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Showing 1 - 50 of 65 items for (author: korkhov & vm)

EMDB-50135:
Cryo-EM structure of SV2B-Hc-A1 complex
Method: single particle / : Khanppnavar B, Leka O, Korkhov V, Kammerer R

EMDB-50138:
Cryo-EM structure of Botulinum neurotoxin A LC-HN domain
Method: single particle / : Khanppnavar B, Leka O, Korkhov V, Kammerer R

EMDB-50139:
Cryo-EM structure of Botulinum neurotoxin A
Method: single particle / : Khanppnavar B, Leka O, Korkhov V, Kammerer R

EMDB-50146:
Focused refinement of SV2B luminal domain and BoNT/A1 complex
Method: single particle / : Khanppnavar B, Leka O, Korkhov V, Kammerer R

EMDB-50147:
Cryo-EM structure of SV2B-BoNT/A1 complex
Method: single particle / : Khanppnavar B, Leka O, Korkhov V, Kammerer R

EMDB-50151:
Cryo-EM structure of SV2B-BoNT/A1 complex at pH 5.5
Method: single particle / : Khanppnavar B, Leka O, Korkhov V, Kammerer R

EMDB-50154:
Focused refinement of BoNT/A1 bound to SV2B at pH 5.5
Method: single particle / : Khanppnavar B, Leka O, Korkhov V, Kammerer R

EMDB-50158:
Focused refinement of SV2B-LD-HcA1 at pH 5.5
Method: single particle / : Khanppnavar B, Leka O, Korkhov V, Kammerer R

EMDB-50163:
Focused refinement of BoNT/A1 LC domain bound to SV2B at pH 5.5
Method: single particle / : Khanppnavar B, Leka O, Korkhov V, Kammerer R

EMDB-50166:
Focused refinement of SV2B-LD-BoNT/A1 at pH 5.5
Method: single particle / : Khanppnavar B, Leka O, Korkhov V, Kammerer R

EMDB-18989:
human connexin36 gap junction channel in complex with quinidine
Method: single particle / : Ding XY, Blum TB, Korkhov VM

EMDB-18446:
Connexin-32 gap junction channel in complex with 2-aminoethoxydiphenyl borate
Method: single particle / : Lavriha P, Korkhov VM, Han Y

EMDB-18447:
Connexin-32 gap junction channel in complex with mefloquine
Method: single particle / : Lavriha P, Korkhov VM, Han Y

EMDB-18457:
Connexin-32 hemichannel upon addition of 2-aminoetoxydiphenyl borate
Method: single particle / : Lavriha P, Korkhov VM, Han Y

EMDB-18463:
Connexin-32 hemichannel upon addition of mefloquine
Method: single particle / : Lavriha P, Korkhov VM, Han Y

EMDB-18468:
Connexin-43 gap junction channel in complex with mefloquine
Method: single particle / : Lavriha P, Korkhov VM, Han Y

EMDB-36488:
Structure of Duffy Antigen Receptor for Chemokines (DARC)/ACKR1 in complex with the chemokine, CCL7 (Composite map)
Method: single particle / : Banerjee R, Khanppnavar B, Maharana J, Saha S, Korkhov VM, Shukla AK

EMDB-37212:
Structure of Duffy Antigen Receptor for Chemokines (DARC)/ACKR1 in complex with the chemokine, CCL7 (Receptor original map)
Method: single particle / : Banerjee R, Khanppnavar B, Maharana J, Saha S, Korkhov VM, Shukla AK

EMDB-37214:
Structure of Duffy Antigen Receptor for Chemokines (DARC)/ACKR1 in complex with the chemokine, CCL7 (Ligand/CCL7 focused map)
Method: single particle / : Banerjee R, Khanppnavar B, Maharana J, Saha S, Korkhov VM, Shukla AK

EMDB-18540:
human connexin-36 gap junction channel in complex with mefloquine
Method: single particle / : Ding XY, Blum TB, Korkhov VM

EMDB-18987:
human connexin-36 gap junction channel
Method: single particle / : Ding XY, Blum TB, Korkhov VM

EMDB-18988:
human connexin-36 gap junction channel in complex with quinine
Method: single particle / : Ding XY, Blum TB, Korkhov VM

EMDB-17785:
Cryo-EM structure of styrene oxide isomerase bound to benzylamine inhibitor
Method: single particle / : Khanppnavar B, Korkhov V, Li X

EMDB-17786:
Cryo-EM structure of styrene oxide isomerase
Method: single particle / : Khanppnavar B, Korkhov B, Li X

EMDB-16255:
Focus refinement of soluble domain of Adenylyl cyclase 8 bound to stimulatory G protein, Forskolin, ATPalphaS, and Ca2+/Calmodulin in lipid nanodisc conditions
Method: single particle / : Khanppnavar B, Korkhov VM

EMDB-16249:
Structure of Adenylyl cyclase 8 bound to stimulatory G protein, Forskolin, ATPalphaS, and Ca2+/Calmodulin in lipid nanodisc
Method: single particle / : Khanppnavar B, Korkhov VM

EMDB-16252:
Structure of Adenylyl cyclase 8 bound to stimulatory G-protein, Ca2+/Calmodulin, Forskolin and MANT-GTP
Method: single particle / : Khanppnavar B, Korkhov VM, Mehta V

EMDB-16253:
Focused refinement of soluble domain of Adenylyl cyclase 8 bound to stimulatory G-protein, Ca2+/Calmodulin, Forskolin and MANT-GTP
Method: single particle / : Khanppnavar B, Korkhov VM, Mehta V

EMDB-16254:
Focused refinement of transmembrane domain of Adenylyl cyclase 8 bound to stimulatory G-protein, Ca2+/Calmodulin, Forskolin and MANT-GTP
Method: single particle / : Khanppnavar B, Korkhov VM, Mehta V

EMDB-15010:
cryo-EM structure of Connexin 32 gap junction channel
Method: single particle / : Qi C, Korkhov VM

EMDB-15011:
cryo-EM structure of Connexin 32 gap junction channel
Method: single particle / : Qi C, Korkhov VM

EMDB-15012:
cryo-EM structure of Connexin 32 gap junction channel
Method: single particle / : Qi C, Korkhov VM

EMDB-15013:
cryo-EM structure of Connexin 32 R22G mutation gap junction channel
Method: single particle / : Qi C, Korkhov VM

EMDB-15014:
cryo-EM structure of Connexin 32 R22G mutation hemi channel
Method: single particle / : Qi C, Korkhov VM

EMDB-15016:
cryo-EM structure of Connexin 32 W3S mutation hemi channel
Method: single particle / : Qi C, Korkhov VM

EMDB-16311:
Structure of the rod CNG channel bound to calmodulin
Method: single particle / : Marino J

EMDB-16313:
The structure of the rod CNG channel bound to calmodulin
Method: single particle / : Marino J

EMDB-14452:
Connexin43 gap junction channel structure in digitonin
Method: single particle / : Qi C, Korkhov MV

EMDB-14455:
Connexin43 gap junction channel structure in nanodisc
Method: single particle / : Qi C, Korkhov MV

EMDB-14456:
Connexin43 gap junction channel structure in digitonin
Method: single particle / : Qi C, Korkhov MV

EMDB-14716:
Structure of human OCT3 in lipid nanodisc
Method: single particle / : Khanppnavar B, Korkhov V, Qi C

EMDB-14725:
Structure of human OCT3 in complex with inhibitor Corticosterone
Method: single particle / : Khanppnavar B, Korkhov V, Qi C

EMDB-14728:
Structure of human OCT3 in complex with inhibitor decynium-22
Method: single particle / : Khanppnavar B, Korkhov V, Qi C

EMDB-14388:
Structure of Mycobacterium tuberculosis adenylyl cyclase Rv1625c / Cya
Method: single particle / : Mehta V, Khanppnavar B

EMDB-14389:
Structure of Mycobacterium tuberculosis adenylyl cyclase Rv1625c / Cya
Method: single particle / : Mehta V, Khanppnavar B

EMDB-13336:
focus refinement of soluble domain of adenylyl cyclase 9 in complex with Gs protein alpha subunit and MANT-GTP
Method: single particle / : Qi C, Korkhov VM

EMDB-13330:
structure of Adenylyl cyclase 9 in complex with MANT-GTP
Method: single particle / : Qi C, Korkhov VM

EMDB-13331:
Structure of Adenylyl cyclase 9 in complex with DARPin C4 and MANT-GTP
Method: single particle / : Qi C, Korkhov VM

EMDB-13334:
Focus refinement of soluble domain of Adenylyl cyclase 9 in complex with DARPin C4 and MANT-GTP
Method: single particle / : Qi C, Korkhov VM

EMDB-13335:
Structure of Adenylyl cyclase 9 in complex with Gs protein alpha subunit and MANT-GTP
Method: single particle / : Qi C, Korkhov VM

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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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