Stanieria cyanosphaera: Sta7437_3319 Help Entry Sta7437_3319      CDS       T02406                                  Name (GenBank) alcohol dehydrogenase AdhE   KO K04072   acetaldehyde dehydrogenase / alcohol dehydrogenase [EC:1.2.1.10 1.1.1.1] Organism scs  Stanieria cyanosphaera Pathway scs00010   Glycolysis / Gluconeogenesis scs00071   Fatty acid degradation scs00350   Tyrosine metabolism scs00620   Pyruvate metabolism scs00625   Chloroalkane and chloroalkene degradation scs00626   Naphthalene degradation scs00650   Butanoate metabolism scs01100   Metabolic pathways scs01110   Biosynthesis of secondary metabolites scs01120   Microbial metabolism in diverse environments scs01220   Degradation of aromatic compounds Brite KEGG Orthology (KO) [BR:scs00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     Sta7437_3319    00620 Pyruvate metabolism     Sta7437_3319    00650 Butanoate metabolism     Sta7437_3319   09103 Lipid metabolism    00071 Fatty acid degradation     Sta7437_3319   09105 Amino acid metabolism    00350 Tyrosine metabolism     Sta7437_3319   09111 Xenobiotics biodegradation and metabolism    00625 Chloroalkane and chloroalkene degradation     Sta7437_3319    00626 Naphthalene degradation     Sta7437_3319 Enzymes [BR:scs01000]  1. Oxidoreductases   1.1  Acting on the CH-OH group of donors    1.1.1  With NAD+ or NADP+ as acceptor     1.1.1.1  alcohol dehydrogenase      Sta7437_3319   1.2  Acting on the aldehyde or oxo group of donors    1.2.1  With NAD+ or NADP+ as acceptor     1.2.1.10  acetaldehyde dehydrogenase (acetylating)      Sta7437_3319 SSDB OrthologParalogGFIT Motif Pfam:  ADH_Fe_C Fe-ADH Aldedh Fe-ADH_2 TetR_C_20 Motif Other DBs NCBI-ProteinID:  AFZ36826 UniProt:  K9XXJ8 LinkDB All DBs Position 3754502..3757153 Genome browser AA seq 883 aa AA seqDB search MQVTNLEQLETLIQKVKQAQQQYLTYTQEQVDHIFKKAALAANSARIPLAKMAVAETEMG IVEDKVIKNHFASEIIYNKYKNAKTCGVIEEDKSFGFQKIAEPVGIIAGIVPTTNPTSTT IFKALIALKTRNAIIFSPHPRAKQCTIEAAKVVLEAAVAAGAPENIIGWIDEPTVPLSQA LMQHSEIKLILATGGPGMVKAAYSSGHPSLGVGAGNTPALIDSSAHIKMAVSSIILSKTF DNGMICASEQSVVVVDDVYEQVKTEFITRGGYFVTPQEKDKLAQIIIVNGRLNSHIVGQP VSKIAQLAGFTIPEGTRVILAEVEEIGFNEPFSQEKLAPILAMYRAKDFNQAVDKAQQLV ELGGRGHTAALYTSIFESEHIKQFEDQVQASRVLINTPSSQGAIGDLYNFRLDPSLTLGC GTWGGNSTSENVEPKHLLNIKTVAERRENMLWFRVPPKIYFKYGALPVAIRELAGKQRAF IVTDQPIYNLGMTNSLENVLDEIGLKYEIFYDVEPDPSLDTVMAGLALMNSFNPDVIIAI GGGSPMDAAKIMWLMYEHPEIEFEGLAMRFMDIRKRVYDLPPLGKKAILVAIPTTSGTGS EVTPFAVVSDRRNKIKYPLADYALTPNMAIVDPELVLHMPKSLTAYGGIDALTHALEAYV SVLASEYTNGLALEAIRLLFKYLPSAYQNGAKDPKAREKVHYAATIAGMAFANGFLGICH SMAHQLGGTFHIPHGLANALMISHVIRYNATDAPFKQATFSQYKYPNAKWRYSRIADYLG LGGNTEEEKTELLIQAVENLKRQLNIPLAMKDAINLNEAEFLVKLDEVADHAFDDQCTGT NPRYPLINDLKRLLTDAYYGEISTTSNGKTSSNGHQTEMAVMN NT seq 2652 nt NT seq  +upstreamnt  +downstreamnt atgcaagttaccaatctcgaacaactcgaaaccctaattcaaaaagtcaaacaagctcaa caacaatatcttacctatactcaagaacaagtcgatcatattttcaaaaaagctgctcta gctgctaactctgcccgcattccgttggcaaaaatggcggttgcagaaacagaaatggga attgtcgaagacaaggtgattaaaaaccattttgcttcagaaattatctataacaaatac aaaaacgccaaaacttgtggtgttatcgaagaagacaagtcttttggttttcaaaaaatt gctgaaccagtagggattatagcaggaattgtccccactaccaatcctacctctactacg atttttaaagctttgattgcccttaaaactcgtaatgctattattttttctcctcatcct cgtgccaaacaatgcaccattgaagcagctaaagttgtcctcgaagcagcagtcgcagca ggcgcaccagagaatattattggttggattgatgaaccaaccgtacctctctcccaagct ttgatgcagcattcagaaattaagttaattttagcaacaggtggaccaggaatggtcaaa gctgcatactcttctggtcatccttctttgggagtaggtgcaggtaatactccagcttta attgattcttctgcccatattaaaatggcagtttcttcaattattctcagtaaaaccttc gataacggcatgatttgcgccagcgaacaatcggtagtcgttgtagatgatgtttacgaa caagtcaaaacggaatttattacccgtggtggttattttgtcactccacaagaaaaagac aaattagcgcagataattatcgttaacgggcggttaaatagtcatattgttggtcaacca gtctcgaaaatagctcaactcgcaggcttcacaattcctgagggaactagagtaattttg gctgaagtagaagaaattggcttcaatgaacctttctcgcaggaaaaacttgctccgatt ttagcaatgtatcgtgctaaagactttaaccaagcagtagacaaagcccaacaattagta gaattaggtggtcgtgggcatacagcagccctttatacttcgatttttgaatcagaacat attaaacaatttgaagatcaagtacaagcttctcgtgttttaattaatactccttcttct caaggcgcaattggcgacctatataactttcgcctcgatccttccttgacgttgggttgt ggcacttggggaggtaattccactagtgaaaatgttgaaccaaaacatttgttaaatatc aagacagtggcagaaagaagagaaaatatgctctggtttcgcgtaccacccaaaatttac ttcaaatatggtgcattacctgtagctattcgagaattggcaggaaaacaacgagccttt attgtcacggatcaacccatctacaatctaggaatgactaattccttagaaaatgtcctc gatgaaattgggttgaaatacgaaatcttttatgatgttgaaccagatccttccctcgat acagtgatggcgggtttggcactgatgaatagcttcaatcctgatgtcattattgctatt ggtggtggttcgcccatggatgctgccaaaatcatgtggttaatgtatgaacatcccgaa attgaatttgaagggttagcaatgcggtttatggatatccgcaagcgagtctacgattta ccgcctttagggaaaaaagctatcttagtggctattcccaccacctctggtacgggttca gaagtaactccttttgccgtagtaagcgatcgccgtaataagattaaatatcctttggct gattatgcccttactcccaatatggcaattgttgaccctgaattggtgttgcatatgcct aagagtctcactgcttatggtggtattgatgctttaactcatgctttagaagcttatgtt tcggttttagcttccgaatataccaacggactagcactagaagcaattcgtttactgttt aaatatttacccagtgcttatcaaaatggggcaaaagaccctaaagctagggaaaaagtt cattatgcagccaccatagcaggaatggcattcgccaacggatttttaggaatttgtcat tcgatggcacatcagttgggaggaactttccatatccctcacggtttagctaatgcgcta atgatttcccatgtcattcgttataacgctaccgacgcaccttttaaacaggcaactttt tctcagtataagtatcctaatgctaaatggcgttattctcggattgctgattatttaggt cttggcggtaatacagaagaagaaaaaaccgaattactaattcaagcagtagaaaacttg aaacgtcagttgaatattcctctagccatgaaagatgcaattaaccttaatgaggcagaa tttttggttaagctggatgaagtagctgaccacgcttttgacgatcaatgtacaggaaca aatcctcgctatcctttgattaatgacctgaagcgacttttaaccgatgcttactatgga gaaatttccaccacaagcaatggaaaaacaagcagtaatggtcatcaaaccgaaatggct gtgatgaattag

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