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Showing 1 - 50 of 117 items for (author: manglik & a)

EMDB-47914:
Human P2RY8 bound to S-geranylgeranyl-L-glutathione in complex with miniG13 (transmembrane domain)
Method: single particle / : Billesboelle CB, Manglik A

EMDB-47912:
Human P2RY8 bound to S-geranylgeranyl-L-glutathione in complex with miniG13
Method: single particle / : Billesboelle CB, Manglik A

PDB-9ecj:
Human P2RY8 bound to S-geranylgeranyl-L-glutathione in complex with miniG13
Method: single particle / : Billesboelle CB, Manglik A

EMDB-71783:
Locally-refined structure of alpha2a adrenergic receptor in complex with Go heterotrimer, scFv16, and compound Z7149
Method: single particle / : Srinivasan K, Wu Y, Billesboelle C, Kim JY, Manglik A, Shoichet BK

PDB-9pqd:
Locally-refined structure of alpha2a adrenergic receptor in complex with Go heterotrimer, scFv16, and compound Z7149
Method: single particle / : Srinivasan K, Wu Y, Billesboelle C, Kim JY, Manglik A, Shoichet BK

EMDB-71718:
Locally-refined structure of alpha2a adrenergic receptor in complex with Go heterotrimer, scFv16, and N-(5-methylnaphthalen-1-yl)pyridin-4-amine (compound 4905)
Method: single particle / : Srinivasan K, Xu X, Mailhot O, Manglik A, Shoichet B

PDB-9pln:
Locally-refined structure of alpha2a adrenergic receptor in complex with Go heterotrimer, scFv16, and N-(5-methylnaphthalen-1-yl)pyridin-4-amine (compound 4905)
Method: single particle / : Srinivasan K, Xu X, Mailhot O, Manglik A, Shoichet B

EMDB-71719:
Structure of alpha2a adrenergic receptor in complex with Go heterotrimer, scFv16, and N-(5-methylnaphthalen-1-yl)pyridin-4-amine (compound 4905)
Method: single particle / : Srinivasan K, Xu X, Mailhot O, Manglik A, Shoichet B

PDB-9plo:
Structure of alpha2a adrenergic receptor in complex with Go heterotrimer, scFv16, and N-(5-methylnaphthalen-1-yl)pyridin-4-amine (compound 4905)
Method: single particle / : Srinivasan K, Xu X, Mailhot O, Manglik A, Shoichet B

EMDB-48524:
Inactive Mu-Opioid Receptor with Nb6M, NabFab, and isoquinuclidine compound #33
Method: single particle / : Kim JY, Vigneron SF, Billesbolle C, Manglik A, Shoichet BK

EMDB-48525:
Inactive Mu-Opioid Receptor with Nb6M, NabFab, and isoquinuclidine compound#020_E1
Method: single particle / : Kim JY, Vigneron SF, Billesbolle C, Manglik A, Shoichet BK

EMDB-48526:
Locally-refined Inactive Mu-Opioid Receptor with Nb6M, NabFab, and isoquinuclidine compound #020_E1
Method: single particle / : Kim JY, Vigneron SF, Billesbolle C, Manglik A, Shoichet BK

EMDB-48527:
Inactive Kappa-Opioid Receptor with Nb6M, NabFab, and isoquinuclidine compound #020_E1
Method: single particle / : Kim JY, Vigneron SF, Billesbolle C, Manglik A, Shoichet BK

EMDB-48528:
Locally-Refined Inactive Kappa-Opioid Receptor with Nb6M, NabFab, and isoquinuclidine compound #020_E1
Method: single particle / : Kim JY, Vigneron SF, Billesbolle C, Manglik A, Shoichet BK

PDB-9mqh:
Inactive Mu-Opioid Receptor with Nb6M, NabFab, and isoquinuclidine compound #33
Method: single particle / : Kim JY, Vigneron SF, Billesbolle C, Manglik A, Shoichet BK

PDB-9mqi:
Inactive Mu-Opioid Receptor with Nb6M, NabFab, and isoquinuclidine compound #020_E1
Method: single particle / : Kim JY, Vigneron SF, Billesbolle C, Manglik A, Shoichet BK

PDB-9mqj:
Locally-refined Inactive Mu-Opioid Receptor with Nb6M, NabFab, and isoquinuclidine compound #020_E1
Method: single particle / : Kim JY, Vigneron SF, Billesbolle C, Manglik A, Shoichet BK

PDB-9mqk:
Inactive Kappa-Opioid Receptor with Nb6M, NabFab, and isoquinuclidine compound #020_E1
Method: single particle / : Kim JY, Vigneron SF, Billesbolle C, Manglik A, Shoichet BK

PDB-9mql:
Locally-Refined Inactive Kappa-Opioid Receptor with Nb6M, NabFab, and isoquinuclidine compound #020_E1
Method: single particle / : Kim JY, Vigneron SF, Billesbolle C, Manglik A, Shoichet BK

EMDB-44548:
Human proton sensing receptor GPR65 in complex with miniGs - focused map of 7TM
Method: single particle / : Howard MK, Hoppe N, Huang XP, Macdonald CB, Mehrotra E, Rockefeller Grimes P, Zahm AM, Trinidad DD, English J, Coyote-Maestas W, Manglik A

EMDB-44549:
Human proton sensing receptor GPR65 in complex with miniGs
Method: single particle / : Howard MK, Hoppe N, Huang XP, Macdonald CB, Mehrotra E, Rockefeller Grimes P, Zahm AM, Trinidad DD, English J, Coyote-Maestas W, Manglik A

EMDB-44550:
Human proton sensing receptor GPR68 in complex with miniGs
Method: single particle / : Howard MK, Hoppe N, Huang XP, Macdonald CB, Mehrotra E, Rockefeller Grimes P, Zahm AM, Trinidad DD, English J, Coyote-Maestas W, Manglik A

PDB-9bhl:
Human proton sensing receptor GPR65 in complex with miniGs
Method: single particle / : Howard MK, Hoppe N, Huang XP, Macdonald CB, Mehrotra E, Rockefeller Grimes P, Zahm AM, Trinidad DD, English J, Coyote-Maestas W, Manglik A

PDB-9bhm:
Human proton sensing receptor GPR68 in complex with miniGs
Method: single particle / : Howard MK, Hoppe N, Huang XP, Macdonald CB, Mehrotra E, Rockefeller Grimes P, Zahm AM, Trinidad DD, English J, Coyote-Maestas W, Manglik A

EMDB-44560:
Human proton sensing receptor GPR68 in complex with miniGsq
Method: single particle / : Howard MK, Hoppe N, Huang XP, Macdonald CB, Mehrotra E, Rockefeller Grimes P, Zahm AM, Trinidad DD, English J, Coyote-Maestas W, Manglik A

EMDB-44561:
Human proton sensing receptor GPR68 in complex with miniGsq - focused map of 7TM
Method: single particle / : Howard MK, Hoppe N, Huang XP, Macdonald CB, Mehrotra E, Rockefeller Grimes P, Zahm AM, Trinidad DD, English J, Coyote-Maestas W, Manglik A

EMDB-44596:
Human proton sensing receptor GPR4 in complex with miniGs - focused map of 7TM
Method: single particle / : Howard MK, Hoppe N, Huang XP, Macdonald CB, Mehrotra E, Rockefeller Grimes P, Zahm AM, Trinidad DD, English J, Coyote-Maestas W, Manglik A

EMDB-44597:
Human proton sensing receptor GPR4 in complex with miniGs
Method: single particle / : Howard MK, Hoppe N, Huang XP, Macdonald CB, Mehrotra E, Rockefeller Grimes P, Zahm AM, Trinidad DD, English J, Coyote-Maestas W, Manglik A

PDB-9bi6:
Human proton sensing receptor GPR68 in complex with miniGsq
Method: single particle / : Howard MK, Hoppe N, Huang XP, Macdonald CB, Mehrotra E, Rockefeller Grimes P, Zahm AM, Trinidad DD, English J, Coyote-Maestas W, Manglik A

PDB-9bip:
Human proton sensing receptor GPR4 in complex with miniGs
Method: single particle / : Howard MK, Hoppe N, Huang XP, Macdonald CB, Mehrotra E, Rockefeller Grimes P, Zahm AM, Trinidad DD, English J, Coyote-Maestas W, Manglik A

EMDB-45876:
Consensus olfactory receptor consOR1 bound to L-menthol and in complex with mini-Gs trimeric protein (transmembrane domain)
Method: single particle / : Billesboelle CB, Del Torrent CL, Manglik A

EMDB-45879:
Consensus olfactory receptor consOR2 bound to S-carvone and in complex with mini-Gs trimeric protein (transmembrane domain)
Method: single particle / : Billesboelle CB, Del Torrent CL, Manglik A

EMDB-45881:
Consensus olfactory receptor consOR51 in complex with mini-Gs trimeric protein (transmembrane domain)
Method: single particle / : Billesboelle CB, Del Torrent CL, Manglik A

EMDB-42785:
Consensus olfactory receptor consOR51 in complex with
Method: single particle / : Billesboelle CB, Manglik A

EMDB-45880:
Consensus olfactory receptor consOR4 bound to 2-methylthiazoline and in complex with mini-Gs trimeric protein (transmembrane domain)
Method: single particle / : Billesboelle CB, Del Torrent CL, Manglik A

EMDB-42786:
Consensus olfactory receptor consOR51 in complex with mini-Gs trimeric protein
Method: single particle / : Billesboelle CB, Del Torrent CL, Manglik A

EMDB-42789:
Consensus olfactory receptor consOR1 bound to L-menthol and in complex with mini-Gs trimeric protein
Method: single particle / : Billesboelle CB, Del Torrent CL, Manglik A

EMDB-42791:
Consensus olfactory receptor consOR2 bound to S-carvone and in complex with mini-Gs trimeric protein
Method: single particle / : Billesboelle CB, Del Torrent CL, Manglik A

EMDB-42817:
Consensus olfactory receptor consOR4 bound to 2-methylthiazoline and in complex with mini-Gs trimeric protein
Method: single particle / : Billesboelle CB, Del Torrent CL, Manglik A

PDB-8uxv:
Consensus olfactory receptor consOR51 in complex with mini-Gs trimeric protein
Method: single particle / : Billesboelle CB, Del Torrent CL, Manglik A

PDB-8uxy:
Consensus olfactory receptor consOR1 bound to L-menthol and in complex with mini-Gs trimeric protein
Method: single particle / : Billesboelle CB, Del Torrent CL, Manglik A

PDB-8uy0:
Consensus olfactory receptor consOR2 bound to S-carvone and in complex with mini-Gs trimeric protein
Method: single particle / : Billesboelle CB, Del Torrent CL, Manglik A

PDB-8uyq:
Consensus olfactory receptor consOR4 bound to 2-methylthiazoline and in complex with mini-Gs trimeric protein
Method: single particle / : Billesboelle CB, Del Torrent CL, Manglik A

EMDB-40603:
GPR161 Gs heterotrimer
Method: single particle / : Hoppe N, Manglik A, Harrison S

PDB-8smv:
GPR161 Gs heterotrimer
Method: single particle / : Hoppe N, Manglik A, Harrison S

EMDB-18541:
Structure of the mu opioid receptor bound to the antagonist nanobody NbE
Method: single particle / : Yu J, Kumar A, Zhang X, Martin C, Raia P, Manglik A, Ballet S, Boland A, Stoeber M

PDB-8qot:
Structure of the mu opioid receptor bound to the antagonist nanobody NbE
Method: single particle / : Yu J, Kumar A, Zhang X, Martin C, Raia P, Manglik A, Ballet S, Boland A, Stoeber M

EMDB-29659:
CryoEM structure of nuclear GAPDH under 8h Oxidative Stress
Method: single particle / : Choi WY, Wu H, Cheng YF, Manglik A

EMDB-29660:
CryoEM structure of cytosolic GAPDH under 8h Oxidative Stress
Method: single particle / : Choi WY, Wu H, Cheng YF, Manglik A

EMDB-29661:
CryoEM structure of cytosolic GAPDH under 8h Oxidative Stress, class2
Method: single particle / : Choi WY, Wu H, Cheng YF, Manglik A

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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.
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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."
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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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