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Showing 1 - 50 of 7,312 items for (author: sen & a)

EMDB-70909:
Heteromeric GluA1/A2 in the inactive state, consensus refinement of LBD-TMD
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70910:
Heteromeric GluA1/A2 in the inactive state, transmembrane domain (TMD)
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70911:
Heteromeric GluA1/A2 in the inactive state, ligand binding domain (LBD)
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70912:
Heteromeric GluA1/A2 in the inactive state, composite map of LBD-TMD
Method: single particle / : Yen LY, Sobolevsky AI, Newton TP, Gangwar SP

EMDB-70913:
Heteromeric GluA1/A2 in the activated state, consensus refinement of ATD-LBD-TMD
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70914:
Heteromeric GluA1/A2 in the activated state, ligand binding domain (LBD)
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70915:
Heteromeric GluA1/A2 in the activated state, transmembrane domain (TMD)
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70916:
Heteromeric GluA1/A2-CNIH1 in the activated state, consensus refinement of LBD-TMD
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70917:
Heteromeric GluA1/A2-CNIH1 in the activated state, ligand binding domain (LBD)
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70918:
Heteromeric GluA1/A2-CNIH1 in the activated state, transmembrane domain (TMD)
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70919:
Composite map of GluA1/A2 in the activated state, in complex with positive allosteric modulator (R,R)-2b and agonist glutamate (ATD-LBD-TMD)
Method: single particle / : Yen LY, Sobolevsky AI, Newton TP, Gangwar SP

EMDB-70920:
Heteromeric GluA1/A2-CNIH1 in the activated state, composite map of LBD-TMD
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70921:
Heteromeric GluA1/A2 in the desensitized state, consensus refinement of ATD-LBD-TMD
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70922:
Heteromeric GluA1/A2 in the desensitized state, amino-terminal domain (ATD)
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70923:
Heteromeric GluA1/A2 in the desensitized state, ligand binding domain (LBD)
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70924:
Heteromeric GluA1/A2 in the desensitized state, transmembrane domain (TMD)
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-70925:
Heteromeric GluA1/A2 in the desensitized state, composite map of ATD-LBD-TMD
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-75274:
Heteromeric GluA1/A2 in the activated state, amino-terminal domain (ATD)
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

PDB-9ovt:
Heteromeric GluA1/A2 in the inactive state, composite map of LBD-TMD
Method: single particle / : Yen LY, Sobolevsky AI, Newton TP, Gangwar SP

PDB-9ovu:
Composite map of GluA1/A2 in the activated state, in complex with positive allosteric modulator (R,R)-2b and agonist glutamate (ATD-LBD-TMD)
Method: single particle / : Yen LY, Sobolevsky AI, Newton TP, Gangwar SP

PDB-9ovv:
Heteromeric GluA1/A2-CNIH1 in the activated state, composite map of LBD-TMD
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

PDB-9ovw:
Heteromeric GluA1/A2 in the desensitized state, composite map of ATD-LBD-TMD
Method: single particle / : Yen LY, Newton TP, Gangwar SP, Sobolevsky AI

EMDB-53238:
Invasive protrusion of a flam-del-412-St2 Drosophila follicle
Method: electron tomography / : Voichek M, Bernhard A, Brennecke J

EMDB-49923:
Subtomogram average of nucleosome structure extracted from the HeLa cell nuclei
Method: subtomogram averaging / : Zhou H, Hutchings J, Villa E, Rosen M

EMDB-64478:
The helicase-primase complex from HHV1 bound with ssDNA and amenamevir
Method: single particle / : Sato K, Kise Y, Hamada K, Nureki O, Sengoku T

EMDB-64479:
The helicase module of the helicase-primase complex from HHV1 bound with ssDNA and amenamevir
Method: single particle / : Sato K, Kise Y, Hamada K, Nureki O, Sengoku T

EMDB-64480:
The primase module of the helicase-primase complex from HHV1 bound with ssDNA and amenamevir
Method: single particle / : Sato K, Kise Y, Hamada K, Nureki O, Sengoku T

EMDB-64481:
The helicase-primase complex from HHV1 bound with ssDNA and pritelivir
Method: single particle / : Sato K, Kise Y, Hamada K, Nureki O, Sengoku T

EMDB-64482:
The helicase module of the helicase-primase complex from HHV1 bound with ssDNA and pritelivir
Method: single particle / : Sato K, Kise Y, Hamada K, Nureki O, Sengoku T

EMDB-64483:
The Primase module of the helicase-primase complex from HHV1 bound with ssDNA and pritelivir
Method: single particle / : Sato K, Kise Y, Hamada K, Nureki O, Sengoku T

PDB-9ut1:
The helicase-primase complex from HHV1 bound with ssDNA and amenamevir
Method: single particle / : Sato K, Kise Y, Hamada K, Nureki O, Sengoku T

PDB-9ut3:
The helicase module of the helicase-primase complex from HHV1 bound with ssDNA and amenamevir
Method: single particle / : Sato K, Kise Y, Hamada K, Nureki O, Sengoku T

PDB-9ut4:
The primase module of the helicase-primase complex from HHV1 bound with ssDNA and amenamevir
Method: single particle / : Sato K, Kise Y, Hamada K, Nureki O, Sengoku T

PDB-9ut5:
The helicase-primase complex from HHV1 bound with ssDNA and pritelivir
Method: single particle / : Sato K, Kise Y, Hamada K, Nureki O, Sengoku T

PDB-9ut6:
The helicase module of the helicase-primase complex from HHV1 bound with ssDNA and pritelivir
Method: single particle / : Sato K, Kise Y, Hamada K, Nureki O, Sengoku T

PDB-9ut7:
The Primase module of the helicase-primase complex from HHV1 bound with ssDNA and pritelivir
Method: single particle / : Sato K, Kise Y, Hamada K, Nureki O, Sengoku T

EMDB-53275:
Subtomogram average of nucleosome from NIH3T3 cells, class 1
Method: subtomogram averaging / : Zhou H, Hutchings J, Villa E, Rosen M

EMDB-49924:
Subtomogram averaging of nucleosomes in reconstituted chromatin condensates
Method: subtomogram averaging / : Zhou H, Hutchings J, Villa E, Rosen M

EMDB-49929:
Subtomogram average of nucleosome from NIH3T3 cells, class 2
Method: subtomogram averaging / : Zhou H, Hutchings J, Villa E, Rosen M

EMDB-63691:
At S3 trimer
Method: single particle / : Zhang SS

EMDB-63692:
At S1+2S3 trimer
Method: single particle / : Zhang SS

EMDB-63695:
At 2S1+S3-tRNA trimer
Method: single particle / : Zhang SS

PDB-9m7r:
At S3 trimer
Method: single particle / : Zhang SS

PDB-9m7s:
At S1+2S3 trimer
Method: single particle / : Zhang SS

PDB-9m7w:
At 2S1+S3-tRNA trimer
Method: single particle / : Zhang SS

EMDB-74914:
High-resolution cryo-EM structure of KdpFABC in the E2 state in lipid nanodisc
Method: single particle / : Hussein AK, Zhang X, Pedersen BP, Stokes DL

PDB-9zwo:
High-resolution cryo-EM structure of KdpFABC in the E2 state in lipid nanodisc
Method: single particle / : Hussein AK, Zhang X, Pedersen BP, Stokes DL

EMDB-74910:
High-resolution cryo-EM structure of KdpFABC in the E1 state in lipid nanodisc
Method: single particle / : Hussein AK, Zhang X, Pedersen BP, Stokes DL

PDB-9zwk:
High-resolution cryo-EM structure of KdpFABC in the E1 state in lipid nanodisc
Method: single particle / : Hussein AK, Zhang X, Pedersen BP, Stokes DL

EMDB-70627:
Cryo-EM structure of a tetrameric XRCC3-RAD51C-RAD51D-XRCC2 complex
Method: single particle / : Ruben EA, Jia L, Olsen SK, Wasmuth EV, Rawal Y, Kwon Y, Sung P

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Feb 9, 2022. New format data for meta-information of EMDB entries

New format data for meta-information of EMDB entries

  • Version 3 of the EMDB header file is now the official format.
  • The previous official version 1.9 will be removed from the archive.

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Oct 5, 2021. Nobel Prize for mechanically activated and temperature-gated ion channels

Nobel Prize for mechanically activated and temperature-gated ion channels

  • The Nobel Prize in Physiology or Medicine 2021 was awarded jointly to David Julius and Ardem Patapoutian "for their discoveries of receptors for temperature and touch."
  • EM Navigator can help to find cryo-EM structure data by both pioneers.

External links:The Nobel Prize in Physiology or Medicine 2021 - NobelPrize.org / Structure data by Ardem Patapoutian / Structure data by David Julius

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