KEGG   Lucilia cuprina (Australian sheep blowfly): 111684525
Entry
111684525         CDS       T06013                                 
Name
(RefSeq) Ca(2+)/calmodulin-responsive adenylate cyclase isoform X1
  KO
K08041  adenylate cyclase 1 [EC:4.6.1.1]
Organism
lcq  Lucilia cuprina (Australian sheep blowfly)
Pathway
lcq00230  Purine metabolism
lcq01100  Metabolic pathways
lcq04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:lcq00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    111684525
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    111684525
Enzymes [BR:lcq01000]
 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
     111684525
SSDB
Motif
Pfam: Guanylate_cyc AC_N Adcy_cons_dom DUF3439
Other DBs
NCBI-GeneID: 111684525
NCBI-ProteinID: XP_046802761
EnsemblRapid: LOC111684525
Position
3:complement(40572186..40702066)
AA seq 2376 aa
MDHAVKATRGRPWNTLRFENDELECLYQRYTLKLQRFSVLGVVALVVVLCGVMAALSLAY
NNAPTFHNVFNSFVCLLFAIILILLQCRVIKDHHLPCLCYGILLFTAAICIVSMPTLGSV
FPVDTKEEESEVMAEGVWQIVFVVFLAYAMMPLQIWEAVCFGIILPLVHISLTVYKIFTD
SFRYLEYNQLIANIVMFIGVNVAGLVVNIMMERAQRRAFLDTRNCIAARLEIQDENEKLE
RLLLSVLPQHVAMQMKNDILSPVAGQFHRIYIQKHENVSILFADIVGFTVLSSQCSAQEL
VRLLNELFGRFDQLAHDNHCLRIKILGDCYYCVSGLPEPRKDHAKCTVEMGLDMIDAIAS
VVEATDVMLNMRVGIHTGRVLCGVLGLRKWQFDVWSNDVTLANHMESGGEPGRVHVTRST
LDALSGEYEVEAGHGDQRSSYLRDHGVDTYFIVPPPHRRKPLMLNTLGVRSAIGSRRKLS
FRNVSNVVMQLLHTIKFSEPVPFSNIATGSFPSSAGSGGGRGSTAGGENQLEKSTRKDAV
IRLQKILHAPTPPGGGVTIQVGTTSNSTSNTISRIHRHNNHKNKSKVTDKFKRPFRKRHS
SVHHQPTNRVNRFLSQAINARSVDCDKSEHVDRITLKFRESDKEREYRKDFDLGFTTAMG
CSLLLLILGAALQVTALPRTLILLLLFLTAFVWVSAVLMLLLAVRLKWINWDLSQSFTLR
MAITIFTVILIYSVGQVNVFTCVSDHPCSSNITTAAPTLEEDLLMMAHQSEAHRKCSLPQ
YVSLSATFALLSVSVFLRLPIIFKSLLVIMMGVIYSLFIELSHTNIFDCYDSRVNASIPL
HLISLARILIFMIAILVHGRLVEWTARLDFLWQLQASQEKKEMDVLQESNKRILHNLLPA
HVAAHFLDNQFRSNMELYHQSYAKVGVIFASVPNFHEFYTEMDGSDQGLECLRLLNEIIA
DFDELLKEERFHGIDKIKTVGSTYMAVVGLIPEYKINPVDQNSVRRHMTALVEYVKAMRM
SLQEINSHSYNNFMLRVGINIGPVVAGVIGARKPQYDIWGNTVNVASRMDSTGIPGYTQV
TQEVVDSLQGSHFEFKCRGTIKVKGKGDMITYFLNDNSSNGLNGEVRNAMIGNRPSFGQL
PQTQLASQLQTTEYYQKQSQYQDNNYHVNMNSETYNVKKDFGLNNMEHEGNNVLIKANSM
NEEQQLLLQHMQPQHHQHHLQQQQQQRMNSKLQKQPFLANGGLPNIHENGHNGEHNGNEH
NGFTNGYNNYPGGGGGGGGNDFSQQQQQQQQQAAAQHQRQHSSSSMSSMGLNPNSITQQQ
QQQPLPQPPLPLPPPPLTSSTSAMSNVPPALQQHHQLQNQQPASSLTSSSVMFREQFNII
ENPSNSRYNILNNYNNPPTPLSQHLMHHHQQHQQQHNQLQQQLHQNKQIQHDQLQLQQQQ
QLQMHDPYAPLENFNNLLYGAANGGNGKREQMHASFIHTTTTTNLTTTSTTTPTSTTSAT
TALNNYHHYLYQHHPAMQQHHHNLNNHLSHLNNYHHQQQHNNKNYQQQPTQQQTSSLSSS
PILTHNNSNNHFNNYHNCRESEPLLLATQVAKIMPMQHHQQMHHTPNKYEPPRYMCPNNL
FIQQQQQQLQQNYQHYQQHQQQQYPLYSQQPQPPLPALPPKPATLTTSLKQNTPLLRSYM
KPLPKLPTELEESREMSSTDDLSSRPHSPSMSSSDESYSKTTEGEGEEDSPRITATNNLV
TRNGGNPLQWLYPCDIQVDPTSPVIDMSNLKDFEVSSTTESQGQYTTTTQNKGDSCNSFE
YQDRLLLAQSKQGNGNGQTSISGNQNATKSPFERELQRLLNESSRARGLATTTHNSTAAT
ASSSTGGNITSVSGGNAEGGNTTSNSSSRNNIDISYSGSNSKLSSNGLNVAAGIGGSGSL
GSNGNLSGSTPLSGNNNLKNVTTAMAATILDELNSPTTGRQLGSKIPVSTSFMIAKHPVG
LEAIKEITRNKNPSESSQMQTSDTESCEILHETRNQLNLAMMDMTNKSSTSTNGTNYNNY
PQHIQNQQQQQPQQQQPIATKEHNHRHRMRPRSKDFDQSHESLDQLDDPADNKNSRYNRH
HHHHHHHHHTNHHGHNHQRQRNNHQHLVNNHDEDERDDTEDNLADEEFEDDEVGRDVRKK
RLAQPDMVNNQHQQQPQNHHQHGPYHSEDDLDDEDDHECGPEEALVGALSNGLHDHRSDL
IEANVINDELKYGAGHHNHQSMDSNHLESQSEWSDDDCREEATGGAESTGYITDEPGLEN
ISLLNEAGLTDAEGALSDVNSLYNAPDVDDTSVSSRASSRLLSLDSLSGLYDCDMDSKHE
MAIVNVSHKITSKFGTPQQQQQQQQSQHQQHQQQQS
NT seq 7131 nt   +upstreamnt  +downstreamnt
atggatcatgcggttaaagctacacgtggtcgaccctggaatacactgcgttttgaaaat
gatgaattagagtgtttgtatcaacgttatacgttgaaattgcaacgtttctcggtgctg
ggtgtagtagctttggttgtggtgctatgtggtgttatggcagctttatctttagcttat
aataatgctcctacatttcacaatgtcttcaattcatttgtgtgcctgttatttgccata
attttaatattgttacaatgtcgcgtgatcaaagatcatcatttaccctgtctgtgttat
ggcattttattgtttactgctgccatttgtattgtatcgatgccaacattaggttccgtg
tttccggtggataccaaagaggaagaatcagaggtcatggccgaaggtgtttggcaaata
gtatttgtggtctttttggcttatgccatgatgccattacaaatctgggaagctgtttgt
tttggcataatcctaccattggtgcatattagtttaactgtatataaaatatttacagat
tcatttcgttatttggaatataatcagcttattgccaacattgttatgtttattggtgtt
aatgtggccggtcttgtggtcaatattatgatggaacgtgcccaaaggcgggcattttta
gatacacgcaattgtattgctgcccgtctagagatacaggatgaaaatgagaaattggaa
agactactattgtcggtactacctcagcatgtagcaatgcaaatgaaaaatgatatactc
tcaccggtggctggacaatttcatcgtatttacattcaaaaacatgagaatgttagcatt
ttatttgcggatattgttggctttactgtattgtcctctcagtgtagtgcacaggaatta
gtaagactgttgaatgaactttttggtagatttgatcaattggctcatgacaaccattgt
ttacgtattaaaatcttaggagattgttattattgtgtatcgggtttacccgaaccacgt
aaagatcatgccaaatgtacagttgaaatgggtctcgatatgattgatgctatagcttcg
gttgtcgaggctaccgatgtcatgttaaacatgcgtgtcggcattcatacgggtcgtgtt
ttatgtggtgttttaggtttacgtaaatggcaatttgatgtctggtccaatgatgtaaca
ttggccaatcacatggaatcgggtggtgaaccgggtagagtacatgtaacccgttccact
ttagacgctttatccggcgaatatgaggtagaggcaggacatggtgatcaaagatcatca
tatttaagagatcatggtgttgatacatatttcatagtgccaccaccacacaggcgtaag
cccttaatgttaaatactctcggtgtccgttcagctattggttctcgtcgtaaattatca
ttccgcaatgtttcgaatgtggtcatgcaattgttgcataccataaaattttccgaacca
gtgcctttctcaaatatagccactggttcttttccctcctctgctggcagtggcggtggt
aggggcagtacagcaggcggtgaaaatcaattggaaaaaagtactagaaaggatgcggta
atacgtctacaaaaaatcttacatgctccaacaccaccaggtggcggtgttaccatacaa
gtaggaacaacttctaattcaacttcgaatacgattagtcgcattcatagacataataat
cacaaaaataaatctaaagtaaccgataaatttaagagaccctttcgcaagcgtcactct
tcggttcatcatcagccgacaaatcgtgtaaatcgttttctttcgcaagctataaatgct
cgttctgtggattgtgataaatctgaacatgtggatcgtataactttaaaatttcgtgag
agtgataaagaaagggagtatcgtaaagatttcgatttaggttttacaaccgctatgggc
tgttcacttttactgttgattttgggagcagctttacaagtaaccgctttgcccaggact
ttgattttattgttattatttttaacggcatttgtgtgggtgagtgctgttttaatgctt
ttattggcagtacgtttaaaatggatcaattgggatctatcacaaagttttactttacgt
atggccataacaatatttacggtgattttgatttattcagtgggtcaagtgaatgtgttt
acctgtgtttccgatcatccttgctcgagtaatattactacagcggcaccaactttagaa
gaagatctgctaatgatggcccatcaaagtgaggctcatcgtaaatgttctttaccccaa
tatgtttcactatcagccacatttgctttactatcggtttcggtattcctaaggttacct
attatatttaaatctttgctggtcataatgatgggtgtcatttatagtttatttattgaa
ctatctcacacaaatatttttgattgttatgacagtcgtgtcaacgcctcgattccactt
catttaatctcattggctcgtatattaatttttatgattgccattcttgtacatggtcgt
ttagttgagtggacagcaaggttagattttctgtggcaattgcaggcatctcaagagaaa
aaggaaatggatgttttgcaggagtcgaataaaagaatattgcacaatttgctgccagcc
catgtggctgcacattttcttgataatcaatttcgcagtaatatggaactttatcatcaa
agttacgccaaggtgggtgtaatatttgccagtgtgccaaattttcatgaattttatacg
gaaatggatggttccgatcagggtctagaatgtttacgtctgcttaatgaaattatagca
gattttgatgagttactaaaagaagaacgttttcatggtattgataaaatcaaaactgtg
ggtagtacttatatggctgttgtaggtttaataccagaatacaaaatcaatccggtagat
caaaattctgtaaggcgtcatatgaccgctttagtggaatatgttaaggctatgcggatg
tctttgcaagaaataaatagtcattcctataataattttatgttaagagttggcattaat
attgggcctgtggtggctggcgtcataggagcccgtaagcctcagtacgatatttggggc
aatacagttaatgtggccagtcgtatggactcgactggcatacccggctatacacaagtt
actcaagaagtcgtagacagtctgcagggctcacattttgagtttaaatgtcgcggcact
attaaggtaaaaggtaaaggtgatatgatcacctatttcctcaatgacaactccagcaat
ggcctcaatggtgaagtgcgtaatgccatgattggtaatcggccatcctttggtcagctg
ccacaaacccaactggctagccaattacaaactaccgagtattatcaaaagcagtcacaa
tatcaagacaacaactatcatgttaatatgaattccgaaacctataatgttaaaaaagat
ttcggtcttaataatatggaacatgagggtaataatgtcttgataaaggccaactctatg
aatgaagaacaacagttattgctgcaacatatgcagccacaacatcatcaacatcactta
caacagcagcaacagcaaagaatgaatagtaaactgcagaagcaaccattccttgccaat
ggtggattgccgaatatacatgaaaatggtcataatggtgaacataatggtaatgagcat
aatggtttcactaatggttacaacaattatccaggtggaggcggaggtggcggtggcaat
gatttctcacagcaacaacaacagcagcagcaacaggcagctgctcagcatcagcgtcaa
cattcttctagttctatgagcagtatgggtttaaatcctaattccataacacaacaacag
caacaacaacctttacctcaaccacctttaccactaccaccaccacctctaacatcatct
acatcagcaatgtccaatgtaccacccgccctacaacaacatcatcaactccaaaatcaa
caaccagcatcatccctgacatcatcatcggtaatgttccgtgaacaatttaatattatt
gaaaatcctagcaatagtcgttataatattcttaataattataataatcctcctactcct
ctttcacaacatttaatgcatcatcaccaacaacatcaacaacaacacaatcaactgcaa
caacaattacatcaaaataaacaaattcaacacgatcaattgcaattacaacaacagcaa
caactacaaatgcatgatccttacgctccgctggaaaatttcaataatttgttatatggt
gccgctaacggtggtaatggtaaacgtgaacaaatgcatgcatccttcatccatacaaca
actacaacaaatctaactactacttctactactacaccaacttctactacttctgctact
actgcattaaataattatcatcattatttgtatcagcatcatccggcaatgcaacagcat
catcataatcttaataatcatctatcacatcttaataattatcatcatcaacaacaacat
aataataaaaactatcagcaacaaccaacacaacagcaaacatcatcgttatcctcttcg
cccattttgactcacaacaactcaaataatcatttcaacaattatcacaattgtcgcgaa
agtgaaccgttgttgcttgccactcaagtggccaagataatgcccatgcaacatcatcag
caaatgcatcatactcccaataaatatgaaccaccacgttatatgtgtcccaataatttg
tttatacaacaacagcaacaacaactccaacagaattaccagcactaccaacaacatcag
caacaacaatatcctctctactcccaacaaccacaacctcctctaccagccctaccaccc
aaacctgccaccttaacaacgagtctaaaacagaatacacctcttctacgatcatacatg
aagcctctaccgaagctaccaactgaactggaagagagtcgcgaaatgtcttccacagat
gatttaagttcacgacctcattcgccctcaatgagttcgtccgacgaaagctattccaaa
accaccgagggagagggtgaagaagactcacctcgcataacagcaactaataatcttgtt
acacgcaatggtggcaatcccttacaatggctatatccctgtgacatacaagtggatccc
acttcacctgtcatcgacatgtccaatctaaaagattttgaagtgagttccacaacagaa
agtcagggtcagtatactaccacaacgcaaaataagggagactcttgtaatagttttgaa
tatcaagatcgtttgttactggcccaaagcaaacagggtaatggtaatggtcagacatcg
attagtggcaatcaaaatgctaccaaatcaccatttgagagggaattgcaaagactttta
aatgaatcctctagagctagaggtttagctacaacaacacacaattcaacagcagctaca
gcgtcctcatcgacgggtggcaatataacatccgtttcgggaggcaatgctgaaggcggt
aacaccaccagcaacagcagcagtcgcaacaacatagacatcagctactctggcagtaat
agtaaattaagttcgaatggtctaaatgtggccgctggaattggaggaagtggtagtctg
ggcagtaatggtaacttgagtggaagtactccactgagtggcaacaataatttgaagaat
gttaccactgctatggcagccaccatattggatgaattaaattcacctacaacgggaaga
caactgggatcgaagatacctgtgagtacaagttttatgatagccaaacatccggtgggg
ctagaggctataaaagagataactaggaacaaaaatccatcagaatccagtcaaatgcaa
acatccgacaccgaatcctgtgaaatattacatgaaacacgtaatcaactaaatttggcc
atgatggatatgaccaataaatcttcgacctctactaatggtacaaactacaacaattat
cctcagcatatacaaaatcaacagcagcaacaaccacaacaacagcaaccaattgctacc
aaagaacataatcatcgtcatcgtatgcgaccacgttccaaagatttcgatcaaagtcac
gaaagtcttgatcaattagacgatcctgcggataataaaaattcgcggtataatcgtcat
catcatcaccaccaccatcatcatcatacaaatcatcatggtcacaatcatcagcgacaa
cggaacaatcatcaacatcttgtcaataatcatgatgaagatgaacgtgacgataccgaa
gataatttggccgatgaagaatttgaagatgatgaagtgggacgtgatgtacgtaagaaa
cgtttagcgcaacccgacatggtcaataatcaacatcagcaacagccacaaaatcatcat
caacatggaccatatcatagtgaagatgatttagacgatgaggatgatcatgaatgcggt
cctgaggaggctttagtcggagctttatcgaatggtttgcacgatcatcgcagcgattta
atagaagcgaatgtgataaatgatgagctcaaatatggtgccggacatcataatcatcaa
tcgatggactcgaatcatttggaaagtcaatccgagtggtcggatgatgattgtagggaa
gaagctacaggtggtgctgaatccactggctatatcaccgatgaaccgggtttggaaaat
atatctttattaaatgaggcaggtttaaccgatgccgaaggtgctttatccgatgtcaat
tctttatataatgccccagatgttgatgatacatctgtttccagtcgtgccagttccaga
ctattaagtttagattcattaagtggtttatatgattgtgatatggattcaaaacacgaa
atggccattgtaaatgtatcacataaaataacaagtaaatttggaacaccacaacaacaa
cagcagcaacagcaatcacaacatcaacaacaccagcaacaacaaagttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (4)   
   Pfam (4)   
All databases (32)   

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