8D9N
Cryoem structures of bae1 captured in multiple states.
PDB DOI: 10.2210/pdb8d9n/pdb
Classification: TRANSPORT PROTEIN Organism(s): Bos Taurus
Deposited: 2022-06-10 Deposition Author(s): Abuladze, N. , Azimov, R. , Jiang, J.S. , Kao, L. , Kurtz, I. , Muhammad-Khan, G.H. , Newman, D. , Noskov, S.Y. , Pushkin, A. , Tieleman, P. , Tsirulnikov, K. , Wang, W.G. , Zhekova, H.R. , Zhou, Z.H.
Experimental Data Snapshot
Method: ELECTRON MICROSCOPY Resolution: 4.4 Å
Cryoem structures of bae1 captured in multiple states.
Abuladze, N. , Azimov, R. , Jiang, J.S. , Kao, L. , Kurtz, I. , Muhammad-Khan, G.H. , Newman, D. , Noskov, S.Y. , Pushkin, A. , Tieleman, P. , Tsirulnikov, K. , Wang, W.G. , Zhekova, H.R. , Zhou, Z.H.
Primary Citation of Related Structures: 8D9N
| Proteins | ||||
|---|---|---|---|---|
| Molecule | Chains | Sequence Length | Organism | Sequence |
| Anion exchange protein | A | 930 | Bos Taurus | MGDPEEYEDQLEETLEQKEYEDHDSVSIPMEEAEGDTIQEEEAEARVNQLTDTDYHTTSQHPETHKVCVQLRELVMDEKNQEIQWMETARWVGLEENLGKDGIWGRPHLPYLNFWSLLELQKAFAKGTVLLDLPGKSLAEVANQLLDRFTFEGQIQPDDQDNLLRVLLLKHSHASDMEALGGVKPVVVTHSGDPSEPLLPQHPSLETELFCEQGEGSTRGHAPEILGKSPQDWEATLVLVGCARFLKRPVLGFVRLKEPMEPEPKPEGSEEPAVPVRFLIVLLGPEGPNINYTQLGRAAATLMSERVFWNDAYLAQSKETLVQSLEGFLDCSLVLPPLDAPSEKALLSLVPVQKELLRRRYLPSPAKPDPSIFKDLDVKKGPGDTPEDPLQRTGKLFGGLVRDIRRRYPRYLSDITDALSPQVLSAIIFIYFAALTPAITFGGLLGDKTENMIGVSELLLSTALQGIIFSLLGAQPLLVLGFSGPLLVFEEAFYSFCQTNNLEYIVGRVWIGFWLILLVVLVVAFEGSFLVRFISRYTQEIFSFLISLIFIYETFYKLVTIFQDHPLQKNYDHDVLTTPKPQAALPNTALLSLVLMAGTFFLAMMLRKFKNSSYFPGKLRRIIGDFGVPISILIMVMVDALIQDTYTQKLSVPEGLSVSNPTERDWLIHPLGIRVEFPIWMMFASALPALLVFILIFLESQITTLIISKPERKMVKGSGFHLDLLLIIGMGGVGAIFGMPWLSATTVRTVTHANALTVMSKDSTPGAVSQIQGVKEQRISGLLVAVLVGVSILMGPVLRHIPLAVLFGIFLYMGVTSLSGIQLFDRVLLLLKPRKYYPEVPYARRVKTWRMHLFTITQIVCLVVLWVVRSIKQISLALPFILILTVPLRRFLLPFIFRDMELKLLDADDVKLNLDEQNGQDEYDEVAMPV |
| Anion exchange protein | B | 930 | Bos Taurus | MGDPEEYEDQLEETLEQKEYEDHDSVSIPMEEAEGDTIQEEEAEARVNQLTDTDYHTTSQHPETHKVCVQLRELVMDEKNQEIQWMETARWVGLEENLGKDGIWGRPHLPYLNFWSLLELQKAFAKGTVLLDLPGKSLAEVANQLLDRFTFEGQIQPDDQDNLLRVLLLKHSHASDMEALGGVKPVVVTHSGDPSEPLLPQHPSLETELFCEQGEGSTRGHAPEILGKSPQDWEATLVLVGCARFLKRPVLGFVRLKEPMEPEPKPEGSEEPAVPVRFLIVLLGPEGPNINYTQLGRAAATLMSERVFWNDAYLAQSKETLVQSLEGFLDCSLVLPPLDAPSEKALLSLVPVQKELLRRRYLPSPAKPDPSIFKDLDVKKGPGDTPEDPLQRTGKLFGGLVRDIRRRYPRYLSDITDALSPQVLSAIIFIYFAALTPAITFGGLLGDKTENMIGVSELLLSTALQGIIFSLLGAQPLLVLGFSGPLLVFEEAFYSFCQTNNLEYIVGRVWIGFWLILLVVLVVAFEGSFLVRFISRYTQEIFSFLISLIFIYETFYKLVTIFQDHPLQKNYDHDVLTTPKPQAALPNTALLSLVLMAGTFFLAMMLRKFKNSSYFPGKLRRIIGDFGVPISILIMVMVDALIQDTYTQKLSVPEGLSVSNPTERDWLIHPLGIRVEFPIWMMFASALPALLVFILIFLESQITTLIISKPERKMVKGSGFHLDLLLIIGMGGVGAIFGMPWLSATTVRTVTHANALTVMSKDSTPGAVSQIQGVKEQRISGLLVAVLVGVSILMGPVLRHIPLAVLFGIFLYMGVTSLSGIQLFDRVLLLLKPRKYYPEVPYARRVKTWRMHLFTITQIVCLVVLWVVRSIKQISLALPFILILTVPLRRFLLPFIFRDMELKLLDADDVKLNLDEQNGQDEYDEVAMPV |
Experimental Data
Method: ELECTRON MICROSCOPY
Deposited Date: 2022-06-10 Deposition Author(s): Abuladze, N. , Azimov, R. , Jiang, J.S. , Kao, L. , Kurtz, I. , Muhammad-Khan, G.H. , Newman, D. , Noskov, S.Y. , Pushkin, A. , Tieleman, P. , Tsirulnikov, K. , Wang, W.G. , Zhekova, H.R. , Zhou, Z.H.