriscoli V [4]
  • Cingolani G [4]
  • Enoki S [4]

Author by ORCID

  • Nureki O [22]
  • Khusainov I [18]
  • Kreysing JP [18]
  • Welsch S [18]
  • Beck M [18]
  • Turonova B [17]
  • Xing H [17]
  • Taniguchi R [17]
  • Omura SN [11]
  • Itoh Y [10]
  • Yamashita K [9]
  • Nishimasu H [7]
  • Sano FK [7]
  • Dunigan DD [6]
  • Shao Q [6]
  • Klose T [6]
  • Van Etten Jl [6]
  • Guo M [6]
  • Liu Y [6]
  • Noel EA [6]
  • Fang Q [6]
  • Wang A [6]
  • Zhao X [6]
  • Agarkova IV [6]
  • Ohmori T [5]
  • Ditommaso T [5]
  • Alfonse LE [5]
  • Kikkawa M [5]
  • Inaba K [5]
  • Tsai SQ [5]
  • Watanabe S [5]
  • Zhang YZ [5]
  • Ishiguro S [5]
  • Wang P [5]
  • Nomura N [5]
  • Liu LN [5]
  • Kashiwakura Y [5]
  • Iwata S [5]
  • Hiramoto T [5]
  • Shihoya W [5]
  • Mori H [5]
  • Wang S [5]
  • Li T [5]
  • Li J [5]
  • Onishi K [5]
  • Basle A [4]
  • Kusakizako T [4]
  • Li K [4]
  • Marles-wright J [4]
  • Ng PC [4]
  • Okada Y [4]
  • Kobayashi TA [4]
  • Chriscoli V [4]
  • Tanaka T [3]
  • Lay K [3]
  • Zhong FL [3]
  • Wu B [3]
  • Reversade B [3]
  • Ohwada T [2]
  • Jenni S [2]
  • Harrison SC [2]
  • Nishizawa T [2]
  • Konermann S [2]
  • Kanai Y [2]
  • Shen C [2]
  • Chen L [2]
  • Aoki J [2]
  • Perry NT [2]
  • Rorbach J [2]
  • Hiraizumi M [2]
  • Krey T [2]
  • Briani F [2]
  • Yang Y [2]
  • Hallberg BM [2]
  • Ohgaki R [2]
  • Cingolani G [2]
  • Hsu PD [2]
  • Hansen G [2]
  • Imperi F [1]
  • Lenman A [1]
  • Zheng H [1]
  • Ssebyatika GL [1]
  • Nagata T [1]
  • Law RHP [1]
  • Beran RK [1]
  • Horwitz JA [1]
  • Corbett KD [1]
  • Du X [1]
  • Das I [1]
  • Wang MW [1]
  • Beja O [1]
  • Ni T [1]
  • Li Q [1]
  • Baker D [1]
  • Surewicz WK [1]
  • Zhou Q [1]
  • Katayama K [1]
  • Schulz TF [1]
  • Ueno L [1]
  • Posert R [1]

Journal

  • NAT COMMUN [39]
  • SCIENCE [17]
  • NATURE [15]
  • TO BE PUBLISHED [10]
  • COMMUN BIOL [5]
  • ELIFE [5]
  • PNAS [5]
  • SCI ADV [5]
  • MOL CELL [4]
  • CELL [3]
  • NAT STRUCT MOL BIOL [3]
  • STRUCTURE [3]
  • BIORXIV [2]
  • EXPLORATION (BEIJING) [2]
  • MBIO [2]
  • NANO LETTERS [2]
  • ACTA PHARMACOL.SIN. [1]
  • NAT CHEM BIOL [1]
  • NAT METHODS [1]
  • NAT MICROBIOL [1]
  • NUCLEIC ACIDS RES [1]
  • PLANT PHYSIOL [1]
  • RES SQ [1]

Software

  • CRYOSPARC [32]
  • RELION [27]
  • JSPR [6]
  • CTFFIND [3]
  • GCTF [3]
  • EMAN2 [1]

Microscope

  • FEI TITAN KRIOS [75]
  • TFS KRIOS [42]
  • JEOL CRYO ARM 300 [5]
  • TFS GLACIOS [4]
  • TFS TALOS [1]

Electron Source

  • FIELD EMISSION GUN [124]
  • OTHER [3]

Film or detector model

  • GATAN K3 6K X 4K [45]
  • GATAN K3 BIOQUANTUM 6K X 4K [34]
  • FEI FALCON IV 4K X 4K [25]
  • GATAN K2 SUMMIT 4K X 4K [15]
  • TFS FALCON 4I 4K X 4K [5]
  • GATAN K2 QUANTUM 4K X 4K [2]
  • FEI FALCON III 4K X 4K [1]

External links

  • PDB [89]
  • UniProt [80]
  • PDBe-Kb [71]
  • AlphaFold DB [70]
  • InterPro [67]
  • Gene Ontology [65]
  • Pfam [55]
  • ChEBI [48]
  • DrugBank [46]
  • ChEMBL [40]
  • Complex Portal [16]
  • EMPIAR [14]
  • SCOP2 [2]