KEGG   Nymphalis io (European peacock): 126776308
Entry
126776308         CDS       T08495                                 
Name
(RefSeq) adenylyl cyclase 78C
  KO
K08048  adenylate cyclase 8 [EC:4.6.1.1]
Organism
niq  Nymphalis io (European peacock)
Pathway
niq00230  Purine metabolism
niq01100  Metabolic pathways
niq04081  Hormone signaling
niq04082  Neuroactive ligand signaling
niq04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:niq00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    126776308
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04082 Neuroactive ligand signaling
    126776308
   04081 Hormone signaling
    126776308
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    126776308
Enzymes [BR:niq01000]
 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
     126776308
SSDB
Motif
Pfam: Guanylate_cyc AC_N Adcy_cons_dom
Other DBs
NCBI-GeneID: 126776308
NCBI-ProteinID: XP_050354684
Position
2:complement(11859129..11945571)
AA seq 1346 aa
MADTNVNFNTKCSGTDAARCCEHARDGEGQECPSLEGERLPGDGASCTVPDEQIRVSDDD
GSTNSARNSIDPFRTENDPVATESMLRTGRYYKGIYWPSITNSFKEQTVELSYQRYSRRQ
RQKSLIMVNIVDLALKICLSLIYTLSNRHNLDTVTNGYQIAWTAAFALLNIAVCLLGCWR
CFANNYLHWAAAATWILLIAQGLSGQGIGFQEPQNQVWYMLFIIFVPYAMLPLSLGWCIV
IGLLSSMSHVLTTAVTIPEIMQKTPDAAPSCGIRLLFGNALLYTAVNFGGMYAKYLADWG
QRKAFLETHRSMVTRQKTKRESDRQWKLFQSVIPDFLAKEISSHVSRVRGEFQEQQFNNL
YIQRHEDVSILFADIKGFTELSSKCSAQDLVKLLNELFARFDRLASENHCLRIKLLGDCY
FCVSGLPDRRSDHAFCCVNMGLQMIRVIRDVRYNKQVDLDMRIGIHSGIVLCGVLGLLKW
QFDLWSHDVTLANHMESGGLPGRVHISSATMECLNGAFEVEPGEGEMRNPYLRELNITTY
LIKATEHPRRTRNKSTNNNMQPPIQPNEVLPRRPSGSIEEEITTDWIPEMPFQNYFQSST
SGTTWYRRTNKQEDVEHGQDIEITSMSEEDDIINHSIEVNSNRRMRLEHMRQWSLHFRRA
SLDVRFGQLDEKTFKSNVMCCWVLWLFIVAVQCIIHFNCWLLVITLFVMTILLTLSFLVV
MAEEFPRAIPLLAHFSAAISANRLRRNVHICCFVTIMSLSSTTKLYICPPSFPTAGPENS
TLLNSTRENYTETVQSILSEEAKIGECYKPEYVVFTWIICLVALTSILKLYYLIKTVLAI
INVAMYSVLLLIYYNVDYYSSATHDSDLRFYVQMLILMTMFSIIVVYHARLVEVTSRLDF
LWKLQAETDLKEMRDTQRTNRHLLKHILPDHVVNHFLSKDRCPDELYSQRRDEVGVMFAG
IPNFHEFYSEQKAVDCMRLLNEIIFDFDRLLMQPRFKSIEKIKTIGATYMAASGLNPNHK
TADDGCEHLCALVDYAFALREALEDINKHSFNKFRLRVGISCGPLVGGVIGARKPVYDIW
GNTVNEASRMESTGAMDRIQVTKYTKQVLERRGYGVEARGAVEVKGKGRMETWWVTRVGA
RGAGAPTAPAPPRSLAALVYTMLQARKRIYTHPFCASADAPGRVRPERAGTAPSERRPGP
RRTRPRNTLACNGDSETGSRPYSNSMVARRPDMAPPIVSSMSAPHTPTASHISPERLFSG
TTKLGISARLKAASFSYRTRPNRDRSPKIREENDGSKTSIANGAPGSFRFRSVTTASFFR
SRNKERKKDQEVTEENGQTDTVTTRM
NT seq 4041 nt   +upstreamnt  +downstreamnt
atggctgatacaaacgtcaattttaatactaaatgttccgggacagacgcagctcgttgc
tgcgaacatgccagggatggggaaggacaagaatgtccaagcttggaaggtgagcgtctc
cctggtgatggcgctagctgcactgtccccgatgaacaaatacgtgttagcgatgacgat
ggatccacgaatagcgctcgtaacagtatcgacccgtttcgcacagaaaacgatccagtc
gcaacagaaagtatgttaagaacaggtcgatactacaaaggaatatattggccctcaatt
actaatagttttaaggaacaaactgtagaattatcgtatcaaaggtactcgaggaggcag
agacaaaaatctcttataatggtcaatattgtagatttagcattaaagatatgcttatca
ttaatttatacattatcaaatcgtcataatctcgatactgtaacaaacggctaccaaata
gcttggacggcggcgttcgctctgctgaacattgctgtgtgcttactgggctgttggcgt
tgcttcgctaataactatcttcattgggctgcagctgccacctggatattgcttatagcc
caaggattaagtggacaaggtataggatttcaagaaccacaaaatcaagtatggtacatg
ctgttcattatattcgtaccatatgctatgctaccgctctctctcggctggtgtatcgtc
ataggcctgctgtcctctatgtcgcatgtcttaaccacggctgtcactattccggaaatt
atgcaaaaaactccggacgccgctccttcctgtggtatacgactactctttggcaatgct
ttgctatatactgctgttaattttggcggaatgtacgctaaatatctagcagactggggg
cagaggaaggcgtttctcgaaactcatagatctatggtcaccagacagaaaacaaaacga
gagagtgaccgacaatggaaattgtttcaaagtgtcataccagacttcctagccaaagag
atttctagtcacgtatcgagagtaagaggtgaattccaggagcagcaatttaataatttg
tacatccagcgacacgaggatgtctcgatcctctttgctgatatcaaaggctttacagag
ctctctagcaaatgtagcgcgcaggatttggtgaagttgttaaacgaactatttgccaga
ttcgatcgattagcatcggaaaatcattgtcttcgtattaagctactgggggattgttat
ttctgcgtgagtggattacctgatcgacgcagcgaccacgccttctgctgcgtcaacatg
ggcctgcaaatgattcgcgttatccgagacgttcgatacaataaacaggtcgacctagac
atgaggattggaatacacagtggcatagtgctgtgcggtgtactgggtttgcttaagtgg
cagttcgatctctggtcgcatgatgttacgttagccaaccacatggaaagtgggggcttg
ccaggtcgagtgcatatatcatcagcgacgatggagtgccttaacggtgcgttcgaagtg
gaacccggggagggggaaatgcgtaatccttatttacgagaactcaacatcacgacttat
ctgatcaaagcgacggaacaccctagacggacacggaataaatcgacaaacaacaacatg
caaccaccaatacaaccaaatgaagtcttacccagacgccctagtggaagcattgaagag
gagatcactaccgattggataccagagatgccatttcaaaactattttcaaagcagcaca
agtggtaccacgtggtatcgacgaacaaacaaacaagaagatgtggaacacgggcaagat
atagaaatcacatcgatgtcagaggaggatgatataataaaccactcaatcgaggtgaac
agtaaccggcgcatgcgactcgaacacatgcggcaatggtcgctgcacttccgccgcgcg
tcgctcgatgtgcgcttcggtcaactcgacgaaaagaccttcaagtcaaacgtgatgtgt
tgttgggtgctttggctgttcattgtcgccgttcaatgcattatacatttcaattgttgg
ttgttggttattaccttgttcgtgatgacgattcttctgactctatcgtttctggtggtg
atggcggaagagttccctcgggcaataccactcctagcgcatttttctgcagccataagt
gcaaatagacttcgacggaatgtgcatatttgctgttttgtcacaattatgtcgttatcc
agcacaaccaagttatacatatgcccgccatcttttcctaccgccggaccagaaaatagc
acactgctaaattcaactcgtgaaaattatacggaaaccgtgcaatcgatactatcagag
gaagctaaaataggcgaatgctacaaacctgaatatgtcgttttcacttggataatatgt
ttggtggctttgacttcgatattaaaactttactacttgataaaaaccgtgctggcgatc
atcaatgtggcgatgtattcggttctgttactcatttattacaacgtagactattatagt
tccgctacgcatgattccgacctacgtttctacgtgcaaatgttgatattgatgacgatg
ttttcgataatagtggtatatcacgcaagactcgtcgaagtaacatctagacttgacttt
ctctggaaactgcaagccgagactgatttaaaggaaatgagagacacgcaaagaaccaac
aggcatctactgaaacacatacttcctgatcacgtggttaatcatttcttaagcaaggac
agatgcccagatgaactgtactcacagcgaagagatgaagtgggagtaatgtttgctgga
attcctaatttccatgaattttattctgaacaaaaagccgtggactgcatgagactgctc
aacgagatcatttttgacttcgatagactgctcatgcagcctcggtttaaaagcattgag
aaaataaaaacaattggagctacgtatatggctgcctctggtcttaacccaaaccataaa
accgctgatgatggctgcgaacatctttgcgcacttgtcgactacgctttcgctctacgt
gaggctctggaagatattaacaagcatagcttcaataaatttcgattaagagtaggaatc
agttgtggcccattagttggtggtgtgatcggcgcacgtaagccggtttatgatatttgg
ggtaatactgtcaacgaagcctctcgaatggagtccactggagctatggatcgcatacaa
gtcactaagtacacgaagcaggtattggagcggcgcggctacggcgtagaggcgcgcggc
gcagtggaggtgaaaggcaagggacgcatggagacgtggtgggtgacgcgcgtaggtgca
cgtggtgccggcgcacccaccgcccctgctccgccgcgttctctcgccgcgctcgtctac
actatgctacaggcgcgcaagcgcatctacacgcatcccttctgcgcctccgccgatgca
ccgggaagagtgcgtcccgagcgcgccggcaccgcgcccagcgagcgccgccccggcccg
cgccgcacgcgcccgcgcaacacgctggcttgcaatggcgactcagaaacaggtagcaga
ccctattcgaacagtatggttgcgcgacgaccggacatggcgcctccgatagtcagcagc
atgtccgcgccacacacgcccaccgcgtcacacatatcacctgaacgattattctctgga
accactaagctagggataagcgcgagactaaaagccgcgagtttttcctaccgtactcga
ccgaacagagatcgatcgccaaagattcgagaagaaaatgacggttcaaaaacatcgatc
gctaacggagcgcccggttcgttccggtttaggtcggttaccacggcctcgttctttaga
agtcggaacaaagaaagaaagaaggatcaagaagtcactgaagagaacggacagacagac
accgtgaccactcggatgtaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (3)   
   Pfam (3)   
All databases (11)   

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