Salmo trutta (river trout): 115192905 Help Entry 115192905         CDS       T08542                                  Name (RefSeq) anoctamin-3-like isoform X1   KO K19498   anoctamin-3 Organism stru  Salmo trutta (river trout) Pathway stru04148   Efferocytosis Brite KEGG Orthology (KO) [BR:stru00001]  09140 Cellular Processes   09141 Transport and catabolism    04148 Efferocytosis     115192905  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04040 Ion channels [BR:stru04040]     115192905 Ion channels [BR:stru04040]  Chloride channels   Chloride channel, calcium-activated (CaCC)    115192905 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Anoctamin Anoct_dimer TraG_N Ctr 7TM_GPCR_Srz Motif Other DBs NCBI-GeneID:  115192905 NCBI-ProteinID:  XP_029607707 Ensembl:  ENSSTUG00000029008 LinkDB All DBs Position 4:complement(65947381..66077628) Genome browser AA seq 1024 aa AA seqDB search MVHHSGSIQSFKQQKGMHTSISEILKEKTLKPSRRSLPCLAQSQTHPQNINHFLSMPLTP DDKPQTHPQDHLQSVPQLQVQDQAQLADPWLQHQAQDHCQIQAQHTQPLTHSHSTSCTLI SSKTGLAEAVKDHYEEEAEASTYEAGRTDESFLIQKPATRAKLEARVDSLQGTNPGQPSG LLFRDGKKRIDYILVYKKSSPLVEKRVTFERNLRAEGLMLEKEPSLTNTDIMFVKIHAPW DTLCKYAEQMNIRMPFRKKSYFTDWKSKAMGSRFHLRCRQIKSWLPRNPMKLDKEALPDL EETDCYTAPFSRARMHHFTINNRHTFFSNSTRSRIVHHVLQRTKYEDGKSKMGINRLLGN GTYEAAFPPHEGGYKSRHPIKTHGAQNHRHLLYERWARWGMWYKYQPLDLIRRYFGEKIG LYFAWLGWYTGMLIPAALVGLLVFLYGFLTMDTSQVSKEICEANTTIMCPMCEENCNPWK LSDSCVYAKVTHLFDNGGTVFFAIFMAIWATVFLEFWKRRRAELTYDWDLIDWEEEEENL RPQFEAKYSRLERVNPISGKPEPFQPFTDKLSRLMVSVSGIFFMISLVLTAVFAVVVFRL IAMEKFASFDWEFVKKNWQFATSGTGVCINFMIIMSLNVVYEKVAYLLTNLEHPRTESEW ENSFALKMFLFQFVNLNSSTFYIAFFLGRFAGRPGKYNKLFNRWRLEECHPSGCLIDLCL QMGVIMVLKQIWNNFMELGYPLLQNWWSRRKIKQTEREERTRGGQNVENKVQLPQWDKDW NLQPMNAHGLVDEYLEMVLQFGFTTIFVAAFPLAPLLALLNNIIEIRLDAYKFVTQWRRP MPARATDIGIWYGILEGIGVLAVITNAFVIAITSDYIPRFVYAFRYGPCVDKEYHHENRC LQGYMNSSLSVFDMGVRWNVSEEQSRYCRYRDYRASPWSPVPYDFTLQFWHVLAARLAFI IVFEHLVFGIKSFIAYLIPDMPKSLCDRMRREKYLMQEMMYEAELEHLQKERKKNGRRYH HEWP NT seq 3075 nt NT seq  +upstreamnt  +downstreamnt atggtgcatcactcgggctccatacagtccttcaagcagcagaaaggtatgcacacaagc atcagtgagatcctgaaggagaagaccctgaagccgtcccgtcgtagcctgccctgcctg gcccagagccaaacccacccacagaacatcaaccacttcctgtccatgcccctcaccccc gacgacaagccccagacacacccacaggaccatctgcagtcagtgcctcaactccaggtt caggaccaggcccagctggctgacccctggctacagcaccaggcacaggaccactgccag atccaggcacaacacacccaacctctgacccacagtcacagcacttcctgcaccctcatc tcctccaagacaggtctggcagaagctgtcaaggaccactacgaggaggaggcagaagct agtacgtacgaggcaggaaggacagacgagtcgtttctcattcagaaacctgccacccga gctaaattagaggcacgcgtagattcacttcaggggaccaacccggggcagccgtccggt ctgctgttcagagatgggaagaagcgtatcgattacatcctggtgtataagaagtctagt cctctggtggaaaagagagtcacctttgaaaggaacctgagagctgaggggctaatgctg gagaaagagccgtctctgaccaacaccgacatcatgtttgtgaagatccatgctccgtgg gacactctctgtaaatacgctgagcagatgaatatcagaatgccattcagaaaaaaaagt tactttacggattggaagagcaaagctatgggcagccggttccatctgaggtgtcgtcag ataaagagctggttacccaggaaccccatgaagctggacaaagaggccttacctgatcta gaggagacagactgctatacagccccgttcagcagggcacgcatgcaccattttaccatc aacaacagacatacgttcttctccaactccaccagaagcaggatagtccaccatgttctc caacgcaccaagtatgaggacgggaagtctaagatgggtatcaataggttactgggaaat gggacatatgaggctgcatttcctccgcacgagggtggatacaagagcagacaccctatt aagacccacggtgcccagaaccacagacacctgctgtacgagaggtgggctcgctggggc atgtggtacaagtaccagcctctcgaccttatcaggcgttactttggggagaagattggg ctgtactttgcctggctgggttggtacactggcatgctgatccctgcagctctggtgggt ctcctcgtcttcctctacggattccttaccatggacaccagccaagtcagtaaagagatc tgtgaggccaacactactatcatgtgtcctatgtgtgaggaaaactgcaacccctggaaa ctcagtgacagctgtgtctatgcaaaggtgacccatctcttcgacaatggaggaactgtg ttctttgctatctttatggcaatatgggccacggtgttcttggagttctggaagaggagg agggcggagctgacttatgactgggacctcatcgactgggaggaggaagaggagaatctg cggccccagttcgaagccaagtactccagattagagagagtaaaccctatctctggcaag ccggagcccttccagcccttcactgacaaactcagcagactcatggtctctgtgtccggc atcttcttcatgatctctctggtgctgactgctgtgtttgcggtggtggtgttccgactg attgccatggagaagtttgcatcgttcgactgggagtttgtcaagaagaactggcagttt gccacctctggcaccggagtctgtatcaacttcatgatcatcatgtctctcaatgtggta tatgaaaaggtggcctatctgctcacaaatttagaacacccacggactgagtcagagtgg gagaacagttttgctctcaagatgtttctcttccagtttgttaacttgaacagctctacc ttctacattgcattcttcctgggaaggttcgccggcagaccagggaaatataataaactg tttaacagatggagactggaggagtgccaccccagtggctgtctgatcgatctgtgtcta caaatgggagtcatcatggtcctaaaacagatctggaacaacttcatggagctgggttat cctctgctgcagaactggtggtctcggaggaagatcaagcagacagagagggaagagagg acacgagggggacagaatgtggagaacaaagtacagcttcctcagtgggacaaagactgg aacctgcagcccatgaacgcccatggactagtagatgagtacctggagatggttctccag tttggtttcaccacgatctttgtggctgcattcccattggctcctctactggctttgctc aacaacatcatcgagatacgactggacgcctacaagtttgtcacccagtggaggagaccc atgcctgccagagccacagacataggtatctggtatggtatcctggaggggatcggcgtg ctggctgtcatcaccaatgccttcgtcatcgccatcacctccgactacatcccacgcttc gtctacgcgttcagatacggaccctgtgtggacaaggaataccaccacgagaacaggtgt ctgcaaggctacatgaacagcagtctgtcggtgtttgacatgggcgtgcgctggaacgtt agtgaggagcagagtagatactgcaggtacagagactacagagcctctccctggagccca gtgccatacgacttcactctgcagttctggcacgtcctggctgcaagactagcctttatc atcgtcttcgagcacctggtgtttggtatcaagtcgttcatcgcgtacctgatcccagac atgcccaagagtctgtgcgaccgcatgcggagggagaagtacctgatgcaggagatgatg tatgaagcagagctggagcacctgcagaaagagaggaagaagaacggcaggagatatcac cacgagtggccttag

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