Pieris napi (green-veined white): 125061353
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Entry
125061353 CDS
T08706
Name
(RefSeq) adenylate cyclase type 9 isoform X1
KO
K08049
adenylate cyclase 9 [EC:
4.6.1.1
]
Organism
pnap
Pieris napi (green-veined white)
Pathway
pnap00230
Purine metabolism
pnap01100
Metabolic pathways
pnap04081
Hormone signaling
pnap04082
Neuroactive ligand signaling
pnap04213
Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:
pnap00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
125061353
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04082 Neuroactive ligand signaling
125061353
04081 Hormone signaling
125061353
09150 Organismal Systems
09149 Aging
04213 Longevity regulating pathway - multiple species
125061353
Enzymes [BR:
pnap01000
]
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
125061353
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Guanylate_cyc
AC_N
HNOBA
DUF6594
Motif
Other DBs
NCBI-GeneID:
125061353
NCBI-ProteinID:
XP_047522704
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All DBs
Position
23:10063998..10074523
Genome browser
AA seq
1428 aa
AA seq
DB search
MSAHSGCMSCNESSEQFESKIEAECSEAEDAQIRLAPHVQAYLAHNNSTTNCCGFAIPIA
FERAAPGTWWNPRFDSPILEGQYRSSSFRQIRLRFRFALLYILIFSISWFIYFVVLGLND
VSVKWPFLCLIFAGVLLITSVMLFLTFTEIYKVHTIRLSMTMALALCTLSLSLIALTTQL
DPNSLLIADISQSGHFTMCIEILLIIYTLTPLPLFACVSIGLLYSIAFETLNVFLHLSEQ
EWQYPGMLVRILLHFCVHIIGVHIYLMTFVRMRGTFMKVGQSLLVRRQLEMEKQLKEKMI
HSVMPPKLASWLMEEQVTETETISKIHDPLQARTSNPGASDIKSLFRPFNMSSMDNVSIL
FADIVGFTKMSSNKGAEELVNILNDLFEKFDELCLIHGCEKISTLGDCYYCVSGCPEPRP
DHATCCVEMGLGMIEAIQEFDREKGEGVNMRVGVHTGTVLCGIVGTRRFKFDVWSNDVTL
ANKMESTGKPGRVHISEETSKFLGGSYVLEEGEEVFGHKTYFIEGRQLSSPYDHDCLTPS
NPVNLRLIISPAASPQSALSISHSPLPISAKTGDASADDKTKPEAKFSDFLSPNPFSFRN
KASSLPSILDSDTELEDKRDKRFVNGNDASSKSPTSIGSCGKYTNKIKQWKVPKFLRKHS
DTPLHEMKKQNFSAKTIHIVECGDAQTNNGYRKVPIVIESHEKPRQSSSKLNSRTNEMFE
REIIDIRSYLSQSRSNMSPFARSSSYRSQYGRPNLEPGPVSRARSSTLATQGELIRPKDR
KLNLPVPNHPGRLPDDIVSLCPSVNSRKDSGIRSTSRRSSIQQQIFVLNHVSLATSQVDI
MQQRVSGYYTSSQSSLDIPPRSKLPPPLDEEQVRSLQKLRKQSDLQLIRCVQDNARSGIN
YFVQPPLNGLTLFFKTPDMERHYRDRAHRSDDCEDFPPTLTTSRFNTALDILVSSIIFVI
VAASIIIVYEEWRFSIGWFVAFVSIEAAAMSLCAYRHYLKWRSKLDPDGVAQTLRRAVKV
FRKLSNWYPWHLSGSLLISLPILAVLLNFSCQNTTLTILKGKQSFYIYLLTVCIVHFCNF
TQMSWLVKNALVTLYAALFLFLSLLGCRDLNTQFLESIDITPSLNLFAQNGTNVTDLLSE
DSTGSNGTSASDAVRHEMHLKELYLDVVLLLILVWFLNREFEISYRLSFYSNVVATRDKQ
KVQTMRNQADWLLHNIIPRHVADQLKSTAKYSENHRDVGVIFASIVNFNEMYDESYLKGK
EYLRVLNELIADFDELLERPEFQHVEKIKTIGSTFMAASGLDPDLRHSLRGPREHLYQLM
DFALEMQKVVENFNRDLLEFDFILRIGYNFGDVTAGVIGTSKLYYDIWGDAVNIASRMDS
TGVPERIQVGEACASALSSRYDFEPRGSVYVKGKDDMNVFLVIGKRDA
NT seq
4287 nt
NT seq
+upstream
nt +downstream
nt
atgagtgctcacagtggttgtatgagttgtaatgaaagctcagagcagtttgaatctaaa
atcgaagctgaatgttctgaagctgaagatgcccaaattagactggcaccgcatgtgcaa
gcttacttggctcataataactcaactacaaattgttgtggttttgcaataccaattgcc
tttgaaagggctgcaccgggaacatggtggaatccaaggtttgactcaccaatacttgaa
ggccagtacagaagtagctctttcagacagataagattgagatttagatttgcactttta
tacattttgatattttccatttcatggtttatctattttgtggtacttggtctgaatgat
gtgagtgtaaaatggccatttttatgtttaatatttgctggagtattgttaattacatct
gtaatgttgtttctaacctttactgagatatataaagtacatacaatcagattgtcaatg
actatggctctcgctctgtgtaccctcagcttgtccctcatagccctgacaacacaattg
gatccaaattcacttttgatagccgatataagtcaatcgggtcacttcactatgtgcatt
gaaatactattgataatctatactttaaccccattacccctctttgcttgtgtctcaata
gggctcctgtattctatagcttttgagaccctcaatgtattcttacatttatcagaacaa
gaatggcaatatcctggaatgttagtcagaattttacttcatttttgtgtacatataatt
ggtgtacatatttaccttatgacttttgtaagaatgaggggtacgtttatgaaagtgggt
cagagtttgctagtcagaaggcagctggagatggaaaagcagctgaaagagaaaatgatt
cattcagtaatgccgccaaagcttgcgagttggctgatggaggagcaagtgactgaaact
gaaactatatcaaaaattcatgacccacttcaggccagaacatcaaaccctggtgcttca
gatattaaatcattattcagaccgtttaacatgagttcaatggataatgtgagcatcctt
tttgcggacatagttggatttacaaaaatgtccagtaacaaaggtgcagaggaattggtc
aacatattgaatgacctgtttgagaagtttgacgagttgtgcctaatacatggatgtgag
aaaatttccactctaggagattgttactactgcgtatctggttgtccagagccgagaccc
gaccacgccacttgctgtgttgaaatgggactaggaatgatagaagcgattcaagaattc
gatcgggaaaaaggagagggtgtcaatatgagagtaggcgtccacacggggaccgtcctg
tgcggcatagtggggactcgcaggtttaaattcgacgtttggagtaatgacgtaacactc
gcgaataaaatggaatcaacgggaaagccgggccgtgtgcatatatccgaggaaacgagc
aaattcctcgggggctcctacgtcttagaagagggcgaggaagttttcggtcataaaacc
tactttatagagggccggcagctgagttctccgtacgaccacgattgcctgaccccctcc
aatccagtgaacttgcgtcttatcatatctccggccgcctccccacaatcggctctctct
atcagccattcgcccttacctatctccgcgaagaccggcgacgcttctgcagacgacaaa
acgaaacccgaagccaagttctccgacttcctatcgccgaacccgtttagttttcgtaat
aaagccagctctctgccgagtattttggactcggacacggagttagaagataaaagagat
aagcggttcgtgaacggaaacgatgcctcgtcgaaaagccccacgtcgatcggtagctgt
ggaaagtacacaaacaaaataaaacaatggaaggttccgaagtttttaagaaagcattcg
gacacccctttacacgaaatgaagaaacagaacttcagcgccaaaaccatacatatagtg
gagtgtggggacgcgcagaccaataatggttaccgcaaagtaccgatcgttattgaatct
catgagaagccaagacagagtagtagcaaattgaatagccgtacaaatgagatgttcgag
agggaaataatagatatacggtcgtatttaagtcagtctcgaagcaatatgtcgccgttt
gcgaggagcagcagctacaggtcgcagtatgggagaccgaacttagagccagggccagtt
agtcgcgctcgcagttccacgttggccacgcagggtgaactgatcaggccgaaggacagg
aaattgaacctgcccgtcccgaaccaccccggcagactgcccgacgacattgttagcctc
tgcccgtctgtcaacagcaggaaggattcagggatcagaagcactagtaggcgatctagc
atacagcagcagatattcgtattgaatcacgtctcgttggcgacctcccaagtggacata
atgcagcaaagagtctccgggtattacacctcgagccaatcgtccctcgacatccccccc
cgctcgaagctccctccgccgctcgacgaggagcaagtccggtccttgcagaaattgcgg
aaacagtccgaccttcagctcatccgctgcgtccaggacaacgcgagatccggaatcaac
tacttcgtgcagccgcccttgaacgggctcacgctcttcttcaaaacgccggacatggag
aggcactaccgcgacagagcccacaggagcgacgactgcgaggatttccctccgacgctg
accacgtcgcgcttcaacaccgccctcgacatcttggtgtcgtcgatcatattcgtgata
gtcgcggcctccatcatcatagtctacgaggagtggcgattttccatcgggtggttcgtc
gcgttcgtgtccatcgaagcggcggcgatgtccctctgcgcgtaccggcactacctcaag
tggaggtcgaagttggaccccgacggcgtcgcgcagaccctgaggagggccgtcaaggtc
tttcggaagctgtcgaactggtacccgtggcacttgtccggcagcctcctgataagtctc
cccattctggcggtcctgctgaacttctcttgccaaaacacaactctgacgatactgaag
gggaaacagtcgttctacatctaccttttgaccgtctgtatcgttcacttttgtaacttc
acccagatgagttggctcgtgaagaacgccttggtgactctgtacgcggctctgttcctg
tttctatccctcctcggctgccgagatctcaatactcaatttctagaatcgatcgatatc
acgccgagcctgaacctattcgctcaaaacggcacaaacgtcacggatttactctcggag
gactcgacggggagcaacgggacgtcggcgtcggacgccgttcgacacgagatgcatctg
aaggagctctacctggacgtcgtgttgctgctgatcttggtttggtttctgaacagagag
ttcgagataagctatcgactcagtttctacagcaacgtggtcgcgaccagagacaagcag
aaggtccaaacgatgaggaatcaagcggattggctgctgcacaacatcatcccgcggcac
gtcgccgaccaactgaaaagcacggccaaatactccgagaaccacagggacgtcggcgtc
atcttcgcgagcatcgtcaacttcaacgaaatgtacgacgagtcgtatctcaagggcaag
gagtatctgcgggttctcaacgagctgatagcggacttcgacgagctgttggagaggccg
gagttccagcacgtcgagaagataaagacgataggcagcaccttcatggcggccagcggc
ctcgaccccgacctgcgacattccctgcgaggccctcgcgagcacctctaccagctcatg
gatttcgccctcgagatgcaaaaagtcgtagaaaatttcaatcgggacttgctggagttc
gacttcatccttcggatcgggtacaacttcggcgacgtcaccgccggagtgatcggcacc
tcgaagctctactacgacatctggggcgacgccgtgaacatcgcctcgcggatggactcg
acgggcgtccccgagcggatccaggtgggcgaggcttgcgcgtcggctctctcctcccgg
tacgacttcgagccccggggcagcgtctacgtgaagggcaaggacgacatgaacgtgttc
ctcgtgatcggcaagagggacgcgtag
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