GL1X · GenesisL1 explorer

UniProt P38077

ATP synthase subunit gamma (P38077)

ATP synthase subunit gamma (UniProt P38077): 85 experimental structures and 1 predicted model on GenesisL1, 98 pockets. Binding sites, druggability and experiment against prediction (TM-score) in GL1X.

UniProt
P38077
Protein
ATP synthase subunit gamma
Experimental structures
85
Predicted models
1
Pockets
98 · 27 records with a druggable one

Structures

86 records of P38077 in the MolNFT archive: 85 experimental, 1 predicted.

EntryTitleMethodChainsLigandsPockets
2HLDCrystal structure of yeast mitochondrial F1-ATPasex-ray diffractionG, P, Y——
2HLDCrystal structure of yeast mitochondrial F1-ATPasex-ray diffractionG, P, Y——
2WPDThe Mg.ADP inhibited state of the yeast F1c10 ATP synthasex-ray diffractionG——
2WPDThe MG.ADP inhibited state of the yeast F1C10 ATP synthasex-ray diffractionG——
2XOKRefined structure of yeast F1c10 ATPase complex to 3 A resolutionx-ray diffractionG——
2XOKRefined structure of yeast F1C10 ATPase complex to 3 a resolutionx-ray diffractionG——
3FKSYeast F1 ATPase in the absence of bound nucleotidesx-ray diffractionG, P, Y——
3FKSYeast F1 ATPase in the absence of bound nucleotidesx-ray diffractionG, P, Y——
3OE7Structure of four mutant forms of yeast f1 ATPase: gamma-I270Tx-ray diffractionG, P, Y——
3OE7Structure of four mutant forms of yeast F1 ATPase: gamma-I270Tx-ray diffractionG, P, Y——
3OEEStructure of four mutant forms of yeast F1 ATPase: alpha-F405Sx-ray diffractionG, P, Y——
3OEEStructure of four mutant forms of yeast F1 ATPase: alpha-F405Sx-ray diffractionG, P, Y——
3OEHStructure of four mutant forms of yeast F1 ATPase: beta-V279Fx-ray diffractionG, P, Y——
3OEHStructure of four mutant forms of yeast F1 ATPase: beta-V279Fx-ray diffractionG, P, Y——
3OFNStructure of four mutant forms of yeast F1 ATPase: alpha-N67Ix-ray diffractionG, P, Y——
3OFNStructure of four mutant forms of yeast F1 ATPase: alpha-N67Ix-ray diffractionG, P, Y——
3ZIAThe structure of F1-ATPase from Saccharomyces cerevisiae inhibited by its regulatory protein IF1x-ray diffractionG, Q——
3ZIAThe structure of F1-ATPase from saccharomyces cerevisiae inhibited by its regulatory protein IF1x-ray diffractionG, Q——
3ZRYRotor architecture in the F(1)-c(10)-ring complex of the yeast F-ATP synthasex-ray diffractionG——
3ZRYRotor architecture in the F(1)-C(10)-ring complex of the yeast F-ATP synthasex-ray diffractionG——
4B2QModel of the yeast F1Fo-ATP synthase dimer based on subtomogram averageelectron microscopyG, g——
4B2QModel of the yeast F1FO-ATP synthase dimer based on subtomogram averageelectron microscopyG, g——
6B8HMosaic model of yeast mitochondrial ATP synthase monomerelectron microscopyG, j——
6CP3Monomer yeast ATP synthase (F1Fo) reconstituted in nanodisc with inhibitor of oligomycin bound.electron microscopyG—8 (best 0.85)
6CP3Monomer yeast ATP synthase (F1FO) reconstituted in nanodisc with inhibitor of oligomycin bound.electron microscopyG——
6CP6Monomer yeast ATP synthase (F1Fo) reconstituted in nanodisc.electron microscopyG—8 (best 0.84)
6CP6Monomer yeast ATP synthase (F1FO) reconstituted in nanodisc.electron microscopyG——
7TJTYeast ATP synthase F1 region State 1-3catalytic beta_tight open without exogenous ATPelectron microscopyG—8 (best 0.88)
7TJUYeast ATP synthase F1 region State 1-3binding beta_tight open without exogenous ATPelectron microscopyG—6 (best 0.87)
7TJUYeast ATP synthase F1 region state 1-3BINDING BETA_TIGHT open without exogenous ATPelectron microscopyG——
7TJVYeast ATP synthase F1 region State 1catalytic(a) with 10 mM ATPelectron microscopyG—9 (best 0.87)
7TJWYeast ATP synthase F1 region state 1CATALYTIC(E-H) with 10 mm ATPelectron microscopyG——
7TJXYeast ATP synthase F1 region State 1binding(a-d) with 10 mM ATPelectron microscopyG—9 (best 0.88)
7TJXYeast ATP synthase F1 region state 1BINDING(A-D) with 10 mm ATPelectron microscopyG——
7TJZYeast ATP synthase State 1catalytic(b) without exogenous ATP backbone modelelectron microscopyG—3 (best 0.71)
7TJZYeast ATP synthase state 1CATALYTIC(B) without exogenous ATP backbone modelelectron microscopyG——
7TK0Yeast ATP synthase State 1catalytic(c) without exogenous ATP backbone modelelectron microscopyG—3 (best 0.72)
7TK1Yeast ATP synthase State 1catalytic(d) without exogenous ATP backbone modelelectron microscopyG—2 (best 0.72)
7TK1Yeast ATP synthase state 1CATALYTIC(D) without exogenous ATP backbone modelelectron microscopyG——
7TK2Yeast ATP synthase state 1BINDING(A) with 10 mm ATP backbone modelelectron microscopyG——
7TK3Yeast ATP synthase State 1binding(b) with 10 mM ATP backbone modelelectron microscopyG—2 (best 0.75)
7TK4Yeast ATP synthase State 1binding(c) with 10 mM ATP backbone modelelectron microscopyG——
7TK4Yeast ATP synthase state 1BINDING(C) with 10 mm ATP backbone modelelectron microscopyG——
7TK5Yeast ATP synthase State 1binding(d) with 10 mM ATP backbone modelelectron microscopyG—3 (best 0.67)
7TK5Yeast ATP synthase state 1BINDING(D) with 10 mm ATP backbone modelelectron microscopyG——
7TK6Yeast ATP synthase State 1catalytic(a) with 10 mM ATP backbone modelelectron microscopyG—2 (best 0.70)
7TK7Yeast ATP synthase State 1catalytic(b) with 10 mM ATP backbone modelelectron microscopyG—2 (best 0.70)
7TK7Yeast ATP synthase state 1CATALYTIC(B) with 10 mm ATP backbone modelelectron microscopyG——
7TK8Yeast ATP synthase State 1catalytic(c) with 10 mM ATP backbone modelelectron microscopyG—1 (best 0.72)
7TK8Yeast ATP synthase state 1CATALYTIC(C) with 10 mm ATP backbone modelelectron microscopyG——
7TK9Yeast ATP synthase State 1catalytic(d) with 10 mM ATP backbone modelelectron microscopyG——
7TK9Yeast ATP synthase state 1CATALYTIC(D) with 10 mm ATP backbone modelelectron microscopyG——
7TKAYeast ATP synthase State 1catalytic(e) with 10 mM ATP backbone modelelectron microscopyG—2 (best 0.70)
7TKAYeast ATP synthase state 1CATALYTIC(E) with 10 mm ATP backbone modelelectron microscopyG——
7TKBYeast ATP synthase State 1catalytic(f) with 10 mM ATP backbone modelelectron microscopyG——
7TKBYeast ATP synthase state 1CATALYTIC(F) with 10 mm ATP backbone modelelectron microscopyG——
7TKCYeast ATP synthase State 1catalytic(g) with 10 mM ATP backbone modelelectron microscopyG——
7TKCYeast ATP synthase state 1CATALYTIC(G) with 10 mm ATP backbone modelelectron microscopyG——
7TKDYeast ATP synthase state 1CATALYTIC(H) with 10 mm ATP backbone modelelectron microscopyG——
7TKEYeast ATP synthase State 2binding(a) with 10 mM ATP backbone modelelectron microscopyG—2 (best 0.71)

26 records more on the page itself.

Experiment against prediction

Elsewhere

GL1X is a live explorer of the GenesisL1 blockchain. Turn on JavaScript for search, charts and interactive views.