Niallia circulans: C2I06_09175 Help Entry C2I06_09175       CDS       T06357                                  Name (GenBank) alpha-xylosidase   KO K01811   alpha-D-xyloside xylohydrolase [EC:3.2.1.177] Organism bcir  Niallia circulans Brite KEGG Orthology (KO) [BR:bcir00001]  09190 Not Included in Pathway or Brite   09191 Unclassified: metabolism    99980 Enzymes with EC numbers     C2I06_09175 Enzymes [BR:bcir01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.177  alpha-D-xyloside xylohydrolase      C2I06_09175 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Glyco_hydro_31_2nd Gal_mutarotas_2 Glyco_hydro_31_3rd Motif Other DBs NCBI-ProteinID:  AYV67032 UniProt:  A0A3G4YXE9 LinkDB All DBs Position complement(1901519..1903825) Genome browser AA seq 768 aa AA seqDB search MKFLNGGWLVKDGFEVNYATHVYSTRQSKNILTLYAPFSYINHKGATLDGGMMTVELFTP HPDIIGVRMYHYKGTKKLEPHFVINKKEIVPDISESESTYSFVAGDLSAIVTKGETFTIT FKYKGRILTESNPRSKGYIKDPQGDYHISEQLSIGVGENIYGLGERFTHFVKNGQTVDIW NADGGTGTEQAYKNIPFYVSNNRYGVFVNTPGKASFEIGSEKVSKVQFSVPGEMMEYYVI GGGDLKQVLENYTDLTGKPSMPPAWSFGLWLSTSFLTDYDEKTVTSFVDGMAEHDIPLEV FHFDCLWMKEYEWCNFTWDQDIFPEPEKMLARLKAKGLKICVWINPYIGQKSPLFDEGMA KGYFLTKANGDIWQWDKWQAGMAIVDFTNPAAVKWYQSQLTSLLDMGVDSFKTDFGERIP IDCVYYDGSDPERMHNYYAYLYNEVVYNLLVEVRGKEEAVVFARSASVGSQKFPVHWGGD NTSDYPSMAETLRAGLSFGLGGFGYWSHDISGFEAGATPDIYKRWTQFGLLSSHSRYHGS WEYKVPWMYGEEAVEVTRTFTKLKLSLMPYLIAQSIYTAEKGIPMMRPMVLEFPDDISTH TLDRQYMLGDNLLVAPIFREDGKVNFYVPEIKGVWTNYLTGELYEGGHWYEQSYDYFTLP LLVRPNSIIIEGSCKEQAVYDYTEKPKIHVFDLHENQLLSAAIYSKDGEKQANVMVSKKH GRYEIEVTGINKYEIILHGVTDIPPAPEVKVENNSTRIISSKQKWTLG NT seq 2307 nt NT seq  +upstreamnt  +downstreamnt atgaaatttcttaatggcggatggttagttaaagacggttttgaagtgaactatgctaca catgtgtattcaacaagacaatcaaaaaatatcttaactttatatgctcctttttcctat ataaatcataaaggggcaacattagatggagggatgatgactgttgaactattcactcca catccagatataattggtgtcagaatgtaccattataaaggaacaaaaaagcttgagccg cattttgttatcaataaaaaagaaattgttccagatatttcagaatcggaatctacctat tcttttgttgccggggatttaagtgccattgtgacaaagggagaaacctttacgattact tttaaatataagggacgaattcttacagaaagcaatccgagaagtaaaggatatattaaa gatccacagggagattaccatatcagcgaacaattgtctattggtgtaggagagaacatt tatggtttaggggaacggtttacccattttgtgaaaaacgggcaaacagtcgatatttgg aatgcggatggtgggactggtacggaacaggcatataaaaatattccattctacgtaagc aacaatcggtatggtgtatttgtgaatactccaggcaaagctagttttgaaattggaagt gaaaaggtttcgaaggtgcaatttagcgtacctggtgaaatgatggaatattatgttatt ggtggcggagatctaaagcaagtgttagaaaattatactgacttgacagggaaaccatca atgccacccgcatggtcctttggtctttggttaagcacttcctttttaactgattatgat gagaaaacagttacttcttttgttgatggaatggcagagcatgatattcctttagaagtt tttcattttgattgtttatggatgaaagaatatgaatggtgtaattttacttgggatcaa gatatctttccagaacctgaaaagatgttagcgaggttaaaagcgaaaggattaaaaatc tgtgtgtggattaatccgtatattggccaaaagtcacctttatttgatgaagggatggca aaaggctacttcttaacaaaagctaatggtgatatttggcaatgggataagtggcaagca ggaatggcaattgtggattttaccaatcctgcggctgtgaagtggtatcagtcccagtta acctctttgcttgatatgggagtcgactcttttaagacagactttggcgaacgaatacca atagattgcgtttattatgacgggtctgatccggaaagaatgcataattactatgcctat ttgtataacgaagtagtttataaccttttagtagaggtgcgcggaaaagaagaagcagta gtatttgccaggtctgcatccgttggttcgcaaaagtttccggtacattggggtggggat aatacttctgattatccatcaatggctgagacgcttcgggcagggttatcttttggtctt ggcggttttggttattggagtcatgatatctcaggatttgaggcaggagcaacgccagat atttataaaagatggacgcagtttggtttattatcttcccacagccgctatcacggaagc tgggagtataaagtgccttggatgtatggagaagaggcagtggaggttacacgcaccttt acaaaattgaaactgagtttaatgccatatttaattgctcaatctatatatactgcagaa aaagggatacctatgatgagaccaatggttttagagttcccagatgatatatccactcat actttagatcgtcaatacatgctcggagataatctattagtagcaccaatttttagagaa gacggcaaagttaatttttatgtcccagagataaaaggtgtttggaccaattatttaaca ggagaattatatgaaggtggtcattggtatgagcaatcgtatgattattttacactgccg ttattggtccgcccaaatagcattattatcgaaggaagctgcaaggaacaagcagtatat gattatacggaaaagccgaagattcacgtatttgatttacatgaaaaccaactcctttca gctgcaatatatagcaaagatggggaaaaacaagcgaatgtcatggtatcgaaaaagcac gggcggtatgaaatagaggttactggcataaataaatatgaaattattttacatggagta acggatattcctccagccccagaagtgaaggtagaaaataattccacccggattatttca tcaaaacaaaaatggacacttggctaa

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