Oncorhynchus mykiss (rainbow trout): 110501053 Help Entry 110501053         CDS       T07259                                  Symbol ano3 Name (RefSeq) anoctamin-3   KO K19498   anoctamin-3 Organism omy  Oncorhynchus mykiss (rainbow trout) Pathway omy04148   Efferocytosis Brite KEGG Orthology (KO) [BR:omy00001]  09140 Cellular Processes   09141 Transport and catabolism    04148 Efferocytosis     110501053 (ano3)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04040 Ion channels [BR:omy04040]     110501053 (ano3) Ion channels [BR:omy04040]  Chloride channels   Chloride channel, calcium-activated (CaCC)    110501053 (ano3) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Anoctamin Anoct_dimer TraG_N 7TM_GPCR_Srz Ctr Motif Other DBs NCBI-GeneID:  110501053 NCBI-ProteinID:  XP_036816853 LinkDB All DBs Position 2:complement(100220031..100340996) Genome browser AA seq 1050 aa AA seqDB search MVHHSGSTQSFKQQNGMHTSISEILKEKTLKPSRRSLPCLAQNQIHPQSLSHVLSMPCTP DDKPQTPPELQDQTRAQLQTQQVDPWLQHQAQGKDHRQLQAQTQPLTHSHSTSCTLIPSK TEAAKDHYGEESDAVMDHYGEESEAVKFHYGEESEAVKDNYGEESEASAYKAGRTDESFL IQKPAIRAKLEARADSLQGTNPGQPSGLMFRDGKKRIDYILVYRKSSPLVEKRVTFERNL RAEGLMLEKVPSLTDTDILFVKIHVPWDTLCKYAEQMNIRMPFRKKMYFTDWKSKVMGSR FHLRCRQIKSWLPSNPMKLDKEALPDLEETDCYTAPFSRARMHHFTINNRQTFFSNSTRS RIVHHVLQRTKYEDGKSKMGINRLLGNGTYEAAFPPHEGGYRSRHPINTHGAQNHRHLLY ERWARWGMWYKYQPLDLIRRYFGEKIGLYFAWLGWYTGMLIPAALVGLFVFLYGLLTMDT SQVSKEICEANTTIMCPMCEQNCKPWKLSDSCVYAKVTHLFDNGGTVFFAIFMAIWATVF LEFWKRRRAELTYDWDLIDWEEEEENLRPQFEAKYSRLERVNHISGKPEPFQPFTDKLSR LMISVSGIFFMISLVLTAVFAVVVFRLIAMEKFASIDWEFVKKNWQFATSGTGVCINFMI IMSLNVVYEKVAYLLTNLEHPRTESEWENSFALKMFLFQFVNLNSSTFYIAFFLGRFAGR PGKYNKLFNRWRLEECHPSGCLIDLCLQMGVIMVLKQIWNNFMELGYPLLQNWWSRRKMK QTESKERTGGGQNVENKVQLPQWDKDWNLQPMNAHGLVDEYLEMVLQFGFITIFVAAFPL APLLALLNNVIEIRLDAYKFVTQWRRPMPARATDIGIWHGILEGIGVLSVITNAFVIAIT SDYIPRFVYAFKYGPCVDKRYRQDECLRGYMNSSLSVFDMGERWNVSEEQSRYCRYRDYR ASPWSPVPYDFTLQFWHVLAARLAFIIVFEHLVFGVKSFIAYLIPDMPKSLCDRMRREKY LTQEMMYEAELEHLQEEKKKNGRRYHHEWP NT seq 3153 nt NT seq  +upstreamnt  +downstreamnt atggtgcatcactcgggatccacacagtccttcaagcagcaaaacggcatgcacacaagc atcagtgagatcttgaaggagaagacgctgaagccgtcgcgtcgcagtctgccctgcctg gctcagaaccagatacacccacagagcctcagccacgttctgtccatgccctgcaccccc gacgacaagccccagacaccgcctgagctccaggaccagacacgtgcccagctccagacc cagcaggtcgacccctggttacagcaccaggcccagggaaaggaccaccgtcagctccaa gcccagacccagcctctgacccacagtcacagcacctcctgcactctcatcccctcaaag acagaagctgcgaaggaccactatggggaggagtcagatgctgtgatggaccactatggg gaggagtcagaagctgtgaagttccactatggggaggagtcagaagctgtgaaggacaac tatggggaggagtcagaagctagtgcgtacaaggcaggaaggacagacgagtcgtttctc attcagaaacctgccatccgagccaaattagaggcacgagcagattcgcttcaggggacc aaccccgggcagccgtccggtctgatgttcagagatgggaagaagcgtatcgattacatc ctggtctataggaagtccagtcctctggtggaaaagagagtcacctttgagaggaacctg agagctgaggggctgatgctggagaaagtgccgtctctgaccgacaccgacatcctgttt gtgaagatccatgttccctgggacacactctgtaaatacgctgagcagatgaatatcagg atgccattcaggaaaaaaatgtactttacggattggaagagcaaagttatgggcagccgg tttcatctgaggtgtcgtcagataaagagttggttacccagcaaccccatgaagctggac aaagaggccttacctgatctagaggagacagactgctatacagcccccttcagcagggca cgcatgcaccattttaccatcaacaacagacagacgttcttctccaactccaccagaagc agaatagtccaccatgttctccaacgcaccaagtatgaggacgggaagtctaagatgggt atcaacaggttattgggcaatggaacatatgaggcggcatttcctccacacgagggtggc tataggagtcgacaccctattaatacccacggtgcccagaaccacagacacctgctgtac gagaggtgggctcgctggggcatgtggtacaagtaccaacccctcgaccttatcaggcgt tactttggggagaagattgggctgtactttgcctggttgggctggtacactggcatgctg atccctgcagctctggtgggtctcttcgtcttcctctacggactccttactatggacact agtcaagtcagtaaagagatctgtgaggccaacacaacaatcatgtgtcccatgtgtgag cagaactgcaaaccctggaaactcagtgacagctgtgtctatgctaaggtgacccatctc tttgacaatggaggaactgtgttctttgctatcttcatggctatatgggccacggtgttc ctggagttctggaagaggaggagggcggagctgacgtatgactgggacctcatcgactgg gaggaggaagaggagaatctgcgtccccagttcgaagccaagtactccaggttagagaga gtaaaccatatctctggcaagccagagcctttccagcccttcactgacaaactcagcaga ctcatgatctctgtgtctggcatcttcttcatgatttctctggtcctgacagcggtgttt gcggtggtcgtgttccgactgattgccatggagaagtttgcatcgatcgactgggagttt gtcaagaagaactggcagtttgccacctctggaacgggagtctgtatcaacttcatgatc atcatgtctctgaatgtggtatatgaaaaggtggcttaccttctcaccaatttagaacac ccacggactgagtcagaatgggagaacagttttgctctcaagatgtttctcttccagttt gtaaacttgaacagctctacgttctacatcgctttcttccttggaaggttcgccggcaga ccagggaaatataacaaacttttcaatagatggagactggaggagtgccaccccagtggc tgtctgatcgatctgtgtctacaaatgggagtcatcatggtactgaaacagatctggaac aacttcatggagctgggttatcctctgcttcagaactggtggtctcgcaggaaaatgaag cagacagagagtaaggagaggacaggagggggacagaatgtggagaacaaagtacagctt cctcagtgggacaaagactggaacctgcagcccatgaacgcccacggactggtggatgag tacctggagatggttctccagtttggtttcatcaccatcttcgtagctgcgttcccgttg gctcctctcctggctctgctcaacaacgtcattgagatccgtctggatgcctacaagttt gtcactcagtggaggaggcccatgcctgccagagccacagacataggtatctggcacggt atcctggaggggatcggcgtgctgtctgtcatcaccaacgccttcgtcatcgccatcacc tccgactacatcccccgcttcgtctacgcgttcaaatacggaccctgtgtggacaagaga taccgtcaggacgaatgtctgcgaggctacatgaacagcagtctgtctgtgttcgacatg ggcgaacgctggaacgtgagtgaggagcagagtagatactgcaggtacagagactacaga gcctctccctggagcccagtaccatacgacttcactctgcagttctggcacgtcctggct gcaagactagccttcatcatcgtcttcgagcacctggtgttcggagtcaagtcgttcatc gcgtacctgatcccggacatgcccaagagtctgtgtgatcgcatgcgcagggagaagtac ctgacgcaggagatgatgtatgaagcagagttggagcacctgcaggaggagaagaagaag aacggcaggagatatcaccacgagtggccttag

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