Acinetobacter soli: BEN76_02060 Help Entry BEN76_02060       CDS       T04684                                  Name (GenBank) aminomethyltransferase   KO K00302   sarcosine oxidase, subunit alpha [EC:1.5.3.24 1.5.3.1] Organism asol  Acinetobacter soli Pathway asol00260   Glycine, serine and threonine metabolism asol01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:asol00001]  09100 Metabolism   09105 Amino acid metabolism    00260 Glycine, serine and threonine metabolism     BEN76_02060 Enzymes [BR:asol01000]  1. Oxidoreductases   1.5  Acting on the CH-NH group of donors    1.5.3  With oxygen as acceptor     1.5.3.1  sarcosine oxidase (formaldehyde-forming)      BEN76_02060     1.5.3.24  sarcosine oxidase (5,10-methylenetetrahydrofolate-forming)      BEN76_02060 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  GCV_T SO_alpha_A3 GCV_T_C Fer2_4 Pyr_redox_2 FAD_oxidored Pyr_redox_3 FAD_binding_2 GIDA HI0933_like DAO NAD_binding_8 Thi4 FAD_binding_3 Lycopene_cycl Pyr_redox NAD_binding_7 AlaDh_PNT_C sCache_3_3 Trp_halogenase Motif Other DBs NCBI-ProteinID:  APV34870 UniProt:  A0A1P8EF96 LinkDB All DBs Position 428725..431646 Genome browser AA seq 973 aa AA seqDB search MSNLALQRLPHPYGRMIDRTQVVAFEFDHQKYQGFAGDSIASALIANQRWVMSRSFKYHR PRAPLTMAGQDANTLIQLPEEANVLADTTDIQPLLRAAGQNFSGSLLKDSDAFLGKFSKF MPVGFYYRAFYKPKGVWKLWEPFIRKKAGLGVLDLNFEPEYYDKAYLFHDVVVVGGGPAG LQAALSAAEQGAKVLLVEQEKLLGGSLNYARFDVEGVVADQLREQLVNAVTAHANIQVMT QAVCNAWFTDHYLPVIQGKRMYKVRAKQCIVASGSFDQPVIFRNNDLPGVILTSAVQRLI KLYAVKPGQKVVILTGHDDGYLAALDMLEAGIDVVAVVDLREVPRNKAAYGAVKAKNVAC YLGSTVFEALHDKTMHRVHGVDIRKIVSEGQVAQEIKKLDCDVLCMSSGYMPVYQLLCQA GGKLSYNDQKAEFHLAGLPQGLHVTGSVEGIHDIEQVVEHAKYTGILAAKYALEQPLNIQ WPSNTVLKNNPVNFPWPIFAHPKGKEFVDFDEDLQIRDIVNATKSGYRDIQLVKRFSTVG MGPSQGRHSALPTARLVAKSTQRSVSETGVTTARPPFTVEKLAHVAGRSFDPYRQTPMHA QHLEAGATMMPAGNWQRPAFYGDAAHRLQHIENEVKHVRNQVGMIDVSTLGGLEIRGPDS AEFINRLYTFGFTKLPVGKTRYAVMSNEHGVVIDDGVAARLSEHHFYVTATTSGVDRIYQ QMLKWNAQWRLNLDITNVTTALAAVNIAGPQSRAVMQKVCHDVDLSNTAFPYLGVREGHI QGIPVRILRVGFVGELGYEIHFPARYGEFMWNHLMQAGQAFDIKPFGVESQRLLRLEKGH IIISQDTDGMTHPQEVDLGWAVARNKPWFVGKRSIAILEQQPLKRKLVSFVLDKSQEKPL EGHIVLEGENISGNITSCEYSPTLDKIIGMAYVGIGQSEVGQQFPIRVEKGAMVHATVVK APFYDPENQRQEI NT seq 2922 nt NT seq  +upstreamnt  +downstreamnt atgagtaatcttgctttacaacggcttccgcatccgtacggtcgtatgatcgatcgtacc caagtcgtagcgtttgaatttgatcatcaaaaatatcaaggctttgcaggggatagcatt gccagcgccttaattgccaatcagcgctgggttatgtcgcgctcttttaaatatcatcgt ccacgtgcaccattgaccatggctggacaagatgccaataccttgattcagcttccagaa gaagccaatgttttggctgataccacagacattcaaccgctattacgtgccgctgggcaa aacttttcaggttctttattgaaggattctgatgcatttttaggtaagttttctaaattt atgcctgttggcttttactaccgtgcattttacaaacctaagggtgtgtggaaactctgg gaaccattcattcgtaaaaaagcaggtttgggtgttctggatttaaactttgaaccagaa tactacgacaaagcttatctgtttcacgatgtagtcgtggtcggtggtgggccagcaggt ttgcaggcggcattgtctgctgcagagcaaggcgccaaggtacttttggtcgagcaagag aaattgttgggtggcagcctgaattatgcacgctttgatgttgaaggagtggtggccgat cagctacgcgagcaactggtaaacgccgtcactgcacatgccaacattcaagtcatgacg caggcagtatgtaatgcgtggtttaccgaccattatttacctgtgattcaaggcaagcgc atgtataaagtgcgcgccaagcaatgcattgtagccagcggtagctttgatcaacctgta atctttagaaataatgatttaccaggggtgattctgaccagcgcagtgcaacgtctcatc aagttatatgccgtcaagcctggacaaaaagttgtcattttaactggtcatgatgatggt tatttggcagcactggacatgcttgaagcaggtatagacgtggttgcggtggtcgacttg cgtgaagttccacgtaataaagccgcctatggtgcagtcaaagccaaaaatgtggcctgt tatctgggcagtaccgtatttgaagctttgcatgacaaaaccatgcatcgcgttcatggt gtcgatatccgaaagatagtatctgaaggtcaagtcgctcaagagataaaaaaactggat tgcgacgtactatgtatgtcttctggatacatgcccgtgtaccaactgctctgccaagca ggtggaaagctgagttataacgatcaaaaagccgagtttcatcttgcaggcttgcctcaa ggtttacatgtcacaggctcagtcgagggtatacatgacattgagcaggtggtggagcat gcaaaatatacgggcatactggctgcaaagtatgctttagagcagccgcttaatattcaa tggccttcaaatactgtattaaaaaacaatccagtcaattttccttggccgatttttgcc catcctaaaggcaaagagtttgtcgattttgatgaagatttacaaattcgagatatcgtc aatgccaccaaaagtggttaccgcgatatccagttggtgaagcgcttttcaacggttggc atggggccatcgcaaggtcgtcattcagcactgcccacagctcgtttggtcgctaagtcg actcagcgcagtgtaagtgaaacaggggtgaccacagctcgacctccatttactgtggaa aaactggcgcatgtcgcagggcgtagttttgatccgtatcgccaaactccgatgcatgcg caacaccttgaagcaggcgccaccatgatgccggcaggaaattggcaacgaccagctttt tatggtgatgcggcacaccgattacaacatattgaaaatgaagtgaagcatgtacgcaat caagtgggcatgattgacgtttctacgctcggcgggcttgaaattcgtgggccagatagc gctgaatttatcaatcggctttatacctttggctttacaaagttgccagtggggaaaacc cgctatgccgtgatgtcgaatgagcacggtgtagtgattgatgacggtgttgcagcgcgc ttgagtgagcatcacttttatgtgaccgccactacaagtggtgtcgatcgtatctatcaa caaatgctgaaatggaatgcacagtggcgtttgaatctagacattaccaatgtgaccacc gcgttagccgcggtgaatatcgcaggcccacagtcacgtgccgtgatgcaaaaagtgtgt cacgatgttgatttgtcaaatacggcgtttccatatttaggtgtaagggaaggacatata cagggcattcctgtacgtatcttgcgagttggctttgtaggcgagttaggctatgaaatt cactttccggcacgctatggcgagtttatgtggaatcacctcatgcaggctggtcaggca tttgatatcaagccatttggcgtagaaagccagcgtctgttacgtctggaaaaaggtcat atcatcattagtcaggataccgatggcatgactcatcctcaggaggttgatctaggatgg gccgttgccagaaacaagccttggtttgtgggcaagcgttcaattgcaatccttgagcaa caacccttaaaacgtaaattggtgtcatttgtactcgataaatcgcaggaaaaaccctta gaaggacatattgtgcttgagggtgagaatatttctggaaatatcacctcatgtgaatat tcacctacgctcgataaaattattggaatggcttatgtcggaattgggcaaagtgaagtt ggacagcaatttccaattcgtgttgagaagggcgcaatggtgcatgccactgtagtgaaa gcgccattttatgatccagaaaatcagcgtcaggagatttaa

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