SPM_004150
| Uniprot: A0A037UPH8
Description: transketolase EC number: Annotation score: 1 out of 5 Miscellaneous [CC]: Protein existence: Inferred from homology Catalytic activity: Cofactor: COFACTOR: Name=Mg(2+); Xref=ChEBI:CHEBI:18420; Evidence={ECO:0000256|SAAS:SAAS00611690}; ; COFACTOR: Name=thiamine diphosphate; Xref=ChEBI:CHEBI:58937; Evidence={ECO:0000256|SAAS:SAAS00611686}; Enzyme regulation: Function [CC]: Pathway: Active site: Binding site: Calcium binding: DNA binding: Metal binding: Nucleotide binding: Site: Gene names (primary): Gene names (synonym): Mass: 72,376 Subunit structure [CC]: Gene ontology (GO): metal ion binding [GO:0046872]; transketolase activity [GO:0004802]; metabolic process [GO:0008152] Gene ontology IDs: GO:0004802; GO:0008152; GO:0046872 Chain: Signal peptide: Domain [CC]: Sequence similarities: SIMILARITY: Belongs to the transketolase family. {ECO:0000256|SAAS:SAAS00570687}. Protein families: Transketolase family Coiled coil: Domain [FT]: DOMAIN 345 515 Transket_pyr. {ECO:0000259|SMART:SM00861}. Motif: Region: EMBL: AGBZ02000002 ProteinModelPortal: A0A037UPH8 MEROPS: EnsemblBacteria KO: KAI92491 UniPathway: CDD: Gene3D: HAMAP: 3.40.50.920;3.40.50.970 InterPro: PANTHER: IPR029061;IPR009014;IPR005475;IPR005478;IPR020826;IPR033248;IPR033247;IPR005474 PIRSF: PTHR11624 PRINTS: PROSITE: Pfam: PS00802 ProDom: PF02779;PF02780;PF00456 SMART: SUPFAM: SM00861 TIGRFAMs: SSF52518;SSF52922 |
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49718-51683(-) >nucleotide sequence ATATTCTAAAACATCTTGAAATGGTCCTGATTGACCGAAGGTATCAGTTCCAAAGTTTAA CCCACTATTTGAAGTATAACGTTCTCAGCCAAAGGTTGTCCCTAATTCAATTGAAGCAAT TAAAGCCAACGGTTCTAACAATCTTTGTTTATATTCAGCATCTTGTTGCTCAAATAATTC TCAACAAGGCATTGATACTACTTTTACTTTAATTTTTTTATCATGCTCTAATTTTTTTGC AACAGCAATTGCCATACTTACTTCACTACCTGTTGCTAACAACACAACATGATTATTATC TTCTTGTCCATAAACTTGATAAGCTCCTTTTTTAACCAGCTCAACATTTGAATGTTCTAA TTCTGGTAAATCTTGACGTGTAATTAAAATAACACTTGGAGTATGTTTTGATTGTAAAGC CATATGATAAGCTCCTAATGTTTCATTAAAATCAGCTGGGCGAAAAACATTTAAGTTTGG TTGACTACGTAACATGGCTAATTGTTCAATTGGCTGATGTGTTGGACCATCTTCACCAAC AGCAATTGAATCATGCGATAAAATATAAATAGCTGGAATTTCCATTAATGAACTCAACCG AATAGCTGGCTTCATATAATCAGCAAAAACAAAGAAACCACTTGCAAAAGGCATTAATCC TCGGTGTAAACAAATTCCATTATTAATGGCAGCCATTGCAAATTCTCGTACCCCATATGC TAAATTACGACCTAACCGATTTTCAGCACTATAAACACCATCAGCTCCTTTTGCTTTTGT ACTACCACTTAAATCAGCACTACCACCAATTAAACCTGGAATAATATTAGAAAGACGATC AAGTATTGCACCACTACTAATCCGTGTTGCTTGTGGCTTAATTGGTTTTAAATCACGAAA ATCTTGTGGATTAAAATTAAAATTCCCATAAACTGCATCATCAAGTTCTTTTGCTAAAGC AGGATTTTCTTTGTAAAGACCTTGATACATTTTTAACCATTGTTGATATTTTTTAATTCC CCGTTGTTTAACATTGACTTCAAAATCCTTATAAACTTCACTAGGAACTTCAAATGGTTT ATAATTTCATTCTAACATTTTACGAACTGTCTCAATATCACTTCCCAACGGAGCACCATG TACTGCTGGTGTTCCTTGTTTAGTTGCCCCATCACCAATTATTGTTTTTACTTCAATTAA GGTTGGTTTATTACTTTTTTTTGCTTTTATAATAGCTTGATCAATTGCCTCAATATCATT CCCATCTTTGACAAAAAGATAATTTCAATTTGCTGCTTTAAAGCGATCAGCAATGTTTTC ACTTTGTGCAACATTAACCATATTATCCAATTGCACATCATTTGAATCAAACAATACAAT TAATTTATTTAGTTTTCAATGTCCTGCTAAAGAAATTGCTTCTTGTGTAACTCCTTCTTG TAAATCACCATCACCACATAAAACATAAGTATAATGATCATAAAGCGGATATTTTTTGGT ATTGTATTTTGCTGCTAAATGAGTTTCTGCCAACGCTAAACCAACTGCTGCTGCAAGTCC TTGTCCAAGAGGACCTGTCGTAACATCAACTCCTGGAGTTAAATGTGATTCGGGGTGACC AGGCGTAATTGAATCAACTTGACGAAAATTTCGTAAATCATAAATATTCAGATCAAATCC TGATAAATGCAATAACGAATATAATAAAGCACTACCATGTCCTGCTGCTAAAACAAATCG ATCACGATTTGTTCATTTGTCCACTTGGGGGTTAACAACTAAGTGTCTTGTAAATAAAGT ATATGCCATTGGCGCAGCACCAAGAACAATTCCCGGATGGCCTGAATTTGCTTTATTAAT TGCTTCAATTCCCAACATTTTGATTGTATCAATTGATTTTTTCAT >protein sequence AGHGSALLYSLLHLSGFDLNIYDLRNFRQVDSITPGHPESHLTPGVDVTTGPLGQGLAAA VGLALAETHLAAKYNTKKYPLYDHYTYVLCGDGDLQEGVTQEAISLAGHWKLNKLIVLFD SNDVQLDNMVNVAQSENIADRFKAANWNYLFVKDGNDIEAIDQAIIKAKKSNKPTLIEVK TIIGDGATKQGTPAVHGAPLGSDIETVRKMLEWNYKPFEVPSEVYKDFEVNVKQRGIKKY QQWLKMYQGLYKENPALAKELDDAVYGNFNFNPQDFRDLKPIKPQATRISSGAILDRLSN IIPGLIGGSADLSGSTKAKGADGVYSAENRLGRNLAYGVREFAMAAINNGICLHRGLMPF ASGFFVFADYMKPAIRLSSLMEIPAIYILSHDSIAVGEDGPTHQPIEQLAMLRSQPNLNV FRPADFNETLGAYHMALQSKHTPSVILITRQDLPELEHSNVELVKKGAYQVYGQEDNNHV VLLATGSEVSMAIAVAKKLEHDKKIKVKVVSMPCWELFEQQDAEYKQRLLEPLALIASIE LGTTFGWERYTSNSGLNFGTDTFGQSGPFQDVLEYFSFNVEKIVNVINKKMQVL |
© Fisunov Lab of Proteomics, 2016.