Cyprinus carpio (common carp): 109092821 Help Entry 109092821         CDS       T05134                                  Symbol acana Name (RefSeq) aggrecan core protein isoform X1   KO K06792   aggrecan 1 Organism ccar  Cyprinus carpio (common carp) Brite KEGG Orthology (KO) [BR:ccar00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    00535 Proteoglycans [BR:ccar00535]     109092821 (acana)    00536 Glycosaminoglycan binding proteins [BR:ccar00536]     109092821 (acana)    04091 Lectins [BR:ccar04091]     109092821 (acana) Proteoglycans [BR:ccar00535]  Extracellular matrix (ECM) proteoglycans   Aggrecan / versican family    109092821 (acana) Glycosaminoglycan binding proteins [BR:ccar00536]  Hyaluronan   Extracellular matrix or blood plasma proteins    109092821 (acana) Lectins [BR:ccar04091]  C-Type lectins   Lecticans    109092821 (acana) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Xlink Lectin_C EGF Sushi EGF_TEN V-set hEGF EGF_3 I-set Motif Other DBs NCBI-GeneID:  109092821 NCBI-ProteinID:  XP_042584104 Ensembl:  ENSCCRG00000002468 UniProt:  A0A9Q9WIN0 LinkDB All DBs Position B7:28288758..28303583 Genome browser AA seq 1635 aa AA seqDB search MLSLLLLSMCFWVFSATASFDYVYTEPESTLTVSIPNEPPLQPLMGDTIVLPCYFKDNTV NDPGAPTIAPLSHRIKWSLVTKEKTTNILVASEGVVSIDKRYLDRITMVGYPTTPTDASI KITELHSNDSGVYRCEVMNGIEDGYDVVHIQVKGIVFHYRAITTRYTLTFEKAKAACIQN SAVIATPEQLQAAYDEGFHQCDAGWLADQTVRYPIHDPREACYGDKYEFPGVRTYGIRDV NETYDVYCFAEKMTGKVFHTTSPNKFTFEEAEAECAELGAKLATTGQLYMAWKGGMDVCN AGWLADRSVRYPVNIARPQCGGGLLGVRTVYLFPNQTGYPLSDSRYDAFCYSETDENGSG LLPFEIETITEADSDSLSVDTITESPHVFLKPTSTAGELQGDVVTYKPSVTTSVEIPYTA LNISQLPLLPPPTSVDTSEGVTDGTDLASDLSRLNETEAIMSTTGVVFHYRASDGRYAFD FVKAQLACQSIGAVIASAQQLQAAYESGYHQCDAGWLVDQTVRYPIVSPREKCSGDLEHV PGVRSYGLRSAYERYDVYCYVDKLRGEVFHASSFEGFTYGEAEAYCQGKNASLASTGDLY AAWKQGFDKCRAGWLLDRSVRYSINNPRQQCGGGKAGIHTVYKFPNQTGSPDLHYKFDAY CIKVDLDLSLSESETNMTVTEEKIVSVTSLPALLKPEAATPTTIPAEPSGPGASGASGND DQLSSGSGDQSSVSPASSGDSSGASGIDSLSGSGSGDQPSGSPVSSGDSSGASGIDSLSG SGSGDQPSGSPVSSGDSSGASGIDSLSGSGSGDQLSGSFEMSGDSFGISGTDDLLSSGSG DQPSGSYVSSGDSSGASGNDSLLDSGSGDQTSGSFVSSGDSSGASGSDSLLHSGSRDQPS GSFVSSGDSSGASGSGDLPSGSFGSSGSGSGLDILVTFSGSESILSGVGSDSGRPEEAEE ASTEILTLSYGQGSGLFGLVTSGSGSGSGSGSGSGYSSEESGSTSDFSSSSGESDESRDL SGIFSGSGSSEGSSGFSGFPSGIFPSGGSSGISFIDSGDIMVDSPWVKVFTAPHLTEQEL GGSHVDFSGSGHISGSGMSGDISGMSGDISGMSDDISGMSGDISGMSDDISGMSGDISEV SGIHSGSGSGLEFSGLTFLGSGCIDLTEQPREQEASGLLLFGSGEGSGLTSGGYSIVSGE RSGESASGDIIFSNNGMMEISNKPFQGLELGRGEVEYSGTLRVSSGSGDEQSAFASEQEH EWIPITEDTPTVNSSDAPSDVLSAQGPSGLYSDAAGPPLSEPEGITSRLDTVTSAALSST TEPTSLQSPSVTEGLVLNETTIASLNPCEPNPCGAGVCSVKDGVGICHCPPGLHGEECQF EVDVCHSNPCANGATCVEVEDTFKCLCLPSYEGDHCEIDVHSCEKGWSKFQGNCYLHFSE RKTWLDAEQHCRDLNAHLVSIITPEEQDFISSYAQDYQWIGLNDKTVQNDFRWSDGTPLQ YENWRPNQPDNYFKSGEDCVVMIWHENGQWNDVPCNYHLPFTCKTGPVTCDQPPKVENAR MFGNKKDRYQMNSIIRYQCSENFIQRHLPVIRCMADGQWEKPRVQCIAKVKSGLQKESSV HHSHKSNTTTLEKHL NT seq 4908 nt NT seq  +upstreamnt  +downstreamnt atgctgtccttgcttttgctgagtatgtgtttctgggtcttctcagccacagcgtctttt gattacgtttacactgagcctgaaagcacactgacggtcagcatacccaatgaacctcct ctccagcctttgatgggcgacacaatagttctgccctgctatttcaaggacaacacagtc aatgaccctggtgcccccaccattgcccctttgtctcaccggatcaaatggagtctggtc accaaagaaaagaccacaaacattttagtggcatctgaaggagtggtaagcatcgacaaa aggtatctggataggatcactatggttggataccccacgacacccacagacgcctccatt aagatcactgagctccattccaatgactctggagtgtaccgctgtgaggtcatgaatggg atagaggatggttatgatgttgttcatattcaagttaaaggtattgttttccactatcgt gccatcaccacacgatatacccttacatttgagaaggccaaggcagcctgtattcagaac agtgcagtgattgctactccagagcaactccaagcagcttatgatgagggtttccaccag tgtgatgctggctggcttgcagatcagaccgtcaggtaccctattcatgatcctcgtgag gcttgttatggagacaagtacgagtttccaggagtgaggacgtatggaataagagacgtg aatgagacgtatgacgtgtactgctttgctgagaaaatgacaggaaaagtgttccacact acttcccctaacaaattcacatttgaggaggcagaagctgagtgtgcagagttgggtgcc aagttggccaccacaggacagctctacatggcatggaagggtggtatggatgtttgtaat gcaggctggctggcagaccggagcgtccgctaccccgtcaacatcgcccgaccgcagtgt gggggtggcctgctgggagtgcgtactgtctatctgtttcccaatcagactggctaccct ctctcagactcccgctatgatgcattttgctactctgaaacggatgagaacggttctggc ctattgccattcgaaatagagacaattacagaagccgacagtgattccctgagcgtggac acaatcacggaaagcccccatgtctttttaaagcccacctccacagcaggtgaactgcag ggagatgttgtaacatacaagccatcagtgactactagtgtcgagatcccatatactgca ctaaatatttcccagctgccccttttaccaccccccacctctgtggacacttcggaaggg gtcactgatgggactgatcttgcctccgatttatcccgtttgaatgaaaccgaagctatc atgtccaccacaggggtggtcttccattatcgtgcaagcgacggtcgttatgcttttgac tttgtcaaggctcaactggcatgtcagagcatcggtgcagtcattgccagtgcccagcaa ctgcaagcagcctatgagtctggttaccatcaatgtgacgctggctggctggtagatcag actgtcaggtatcccattgtgtctccacgtgagaaatgctctggtgatttggagcatgtt cctggtgtgaggtcttatggactgcgttctgcttatgaacgctatgatgtgtattgctat gtggacaaattacggggggaagttttccatgcaagttcattcgagggattcacttatggt gaggcagaggcttactgccagggcaagaatgcctccctggcctccacaggagacctgtat gctgcatggaaacagggctttgataagtgccgtgctggctggcttctagaccgcagtgta cgttactccatcaataacccacggcagcagtgtggcggagggaaggctggaattcacaca gtttacaagtttcccaaccagactggctctcctgacctgcactacaaatttgatgcatac tgcatcaaggtggatctggatctgtctctgagtgaaagtgaaacaaatatgacggtgaca gaggaaaagatagtgagcgtgacatccctccctgctcttctcaaacctgaagcagctact cctactactatccctgcagaaccctctggacctggtgcatctggggccagtggcaatgat gatcagttgagcagtgggagtggggatcagtcaagtgtgtcacctgcttcaagtggggac tcctctggggctagtggcattgacagtctgtcgggcagtggaagtggggatcagccgagt gggtcacctgtttcaagtggggactcttctggggctagtggcattgacagtctgtcgggc agtggaagtggggatcagccgagtgggtcacctgtttcaagtggggactcttctggggct agtggcattgacagtctgtcgggcagtggaagcggggaccaactgagtgggtcatttgag atgagtggagactcttttggaatcagtggcactgatgatctgttgagcagtggaagcggg gatcagccgagtgggtcatatgtttcaagtggagactcttctggggccagtggcaacgac agtctgttagacagcgggagcggggatcagacaagtgggtcatttgtgtcaagtggagac tcttctggggccagtggcagcgacagtctgttgcacagtgggagcagggatcagccgagt gggtcatttgtgtcaagtggagactcctctggggccagtgggagtggggatctgccaagc gggtcttttggttcttcaggatctggcagtggcttagatatcctagtgaccttttcagga agtgaatccattttatcaggagttggatcagattcgggaagacccgaggaggctgaggag gcaagcacagagatcctgaccttatcctatggccagggttcagggctcttcggattggtc acctccggatcaggatcaggatcaggatcaggaagtgggtcagggtatagctctgaagag agtggatctacctcagacttttccagcagctcaggagaaagcgatgagagtagagacctt tctggcatcttctcaggatcaggttctagcgaggggtcctcaggattcagcggttttcca tcaggaatttttccctctggaggatccagtggcatttcattcattgatagtggtgacatc atggtggatagcccttgggtgaaggtgttcactgctccacatttaacagaacaagagctg ggtggaagccatgtggatttcagcggatcaggacatatctcagggtctgggatgagtggt gatatctctgggatgagtggtgatatctctgggatgagcgatgatatctctgggatgagt ggcgatatctctgggatgagtgatgatatatctgggatgagtggtgatatatctgaagtt agcggtatccacagtggctctgggagtggtttagaattttctggtctgacatttttggga tcgggctgcattgatctcacagaacaacctcgtgagcaggaagcttctggacttttgctg tttgggtctggtgagggaagtggattaacatctggaggctattccattgtatcaggggaa agatcaggggaatcagctagcggtgatatcatcttctccaataatggcatgatggaaatt tccaacaagcccttccaaggcttggagctaggaaggggggaggtggagtacagtggcacc cttagggtgtcttcagggagtggagatgagcaaagtgcctttgctagtgaacaagaacat gaatggatcccaattactgaagatacaccaacagtgaactccagtgatgctccctcagat gtactatctgctcaagggccatctggtctgtacagtgatgctgcaggacctccattgtca gaaccagagggaatcacaagtagacttgacactgttacttctgcagctttgtcttctaca acagaacctacttctttacagagcccttctgtcacggaaggacttgttttgaatgaaacc acaatagcttctcttaacccatgtgaaccaaacccttgtggagctggggtgtgttcggtg aaggacggggtgggcatttgtcactgcccacctggactgcatggagaagagtgccagttt gaggttgatgtttgccattcaaacccttgcgccaatggagccacctgtgtggaggtagag gacactttcaaatgcttatgtctgcccagctacgaaggagaccactgtgagattgatgtg cacagctgtgagaagggctggagtaagtttcagggcaactgttacttgcatttctcggag agaaagacctggctggacgctgagcagcactgtcgagacttaaacgctcacttggtgagc attatcactccagaggagcaagacttcatcagctcatacgcacaagactatcagtggata ggactgaacgataaaacggtgcaaaatgacttccgctggtcagatgggactccgctgcaa tatgagaactggaggcctaaccagcccgacaattattttaaatctggtgaagactgtgtt gtaatgatctggcatgaaaatggccaatggaatgacgtgccctgcaactatcacttacct ttcacatgcaaaacaggtccagtgacatgtgaccagcctcctaaagtggagaatgccagg atgtttggcaacaagaaagatcgttatcaaatgaattctataatcagataccagtgcagt gaaaacttcatacaacgccacctacctgtgatccgctgcatggcagatggacaatgggag aagcctcgagtgcaatgcatagccaaggtcaaatctggactgcaaaaggaatcttctgtt catcactctcataaatctaatacaacaacattggagaaacatctctaa

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