Neobacillus mesonae: CHR53_27835 Help Entry CHR53_27835       CDS       T06691                                  Name (GenBank) hypothetical protein   KO K01197   hyaluronoglucosaminidase [EC:3.2.1.35] Organism nmk  Neobacillus mesonae Pathway nmk01100   Metabolic pathways Brite KEGG Orthology (KO) [BR:nmk00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    02042 Bacterial toxins [BR:nmk02042]     CHR53_27835    00536 Glycosaminoglycan binding proteins [BR:nmk00536]     CHR53_27835    00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:nmk00537]     CHR53_27835 Enzymes [BR:nmk01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.35  hyaluronoglucosaminidase      CHR53_27835 Bacterial toxins [BR:nmk02042]  Toxins that damage the extracellular matrix   Hyaluronidases/Collagenases    CHR53_27835 Glycosaminoglycan binding proteins [BR:nmk00536]  Heparan sulfate / Heparin   Enzymes    CHR53_27835 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:nmk00537]  Enzymes   CHR53_27835 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  NAGidase F5_F8_type_C Glyco_hydro_20b FIVAR NagJ_C Glyco_hydro_84_hel DUF1542 RolB_RolC Motif Other DBs NCBI-ProteinID:  AZU64733 UniProt:  A0A3Q9QY81 LinkDB All DBs Position 5773796..5778478 Genome browser AA seq 1560 aa AA seqDB search MKKGILLNLAIILAVLFSTISGFNAPLHAAAETVRYQIYPNPHEIHYQDKQFEISNTLNI VYESKIDSYTKKRVEEILASKNIKFTISNEIAADKTNFLVGVYQSKEYVDQYFKDKQLSD AAILAKLDANIISIDDNVIAVLGKDVDSAFYGVTTVKHIFKQMKDRTIQALTIKDYADVK GRGFIEGYYGEPWSNEDRAELMTYGGEFKMNSYIYAPKDDPKHNGKWRELYTPAELEKIS KLAEAGNASKTRFVYTLHPFMNNAIRFNTEENYQTDLNIIKAKFTQLLDAGVRKFGILAD DAGVPPQGAQTYVKLMTDLTNWLIEQQAAYDGLVTDMIFCPNDYMGNGSSAQIQTLKQLP KSVSMIQTGGKVWGEVSNNFTQTFTNNAGRGPFLWINWPCTDNSKKHLIMGGNETFLQPN VNPENIEGIVLNPMQQSEASKSAIFANADYAWNIWDNVDQAKKNWNDSFAYMDHLNINET PASNALRELSKHMINQAMDSRVAKLEESVELAPKLNAFKAALGKGKITEQAQALLKEFEV IRDAALTYKENPGNPRTRDQIVYWLDSAVDTADAAIFLLKAEMAHEQGDKSAVWENYSQG QASFDASKNHPFRYIDHYEYAEVGVQHIVPFIKTLLNDVSIKVQSIVNPDSNFARVITNR TDAPTGDLENLLDNKPSTEVVFKNPNSISTGTYIGVLYEKPLILNSVRFELGQTGNANDT FTESKAQYTVDGENWMDIEGALYGHVSKVVLENLYLKARGIRLIATKDRTNTWLGIKDIV VNETNTGIETPQYQLMIPPHFKAYQGTEANLFDGNDTTFIWYNPSGTIKDTSVAGDYIGV DLQKSFDLGKVYFAVGRDNGDKWTDYQLEYSTDNVNYTMFKQYAGKASGMDKIEADLTGI KARYVRLKNLKNVNVWLKFSEIRIDIAKSSSEYTYTNNTNYKNILSQHTLENTSLSKTTG ITLKPQEYVGVKLERIKELKDVTVNATSDKLTLQASANEVEWKTPNEGTIARYVRLFNNT DEDITFDLNKFSVSSKEIYGPSFVGTDMGISPAYAGSDSRNAGTLLAPFDKNFSTKAIFA DYQRKGQYITYSVGEPRIFNSLRVYNEENNINYIRDAKVQLSMDNENWTDVITLGDGVDN LAGGKADYSDMIADGYTHDSANPGNYYYGNDHIGGIKAKYIRILFTANYLTRFAHINEFV INGGEYVKTENNPTYVTDPIEEEGFAPERLLDGDLTTAYKPNMTDRTNGSLTYRLSEKTD AAVITIVQGSKSISKAAVSARVGKDEWVELGVLDKSLNTFYNPTYDHIFEIKLTWGNVQP VIYELNTSTNKELLPDRSVLKGLLLENLDESLFTKESYSIYKTAYAKAKEVYNNTQATQS ELDTASKELRAAKAQLILFIDLGTEHSAKVSLTKEQAQFSKDNGIPLNVMNDEVNLLIPA DITAKGNFEMTIDRLEKINKAKSPAYDFSISIDGKEIQQFEQPITLTFTLDGRKVKEPKN LKVFYFNEQAKEWELVPGAVYNDGRVSVETNHLSTFTVLEASEDKAEPGTQVPKNKNNNK NT seq 4683 nt NT seq  +upstreamnt  +downstreamnt ttgaaaaaaggaattttgttaaatctagctatcatattagctgttctatttagtacaata agtggatttaatgcaccattacatgctgcggcagaaaccgttagatatcaaatttatcca aaccctcacgaaattcattatcaagataaacaatttgagataagtaatacattaaatatt gtatatgaatctaaaattgattcttatactaaaaaaagagtagaggaaatactagcgagt aaaaatattaaatttacaatatcgaatgaaatagcagcagataaaacgaactttttagtc ggtgtctatcagtcaaaagaatatgtagatcagtattttaaagataagcaattaagtgat gccgccatactagcaaagcttgatgccaatatcatctcgattgatgataacgtcattgca gtactaggaaaagatgtcgattctgccttctatggtgtcacaactgtcaaacatattttc aaacaaatgaaggatcgtaccattcaggccttaaccattaaagattatgcagatgttaaa ggcagaggtttcattgaaggatattatggagaaccatggtcaaatgaagatcgcgccgaa ttaatgacctatggcggtgaattcaaaatgaattcatatatttatgcaccaaaagatgat ccaaagcataatggcaaatggagagaattatatacaccagctgagcttgagaaaatcagc aaactcgctgaagccggtaatgctagtaaaactagatttgtatatacacttcatccattt atgaataatgccattcgttttaataccgaagaaaattatcaaacagacttaaatattatt aaagcgaagtttacccaattactggatgcaggagttcgaaaatttggtattctggcggat gatgcaggagttccaccacaaggggcccagacgtatgtaaaattgatgaccgatttaact aactggttaattgagcaacaagcagcctatgatggtttagtaaccgatatgatcttctgt ccaaatgattatatgggaaatggaagcagcgctcaaatccagacgttaaagcaattgcca aagtctgttagcatgattcaaaccggtggtaaggtttggggagaggtttcaaataatttc actcagacatttacaaataatgctggcagaggaccattcttatggatcaactggccttgt acggataactctaaaaagcacctaattatgggcgggaatgaaacattcttacagccaaat gtgaaccctgaaaatatagaaggtattgtattaaatccaatgcaacaatctgaagcaagc aaatcagctatttttgctaatgccgattacgcttggaatatttgggataatgttgatcaa gcaaagaaaaactggaatgactcatttgcttacatggatcacttaaacattaatgaaact cctgcttccaatgctctaagagagttgtccaagcatatgattaaccaagctatggattcc cgtgttgctaaattagaagaatcagtggaattggctccaaagttaaatgcattcaaagca gccttaggtaaaggaaaaattaccgagcaagcacaggcgttattaaaagaattcgaagtc attcgtgatgcggcacttacttacaaggaaaaccccggtaatccaagaacaagggatcag attgtctattggcttgatagtgctgtcgatacggccgatgcagctattttcttattaaag gcggaaatggctcatgaacaaggtgataagtctgctgtatgggaaaactatagtcaaggc caggcttctttcgatgcatcgaagaatcatccgttccgatacattgaccattatgaatat gcagaagtaggcgtgcagcatatcgtcccatttatcaaaacattattaaatgatgtatcg attaaggttcaatcgattgttaatccggacagtaattttgccagagtgattacaaaccgg acagatgctccaaccggagacttagagaatcttttagataacaaaccaagtaccgaagtg gtctttaaaaatcctaactctatttcgactggcacgtatattggggtactatacgaaaaa cctcttatccttaattcagtacgctttgaattaggacaaactggcaatgccaatgacacc tttacagaaagtaaggcccaatacaccgttgatggggaaaactggatggatattgaaggc gcattatacggtcatgtcagtaaagtagtattagagaatttatatctaaaagcaagaggt attcgtttaatcgcaacgaaggatcgtaccaatacatggctcggtattaaagatatcgtt gtaaacgagaccaacacaggaattgaaacaccacaatatcagttaatgattccgccacac tttaaagcgtatcaaggaacagaagccaatctatttgatggcaatgacacaacttttatt tggtataacccttcaggtacaatcaaagatacgtctgttgccggagattatattggtgta gatttacaaaagtcctttgatttaggcaaagtttactttgctgtaggtagggataacggt gacaagtggacagattaccagttagaatattcaactgataatgtaaattacacgatgttt aagcaatatgcaggtaaggcatcagggatggataaaattgaagcagacctaacaggtatt aaagcaagatatgtccgcctgaaaaacctaaaaaatgtaaacgtatggctcaagtttagt gaaattcgcattgatattgcaaaatcgtcttccgaatatacgtacactaataatactaat tataaaaacatcctttcgcagcatacccttgaaaatactagtctaagcaaaacaacaggt attactctgaaaccacaagaatatgtgggagtaaaattagagcgcattaaagaacttaag gatgtaacagtaaatgcaacaagcgataaactaaccctgcaggcttcagcgaatgaggta gaatggaaaactcctaatgagggaaccattgctcgatatgtaagactatttaacaatact gatgaagatattacatttgacctgaataaatttagcgtttcctctaaggaaatctatgga ccaagttttgtcggaacggatatgggaatctctcctgcctatgcggggagtgattcaaga aatgcggggacactgctagctcctttcgataaaaactttagcacgaaggctatttttgct gattatcagagaaaagggcagtatatcacatattcagttggcgagcctagaatttttaat agtttacgtgtgtataacgaagaaaataatattaactatatccgagacgccaaagtacaa ttgtccatggacaacgaaaattggacagatgtgattactttaggcgatggcgtagacaat cttgcaggcggtaaagcggattactcggacatgattgcagatggctacacacatgattct gctaacccaggaaactattattatggtaatgatcatataggcggcattaaggccaaatat attagaattctctttacagcaaattatttaacaagatttgctcatattaatgaattcgtt attaatggcggcgaatatgttaaaaccgagaacaatccaacctatgttaccgatccaatc gaggaagaagggttcgctcctgaacgtttattggatggtgacttaacaacagcttataaa ccgaatatgacggatagaacaaatggatcattaacgtaccgtctttcagaaaaaacagat gcagcagtgatcacaattgtgcaaggttcaaaatccatttcaaaagctgccgtaagtgca agagtgggtaaagatgaatgggttgagctaggtgtcctggataaaagtttaaatactttc tataatccaacctatgatcatatttttgaaattaagttgacttggggaaatgttcaaccg gttatttatgagttgaatacatctaccaataaagaattattacctgatcgttccgtttta aaaggactattattagaaaacctggatgaatctctatttacaaaggagtcctatagtatc tataaaacagcttatgctaaggcaaaagaagtatacaacaacactcaagctactcaatct gaattagatactgcaagtaaggagctccgtgctgctaaagcacagcttatcctttttatc gatcttggaacagagcattctgcaaaagtatcattaacaaaagaacaagcacagttttca aaggataatggcattcctttaaatgtaatgaatgatgaggtgaatctattgatcccggcc gacatcaccgctaagggaaattttgaaatgaccatcgaccgtttagaaaaaatcaacaaa gcgaaaagccctgcatacgacttttccatttccattgacggaaaggaaattcaacaattt gaacaaccaattacgttaacatttactcttgatggccgcaaagtaaaagaaccaaaaaat ttaaaagtattttattttaatgagcaagcaaaagaatgggaactggtacctggcgctgtt tacaatgatggcagagtttcagtggaaaccaaccaccttagtacctttactgtattagag gcttctgaggataaagcagaaccaggtacacaagtacctaaaaataaaaacaacaacaaa tag

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