Oreochromis aureus (blue tilapia): 116332654 Help Entry 116332654         CDS       T07295                                  Symbol cntn1a Name (RefSeq) contactin-1a   KO K06759   contactin 1 Organism oau  Oreochromis aureus (blue tilapia) Pathway oau04514   Cell adhesion molecule (CAM) interaction oau04517   IgSF CAM signaling Brite KEGG Orthology (KO) [BR:oau00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04514 Cell adhesion molecule (CAM) interaction     116332654 (cntn1a)    04517 IgSF CAM signaling     116332654 (cntn1a)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04515 Cell adhesion molecules [BR:oau04515]     116332654 (cntn1a)    00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:oau00537]     116332654 (cntn1a) Cell adhesion molecules [BR:oau04515]  Immunoglobulin superfamily   Contactins    116332654 (cntn1a) Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:oau00537]  Others   116332654 (cntn1a) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Ig_3 I-set ig Ig_2 fn3 V-set FN3_DSCAM-DSCAML_C Ig_5 Ig_4 C2-set_2 Pur_ac_phosph_N Motif Other DBs NCBI-GeneID:  116332654 NCBI-ProteinID:  XP_031611546 Ensembl:  ENSOABG00000025093 LinkDB All DBs Position LG7:17788850..17848960 Genome browser AA seq 1018 aa AA seqDB search MLHLTLLLHLLVLSCTRSGASVIGEVPDFYGDEVTGYGPVFEEQPVDTIYPEESPEAKIT MNCRARANPPATYKWKLDHMEIDLNAEGSHYSLAGGNLVISNPDKTVHVGKYSCLATNTY GTVISREASVQFGYLDLFSSEERSSVYVKEGQGAVLLCAPPPHYPAELSFRWILNEFPTF IIPDKRRFVSQITGNLYISKVDSSDRGNYSCIASSPSISKSVFSNYIPLEPQTERPIRKY PADLRVKFPDTTALVGQNVTLECFALGNPVPEIRWKKIDGHLPSNHEVRMTGTQLHLYNV QFEDGGTYKCEAVNSKGKDYHTARVSVEAFPEWVEHISSTEKDLRSDYTMSCKASGKPKP HIRWLKNGEPVDRNEMRFSSLTFDDSGMYQCKAENRHGVIYANAELRVFACAPTFERNPV KRVLAAKNGRVVIECRPKAAPKPAFSWSKDTELLSNSTRVFIWEDGSLEILNVTRADEGR YTCFAENDRGKANSTGDLLVMDSTKITLAPSNTDVKVGENTSMQCAASHDQSLDITFIWS LDGRVIDLHKDSQHYERTTNGSSNGELLIKNVQLKHAGQYTCTAQTPVDNITASAHLVVR GPPGAPGGVRIIEKTDKSVKLQWSRGADNHSPISKYTIQYKDQFSNDVWKNATTFPVNVE GNAEMTTVVDLIPWTDYEFRVIATNTLGTGDPSNPSPIIKTLEAVPVVAPSDVGGGGGAS RELTITWTPVKPKYYYGPNFGYIVAFKPQDEQEWKRVAVADPQARRYVHKASDIPPLTEF QVKVKAFNVQGEGPYSLTAIIYSAQDAPAEAPAVVEARALSAKAATVSWMPLSYTNLDGY QVKYWESGQSEGQAETIGVSSRENHTKLENLRPYTEYIIEVRGYNSAGYGPPSHHFRVLT KKPPPDRAPKIIAKKVKGQSINIAWEQVEPMANESSIEGYRVLYRPEGQTTGTLYNTYKR NIDLPLPPNGNYVVEVRAHTEGGDGATTTVQITGGGVSAAQSLSVLSLLFVALLCLNL NT seq 3057 nt NT seq  +upstreamnt  +downstreamnt atgttacacctcaccctgctgctccatctgctggtcctttcatgcacccgttcgggtgca tctgtcattggggaggtacctgacttttatggagatgaagtcacaggttacggaccagtg tttgaggagcagccggtggataccatctaccctgaggagtcacccgaggccaaaattacc atgaactgccgggctagagccaatccacctgccacatacaagtggaagctggaccacatg gaaattgacttgaatgcagagggcagtcactacagtttagcaggagggaacttggtcatc agcaaccctgataagactgtacatgtgggaaaatactcctgtttggctaccaacacgtat ggcacggtcataagcagagaggcgtctgtccagtttggatatctcgatcttttctcatcg gaggagaggtcgtcagtgtatgtcaaagagggacagggggccgtgttgctctgcgctccc ccgccgcattatccagctgagctgtcattccgctggatcctcaatgaattcccgactttc atcataccggacaagcggcgttttgtctcccagataacaggcaacctctatatctctaag gtggactcctcggacagaggaaattactcctgcatcgcctcaagcccgtctatttccaag agtgtcttctccaactacatccccctcgagcctcagactgaacgtcctatcaggaaatac ccggctgacctaagagtcaagttccctgacaccactgctttggtggggcagaatgtcacc ctggagtgctttgctttggggaatcctgtccctgagatccgctggaagaagatagacgga catctgccgtcaaaccacgaggtgcgtatgacggggactcaactgcatctgtacaacgtg caatttgaagacggtggcacctataagtgtgaggcggtaaactccaaaggaaaggactac cacaccgctcgcgtgtctgtggaagcttttccagagtgggtggagcacatcagcagcaca gaaaaagacctcaggagcgactacaccatgtcctgcaaagccagtggcaagcctaaacca cacatccgctggctgaaaaatggagaaccggttgacaggaatgagatgagattcagcagc ttgacatttgatgattcagggatgtaccagtgcaaagcggaaaatcgtcacggagtcatt tatgccaacgcagagttgcgtgtctttgcctgtgctcccacatttgaacgcaacccagtg aaaagagtgctggcagccaaaaatggccgggtggtgattgagtgtcgacccaaagcggcc ccaaagcccgccttctcctggagcaaagacacggagctgctttccaactctaccagggtg ttcatctgggaggatggaagcctggagatcctcaatgtgacacgagcggacgaaggcaga tacacctgctttgcagagaatgaccggggcaaggccaatagcaccggcgacctgttggtt atggactctacaaagatcaccttggcaccatctaatactgacgttaaagttggagagaat acctcgatgcagtgcgcagcatcacacgatcagtctctagatatcaccttcatctggtcc ctagatggccgagtcattgacctgcacaaggacagccaacattacgaacgcaccacaaat ggaagctcgaatggcgagctgctcatcaagaatgttcagctgaaacatgcgggacagtac acctgcaccgcacagacccctgttgacaatatcactgcctctgcccacctggttgtcagg ggtcctcctggtgctcctggtggggtgcgaataatagaaaaaacagacaaaagtgtaaag ttgcagtggagccgtggtgcagacaaccacagtccgatctccaaatataccatccagtac aaggaccagttctcaaacgatgtctggaagaatgccactacatttcctgttaatgtagag gggaacgcagagatgaccacagtggtggacttgattccctggacagactatgagttcagg gtcattgctactaacactctggggacaggagacccaagcaacccatcgcctattattaaa acgctggaagcagttcctgtggtggcgccctcagatgttggcgggggtggaggggctagc agagaactgaccattacatggacgcctgtgaagccaaagtactactatgggcccaatttt ggctacattgtggccttcaagccccaagatgagcaagagtggaaacgggtggcagtagcc gatccccaggccaggcgctacgtccacaaagcctctgacatcccgcctttgacagagttt caagtcaaagtcaaagcgttcaacgtccagggagaaggaccctacagcctaacggccatc atctattctgcacaggacgctccagctgaagctcctgcagttgttgaagccagagctctc tctgccaaagctgccactgtgtcctggatgcccctctcatatactaatttagatggatac caggtgaagtactgggaatctggtcaaagtgaagggcaggccgagacgattggcgtgtct agcagggagaaccacactaaactagaaaatctgagaccttacacagagtacattattgaa gttcgaggctacaactctgcaggatacgggccacccagccaccacttccgggtcctaacc aagaaacccccaccagaccgagcccccaaaataatagctaaaaaagtgaagggccagtca ataaatattgcctgggaacaagtggaaccgatggctaatgagtcctcaatagaagggtac cgagtactatacaggccagagggccaaaccacaggcactctgtacaacacctacaagcga aacattgatcttcccctacctccaaatgggaactatgtggtggaggtccgggcacacaca gaaggaggagatggggctacgaccacagtccagatcacaggtgggggtgtctcggccgcc cagtctctcagcgtactctccctgctctttgtggctctcctctgcctgaacctctga

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