Salmo salar (Atlantic salmon): 106591490 Help Entry 106591490         CDS       T04363                                  Name (RefSeq) sialoadhesin-like   KO K06548   sialoadhesin Organism sasa  Salmo salar (Atlantic salmon) Pathway sasa04514   Cell adhesion molecules Brite KEGG Orthology (KO) [BR:sasa00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04514 Cell adhesion molecules     106591490  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04090 CD molecules [BR:sasa04090]     106591490    04091 Lectins [BR:sasa04091]     106591490 CD molecules [BR:sasa04090]  Proteins   106591490 Lectins [BR:sasa04091]  I-type lectins (Siglecs)   106591490 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Ig_2 Ig_3 ig I-set V-set Ig_5 Ig_4 Ig_CD22 Ig_C17orf99 Ig_6 RIFIN Motif Other DBs NCBI-GeneID:  106591490 NCBI-ProteinID:  XP_014038189 UniProt:  A0A1S3QFH0 LinkDB All DBs Position ssa02:complement(61078808..61097649) Genome browser AA seq 1594 aa AA seqDB search MALRTAGSVLVFLWSVAVVLGQDGWSVTYTPQSICTLKGSTVVMSCSYTYPRGTVTSTFW FTKNDAKGNPVSLSDDPDYQARVTYHKDNKNDCTLRITDLRESDAATYKFRFITDQTGGR FTGNPGVTLSVTDLQVQVTPYSVVSAWKTLTCTTCVLTGDPTYIWYKNGQIVTDSTSPYS VYPDAADSYSCAVKVNEDLHSPAVCVQDQSCNRVTYIDKSICALKGSSVDISCTYSSYHP IKTTFWFRNDKSAPEDLTRDPEYAGRALDSLPSTLRITDLRESDSAEYKFRFNTQISGWG YSFPGTTLSVTDLQVKVTAAAEGQKTLTCSTTCTLTDNPTYIWYKNGQRLDESTSLQYSV NNSYSDSYSCAVKGHEDLQAPAVCVQGESCMNVTYTHQSICSLKGSTVDISCFYTHPSWH NVTEVSWFSKWESGVTNDLSQDPEYADRVKYHRQTDKDSTLKITDLRERDSTEYKFRFKT VNAEWGYTFSGTTLSVTGLQVEVTPATVTEGQRVTLACRTVCTLIDNPNPSYIWYKKGQR LTNQNNSLILNPVSSEDAGRYSCAVEGFEDLPSPEETLTVKYGAKNTLASIHLSGEIVEG SSVTLTCSSDANPPVDKYTWYKKNGAHYQSLSYGNTELQHVFSHIQSSDTGEYYCEARNE MGTDRSESINIDVKYGPKNTSVSVSPSGEIMEGSSVTLTCSSDANPPVQSYAWYKNGSVY QSIFYGNTESQQVFSQIKSSDTRQYYCWVSNGISTDRSPSLDIDVKYAPKSTSVSVNFSG EIVEGSSVTLTCSSDANPPVDKYTWYKKNVTSPKASGQRYSITNIISEDRGEYYCEAENK YGRLNSSPVFVDVQYDPKNTSVSVSPSGELVEGSSVTLTCSSDANPPVKRYTWSKKIGYQ SISYGNTGPQHVFNHIKSSDTGEYYCEAWNGIKTGTSESINIDVKYGPKNISVSTSPSGE IVEGNSVTLTCSSDANPPVDIYTWYKKNVPSPKASGQSYSITNISSEDRGEYFCEAENKY GRLNSSPVFVDVQYAPKNTSVSVSLSGEIVEGSSVTLTCSSDANPPVKRYTWYKKIGYQS ISYGNTGPQHVFNHIKSSDTGEYYCEAWNGIKTGRSDSIKIDVKYGPKNSSVSVSPSGEI MEGSSVTLTCSSDANPPVKRYTWYTKNGGHNQFSYVNTGPQHVFNQIKSSDTGEYYCEAW NGMKTGRSESINIDVKYGPKNTSVSVSPSVEIEEGSPVTLTCSSDANPPVQIYIWYKTNG AETSMRHYGWSYSITNISPEDRGEYYCVAVNEVGCKRSKLVPLMVLCKPKTTSVSVSPSG EIVEGSSVTLTCSSDANPPVDKYTWYKKNGASLKGCENTFLITNISSEESGEYYCEAENE YGGLNSSTISVDVQYGPKNTSVSVSPSGEIVEGSSVTLTCSSDANPPVQNYTWYKKNVTS PILSGQNYNITTISSEDSGHYYCEARNKIASENSTALKIIVAGKYTSIKTAAVGIIVVVL VLILCLSGFMWFRKKASKSTSGTIETRDTADEGQGDSTPLYDNVLGMAMQQRQWSPSSQD DVHFSPSKNQEELCTPPSNCLNPRSRTRMSSTLL NT seq 4785 nt NT seq  +upstreamnt  +downstreamnt atggccttgagaacagcaggaagtgtgttggtctttctctggtctgtagcagttgtactg ggtcaggatggctggagtgtgacatacacccctcagagtatctgtaccttgaaggggtca acagtggtgatgtcctgctcttacacatatcccagaggtacagtcacatcaaccttctgg ttcactaaaaatgatgctaaggggaatcctgttagtctgagtgatgacccagactaccaa gctcgtgtgacgtatcataaagataacaagaatgactgcactctgagaatcacagacctg agagagagtgacgcagctacgtacaagttcagattcataacagatcagactggagggaga tttactggcaaccctggagtcactctgtctgtcacagatctgcaggtgcaggtgactccg tattcagttgtatcagcgtggaagacactgacttgcaccacctgtgttctgactggtgac cccacctacatctggtacaagaacggacagatagtaactgacagcacttctccctattca gtctaccctgatgctgcagacagctactcctgtgctgtaaaagtcaatgaggatctccac tctcctgcagtgtgtgttcaggatcagagctgcaacagagtgacttacatcgacaagagt atctgtgccttgaaggggtcatcagtggacatatcctgtacttactccagttatcatccg atcaaaacaacattctggtttagaaatgataagtcggcccctgaggacctaaccagagac ccagagtatgcaggccgggccctggatagccttccctccaccctgagaatcacagatctg agagagagcgactcagctgagtataaattcagattcaacacacagatctcaggatggggg tacagcttccctggaacaactctgtctgtcacagacctgcaggtgaaggtgactgctgct gcagagggacagaagacactgacctgtagcaccacctgtactctgactgacaaccccacc tacatctggtacaagaacggacaacgtctagatgagtctacttccctgcaatactctgtc aataattcttattcagacagttactcctgtgctgtaaaaggccatgaggatctccaagct cctgcagtgtgtgttcagggtgagagctgtatgaatgtgacttacacccatcagagtatc tgctctttgaaagggtcaacagtggacatatcatgcttttacacacatcccagttggcat aacgtcacagaagtatcctggttcagcaaatgggagtctggtgtaactaacgatctgagc caggacccagagtatgcagatcgtgtgaagtaccatcggcaaacagacaaggactccact ctaaaaatcacagaccttagggaaagagactcaactgagtacaagttcagatttaaaaca gttaatgcagaatggggatataccttctctggaacaactctgtctgtcacaggtctgcag gtggaggtgactcctgccacagtgacagagggacagagagtgacactggcctgtaggacc gtctgtactctgattgataaccccaacccctcctacatctggtacaagaaaggccagcgt ctcaccaaccaaaataacagcctgatcctcaacccagtcagcagtgaggatgcaggcaga tactcctgtgctgtagaaggctttgaggatctcccctctcctgaagagactctcactgtc aaatatggcgcaaagaacacactggcatcaatccatctctctggtgaaatagtggagggc agttcagtgactctgacctgcagcagtgatgccaacccacctgtggacaaatacacctgg tacaagaagaatggagcccactatcagtctttatcctatgggaacacagaactacagcat gtcttcagtcacatccagtcatctgatactggggagtactactgcgaggcccggaatgag atggggacagacaggtctgagtctatcaacatcgatgtgaaatatggcccaaagaacacc tcagtgtcagtcagtccctctggtgaaataatggagggcagttcagtgactctgacctgc agcagtgatgccaacccaccagtgcagagttatgcctggtacaagaatggaagtgtctat cagagtatcttctatgggaacacagaatcacagcaggttttcagccaaatcaagtcatct gacactagacagtactactgttgggtctcgaatggaattagtacagacaggtctccatct ttagacatcgatgttaaatatgcccccaaaagcacctcagtgtcagtcaatttctctggt gaaatagtggagggcagttcagtgactctgacctgcagcagtgatgccaacccacctgta gacaaatacacctggtacaagaagaatgtaacctcaccaaaagcatcaggacagagatac agcatcactaacatcatctctgaggacagaggagaatactactgtgaggctgagaataaa tatggacgtctcaactcttcccctgtatttgtggacgttcagtatgacccaaagaacacc tcagtgtcagtcagtccctctggtgaattagtggagggcagttcagtgactctgacctgc agcagtgatgccaacccacctgtgaagcgttatacctggagcaagaagattggctatcag tctatctcctatgggaacacaggaccacagcacgtcttcaatcatatcaagtcatctgac actggagagtactactgtgaggcctggaatgggattaagacggggacgtctgagtcaatc aacatcgatgtgaaatatggcccaaagaacatctcagtgtcaaccagtccctctggtgaa atagtggagggcaactctgtgactctgacctgcagcagtgatgccaacccacctgtggac atatacacctggtacaagaagaatgtaccctcaccaaaagcatcaggacagagttacagc atcactaacatcagctctgaggacagaggagaatacttctgtgaggctgagaataaatat ggacgtctcaactcttcccctgtatttgtggacgttcagtatgctccaaagaacacctca gtgtcagtcagtctctctggtgaaatagtggagggcagttcagtgactctgacctgcagc agtgatgccaacccacctgtgaagcgttatacctggtacaagaagattggctatcagtct atctcctatgggaacacaggaccacagcatgtcttcaatcatatcaagtcatctgacact ggagagtactactgtgaggcctggaatgggattaaaacggggaggtctgattcaataaaa attgatgtgaaatatggcccaaagaactcctcagtgtcagtcagtccctctggtgaaata atggagggcagttcagtgactctgacctgcagcagtgatgccaacccacctgtgaagcgt tatacctggtacacgaagaatggaggtcacaatcagttctcctatgtgaacacaggacca cagcacgtcttcaaccaaatcaaatcatctgacactggagagtactactgtgaggcctgg aacgggatgaagacagggaggtctgagtcaatcaacattgatgtgaaatatggtccaaag aacacctctgtttcagtcagtccctctgttgaaatagaggagggcagtccagtgactctg acctgcagcagtgatgccaacccacctgtgcagatttacatctggtacaagacgaatgga gctgaaacctcaatgagacattatggatggagttacagcatcactaacatcagccctgag gacagaggagaatactactgtgtggcagtgaatgaagttggatgcaaaagatcaaagctt gttcctctaatggttttgtgtaaaccaaagaccacctcggtgtcagtcagtccctctggt gaaatagtggagggcagttcagtgactctgacctgcagcagtgatgccaacccacctgtg gacaaatacacctggtacaagaagaatggagcttcactgaaaggatgtgaaaacaccttc ctcatcaccaacatcagctctgaggaaagtggagaatactactgtgaggctgagaatgaa tatggaggtctcaactcttctacaatttctgtagacgttcagtatggcccaaagaacacc tcagtgtcagtcagtccctctggtgaaatagtggagggcagttcagtgactctgacctgc agcagtgatgccaacccacctgtgcagaattacacctggtacaagaagaatgtaacctca ccaatattgtcaggacagaattacaacatcaccaccatcagctctgaggacagtggacat tactattgtgaggccaggaataaaatagcatctgagaactccacagctctgaagatcatt gtagcagggaaatatacctcaattaagactgcagctgtaggaatcatagtggttgttctg gttctcatcctctgtctctctggattcatgtggttcaggaagaaggcttccaaatccacc tctggcacaatagaaacaagagacacagcagacgagggacagggagactctactcccctg tatgacaatgtcttaggcatggccatgcagcagagacagtggtcaccgtcgagtcaggat gacgttcacttctctccctccaaaaaccaggaagagctttgtactccaccgtccaactgt ctcaaccccaggagcaggacgaggatgtccagtacgctgctgtga

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