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natural_source_ncbi_code:"666"

Filter By

Current Database

  • EMDB [129]

Current status

  • REL [129]

Sample type

  • Complex [101]
  • Protein [83]
  • Ligand [29]
  • DNA [18]
  • Cellular component [16]
  • RNA [12]
  • Sample [6]
  • Virus [5]
  • Cell [4]
  • Other [2]

Organism

  • Vibrio cholerae [129]
  • Synthetic construct [11]
  • Escherichia coli [5]
  • Streptococcus pyogenes [2]
  • (no species) [1]
  • Vibrio phage icp1_2011_a [1]
  • Lachnospiraceae bacterium nd2006 [1]
  • Metagenome [1]
  • Neoarius leptaspis [1]
  • Homo sapiens [1]
  • Lama glama [1]
  • Oryctolagus cuniculus [1]

EM Method

  • Single-particle [99]
  • Subtomogram averaging [21]
  • Helical reconstruction [8]
  • Tomography [1]

Resolution

  • ≥ 2Å and < 3Å [24]
  • ≥ 3Å and < 4Å [59]
  • ≥ 4Å and < 5Å [11]
  • ≥ 5Å and < 6Å [3]
  • ≥ 6Å and < 8Å [5]
  • ≥ 8Å and < 12Å [1]
  • ≥ 12Å and < 16Å [1]
  • ≥ 16Å and < 20Å [3]
  • ≥ 20Å and < 30Å [3]
  • ≥ 30Å [16]

Model molecular weight

  • 50-100 kDa [8]
  • 100-250 kDa [23]
  • 250-500 kDa [32]
  • 500-1000 kDa [6]
  • 1-2 MDa [2]
  • 2-5 MDa [1]
  • > 10 MDa [1]

Release Date

  • 2026 [23]
  • 2025 [16]
  • 2024 [20]
  • 2023 [12]
  • 2022 [7]
  • 2021 [6]
  • 2020 [11]
  • 2019 [6]
  • 2018 [2]
  • 2017 [20]
  • 2016 [1]
  • 2012 [3]
  • 2011 [1]
  • 2010 [1]

Author by name

  • Jensen GJ [19]
  • Chang YW [16]
  • Chang Y-W [15]
  • Kjaer A [15]
  • Rettberg LA [15]
  • Ortega DR [14]
  • Kjr A [13]
  • Kovacikova G [13]
  • Sutherland JA [13]
  • Taylor RK [13]
  • Sternberg SH [10]
  • Chattopadhyay K [9]
  • Dutta S [9]
  • Song J [9]
  • Basler M [8]
  • Fu TM [8]
  • Shen ZF [8]
  • Yang XY [8]
  • Bravo JPK [7]
  • Fregoso Ocampo R [7]
  • Ingram C [7]
  • Nakanishi K [7]
  • Ramos DA [7]
  • Shen Z [7]
  • Stahlberg H [7]
  • Taylor DW [7]
  • Wang C [7]
  • Wang J [7]
  • Zhang K [7]
  • Bill E [6]
  • Brackmann M [6]
  • Casutt MS [6]
  • Claussen B [6]
  • Cutsail 3Rd Ge [6]
  • Debeer S [6]
  • Fernandez IS [6]
  • Fritz G [6]
  • Goldie KN [6]
  • Hau J-L [6]
  • Hau JL [6]
  • Kaltwasser S [6]
  • Leitner A [6]
  • Li S [6]
  • Muras V [6]
  • Patel DJ [6]
  • Singh M [6]
  • Steffen W [6]
  • Steuber J [6]
  • Vohl G [6]
  • Vonck J [6]
  • De La Cruz Mj [6]
  • Chen MR [5]
  • Egelman EH [5]
  • Fan F [5]
  • Huang PP [5]
  • Kan B [5]
  • Liu H [5]
  • Liu HR [5]
  • Mondal AK [5]
  • Pang H [5]
  • Sengupta N [5]
  • Tan Z [5]
  • Xiao H [5]
  • Zheng J [5]
  • Ahmed MA [4]
  • Ahsan M [4]
  • An L [4]
  • Bernheim A [4]
  • Borek D [4]
  • Castano-diez D [4]
  • Chait BT [4]
  • Chakravarti A [4]
  • Chatterjee A [4]
  • Craig L [4]
  • Fatma S [4]
  • Feng Y [4]
  • Gao Y [4]
  • Gao Z [4]
  • Guo Y [4]
  • Hao A [4]
  • Haudiquet M [4]
  • Herrero Del Valle A [4]
  • Huang L [4]
  • Inniss NL [4]
  • Kaur G [4]
  • Kellogg EH [4]
  • Klose T [4]
  • Kudryashev M [4]
  • Lavenir R [4]
  • Lee S-Y [4]
  • Lee SY [4]
  • Li D [4]
  • Li M [4]
  • Maier T [4]
  • Marden JJ [4]
  • Miller DJ [4]
  • Minasov G [4]
  • Mondal J [4]
  • Mondragon A [4]
  • Naskar P [4]

Author by ORCID

  • Chang YW [15]
  • Rettberg LA [14]
  • Kjr A [13]
  • Sternberg SH [10]
  • Basler M [8]
  • Chattopadhyay K [7]
  • Wang C [7]
  • Stahlberg H [7]
  • Taylor DW [7]
  • Yang XY [7]
  • Bravo JPK [7]
  • Ramos DA [7]
  • Vonck J [6]
  • Fernandez IS [6]
  • Steuber J [6]
  • Kaltwasser S [6]
  • Fritz G [6]
  • Debeer S [6]
  • Li S [6]
  • Cutsail 3Rd Ge [6]
  • Brackmann M [6]
  • Zhang K [6]
  • Leitner A [6]
  • Hau JL [6]
  • Dutta S [5]
  • Mondal AK [5]
  • Xiao H [5]
  • Sengupta N [5]
  • Chen MR [5]
  • Egelman EH [5]
  • Huang PP [5]
  • Zheng J [5]
  • Guo Y [4]
  • Herrero Del Valle A [4]
  • Wang J [4]
  • Craig L [4]
  • Sauer DB [4]
  • Castano-diez D [4]
  • Lee SY [4]
  • Haudiquet M [4]
  • Feng Y [4]
  • Olinares PDB [4]
  • Chatterjee A [4]
  • Borek D [4]
  • Shukla S [4]
  • Li D [4]
  • Wang DN [4]
  • Maier T [4]
  • De La Cruz Mj [4]
  • Zhang Y [4]
  • Patel DJ [4]
  • Bernheim A [4]
  • Satchell KJF [4]
  • Chait BT [4]
  • Kudryashev M [4]
  • Xiong W [4]
  • Zhao X [4]
  • Gao Z [4]
  • Li M [4]
  • Zhao X [4]
  • Chakravarti A [4]
  • Mohabir JT [3]
  • Dalia TN [3]
  • Kim M [3]
  • George JT [3]
  • Klompe SE [3]
  • Mishra S [3]
  • Acree C [3]
  • Nazarov S [3]
  • Schneider JP [3]
  • Hoffmann FT [3]
  • Beh LY [3]
  • Dalia AB [3]
  • Mulligan C [2]
  • Trebesch N [2]
  • Du X [2]
  • Wang JC [2]
  • Jespersen N [2]
  • Das R [2]
  • Tajkhorshid E [2]
  • Borgnia MJ [2]
  • Sudar JC [2]
  • Zhou Y [2]
  • Jia N [2]
  • Pintilie G [2]
  • Rangan R [2]
  • Chlebek JL [2]
  • Loeff L [2]
  • Kappel K [2]
  • Chanez C [2]
  • Lahiri I [2]
  • Singh M [2]
  • Sonani RR [2]
  • Rayyan R [2]
  • Blokesch M [2]
  • Prajapati JD [2]
  • Bartesaghi A [2]
  • Goldie KN [2]
  • Shaffer CL [2]
  • Jinek M [2]

Journal

  • NAT MICROBIOL [17]
  • NATURE [14]
  • TO BE PUBLISHED [14]
  • STRUCTURE [13]
  • PNAS [8]
  • CELL [7]
  • NAT STRUCT MOL BIOL [7]
  • NAT COMMUN [6]
  • CELL RES [5]
  • EMBO J [4]
  • NAT CHEM BIOL [4]
  • PROTEIN SCI [4]
  • SCI ADV [4]
  • ELIFE [3]
  • J CELL BIOL [3]
  • J MOL BIOL [3]
  • CELL REP [2]
  • J BIOL CHEM [2]
  • NAT METHODS [2]
  • PLOS GENET [2]
  • SCIENCE [2]
  • BIOCHEM BIOPHYS RES COMMUN [1]
  • BIORXIV [1]
  • EMBO REP [1]
  • NUCLEIC ACIDS RES [1]
  • SMALL [1]

Software

  • CRYOSPARC [40]
  • RELION [21]
  • IMOD [19]
  • TOMO3D [16]
  • PEET [15]
  • CTFFIND [9]
  • IHRSR [3]
  • DYNAMO [2]
  • GCTF [2]
  • COOT [1]
  • E2BOXER [1]
  • EMAN [1]
  • ETOMO,RAPTOR [1]
  • FREALIGN [1]
  • IMOD, BSOFT [1]

Microscope

  • FEI TITAN KRIOS [55]
  • TFS KRIOS [29]
  • FEI POLARA 300 [21]
  • FEI TALOS ARCTICA [15]
  • TFS GLACIOS [4]
  • FEI TECNAI F20 [3]
  • JEOL 1400 [1]
  • JEOL 3200FS [1]

Electron Source

  • FIELD EMISSION GUN [128]
  • LAB6 [1]

Film or detector model

  • GATAN K2 SUMMIT 4K X 4K [44]
  • GATAN K3 6K X 4K [42]
  • GATAN K3 BIOQUANTUM 6K X 4K [21]
  • FEI FALCON IV 4K X 4K [9]
  • KODAK SO-163 FILM [3]
  • GATAN K2 QUANTUM 4K X 4K [2]
  • GATAN K3 BIOCONTINUUM 6K X 4K [2]
  • GATAN ULTRASCAN 1000 2K X 2K [2]
  • DIRECT ELECTRON DE-64 8K X 8K [1]
  • FEI FALCON III 4K X 4K [1]
  • OTHER [1]
  • TFS FALCON 4I 4K X 4K [1]

External links

  • PDB [74]
  • AlphaFold DB [62]
  • UniProt [62]
  • PDBe-Kb [42]
  • ChEBI [29]
  • DrugBank [28]
  • InterPro [26]
  • ChEMBL [24]
  • Gene Ontology [19]
  • EMPIAR [12]
  • Pfam [2]
  • CATH [1]
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Showing 1 - 10 of 129. Page 1 of 13
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EMD-66511
Download Map
3D View
Cryo-EM structure of the flagellar filament in Vibrio Cholerae
CryoEM
Release date: Oct. 14, 2026
Resolution: 3.1 Å
EM Method: Helical reconstruction
Fitted PDBs: 9x3v
Q-score: 0.359
Similar entry percentile: 10%

Liu XB, Zhang YY, Ng CH, Wang ZL, Leung KP, Li SR, Zheng SQ, Heng H, Cheng QP, Xu YT, Chen KC, Xie MM, Sun RY, Luo M, Lau CY, Chen S

To Be Published

EMD-72640
Download Map
3D View
Consensus map of the IF-3a transposase complex with synaptic ends
CryoEM
Consensus map
Release date: Sept. 2, 2026
Resolution: 3.9 Å
EM Method: Single-particle

Truong VH, Miller DJ, Fatma S, Sheng Y, Pindi C, Ahsan M, Palermo G, Kellogg EH

Sci Adv (2026) 12 pp. eaee1374-eaee1374 [ Pubmed: 42826193 DOI: doi:10.1126/sciadv.aee1374 ]

EMD-72641
Download Map
3D View
Focused refinement map of IHF region of IF3-a transposase complex with synapsed ends
CryoEM
Focused map
Release date: Sept. 2, 2026
Resolution: 4.18 Å
EM Method: Single-particle

Truong VH, Miller DJ, Fatma S, Sheng Y, Pindi C, Ahsan M, Palermo G, Kellogg EH

Sci Adv (2026) 12 pp. eaee1374-eaee1374 [ Pubmed: 42826193 DOI: doi:10.1126/sciadv.aee1374 ]

EMD-72647
Download Map
3D View
Focused refinement map of distal right end DNA region within IF3A transposase complex with synapsed ends
CryoEM
Focused map
Release date: Sept. 2, 2026
Resolution: 3.94 Å
EM Method: Single-particle

Truong VH, Miller DJ, Fatma S, Sheng Y, Pindi C, Ahsan M, Palermo G, Kellogg EH

Sci Adv (2026) 12 pp. eaee1374-eaee1374 [ Pubmed: 42826193 DOI: doi:10.1126/sciadv.aee1374 ]

EMD-72650
Download Map
3D View
Composite map of IF-3a transposase complex with paired transposon ends
Composite map
CryoEM
Release date: Sept. 2, 2026
Resolution: 3.9 Å
EM Method: Single-particle
Fitted PDBs: 9y7b
Q-score: 0.293
Similar entry percentile: 18%

Truong VH, Miller DJ, Fatma S, Sheng Y, Pindi C, Ahsan M, Palermo G, Kellogg EH

Sci Adv (2026) 12 pp. eaee1374-eaee1374 [ Pubmed: 42826193 DOI: doi:10.1126/sciadv.aee1374 ]

EMD-81216
Download Map
3D View
Focused map for area 1 of Vibrio cholerae Avs2 bound to phage terminase
CryoEM
Release date: Aug. 26, 2026
Resolution: 2.84 Å
EM Method: Single-particle

Huang PP, Chen MR

To Be Published

EMD-81210
Download Map
3D View
Consensus map of Vibrio cholerae Avs2 bound to phage terminase
CryoEM
Release date: Aug. 12, 2026
Resolution: 2.56 Å
EM Method: Single-particle

Huang PP, Chen MR

To Be Published

EMD-81451
Download Map
3D View
Focused map for area 2 of Vibrio cholerae Avs2 bound to phage terminase
CryoEM
Release date: Aug. 12, 2026
Resolution: 2.83 Å
EM Method: Single-particle

Huang PP, Chen MR

To Be Published

EMD-81453
Download Map
3D View
Focused map for area 3 of Vibrio cholerae Avs2 bound to phage terminase
CryoEM
Release date: Aug. 12, 2026
Resolution: 2.86 Å
EM Method: Single-particle

Huang PP, Chen MR

To Be Published

EMD-81456
Download Map
3D View
Focused map for area 4 of Vibrio cholerae Avs2 bound to phage terminase
CryoEM
Release date: Aug. 12, 2026
Resolution: 2.85 Å
EM Method: Single-particle

Huang PP, Chen MR

To Be Published

Sort by: Download
Showing 1 - 10 of 129. Page 1 of 13
Display:
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Filter By

Current Database

  • EMDB [129]

Current status

  • REL [129]

Sample type

  • Complex [101]
  • Protein [83]
  • Ligand [29]
  • DNA [18]
  • Cellular component [16]
  • RNA [12]
  • Sample [6]
  • Virus [5]
  • Cell [4]
  • Other [2]

Organism

  • Vibrio cholerae [129]
  • Synthetic construct [11]
  • Escherichia coli [5]
  • Streptococcus pyogenes [2]
  • (no species) [1]
  • Vibrio phage icp1_2011_a [1]
  • Lachnospiraceae bacterium nd2006 [1]
  • Metagenome [1]
  • Neoarius leptaspis [1]
  • Homo sapiens [1]
  • Lama glama [1]
  • Oryctolagus cuniculus [1]

EM Method

  • Single-particle [99]
  • Subtomogram averaging [21]
  • Helical reconstruction [8]
  • Tomography [1]

Resolution

  • ≥ 2Å and < 3Å [24]
  • ≥ 3Å and < 4Å [59]
  • ≥ 4Å and < 5Å [11]
  • ≥ 5Å and < 6Å [3]
  • ≥ 6Å and < 8Å [5]
  • ≥ 8Å and < 12Å [1]
  • ≥ 12Å and < 16Å [1]
  • ≥ 16Å and < 20Å [3]
  • ≥ 20Å and < 30Å [3]
  • ≥ 30Å [16]

Model molecular weight

  • 50-100 kDa [8]
  • 100-250 kDa [23]
  • 250-500 kDa [32]
  • 500-1000 kDa [6]
  • 1-2 MDa [2]
  • 2-5 MDa [1]
  • > 10 MDa [1]

Release Date

  • 2026 [23]
  • 2025 [16]
  • 2024 [20]
  • 2023 [12]
  • 2022 [7]
  • 2021 [6]
  • 2020 [11]
  • 2019 [6]
  • 2018 [2]
  • 2017 [20]
  • 2016 [1]
  • 2012 [3]
  • 2011 [1]
  • 2010 [1]

Author by name

  • Jensen GJ [19]
  • Chang YW [16]
  • Chang Y-W [15]
  • Kjaer A [15]
  • Rettberg LA [15]
  • Ortega DR [14]
  • Kjr A [13]
  • Kovacikova G [13]
  • Sutherland JA [13]
  • Taylor RK [13]
  • Sternberg SH [10]
  • Chattopadhyay K [9]
  • Dutta S [9]
  • Song J [9]
  • Basler M [8]
  • Fu TM [8]
  • Shen ZF [8]
  • Yang XY [8]
  • Bravo JPK [7]
  • Fregoso Ocampo R [7]
  • Ingram C [7]
  • Nakanishi K [7]
  • Ramos DA [7]
  • Shen Z [7]
  • Stahlberg H [7]
  • Taylor DW [7]
  • Wang C [7]
  • Wang J [7]
  • Zhang K [7]
  • Bill E [6]
  • Brackmann M [6]
  • Casutt MS [6]
  • Claussen B [6]
  • Cutsail 3Rd Ge [6]
  • Debeer S [6]
  • Fernandez IS [6]
  • Fritz G [6]
  • Goldie KN [6]
  • Hau J-L [6]
  • Hau JL [6]
  • Kaltwasser S [6]
  • Leitner A [6]
  • Li S [6]
  • Muras V [6]
  • Patel DJ [6]
  • Singh M [6]
  • Steffen W [6]
  • Steuber J [6]
  • Vohl G [6]
  • Vonck J [6]
  • De La Cruz Mj [6]
  • Chen MR [5]
  • Egelman EH [5]
  • Fan F [5]
  • Huang PP [5]
  • Kan B [5]
  • Liu H [5]
  • Liu HR [5]
  • Mondal AK [5]
  • Pang H [5]
  • Sengupta N [5]
  • Tan Z [5]
  • Xiao H [5]
  • Zheng J [5]
  • Ahmed MA [4]
  • Ahsan M [4]
  • An L [4]
  • Bernheim A [4]
  • Borek D [4]
  • Castano-diez D [4]
  • Chait BT [4]
  • Chakravarti A [4]
  • Chatterjee A [4]
  • Craig L [4]
  • Fatma S [4]
  • Feng Y [4]
  • Gao Y [4]
  • Gao Z [4]
  • Guo Y [4]
  • Hao A [4]
  • Haudiquet M [4]
  • Herrero Del Valle A [4]
  • Huang L [4]
  • Inniss NL [4]
  • Kaur G [4]
  • Kellogg EH [4]
  • Klose T [4]
  • Kudryashev M [4]
  • Lavenir R [4]
  • Lee S-Y [4]
  • Lee SY [4]
  • Li D [4]
  • Li M [4]
  • Maier T [4]
  • Marden JJ [4]
  • Miller DJ [4]
  • Minasov G [4]
  • Mondal J [4]
  • Mondragon A [4]
  • Naskar P [4]

Author by ORCID

  • Chang YW [15]
  • Rettberg LA [14]
  • Kjr A [13]
  • Sternberg SH [10]
  • Basler M [8]
  • Chattopadhyay K [7]
  • Wang C [7]
  • Stahlberg H [7]
  • Taylor DW [7]
  • Yang XY [7]
  • Bravo JPK [7]
  • Ramos DA [7]
  • Vonck J [6]
  • Fernandez IS [6]
  • Steuber J [6]
  • Kaltwasser S [6]
  • Fritz G [6]
  • Debeer S [6]
  • Li S [6]
  • Cutsail 3Rd Ge [6]
  • Brackmann M [6]
  • Zhang K [6]
  • Leitner A [6]
  • Hau JL [6]
  • Dutta S [5]
  • Mondal AK [5]
  • Xiao H [5]
  • Sengupta N [5]
  • Chen MR [5]
  • Egelman EH [5]
  • Huang PP [5]
  • Zheng J [5]
  • Guo Y [4]
  • Herrero Del Valle A [4]
  • Wang J [4]
  • Craig L [4]
  • Sauer DB [4]
  • Castano-diez D [4]
  • Lee SY [4]
  • Haudiquet M [4]
  • Feng Y [4]
  • Olinares PDB [4]
  • Chatterjee A [4]
  • Borek D [4]
  • Shukla S [4]
  • Li D [4]
  • Wang DN [4]
  • Maier T [4]
  • De La Cruz Mj [4]
  • Zhang Y [4]
  • Patel DJ [4]
  • Bernheim A [4]
  • Satchell KJF [4]
  • Chait BT [4]
  • Kudryashev M [4]
  • Xiong W [4]
  • Zhao X [4]
  • Gao Z [4]
  • Li M [4]
  • Zhao X [4]
  • Chakravarti A [4]
  • Mohabir JT [3]
  • Dalia TN [3]
  • Kim M [3]
  • George JT [3]
  • Klompe SE [3]
  • Mishra S [3]
  • Acree C [3]
  • Nazarov S [3]
  • Schneider JP [3]
  • Hoffmann FT [3]
  • Beh LY [3]
  • Dalia AB [3]
  • Mulligan C [2]
  • Trebesch N [2]
  • Du X [2]
  • Wang JC [2]
  • Jespersen N [2]
  • Das R [2]
  • Tajkhorshid E [2]
  • Borgnia MJ [2]
  • Sudar JC [2]
  • Zhou Y [2]
  • Jia N [2]
  • Pintilie G [2]
  • Rangan R [2]
  • Chlebek JL [2]
  • Loeff L [2]
  • Kappel K [2]
  • Chanez C [2]
  • Lahiri I [2]
  • Singh M [2]
  • Sonani RR [2]
  • Rayyan R [2]
  • Blokesch M [2]
  • Prajapati JD [2]
  • Bartesaghi A [2]
  • Goldie KN [2]
  • Shaffer CL [2]
  • Jinek M [2]

Journal

  • NAT MICROBIOL [17]
  • NATURE [14]
  • TO BE PUBLISHED [14]
  • STRUCTURE [13]
  • PNAS [8]
  • CELL [7]
  • NAT STRUCT MOL BIOL [7]
  • NAT COMMUN [6]
  • CELL RES [5]
  • EMBO J [4]
  • NAT CHEM BIOL [4]
  • PROTEIN SCI [4]
  • SCI ADV [4]
  • ELIFE [3]
  • J CELL BIOL [3]
  • J MOL BIOL [3]
  • CELL REP [2]
  • J BIOL CHEM [2]
  • NAT METHODS [2]
  • PLOS GENET [2]
  • SCIENCE [2]
  • BIOCHEM BIOPHYS RES COMMUN [1]
  • BIORXIV [1]
  • EMBO REP [1]
  • NUCLEIC ACIDS RES [1]
  • SMALL [1]

Software

  • CRYOSPARC [40]
  • RELION [21]
  • IMOD [19]
  • TOMO3D [16]
  • PEET [15]
  • CTFFIND [9]
  • IHRSR [3]
  • DYNAMO [2]
  • GCTF [2]
  • COOT [1]
  • E2BOXER [1]
  • EMAN [1]
  • ETOMO,RAPTOR [1]
  • FREALIGN [1]
  • IMOD, BSOFT [1]

Microscope

  • FEI TITAN KRIOS [55]
  • TFS KRIOS [29]
  • FEI POLARA 300 [21]
  • FEI TALOS ARCTICA [15]
  • TFS GLACIOS [4]
  • FEI TECNAI F20 [3]
  • JEOL 1400 [1]
  • JEOL 3200FS [1]

Electron Source

  • FIELD EMISSION GUN [128]
  • LAB6 [1]

Film or detector model

  • GATAN K2 SUMMIT 4K X 4K [44]
  • GATAN K3 6K X 4K [42]
  • GATAN K3 BIOQUANTUM 6K X 4K [21]
  • FEI FALCON IV 4K X 4K [9]
  • KODAK SO-163 FILM [3]
  • GATAN K2 QUANTUM 4K X 4K [2]
  • GATAN K3 BIOCONTINUUM 6K X 4K [2]
  • GATAN ULTRASCAN 1000 2K X 2K [2]
  • DIRECT ELECTRON DE-64 8K X 8K [1]
  • FEI FALCON III 4K X 4K [1]
  • OTHER [1]
  • TFS FALCON 4I 4K X 4K [1]

External links

  • PDB [74]
  • AlphaFold DB [62]
  • UniProt [62]
  • PDBe-Kb [42]
  • ChEBI [29]
  • DrugBank [28]
  • InterPro [26]
  • ChEMBL [24]
  • Gene Ontology [19]
  • EMPIAR [12]
  • Pfam [2]
  • CATH [1]