Salmo trutta (river trout): 115165930 Help Entry 115165930         CDS       T08542                                  Name (RefSeq) contactin-4-like isoform X1   KO K06761   contactin 3/4/5/6 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]     115165930    00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:stru00537]     115165930 Cell adhesion molecules [BR:stru04515]  Immunoglobulin superfamily   Contactins    115165930 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:stru00537]  Others   115165930 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Ig_3 I-set Ig_2 ig fn3 V-set Ig_DSCAM-DSCAML_C Ig_C17orf99 V-set_CD47 Tissue_fac Herpes_gE_N Nuc_sug_transp Motif Other DBs NCBI-GeneID:  115165930 NCBI-ProteinID:  XP_029575311 Ensembl:  ENSSTUG00000040661 LinkDB All DBs Position 28:27963842..28074818 Genome browser AA seq 1040 aa AA seqDB search MELLWKLMMLLSFAEFLAGNNILLRPVFTKQPGSVVFPVHPTETSREVVFSCEAQGHPPP FYRWKLNDSFIVPRSGSRYALTGGNLRISHLNKEEDVGVYQCLATNSFGTIVSREASLHI AYLENFKTQSRSPVRVREGQGVVLLCGPPPHSGELTFTWIFNEYPFFVMQDTRRFVSQKT GNLYIAMVEPSDVGNYTCVVTNTVTKSSIQGPPTPLVLRVDGVMGEYEPKIEIQLPDVIP VAKSSTVKLECFALGNPVPTISWRRVDGVAVGRKVDVNKASGVLEIPYFQQEDAGLYECV AENSKGRNSVKGKLSFYAPPHLIEEPQDAQKPIDDTLVWECKASAKPKSSYRWLKNGEPL DTMEMENQVSLFQDRVQVNNGVLTISSLKLADIGMYQCVAENKHGRVFTNTELQVIAVAP DFSQNMLKPQTLARQGGDVLIECRPKMSPHGMISWRKGKEALRESHRVSVLDNGSLRIAN VTKMDVGLYTCVARNQFGVASSAGSLLVKETTIITSPAGHLDVTVGESIVLPCQVSHDPT LDLKFTWFFNEQLIHFGNHGGYFEKVGGRSAGDIMIRNIQLRHAGKYTCAVQTKVDSVSI ATDVVVRGAPDPPVDFQVTEMTDSTASLSWGSGPDNHSPVLTHNIQARTTFSLGWQGVIT VPELLGGKQLTATVIDLSPWVEYEFRVLATNAIGTGEPSKPSKKARTKDMPPKVTPSRVN GGGGGRSELVITWEPVPEELQSGPGFGYVVAFRPQGAQGWMQAAVTSPDTSRYIFKNESI APFSPFHVKVGVYNNKGEGPFGPVATIYSAEEEPSRAPGRVRARSVSASEVEATWKALPW SNNRRRILGYELRYWGERERQETASVIRTMGNRTSVVIRGLEGSRTYFISLRAYNSAGVG PHCATVNVTTKKPPPSQAPVKIIWNTSNSKVILKWDQVRALENESEVTGYKVMYTQDRHS RPNVVETNTTSLELALPVNEDYVIQIKPFSEGGEGSSSRQITIPRIAGGTFCLTRLERWA SNRKIASSNPHADKLKDLPM NT seq 3123 nt NT seq  +upstreamnt  +downstreamnt atggagttgctatggaaactgatgatgctgctatcatttgcggagttccttgcaggaaac aacatcctgctgaggcctgtgttcaccaaacaaccaggcagtgtggtgtttcccgtccac cccactgagaccagcagagaggtggtgttcagctgtgaggcccagggacatccacctccc ttctacaggtggaagctgaatgactccttcattgtacctagatcagggtcacgctatgcc ctcactgggggcaacctacgtatcagccatctgaacaaagaggaggacgtcggggtctac cagtgtctggcaaccaactctttcggcaccatcgtcagcagagaagctagtctacatata gcttacttggagaatttcaagacacagagtcgaagtccagtgagggttcgtgagggccaa ggagtggtcctactctgtggcccaccaccccactctggagagctcaccttcacctggatc tttaatgagtacccattctttgtgatgcaagacactcgtcgcttcgtatcgcaaaagacg ggtaacctgtacattgccatggtggagccatcagacgtgggcaattacacctgtgtggtg accaacacagtcaccaaaagtagcattcaaggcccccccacccctttagtgctacgtgtt gatggtgtaatgggtgaatatgagccaaagattgaaatccagcttcccgacgtcatacct gtggccaagagttccactgtcaaactggagtgttttgcactgggaaacccagttccaacc attagctggagaagagtggatggggtagcagttggacgaaaggtggacgtgaacaaggcc agcggagtgctcgagatcccctacttccagcaggaagatgcaggcctgtacgaatgtgtt gccgaaaactcaaaagggaggaactcggttaaaggaaagctctccttctatgctccccct cacctgatcgaggagcctcaggatgctcagaagccaatcgatgacaccctggtgtgggag tgcaaggccagtgccaagccaaagtcctcataccgatggctgaaaaacggcgagcctctg gacacgatggagatggaaaaccaggtgtctctttttcaggacagggtgcaagtgaacaac ggagtcctgaccatcagcagcttgaagctggccgatattgggatgtaccagtgtgttgct gagaataaacatggccgggtcttcaccaacactgaactccaagttatagctgtagcccca gatttctcccagaacatgctgaagcctcagaccctggccaggcaggggggtgacgtgctg attgagtgcaggcctaagatgtctccacatgggatgatctcctggaggaaggggaaagaa gcactccgagagagccacagagtctcagtgttggacaatggaagtcttcgaatagcaaac gttaccaaaatggatgtcggcctctacacctgcgtggcaaggaaccagtttggagtggca agcagtgctgggagtcttttggttaaagagacaaccattatcaccagcccagctgggcat ttggacgtgacggtgggcgagagcatcgtcctgccctgccaagtctcccatgaccccacg ctcgatttgaaattcacctggttcttcaacgaacagctcatccactttggaaaccacggg ggctactttgagaaagttggcggacgctcagcaggtgatatcatgatccgtaacattcag ctgaggcatgctgggaagtatacctgtgctgtccagaccaaggtggacagtgtctccatc gccaccgatgtggtagttagaggtgctccagacccacctgtggacttccaggtgacagag atgacagacagcacagcgtctctctcctggggatcgggtcctgacaaccacagcccagtc ctcacccacaacatccaggcccgcacaactttttccctgggctggcagggagtcatcaca gttcctgaacttcttgggggcaaacagctgacagccactgtcattgacctcagtccgtgg gtggagtatgagttcagagtgctggcaaccaacgccatcggaacaggagagcccagcaaa ccttccaaaaaagcccggaccaaagacatgcctcccaaggtaacaccatccagagtgaac ggaggtggcggtggtcgctcggagctcgtcatcacttgggagcctgtccctgaagagcta cagagtggcccaggatttggctatgtggtagctttccgacctcagggggctcaaggctgg atgcaggctgcagtcacctcccccgacacctccagatacatcttcaagaacgagagcatc gctcccttctctccgtttcatgtgaaagtgggcgtgtacaataacaaaggggagggcccc tttgggccggtggccaccatctactctgcagaggaagagcccagcagagccccgggtagg gtgcgggccaggagtgtgtcggcatcggaggtagaggccacctggaaggccctgccctgg agcaacaataggagacgcatcctgggctacgagctgaggtactggggtgagagggagaga caggagacagccagtgtgatcaggaccatgggtaaccggacgtctgtggtgatcagaggc ctggagggcagcagaacctactttatctccctccgagcgtacaacagtgccggggtgggc cctcactgtgccacagtcaatgtcaccaccaagaaaccccccccaagccaggcaccagtg aagatcatatggaacacctcaaactcgaaggtcatcctcaaatgggatcaagtcagagct ctggagaacgagtccgaggtcactggttacaaagtgatgtacacacaggacagacacagt cgtcccaacgtggtcgaaactaacaccacgtctctggagctggcgctaccggtcaacgag gactatgtcatccagatcaaaccattcagcgagggaggagaggggagtagcagtagacaa atcactattcccaggatagcaggtgggacattctgcctgacacggttagagcgttgggcc agtaaccgaaagattgctagttcaaatccccatgctgacaagttgaaagatctgccgatg tga

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