Aliarcobacter skirrowii: EI285_07620 Help Entry EI285_07620       CDS       T05743                                  Name (GenBank) AMP-dependent synthetase   KO K01895   acetyl-CoA synthetase [EC:6.2.1.1] Organism ask  Aliarcobacter skirrowii Pathway ask00010   Glycolysis / Gluconeogenesis ask00620   Pyruvate metabolism ask00630   Glyoxylate and dicarboxylate metabolism ask00640   Propanoate metabolism ask00680   Methane metabolism ask00720   Other carbon fixation pathways ask01100   Metabolic pathways ask01110   Biosynthesis of secondary metabolites ask01120   Microbial metabolism in diverse environments ask01200   Carbon metabolism Brite KEGG Orthology (KO) [BR:ask00001]  09100 Metabolism   09101 Carbohydrate metabolism    00010 Glycolysis / Gluconeogenesis     EI285_07620    00620 Pyruvate metabolism     EI285_07620    00630 Glyoxylate and dicarboxylate metabolism     EI285_07620    00640 Propanoate metabolism     EI285_07620   09102 Energy metabolism    00720 Other carbon fixation pathways     EI285_07620    00680 Methane metabolism     EI285_07620  09180 Brite Hierarchies   09181 Protein families: metabolism    01004 Lipid biosynthesis proteins [BR:ask01004]     EI285_07620 Enzymes [BR:ask01000]  6. Ligases   6.2  Forming carbon-sulfur bonds    6.2.1  Acid-thiol ligases     6.2.1.1  acetate---CoA ligase      EI285_07620 Lipid biosynthesis proteins [BR:ask01004]  Acyl-CoA ligase   Short/medium chain acyl-CoA ligase    EI285_07620 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  AMP-binding HpcH_HpaI AMP-binding_C C-C_Bond_Lyase PK AMP-binding_C_3 PEP-utilizers_C HAD_2 S-AdoMet_lyase Motif Other DBs NCBI-ProteinID:  AZL54445 LinkDB All DBs Position 1445343..1447865 Genome browser AA seq 840 aa AA seqDB search MSQTVKIDIPEFLNIGVACTSAWLGSAKENNVAMIIEDDKLGTDEVTYKDLSVKSDQVAN FFTQNIGLKPRDRVLVCLKNSLAYPISFFGVMKGGMIAVPTSTLLSGSEVKYLAEDSQAK AIVLSASMYENLVPYLENLDNLKTIVVAGVDSVDDFKKPKDINVYALSKIFQECDTTPNH YNSRSGEPAYLVYTSGTTGYPKGVLHSHRSLVGRKPATDYWFDFKENDRIMHSGKFNWTY VLGSALMDPLYNGHTVIAYEGANDASTWINLIKKHNCTIFIGVPTIYRQIIQKTDFKLDD CPSLRYCMSAGEHLSDEMLGLWRERFKQDIYEAIGMSECSYYISHSKFNPIRPGSAGFPQ PGHIVKLLNPETLEEVGVEEEGMICIGEDDPGLFLEYWQLEEETLKSRHDGYFFTGDYAR KDKDGYIWFIGRKDDIINTFGFRVSPHEIERVVKTHADVADCVAFGLDIEKDKTIVAIAV VGHSALSKEKEQEILKFAQNNLAKYKAPKEIFALSDYPRTKNGKVLRKQLVKDLHEQYFA VTKGEEVVEYKARRSMLLVPSYNKHNVEKAKTVLADSVIFDFEAILAEQREVGRSVVKEV YKEQGPKFGDSERVIRVNNLGSEDLKKDLALAKEIELDAILFSKIDTKEDVLEAVKLIEE VNPNLTLMIMIETPLAVLNIHEICAASPKVEVVVVGSNKLANRLQIDIKRGSKAIVTYLA QIALAAKAYGKIVIDGPHFDVMDEFACEDSTKDAFNLGFDGKSLVHPVQIEYINDIFTPK QSEVADYEEMIKKYEEANKQGKEVILHNNRLVDSSKITWARKMIKLYETYKALGQNLFGK NT seq 2523 nt NT seq  +upstreamnt  +downstreamnt atgagtcaaacagttaaaatagatatacctgaatttttaaatattggtgttgcttgtact tcagcttggttgggaagtgcaaaagagaataatgttgcgatgataattgaagatgataaa cttggtactgatgaagttacttataaagatttaagtgtaaaatcggatcaagtagcaaac ttctttactcaaaatattggattaaaaccaagagatagagttctagtttgtcttaaaaac tctttagcatatccaatttctttttttggtgttatgaaaggtggaatgattgcagtacca acttcaactttgttaagtggtagtgaagttaaatatttagctgaagattctcaagctaaa gctatagttttatcagcttctatgtacgaaaatttagtaccttatttagaaaatcttgac aacttaaaaacaatagttgttgctggagtcgatagtgttgatgatttcaaaaaaccaaaa gatataaatgtttatgcattaagtaaaatttttcaagagtgtgatacaacaccaaatcac tataactcaagatcaggagaacctgcatatttagtttatacatctggaacaactggttat ccaaaaggagtacttcactctcacagatcacttgtaggaagaaaaccagcaactgattat tggtttgattttaaagagaatgatagaataatgcactctggaaaatttaactggacttat gttttaggttctgcacttatggatccactatacaatggtcatacagttattgcttatgaa ggtgcaaatgatgcatctacatggattaatctaatcaaaaaacataactgtacaattttt attggtgttccaacaatttatagacaaattattcaaaaaacagatttcaaacttgatgat tgcccaagcttaagatactgcatgagtgctggagagcatttaagtgatgagatgttagga ctttggagagaaagattcaaacaagatatttatgaggcaattggtatgagtgagtgttca tactatatttcacactcaaaatttaatccaataagaccaggaagtgcaggattcccacaa ccaggacatattgtaaaacttctaaatcctgaaactttagaagaagttggagttgaagaa gagggaatgatttgtattggggaagatgatccaggattattcttagagtattggcaactt gaagaagagactttaaaatcaagacatgatggttacttctttacaggagattatgcaaga aaagataaagatggatatatctggtttattggaagaaaagatgatattatcaatactttt ggatttagagtaagtccacatgagattgaaagagttgtaaaaactcacgccgatgttgct gattgtgttgcttttggtttagatatcgaaaaagataaaacaatagttgctattgctgtt gttgggcactcagctttaagtaaagagaaagagcaagagattttaaaatttgctcaaaat aatcttgcaaaatataaagctcctaaagagatttttgctctaagtgattatccaagaaca aaaaatggaaaagttttaagaaaacaacttgtaaaagatttacacgaacaatattttgct gtgacaaaaggtgaagaggtagttgaatataaagctagaagatcaatgctactagtacct tcatacaataaacacaatgtagaaaaagcaaaaactgttttagcagattctgttattttt gattttgaagctattttagctgaacaaagagaagttggaagatctgttgtaaaagaggtt tataaagagcaaggtcctaaatttggagatagtgaaagagttattagagtaaacaatctt ggaagtgaagatttaaaaaaagatttagctttggcaaaagagattgaacttgatgcaata ctattttcaaaaattgatacaaaagaggatgttttagaggctgttaaattaattgaagag gtaaatccaaatttaactcttatgattatgatagaaactccacttgcagtgttaaatatt catgaaatttgtgcagctagtcctaaagttgaagttgttgttgttggttcaaataaacta gcaaatagacttcaaatagatataaaaagaggttcgaaagctattgttacatatttagct caaatagcacttgcagcaaaagcttatgggaaaatagtaatagatggacctcattttgat gttatggatgagtttgcttgtgaagattcaacaaaagatgcatttaatctaggatttgat ggtaaatctcttgtacatccagttcaaattgagtatataaatgatatattcactccaaaa caaagcgaagttgcagattatgaagagatgattaaaaagtatgaagaggcaaataaacaa ggtaaagaggtaatcttacataacaatagattagttgactcttcaaaaataacttgggca agaaaaatgattaagctttatgaaacatataaagctttaggtcaaaatctatttggaaaa taa

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