Salmo trutta (river trout): 115188397 Help Entry 115188397         CDS       T08542                                  Name (RefSeq) contactin-1-like   KO K06759   contactin 1 Organism stru  Salmo trutta (river trout) Pathway stru04514   Cell adhesion molecules Brite KEGG Orthology (KO) [BR:stru00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04514 Cell adhesion molecules     115188397  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04515 Cell adhesion molecules [BR:stru04515]     115188397    00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:stru00537]     115188397 Cell adhesion molecules [BR:stru04515]  Immunoglobulin superfamily   Contactins    115188397 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:stru00537]  Others   115188397 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Ig_3 I-set Ig_2 ig fn3 V-set Ig_DSCAM-DSCAML_C C2-set_2 Pur_ac_phosph_N CAPN13-like_C_EFh Motif Other DBs NCBI-GeneID:  115188397 NCBI-ProteinID:  XP_029603067 Ensembl:  ENSSTUG00000051167 UniProt:  A0A674F791 LinkDB All DBs Position Unknown AA seq 1040 aa AA seqDB search MAVTALVLLVLSSSLSHTVAVLFGEPRIFGDDATGYGPIFEEEPLDIVYTKESPDRHISM NCRARANPAPTYRWRRDNWEIKLMELPNEHYSLVGGNLIINNPEEKKHAGIYVCVAKNMY GTVISKEAKVKFGYLEEFPDEERDPVTVKEGQGAVLLCVPPKRWPAEVTFRWIYNEFPVF LHPDKRRFVSQSTGNLYISKVEASDAGNYSCYVFNPQIGKGVYSKFIPLISTEETPEKRY KADLVVKFPDTTAMLNYNVTLECFALGNPAPHIVWRKIGATDLPASAQVSMSGALLHLYN VQYEDSAGYECEAINQKWQDWHQAWLYVEAAPEWAVTINNTQKDIGSEHTMSCVANGKPV PYIRWLKDGYSYGKGELKFSSLTFEDSGMYQCIAENYWGIIYASAELRVIACAPTFELNP VKKYLLGANNGRVVIECKPRAAPRPRFTWTKGKEVLFNNSRISIMFDGSLEILNATRNDE GVYTCLAENDRGKANSTGTLTITEATQITVAPENTQVMVGEEVHLQCQASFDPSLDITFI WSLDFRVINFYLEWKHYERIMDREDSGELKIMNVQLRHEGRYTCTAQTVVDNVTASADLK VKGLPAPPGGVRVEEIRDTSVKLVWNQGADHGSPILGYTIQTRDFYALTEVDWKDASTSP TPLSGRSVMADVVDLYPWMEYEFRVYATNGFGDGEASIPSMKIKTWDAVPVVAPTNVGGY GGKDGELVITWTPVQPQYFYGKKFGYVVAFKPHDDVDWWYETISDPETRRYVHRDASFRV KSNDFQVREFQVKVKTFNSKGDGPYSLSTTVYYPRDVPSESPTDVYSRPVSSHEALVWWI PVMDTGTGLQQYIDGYQVKYWRKYDDTEPGANRIFVPASMNQTRLENMLPDSHYLIEVRA YNGAGVGPPSEHCEMFTKRAPPSVAPQMWRYISYSGKWLYVWWHHIPYDWFGNESFPLYY KVMFRKTGYITGPIYMTGWHFIDFPMPQVGDYELEVRGRYEGGDGPIRKIRLQGKASFLR PTLSLATMLLLALCIVGLGI NT seq 3123 nt NT seq  +upstreamnt  +downstreamnt atggctgtcacagccctggtcctgctcgttctctcctcctcactgtcacacactgtggca gtcttgtttggtgagcccaggatctttggagatgatgctactggctacggtccaatattt gaagaggagcctctggacatcgtctacacaaaggagtcacctgacagacatatctccatg aactgtagagcacgggccaaccctgcacccacatacagatggaggcgtgataactgggag atcaagctgatggagctgcctaatgaacactacagtctggtgggagggaacctcatcata aacaaccctgaagagaagaaacatgcagggatctacgtctgtgttgccaagaacatgtac ggcaccgtcatcagcaaggaggccaaggtcaagtttggatacctggaggagttcccagat gaagagagggaccctgtgaccgtgaaggagggccagggggccgtgctgctctgtgttcct cccaagcgatggccagctgaggtgacgttccgttggatatacaacgagtttccggtcttc ctccacccggataagcgtcgcttcgtctctcagagcaccgggaatctgtacatctctaag gtggaggcgtcagacgcaggaaactactcctgctatgtgttcaacccacagattggcaag ggagtctactccaagtttatccctcttatatctacagaagagaccccagagaagaggtac aaggccgacctcgtagtgaagttccctgacaccacagctatgctcaactacaacgtcaca ctggagtgcttcgctctgggaaatccggcccctcatatcgtctggaggaagataggtgct accgacctgcctgctagcgctcaggtcagcatgtctggagcgctgctccacctctacaac gtccagtatgaagactcagcagggtacgagtgtgaggccatcaaccagaaatggcaggac tggcatcaggcatggctctatgtagaggctgctcctgagtgggctgtgaccatcaacaac acccagaaggacatagggtcagaacacaccatgtcctgtgtagctaacgggaagcctgtc ccatacatccgatggctcaaggatggatactcgtatggtaaaggtgagctgaagttctcc agtctgacgtttgaagactctgggatgtaccagtgtatcgctgagaactactggggtatc atctacgccagcgctgagctacgtgtcattgcttgtgccccgacgtttgagttgaaccca gtgaagaagtatcttctaggagctaacaacggccgtgtggtcatagagtgtaaacccaga gctgcccccagacccaggttcacctggaccaagggaaaagaagtgctcttcaacaactca cgtatctccataatgtttgatgggagtctggagatcctgaacgccaccaggaatgatgag ggggtgtacacctgcttagctgagaatgacagagggaaggccaacagcacggggactctc accatcacagaggcgacacagatcacagtagccccagagaacactcaggtgatggtagga gaggaggtgcatctgcagtgccaggcctcctttgaccccagtctggacatcaccttcatc tggtctctggatttcagggtcatcaacttctacctagagtggaagcactatgaacgcatc atggatcgtgaggacagtggagagctgaagataatgaatgtccagttaagacacgaggga cgctacacctgtacagcccagactgtcgtggacaacgtcaccgcgtcagcggacctcaag gtcaaaggtcttcctgctcctcccggtggggtgagggttgaggagatcagggacacctcg gtgaagttggtgtggaaccaaggggccgaccatggcagccccatccttgggtacaccatc cagaccagggacttctacgcactgactgaagtggactggaaggacgcatctacctcccct acgcccctgagtggcaggtcagtgatggctgatgttgtggacctgtacccctggatggag tatgagttcagggtctatgctactaatgggtttggagacggggaggccagcatcccttca atgaagatcaaaacctgggacgcagtgcctgtggtggccccgaccaacgttggaggctac gggggtaaagatggagagttggtcatcacatggacacccgtacagccgcagtacttctac ggtaagaagtttggctacgttgtggccttcaagcctcatgatgatgttgactggtggtat gagaccatatcagacccagagacacgacgctacgtccatcgagacgcctctttcagggtc aagtcgaacgacttccaggtcagggagttccaggtgaaggtgaagacgtttaactccaaa ggagatggaccctacagcctgtcgaccactgtctactacccacgagatgtcccctctgag tctcctacagatgtatactccaggcctgtctcgtcccatgaagctctggtctggtggata ccagtcatggacactggtaccggccttcagcagtacatagatggataccaggtgaagtac tggaggaagtatgacgatacagagccgggagccaatcgtatctttgtgcccgcctccatg aaccagaccaggctggagaacatgctgccagactcccactacctcatcgaggtcagagcc tacaacggagccggtgtcggccctcccagcgaacactgcgagatgttcaccaagagagca cctccaagtgtggctccccaaatgtggcgttacatcagctactctggcaagtggctgtac gtgtggtggcaccacatcccctacgactggtttggcaatgagtccttcccactatattat aaggtgatgttcaggaagacgggctacatcacagggccgatctacatgacgggctggcac ttcattgacttccccatgccccaggtaggggactacgagctggaggtcagaggtcgctat gagggtggagacggccccatcaggaagatcaggcttcagggtaaggcgtctttcctgaga cccactctcagtctggccaccatgctactgctggccctgtgcatcgtgggattggggata tag

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