Leptidea sinapis (Wood White): 126976461
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Entry
126976461 CDS
T09272
Name
(RefSeq) Ca(2+)/calmodulin-responsive adenylate cyclase-like isoform X1
KO
K08041
adenylate cyclase 1 [EC:
4.6.1.1
]
Organism
lsin
Leptidea sinapis (Wood White)
Pathway
lsin00230
Purine metabolism
lsin01100
Metabolic pathways
lsin04081
Hormone signaling
lsin04082
Neuroactive ligand signaling
lsin04213
Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:
lsin00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
126976461
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04082 Neuroactive ligand signaling
126976461
04081 Hormone signaling
126976461
09150 Organismal Systems
09149 Aging
04213 Longevity regulating pathway - multiple species
126976461
Enzymes [BR:
lsin01000
]
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
126976461
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
Guanylate_cyc
AC_N
Adcy_cons_dom
Motif
Other DBs
NCBI-GeneID:
126976461
NCBI-ProteinID:
XP_050680738
LinkDB
All DBs
Position
41:7250222..7427823
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AA seq
1635 aa
AA seq
DB search
MDHAVKAMSARGPLARLLARRRFESGELEELYARYACKLQRSSVTSALALWAALAAALAA
LDATRGWRRAPQVGVLSAHAVLCGGLAWWCGRAGGVTPERRLPRACWLALAGGGVALAAT
LPAWGSGAAAEGAAHVVWAVFAAYALLPVGAPVAAAFGLILPTAHTIAAALVAYRFPFHV
WHQMVGNVVVFLCVNLVGALMHSLMETAQRRAFLDTRNCIAARLDMEDENEKLERLLLSV
LPQHVAMEMKNDIISPVEGQFHKIYIQKHEEVSILFADIVGFTVLASQCSAQELVRLLNE
LFGRFDQLANDNHCLRIKILGDCYYCVSGLPEARSDHARCTVEMGLDMIDAIASVVEATD
VQLNMRVGIHTGRVLCGVLGLRKWQYDVWSNDVTLANNMEAGGEPGRVHITQATLECLGG
AYEVEPGHGSSRNAYLRDHSIQTYFIIPPARRRKMCLTAGMGLSSGSRRKLSFKNVSNVV
VQLLHSIKFNVDVPFSNMAASPQELKANAARKNKVTEKFKRPLKKRHSSVYHQPTNRVNK
YLAQAIDARSVHREKSTHVHLLTLCFKDTDKEAQYRASTDGGWAGSLSAALAALAAAGAL
QAAILPRTMILLILFVTAFVWSAAVLALTLAARLRLIPCDVSRPFGLRNAITTFTIVLGY
AVGQVNVVTCRDVYVCRNLTENMTTIDDIKHASGDVVSTLWSSNDHRVCPVPLYITLGCC
LSMLTVAVFLRLPILVKGILLAVMTTGYVTVILIYHKYLFDCYDYMTDPGAVGSAYVSSA
WTVALALAVLLHARQTEWTARLDFLWQVQARDEKRDMDALQASNRRILFNLLPAHVATHF
LDNQFRTNMDLYHQSYHRVGVVFASITNYHEFYMELDGNNQGMECLRLLNEIIADFDELL
GEERFSAIDKIKTVGSTYMAAVGLIPDKKMADEPSTQKHMATLVEFVFAMRDKLRDINDN
SYNNFMLRVGINVGPVVAGVIGARKPQYDIWGNTVNVASRMDSTGLPNHTQVTEEVYQIL
KDMAYQFVCRGKVKVKGKGEMTTYFLTDRGPTNNSTHHTTNSQPQNPPTAYGGVATPLAM
LQNSTRRAIQPSRLPPLRESSVAGENEPLLPQPNQNGKGSKGRRNKDEDVPPPPPPHGIN
ANPRWPPPRAFVPPWPRPQETRQAIAHKRRAPARLPRPRSSESLPLARSPRVHSSADELS
SITRSPSLSSSDESYSRTTDASPSPPRANKWQNRPQQIDINPNPGYDYPQNRKHSPNIIQ
DLYVKYRLNKKPSLEDKLVDGNIDLQKDEEKLQRSILNMLQTSVKRDGSSQTDKKDVSHR
FTHRTSSFSSSGSRPNNLKHLNHDIREVFTKRSPMDVACVPPFEREIKRLLDDKLVKGSS
PKAERKDLKLDLRAANACVEAVRASNNNSSPLHAVGLAAITQLARAEPSPTAPAAVPAVP
SPRTDFPGVLPTDVVVDLPSPTHSKQSTNPKPIRNEIINTKDKQEKDATDRFQNRIPTSN
HREMGLYGESQSEWSSSCSEGEGEGDCCQPESTGYTTDDPALENVSMLNEAGLTDAEAAL
SDVNSCYFDRDDDVSSRASSRLLDSEALVSLESLSAIYDSDEPAHRYLANIRTVSESITR
NFGQPAHVTDGESDV
NT seq
4908 nt
NT seq
+upstream
nt +downstream
nt
atggaccacgcggtgaaggccatgtctgcgcgcgggccgctggcccggctgctcgcgcgg
cgccgcttcgagtccggcgagctggaggagctgtacgcgcgctacgcctgcaagctgcag
cgctcctccgtcacctccgcgctggcgctctgggccgcgctggcggcggctctcgcggca
ctcgacgccaccaggggctggcgcagagcacctcaggttggagtgctaagcgcccacgca
gtcctttgtggcggcttggcatggtggtgcggtcgtgctggtggcgttactccagagcgg
cgtctaccacgagcttgctggctggcactggcgggtgggggcgtagccctggcagccacc
ctgccggcgtggggctccggcgcagccgctgaaggcgccgcccatgtagtgtgggctgtg
ttcgctgcttatgcattactaccagttggcgcgccagtagcggccgctttcggactcata
ctacccactgctcacaccattgcagcagccctcgtggcctacagatttccgttccatgta
tggcatcagatggtgggaaacgtggtggtgttcttgtgtgtgaacctggtgggcgcgctg
atgcattctttgatggagacggcacagcggcgcgccttcctcgacaccaggaactgcatc
gcggcgcgtcttgacatggaggacgagaacgagaagctcgaaaggttgctgctgtcagtg
ctgcctcaacacgtcgctatggagatgaagaacgacatcatctcaccagtcgagggccag
ttccacaagatctacatccagaaacacgaggaagtcagtattctgttcgctgacatagtg
gggttcacggtgctggcatcacagtgcagcgcccaggagttggtgcggctcctcaacgag
ctgttcggcagatttgatcaactcgccaacgacaaccactgccttcgcatcaagatcctg
ggcgactgttactactgcgtgtcgggtttgcccgaagctcgctccgaccacgctcgctgc
accgtcgagatgggccttgatatgatcgatgccatcgcttccgtggtggaggcaactgac
gtccagctcaacatgagagtggggatccacacgggacgggtgttgtgcggcgtgctgggg
ctgaggaagtggcagtacgatgtctggtccaatgatgtcacgctcgcgaacaacatggaa
gcgggaggagaacctgggagggtgcacataacacaagctactctggaatgcctgggtgga
gcctatgaggtggaacccggccacgggtccagcaggaatgcttatctacgggaccactct
atacagacatactttattataccaccagcaaggcgtagaaagatgtgcttaactgccgga
atgggtttgagctccggttcaagaagaaagctttcgttcaaaaacgtttctaacgtggtc
gtacaattgctgcactctattaaatttaacgtcgacgttcctttttccaacatggccgca
tctccacaagagctcaaagcgaacgctgctagaaagaataaagtgacggagaagtttaag
cgaccgttgaaaaagcgtcactcgtctgtataccaccagcctaccaaccgggtcaacaag
tacctggcgcaggcgatcgacgctcgctccgtgcatcgggagaagtccacgcacgtgcat
cttctgaccctctgctttaaagacaccgataaagaagcacagtatcgagcctcaacggat
ggtggatgggcaggctcgctcagtgctgcattggccgctctagccgccgcgggtgctctc
caagctgctatactgccccgcaccatgatcctgctgatactgttcgtgacggccttcgtg
tggtcggcagctgtcctggccctgacactagcggctcgactgagacttatcccgtgtgat
gtgtcaagaccctttggtttgaggaatgccatcacgacgttcactatcgttcttggatat
gctgtcggacaagttaatgtggtcacatgtagagatgtctacgtatgtcgaaacttgaca
gaaaatatgacaacaatagacgacattaaacatgcgagcggtgacgtagtgtcgacacta
tggagcagcaacgaccaccgcgtgtgccccgtcccgctgtacatcacgttgggatgttgc
ctcagtatgctgactgtagcagtattcctacggctgccgatattagtgaagggcattctg
ttggccgtgatgacgacaggctacgtcactgttatactgatctatcacaaatacctgttc
gattgctacgattatatgaccgatccgggggcggtcgggtctgcgtacgtgtcgtctgcg
tggactgtcgcgcttgctctcgccgtgttgctacacgcgcgccagaccgagtggacggcg
cgacttgacttcctgtggcaggtgcaggcccgcgacgagaagcgagacatggacgcgctc
caggcgtcaaacagaaggatcttatttaacctgctgcctgcgcacgtggctacgcacttt
ttggacaaccagttcagaaccaacatggacctctaccaccagtcgtaccatcgggtgggc
gtcgtcttcgcctccatcaccaactaccacgagttctacatggagttggacgggaacaac
caggggatggagtgtttgcggctcctgaatgagatcatcgccgattttgatgagttattg
ggcgaagagagattcagtgcaatagacaaaataaaaacagtgggatcaacgtacatggcg
gcggtagggctgatacccgacaagaaaatggcagacgaaccaagcacacagaagcatatg
gcaaccctcgtagaatttgtatttgcaatgagggacaagctgagagatattaatgataat
tcgtataacaactttatgcttcgtgttggtataaatgttggccctgtagtagcgggcgtg
attggcgccagaaaaccacaatacgatatttggggaaacacggttaatgtcgcttcccgc
atggactccactggccttccaaaccacacacaggtcaccgaggaggtataccaaatattg
aaagatatggcgtaccagtttgtttgtcgcggtaaagtcaaggttaagggtaagggtgag
atgacgacatatttcttaaccgaccgggggccgaccaacaactcgactcaccacacaacc
aacagtcaacctcaaaatccaccaacagcttacggtggcgtggcgacacctttagctatg
ctgcaaaattcgaccagacgagccatacaaccgtcacgcctaccaccgcttcgggaatca
tccgtcgctggggagaacgaacccctcctccctcaacctaaccagaacggaaagggaagt
aaaggccgaagaaacaaagatgaagatgttccccctcctcccccgccccacggaatcaac
gcaaatccaagatggccaccgccgagagcttttgtcccaccgtggcctagaccgcaggaa
acgcgacaagcaatcgcccataaacggagagctccagcgcggttgccgcgaccacggtcc
agtgagagcttacctttagcgagaagtcctcgcgtacattcttcagccgacgaactgagc
tccataactcggtcccccagtctcagttcttcagatgaaagctactccagaacgacagac
gcatcgccttccccgcctcgtgctaacaagtggcagaacagaccccaacaaatagatatt
aatcccaaccctggatacgactatccgcagaatcggaaacattcaccaaatatcattcaa
gatttgtatgttaaatacagactgaacaagaaaccttctctagaagacaaacttgtagat
ggaaatattgacttgcagaaagacgaggaaaaactacagaggagtattttaaacatgctt
cagacgtctgttaaacgggatggctcaagtcaaactgataaaaaagatgtgtcccatagg
ttcactcacaggacaagttcattctctagttcaggtagtcgtccgaataatttgaagcac
ttgaatcatgacataagagaggtttttacgaagcgcagtccgatggacgtggcttgcgtt
ccaccgtttgaaagagaaataaagagactgctggatgataagcttgtgaagggttcctca
ccaaaggctgaacggaaggatttaaagcttgatttaagggcggctaacgcgtgcgtggaa
gcagttcgagccagtaataacaacagcagcccgctccacgcggtggggctggccgccatc
acgcagctggccagggccgagccctcccccaccgcccccgcagcggtccccgcggtgccc
tctcccaggactgacttcccgggagtcctgcccaccgacgtcgtggttgatctaccctcg
ccgacgcactctaagcagagcactaatccaaaaccgataaggaacgagattattaatacc
aaagacaaacaggagaaggatgctacagatagattccagaaccggatacccacttccaac
catagagaaatgggtctgtacggcgagagtcaatcggagtggagctcatcgtgctccgag
ggtgaaggtgaaggggactgctgtcagccggagagcacgggctacaccaccgacgacccc
gcgctggagaacgtctccatgttgaacgaggcggggctcacggacgccgaggctgctctt
agtgacgtcaactcctgctacttcgacagagacgacgacgtctcctcccgcgcctcctcc
agactcctcgactctgaagccctcgtctccctcgagtccctcagcgccatctacgactcc
gacgaacctgcgcataggtacttagctaacattcgaacggtcagcgaatctatcactaga
aacttcgggcaacccgcccacgtcacagatggcgagagtgacgtttga
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