Candidatus Kuenenia stuttgartensis: KSMBR1_1326 Help Entry KSMBR1_1326       CDS       T05435                                  Symbol cdh_acsA Name (GenBank) hypothetical protein   KO K00198   anaerobic carbon-monoxide dehydrogenase catalytic subunit [EC:1.2.7.4] Organism kst  Candidatus Kuenenia stuttgartensis Pathway kst00633   Nitrotoluene degradation kst00680   Methane metabolism kst00720   Other carbon fixation pathways kst01100   Metabolic pathways kst01120   Microbial metabolism in diverse environments kst01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:kst00001]  09100 Metabolism   09102 Energy metabolism    00720 Other carbon fixation pathways     KSMBR1_1326 (cdh_acsA)    00680 Methane metabolism     KSMBR1_1326 (cdh_acsA)   09111 Xenobiotics biodegradation and metabolism    00633 Nitrotoluene degradation     KSMBR1_1326 (cdh_acsA) Enzymes [BR:kst01000]  1. Oxidoreductases   1.2  Acting on the aldehyde or oxo group of donors    1.2.7  With an iron-sulfur protein as acceptor     1.2.7.4  anaerobic carbon monoxide dehydrogenase      KSMBR1_1326 (cdh_acsA) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Prismane Motif Other DBs NCBI-ProteinID:  SOH03827 UniProt:  Q1PYY8 LinkDB All DBs Position MBR1:complement(1437080..1439041) Genome browser AA seq 653 aa AA seqDB search MEDKQKTTDQIMLDKMRESKIETMYDRYKAQQPQCGYGSLALCCRHCNYGPCNIDPFGPG PKRGICGADANTFAARHFLRMSAAGTACHSDHGRAVAHLLVATARGEAPGYRIKDVEKLK MIAECFDIKTKDREINEIAEEVGEMALMEFGKPYGTLLFLKRAPAARQKIWEKLGIASRA IDREVTESMHRTGMGGDQDYRNLTKQAMRVSLADGWGGSMIATELQDILFGTPKPVQGRA NLGVLKKDYVNIVVHGHEPQLAEAIVMASTGPDIEKAVAAVGAKGIVIAGLCCTANELLV RHGIPMAGHMTMQEGAMATGVVEVMVVDIQCVMQALAETAKHFHTKLVTTLSKAKISGAE HVEFEDENALESAKKIILMAIGNYKNRDKKKVFIPDASEPNLIAGFSHETIKYMLGGRFR ASYRPLNDNIINGRIRGVVGIAGCTSPKAGECTQSYVDLAKELIANNILVVATGCAAGQC ASGGLMLPELKDQCGAGLKEVCEAVGIPPVLHSGACVDNSRILIACSEMAKEGGLGNDIS DLPVAGACLEWMSEKAIAIGQFLVASGIYTVFGMNSPVAGAPDLQNLLTKELEEQVGARW DFQQDIKKIGKMLMDHIEMKREALGINVKKERKLYDMAERRALEQECKPAGHH NT seq 1962 nt NT seq  +upstreamnt  +downstreamnt atggaagataaacaaaagacaacagaccaaataatgcttgataaaatgcgtgaatcgaag attgagactatgtatgacagatacaaggctcagcagccgcaatgcggctatggaagcctt gctctatgttgcagacattgcaactacggaccatgcaatatagatccgtttggccctggt cctaaaagaggcatttgcggtgcagatgcaaatacttttgccgcaaggcatttccttcgt atgagtgctgcgggaactgcgtgccattctgatcatggacgtgcggttgcccatctttta gttgcaacggcaaggggcgaggcccccggttaccgcataaaagatgtagaaaaacttaaa atgattgccgagtgttttgatattaaaaccaaggacagggaaataaacgaaattgccgaa gaagttggagagatggcattaatggagttcggaaaaccttacggaacgcttttgtttctc aaacgtgcccctgcggcacgccaaaagatatgggaaaaattaggaattgcatccagggct attgaccgggaggtcacagaaagcatgcaccgtaccggcatgggtggagaccaggattac aggaatcttacaaagcaggcgatgcgtgtatctcttgcagatggctggggcggtagtatg attgccaccgaacttcaggacattctgtttggaactcctaagccggtacagggaagagca aaccttggcgtgttgaagaaggattacgtaaatatcgttgttcacggacacgagcctcag cttgcggaagcaattgttatggcttccactggccccgatatcgaaaaagcagtggcggca gtgggcgcaaaaggcattgtgattgccggtctctgttgtaccgcaaacgagcttcttgtt cggcatggcatcccaatggcgggacacatgacgatgcaggagggggcaatggcaaccggg gttgtggaggtgatggttgttgatatccaatgcgtaatgcaggcgcttgcggaaacggca aaacatttccacacaaagctcgtcactacattatccaaagcaaaaatctccggtgcggaa cacgttgaatttgaagatgaaaatgcattggagtccgccaaaaaaataatccttatggcc atcggtaattacaaaaatcgtgataaaaaaaaggtgtttatcccggacgcttccgaacct aaccttattgcaggatttagccatgaaacaattaaatatatgcttgggggaaggtttagg gcaagttaccggcctttaaatgataatatcatcaacggaaggatccggggcgttgttggg attgcaggctgtacaagcccgaaagccggagaatgcacacaatcgtatgttgatttggcg aaggaactcattgcaaacaatatcctggttgttgcaaccggttgtgcagcaggacaatgc gcctccggcggtctgatgctccccgaattaaaagatcagtgcggggcgggattaaaagag gtttgcgaggcggtcggcataccaccagtcctgcattccggcgcctgtgtggataacagc cgcattcttattgcctgttctgaaatggcaaaagagggcggcctggggaatgatatcagc gacctccccgtagcaggggcatgtctggagtggatgagcgaaaaggctatcgctatcggg cagtttttggtagcttccggaatttatactgtatttggtatgaattccccggttgccggt gcgcctgacttgcagaacctgctcacaaaggaattggaagaacaggtaggcgcaagatgg gatttccagcaggatataaagaaaatcggcaagatgttgatggaccatatcgaaatgaaa agagaggctcttggtataaacgtaaagaaagaaaggaagctttacgatatggcggaacga agagcgttggagcaggaatgtaaacctgccgggcatcattaa

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