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Showing 1 - 50 of 242 items for (author: dahl & g)

EMDB-72178:
Cereblon Ternary Complex with Blimp1 and compound 5
Method: single particle / : Watson ER, Lander GC

PDB-9q33:
Cereblon Ternary Complex with Blimp1 and compound 5
Method: single particle / : Watson ER

EMDB-52416:
a5b3 GABAAR bound to GABA and Mb25 in a desensitized state in saposin nanodiscs after short GABA treatment
Method: single particle / : Cowgill J, Fan C, Howard RJ, Lindahl E

PDB-9hum:
a5b3 GABAAR bound to GABA and Mb25 in a desensitized state in saposin nanodiscs after short GABA treatment
Method: single particle / : Cowgill J, Fan C, Howard RJ, Lindahl E

EMDB-52312:
a5b3 GABAA Receptor bound to GABA and Mb25 in desensitized state in detergent micelles
Method: single particle / : Cowgill J, Fan C, Howard RJ, Lindahl E

PDB-9hnq:
a5b3 GABAA Receptor bound to GABA and Mb25 in desensitized state in detergent micelles
Method: single particle / : Cowgill J, Fan C, Howard RJ, Lindahl E

EMDB-52315:
a5b3 GABAAR bound to Etomidate, GABA, and Mb25 in a desensitized state in saposin nanodiscs
Method: single particle / : Cowgill J, Fan C, Howard RJ, Lindahl E

PDB-9hnt:
a5b3 GABAAR bound to Etomidate, GABA, and Mb25 in a desensitized state in saposin nanodiscs
Method: single particle / : Cowgill J, Fan C, Howard RJ, Lindahl E

EMDB-52314:
a5b3 GABAAR bound to GABA and Mb25 in a desensitized state in saposin nanodiscs after long GABA treatment
Method: single particle / : Cowgill J, Fan C, Howard RJ, Lindahl E

PDB-9hns:
a5b3 GABAAR bound to GABA and Mb25 in a desensitized state in saposin nanodiscs after long GABA treatment
Method: single particle / : Cowgill J, Fan C, Howard RJ, Lindahl E

EMDB-52313:
a5b3 GABAA Receptor in 1 a5 to 4 b3 stoichiometry in desensitized state
Method: single particle / : Cowgill J, Fan C, Howard RJ, Lindahl E

PDB-9hnr:
a5b3 GABAA Receptor in 1 a5 to 4 b3 stoichiometry in desensitized state
Method: single particle / : Cowgill J, Fan C, Howard RJ, Lindahl E

EMDB-52098:
CryoEM structure of mouse Panx1 phosphorylated in vitro by Src, narrow conformation
Method: single particle / : Zhang Q, Gaullier G, Mim C

EMDB-52099:
CryoEM structure of mouse Panx1 phosphorylated in vitro by Src, wide conformation
Method: single particle / : Zhang Q, Gaullier G, Mim C

EMDB-52100:
CryoEM structure of mouse Panx1 phosphorylated in vitro by Src
Method: single particle / : Zhang Q, Gaullier G, Mim C

EMDB-52101:
CryoEM structure of mouse Panx1-R75A, narrow conformation
Method: single particle / : Zhang Q, Gaullier G, Mim C

EMDB-52102:
CryoEM structure of mouse Panx1-R75A, wide conformation
Method: single particle / : Zhang Q, Gaullier G, Mim C

EMDB-52103:
CryoEM structure of mouse Panx1-R75A
Method: single particle / : Zhang Q, Gaullier G, Mim C

EMDB-52104:
CryoEM structure of mouse Panx1-W74A
Method: single particle / : Zhang Q, Gaullier G, Mim C

EMDB-52105:
CryoEM structure of dephosphorylated mouse Panx1
Method: single particle / : Zhang Q, Gaullier G, Mim C

EMDB-52106:
CryoEM structure of mouse Panx1-Y308E
Method: single particle / : Zhang Q, Gaullier G, Mim C

PDB-9hev:
CryoEM structure of mouse Panx1 phosphorylated in vitro by Src, narrow conformation
Method: single particle / : Gaullier G, Zhang Q, Mim C, Dahl G

PDB-9hew:
CryoEM structure of mouse Panx1 phosphorylated in vitro by Src, wide conformation
Method: single particle / : Gaullier G, Zhang Q, Mim C, Dahl G

PDB-9hex:
CryoEM structure of mouse Panx1 phosphorylated in vitro by Src
Method: single particle / : Gaullier G, Zhang Q, Mim C, Dahl G

PDB-9hey:
CryoEM structure of mouse Panx1-R75A, narrow conformation
Method: single particle / : Gaullier G, Zhang Q, Mim C, Dahl G

PDB-9hez:
CryoEM structure of mouse Panx1-R75A, wide conformation
Method: single particle / : Gaullier G, Zhang Q, Mim C, Dahl G

PDB-9hf0:
CryoEM structure of mouse Panx1-R75A
Method: single particle / : Gaullier G, Zhang Q, Mim C, Dahl G

PDB-9hf1:
CryoEM structure of mouse Panx1-W74A
Method: single particle / : Gaullier G, Zhang Q, Mim C, Dahl G

PDB-9hf2:
CryoEM structure of dephosphorylated mouse Panx1
Method: single particle / : Gaullier G, Zhang Q, Mim C, Dahl G

PDB-9hf3:
CryoEM structure of mouse Panx1-Y308E
Method: single particle / : Gaullier G, Zhang Q, Mim C, Dahl G

EMDB-51980:
a5b3 GABAA Receptor resting state
Method: single particle / : Cowgill J, Fan C, Howard RJ, Lindahl E

PDB-9haa:
a5b3 GABAA Receptor resting state
Method: single particle / : Cowgill J, Fan C, Howard RJ, Lindahl E

EMDB-72086:
Cryo-EM structure of ternary complex BCL6-CRBN-DDB1 with BCL6-760 (LDD, local refined)
Method: single particle / : Zhu J, Fang W, Pagarigan B

PDB-9q03:
Cryo-EM structure of ternary complex BCL6-CRBN-DDB1 with BCL6-760 (LDD, local refined)
Method: single particle / : Zhu J, Fang W, Pagarigan B

EMDB-51107:
CryoEM structure of human rho1 GABAA receptor in complex with GABA and neurosteroid pregnanolone
Method: single particle / : Fan C, Howard RJ, Lindahl E

EMDB-51115:
CryoEM structure of human rho1 GABAA receptor in complex with neurosteroid pregnanolone
Method: single particle / : Fan C, Howard RJ, Lindahl E

EMDB-51117:
CryoEM structure of human rho1 GABAA receptor in complex with loreclezole
Method: single particle / : Fan C, Howard RJ, Lindahl E

EMDB-51118:
CryoEM structure of human rho1 GABAA receptor in complex with GABA and loreclezole
Method: single particle / : Fan C, Howard RJ, Lindahl E

EMDB-51078:
CryoEM structure of human rho1 GABAA receptor in complex with neurosteroid THDOC
Method: single particle / : Fan C, Howard RJ, Lindahl E

EMDB-50710:
CryoEM structure of human rho1 GABAA receptor in complex with CGP36742
Method: single particle / : Fan C, Howard RJ, Lindahl E

EMDB-50712:
CryoEM structure of human rho1 GABAA receptor in complex with THIP
Method: single particle / : Fan C, Howard RJ, Lindahl E

EMDB-50713:
CryoEM structure of human rho1 GABAA receptor in complex with (R)-GABOB in the desensitized state
Method: single particle / : Fan C, Howard RJ, Lindahl E

EMDB-50714:
CryoEM structure of human rho1 GABAA receptor in complex with (R)-GABOB in the primed state
Method: single particle / : Fan C, Howard RJ, Lindahl E

PDB-9frb:
CryoEM structure of human rho1 GABAA receptor in complex with CGP36742
Method: single particle / : Fan C, Howard RJ, Lindahl E

PDB-9fre:
CryoEM structure of human rho1 GABAA receptor in complex with THIP
Method: single particle / : Fan C, Howard RJ, Lindahl E

PDB-9frf:
CryoEM structure of human rho1 GABAA receptor in complex with (R)-GABOB in the desensitized state
Method: single particle / : Fan C, Howard RJ, Lindahl E

PDB-9frg:
CryoEM structure of human rho1 GABAA receptor in complex with (S)-GABOB in the desensitized state
Method: single particle / : Fan C, Howard RJ, Lindahl E

PDB-9frh:
CryoEM structure of human rho1 GABAA receptor in complex with (R)-GABOB in the primed state
Method: single particle / : Fan C, Howard RJ, Lindahl E

PDB-9fri:
CryoEM structure of human rho1 GABAA receptor in complex with (S)-GABOB in the primed state
Method: single particle / : Fan C, Howard RJ, Lindahl E

EMDB-70549:
Cryo-landed and laser rehydrated beta-galactosidase
Method: single particle / : Mertz KL, Jordahl D, Hemme CA, Probasco MD, Forbes DS, Ducos PL, Salome AZ, Quarmby ST, Grant T, Coon JJ

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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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