Advanced Search:
8B37
Crystal structure of pyrobaculum aerophilum potassium-independent proton pumping membrane integral pyrophosphatase in complex with imidodiphosphate and magnesium, and with bound sulphate
PDB DOI: 10.2210/pdb8b37/pdb
Classification: MEMBRANE PROTEIN Organism(s): Plantago Asiatica Mosaic Potexvirus
Deposited: 2022-09-16 Deposition Author(s): Gehl, B. , Goldman, A. , Hillier, J. , Jeuken, L.C. , Liu, J. , Malinen, A. , Pearson, A.R. , Ribeiro, O. , Strauss, J. , Vidilaseris, K. , Wilkinson, C.
Experimental Data Snapshot
Method: X-RAY DIFFRACTION Resolution: 3.84 Å
Crystal structure of pyrobaculum aerophilum potassium-independent proton pumping membrane integral pyrophosphatase in complex with imidodiphosphate and magnesium, and with bound sulphate
Gehl, B. , Goldman, A. , Hillier, J. , Jeuken, L.C. , Liu, J. , Malinen, A. , Pearson, A.R. , Ribeiro, O. , Strauss, J. , Vidilaseris, K. , Wilkinson, C.
Primary Citation of Related Structures: 8B37
| Proteins | ||||
|---|---|---|---|---|
| Molecule | Chains | Sequence Length | Organism | Sequence |
| K(+)-insensitive pyrophosphate-energized proton pump | A | 729 | Plantago Asiatica Mosaic Potexvirus | MHHHHHHGGNMISYALLGVILGISGVIYAVYLAVWVLRQDPGNEKMRFISQAIATGARAYLFRQYRTLAVLLVILAVLILVAIDMPRRTFGLTALAFIVGALGSMLAGYLGMYVTTRSASRVAQAAATGGMGKALLVSWRAGAVMGLSLASIALLLISGFYLVFRSVLPDDWAVPLVALGFGASLVTLFMRVGGGIYTKAADLGADLVGKVEAGIPEDDPRNPGVIADNVGDNVGDVAGMAADVYESYIVTVTAAIFLAAILGLPTQFIEAIILFAALALVATFAGVNLLKTTGVKHPLSSISLAIYATIGLSVVLFFIGAFTLGLDSTKALALAATTSLGAVIAPLIVKITDYYTSYNYGPVRKIAEQAKISPATVIITGYGVGLMSAIPVIAVIVAVLGISYMIGYYTVPVSGFGELSKYLAGIFGTAMASVGLLVVAGIIITADSYGPVSDNAGGVVEMAGLPDEVREITDVLDSVGNTTKATTKGYAIASAALAALVLFIALIFEIVYSASKILGKGIVDMISESLSGLQLINANVLIGAFLGVALVYFFSSRTLEAVGRTAMEIVEEIRRQFREKPGILEWKEQPDYARVVDIATRRALGEFLIPGLAAIVLPLITGLLLGWNALAGLIMGAIVAGVPRALLMANAGGAWDNAKKYIEIQGLKKTEMHKAAVIGDTVGDPMKDTVGPSLNPLIKVLNTLSVVFTYVIVSTNIALGIWPSGLLPF |
| K(+)-insensitive pyrophosphate-energized proton pump | B | 729 | Plantago Asiatica Mosaic Potexvirus | MHHHHHHGGNMISYALLGVILGISGVIYAVYLAVWVLRQDPGNEKMRFISQAIATGARAYLFRQYRTLAVLLVILAVLILVAIDMPRRTFGLTALAFIVGALGSMLAGYLGMYVTTRSASRVAQAAATGGMGKALLVSWRAGAVMGLSLASIALLLISGFYLVFRSVLPDDWAVPLVALGFGASLVTLFMRVGGGIYTKAADLGADLVGKVEAGIPEDDPRNPGVIADNVGDNVGDVAGMAADVYESYIVTVTAAIFLAAILGLPTQFIEAIILFAALALVATFAGVNLLKTTGVKHPLSSISLAIYATIGLSVVLFFIGAFTLGLDSTKALALAATTSLGAVIAPLIVKITDYYTSYNYGPVRKIAEQAKISPATVIITGYGVGLMSAIPVIAVIVAVLGISYMIGYYTVPVSGFGELSKYLAGIFGTAMASVGLLVVAGIIITADSYGPVSDNAGGVVEMAGLPDEVREITDVLDSVGNTTKATTKGYAIASAALAALVLFIALIFEIVYSASKILGKGIVDMISESLSGLQLINANVLIGAFLGVALVYFFSSRTLEAVGRTAMEIVEEIRRQFREKPGILEWKEQPDYARVVDIATRRALGEFLIPGLAAIVLPLITGLLLGWNALAGLIMGAIVAGVPRALLMANAGGAWDNAKKYIEIQGLKKTEMHKAAVIGDTVGDPMKDTVGPSLNPLIKVLNTLSVVFTYVIVSTNIALGIWPSGLLPF |
Experimental Data
Method: X-RAY DIFFRACTION
Deposited Date: 2022-09-16 Deposition Author(s): Gehl, B. , Goldman, A. , Hillier, J. , Jeuken, L.C. , Liu, J. , Malinen, A. , Pearson, A.R. , Ribeiro, O. , Strauss, J. , Vidilaseris, K. , Wilkinson, C.