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8ORS
Knockout of gmc-oxidoreductase genes reveals that functional redundancy preserves mimivirus essential functions
PDB DOI: 10.2210/pdb8ors/pdb
Classification: STRUCTURAL PROTEIN Organism(s): Mimivirus Reunion
Deposited: 2023-04-17 Deposition Author(s): Abergel, C. , Adrait, A. , Alempic, J.M. , Belmudes, L. , Bisio, H. , Bugnot, C. , Coute, Y. , De Castro, C. , Lartigue, A. , Notaro, A. , Poirot, O. , Ptchelkine, D. , Santini, S. , Schmitt, A. , Villalta, A.
Experimental Data Snapshot
Method: ELECTRON MICROSCOPY Resolution: 4.3 Å
Knockout of gmc-oxidoreductase genes reveals that functional redundancy preserves mimivirus essential functions
Abergel, C. , Adrait, A. , Alempic, J.M. , Belmudes, L. , Bisio, H. , Bugnot, C. , Coute, Y. , De Castro, C. , Lartigue, A. , Notaro, A. , Poirot, O. , Ptchelkine, D. , Santini, S. , Schmitt, A. , Villalta, A.
Primary Citation of Related Structures: 8ORS
| Proteins | ||||
|---|---|---|---|---|
| Molecule | Chains | Sequence Length | Organism | Sequence |
| Putative GMC-type oxidoreductase | A | 702 | Mimivirus Reunion | MKNRECCKCYNPCEKICVNYSTTDVAFERPNPCKPTPCKPTPIPCDPCHNTKDNLTGDIVIIGAGAAGSLLAHYLARFSNMKIILLEAGHSHFNDPVVTDPMGFFGKYNPPNENISMSQNPSYSWQGAQEPNTGAYGNRPIIAHGMGFGGSTMINRLNLVVGGRTVFDNDWPVGWKYDDVKNYFRRVLVDINPVRDNTKASITSVALDALRIIAEQQIASGEPVDFLLNKATGNVPNVEKTTPDAVPLNLNDYEGVNSVVAFSSFYMGVNQLSDGNYIRKYAGNTYLNRNYVDENGRGIGKFSGLRVVSDAVVDRIIFKGNRAVGVNYIDREGIMHYVKVNKEVVVTSGAFYTPTILQRSGIGDFTYLSSIGVKNLVYNNPLVGTGLKNHYSPVTITRVHGEPSEVSRFLSNMAANPTNMGFKGLAELGFHRLDPNKPANANTVTYRKYQLMMTAGVGIPAEQQYLSGLSPSSNNLFTLIADDIRFAPEGYIKIGTPNIPRDVPKIFFNTFVTYTPTSAPADQQWPIAQKTLAPLISALLGYDIIYQTLISMNQTARDSGFQVSLEMVYPLNDLIYKLHNGLATYGANWWHYFVPTLVGDDTPAGREFADTLSKLSYYPRVGAHLDSHQGCSCSIGRTVDSNLKVIGTQNVRVADLSAAAFPPGGNTWATASMIGARAVDLILGFPYLRDLPVNDVPILNVN |
| Putative GMC-type oxidoreductase | B | 702 | Mimivirus Reunion | MKNRECCKCYNPCEKICVNYSTTDVAFERPNPCKPTPCKPTPIPCDPCHNTKDNLTGDIVIIGAGAAGSLLAHYLARFSNMKIILLEAGHSHFNDPVVTDPMGFFGKYNPPNENISMSQNPSYSWQGAQEPNTGAYGNRPIIAHGMGFGGSTMINRLNLVVGGRTVFDNDWPVGWKYDDVKNYFRRVLVDINPVRDNTKASITSVALDALRIIAEQQIASGEPVDFLLNKATGNVPNVEKTTPDAVPLNLNDYEGVNSVVAFSSFYMGVNQLSDGNYIRKYAGNTYLNRNYVDENGRGIGKFSGLRVVSDAVVDRIIFKGNRAVGVNYIDREGIMHYVKVNKEVVVTSGAFYTPTILQRSGIGDFTYLSSIGVKNLVYNNPLVGTGLKNHYSPVTITRVHGEPSEVSRFLSNMAANPTNMGFKGLAELGFHRLDPNKPANANTVTYRKYQLMMTAGVGIPAEQQYLSGLSPSSNNLFTLIADDIRFAPEGYIKIGTPNIPRDVPKIFFNTFVTYTPTSAPADQQWPIAQKTLAPLISALLGYDIIYQTLISMNQTARDSGFQVSLEMVYPLNDLIYKLHNGLATYGANWWHYFVPTLVGDDTPAGREFADTLSKLSYYPRVGAHLDSHQGCSCSIGRTVDSNLKVIGTQNVRVADLSAAAFPPGGNTWATASMIGARAVDLILGFPYLRDLPVNDVPILNVN |
Experimental Data
Method: ELECTRON MICROSCOPY
Deposited Date: 2023-04-17 Deposition Author(s): Abergel, C. , Adrait, A. , Alempic, J.M. , Belmudes, L. , Bisio, H. , Bugnot, C. , Coute, Y. , De Castro, C. , Lartigue, A. , Notaro, A. , Poirot, O. , Ptchelkine, D. , Santini, S. , Schmitt, A. , Villalta, A.