Leptidea sinapis (Wood White): 126976576
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Entry
126976576 CDS
T09272
Name
(RefSeq) adenylate cyclase type 2 isoform X1
KO
K08042
adenylate cyclase 2 [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
126976576
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04082 Neuroactive ligand signaling
126976576
04081 Hormone signaling
126976576
09150 Organismal Systems
09149 Aging
04213 Longevity regulating pathway - multiple species
126976576
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
126976576
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Gene cluster
GFIT
Motif
Pfam:
Guanylate_cyc
AC_N
Adcy_cons_dom
DUF2721
DUF6594
Motif
Other DBs
NCBI-GeneID:
126976576
NCBI-ProteinID:
XP_050680921
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Position
41:complement(4157262..4354070)
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AA seq
1176 aa
AA seq
DB search
MADTKSDCEKDGSEEEGTELELEALYRRYCIRLKHALFVSAVCVTLLCCLVLLIAVCVLH
SHNISSQVTAIGILSAITFILTVVLALALLPAAAEWETLAFTGSVLVTVCLGAGTLMATH
HAPLPLFALILMVHTMMPISRSIALVMAAALTLAYMGLALVLGPQGKEDQFYHQLLCELS
LLLSSSGIGIYYRILTERAHRNTFAGTRTCLEQRVKLECEREQQESLLLSVIPAYIAAEV
KRSIMLKMADACVDSSKQTRFHEMHVQRHNNVSILYADIVNFTPLSERLSASDLVKTLNE
LFGRFDQIAQENQCMRIKILGDCYYCVSGLPVSRPNHAYNCVNMGLQMIDAIRFVREATG
FNVDMRIGIHTGNVLCGVLGLRKWQFDVWSDDVTLANHMESGGIAGRVHITKATMMQLGG
RFEVEPGDGASREGYLADHKVETYLIVPPKKLSENGRLSVCTIDRKASIVSSICQDVSPT
RPRENISPATSQHSIVEQEVPRVMRAESIRSPGNLCRRASSVKGDVLKAVAFENNNFTNS
DAMGNGGVVTKPKSRSGSIIGAISPIIGTETNSSASTPIREQTAPLFSRMLSTISMESTT
TPGIPNRSRPSSKMTKYVECWGADKPFANITDSTLAKNIGISSLAMIEQHLLPQKTCCDC
SNNSEGMSRVTLWFKNTQQEYQYREQADNQFKYNVACACALFLLIAFIQLLTLPKGVILY
ASFGPTAATLLLFVYLSWYDGRCPGRGMSLLPDSPDMYTDNCTKPGQIVASNCYIRLTVF
VVTVVLIAACAVINLFQTYLIQEFPSEVWSRDYTNMTNATGIPIHIDVESAPSYLYSSVL
TLASISVFLRIGFVLKLLFMIATLVTHISLFASAELFSQYQYKDFDTEFSMLPYSAKAGV
VLVFLACLLHILDRQIEFTSRSDFLWKDKLKFEQEEVETMRGINKILLENILPAHVAQHF
LTSVASKDELYHERYSCIAVMFASIPNYKEFYDETDVNKQGLECLRLLNEIICDFDKLLL
KPKFSCIEKIKTIGSTYMIASGLRPGKEDTSDAHSREEHTVAILVEFAVALMSILDQINR
ESFQRFKLRVGLNHGAVIAGVVGAQKPQYDIWGNTVNVASRMDSTGVMGKIQVTEDTAKV
LMNAGYTCECRGPTYVKGKGTLVTYFVKTPTTGGGL
NT seq
3531 nt
NT seq
+upstream
nt +downstream
nt
atggctgatactaagagtgactgtgaaaaagatggttctgaagaagagggaacagaattg
gaactggaagcgttgtacagaagatactgcattagactgaagcatgctttgttcgtgtcg
gctgtctgcgtcactctactgtgctgcctggtgctgctgattgcagtttgtgttctgcac
tctcacaatatatcttctcaagtcacagcgattggaattttgtcagcgataacgttcatt
ctaacagtagtgctagcgctcgcgttactaccagcagcagcggaatgggagaccctggcg
ttcaccgggtcagtgctggtcactgtttgcttgggcgctggcactttgatggcaacccat
cacgcgccattaccactgtttgcattgattctgatggttcacacaatgatgccaatatcc
cggtccatagctctagtaatggctgctgcgttgaccctcgcctatatgggacttgcacta
gtgctgggaccacagggaaaagaagaccagttctatcaccagttgctgtgtgagctatcg
ttactgctgtcgtcaagtggcatcggcatctactaccggatcctcacggagcgcgcacac
aggaataccttcgcgggcaccaggacttgtctcgagcagcgcgtgaagctggagtgcgag
agagaacagcaagagagtctgctgctctctgtcatacctgcctatattgctgctgaggtt
aagcgatcgataatgctcaaaatggcggacgcgtgcgttgacagctccaagcagacacgc
ttccatgagatgcacgtacaacgtcacaacaacgtcagcattctgtacgcggacatcgtt
aacttcacgccgctgtcggagcgtctgagcgcctctgacctcgtgaagaccctcaacgaa
ctgttcggtagatttgatcagattgctcaggagaatcaatgtatgaggataaagatattg
ggggactgttattactgcgtgtctgggcttccagtgtcacgtcccaaccacgcctacaac
tgtgtgaacatggggctgcagatgatcgatgcaatacggttcgttcgggaggcgactggt
tttaacgtggacatgcggatcggcatccacaccggcaacgttctatgcggggtgcttggt
ctacgtaagtggcagttcgatgtctggagcgatgacgtcacgctcgccaaccatatggag
tcaggagggattgctggtcgtgttcacatcacaaaagcgactatgatgcagctcggaggg
aggttcgaggtagaaccaggtgatggtgcctctcgtgaaggttacctcgctgatcataaa
gtggaaacctatctaatagtgccacctaagaaactgtctgaaaatgggcgtctatcagtg
tgcacgattgaccgtaaagccagcatcgtgtcatcgatctgccaggatgtttcaccaacg
aggcctcgggagaacatcagcccagcgacgtcccaacacagtattgtagagcaagaagtt
ccgagggtcatgagagcagaatcgattaggagtccagggaacctttgtagaagagcatca
tcagttaagggtgatgttttgaaagcagttgcatttgagaataacaactttacaaatagt
gatgcaatgggtaatggtggagttgtcactaagccaaaaagtcgcagtggatctataatc
ggagcgataagtcccattataggaacagagacaaattcttcagcatcaaccccaatacgg
gaacagacggcgccattgttttctaggatgttaagtacaatctccatggaatcgactact
accccagggattccaaatagatcaaggccctcgagcaagatgactaagtatgtagaatgc
tggggtgctgacaaaccttttgcaaatataacagattctacattggctaagaatattggt
atttctagcctggcaatgattgaacagcatttattgccgcaaaaaacatgttgcgattgc
agcaataactcggagggcatgagccgtgtcacgctctggttcaagaatacccagcaggag
taccagtatcgagaacaggccgacaaccagttcaagtataacgtggcatgcgcttgcgca
ctgttcctactcatcgcctttatacagttgcttacgttacccaagggcgtgattctctac
gcatcgtttggtcctacggctgcaactctcctattgttcgtgtatctatcttggtacgac
ggccgctgtcccggtcggggaatgtcactcttaccagattcacccgacatgtacacagac
aactgcacgaaacctggacagatagtggctagcaattgctacataagattaaccgtgttt
gtggtcaccgtggttctaattgcagcatgtgcagtaattaacttgtttcagacttacctg
atccaagaattcccaagtgaggtttggtcgagagactacacaaacatgaccaatgccacg
ggaatcccaattcacatcgatgtagaatctgcaccaagttatctttacagctccgtgtta
actctcgcttcgatctccgtgttcttacggatcggcttcgtgctgaagttgttgttcatg
atagcaacattggtgactcacatcagtctgtttgcttctgctgagctgtttagccagtac
caatataaagattttgatactgagttctctatgctgccgtactcagctaaggcgggtgtg
gtgctagtattcctagcttgtctgttacacatcctggaccggcagatagagttcacgtct
cggagcgacttcctttggaaggacaagctcaaatttgaacaggaggaggttgaaaccatg
cgaggaattaataaaattctgctagaaaatatattaccagcgcacgttgctcaacatttc
ctgacttccgtggcttcaaaggacgagttgtatcacgagcggtactcttgcatcgcggtg
atgttcgcctccatccccaactacaaggagttctatgacgagacagatgtcaacaaacag
ggtctcgagtgtttgcggttgctcaacgagatcatttgtgactttgacaagcttctgctg
aaaccaaaatttagttgcattgaaaagatcaagacgataggcagtacgtacatgatcgcg
tctggattaaggccgggaaaagaagatacttctgacgctcacagcagagaagagcataca
gtcgctattctggtagagttcgcggtcgctctcatgtccatactggaccagatcaataga
gagtccttccagaggttcaagttacgggttggtctaaaccacggagcagtaatcgctgga
gtggtcggagctcagaagccacagtacgacatctggggcaacacagtgaatgtcgcttct
agaatggactccacgggggtcatggggaagatacaagtcacagaagacacggctaaagta
ttaatgaatgcaggctatacgtgtgaatgccgtggcccaacctatgtaaagggcaaaggg
acccttgtgacctattttgtgaaaactcccaccacgggaggtggactgtaa
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