8XI1
Cellodextrin phosphorylase from clostridium thermocellum mutant - all cysteine residues were substituted with serines
PDB DOI: 10.2210/pdb8xi1/pdb
Classification: CARBOHYDRATE Organism(s): Acetivibrio Thermocellus
Deposited: 2023-12-19 Deposition Author(s): Igarashi, K. , Kuga, T. , Sunagawa, N.
Experimental Data Snapshot
Method: X-RAY DIFFRACTION Resolution: 1.37 Å
Cellodextrin phosphorylase from clostridium thermocellum mutant - all cysteine residues were substituted with serines
Igarashi, K. , Kuga, T. , Sunagawa, N.
Primary Citation of Related Structures: 8XI1
| Proteins | ||||
|---|---|---|---|---|
| Molecule | Chains | Sequence Length | Organism | Sequence |
| cellodextrin phosphorylase variant | A | 992 | Acetivibrio Thermocellus | MITKVTARNNKITPVELLNQKFGNKINLGNFADAVFTDAAFKNVAGIANLPMKAPVMQVLMENSIVSKYLKQFVPDRSVSFVEEGQKFYIVLEDGQKIEVPEDVNKALKATVSDVKHWAGYLTEDGEHVIDLLKPAPGPHFYVNLLIGNRLGFKRTLQTTPKSVVDRFGRGSFRSHAATQVLATRFDMRQEENGFPANRQFYLYEDGKQIFYSALIDDNIVEATSKHSSNRTVIKYKTASNLEITRTIFLVPHKKGFPLATELQRIEIKNASDKARNLSITYTGMFGTGAVHAIFEDVTYTNVIMQSAALYNDKGEFIGITPDYYPEEFKQDTRFVTMIVRNGDEKSFPQSFSTDYNDFVGTGTLEHPAGGSNLNNKLNRKGPGFFALGAPFTVEPGKTVIIDTFTGLSSSKDNENYSDAVMLRELDNLLRYFEKSESVEETLNEIINFHENYGKYFQFNTGNKLFDSGFNRNLAFQVLYQTFMSRSFGQTQKGYREIGFREIQDLFASMYYFINIGYQDFVKELLFEWTANVYKMGYANHNFYWVGKQPGLYSDDSLWLLQAYYRYIIYTKDTSVLNEEVPVADGNNEKRAVRETLKAIIQYSASISVGDHGLPLLDLADWNDSLKIDSNSIDGATKEKLYYEQLKKTNGKYGDRFMSDYSESVMNAFLLKLAIDHLAEIATLDNDTQLAQQMSELSKEVTDRIQKHAWKENFFARVLINRYKDGSYTYLGAKGDKLSADPNIDGVYFLNSFAWSVLSDVATDEQIAIMVDVIKKHLLTPYGLRLVTPADLNKIANDTATGHYFFGDRENGAVFKHASMMAVAALIKAAKKVKDNELAKEMARIAYFMIDLVLPYKNLENPFQVAGNPRISTQYINTDTGENIGPLLSGTATWLNLNLISLAGIEYTRDGISFNPILREEETQLNFTLKAPKSSYKFSITKPVGFARMESSEYELFVDGQKIDNTVIPMYTDEKEHIVTLKFKLEHHHHHH |
| cellodextrin phosphorylase variant | B | 992 | Acetivibrio Thermocellus | MITKVTARNNKITPVELLNQKFGNKINLGNFADAVFTDAAFKNVAGIANLPMKAPVMQVLMENSIVSKYLKQFVPDRSVSFVEEGQKFYIVLEDGQKIEVPEDVNKALKATVSDVKHWAGYLTEDGEHVIDLLKPAPGPHFYVNLLIGNRLGFKRTLQTTPKSVVDRFGRGSFRSHAATQVLATRFDMRQEENGFPANRQFYLYEDGKQIFYSALIDDNIVEATSKHSSNRTVIKYKTASNLEITRTIFLVPHKKGFPLATELQRIEIKNASDKARNLSITYTGMFGTGAVHAIFEDVTYTNVIMQSAALYNDKGEFIGITPDYYPEEFKQDTRFVTMIVRNGDEKSFPQSFSTDYNDFVGTGTLEHPAGGSNLNNKLNRKGPGFFALGAPFTVEPGKTVIIDTFTGLSSSKDNENYSDAVMLRELDNLLRYFEKSESVEETLNEIINFHENYGKYFQFNTGNKLFDSGFNRNLAFQVLYQTFMSRSFGQTQKGYREIGFREIQDLFASMYYFINIGYQDFVKELLFEWTANVYKMGYANHNFYWVGKQPGLYSDDSLWLLQAYYRYIIYTKDTSVLNEEVPVADGNNEKRAVRETLKAIIQYSASISVGDHGLPLLDLADWNDSLKIDSNSIDGATKEKLYYEQLKKTNGKYGDRFMSDYSESVMNAFLLKLAIDHLAEIATLDNDTQLAQQMSELSKEVTDRIQKHAWKENFFARVLINRYKDGSYTYLGAKGDKLSADPNIDGVYFLNSFAWSVLSDVATDEQIAIMVDVIKKHLLTPYGLRLVTPADLNKIANDTATGHYFFGDRENGAVFKHASMMAVAALIKAAKKVKDNELAKEMARIAYFMIDLVLPYKNLENPFQVAGNPRISTQYINTDTGENIGPLLSGTATWLNLNLISLAGIEYTRDGISFNPILREEETQLNFTLKAPKSSYKFSITKPVGFARMESSEYELFVDGQKIDNTVIPMYTDEKEHIVTLKFKLEHHHHHH |
Experimental Data
Method: X-RAY DIFFRACTION
Deposited Date: 2023-12-19 Deposition Author(s): Igarashi, K. , Kuga, T. , Sunagawa, N.