Salmo trutta (river trout): 115172174 Help Entry 115172174         CDS       T08542                                  Name (RefSeq) protocadherin-10-like isoform X1   KO K16499   protocadherin delta 2 Organism stru  Salmo trutta (river trout) Brite KEGG Orthology (KO) [BR:stru00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04515 Cell adhesion molecules [BR:stru04515]     115172174 Cell adhesion molecules [BR:stru04515]  Cadherins   Protocadherins    115172174 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Cadherin Cadherin_2 Cadherin_C_2 Cadherin_CELSR2_9th Motif Other DBs NCBI-GeneID:  115172174 NCBI-ProteinID:  XP_029585193 Ensembl:  ENSSTUG00000022302 UniProt:  A0A674A155 LinkDB All DBs Position 3:29242216..29258028 Genome browser AA seq 1014 aa AA seqDB search MIVLFILLCITDGVVSQIRYSVPEEAGHGTFVGNIAEDLGLDMTKIASRRFQVVPSSRTP YLEVNMENGILFINEKIDREQICKQSASCLLHLEVFLENPLELFRVEIEVVDINDNPPSF PETDITVEISESAVPGTRFPLESAFDPDVGSNALRTYDITTNNYFYLDVQTQTDGNKFAE LVLEKSLDREQQASHRYVLTAVDGGQPPRTGTALLVVKVLDSNDNVPVFDQPVYSVSLQE NTPTGTLVIQLNATDLDEGQNGEIVYSFSNHISSRVKDLFAIDARTGRIEVRSEVDFEES SLYQIFVQAKDLGPNAVAAHCKVLVKIMDVNDNAPDITFSTVTESVSERAAPGTVIALLS VTDKDAEENGKIHVEILGDVPFKLKPSFRNYFTIVTDGPLNRENADSYSVTVVARDTGTP SLATSKSIKVQVSDENDNAPTFTQPIYDVYVTENNVPGAYIHAVTALDPDVGQNALISYS IMECDIQGMSVKTYVSINEETGYLYALRSFDYEQLKDFTFMVQAKDAGSPELFSNATVKV IIVDQNDNPPSVIAPLGKNGTAREPLPRSAEPGYLVTRIIAMDADDGENARLSYSIQRGN ENGMFRMDWRTGELRTARRVSTKRDPNQMYDLLIEVRDHGQPPLSSTASVFVVLVDSVVE DHRERGTAKSKETSLDLTLILIIALGSVSFIFLLAMIVLAVRCQKDKKLNIYTCLTSDCC LGCATCCSRHARARKKKLSKSDIMLVQSANVTGAGTAQVPVEESGSFGSHHQNQNYCYQV CLTPESAKTDLMFLKPCSPSRSTDTEHNPCGAIVTGYTDQQPDIISNGSILSSETKHQRA ELSYLVDRPRRVNSSAFQEADLVSSKDSGHGDSEQGDSDHDATNRGHSTGTDLFSNCTEE CKALGHSDRCWMPSFVPSDGRQAADYRSNLHVPGMDSVPDTEVFESQEQTGDKSFSTFGK ETPLSHHHQNHLHLSHHHATHANQAKLERKAFEALLSSTRAPYKPAYLTRKGVC NT seq 3045 nt NT seq  +upstreamnt  +downstreamnt atgattgtgctattcattttgctgtgtatcacggatggagtggtctcgcagatacgctac tctgtgccggaggaggctggacacggcacgttcgtggggaatatcgccgaggacctggga ctggacatgaccaaaatcgcctcacgccgcttccaggttgtgcccagctcgcggacgccg tacctggaagtgaacatggagaacgggattctgttcatcaacgagaaaattgaccgggag cagatctgcaagcagagtgccagctgtcttttacaccttgaagtgtttttggagaaccca ctcgagctgttccgcgtggagatagaggtcgtggatatcaatgacaatccgcccagcttc cccgaaaccgacatcacagtagaaatctcggagagcgcagtccccggtacccggtttccc ctagagagcgcattcgatccggacgtgggttccaatgcgctgcgcacatacgacatcacc accaataactacttctacttggatgtgcagacgcagaccgacggtaacaaattcgcagaa ctggtgctagagaagtcgctggacagggagcagcaggcgtcccacaggtatgtgctgact gccgtagacgggggccagccgccacggacaggcactgctctgctggtggtcaaagtgctg gattctaacgacaacgtgcccgtgtttgaccagccagtgtactcagtgagtctgcaggag aacacaccgacggggaccctcgttatccagctgaacgccaccgacttagacgaggggcag aatggggagatagtgtattcattcagtaaccacatctccagccgcgtcaaggacctgttc gccatagacgcgcgcactggacgcatcgaggtacgcagtgaggtggattttgaggagagc agtttatatcaaatattcgttcaggcgaaagatctcggacccaatgccgtggccgcgcac tgtaaagttctggtgaaaataatggacgtaaatgataatgctcctgatatcaccttcagc acagtgaccgagtcggtgagtgaaagggcagccccgggcaccgttatagccctgctgagc gtgactgacaaagatgctgaggaaaacggaaagattcacgttgaaatcctcggtgacgtc ccgttcaaactcaaaccctcctttaggaactatttcaccattgtaacagatggaccccta aatagagagaatgctgactcttattcagtgactgtagttgccagggatacagggacccct tcccttgccaccagtaaatcaatcaaagtgcaagtgtcggatgaaaatgacaatgcgcca acgtttacgcagcccatatatgatgtgtatgtgactgaaaacaatgtgccaggtgcttat atccacgctgtgaccgctctggatccagacgttggacagaacgctctcattagttactcc ataatggagtgcgatattcagggtatgtctgtgaaaacatacgtgtcaatcaacgaagag accggctacctttacgcactcagatcattcgattacgagcagttaaaagacttcactttc atggttcaggcgaaagatgcaggtagccctgagctcttctcgaacgccacggtcaaagta atcatcgtggaccagaatgacaaccctccctcagtcattgctcctctgggtaaaaatggc actgctagagagcctctgccccgctccgccgagcctggctacctagtaacccgtatcatc gccatggatgcagacgacggagagaacgcacggctctcctacagcatccagcggggaaac gagaacggcatgttccgcatggactggaggacaggagaattgcgcactgcccggcgcgtc tccaccaagcgggacccaaaccagatgtatgacctgttgatagaggtgagggaccacggc cagccgcccctctcctccaccgccagtgtgttcgtggtgctggtggacagtgtggtggag gaccatcgggagaggggcaccgccaagtccaaggagacatcgctggacctcaccctcatc ctcatcatcgccctgggctccgtctccttcatcttcctcctggctatgatcgtgctggcc gtgcgctgtcagaaggacaaaaagctcaacatctacacgtgcctcaccagtgattgctgc cttgggtgcgccacatgctgcagcaggcatgcgcgagcccgcaagaaaaagctcagcaag tccgatataatgctggtgcagagcgccaacgtcaccggggccggtacagcccaggtgcca gtggaagagtccgggagcttcggctctcaccaccaaaatcagaactattgctaccaggta tgtctgactccggagtcggccaaaaccgacctaatgttcctaaagccgtgtagcccatct aggagcacagacacggaacacaacccgtgcggggccatagtgacagggtacactgaccag cagcctgacatcatatcaaacggcagcattttatcaagcgagaccaaacaccagcgagcc gagctcagttacctggtggacagacctcggcgtgtgaacagttcggctttccaagaagcg gatctcgtaagctctaaagacagtggtcatggtgacagcgagcaaggcgacagtgaccat gacgccaccaatcgaggtcactctaccggcactgatctcttctctaactgcacggaggag tgcaaggcactgggacactccgaccgctgttggatgccctcctttgtgccctccgacggg cgccaggcggcagactaccgcagcaacctgcacgtgccaggcatggactccgtgcccgac actgaggtatttgaaagccaagagcaaacgggcgataagtcattctccacctttggcaaa gagacccccctcagccaccaccaccaaaaccacctccacctcagccaccaccatgccacc cacgccaaccaagccaagttagagaggaaagcgtttgaggcacttctgtctagcacgcga gcgccttacaaacctgcctatttgacgaggaaaggggtttgctag

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