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Showing 1 - 50 of 29,465 items for (author: ma & p)

EMDB-46448:
CryoEM structure of PAR2 with endogenous tethered ligand.
Method: single particle / : Lyu Z, Lyu X, McGrath AP, Kang Y

EMDB-46571:
CryoEM structure of PAR1 with endogenous tethered ligand
Method: single particle / : Lyu X, Lyu Z, McGrath AP, Kang Y

EMDB-47687:
CryoEM structure of PAR2 with GB88
Method: single particle / : Lyu X, Lyu Z, Malyutin AG, McGrath AP, Kang Y

PDB-9d0a:
CryoEM structure of PAR2 with endogenous tethered ligand.
Method: single particle / : Lyu Z, Lyu X, McGrath AP, Kang Y

PDB-9d4z:
CryoEM structure of PAR1 with endogenous tethered ligand
Method: single particle / : Lyu X, Lyu Z, McGrath AP, Kang Y

PDB-9e7r:
CryoEM structure of PAR2 with GB88
Method: single particle / : Lyu X, Lyu Z, Malyutin AG, McGrath AP, Kang Y

EMDB-44913:
CryoEM structure of DPOR in the presence of ADP-AlF3
Method: single particle / : Kashyap R, Antony E

EMDB-47669:
CryoEM structure of BchN-BchB bound to Pchlide from the DPOR under turnover complex dataset
Method: single particle / : Kashyap R, Antony E

EMDB-47980:
CryoEM structure of BchN-BchB electron acceptor component protein of DPOR with Pchlide
Method: single particle / : Kashyap R, Antony E

PDB-9buo:
CryoEM structure of DPOR in the presence of ADP-AlF3
Method: single particle / : Kashyap R, Antony E

PDB-9e7h:
CryoEM structure of BchN-BchB bound to Pchlide from the DPOR under turnover complex dataset
Method: single particle / : Kashyap R, Antony E

PDB-9efu:
CryoEM structure of BchN-BchB electron acceptor component protein of DPOR with Pchlide
Method: single particle / : Kashyap R, Antony E

EMDB-62272:
Consensus map of Calcineurin-fusion Human endothelin receptor type-B in complex with RES-701-3
Method: single particle / : Shihoya W, Akasaka H, Nureki O

EMDB-62273:
focused on refinement endothelin receptor type-B of Calcineurin-fusion Human endothelin receptor type-B in complex with RES-701-3
Method: single particle / : Akasaka H, Shihoya W, Nureki O

EMDB-62274:
CryoEM structure of Calcineurin-fusion Human endothelin receptor type-B in complex with RES-701-3
Method: single particle / : Shihoya W, Akasaka H, Nureki O

EMDB-62275:
CryoEM structure of Calcineurin-fusion Human endothelin receptor type-B in the ligand-free form
Method: single particle / : Shihoya W, Akasaka H, Nureki O

PDB-9kdf:
CryoEM structure of Calcineurin-fusion Human endothelin receptor type-B in complex with RES-701-3
Method: single particle / : Shihoya W, Akasaka H, Nureki O

PDB-9kdg:
CryoEM structure of Calcineurin-fusion Human endothelin receptor type-B in the ligand-free form
Method: single particle / : Shihoya W, Akasaka H, Nureki O

EMDB-51777:
Structure of DPS determined at 13K in 100 nm diameter holes.
Method: single particle / : Dickerson JL, Naydenova K, Peet MJ, Wilson H, Nandy B, McMullan G, Morrison R, Russo CJ

EMDB-51778:
Structure of DPS determined at 81K in 100 nm diameter holes.
Method: single particle / : Dickerson JL, Naydenova K, Peet MJ, Wilson H, Nandy B, McMullan G, Morrison R, Russo CJ

EMDB-51779:
Structure of apoferritin determined at 13K in 100 nm diameter holes.
Method: single particle / : Dickerson JL, Naydenova K, Peet MJ, Wilson H, Nandy B, McMullan G, Morrison R, Crusso CJ

EMDB-51780:
Structure of apoferritin determined at 81K in 100 nm diameter holes.
Method: single particle / : Dickerson JL, Naydenova K, Peet MJ, Wilson H, Nandy B, McMullan G, Morrison R, Russo CJ

EMDB-51781:
Structure of apoferritin determined at 13K in 100 nm diameter holes.
Method: single particle / : Dickerson JL, Naydenova K, Peet MJ, Wilson H, Nandy B, McMullan G, Morrison R, Russo CJ

EMDB-51782:
Structure of apoferritin determined at 81K in 100 nm diameter holes.
Method: single particle / : Dickerson JL, Naydenova K, Peet MJ, Wilson H, Nandy B, McMullan G, Morrison R, Russo CJ

EMDB-51783:
Structure of apoferritin determined at 13K in 300 nm diameter holes.
Method: single particle / : Dickerson JL, Naydenova K, Peet MJ, Wilson H, Nandy B, McMullan G, Morrison R, Russo CJ

EMDB-51784:
Structure of apoferritin determined at 81K in 300 nm diameter holes.
Method: single particle / : Dickerson JL, Naydenova K, Peet MJ, Wilson H, Nandy B, McMullan G, Morrison R, Russo CJ

EMDB-52339:
Structural insights in the HuHf@gold-monocarbene adduct: aurophilicity revealed in a biological context
Method: single particle / : Cosottini L, Giachetti A, Guerri A, Martinez-Castillo A, Geri A, Zineddu S, Abrescia NGA, Messori L, Turano P, Rosato A

PDB-9hq6:
Structural insights in the HuHf@gold-monocarbene adduct: aurophilicity revealed in a biological context
Method: single particle / : Cosottini L, Giachetti A, Guerri A, Martinez-Castillo A, Geri A, Zineddu S, Abrescia NGA, Messori L, Turano P, Rosato A

EMDB-51378:
Structure of the human mitochondrial pyruvate carrier inhibited by a UK5099-derivative
Method: single particle / : Sichrovsky M, Lacabanne D, Ruprecht JJ, Rana JJ, Stanik K, Dionysopoulou M, Sowton AP, King MS, Jones S, Cooper L, Hardwick SW, Paris G, Chirgadze DY, Ding S, Fearnley IMF, Palmer S, Pardon E, Steyaert J, Leone V, Forrest LR, Tavoulari S, Kunji ERS

EMDB-51379:
Structure of the human mitochondrial pyruvate carrier inhibited by zaprinast
Method: single particle / : Sichrovsky M, Lacabanne D, Ruprecht JJ, Rana JJ, Stanik K, Dionysopoulou M, Sowton AP, King MS, Jones S, Cooper L, Hardwick SW, Paris G, Chirgadze DY, Ding S, Fearnley IM, Palmer S, Pardon E, Steyaert J, Leone V, Forrest LR, Tavoulari S, Kunji ERS

EMDB-51381:
Structure of the human mitochondrial pyruvate carrier inhibited by mitoglitazone
Method: single particle / : Sichrovsky M, Lacabanne D, Ruprecht JJ, Rana JJ, Stanik K, Dionysopoulou M, King MS, Sowton AP, Jones S, Cooper L, Hardwick SW, Paris G, Chirgadze DY, Ding S, Fearnley IM, Palmer S, Pardon E, Steyaert J, Leone V, Forrest LR, Tavoulari S, Kunji ERS

PDB-9giv:
Structure of the human mitochondrial pyruvate carrier inhibited by a UK5099-derivative
Method: single particle / : Sichrovsky M, Lacabanne D, Ruprecht JJ, Rana JJ, Stanik K, Dionysopoulou M, Sowton AP, King MS, Jones S, Cooper L, Hardwick SW, Paris G, Chirgadze DY, Ding S, Fearnley IMF, Palmer S, Pardon E, Steyaert J, Leone V, Forrest LR, Tavoulari S, Kunji ERS

PDB-9giw:
Structure of the human mitochondrial pyruvate carrier inhibited by zaprinast
Method: single particle / : Sichrovsky M, Lacabanne D, Ruprecht JJ, Rana JJ, Stanik K, Dionysopoulou M, Sowton AP, King MS, Jones S, Cooper L, Hardwick SW, Paris G, Chirgadze DY, Ding S, Fearnley IM, Palmer S, Pardon E, Steyaert J, Leone V, Forrest LR, Tavoulari S, Kunji ERS

PDB-9gix:
Structure of the human mitochondrial pyruvate carrier in the apo-state
Method: single particle / : Sichrovsky M, Lacabanne D, Ruprecht JJ, Rana JJ, Stanik K, Dionysopoulou M, Sowton AP, King MS, Jones S, Cooper L, Hardwick SW, Paris G, Chirgadze DY, Ding S, Fearnley IM, Palmer S, Pardon E, Steyaert J, Leone V, Forrest LR, Tavoulari S, Kunji ERS

PDB-9giy:
Structure of the human mitochondrial pyruvate carrier inhibited by mitoglitazone
Method: single particle / : Sichrovsky M, Lacabanne D, Ruprecht JJ, Rana JJ, Stanik K, Dionysopoulou M, King MS, Sowton AP, Jones S, Cooper L, Hardwick SW, Paris G, Chirgadze DY, Ding S, Fearnley IM, Palmer S, Pardon E, Steyaert J, Leone V, Forrest LR, Tavoulari S, Kunji ERS

EMDB-48618:
SaPI1 neck structure
Method: single particle / : Kizziah JL, Dokland T

PDB-9mu3:
SaPI1 neck structure
Method: single particle / : Kizziah JL, Dokland T

EMDB-50477:
Integrative Structure of the human intron lariat Spliceosome (ILS'') (Map 1)
Method: single particle / : Rothe P, Vorlaender MK, Plaschka C

EMDB-50478:
Integrative Structure of the human intron lariat Spliceosome (ILS'') (Map 2)
Method: single particle / : Rothe P, Vorlaender MK, Plaschka C

EMDB-50479:
Integrative Structure of the human intron lariat Spliceosome (ILS'') (Map 3)
Method: single particle / : Rothe P, Vorlaender MK, Plaschka C

EMDB-50480:
Integrative Structure of the human intron lariat Spliceosome (ILS'') (Map 4)
Method: single particle / : Rothe P, Vorlaender MK, Plaschka C

EMDB-50481:
Integrative Structure of the human intron lariat Spliceosome (ILS'') (Map 5)
Method: single particle / : Rothe P, Vorlaender MK, Plaschka C

EMDB-50482:
Integrative Structure of the human intron lariat Spliceosome (ILS'')(Map 6)
Method: single particle / : Rothe P, Vorlaender MK, Plaschka C

EMDB-50483:
Integrative Structure of the human intron lariat Spliceosome (ILS'') (Map 7)
Method: single particle / : Rothe P, Vorlaender MK, Plaschka C

EMDB-50484:
Integrative Structure of the human intron lariat Spliceosome (ILS'') (Map 8)
Method: single particle / : Rothe P, Vorlaender MK, Plaschka C

EMDB-50485:
Integrative Structure of the human intron lariat Spliceosome (ILS'') (Map 9)
Method: single particle / : Rothe P, Vorlaender MK, Plaschka C

EMDB-50486:
Integrative Structure of the human intron lariat Spliceosome (ILS'') (Map 10)
Method: single particle / : Rothe P, Vorlaender MK, Plaschka C

EMDB-50487:
Integrative Structure of the human intron lariat Spliceosome (ILS'') (Map 11)
Method: single particle / : Rothe P, Vorlaender MK, Plaschka C

EMDB-50488:
Integrative Structure of the human intron lariat Spliceosome (ILS'') (Map 12)
Method: single particle / : Rothe P, Vorlaender MK, Plaschka C

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New format data for meta-information of EMDB entries

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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

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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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