Helicobacter pylori 2018: hp2018_0365 Help Entry hp2018_0365       CDS       T01914                                  Symbol tktA Name (GenBank) Transketolase   KO K00615   transketolase [EC:2.2.1.1] Organism hpw  Helicobacter pylori 2018 Pathway hpw00030   Pentose phosphate pathway hpw01100   Metabolic pathways hpw01110   Biosynthesis of secondary metabolites hpw01120   Microbial metabolism in diverse environments hpw01200   Carbon metabolism hpw01230   Biosynthesis of amino acids Module hpw_M00007   Pentose phosphate pathway, non-oxidative phase, fructose 6P => ribose 5P Brite KEGG Orthology (KO) [BR:hpw00001]  09100 Metabolism   09101 Carbohydrate metabolism    00030 Pentose phosphate pathway     hp2018_0365 (tktA)   09109 Metabolism of terpenoids and polyketides    01051 Biosynthesis of ansamycins     hp2018_0365 (tktA) Enzymes [BR:hpw01000]  2. Transferases   2.2  Transferring aldehyde or ketonic groups    2.2.1  Transketolases and transaldolases     2.2.1.1  transketolase      hp2018_0365 (tktA) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Transketolase_N Transket_pyr DXP_synthase_N Transketolase_C E1_dh ThiP_synth TPP_enzyme_C Motif Other DBs NCBI-ProteinID:  ADZ51048 LinkDB All DBs Position complement(362266..364191) Genome browser AA seq 641 aa AA seqDB search MQLSNADLERLKSMANTLRFLCADMIDKANSGHPGVCLGLADVMVVLSLHLNLNPTNPKW LNRDRLVFSGGHASALAYSLLHLWGFDLSLDDLKRFRQLHSKTPGHPELHHTEGIEITTG PLGQGFANAVGFSMASQYAQTLLDKEAISHKVYCLCGDGDLQEGISYESASLAGHLRLDN LIVIYDSNQISIEGAINISFSEQVKTRFLAQNWEVLECDGHDYQAIHNALEEAKKSHKPT LLIAHTIIGKGAIGLEGSEKTHGSPLNKEVLKQSKENAQINPNESFIISPKNKMHFEEVR VRGVSLEALWEKSLSPKTKEKIHALKNFDFNTINYPAFKKGESLATRVSNGMILNAIAKE CEGFLGGSADLAPSNNTHLKHSGDFPLGQNLHFGIREHAMGAITNALAAYGLFLPFCATF FVFSDYLMPSIRLSALMKLKALFIFTHDSIGVGEDGATHQPIEQLSHLRALPHFYAFRPS DALENKACMQVALSLNAPSALILSRQNLPVLDEVSKEQVLKGAYVKHHSKDPIITLVASG SEVSLALESAKILERENIPTQVVSVPCFDLLIEQDESYFKELFKGKVLVIEASRAIEWYR FADKIIGMDSFGSSAKGDKLFEKFGFSVENVTAQAKRLLNA NT seq 1926 nt NT seq  +upstreamnt  +downstreamnt atgcaattgagtaacgctgatttagaacgattaaaaagcatggcgaacacgcttcgcttt ttgtgcgcggacatgatagataaggctaatagcgggcatccgggcgtgtgtttagggcta gctgatgtgatggtggttttaagcttgcacctcaacctaaaccccaccaaccctaaatgg ctcaatagggacaggttggtttttagcggagggcatgcgagtgcgttagcgtatagtttg ttgcatttgtggggctttgatttgagtttagacgatctaaagcgtttcaggcaattacac tctaaaaccccaggacaccctgaattgcaccacaccgaaggcattgagattacgacaggc cctttagggcaaggttttgctaacgctgtgggctttagcatggcgagccaatacgctcaa acccttttagataaagaagcgatttctcataaagtctattgcttgtgtggggatggggat ttgcaagaaggcattagttatgagagcgcttctttagccgggcaccttcgccttgataac ctcattgtgatttatgacagcaatcagatcagcattgaaggcgctattaatattagtttt agcgaacaggttaaaacgcgttttttagcacaaaattgggaagtgctagaatgcgatggg catgactatcaagcgattcacaacgctttagaagaagccaaaaagtcccataaacccacg cttttaatcgctcatacgattattggtaagggggctattggcttagaggggagtgaaaaa acgcatggatcgcctttaaacaaagaagtattgaaacaatccaaagaaaacgctcaaatc aatcctaatgaaagctttataattagcccaaaaaacaaaatgcattttgaagaagtgagg gttaggggcgttagtttagaagccttatgggaaaaatccttaagccctaaaacaaaagaa aagatccatgcgttgaagaattttgattttaacaccattaattaccccgcctttaaaaaa ggcgaatctctagccacgagagtgagtaacggcatgattttaaacgctatcgctaaagaa tgcgagggttttttgggggggagcgcggatttagccccctccaataacacgcatttgaaa cactctggcgatttccctttagggcaaaacttgcattttgggatcagagagcatgccatg ggggctatcactaacgctttagcggcgtatggtttgtttttgcctttttgcgcgaccttt tttgtgtttagcgattatttaatgcctagcattcgtttgagcgctttaatgaaactaaaa gccctttttatcttcacgcatgacagcattggggtgggcgaagacggggcgacgcaccag cccatagagcaattgagccatttacgagccttgccgcatttctatgctttcaggcctagc gatgctcttgaaaataaggcttgcatgcaagtggcgttaagtttgaacgcccctagcgct cttattttatcgcgccagaatttgcccgtactagatgaggtctctaaagagcaggtttta aaaggggcgtatgttaaacaccactctaaagatcccattatcacgcttgttgcgagcggg agcgaggtctctttggctttagagagcgctaagattttagagcgagaaaatatccccact caagtggtgagcgtgccatgctttgatttattgatagagcaagatgaaagctattttaaa gaactctttaagggtaaagtcttagtgattgaagcgagccgcgcgatagagtggtatcgt tttgcggataaaatcattggcatggattcttttgggagttcagcaaaaggcgataaactc tttgaaaaatttggctttagcgttgaaaacgttaccgctcaagcgaaaaggttactcaac gcatga

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