Nasonia vitripennis (jewel wasp): 100119583
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Entry
100119583 CDS
T01081
Name
(RefSeq) adenylate cyclase type 9 isoform X1
KO
K08049
adenylate cyclase 9 [EC:
4.6.1.1
]
Organism
nvi
Nasonia vitripennis (jewel wasp)
Pathway
nvi00230
Purine metabolism
nvi01100
Metabolic pathways
nvi04081
Hormone signaling
nvi04082
Neuroactive ligand signaling
nvi04213
Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:
nvi00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
100119583
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04082 Neuroactive ligand signaling
100119583
04081 Hormone signaling
100119583
09150 Organismal Systems
09149 Aging
04213 Longevity regulating pathway - multiple species
100119583
Enzymes [BR:
nvi01000
]
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
100119583
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Guanylate_cyc
HNOBA
EVI2A
Motif
Other DBs
NCBI-GeneID:
100119583
NCBI-ProteinID:
XP_001603329
NASONIABASE:
NV15558
UniProt:
A0A7M7G443
LinkDB
All DBs
Position
3:23206852..23217058
Genome browser
AA seq
1440 aa
AA seq
DB search
MTLPVARKRDSSVSFTHAKDENNDASDEIHISLAPYIQTYLAHSGQGLGCCGVGLPVPFE
RAAPRSWWNPKFDSEILEGQYKCSAFPQIRLRFRYALTYILLISVSWLAYFVILGIENNS
IFWPYIAVMFTAVGAMVSAILYLTHTDHYRSIVLPISVGVALMLCCLSIVFLVYVPPDTD
GLTLVGHFALCSEILLLIYTVLPMPLYACTLICTLYSFLFEFLTAYYYGSESTKQEYFDV
VIQTPNAVRLNIEDDKPLAGPESASSNNSNRLLRLKRLINDTNNLINSTASKIPGVLPVL
VSNMNTNHNLLNASESVHSVDITLTPHEDINFATTLAIRILMQICIHLIGVHILIMTFVR
MRGTFMKVGQSLLVRRQLEMEKQLKEKMIHSVMPPKVADWLMEESEREREREDSLKKGSI
PSNNTDIRSLFRPFNMHSMDDVSILFADIVGFTKMSSNKTAEELVGILNDLFERFDDLCE
LHGCEKISTLGDCYYCVSGCPEPRPDHAKCCVEMGLAMIEAIKQFDIERREGVNMRVGVH
TGTVLCGIVGTKRFKFDVWSNDVTLANKLESTGKPGRVHLSEKTLSFLEEQYLTEDGEPV
NGIKTYFIKTRKADFMSQFINNVNSPTSISPVLHARHRLASCSNQTKPRPHYLHMVTNSS
SYRMKANSLPSILDSDNDADQGDDKEGTNKSPTSTASYGKKKSGRSKAWRYLQRQRTTEE
MTPLDREDRRGVIVAEANQGLMAASATSASLESNGLQKATVSNGVEMDPNPMPSSPLLPG
QDTLSHASSVCSRKDSGIRSNSRRSSIQQQLFLMNGMAQGDLLGPRVSGYYTSSSTLNST
HEPSSSVPPYPFPPAVTDTFGACFHKLRKQSDLQLIRCVQDNVSSQSSYFVKPPLSSVTL
FFKNKEMENEYRENAHKASEGIGGNPPTLATSRFNTYFDILISALVYTAITIALFLLCKP
TVHYLVFFGLATLIQIFAVTLCIRQLFDPSAMHATFAHRIFKFFSKWYPWHVCGAFLVGL
PIVSILMNFSCNSLRSSLSHFEYYYSYLVIVGLVHFCNFTQLNCWMKNLLVTLTGILFIC
LVMSHVTYYNQQRVITLQPNVSMELNVKLGNNDSFNDRPVFPIPPLNPDDLSISNTLRPE
LPDVPPDAPSEVIQGETASRSGKARKYNERLYNSEIFLDLALLLLLVWFLNREFEISYRL
SFHGNAVAARDKSRVQSMKNQADWLLHNIIPKYVADQLKTTAKYSQNHKAVGIIFATIVN
FNELYDESYLGGKEYLRVLNELIGDFDELLEKQDYSNVEKIKTIGSTFMAASGLNPQVRQ
QSEHEHTHIYQLLDFAMAMHKVIYDFNQDLLGFKLILRVGFNFGDVTAGVIGSSKLYYDI
WGDAVNIASRMDSTGVAGEIQFASNCLDVIAERYNYEPRGQVYVKGKDNMNVFLLKGKKS
NT seq
4323 nt
NT seq
+upstream
nt +downstream
nt
atgaccctgccggtggctcgtaagcgcgactcctccgtcagctttactcacgccaaggat
gagaacaacgatgccagcgacgagatacacatctcactggctccgtacatccaaacctac
ctggcgcacagtggccagggtttgggttgttgcggagttggattacctgtacccttcgag
agagccgcacccaggtcctggtggaatcccaagtttgactctgagattctggagggacag
tacaagtgcagcgcatttccacagattaggctgcgcttcaggtacgcgctcacctatatt
cttttgatatcggtttcctggctggcttattttgtcatccttggaattgaaaacaacagt
atattttggccatatatagcagttatgttcaccgctgttggtgcaatggtctcggcaatt
ctttacctcactcacacagaccactacagaagtattgtcttgcctatatctgtgggagtt
gccttgatgctttgttgtttatcaatagtgtttctggtctatgtgccacctgatacagat
ggcttaacattggtcggacactttgcattgtgctcagaaattttgctgctcatatacaca
gtcttgccaatgccactgtacgcgtgtactctaatttgcacactgtattcatttctcttt
gaatttctaactgcctattattatggctcggagagcaccaagcaggagtactttgacgta
gtaatccaaacaccaaatgctgtacgcctaaacatcgaagatgacaaacctttggcaggt
ccagaaagtgcttcttcaaacaactcaaacagattactgaggcttaaaagactcataaac
gataccaacaaccttatcaacagtacagccagtaaaatacccggagttctacccgtactc
gtgtccaatatgaacaccaaccataatcttctgaacgccagtgagagtgtccattctgtc
gacattactctcactccgcacgaagacataaacttcgcaacgacgttggccattcgcatt
ttaatgcagatctgtatccacctcatcggcgtacacatcctcataatgacgtttgtgcga
atgcgaggcaccttcatgaaggtaggccagtcgcttctggttcgccgacagctcgagatg
gagaagcagctcaaggagaaaatgatacattcggtgatgccgcccaaggtcgctgactgg
ctcatggaagaaagtgagagagaaagggaaagagaggattcgctaaagaagggctccata
ccgtccaacaacaccgacatccgctcgctgttccgtccgtttaatatgcactcgatggac
gacgtcagcatattgttcgctgatattgttggctttaccaagatgagtagcaacaagact
gccgaggagctggttgggatactaaatgatttgtttgaaagatttgatgacctgtgcgaa
cttcacggatgcgagaaaatttctactctaggagattgttattactgcgtcagtggatgt
cctgaacccaggcctgatcatgcaaaatgctgcgtcgaaatgggattggctatgatcgag
gccataaagcaattcgacatcgagcgtagggaaggagttaacatgcgcgtgggtgtacac
acgggtactgtgctctgcggcatcgtcggcaccaagaggttcaagttcgacgtctggtcg
aacgacgtcactctggctaacaaactcgagagcaccggcaaacctgggagagtacatctg
agcgagaagacgctcagcttcctcgaggagcagtatctcacggaagacggggagccagtc
aacggcatcaagacttactttataaaaacccggaaggcagactttatgtcgcagttcata
aacaatgtcaattcgccaacgagcatctctccagtactgcacgcacgtcaccgattggcc
tcttgcagcaatcaaacaaaaccgcggcctcactacctgcatatggtaacaaactcgagt
agctaccgaatgaaagctaactctttgccgagcattctcgactcggacaacgatgcagat
cagggcgatgacaaggaaggcaccaacaagtcgcctacttcgacagccagttacggaaag
aagaagtccggtcgaagtaaagcttggaggtatttgcagcgtcagcgtacaaccgaagag
atgactccgctcgatagagaggacagaagaggcgttatcgtcgccgaggctaatcaagga
ctgatggctgcatctgcgacctctgcttctcttgagagcaatggattgcaaaaggctact
gtcagtaatggtgtagaaatggatcccaatccaatgccttccagtccattacttcctggg
caagatacattgagtcatgcatcttctgtatgcagtaggaaagattctggcattcgtagc
aacagtagacgtagtagcatacagcaacagttgttcctgatgaatggaatggctcaaggt
gatttattgggaccaagagtgagtggatattatacttcgagttcgacgctgaattctact
cacgagccttcatcttcggttccgccgtacccgtttcctccggctgtgaccgacacattc
ggcgcgtgctttcacaagctcagaaagcaatctgacttgcagctaataagatgcgtgcag
gacaacgtatcatcccaaagttcgtactttgtcaagccgcctctatcgagtgtcacgctg
ttcttcaagaacaaggaaatggagaacgagtaccgggagaatgctcacaaggcctcagag
ggcatcggtggcaatccgccgactctcgctacctcgcggttcaacacttacttcgacatc
ctgatctcggccctcgtttatacggccatcacgatagctctattcctgctgtgcaaaccc
accgttcattatctcgtcttctttggcctcgcaactcttatacagattttcgctgttacg
ctgtgcatccgtcaattgttcgacccaagtgcgatgcatgctacgtttgctcatcgaatc
tttaagtttttctccaagtggtatccatggcacgtctgtggcgcctttcttgtcggcctg
cctatcgtttctattcttatgaacttttcttgcaacagtttacgctcaagcctcagccac
tttgagtattattatagctacctcgtcatcgttggtctcgtgcatttctgcaactttacc
caactaaactgctggatgaagaatcttcttgtgacccttaccgggatcctatttatctgc
cttgtaatgagccacgtaacgtactacaatcaacaacgggtcattacgttgcaaccgaat
gtatctatggagctaaatgttaagttaggtaataacgactcgtttaacgatcgtccagta
tttcccattccacccttaaaccccgacgatttgtcaatctcgaatactttgagacctgag
ctaccggatgtcccacctgacgcgcctagcgaggtcatacaaggagaaacggcctcgaga
agtggaaaagctcgtaaatataacgagcgtctatataattcagaaatctttcttgatctg
gcattgctactacttctcgtctggtttctaaaccgagaattcgagatcagctacaggttg
agtttccacggtaacgcagtggcagcacgtgacaagagtcgcgttcagtcaatgaagaac
caagctgactggctgctacataacatcataccgaagtacgtggctgatcagctaaagacc
accgccaagtactcgcagaaccacaaggcggtgggtattatatttgctactattgtgaat
ttcaatgagctttacgacgaatcgtatctcgggggcaaggagtacttgagggtgctcaat
gagttaatcggagactttgacgagctgcttgaaaagcaggactactcaaacgttgagaag
atcaaaacgatcggtagtactttcatggctgctagcggtttaaatcctcaggtcagacaa
caaagtgaacatgagcacacgcatatctaccagctattagacttcgcgatggctatgcac
aaggttatttatgacttcaaccaagatcttctcggtttcaagctaattcttcgcgtaggc
tttaatttcggcgacgtaacagctggagtaataggatccagcaaactatactacgatata
tggggtgatgctgtgaacattgcctcaaggatggactcgaccggcgtagccggtgaaatc
caatttgccagcaattgtctcgatgtcattgccgagagatataattacgagcccaggggt
caagtctatgtaaagggtaaggacaacatgaatgtatttctgttaaagggtaaaaagagc
tga
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