Salmo salar (Atlantic salmon): 106561856 Help Entry 106561856         CDS       T04363                                  Name (RefSeq) von Willebrand factor-like   KO K03900   von Willebrand factor Organism sasa  Salmo salar (Atlantic salmon) Pathway sasa04510   Focal adhesion sasa04512   ECM-receptor interaction Brite KEGG Orthology (KO) [BR:sasa00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     106561856  09140 Cellular Processes   09144 Cellular community - eukaryotes    04510 Focal adhesion     106561856  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03110 Chaperones and folding catalysts [BR:sasa03110]     106561856   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:sasa04147]     106561856 Chaperones and folding catalysts [BR:sasa03110]  Intramolecular chaperones   Others    106561856 Exosome [BR:sasa04147]  Exosomal proteins   Exosomal proteins of other body fluids (saliva and urine)    106561856 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  VWA VWA_2 VWD VWC Vault Motif Other DBs NCBI-GeneID:  106561856 NCBI-ProteinID:  XP_013981599 UniProt:  A0A1S3KTG6 LinkDB All DBs Position ssa10:115465297..115513780 Genome browser AA seq 1478 aa AA seqDB search MISPSKPEEGAVPTLKYRNSCVSLGAVPGQRDREVISLTPASRTLSSSHTGGRSFPVRST CLRQHATPASCSCSCSSTMALCFTSHSSMFPEAGTFALILSSSSSPSSSPPSKYVTFILE GSDSVGEVGFNASLLFLEEVISQLAEEGEESVRVTVIQYSETVTVEITRWEIQWQRTKFL RRLREIRWRGGDKTNTGAAIGQIYQEVTTDRPSSTPTSPQLVFLVTENPPTDVITRPPSS HTHTRVYPIGVGPKVREVDLMPLSSPQRPLMVEDYTSLTSLVTTVVNITRNSLSPRSPTL PPPRLTPTLAPRATLPPSVPCRKPMDVLFLLRGGNRAGPETDGQPEGGTEFEDMKTFVKA FVNSADIGRNETQVGVVTYGETSSVGVAWREEQDRTHLLTLVDQLTSPIHTHTALGAALR FAVQTSISPSSGGRAGVAKVVVMLVIDRSTDQLQEATNEALTAGVSVFPIGIGPGYDRAE LSLLGSHGDQDNTLHLNSMEELMMLLTLDKSYTDKLCRAGPPGVCVDDDGNERKPGESWL LPDGCHSVLCHPSGAVTVQSHKVNCDRLEPPACSNHMSPLRVQDNCGCHWDCPCVCMGSS TNHVVRFDGVALRLEGEGLCSYTLLTVAGDAGGSEITLHSGTCQGSSNQNEVCMKVMEFT HGQSTLLLKDDMTVTVDGAPVSLPFRSSLVEVMRYGGVMFQLRSVEHGYILAFTPQKNEF TITLTSSSTNHTSGLCGWCGEKRVNYLSLRNGSSTSDSALLVSDWMVSSGDGVCVPRHAP VCVYGAARACEVLRSEVFSSCHTHVPITPFIMRCQQEACQETDVCDVISSYAHLCRQRGL CVHWRSTNLCPMQCPSSMEYDACRTGCVEDCSSIGLSPGNSGVLSGNGSVCITKPTEGCF CPGNMVPLGGKCVSPDACNQCVDQHGHTHPYLQSWVPEENTCLICMCLDRQHINCTARPC IDHKAPACGPCEVLREKRESKCCPEYECVCDLVSCQLPEVPRCEDGLTVVLTNPGECQPI HHCACKKEECSLQVPPACSTNRRLSVKQTQCCDSYQCVCDCHNTTHSCPPGFITSSSTND CGCTETACLPDQVCVVGGVVYRVGSQWEEGCEKCSCTHQQDTHTNLHIAQCVPPVCDHSC PLGSVYQRSDSECCGSCRKTSCVETDGQTPGDSQTDGRLRELGEVWRSAEDVCVERQCVL VGEREVFITHSNVSCPSLDPPSCPLGSELRCDTSDCCPRCHCAPQDACVLNHTVIGAEES LMVDLCTHCTCSVEEGAVRRYKLSCRRISCPTCPEGYTLEEVPESCCGRCVATACTIQRP DGHFITVKVNSSLNEGCSQYSCGVNSKGDLVLQTRVTTCPPLDRQLCLDQGGKISQIGTS CCEMCTEPECRKTVGTLNYIKVDDCQSQQQIELHYCEGKCRSKSVYSLETNAVERECVCC ASVATKPLSVPLLCSNGTLTHHNVLSVTACDCLAQHCT NT seq 4437 nt NT seq  +upstreamnt  +downstreamnt atgatttccccctccaagccagaggagggtgctgtccccacgctgaagtacaggaacagc tgtgtgtctttgggggccgttccaggacagagggacagggaggtcatcagcctaacccca gcgtcacgaacactcagctcctcacacactgggggcaggagtttccctgtacggtccacc tgcctcagacagcatgccacacctgctagctgctcctgtagctgcagctccactatggcc ctctgtttcacctcacacagtagcatgtttccagaggcagggacctttgccctcatcctc tcctcctcttcctccccctcttcctctcctccctctaaatacgtgacatttatcctggaa ggttctgactcggttggggaggtgggatttaacgcctctctcctctttctggaggaagtg atatcacagctggcagaggaaggggaggagtccgtgcgtgttacagtcatacaatactcg gaaacggtcaccgtggagataacgcgctgggaaatacaatggcagagaaccaagtttcta agaagactgcgggagatccgctggaggggtggggacaagaccaacacgggtgcagcaatt ggccagatctaccaggaagtgactactgataggccctcctccacccctacctccccccag ctagtcttcctggtgacagagaacccccccaccgacgtgatcacgcgccccccctcctcc cacacacacacccgggtgtatcccatcggggtagggccgaaggttagagaggtggacctg atgcctctcagctccccacagcgccccctcatggtggaggactataccagccttacctct ctggttaccactgtggttaatatcaccagaaactccctctctcctcgctcccccaccctg cctcccccacgactcacccccacactggcccccagagccaccctgcctccctcagtgcca tgcaggaagccgatggatgtcctgttcctgctgagaggcgggaatagggcggggccagag actgacgggcagccagagggcgggacagaatttgaggacatgaagacgtttgtcaaagcc ttcgtcaacagcgctgatatcggtcggaacgagacgcaggtgggtgtggttacatacgga gagaccagtagtgtgggcgtggcctggagagaggagcaggacaggacacacctgctgacc ctggtggaccagctgaccagtccgatacacacacacaccgcactgggtgctgcgttgcga tttgctgtccaaacatccatctctccgtctagtgggggcagagcgggtgtggccaaggtg gtggttatgctggtgattgacaggtcgactgaccaactacaggaggcaactaacgaggcg ctgaccgcaggcgtgtcagttttccccatcggcatcgggcccggttacgacagagctgaa ctgagcctgcttggttcccatggcgaccaggacaacacactccaccttaacagcatggag gagctgatgatgctgttaacactggacaagagctacacagacaaactctgtagagctggt cctcctggagtgtgtgtcgatgatgatgggaacgagaggaagcctggtgagtcgtggctg cttcctgacggatgtcattcggtgctgtgccacccaagcggagccgtaactgttcagagc cacaaggtgaattgtgatcgactggagcccccagcctgcagcaaccacatgagtcctctc agagttcaagacaactgtggctgccactgggactgcccctgtgtctgtatgggcagctcc accaaccacgtggtgaggtttgatggcgtggctctaaggctggaaggggaggggctatgt tcctacaccctgctaacggttgccggggacgcgggaggttcagagatcacgctgcacagc ggaacctgccaggggtcatccaatcagaatgaagtctgcatgaaggtcatggaatttaca catgggcagagcacactactgctgaaagacgacatgacggtgacagtagatggagcccct gtctccctcccattccgctccagtctggtggaggtgatgcgctacggaggagtgatgttt cagctgagatccgtggaacacggctacatcctggcatttacccctcagaaaaacgagttc accatcacactcacctcctcctctaccaaccacacctctggactctgtgggtggtgtggc gagaagagggttaattatctctctctgaggaatggcagttcgacttctgactcagctctt ctcgtctccgattggatggtatcgagcggcgacggtgtgtgtgtcccacgccatgcccca gtgtgtgtgtacggagcagcgagggcgtgtgaggtgctgcgctccgaggtgttctcctcc tgtcacacacatgttcccatcacgcctttcattatgcgctgccaacaggaagcctgtcag gagacagacgtctgtgatgtaatttcctcctacgcacatctctgccgacagagaggactc tgtgtccactggagaagcacaaacctctgccccatgcagtgccccagctccatggagtat gatgcatgtaggaccgggtgtgtggaggactgcagcagcattggcctgtcgcctggcaac tcgggggttcttagtggtaacgggagtgtgtgtatcaccaagccaacagaagggtgtttt tgtccagggaacatggtgcctctggggggaaagtgtgtgtcacctgacgcctgcaaccag tgtgtcgaccagcacggacacacacacccgtatctacagagctgggtgccagaggagaac acgtgtctgatttgtatgtgtctggatcgtcaacatatcaactgcactgctcgcccctgc attgatcataaagctccagcgtgtggaccctgtgaggttctgagggagaagagggagtcc aagtgttgtccggaatacgagtgtgtgtgtgacctggtgagttgccagctgccggaggtt cctcgctgtgaagacggtctgactgtggtgctgactaaccctggagagtgtcaacccatt catcactgtgcctgtaagaaagaggagtgttctctccaggttccacctgcttgttccacc aaccgccggctgtccgttaaacagacgcagtgctgtgattcgtaccagtgtgtgtgtgac tgtcataacaccacccattcctgtcctcctggattcatcacctcctcctccaccaatgac tgtggctgcaccgagaccgcctgcctgcctgaccaggtgtgtgtggtaggaggcgtggtc taccgtgtggggagccaatgggaagagggctgtgagaaatgcagctgcacccatcaacag gacacacacactaacctgcacatcgctcagtgtgtcccacctgtctgtgaccactcctgt cctctgggctcagtgtaccagcggtcggacagtgagtgttgtgggagctgcaggaagacc agttgtgtggagacagatggacagacacctggagactcacagacagacggacgactcaga gagttgggggaggtgtggcggtctgcggaggatgtgtgtgtggagcgtcagtgtgtgttg gtgggagagcgagaggttttcatcacccactccaacgtcagctgtccgtcactagacccc ccctcctgtcccctgggaagcgagctacgctgtgacacatccgactgctgcccacgctgc cactgtgctcctcaagatgcctgtgtcctcaaccacactgtgataggagcggaggagagt ctgatggtggatctctgtactcactgcacgtgttcagtggaggaaggagccgttcgaaga tacaagctgtcctgtcgacgcatcagctgtcctacctgccctgagggctatactctagaa gaggtgccagagtcgtgttgtggtcgctgtgttgccactgcctgcaccatccaacgacct gacggacacttcatcactgtcaaggtcaacagtagtctaaatgaaggctgtagtcagtac tcctgtggtgtcaacagtaaaggagatctggttctccagaccagagtgaccacctgccct cctctcgaccgccaactctgtctggaccagggggggaagatcagccagataggaaccagc tgctgtgagatgtgtacagagccagagtgtaggaagacagtgggaacactcaactacatc aaagtggacgactgtcagtcacaacaacagatagaactacactactgtgaggggaagtgt cgtagtaagagtgtatattccctagagactaacgctgtggagagggagtgtgtgtgttgc gcttctgtggcgacaaagcctctgagcgttccactgctgtgttctaatggaacactgaca catcacaacgttctgtctgtcaccgcctgcgactgtctggcccagcactgcacttag

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