Salmo salar (Atlantic salmon): 106575294 Help Entry 106575294         CDS       T04363                                  Symbol adcy10 Name (RefSeq) adenylate cyclase 10, soluble   KO K11265   adenylate cyclase 10 [EC:4.6.1.1] Organism sasa  Salmo salar (Atlantic salmon) Pathway sasa00230   Purine metabolism sasa01100   Metabolic pathways sasa04371   Apelin signaling pathway Brite KEGG Orthology (KO) [BR:sasa00001]  09100 Metabolism   09104 Nucleotide metabolism    00230 Purine metabolism     106575294 (adcy10)  09130 Environmental Information Processing   09132 Signal transduction    04371 Apelin signaling pathway     106575294 (adcy10) Enzymes [BR:sasa01000]  4. Lyases   4.6  Phosphorus-oxygen lyases    4.6.1  Phosphorus-oxygen lyases (only sub-subclass identified to date)     4.6.1.1  adenylate cyclase      106575294 (adcy10) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Guanylate_cyc AAA_16 AAA_22 TPR_2 TPR_12 DUF815 nSTAND3 Motif Other DBs NCBI-GeneID:  106575294 NCBI-ProteinID:  XP_014007203 UniProt:  A0A1S3MVF9 LinkDB All DBs Position ssa17:complement(12035985..12049004) Genome browser AA seq 1666 aa AA seqDB search MGWIKGDGEIEDSYKISKIAAHVPDLVVYSTLTNDIPYAENFHGVLLFADVSGFTNLTEK FSLSSKKGYGADELTRTLNSYIGEIVSHILDAGGDILNYAGDAILALWTVERVQLSEVIS LVVKCSLNIQDQCGVRETEVGCQLKVKIGISAGKLSKVIVGDEISQYFVVIGRAVDEVRL AEGLAVASTIILSPNAWELCERDNIAIDPIENERAVKVRYIKREPSFSVEKYQDSIGTSV EHEKVARDCVRRASRLMPNAELEKTLRMYIMKTVLQKIDDDQPLEYLSEMRPATIVFVNM QFKGGESDQEQCMTIHQAAIGIGQQIVKHHGRVNKVFMFDKGCTFLCLFGLPGDKREDES AHALQAAYGVHDLCQKEIRSLKTVSVGVTTGPVFCGVVGHPVRHEYTVIGRKVNLAARLM MHYPGVVSCDSETCYYSKLPAFYFSELPKKAMKGVKNPGVLYQFMANKQPITVGKAPMSV EREEGYPLLGREKEIEVYSSMLKSFLEARAAGHKNYNNVLIYEGPTGYGKSRLLAEVVYR TAKEGVRVISFELAKTDIKQSNYALQTLLAIVMSVQNCKSYAERERVLLSKILDPKMRQN LCLLNDILLVKFPVSKDVSLMDSQTKNKKMRNYFLELFCKFAEDEPCVYVLDQAHFVDRA SLAFLLEACEKSSVLVCMALLPHTSQSGPFLELSHIIKDPRTLYLNLPGLEPPVIAQLAC QILGVVRIPSEVELFLVERSHGVPYYCEELLKSLYLGNLIVIEEVEGENEAKDVDILFPE PTLVVHSSKPSQVWQEEDARAGALGPPKASMLKSRKITDLDHFVDRALVCFVGEAAKFHE VPIPLTLKGMALAHLDHLQPADQMVVKCAAIIGQTITTQMLITILPESENPDKLNLSLTS LFKSGTFECGSKPKQFTQQLTKESECWGALNCYCVQDSQEDIREEVSGKACVDGVWRCRV MRFCTALVRETAYELWLKEQKREIHQKCASYLLKQAHRCRDCGIAEFIFGHKAAIGNNLI EIHPSLLNIQESGEALFLGQSTLGLPKETIQLNQVSPLHPNSKEDEFLLKLDSMVNEYNT VDRTRKCRCAQVTECVLCPMVRHCTGVGDVPKTFYYLLETAAASAYLSNNLKALSYLNEA KIILDNLKVGKPAFETADPKVKVKINNFERACIFRLRGEVLYNTGQIEEAESMFSSALRL LNRRLPTNRVAMSLKYVCEKMKSLCYRSKNADNPGEKKLAFLHEQICCLSYMWQIGCMRR APKNMLNASLAITMEMNSAQKSAQENKIIFSCIDYLQYCQLSGMDERCQIYERMLCGTCV ELPDCMEGLILTSYFIRSLSIVKLCSGALHDSIQYGLRAEQISKLTNHRGLDMLVIAVLH TPLLLTQRYEECVQLMQSLEYLGNRTRISTAKGWFYAGCFDFLLYSGFAFRPFEECYTFV EESQSDPNLVADKSLMMNLYSALALWYARLCEWEKACFFYTKACGVTRQAPSSIHSINGM VIFLECHVLLFRKALVEHNQHIKAIYQSTQKHFTEFNRKYLTNKMYAPRVLHLRAYMYML AGHEALANAILNKAIMLCQQHGNKLEESWITQNQISWFGVFRQSTSNWFASTLTMPSWEE ARGMDPEELAHTRYTLVGVGGEIQADNSSLHLTPKPEDTQLLKCQG NT seq 5001 nt NT seq  +upstreamnt  +downstreamnt atgggttggataaaaggagatggtgagatagaggactcgtacaaaataagcaaaatagct gcccatgtacccgaccttgttgtctacagcaccctcaccaacgatatcccctacgcagag aactttcatggagtccttctcttcgccgatgtatcaggcttcactaatctgaccgagaaa tttagtttgagtagcaagaaaggctatggagcagacgagttgacacgcacactcaacagc tacattggggaaatagtcagtcatatccttgatgctgggggagatattctgaattatgca ggcgatgccatcttggctctatggacggtggagagagtccagctcagtgaagtaatctcc ctggtagtcaaatgcagcctcaacatccaggaccagtgtggagtccgggagactgaagtg ggctgtcagctaaaagttaaaataggtatatctgcagggaagctctccaaggtgatcgta ggagatgagatcagtcagtactttgtggtgattggccgggcggtagacgaggtgcggctg gcagagggtttggcggtggccagcacaatcatcttgtcacctaacgcctgggaactatgt gagagggacaacatcgccattgaccccatagagaacgagagagccgtgaaggtgcgatac atcaagcgagagcccagtttctctgttgagaagtaccaggattcaataggaacgtctgta gagcatgaaaaagtagcaagagattgtgtgaggagagcatctcgactgatgccaaacgcc gagcttgagaaaacgttacgcatgtacatcatgaaaacggttttgcagaagatagacgac gaccagcctctggagtatctttctgagatgcgtccggccaccatagtgtttgtcaacatg cagttcaagggaggagagagtgaccaggagcagtgtatgaccatccaccaggctgccatt ggcatcggtcagcagatagtcaagcaccacgggagggtcaacaaagtgttcatgttcgac aagggctgtactttcctctgtctgtttgggctccctggggacaagcgggaggatgagagt gcccacgccttacaggctgcctatggagtacatgacctttgccagaaagagatccgcagc ctcaagactgtctctgttggagtaaccacaggcccagtgttctgtggtgtagtaggacat ccagtgaggcatgaatacacagtgattggacgtaaggtgaacctggcggcacggctgatg atgcactaccccggggtggtgtcatgtgacagcgagacttgttactactcaaagctgccc gcgttttattttagcgagctgcccaagaaagccatgaagggagtcaagaaccctggagtc ctatatcagttcatggccaataaacagccgataactgttggtaaagcacctatgtctgtt gagagagaggagggatatcctcttttgggccgagagaaagaaatcgaggtgtactccagc atgctgaagagcttcttggaggccagggctgctggtcacaagaactacaacaatgttttg atctacgagggacctaccggctatggcaagagccgcctgctggctgaggtggtatacaga acagccaaggagggagtcagagtgatctcttttgagctggccaagacggacatcaagcag tccaactacgctctccagaccctactggccatcgtcatgtcagttcagaactgtaagagc tacgccgagcgagagagagtcctcctctccaagatcctagacccaaagatgaggcagaac ctctgccttctcaatgatatcctgttagtcaagtttcctgtgtctaaggatgtgtcactc atggacagccaaacgaagaacaagaagatgaggaactactttctggagttgttttgcaag ttcgccgaggacgagccgtgcgtgtacgtgctggaccaggctcactttgtggatcgagcg tcattggccttcctgctcgaagcatgtgaaaaatcctcggttctggtgtgtatggccctt ctcccccacaccagtcagagcgggcccttcctggagcttagccacatcatcaaggatccc cggaccctctaccttaacctgcctgggctggagccccccgtcatcgcccagctagcctgc cagatcctgggggtggtccgcatccctagcgaggtggagctgttcctggtggagagaagc catggagttccatactactgtgaggagctcttgaagagtctgtatctgggaaatctgatc gtgatcgaggaggtggagggggagaatgaggctaaagacgtagacatcctgtttcctgag cccaccctggtggtacacagctccaaacccagccaggtgtggcaagaggaggacgccagg gccggagcgctggggccacccaaggcatccatgttgaaatcccgcaagatcacagacctg gaccattttgttgaccgggctttggtctgttttgtcggagaagcggccaaattccacgaa gttcccatccctctgacattgaaaggcatggccctggcccacctagaccacctgcagccg gccgaccagatggtggtgaagtgtgctgccatcatcggccaaaccatcaccacgcagatg ctcatcaccatcctgccagagtcagaaaaccccgacaagctcaacctgtcgctcacctcc ctgttcaagtcaggcacgtttgagtgcggctccaagcccaagcagttcacccagcagctc accaaggagtcagagtgctggggtgcgctcaactgctactgtgtccaggacagccaagaa gacatccgtgaagaagtgtcaggcaaggcgtgtgtggacggcgtgtggcgctgcagggtg atgcgtttctgcacggccctggtcagggagacggcctacgagctgtggctgaaggagcag aagagagagatccaccagaagtgtgccagttacctccttaagcaggcccaccgctgcagg gactgcggcatcgccgagttcatcttcgggcacaaggcggctatagggaacaacctcatc gagatccacccgagtttgctaaacatacaagagtctggggaggccctgttcctgggccaa agtacactggggctccccaaggagactatacaactgaaccaggtcagccctttgcatccc aacagtaaggaggacgagttcctgttgaaactagattctatggtgaatgagtacaacaca gtggacagaaccaggaagtgtaggtgtgcccaggttacggagtgtgtgctgtgccccatg gtgcgccactgcacgggcgtgggcgacgtacccaaaaccttttattacctgctagagacc gccgcagcctcggcctacctctccaacaacctcaaggccctgtcctatttaaacgaagcc aagatcatactggataatctgaaagtgggcaagccagcctttgagactgccgacccaaaa gtcaaagtgaaaatcaacaactttgagagagcctgtattttccgtctcagaggggaggtg ttgtacaacacaggccaaatcgaggaggctgagagcatgttttccagcgccctacggctc ctgaacagacgtctccctacgaatcgcgtggccatgtccctgaagtacgtctgtgagaag atgaagagtctgtgctacagatccaagaacgctgacaaccctggagagaagaagctggcg ttcctccacgagcagatctgctgtctgtcgtacatgtggcagatcggctgcatgaggaga gctcccaagaacatgctcaacgcatcgctggccatcactatggagatgaactcagcccag aagagtgcacaggagaacaagatcatcttctcgtgcatcgactacctccagtactgtcag ctgagtggtatggacgagcggtgtcagatctatgagaggatgctgtgtggaacctgtgtt gagctgcctgactgcatggagggcctgatcctcaccagctacttcatacgctccctctcc atcgtcaagctctgctccggagccctgcacgactccatccagtatggtctccgagcagag cagatcagcaagctgacgaaccaccggggcctggacatgttggtgatcgctgtccttcac acacccctcctcctcacacagaggtatgaggagtgtgtccagctgatgcagagtctggag tacctgggaaacaggacccgcatcagcacggctaaaggctggttctatgcaggctgcttt gacttcctgctctactcaggctttgccttccgtccgtttgaggagtgctacacctttgtg gaggagtcccagtcagaccctaacctggtggctgataagagtctgatgatgaacctctac tctgctctggctctgtggtatgcccgtctgtgtgagtgggagaaggcctgtttcttctac accaaggcctgtggagtgacccgacaggctccctcatccatccactccatcaacggcatg gtcatattcctggagtgtcatgtgctgctgttcagaaaggccctggtggagcacaaccaa cacatcaaagccatctaccagagcacacagaagcacttcacagagttcaaccggaagtac ttgaccaacaagatgtacgcgccccgggtgctgcacctcagagcttacatgtacatgctg gcgggccacgaggccctggctaacgccatcctcaacaaggctataatgctgtgtcagcag cacggcaacaagctggaggagagctggatcacacagaaccagatttcgtggttcggcgtg ttcaggcagagtaccagcaactggttcgcttccactttgaccatgcccagctgggaggag gctagggggatggacccagaggagctggcccacacccgctacaccctagtgggtgtgggg ggcgagatccaggctgacaactccagcctgcacctcaccccaaagccagaggacacccag ctcctcaaatgccaaggatag

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