Ruditapes philippinarum (Manila clam): 132731368 Help Entry 132731368         CDS       T09557                                  Name (RefSeq) protein DDB_G0287365-like   KO K22144   cell surface hyaluronidase [EC:3.2.1.35] Organism rphi  Ruditapes philippinarum (Manila clam) Brite KEGG Orthology (KO) [BR:rphi00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    00536 Glycosaminoglycan binding proteins [BR:rphi00536]     132731368 Enzymes [BR:rphi01000]  3. Hydrolases   3.2  Glycosylases    3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds     3.2.1.35  hyaluronoglucosaminidase      132731368 Glycosaminoglycan binding proteins [BR:rphi00536]  Hyaluronan   Cell surface receptors    132731368 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  G8 TSP_1 TSP1_spondin Beta_helix TSP1_ADAMTS OB_RNB Motif Other DBs NCBI-GeneID:  132731368 NCBI-ProteinID:  XP_060573524 LinkDB All DBs Position Unknown AA seq 1214 aa AA seqDB search MAPSFCSLVFLLFLTDYCFSLCPHQDRHLHLKHWSNVHTWPHGKPKQHSPVVISSNVLLD EQPPDLHSINITSTGRLVWSPHANITLRTKFIYINGRLDIGSEVCPFTGTAKIILTGRRG EFNFRDHMNMVIGDKVIVVAEGGTIEIHGQPKLPWTKLTKTVPVLSKKTGIIFDHIDSGN LENQKYENGIIAYILRIDSHNKVTVKEYGSYELISTWQAAQEKSRFINMIKNMSMGDILA LGIHYNLNVDNGNIDDVYDAFEVLTTGHVTGKSVIRGIRNHDAYSAIVYKETGGQTKFVE DVTRFRYNGDTMLSRSALLPEETSTKVSVESYVDQKHSWLSYLNLRVSTIDGAFPKLDVI DDTSTWMQGDKVVLTSTDYDWKQAEEATIVHCSDCSNKQIRVDLETKYEHWGTMINRVDE RGEVVLLTRNIVIEGEVEDTCVQSNGNCHKYKSDTFGGHFKFLRGSTVHIEGAELYHMGQ QTDVGRYPLHFHMGFDMRNMTHPPYIRENSIHHSFSRCVTVHGTHGVMVKDNVCYDTKGH AFFIEDGGEHDTTFDGNLAASVRKGSLIPSDQKPACFWITSPLTKMRNNVAAGGAGHGIW YIYPVEPIGPSKGLGFFKPHEADRTPISEFDNNVVHSQGLTGLFVDHRLMPDGSADQNNA YLPKANPLDEKSKDVEVKLFRLTAYKNVIQNAWLRGGWFHITQSSFADSQKSLQYARSTN QNQFVSNSLMIGLSENLGKPSVNWTRSLPVWYDIHAPLQGFVFYDGPVYGENIWFDGFIS TKLYTAGALCYDRLNVFSSSSVSNIRNAKFGFVDGPTTGNRVFDGDVGMHGYARKDGDKV ATNRDYDGSVTGNKMAQVVKPWPFYVTPQCTYRQNWGMAICPNTYGKLRLSMERKYRNHT FPIMVRDDLPLINETLDAIESADFLVILGGSKTYSLHWTHVIPTTLSIFSDGIERDKNVR FGICLPLGARFDLYTYSPKYLPDISRWAIASSLHELDMNKDGTKYYHDTKTGMLYFNFVN EHVRHTNDTNPCPGNCPMVTIKILHGNLNDADCRSRLYHTVKHGDNRAITIPHNNQHFGA TSRHPPPTWGAGPTKPFINRIPVDGDWGLWTQWSSCSKTCGGGQQERTRACDFPRPAHGG HNCHGDVRGQRSCNSLHCPVDGGFSLWSQWSTCMKSSGCQGYKKRMRTCTSPSPDYGGLY CHGSDDEVETCITC NT seq 3645 nt NT seq  +upstreamnt  +downstreamnt atggcgccttctttttgtagtttggtatttctcctatttctgacagactattgcttttcg ctttgtcctcatcaagataggcatctccatctaaaacattggtcaaacgttcatacatgg cctcatggaaagccaaagcaacattcacctgtggttatatcttcaaatgtactattagat gaacagcctcctgatcttcatagtattaacattacatctactggaagactagtgtggagt ccacatgctaatatcacattgcgtacaaaattcatttacataaatggaagactggatatc gggtctgaagtgtgtccattcactgggactgccaagattatacttacaggccgcagaggt gaattcaatttccgggatcatatgaacatggttataggggataaagtaattgttgttgct gaaggaggtacaatagaaatccatggacaacctaagttaccatggacaaaattgactaaa acagttccagtcttgtcaaagaaaactggcatcatatttgaccatattgatagtggaaat ttagaaaatcagaaatacgagaacggaatcattgcttacattctacgaattgattcacac aacaaagtaactgttaaggaatatggaagttatgaactaatctccacgtggcaagcagca caagaaaaatcaagatttataaatatgatcaaaaatatgagcatgggagatattttagct ttaggtatacattataatcttaatgttgacaacggtaatatcgatgatgtgtacgatgcc tttgaagtattaacaactggtcacgtgactggtaaaagtgttataagaggcattcgtaac catgatgcttattcagctattgtttataaagaaaccggaggacaaactaaattcgttgag gacgtaacaagatttcgttataacggtgacaccatgttgtctagatctgctctgctaccg gaagagacatcaactaaggtatctgtagaaagttatgttgaccaaaaacattcctggctc agctatcttaatttaagggtttcaactattgatggtgcattcccgaaattggatgtgatt gacgataccagcacttggatgcaaggtgacaaagtagtgctcacatctacagactatgac tggaaacaagctgaagaagcaaccatcgtgcactgttctgattgctctaataaacaaatt agagtagatcttgaaacaaaatatgagcattggggaactatgataaacagagtagacgaa cggggagaagtggtattgttgacgagaaatattgtaatagaaggagaggtggaagatacg tgcgtacagagcaatggtaattgccacaaatataaaagcgacacttttggcggacatttt aagtttctacgtggatcaactgtgcacatagaaggagcggaattgtatcatatggggcaa caaactgatgtcgggcgatatcccctacattttcacatgggttttgatatgagaaatatg acacatccgccttacattagagaaaattccattcatcattcattctcccgctgtgtcact gttcatggaacacatggcgtaatggttaaagacaacgtttgttatgacacaaaaggtcat gctttcttcatagaagatggaggagaacatgatacaacttttgatggaaatttggctgca agtgtgcgaaaaggctcccttattccttcagatcaaaaacctgcttgtttctggataact agtccgttaacaaaaatgaggaacaacgtagctgccgggggagcggggcatggaatatgg tacatttacccagttgaacctattggaccatctaaaggtctcggatttttcaaaccacac gaagctgatagaactcctatatctgaatttgacaacaatgtcgtacattcacagggattg actggtttgttcgtagatcatcgtttgatgcccgatggcagtgctgaccaaaacaatgcc tacctgcctaaagcgaacccacttgatgaaaaatctaaagacgttgaagtaaaactcttc cgattaactgcatacaagaatgttatacaaaatgcgtggcttcgaggtggatggttccat attacacaatcatcatttgcggacagtcaaaaatctcttcaatatgcaagatcaacgaat caaaatcaatttgtttccaatagcttaatgataggtttgtctgaaaacctaggtaaacca tcagtaaactggacccgttctctcccagtgtggtatgacatacatgcgccattacaagga tttgttttctacgatggacctgtgtatggtgagaatatatggtttgatggttttatttca acaaagctgtatacagcaggggcattgtgttacgacagactaaatgttttcagcagttca tctgtcagtaatatcagaaacgctaagttcggattcgttgatggtccaacaactggtaac cgtgtgtttgacggtgatgttggaatgcatggttatgcgaggaaggacggtgataaagta gctaccaacagagactacgacggttcggtcacaggtaacaaaatggcccaagttgtaaaa ccatggccattttacgtaacaccacaatgtacatatagacaaaattggggaatggctatt tgtcccaacacttacggaaagctgaggctgagtatggaacgtaagtatagaaaccataca tttccgattatggtacgtgatgatctgccattaattaacgagacattagacgccatagag tcagctgacttcctggttatacttggagggagtaaaacatacagcctacattggacacat gttatacccacaactctatctatctttagtgatggcattgaaagagacaagaatgttcgt ttcgggatttgtctacctttaggagcaaggtttgacttgtatacgtattcgccaaaatat ctgccggatatctctcgttgggcaatcgcttcatctcttcatgagcttgatatgaacaaa gacgggacaaaatactatcatgacaccaaaacaggaatgttgtatttcaacttcgtcaat gaacatgttagacacactaatgatacaaacccatgtccagggaattgtccgatggtaaca atcaaaattctccatggtaacttgaacgatgctgattgtaggtcaaggttatatcatacc gttaaacatggagataatagagcgataacaattccccacaacaatcagcattttggtgcg acaagcaggcatcctcctccgacatggggtgcaggaccaacaaaacctttcatcaatcgt attccggtagacggtgactggggtttatggacacagtggagctcgtgctcaaaaacatgt ggcggtggtcaacaggaacggacgcgggcatgtgacttcccaaggccagcacatggaggt cataactgccacggagacgtaagggggcagcgttcgtgtaacagtcttcattgtccggtg gatggaggtttttctctttggtctcaatggtctacttgtatgaaatcaagtggttgtcag ggttacaagaaacgcatgcgcacttgcacatcaccatcaccggattatggcggtctttat tgtcatggatcagatgacgaagtagagacatgtatcacgtgttaa

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