Clostridium chauvoei: BTM20_03575 Help Entry BTM20_03575       CDS       T05083                                  Name (GenBank) hyaluronidase   KO K01197   hyaluronoglucosaminidase [EC:3.2.1.35] Organism cchv  Clostridium chauvoei Pathway cchv01100   Metabolic pathways cchv04142   Lysosome Brite KEGG Orthology (KO) [BR:cchv00001]  09140 Cellular Processes   09141 Transport and catabolism    04142 Lysosome     BTM20_03575  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    02042 Bacterial toxins [BR:cchv02042]     BTM20_03575    00536 Glycosaminoglycan binding proteins [BR:cchv00536]     BTM20_03575    00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:cchv00537]     BTM20_03575 Enzymes [BR:cchv01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.35  hyaluronoglucosaminidase      BTM20_03575 Bacterial toxins [BR:cchv02042]  Toxins that damage the extracellular matrix   Hyaluronidases/Collagenases    BTM20_03575 Glycosaminoglycan binding proteins [BR:cchv00536]  Heparan sulfate / Heparin   Enzymes    BTM20_03575 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:cchv00537]  Enzymes   BTM20_03575 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  NAGidase F5_F8_type_C Glyco_hydro_20b F5_F8_type_C_2 NagJ_C Gram_pos_anchor Glyco_hydro_84_hel CBM32 CdhC DUF7044 Tuberin TANGO2 Glyco_transf_25 Motif Other DBs NCBI-ProteinID:  ATD54361 LinkDB All DBs Position 791001..794963 Genome browser AA seq 1320 aa AA seqDB search MKKKSKKIFQNALATTCAVTIVTTMAGGKLIRVETITKEGEIVKANIYPVPQDLKYSSEE GMSLEGEVNVVVHGTQEEATLPKLEEVLNENNIKYSISDAVNNDKANIIISSEKDHCEDC IKGKLEENNVLSKKEAYILKSSNDENKKGNISIIGSDADGVYYGVLTLAQILEQSTSEDK FAEVIISDYPEIEFRGFIEGFYGTPWSHEDRMNLMKDTSKFKMNTYIYAPKDDPYHRKQW KELYPEDKANQIAELAKAGKDNNFNFCWTIHPGATLKFTDEDYDALIMKFEQLYSLGVRQ FGVLFDDTDDWYNGRKQAEWINKIDTEFVKAKGDVAPMIVISARYNSAWGPNMNVYFKPF METLHDDIQVMWTGHATMSNVSKDVFEWPKAQTGVNKEVAVWWNYPVNDYCDSRILMAPL HNLSKDLDNVSGFFSNPMNQAQASKVALYSIADYTWNTDSFDYMNSWETSINKLVPEVCE EFKRFASNTCYLKDDGGASGPFEYDESGYLAEKIDGLKSAITNKENVKDKAAELLAEFKT MSSDYDAIKTKTENANLLAELDSFLNSYKALSEAGIASMNALIAAQDGDIETWLNENSLA SEKLALMDTFKVARLEDDHGNIITKEYVVSVGEKRLKPLVKEAIGVSQSIISNSILANYE PKVISSIEDILNKEVEVSGGNYTINSIENVTLNKGDYIGIALPKAMKLGAIKVKASSYNN LSIEYSINGIEWSKAEATVEDGTLKTNDSISATYVRILNDSKAPVTINIESLQTNPVYKA NPTISQNIGTYQNYVIENALDGNMDTKYWSDKASGNGHYIQLDLGNTIPLHDVSAYFNGG DYMRNSEFMISKDGSTWTSLGALEYSDKDGKKVASVDAKGEMAKYIKIQANGENNGSWVQ LCELQFNKTVPELGDDTVELVTGTPEGNWKNLHDGDLSTAFEAESVQNGDALVYKMSRVT KVSELSILQDANNICGAKVSVKGANGKWTDIGALDNQLNKLNVSKEIVEVKLTFDPSKPL PKIYEIIAKEGNIVEDDVIDKENFKRHLEIAVSEAKKIDATILDKVVPAVKKEFNDALIE AEEVLKDSKATQKQIDDSFERLSKVMHMLSFEKGDKEALIGLVDKISTLNSNEYIKEPWD KLQGVLEEVNAVIADKNVMKNEVSENYDKLLRAFLDLRLKPSKEKLQDLINEAEKKDRNE FTTESFAVLENEILNAKAVIEKEDATEEEIGTSEKALNLAVKGLVASAENKDETNSSETA KNKTTKNEESKNITTLTKNDGKKNKLPKTGMDGLGNLQTLGAIFSSLGAALLLKKKSKNK NT seq 3963 nt NT seq  +upstreamnt  +downstreamnt atgaaaaagaaatcaaaaaagatttttcaaaatgctttagctactacttgtgcagtaact atagtaaccactatggcaggtggaaagctaattagagtagaaacaataacaaaagaaggg gaaatagtaaaggctaatatttacccagtacctcaagatttaaaatattcatcagaagaa ggtatgtcattagaaggtgaagtaaatgtagttgttcatgggactcaagaagaagcaact ttacctaaattagaagaagttttaaatgagaataatattaagtactctatatctgatgct gtaaataatgacaaagctaatattataatttcttctgaaaaggatcattgtgaggactgt ataaaaggaaagcttgaagaaaataatgttttaagtaaaaaagaagcttatattcttaaa agtagtaatgatgaaaataaaaaaggaaatatttcgattataggatcagatgctgatggt gtttattatggagttttaaccttagcacaaatattagaacaatcaacttcagaagataaa tttgcagaagttataataagtgattatcctgaaattgaatttagaggatttatagaaggc ttctatggaacgccttggagtcatgaagatagaatgaatcttatgaaggatacaagtaaa tttaaaatgaatacttatatttatgctccaaaggatgatccatatcacagaaaacaatgg aaggagttatatccagaagataaagctaatcaaatagcagaacttgcaaaagcaggaaag gataataattttaatttctgttggacaattcatcctggagctactcttaaatttacagat gaggattacgatgcacttataatgaaatttgaacagttatatagtttaggagttcgtcaa tttggagtattatttgatgatactgatgattggtataatggtagaaaacaagctgaatgg attaacaaaatagacacagaatttgttaaggctaaaggtgatgttgcaccaatgatagtt atttcagcaagatataactctgcttggggccctaatatgaatgtttattttaagccattt atggaaactttacatgatgatattcaagtaatgtggacaggacatgcaacaatgtctaat gtttcaaaagatgtatttgagtggccaaaagcacaaacaggagtaaataaagaagtagca gtttggtggaactatcctgtaaacgattattgtgatagtagaatattaatggcaccactt cataatttaagtaaagatcttgataatgttagtggattcttctcaaacccaatgaatcaa gcacaagcatcaaaggttgcattatatagtatagctgattatacatggaatacagattca tttgattatatgaatagttgggaaacatcaataaataaacttgtacctgaagtttgtgag gagtttaagagatttgcatctaatacttgctatttaaaggatgatgggggagctagtggt ccatttgaatatgatgaatcaggatatttagcagaaaaaatagatggattaaaatctgct attacaaataaagaaaatgtaaaagataaagcagctgagttattagctgaatttaaaaca atgagttcagactatgatgctataaagactaaaactgaaaatgcaaatttacttgctgaa ttagattcattcttaaattcatataaagctttatcagaagcaggtattgcatctatgaat gcattaatagcagcacaggatggagatatagaaacgtggcttaatgaaaattcattagca tcagaaaaattagctttaatggatacttttaaggtagctagattagaagatgatcatgga aatattattacgaaagaatatgttgtatcagtaggggaaaagagattgaaaccattagtt aaggaagctataggagtatcacaatcaataatatctaattcaatattagctaattatgaa ccaaaggttataagttctatagaggatatattaaataaagaagtagaggtttcaggtgga aattatactatcaatagtatagaaaatgtaactcttaataagggtgattatataggtata gctttaccaaaggctatgaagttaggggcgataaaagtaaaagctagtagctataataat ttatcaattgagtattcaataaatggaattgaatggagtaaagcagaagctactgttgaa gatggaactttaaaaactaatgatagtatttcagctacctatgttagaattttaaatgat tcaaaagcaccagttactataaatatagaaagccttcaaactaatccagtatataaagcg aatccaactatatcacaaaatataggaacttatcaaaactatgtaatagaaaatgcgtta gatggtaatatggatactaaatattggtcagataaggcatcaggaaatggacactatatt caattagatcttggaaatactattcctcttcatgatgtaagtgcatattttaatggtgga gattatatgagaaattctgagtttatgatttcaaaagatggatctacatggacttctctt ggagctttagaatactcagataaagatggaaaaaaagttgcttctgttgatgcaaaggga gaaatggcaaaatatataaagatacaagctaatggagaaaataatggttcttgggtacaa ttatgtgagcttcaatttaataaaacagtacctgaattaggtgatgatacagtagaatta gttacaggcactccagagggaaattggaaaaacttacatgatggagatttgtcaacagcc tttgaagctgaaagtgttcaaaatggagatgctcttgtgtataaaatgtcacgggttaca aaggtttcagaattatcaattcttcaagatgcaaacaatatatgtggagcaaaggtaagt gttaaaggtgcaaatggaaaatggacggatataggagctttagacaaccaattaaataaa ttaaatgtttctaaggaaatagttgaagttaaacttacttttgacccatcaaagccatta cctaaaatatatgaaataatagctaaagaaggtaatattgtagaggatgatgttatagat aaagaaaactttaaaagacatttagaaatagcagtatcagaagctaaaaaaatagatgca actattcttgataaggttgtaccagcagttaaaaaagaatttaatgatgccttaatagaa gcagaagaagtattaaaggattctaaagcaactcaaaagcaaatagatgattcttttgaa agattaagtaaagtaatgcatatgttatcttttgaaaagggggacaaggaagctttaata ggtttagttgataaaataagtactttaaattctaatgaatatattaaggaaccttgggat aagcttcaaggagttttagaggaagtaaatgcagtaatagctgataagaatgtaatgaaa aatgaagtgtctgaaaattatgataaattattaagagcatttttagatttaagattaaag ccaagtaaggaaaagttacaagatttaataaatgaagcagaaaagaaagatagaaatgag tttactactgaaagctttgcagtattagaaaatgaaatattaaatgctaaagctgttatt gaaaaggaagatgcaacagaagaggaaataggaacttcagaaaaggcattaaatttagct gttaaggggttagtagcttcagcagaaaataaggatgaaactaatagtagtgaaactgct aagaataaaactactaaaaatgaagaaagtaaaaatataactacattaactaaaaatgat ggtaagaaaaataaattacctaaaacaggtatggatggcttaggaaatcttcagacatta ggagcaatattttcaagcttaggagcagccttgttattaaagaaaaaatctaaaaataaa taa

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