Edit your search query here and hit Return to execute it:
grant_code:"U24 GM129539"

Filter By

Current Database

  • EMDB [70]

Current status

  • REL [70]

Sample type

  • Complex [66]
  • Protein [56]
  • Ligand [34]
  • RNA [13]
  • Virus [4]

Organism

  • Rattus norvegicus [18]
  • Severe acute respiratory syndrome coronavirus [18]
  • Escherichia coli [14]
  • Homo sapiens [13]
  • Staphylococcus epidermidis [8]
  • Staphylococcus epidermidis [6]
  • Legionella pneumophila [4]
  • Lama glama [4]
  • Drosophila melanogaster [2]
  • Methylococcus capsulatus [1]
  • Synthetic construct [1]
  • Plasmodium falciparum [1]
  • Saccharomyces cerevisiae [1]

EM Method

  • Single-particle [68]
  • Helical reconstruction [2]

Resolution

  • ≥ 2Å and < 3Å [10]
  • ≥ 3Å and < 4Å [48]
  • ≥ 4Å and < 5Å [11]
  • ≥ 6Å and < 8Å [1]

Model molecular weight

  • 0-50 kDa [1]
  • 100-250 kDa [4]
  • 250-500 kDa [28]
  • 500-1000 kDa [9]
  • 1-2 MDa [2]
  • 2-5 MDa [8]

Release Date

  • 2026 [27]
  • 2025 [5]
  • 2024 [2]
  • 2023 [1]
  • 2022 [11]
  • 2021 [9]
  • 2020 [15]

Author by name

  • Aktolun M [18]
  • Clausen RP [18]
  • Gangwar SP [18]
  • Kurnikova MG [18]
  • Newton TP [18]
  • Sobolevsky AI [18]
  • Yelshanskaya MV [18]
  • Yen LY [18]
  • Gorman J [10]
  • Kwong PD [10]
  • Zhang B [10]
  • Ando N [9]
  • Bhatt N [9]
  • Bimela J [9]
  • Cerutti G [9]
  • Chuang GY [9]
  • Ho DD [9]
  • Katsamba PS [9]
  • Miller RC [9]
  • Olia AS [9]
  • Patterson MG [9]
  • Pei X [9]
  • Rapp M [9]
  • Shapiro L [9]
  • Wang P [9]
  • Ferrell S [8]
  • Ferrell SH [8]
  • Mondragon A [8]
  • Smith EM [8]
  • Tokars VL [8]
  • Tsybovsky Y [8]
  • Wang S [8]
  • Zhou T [8]
  • Boyington JC [7]
  • Friesner RA [7]
  • Mascola JR [7]
  • Nazzari A [7]
  • Sampson JM [7]
  • Sastry M [7]
  • Schon A [7]
  • Shi W [7]
  • Stephens T [7]
  • Stuckey J [7]
  • Teng IT [7]
  • Fraser JS [5]
  • Fujimori DG [5]
  • Klepacki D [5]
  • Lee DJ [5]
  • Mankin AS [5]
  • Stojkovic V [5]
  • Szal T [5]
  • Tsai K [5]
  • Vazquez-laslop N [5]
  • Young ID [5]
  • Acharya P [4]
  • Borgnia MJ [4]
  • Byrne BG [4]
  • Chung JM [4]
  • Durie CL [4]
  • Edwards RJ [4]
  • Gobeil SMC [4]
  • Haynes BF [4]
  • Henderson R [4]
  • Hsu AL [4]
  • Huang W [4]
  • Janowska K [4]
  • Knight T [4]
  • Kopp M [4]
  • Lacy DB [4]
  • Li D [4]
  • Mansouri K [4]
  • Ohi MD [4]
  • Parks R [4]
  • Sheedlo MJ [4]
  • Shi Y [4]
  • Stalls V [4]
  • Su M [4]
  • Sun D [4]
  • Swanson M [4]
  • Zhang C [4]
  • Belford AK [3]
  • Cohen T [3]
  • Conway JF [3]
  • Huet A [3]
  • Kim YJ [3]
  • Sang Z [3]
  • Schneidman-duhovny D [3]
  • Sun J [3]
  • Taylor DJ [3]
  • Xiang Y [3]
  • Aplin C [2]
  • Bahna F [2]
  • Cerione RA [2]
  • Feng S [2]
  • Guo Y [2]
  • Hojjatian A [2]
  • Huang Y [2]
  • Lee M [2]
  • Liu L [2]
  • Milano SK [2]

Author by ORCID

  • Sobolevsky AI [18]
  • Newton TP [18]
  • Aktolun M [18]
  • Kurnikova MG [18]
  • Gangwar SP [18]
  • Gorman J [10]
  • Kwong PD [10]
  • Ando N [9]
  • Miller RC [9]
  • Mondragon A [8]
  • Tokars VL [8]
  • Zhou T [8]
  • Smith EM [8]
  • Cerutti G [8]
  • Katsamba PS [8]
  • Sampson JM [7]
  • Nazzari A [7]
  • Mankin AS [5]
  • Fujimori DG [5]
  • Fraser JS [5]
  • Vazquez-laslop N [5]
  • Young ID [5]
  • Mansouri K [4]
  • Borgnia MJ [4]
  • Gobeil SMC [4]
  • Acharya P [4]
  • Stalls V [4]
  • Sheedlo MJ [4]
  • Durie CL [4]
  • Chung JM [4]
  • Henderson R [4]
  • Ohi MD [4]
  • Hsu AL [4]
  • Lacy DB [4]
  • Swanson M [4]
  • Edwards RJ [4]
  • Feng S [2]
  • Aplin C [2]
  • Nguyen TT [2]
  • Cerione RA [2]
  • Wang S [1]
  • Maruthi K [1]
  • Guo Y [1]
  • Kibler RD [1]
  • Pozzo LD [1]
  • Daubenberger C [1]
  • Hsia Y [1]
  • Foglierini M [1]
  • Malone B [1]
  • Baker D [1]
  • Rosenzweig AC [1]
  • Shapiro L [1]
  • Chiang HT [1]
  • Tong L [1]
  • Piccoli L [1]
  • Chen J [1]
  • Lanzavecchia A [1]
  • Rapp M [1]
  • Hoffman BM [1]
  • Olinares PDB [1]
  • Lee M [1]
  • Nair MS [1]
  • Coudray N [1]
  • Tan J [1]
  • Eng ET [1]
  • Geiger R [1]
  • Vatandaslar H [1]
  • Favor A [1]
  • Redler RL [1]
  • Bhabha G [1]
  • Kapoor TM [1]
  • Lubner JM [1]
  • Wang P [1]
  • Reddem ER [1]
  • Liu L [1]
  • Chait BT [1]
  • Chen Y [1]
  • Sallusto F [1]
  • Borst AJ [1]

Journal

  • NAT COMMUN [33]
  • ACTA CRYSTALLOGR D STRUCT BIOL [11]
  • CELL HOST MICROBE [9]
  • NAT STRUCT MOL BIOL [9]
  • STRUCTURE [8]
  • BIORXIV [5]
  • ELIFE [4]
  • INT J MOL SCI [2]
  • PROTEIN SCI [2]
  • CELL [1]
  • NAT CATAL [1]
  • NAT MATER [1]
  • NATURE [1]
  • TO BE PUBLISHED [1]

Software

  • CRYOSPARC [43]
  • RELION [6]
  • CISTEM [5]

Microscope

  • TFS KRIOS [39]
  • FEI TITAN KRIOS [30]
  • FEI TECNAI ARCTICA [1]

Electron Source

  • FIELD EMISSION GUN [69]
  • OTHER [1]

Film or detector model

  • GATAN K3 6K X 4K [30]
  • GATAN K3 BIOQUANTUM 6K X 4K [30]
  • GATAN K2 SUMMIT 4K X 4K [6]
  • FEI FALCON III 4K X 4K [2]
  • FEI FALCON IV 4K X 4K [2]

External links

  • AlphaFold DB [53]
  • UniProt [53]
  • PDB [52]
  • PDBe-Kb [44]
  • Pfam [39]
  • InterPro [37]
  • ChEBI [34]
  • ChEMBL [33]
  • Gene Ontology [29]
  • DrugBank [24]
  • Complex Portal [20]
  • EMPIAR [3]
  • SCOP2 [1]
Sort by: Download
Showing 1 - 10 of 70. Page 1 of 7
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EMD-47957
Download Map
3D View
Cryo-EM model of E. coli aspartate transcarbamoylase in the T-state complexed with CP, CTP, UTP, and Mg2
CryoEM
Release date: April 15, 2026
Resolution: 3.45 Å
EM Method: Single-particle
Fitted PDBs: 9eel
Q-score: 0.363

Miller RC, Patterson MG, Bhatt N, Pei X, Ando N

Nat Commun (2026) [ Pubmed: 41862478 DOI: doi:10.1038/s41467-026-70909-y ]

EMD-47958
Download Map
3D View
Cryo-EM model of E. coli aspartate transcarbamoylase in the R-state complexed with CP, succinate, CTP, UTP, and Mg2
CryoEM
Release date: April 15, 2026
Resolution: 3.05 Å
EM Method: Single-particle
Fitted PDBs: 9eem
Q-score: 0.421

Miller RC, Patterson MG, Bhatt N, Pei X, Ando N

Nat Commun (2026) [ Pubmed: 41862478 DOI: doi:10.1038/s41467-026-70909-y ]

EMD-47960
Download Map
3D View
Cryo-EM model of E. coli aspartate transcarbamoylase in the R-state complexed with CP, succinate, CTP, and Mg2
CryoEM
Release date: April 15, 2026
Resolution: 3.53 Å
EM Method: Single-particle
Fitted PDBs: 9eeo
Q-score: 0.318

Miller RC, Patterson MG, Bhatt N, Pei X, Ando N

Nat Commun (2026) [ Pubmed: 41862478 DOI: doi:10.1038/s41467-026-70909-y ]

EMD-47961
Download Map
3D View
Cryo-EM model of E. coli aspartate transcarbamoylase in the R-state complexed with CP and succinate
CryoEM
Release date: April 15, 2026
Resolution: 3.08 Å
EM Method: Single-particle
Fitted PDBs: 9eep
Q-score: 0.415

Miller RC, Patterson MG, Bhatt N, Pei X, Ando N

Nat Commun (2026) [ Pubmed: 41862478 DOI: doi:10.1038/s41467-026-70909-y ]

EMD-47963
Download Map
3D View
Cryo-EM model of E. coli aspartate transcarbamoylase in the R-state complexed with CP, succinate, ATP, and Mg2
CryoEM
Release date: April 15, 2026
Resolution: 3.08 Å
EM Method: Single-particle
Fitted PDBs: 9eeq
Q-score: 0.394

Miller RC, Patterson MG, Bhatt N, Pei X, Ando N

Nat Commun (2026) [ Pubmed: 41862478 DOI: doi:10.1038/s41467-026-70909-y ]

EMD-47964
Download Map
3D View
Cryo-EM model of E. coli aspartate transcarbamoylase in the R-state complexed with CP, succinate, ATP, GTP, and Mg2
CryoEM
Release date: April 15, 2026
Resolution: 3.26 Å
EM Method: Single-particle
Fitted PDBs: 9eer
Q-score: 0.416

Miller RC, Patterson MG, Bhatt N, Pei X, Ando N

Nat Commun (2026) [ Pubmed: 41862478 DOI: doi:10.1038/s41467-026-70909-y ]

EMD-47965
Download Map
3D View
Cryo-EM model of E. coli aspartate transcarbamoylase in an expanded state complexed with CP, ATP, GTP, and Mg2
CryoEM
Release date: April 15, 2026
Resolution: 3.27 Å
EM Method: Single-particle
Fitted PDBs: 9ees
Q-score: 0.416

Miller RC, Patterson MG, Bhatt N, Pei X, Ando N

Nat Commun (2026) [ Pubmed: 41862478 DOI: doi:10.1038/s41467-026-70909-y ]

EMD-47966
Download Map
3D View
Cryo-EM model of E. coli aspartate transcarbamoylase in the T-state complexed with CP, ATP, and Mg2
CryoEM
Release date: April 15, 2026
Resolution: 3.27 Å
EM Method: Single-particle
Fitted PDBs: 9eeu
Q-score: 0.507

Miller RC, Patterson MG, Bhatt N, Pei X, Ando N

Nat Commun (2026) [ Pubmed: 41862478 DOI: doi:10.1038/s41467-026-70909-y ]

EMD-70909
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3D View
Heteromeric GluA1/A2 in the inactive state, consensus refinement of LBD-TMD
Consensus map
CryoEM
Release date: April 8, 2026
Resolution: 3.43 Å
EM Method: Single-particle

Yen LY, Newton TP, Yelshanskaya MV, Aktolun M, Gangwar SP, Clausen RP, Kurnikova MG, Sobolevsky AI

Nat Commun (2026) [ Pubmed: 41904128 DOI: doi:10.1038/s41467-026-71063-1 ]

EMD-70910
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3D View
Heteromeric GluA1/A2 in the inactive state, transmembrane domain TMD
CryoEM
Focused map
Release date: April 8, 2026
Resolution: 3.55 Å
EM Method: Single-particle

Yen LY, Newton TP, Yelshanskaya MV, Aktolun M, Gangwar SP, Clausen RP, Kurnikova MG, Sobolevsky AI

Nat Commun (2026) [ Pubmed: 41904128 DOI: doi:10.1038/s41467-026-71063-1 ]

Sort by: Download
Showing 1 - 10 of 70. Page 1 of 7
Display:
Statistics
×

Download











































Preview first 10
Download

Filter By

Current Database

  • EMDB [70]

Current status

  • REL [70]

Sample type

  • Complex [66]
  • Protein [56]
  • Ligand [34]
  • RNA [13]
  • Virus [4]

Organism

  • Rattus norvegicus [18]
  • Severe acute respiratory syndrome coronavirus [18]
  • Escherichia coli [14]
  • Homo sapiens [13]
  • Staphylococcus epidermidis [8]
  • Staphylococcus epidermidis [6]
  • Legionella pneumophila [4]
  • Lama glama [4]
  • Drosophila melanogaster [2]
  • Methylococcus capsulatus [1]
  • Synthetic construct [1]
  • Plasmodium falciparum [1]
  • Saccharomyces cerevisiae [1]

EM Method

  • Single-particle [68]
  • Helical reconstruction [2]

Resolution

  • ≥ 2Å and < 3Å [10]
  • ≥ 3Å and < 4Å [48]
  • ≥ 4Å and < 5Å [11]
  • ≥ 6Å and < 8Å [1]

Model molecular weight

  • 0-50 kDa [1]
  • 100-250 kDa [4]
  • 250-500 kDa [28]
  • 500-1000 kDa [9]
  • 1-2 MDa [2]
  • 2-5 MDa [8]

Release Date

  • 2026 [27]
  • 2025 [5]
  • 2024 [2]
  • 2023 [1]
  • 2022 [11]
  • 2021 [9]
  • 2020 [15]

Author by name

  • Aktolun M [18]
  • Clausen RP [18]
  • Gangwar SP [18]
  • Kurnikova MG [18]
  • Newton TP [18]
  • Sobolevsky AI [18]
  • Yelshanskaya MV [18]
  • Yen LY [18]
  • Gorman J [10]
  • Kwong PD [10]
  • Zhang B [10]
  • Ando N [9]
  • Bhatt N [9]
  • Bimela J [9]
  • Cerutti G [9]
  • Chuang GY [9]
  • Ho DD [9]
  • Katsamba PS [9]
  • Miller RC [9]
  • Olia AS [9]
  • Patterson MG [9]
  • Pei X [9]
  • Rapp M [9]
  • Shapiro L [9]
  • Wang P [9]
  • Ferrell S [8]
  • Ferrell SH [8]
  • Mondragon A [8]
  • Smith EM [8]
  • Tokars VL [8]
  • Tsybovsky Y [8]
  • Wang S [8]
  • Zhou T [8]
  • Boyington JC [7]
  • Friesner RA [7]
  • Mascola JR [7]
  • Nazzari A [7]
  • Sampson JM [7]
  • Sastry M [7]
  • Schon A [7]
  • Shi W [7]
  • Stephens T [7]
  • Stuckey J [7]
  • Teng IT [7]
  • Fraser JS [5]
  • Fujimori DG [5]
  • Klepacki D [5]
  • Lee DJ [5]
  • Mankin AS [5]
  • Stojkovic V [5]
  • Szal T [5]
  • Tsai K [5]
  • Vazquez-laslop N [5]
  • Young ID [5]
  • Acharya P [4]
  • Borgnia MJ [4]
  • Byrne BG [4]
  • Chung JM [4]
  • Durie CL [4]
  • Edwards RJ [4]
  • Gobeil SMC [4]
  • Haynes BF [4]
  • Henderson R [4]
  • Hsu AL [4]
  • Huang W [4]
  • Janowska K [4]
  • Knight T [4]
  • Kopp M [4]
  • Lacy DB [4]
  • Li D [4]
  • Mansouri K [4]
  • Ohi MD [4]
  • Parks R [4]
  • Sheedlo MJ [4]
  • Shi Y [4]
  • Stalls V [4]
  • Su M [4]
  • Sun D [4]
  • Swanson M [4]
  • Zhang C [4]
  • Belford AK [3]
  • Cohen T [3]
  • Conway JF [3]
  • Huet A [3]
  • Kim YJ [3]
  • Sang Z [3]
  • Schneidman-duhovny D [3]
  • Sun J [3]
  • Taylor DJ [3]
  • Xiang Y [3]
  • Aplin C [2]
  • Bahna F [2]
  • Cerione RA [2]
  • Feng S [2]
  • Guo Y [2]
  • Hojjatian A [2]
  • Huang Y [2]
  • Lee M [2]
  • Liu L [2]
  • Milano SK [2]

Author by ORCID

  • Sobolevsky AI [18]
  • Newton TP [18]
  • Aktolun M [18]
  • Kurnikova MG [18]
  • Gangwar SP [18]
  • Gorman J [10]
  • Kwong PD [10]
  • Ando N [9]
  • Miller RC [9]
  • Mondragon A [8]
  • Tokars VL [8]
  • Zhou T [8]
  • Smith EM [8]
  • Cerutti G [8]
  • Katsamba PS [8]
  • Sampson JM [7]
  • Nazzari A [7]
  • Mankin AS [5]
  • Fujimori DG [5]
  • Fraser JS [5]
  • Vazquez-laslop N [5]
  • Young ID [5]
  • Mansouri K [4]
  • Borgnia MJ [4]
  • Gobeil SMC [4]
  • Acharya P [4]
  • Stalls V [4]
  • Sheedlo MJ [4]
  • Durie CL [4]
  • Chung JM [4]
  • Henderson R [4]
  • Ohi MD [4]
  • Hsu AL [4]
  • Lacy DB [4]
  • Swanson M [4]
  • Edwards RJ [4]
  • Feng S [2]
  • Aplin C [2]
  • Nguyen TT [2]
  • Cerione RA [2]
  • Wang S [1]
  • Maruthi K [1]
  • Guo Y [1]
  • Kibler RD [1]
  • Pozzo LD [1]
  • Daubenberger C [1]
  • Hsia Y [1]
  • Foglierini M [1]
  • Malone B [1]
  • Baker D [1]
  • Rosenzweig AC [1]
  • Shapiro L [1]
  • Chiang HT [1]
  • Tong L [1]
  • Piccoli L [1]
  • Chen J [1]
  • Lanzavecchia A [1]
  • Rapp M [1]
  • Hoffman BM [1]
  • Olinares PDB [1]
  • Lee M [1]
  • Nair MS [1]
  • Coudray N [1]
  • Tan J [1]
  • Eng ET [1]
  • Geiger R [1]
  • Vatandaslar H [1]
  • Favor A [1]
  • Redler RL [1]
  • Bhabha G [1]
  • Kapoor TM [1]
  • Lubner JM [1]
  • Wang P [1]
  • Reddem ER [1]
  • Liu L [1]
  • Chait BT [1]
  • Chen Y [1]
  • Sallusto F [1]
  • Borst AJ [1]

Journal

  • NAT COMMUN [33]
  • ACTA CRYSTALLOGR D STRUCT BIOL [11]
  • CELL HOST MICROBE [9]
  • NAT STRUCT MOL BIOL [9]
  • STRUCTURE [8]
  • BIORXIV [5]
  • ELIFE [4]
  • INT J MOL SCI [2]
  • PROTEIN SCI [2]
  • CELL [1]
  • NAT CATAL [1]
  • NAT MATER [1]
  • NATURE [1]
  • TO BE PUBLISHED [1]

Software

  • CRYOSPARC [43]
  • RELION [6]
  • CISTEM [5]

Microscope

  • TFS KRIOS [39]
  • FEI TITAN KRIOS [30]
  • FEI TECNAI ARCTICA [1]

Electron Source

  • FIELD EMISSION GUN [69]
  • OTHER [1]

Film or detector model

  • GATAN K3 6K X 4K [30]
  • GATAN K3 BIOQUANTUM 6K X 4K [30]
  • GATAN K2 SUMMIT 4K X 4K [6]
  • FEI FALCON III 4K X 4K [2]
  • FEI FALCON IV 4K X 4K [2]

External links

  • AlphaFold DB [53]
  • UniProt [53]
  • PDB [52]
  • PDBe-Kb [44]
  • Pfam [39]
  • InterPro [37]
  • ChEBI [34]
  • ChEMBL [33]
  • Gene Ontology [29]
  • DrugBank [24]
  • Complex Portal [20]
  • EMPIAR [3]
  • SCOP2 [1]