6WBX
Single-particle cryo-em structure of arabinofuranosyltransferase aftd from mycobacteria, mutant r1389s class 1
PDB DOI: 10.2210/pdb6wbx/pdb
Classification: MEMBRANE PROTEIN Organism(s): Mycobacteroides Abscessus
Deposited: 2020-03-27 Deposition Author(s): Archer, M. , Athayde, D. , Brunton, R. , Carragher, B. , Catalao, M.J. , Clarke, O.B. , Dandey, V.P. , Giacometti, S.I. , Kloss, B. , Lowary, T.L. , Mancia, F. , Niederweis, M. , Pimentel, M. , Potter, C.S. , Raczkowski, A.M. , Rodrigues, J. , Rosario, A.L. , Tan, Y.Z. , Wei, H. , Zhang, L. , Zheng, R.B.
Experimental Data Snapshot
Method: ELECTRON MICROSCOPY Resolution: 3.5 Å
Single-particle cryo-em structure of arabinofuranosyltransferase aftd from mycobacteria, mutant r1389s class 1
Archer, M. , Athayde, D. , Brunton, R. , Carragher, B. , Catalao, M.J. , Clarke, O.B. , Dandey, V.P. , Giacometti, S.I. , Kloss, B. , Lowary, T.L. , Mancia, F. , Niederweis, M. , Pimentel, M. , Potter, C.S. , Raczkowski, A.M. , Rodrigues, J. , Rosario, A.L. , Tan, Y.Z. , Wei, H. , Zhang, L. , Zheng, R.B.
Primary Citation of Related Structures: 6WBX
| Proteins | ||||
|---|---|---|---|---|
| Molecule | Chains | Sequence Length | Organism | Sequence |
| DUF3367 domain-containing protein | A | 1438 | Mycobacteroides Abscessus | MDYKDDDDKHHHHHHHHHHENLYFQSYVMTYRLDSSALSRRWLAVAAAVSLLLTFSQSPGQISPDTKLDLAINPLRFAARALNLWSSDLPFGQAQNQAYGYLFPHGAFFSLGHLLGVPAWVTQRLWWALLIVAGFWGLIRVAEALGIGTRGSRIIAAVAFALSPRVLTTLGAISSETLPMMLAPWVLLPLILTFQGRMSPRRAAALSAVAVALMGAVNAVATALACGVAVIWWLAHRPNRTWWRFTAWWIPCLALASTWWIVALLIFGKISPKFLDFIESSGVTTQWTSLTEVLRGTDSWTPFVAPTATAGSSLVTQSAMVIATTMLAAAGMAGLAMRGMPARGRLVAVLLIGLVLLTAGYTGALGSPIAQQIQFFLDDGGTPLRNVHKLEPLIRLPLILGLAHALSRIPLPASVPVRQWLSALARPERNRAVAFAIVLLVALAASTSLAWTGRLVPRGGFDAIPGYWNDTAHWLADHDTGGRALVVPGAPFAIQTWGLTRDEPLQALGQTPWGVRDSIPLTPPETIRAIDSVQQLFAAGRPSDGLADTLREQGISYLVVRNDLDPDTSRSARPILVHHTIEGSPGLTKVAQFGDPVGAGAVEGFVADSDLRPQYPAVEIYAVGANDHDGEPYFTDIDTMPRVAGGPEALLRLNERRRQLNEPPLGPSLLATDAAQAGLRPGPAVVTDTPLARETDYGRVDDHSSAIRAPGDKRRTFNRVPDYPATGVPLVNGSWTGGTITASSSASDSTALPNVAPGTSTAAAIDRDNATSWVSSSLEAALGQWIRIDLDRPITNAILTVTPSATALGAQVRRLEVETDNGTTSVRFDEPGQPLNIALRPGETTWVKVTATGTDDGTSGVQFGVTELSLTQYDAAGFAHTVDLRHSATVPPPPAGDNPLGWDLGSPLQGRSGCAPSPQRLRCAATLSLAPEEPGTFIRTLTVPQPVSLTPRLWVRARPGPQLRDLIQQPGTTVATGDSDVIDPQGSSYAATDGDPGTVWTAPQDSVQRLHLPSLVIKLPKPTAIGAIRLRPSRTEVPAHPKQVAINLGDGPQLRSIDPKADVTELALHPSITDTITVTVTDWTDIIDRTALGFDQLKPPGIAEVIALDADHRPIAPADNAANSKRKITIGCNRGPILALAGRFVPMSITATVRELLDGTVIQATPCDTSPIATGAGIQDVTVNPSQQFIVDGVQLTAAATEPASATMTVAPKGAWGPDRREVTAEPSAHERVLAVPESINPGWAARDAQGHLLTPVRVNGWQQGWVLPAGDGGKITLTFGLNTWYRAGLFGGLALLPILACLALLPARGRTTLPPVAPWCAGPAAGVAVLAALTAISGISGMAVGLAALAFKVWTRWPLRAVTAAGVYLAGGSLLLAGAALSRHPWRSVGGYTGHSWWIQLLALISVASVALAAVSLPSRRCWKRRSASREGDSTSA |
Experimental Data
Method: ELECTRON MICROSCOPY
Deposited Date: 2020-03-27 Deposition Author(s): Archer, M. , Athayde, D. , Brunton, R. , Carragher, B. , Catalao, M.J. , Clarke, O.B. , Dandey, V.P. , Giacometti, S.I. , Kloss, B. , Lowary, T.L. , Mancia, F. , Niederweis, M. , Pimentel, M. , Potter, C.S. , Raczkowski, A.M. , Rodrigues, J. , Rosario, A.L. , Tan, Y.Z. , Wei, H. , Zhang, L. , Zheng, R.B.