Danio aesculapii (panther danio): 130244237 Help Entry 130244237         CDS       T11734                                  Symbol si:ch211-132f19.7 Name (RefSeq) adenylate cyclase type 8   KO K08048   adenylate cyclase 8 [EC:4.6.1.1] Organism daes  Danio aesculapii (panther danio) Pathway daes00230   Purine metabolism daes01100   Metabolic pathways daes04020   Calcium signaling pathway daes04081   Hormone signaling daes04082   Neuroactive ligand signaling daes04114   Oocyte meiosis daes04261   Adrenergic signaling in cardiomyocytes daes04270   Vascular smooth muscle contraction daes04371   Apelin signaling pathway daes04540   Gap junction daes04912   GnRH signaling pathway daes04914   Progesterone-mediated oocyte maturation daes04916   Melanogenesis Brite KEGG Orthology (KO) [BR:daes00001]  09100 Metabolism   09104 Nucleotide metabolism    00230 Purine metabolism     130244237 (si:ch211-132f19.7)  09130 Environmental Information Processing   09132 Signal transduction    04371 Apelin signaling pathway     130244237 (si:ch211-132f19.7)    04020 Calcium signaling pathway     130244237 (si:ch211-132f19.7)   09133 Signaling molecules and interaction    04082 Neuroactive ligand signaling     130244237 (si:ch211-132f19.7)    04081 Hormone signaling     130244237 (si:ch211-132f19.7)  09140 Cellular Processes   09143 Cell growth and death    04114 Oocyte meiosis     130244237 (si:ch211-132f19.7)   09144 Cellular community - eukaryotes    04540 Gap junction     130244237 (si:ch211-132f19.7)  09150 Organismal Systems   09152 Endocrine system    04912 GnRH signaling pathway     130244237 (si:ch211-132f19.7)    04914 Progesterone-mediated oocyte maturation     130244237 (si:ch211-132f19.7)    04916 Melanogenesis     130244237 (si:ch211-132f19.7)   09153 Circulatory system    04261 Adrenergic signaling in cardiomyocytes     130244237 (si:ch211-132f19.7)    04270 Vascular smooth muscle contraction     130244237 (si:ch211-132f19.7) Enzymes [BR:daes01000]  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      130244237 (si:ch211-132f19.7) SSDB OrthologParalogGFIT Motif Pfam:  Guanylate_cyc AC_N Adcy_cons_dom Motif Other DBs NCBI-GeneID:  130244237 NCBI-ProteinID:  XP_056332541 LinkDB All DBs Position 17:complement(19095436..19118693) Genome browser AA seq 1183 aa AA seqDB search MALNSSEITVPPQVCTIVPPSPNLKRKQLMWQNAVRHIIDQRGMHHEGRAVNSRKIIVTD AYIDDINRQIRNKAARGNAGMHKRRSSAARIHPFRERNSTCTRKSTESVTDADFFVSWGS TVRGIFLPALHHKFKSHDLEHLYQQHSSGQRRTSLVVTNVIDILTKLHILFIYLALAPEM VDSQHGWLAGLLMALGAIICVLVLTCKGLMSPDYLRYAGLASWLSQTVQALGGLVYGLET DQSWYVLFTLFAIYTLLPLPLLWSICMGFLTAALHLLVDTFRNYNDTAVVRKLLAKGLLY MGMNTAGLFIHYLSDRAQRQAFLETRRCIEGRVKMERENQRQERLVMSILPRFVAMEMIG DMTALDDELLPQQFHKTYFHQYKDVSILFADIKGFTSLSMTMPAQELVRTLNELFGRFDR LAEENHCMRIKILGDCYYCVSGVPEPQTAHARCCVEMGLAMINTIRYVRKELKRDMDMRI GIHSGSVLCGVLGLQKWQFDVWSWDVDVANMLEAGGIPGRIHISRATLDCLEGVYETEEG RGHERNEFLRKHKIDTFLIRHTPQDDKEPPKVRRTSKDETTWSAELPFDNIIGMNCILAT FTNGSLVHLPNQITPHCAGSREINKRIKQAIEVRSSERMRKEHITPFTLVFKDTHIEGKF SQMRDEMFKSNLACSFLLLLFIMAAQALIPSPQFYPMVIQFLVFLFVYMLVLLVTLAEEF KRSPPYLQHLCCWIHETKSIRNLLTLTAIATNFGVASCNIFWCNSTFEETEKSSKNSEQG TQWPVTICTHPEFFVLSGVVAMVTCAVFLRLSCLLKLAVLMLVIAVYTYLIEVAFHVLFI RQHQNSQIQRSQYLRRKGISVLLMAMFVVVVLYNSRQLETTSRLDFLWRLQARQEVEDMK ELREHNECLLYNILPAHVARHFLERDRNNEDLFSESYERVGVMFASIPGFSDYYEKKELI HQDVECLRLLNEIIADFDELLDEPYFQDIEKIKTIGSCYMAASGLSPDKQECEDEWAHLS TLVLFALAMQETLKEINKRTSNDFWLRVGISHGPVIAGVIGATKPQYDIWGMTVNLASRM DSTGLSGRIQVPEATSRILADHGFMLQLRGEIYVKGVSERRGAVRTYFVSSREHNSSYAE RNTSRGISLGRNTLAAVVFSLVQARKKEQLREANGGFHLKDMA NT seq 3552 nt NT seq  +upstreamnt  +downstreamnt atggctttgaattcttcagaaatcactgttccacctcaagtatgcacaattgtgcctcca tcacccaacttgaaacgcaagcaactaatgtggcagaatgctgtacgtcacattatcgac caacgggggatgcaccacgaggggcgagcagtcaactctcgcaaaatcattgttactgac gcctacatcgatgacatcaacagacagattcggaacaaagctgcacggggcaatgctggc atgcacaagcggcgctcctctgcagctcgcatccatccatttcgagaacgcaactccacc tgcacacggaagtctacagaatcagttacagatgcagacttcttcgtaagctggggctcc acagtacgtgggatcttcctccctgctctccaccacaagttcaaatctcatgatctggag catttgtaccagcagcactcatctggccaacggcgaacttcccttgtagtcactaatgtc attgatattcttaccaaactccacattctcttcatctacctggctttggcccctgagatg gtggactctcaacacggatggttggccgggctcttaatggcgcttggagcaatcatatgt gtcttagttctgacttgtaaagggctgatgtctccagattaccttcgctatgctgggctg gcaagctggctgtcacagactgttcaggcactgggtggattagtgtacggattggagaca gaccagtcctggtatgtgctcttcaccctttttgccatctacacactattgcccctacct ctgctatggtccatctgcatgggattcctcactgctgccttgcacctgttggtggatacc tttaggaactacaatgacacggccgttgtaagaaagttactagcgaaaggtctattgtac atgggcatgaatactgcagggcttttcatccactatttatctgatcgcgcccaaaggcag gccttccttgagacacgtcgttgcattgagggacgggtcaagatggagagagagaaccag agacaggagcgcttggtgatgtctattcttcctcgatttgttgctatggagatgattggt gatatgactgccctggatgatgaattgcttcctcaacagttccataaaacctactttcat caatacaaagatgtcagcatcctgtttgctgatataaaaggcttcacctctctctccatg accatgccggctcaagagttggtgcggacactcaatgagctgtttggtcgctttgatcgt cttgcagaggagaatcactgcatgaggataaagattcttggagattgttactactgtgtg tccggtgtcccagagccccagactgcacatgcccgctgctgtgtagagatgggtctggca atgatcaacactatacgttatgtccgcaaggagctgaagagagatatggacatgcgaatt ggaatccactctggctcggtcctgtgtggggttttgggtcttcagaaatggcagtttgac gtgtggtcttgggacgtagatgttgccaacatgctagaggctggaggaatcccagggagg attcatatatcgcgagccaccctggactgtctcgagggtgtttacgagaccgaagagggc cgaggacatgagcgcaatgagtttttacgcaagcacaagatcgacacttttctaatccgc cacacaccccaagatgacaaggagccccctaaagtcaggagaaccagcaaagatgagacg acatggagtgcagagctgccttttgataacatcattggaatgaactgtatcttagccact tttaccaatggctccttggtgcacctgcccaatcagattactcctcactgtgccgggtct cgagaaatcaacaagagaatcaagcaggccatcgaggtgcgcagtagtgaacgaatgcgc aaagaacacatcacacccttcactctggtcttcaaagacacacacatcgagggaaagttt tctcaaatgagagatgagatgttcaagtccaatttggcctgttcctttctgctgctcctc ttcattatggctgcccaagccctcatcccatctccacaattttatcccatggtaatccag tttttagtgttcctgtttgtctacatgctggtgcttctggtcactctggctgaggaattt aagcgctcgcctccatatttacagcatctctgctgctggatccatgagaccaagagtatc cggaatttgctcaccctcaccgctattgctactaactttggtgtagcctcctgcaacatt ttttggtgtaacagcacatttgaagagactgagaaaagcagcaagaactcagaacagggc actcagtggccagtgaccatctgcacacatcctgagttcttcgttttgagtggtgtggtg gcaatggttacgtgtgccgtcttcctgaggctcagctgtctattgaaactagcggtgctg atgttagtcattgcagtttacacatacctcattgaggtagccttccatgtgctctttatc cgccaacatcaaaacagccaaattcagagatctcaatacctcagacggaaaggcatttct gtgctgctaatggccatgtttgttgtggtcgtcctttacaacagtagacagctagaaact acgtccaggcttgacttcctgtggcgtctgcaggccaggcaggaagtggaggacatgaag gaactaagggagcataacgagtgtctgctgtacaacatccttcctgcccacgtcgctcgc cactttctcgagagagacagaaacaatgaggacctgttctctgaatcgtacgagcgagtt ggagtgatgttcgcttccattccaggcttttctgattattacgagaagaaagagttgatt catcaagacgtggagtgtctgcgtcttcttaatgagatcattgctgactttgatgagcta ctggatgagccttactttcaggacattgagaaaatcaaaaccattggcagctgctacatg gctgcatcgggcctttctcctgataaacaggaatgtgaagatgagtgggctcacctcagt acactggttctgttcgctttggccatgcaagaaactctaaaagaaataaacaaacgtacc tctaatgacttctggttgcgtgttggtatttctcatgggcctgtaattgccggtgtgatc ggtgccacaaagcctcagtatgatatttggggcatgactgtaaatcttgctagccgaatg gacagcacagggctcagtgggcgtattcaggtgccagaagccaccagccgtatcctggca gaccacggctttatgctgcagcttagaggggaaatctatgtcaaaggagttagcgagcgg cgaggagcggtccgcacatatttcgtaagcagcagggaacacaattcaagctacgctgag agaaacactagcagagggatctctcttgggagaaacactctcgccgctgtggtcttttcc ctggtgcaggcccgcaagaaagaacaattacgagaagccaatggaggatttcatctgaag gacatggcatga

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