Candidatus Moanibacter tarae: DF168_01807 Help Entry DF168_01807       CDS       T09872                                  Name (GenBank) hypothetical protein   KO K00615   transketolase [EC:2.2.1.1] Organism mtar  Candidatus Moanibacter tarae Pathway mtar00030   Pentose phosphate pathway mtar00710   Carbon fixation by Calvin cycle mtar01100   Metabolic pathways mtar01110   Biosynthesis of secondary metabolites mtar01120   Microbial metabolism in diverse environments mtar01200   Carbon metabolism mtar01230   Biosynthesis of amino acids Module mtar_M00004   Pentose phosphate pathway (Pentose phosphate cycle) mtar_M00007   Pentose phosphate pathway, non-oxidative phase, fructose 6P => ribose 5P Brite KEGG Orthology (KO) [BR:mtar00001]  09100 Metabolism   09101 Carbohydrate metabolism    00030 Pentose phosphate pathway     DF168_01807   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     DF168_01807   09109 Metabolism of terpenoids and polyketides    01051 Biosynthesis of ansamycins     DF168_01807 Enzymes [BR:mtar01000]  2. Transferases   2.2  Transferring aldehyde or ketonic groups    2.2.1  Transketolases and transaldolases     2.2.1.1  transketolase      DF168_01807 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Transketolase_N Transketolase_C_1 Nairo_nucleo Motif Other DBs NCBI-ProteinID:  AWT60592 UniProt:  A0A2Z4ARE9 LinkDB All DBs Position 2077809..2080331 Genome browser AA seq 840 aa AA seqDB search MSTHSPLKVTQASDDQFDQERLEDVGFMTCMTLVLLGNYAQTGHFGGPLAYTPYNVALHL VGPKLGGLRYDYRRPKHPYGDKFMLAGGHNIPTAYALWMIMGEAMARRHAATGDARYYVS PEIAMLPIDALGFRRGAGALKSLLRDHNLEDHPLFAQAKLRGIRSLAGHAETTDLTNDVN GGPSGVGVATAAGKAAFWDILGADPSLKILALEGEFAMTEGHAQELKTQGLALQVGKRLR ILLSYNNAGIDDELMGGVIKSEYSSYNIADQWSSYGWNVIPLEDGNDYNQIVSVLRKMED WDPADRRPMIVIGNTTKGYWPAAKDEKIPGYGDQLVSFPSHPYGFKMNSEYFVALAETFE KRFGVAFDGIHQGPVTDSRDRLIQFKSNIDVVMSLLDQNGIGDWLADHLVEIGEKVSDSY QLRVDVTNDPFLDERLRVKNLPLEEQSVSVKNPVSDEIKKVDIALFQKTGENAGTRRAIS EIIKWMNYITENRFITIAADLSDSINVENGALWGHYSPTENPAGTRLKAPIEEAGNASTA IGLVGQSASLDPHAFAGVWALSGTYGAFTPLMYLPARVWSQQNQDSPFRMGVLHILAGHS GPETAADARTHFGIFAPQVWKLFPRGQAIHLSFWDYNDVAPGYFAAAEVAARNPKVGIIT IEVARPDFPVADRSKFADSDIKAAAKGFYLIRDFEEGKPRHGNVIVQGSNSTFNLVSILP KLEEAEINVRVIAAVSEELFSLQPSEYREAILPTEAVYDLMIVSTGTRRVWPTADPGPLT DEYSLTSDWDNQWLTGGTEPDVIAEAHLDAKSIFQGIKRFAEEREDRLKRQREIMDKLSV NT seq 2523 nt NT seq  +upstreamnt  +downstreamnt atgagtacacatagccctttgaaagtaacccaagcttcggacgatcaattcgaccaggag aggctagaggatgtcggtttcatgacctgtatgacactcgtcctccttggtaactacgca cagacgggccattttggaggtccgcttgcctatacaccttacaatgtagccctacatctg gtaggcccgaaactcggaggtctgcgttacgactaccgacgccccaagcatccttacggt gacaagttcatgctagctggaggtcacaacattccgactgcctacgccctttggatgatc atgggcgaagcaatggctcggcgtcatgctgccacaggagacgcacgttattacgtttct ccagaaatagccatgcttccaatcgatgccctaggtttccgaagaggtgccggagcgcta aagtcacttcttagggatcacaatctagaggaccatcctttatttgctcaggcgaaactg cggggaatccgatctcttgccggtcacgctgaaacaaccgatctgaccaatgacgtcaat ggaggaccttccggcgttggagttgctacagcggcagggaaagccgcattttgggatatc cttggtgctgatccgtctctaaagatcctggctttggaaggcgagtttgccatgaccgaa ggccatgctcaggagttaaagactcagggactcgcccttcaggtcggaaagagacttcga atccttctctcttacaataatgccgggatcgatgatgaactcatgggaggagtaattaaa agcgaatactctagttacaacatagccgatcaatggagctcctacggttggaacgtaatt cccttagaggatggcaacgactacaaccaaatcgtctcagttcttcgaaagatggaggat tgggaccctgctgatcgacggccaatgattgtcatcgggaacactacaaaaggatattgg cctgcagctaaggatgaaaagattcctggttacggcgatcaactcgtaagtttccctagt cacccttacggctttaaaatgaattctgagtatttcgtagcgctggcagagacatttgag aagcgattcggagttgcattcgacggtattcatcaaggccctgttacggattctagagat cgcctgattcagttcaaaagcaacatcgatgtggtgatgtcattgctcgaccaaaacggc atcggagattggctggcagatcatctcgttgagataggagagaaggtctctgattcctat caattgcgagtcgacgtcaccaatgacccgtttttggacgagcgtctccgagtaaaaaat ctgcctctcgaagagcagtccgtatcagttaaaaaccccgtgtcagatgagataaagaag gtcgatattgcgcttttccagaaaacaggggaaaatgcgggtacacgccgtgccatatcg gaaattatcaagtggatgaattatattacggaaaatcggttcatcactatcgcggccgac ctctctgattccatcaatgtcgagaatggtgcactttggggtcactattctccaaccgaa aacccagcaggcacccgtttgaaggccccgattgaggaagccggcaacgcttccactgca attggattggtcgggcagagcgcttctcttgatccccatgcattcgcaggagtatgggct ctcagtggaacctatggagctttcacccctctgatgtatcttcccgcaagagtctggagt cagcagaaccaagatagtccatttcgaatgggcgtactccacattttggcgggccactct ggtccggaaacagctgcggatgcacgtacccatttcggaatctttgcaccccaggtatgg aagctctttccccgaggccaggccatccatctgagtttttgggactacaatgacgtagct ccaggatattttgccgcagctgaagttgcagcgcgaaatccaaaagtgggaattattaca attgaggtggcacgaccggatttccctgttgccgatcgatccaaatttgccgattcggat ataaaggcagcagcgaagggtttctaccttatccgcgatttcgaagagggtaaaccgcga catggcaacgttatcgtccagggatcaaattcaacattcaacctagtgagcattctacca aagttggaagaagcagaaatcaacgttcgggtcattgcagcagtcagtgaagaacttttt agcctacaaccatccgaataccgggaagcgatccttccaactgaagcagtttacgatctt atgattgtttcaaccggcactcgtcgggtatggccaacagcagacccgggaccccttacg gacgagtattcccttacctcagactgggacaatcaatggcttactggcggcaccgagcca gatgtcatagcggaagcacatctcgatgccaaatcgatctttcaggggataaaaagattt gccgaagaacgagaggatcgcttgaagcgacaacgagagataatggataagctgtcagtc tag

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