Salvelinus namaycush (lake trout): 120060078 Help Entry 120060078         CDS       T07522                                  Name (RefSeq) afadin-like   KO K05702   afadin Organism snh  Salvelinus namaycush (lake trout) Pathway snh04517   IgSF CAM signaling snh04520   Adherens junction snh04530   Tight junction Brite KEGG Orthology (KO) [BR:snh00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04517 IgSF CAM signaling     120060078  09140 Cellular Processes   09144 Cellular community - eukaryotes    04520 Adherens junction     120060078    04530 Tight junction     120060078 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  DIL RA PDZ RA_2 PDZ_2 RA_3 PDZ_6 RASSF8-10_RA ASPP2-like_RA Motif Other DBs NCBI-GeneID:  120060078 NCBI-ProteinID:  XP_038865070 UniProt:  A0A8U1EW19 LinkDB All DBs Position Sna15:38329559..38365455 Genome browser AA seq 1075 aa AA seqDB search LDMAGKEEWQRLADIIQHWNNTRLDLFEISLPCKNLEFHGVMRFYFEDHVAGNVATKCLR VSSTTTTGEVIETLSEKFRPDMKMLNTPYFLFEVHANKERQLDLSEKPLDVQLNWNTDNR EGRFVLKKDKDIIGPLSIQDNSPEKKKGGMIQNFKRTLSRKEKKKEKKKTGDDAVNHSAK PNGSTMRKENGDQDNMDQLALPVGIKFRENSEDPFLSAVINYTNSSTVHFKLSPAYVLYM TGRFVLHRHYSHSQETSQSHRPSEHAHRVTATVSKMVAMTEVVFQKQKSIAGAVAFWMAN ASELLNFLKQDRDLSPITLQAQENLAHLVHKAFKCLTQCLLADLSRHLPEFLIYPEGSQS PAEIEGVLQTLMGAMSLLRRCRINAALTIQLFSQLFHSISAWLFNRLLSPSPQGEACSLG LRSHYWGATLRQRLSLVEDWAERQGLELAADCHLSRIIQVTMLLTMNKCSMHDSENIQNT CFKLNSLQLRTLMTSYLYDTNEPRIPPGVIDRVVAAAEASADELLRSEGQDLQLEEGPDL HLPFLLPEEGYSCDTVNGIPQGFREFLEPICRKGLCSLISHPHSGGTWTIFFNRANNFSA QDANPVHLFLNISIFLPLHREPEVVTITLTKPMNSGMGVSIVAAKRAGQDNLGIYVKSIV KGGPAEMDCRLTAGDQLLCVDGHSLVGLSQERAAGIMMHTGPVVTLQVAKQGATCHGLAA LLDEPPSVSTTALDGSGPTSSSHAKPNGKALILYDGMEQSPGPSGLWGNNSYGGNRRQRE QTLLKNRQLYRSNPNMISQEEAEPVDPVIPTDSKITAVSTSNLLCSDMYHREYLTLPAPR SQDKKTVAFELPPQGPRVSFNLDGQISNKRTLMNIQQQALRRVQPAMSQLFPTQSKDTSL QRPPAKPQPGTTPGHQDQYFSMTKEPSSEGNKSLSPDPWKRDAREKQQKQQRLQVVDLLE QEIQDLQANAQLTPEETDRLRRLNLEWQFQQRLQEFQQNGNNDDDDEEEDDRDTPTGENV QESNELNVNFDEKCSKEGQEENNYKGDATPENLTFKERQRLFSLGSNASIKVKAL NT seq 3228 nt NT seq  +upstreamnt  +downstreamnt ctggacatggcggggaaggaagagtggcagagattagctgacatcatccaacattggaac aacacccgactggacctgtttgagatcagtctgccatgcaagaacttagagttccatgga gtgatgcggttctactttgaggaccatgttgcagggaacgttgccaccaagtgcctgcgt gtcagcagcaccaccaccactggagaggttattgaaacactgtcagagaagttcagaccg gacatgaagatgttgaatactccctatttcctgtttgaggtccatgctaacaaggaacgg cagctggacctgagtgaaaagcctctggatgtgcagctgaactggaacacagacaacagg gagggccgcttcgtactcaagaaggataaggacattattgggcctttatccatacaggac aacagcccagagaaaaagaagggaggcatgatccagaacttcaagaggacactgtcgagg aaagagaagaagaaggagaagaagaagacgggagatgatgctgttaaccactcggcaaag cccaatgggtcgactatgaggaaagagaatggagatcaggacaacatggaccaacttgca cttccagttggtattaaattcagggaaaattctgaggaccccttcctctctgcagtcatc aactacaccaacagttccactgtccacttcaagctctcccctgcctacgtcctgtacatg accggacgcttcgtcctccaccgccattacagccacagtcaggagacatcacagagtcat cgcccctcagagcacgcacacagagtcaccgctactgtcagcaagatggtagccatgact gaggtggtcttccagaagcagaagtccatagctggtgctgtagccttctggatggccaat gcctcagagctcctgaacttcctgaagcaggacagagatctaagccccatcacactgcag gctcaggagaacctggcacacctggtgcacaaagctttcaagtgtttgactcagtgtctg ctggctgatctgagcagacacttgccagaattccttatttatcctgaggggagtcaatca cctgcagaaatagagggcgtactgcaaaccttgatgggtgccatgtctctgctgcgtcgc tgtcgaatcaacgctgccctcaccatccagctgttctcccaactcttccactccatcagc gcctggctcttcaacaggctgctgagccccagcccccagggagaggcctgctccctgggc cttaggtcccactattggggagccaccctccgccagaggcttagcctggtggaggattgg gcagagaggcaaggtctggagctggccgcagactgccacctcagccgcatcatacaggta acaatgctgttgaccatgaacaagtgttccatgcacgattcagagaacatccagaatacc tgcttcaagttaaactccttgcagcttcgaacactgatgacaagctacctctacgatacc aacgagccccgcattccccctggtgtgattgacagggtggtggcagctgcagaggccagt gctgatgagttgttgcgcagtgaagggcaggacctccagctggaggaggggccagacctc cacctgcccttcctgctccctgaggaaggctactcatgtgacacagtcaatggcatcccg cagggcttcagagagttcctggaacctatctgccgcaaaggcctctgctctctgatctct cacccccactctggtggcacctggaccatcttcttcaacagagcaaacaatttctctgca caggacgcaaacccggtacacttatttttaaacatatccatatttttaccactgcataga gaacctgaggttgtgactattacactgacgaaacccatgaacagtggaatgggggtcagc atcgtggcggccaagagagcaggacaagacaaccttgggatttacgtcaagtctatcgtc aaaggaggaccagcagaaatggattgcaggttaactgctggggaccagttgctgtgtgtg gatggacacagtctcgtgggcctctcacaggaaagggcagcaggcataatgatgcacact gggccagttgtgactttacaggttgccaagcagggggcaacatgccatggtctggctgcc ctgctagatgaaccaccttcagtatcaactacagctttggatggtagtggccccaccagc agcagccatgccaagccgaacggcaaggccctgatcctgtatgatggcatggagcagagc cctgggccctcaggactatggggtaataactcctatggagggaacaggagacagagagaa cagaccctgctgaagaacagacagctataccgctccaaccccaacatgatcagccaagaa gaagcagaaccagttgatccagtcataccaacagacagtaaaatcactgcagtctccacc agcaacctgctgtgctctgatatgtaccacagggaatacctgactctaccagcccctagg tctcaggacaagaagacagtagcctttgaactcccacctcaggggcccagagtctcgttt aatctagatggacagatctccaacaagaggaccttgatgaatatccaacaacaagccttg aggagggtgcaaccagcgatgtcccaactgttcccaacccagtcaaaagacacatccctc cagagacctccagccaaaccacaaccagggaccaccccaggacatcaggaccaatacttc agcatgactaaagagccgtcatcagaaggcaacaaaagtctgtctccagacccatggaag agggatgcacgggagaagcagcagaagcagcagagactacaggtggtcgacctgttggaa caggagatccaggatctgcaggctaatgcccagctcacacctgaggagaccgacaggctc cgtaggctcaacctggagtggcaatttcaacagagactccaggagttccaacagaatgga aacaatgatgatgatgatgaagaggaagacgatagagacacgccaacaggagaaaatgtt caagagtcgaatgaactcaacgtaaactttgatgagaagtgctcgaaagaagggcaggaa gagaacaactacaaaggtgatgcaacacctgagaatctcacatttaaggagcgccaacgt ctcttctccctcggatcaaacgcctccatcaaagtcaaagccttgtga

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