8F0R
Structure of vsd4-nav1.7-navpas channel chimera bound to the arylsulfonamide inhibitor gne-3565
PDB DOI: 10.2210/pdb8f0r/pdb
Classification: MEMBRANE PROTEIN/INHIBITOR Organism(s): Homo Sapiens , Periplaneta Americana
Deposited: 2022-11-03 Deposition Author(s): Arthur, C.P. , Bergeron, P. , Chen, J. , Ciferri, C. , Deng, L. , Dragovich, P.S. , Hackos, D.H. , Jao, C.C. , Kschonsak, M. , Mckerall, S.J. , Ortwine, D. , Payandeh, J. , Rohou, A.L. , Sutherlin, D. , Tellis, J.C. , Volgraf, M. , Wright, M.R.
Experimental Data Snapshot
Method: ELECTRON MICROSCOPY Resolution: 2.9 Å
Structure of vsd4-nav1.7-navpas channel chimera bound to the arylsulfonamide inhibitor gne-3565
Arthur, C.P. , Bergeron, P. , Chen, J. , Ciferri, C. , Deng, L. , Dragovich, P.S. , Hackos, D.H. , Jao, C.C. , Kschonsak, M. , Mckerall, S.J. , Ortwine, D. , Payandeh, J. , Rohou, A.L. , Sutherlin, D. , Tellis, J.C. , Volgraf, M. , Wright, M.R.
Primary Citation of Related Structures: 8F0R
| Proteins | ||||
|---|---|---|---|---|
| Molecule | Chains | Sequence Length | Organism | Sequence |
| Sodium channel protein PaFPC1,Sodium channel protein type 9 subunit alpha chimera | A | 1608 | Homo Sapiens , Periplaneta Americana | MWSHPQFEKGGGSGGGSGGSAWSHPQFEKGGSGGDYKDDDDKGGSGGDYKDDDDKMADNSPLIREERQRLFRPYTRAMLTAPSAQPAKENGKTEENKDNSRDKGRGANKDRDGSAHPDQALEQGSRLPARMRNIFPAELASTPLEDFDPFYKNKKTFVVVTKAGDIFRFSGEKSLWMLDPFTPIRRVAISTMVQPIFSYFIMITILIHCIFMIMPATQTTYILELVFLSIYTIEVVVKVLARGFILHPFAYLRDPWNWLDFLVTLIGYITLVVDLGHLYALRAFRVLRSWRTVTIVPGWRTIVDALSLSITSLKDLVLLLLFSLSVFALIGLQLFMGNLKHKCVKHFPADGSWGNFTDERWFNYTSNSSHWYIPDDWIEYPLCGNSSGAGMCPPGYTCLQGYGGNPNYGYTSFDTFGWAFLSVFRLVTLDYWEDLYQLALRSAGPWHILFFIIVVFYGTFCFLNFILAVVVMSYTHMVKRADEEKAAERELKKEKKAASVANNTANGQEQTTIEMNGDEAVVIDNNDQAARQQSDPETPAPSVTQRLTDFLCVWDCCVPWQKLQGAIGAVVLSPFFELFIAVIIVLNITFMALDHHDMNIEFERILRTGNYIFTSIYIVEAVLKIIALSPKFYFKDSWNVFDFIIVVFAILELGLEGVQGLSVFRSFRLLRVFRLAKFWPTLNNFMSVMTKSYGAFVNVMYVMFLLLFIFAIIGMQLFGMNYIDNMERFPDGDLPRWNFTDFLHSFMIVFRALCGEWIESMWDCMLVGDWSCIPFFVAVFFVGNLVILNLLIALLLNNYGSFCTSPTSDEEDSKDEDALAQIVRIFKRFKPNLNAVKLSPMKPDSEDIVESQEIQGNNIADAEDVLAGEFPPDCCCNAFYKCFPSRPARDSSVQRMWSNIRRVCFLLAKNKYFQKFVTAVLVITSVLLALEDIYLPQRPVLVNITLYVDYVLTAFFVIEMIIMLFAVGFKKYFTSKWYWLDFIVVVAYLLNFVLMCAGIEALQTLRLLRVFRLFRPLSKVNGMQVVTSTLVEAVPHIFNVILVGIFFWLVFAIMGVQLFAGKFYKCVDENSTVLSHEITMDRNDCLHENYTWENSPMNFDHVGNAYLSLLQVATFKGWLQIMNDAIDSREVHKQPIRETNIYMYLYFIFFIVFGSFFILKLFVCILIDIFRQQRRKAEGLSATDSRTQLIYRRAVMRTMSAKPVKRIPKPGNKIQGCIFDLVTNQAFDISIMVLICLNMVTMMVEKEGQSQHMTEVLYWINVVFIILFTGECVLKLISLRHYYFTVGWNIFDFVVVIISIVGMFLADLIETYFVSPTLFRVIRLARIGRILRLVKGAKGIRLLLLALRKALRTLFNVSFLLFVIMFVYAVFGMEFFMHIRDAGAIDDVYNFKTFGQSIILLFQLATSAGWDGVYFAIANEEDCRAPDHELGYPGNCGSRALGIAYLVSYLIITCLVVINMYAAVILDYVLEVYEDSKEGLTDDDYDMFFEVWQQFDPEATQYIRYDQLSELLEALQPPLQVQKPNKYKILSMNIPICKDDHIFYKDVLEALVKDVFSRRGSPVEAGDVQAPNVDEAEYKPVSSTLQRQREEYCVRLIQNAWRKHKQQN |
Experimental Data
Method: ELECTRON MICROSCOPY
Deposited Date: 2022-11-03 Deposition Author(s): Arthur, C.P. , Bergeron, P. , Chen, J. , Ciferri, C. , Deng, L. , Dragovich, P.S. , Hackos, D.H. , Jao, C.C. , Kschonsak, M. , Mckerall, S.J. , Ortwine, D. , Payandeh, J. , Rohou, A.L. , Sutherlin, D. , Tellis, J.C. , Volgraf, M. , Wright, M.R.