Salmo salar (Atlantic salmon): 106578676 Help Entry 106578676         CDS       T04363                                  Name (RefSeq) hemicentin-1-like   KO K06499   carcinoembryonic antigen-related cell adhesion molecule Organism sasa  Salmo salar (Atlantic salmon) Brite KEGG Orthology (KO) [BR:sasa00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    03037 Cilium and associated proteins [BR:sasa03037]     106578676    04147 Exosome [BR:sasa04147]     106578676    04090 CD molecules [BR:sasa04090]     106578676    00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:sasa00537]     106578676 Cilium and associated proteins [BR:sasa03037]  Other cilia and associated proteins   Stereociliary proteins    106578676 Exosome [BR:sasa04147]  Exosomal proteins   Exosomal proteins of colorectal cancer cells    106578676   Exosomal proteins of bladder cancer cells    106578676 CD molecules [BR:sasa04090]  Proteins   106578676 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:sasa00537]  Antigens   106578676 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Ig_3 I-set Ig_2 ig V-set Ig_6 Ig_4 Motif Other DBs NCBI-GeneID:  106578676 NCBI-ProteinID:  XP_014013239 UniProt:  A0A1S3NCR6 LinkDB All DBs Position ssa02:15499085..15512803 Genome browser AA seq 1565 aa AA seqDB search MDHPLVWVLILVLLNFTTGVSGQVVVPSMNPLAVGSNVTLNLVPESPINIGTWSYETTAI VLFYPGGSIVSTSYQGRVSFNRSSSELSINSLQLNDSGRYTVQGMEPVLKAVVTLSVQEP ISNVTLRANATDLVELNDTSIFTCSVSSGTSLSYRWMNGSSEVAASDRVRLGVGNSTLSI VSVTRYDEGPFRCEVINGISNGTSQPIGLNVRYGPSNLTMMVVPEMTIGHTAYMMGSVIT LSCSAQSKPAVSYKWRFNGVFLNDQSPQLSLQNTRENQTGSYACLAHNNVTLRYASMTTM IKIVEPISAVSLNRDGKLPILDQSFTLRCEVTGPVVYIHWLINGQLISLNNRTFFSTDNK TMVINPIQFSDSGEYLCEAFNAVSNLTSMTYKLVVNFGPERPDVTSPAIAMTGHIVTFNC SASSQPPSQFSWFFNGSQVASGSVYETGPLTLASHGEYTCVAFNNVTVRNSTVSKMLTVV EPVTMAMVKVMGAQPITDYLFTLTCETTGTIYSIHWMKNGWPLYADNRTDFSMDNNTLTF NSVEDSDNGDYQCSAYNPLSNMTSPEYRLIVNYGPERPVIMSPDIAMTGHIVTFNCSASS QPPSQFSWFFNGSQVASGSVYETGPLTLASHGEYTCVAFNNVTVRNSTVSKMLTIIAPVT MTMVKVIGSQPILNERFSLTCGTTGTVYSIHWMRNGGPLYADNRTDFSMDNNTLTFNSVE DSDNGDYQCSAYNPLSNMTSPEYRLIVNYGPERPVIMSPDIAMTGHIVTFNCSASSQPPS QFSWFFNGSQVASGSVYETGPLTLASHGEYTCVAFNNVTVRNSTVSKMLTVVEPVTMAMV KVMGAQPIADYLFTLTCDTAGTIYSIHWMKNGWPLYADNRTDFSMDNNTLTFNSVEDSDN GDYQCSAYNPLSNMTSPEYRLIVNYGPEMPVITGPAFGETGHIVTFNCSASSQPPSQFSW FFNGSQVASGSVYETGPLTLASHGEYTCVAFNNVTVRNSTVSKMLTVVEPVTMAMVKVMG AQPIADYLFTLTCDTAGTIYSIHWMKNGWPLYADNRTDFSMDNNTLTFNSVEDSDNGDYQ CSAYNPLSNMTSPEYRLIVNYGPERPVIMSPDIAMTGHIVIFNCSASSQPPSQFSWFFNG SQVASGSVYETGPLTLASHGEYTCVAFNNITVRNSTVSKMLTIIAPVTMTMVKVIGSQPI LNERFSLTCGTAGTVYSIHWMRNGGPLYADNRTDFSMDNNTLTFNYVQHSDIGDYQCSAS NPLSNMTSPNYRLIVNYGPEMPVITGPAFGETGHIVTFNCSASSQPPSQFSWFFNGSQVA SGSVYETGPLTLASHGEYTCVAFNNVTVRNSTVSKMLTIIEAITSVTVKRNRLPIASDNL TLTCDVTGRYDTIYWMKDNLSLVLNNTLNSDITISNNSLHFSPVKVSNDGNYQCVATNLF GPNTSPKYQLLVNYGPKSVNISGPVSVVIGSVITVTLKCSADSRPTSEYGWKFNNQSVLG TGPMMAVIASLENAGDYTCVAKNPVTNISMSNTISLDVTGHSLAPPFQSRGGLMLTALLA LSLCL NT seq 4698 nt NT seq  +upstreamnt  +downstreamnt atggaccatcctctggtgtgggttctcatcctggtgctgctcaacttcacgacaggtgtc tctggccaggtggtggttccctctatgaaccccttagctgtgggcagtaatgtcaccctg aacctagttcccgaaagccccatcaacatagggacctggtcatacgaaactacagccatc gtacttttctatcctggtggcagtattgtgagtacaagttatcaaggcagagtctcattc aaccgctcctcctcagagctgtccataaactctctccaactcaacgactcaggacgatat accgtgcagggaatggagccagtcctgaaagctgtggtgactttgtctgtccaggagccc atttcaaacgtgactctaagggccaacgccactgatctagtggaattaaacgacacttcc attttcacctgctccgtctcctctggcacctccctctcctaccgctggatgaatggcagc tcagaggttgcagccagtgacagagttcggcttggagttgggaacagcactctctccata gtcagtgtgacacgatacgatgaagggccattcagatgtgaggtcatcaatggaatcagc aatggcaccagccagcccattggcctcaatgttagatatggcccaagtaacctcaccatg atggtagttcctgagatgaccataggacatacagcctacatgatgggctctgtcatcact ctgtcctgctccgctcagtccaaacccgctgtgtcctacaagtggaggtttaatggggtg ttcctcaacgatcaaagtccacagctgagcctgcagaacaccagggagaaccagacagga agttacgcatgcttagcccacaacaatgtcacactccgatacgcctccatgaccacaatg ataaagatcgtggagccgatatcagcggtgtcgttgaatcgtgatgggaagctaccgata ctggatcagtccttcactctgcggtgtgaggtgactggacctgtagtctacattcattgg ttgattaacggccagctcatctccctaaacaacagaacattcttctctacggacaacaag acaatggttatcaacccaatccagttttctgacagtggagaatatctctgtgaggccttt aatgctgttagcaacttgaccagcatgacatacaagcttgtggtgaactttggaccagag agacctgacgtaactagtccagctatagcaatgacaggacacatcgtgaccttcaactgc tctgcctcctctcagcctcccagccagtttagctggttcttcaatggctcccaggtggcg agtggctcagtgtatgagactggcccactgaccttagccagtcatggggagtacacctgt gtggccttcaacaacgtcactgtcagaaacagcactgtctccaagatgctcactgttgtt gaacctgtaaccatggccatggtgaaagtcatgggtgcccagccaataacagactacctg tttactctgacctgtgagaccactggaaccatttactccattcactggatgaagaacggc tggcctctgtatgctgataacagaacagacttctctatggacaacaatacactaaccttc aactctgtcgaggattctgacaacggagactatcagtgttctgcctacaaccccctcagc aacatgaccagcccagaatacagactgatcgtcaactacggtccagagagacctgttatc atgagtccggatatagcgatgacaggacacatcgtgaccttcaactgctctgcctcctct cagcctcccagccagttcagctggttcttcaatggctcccaggtggcgagtggctcagtg tatgagactggcccactgaccttagccagtcatggggagtacacctgtgtggccttcaac aacgtcactgtcagaaacagcactgtctccaagatgctcaccatcattgcacctgtgacc atgaccatggtgaaagtcattggatcccagccaatactgaacgagagattctctctgacc tgtggcaccactggaacggtttactccatacactggatgaggaacggcgggcctctgtat gctgacaacagaacagacttctctatggacaacaatacactaaccttcaactctgtcgag gattctgacaacggagactatcagtgttctgcctacaaccccctcagcaacatgaccagc ccagaatacagactgatcgtcaactacggtccagagagacctgttatcatgagtccggat atagcgatgacaggacacatcgtgaccttcaactgctctgcctcctctcagcctcccagc cagttcagctggttcttcaatggctcccaggtggcgagtggctcagtgtatgagactggc ccactgaccttagccagtcatggggagtacacctgtgtggccttcaacaacgtcactgtc agaaacagcactgtctccaagatgctcactgttgttgaacctgtaaccatggccatggtg aaagtcatgggtgcccagccaatagcagactacttgtttactctgacctgtgacaccgct ggaaccatttactccattcactggatgaagaacggctggcctctgtatgctgataacaga acagacttctctatggacaacaatacactaaccttcaactctgtcgaggattctgacaac ggagactatcagtgttctgcctacaaccccctcagcaacatgaccagcccagaatacaga ctgatcgtcaactatggaccagagatgcctgttataacaggaccagcatttggagaaaca ggacacatcgtgaccttcaactgctctgcgtcctctcagcctcccagccagttcagctgg ttcttcaatggctcccaggtggcgagtggctcagtgtatgagactggcccactgacctta gccagtcatggggagtacacctgtgtggccttcaacaacgtcactgtcagaaacagcact gtctccaagatgctcacggttgttgaacctgtaaccatggccatggtgaaagtcatgggt gcccagccaatagcagactacttgtttactctgacctgtgacaccgctggaaccatttac tccattcactggatgaagaacggctggcctctgtatgctgataacagaacagacttctct atggacaacaatacactaaccttcaactctgtcgaggattctgacaacggagactatcag tgttctgcctacaaccccctcagcaacatgaccagcccagaatacagactgatcgtcaac tatggtccagagagacctgttatcatgagtccggatatagcgatgacaggacacattgtg atcttcaactgctctgcctcctctcagcctcccagccagttcagctggttcttcaatggc tcccaggtggcgagtggctcagtgtatgagactggcccactgaccttagccagtcatggg gagtacacctgtgtggccttcaacaacatcactgtcagaaacagcactgtctccaagatg ctcaccatcattgcacctgtgaccatgaccatggttaaagtcattggatcccagccaata ctgaacgagagattctctctgacctgtggcaccgctggaacggtttactccatacactgg atgaggaacggcgggcctctgtatgctgacaacagaacagacttctctatggacaacaat acactgaccttcaactatgtccagcattctgacatcggagactatcaatgttctgcttcc aaccccctcagcaacatgaccagcccaaactacagactgatcgtcaactatggacccgag atgcctgttataacaggaccagcatttggagaaacaggacacatcgtgaccttcaactgc tctgcctcctctcagcctcccagccagttcagctggttcttcaatggctcccaggtggcg agtggctcagtgtatgagactggcccactgaccttagccagtcatggggagtacacctgt gtggccttcaacaacgtcactgtcagaaacagcactgtctccaagatgctcaccatcatt gaggctataacgtcggtgacggtgaaacgaaacagattaccaatagcatctgacaaccta accctgacctgtgatgtcaccgggcgctatgacaccatctactggatgaaggacaacctg tctctggtcctgaacaacaccttgaactctgacataaccatctctaacaactctctgcac ttcagtccagtcaaggtgtctaacgatggaaactatcagtgtgttgccaccaacctcttt ggtccaaacaccagccctaaataccagctactggtgaactatggccctaagagtgtgaat atctctggcccagtctcagtggtgattggctcagtaatcacagttacactgaagtgctct gccgactcccggccaaccagcgagtatgggtggaaattcaacaaccaatcagttcttggg actggtcctatgatggctgttatcgcctcattggagaatgcaggggactacacttgtgtg gccaagaaccctgtgaccaacatctcaatgtccaataccattagtctggatgtcactggc cattcacttgcccctccattccagtccagaggtggtctgatgctgacagccctgctagct ctctctctctgcctttga

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