Sciurus carolinensis (gray squirrel): 124989568
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Entry
124989568 CDS
T08117
Name
(RefSeq) adenylate cyclase type 10-like isoform X1
KO
K11265
adenylate cyclase 10 [EC:
4.6.1.1
]
Organism
ncar
Sciurus carolinensis (gray squirrel)
Pathway
ncar00230
Purine metabolism
ncar01100
Metabolic pathways
ncar04024
cAMP signaling pathway
ncar04371
Apelin signaling pathway
ncar04713
Circadian entrainment
ncar04714
Thermogenesis
ncar04935
Growth hormone synthesis, secretion and action
Brite
KEGG Orthology (KO) [BR:
ncar00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
124989568
09130 Environmental Information Processing
09132 Signal transduction
04371 Apelin signaling pathway
124989568
04024 cAMP signaling pathway
124989568
09150 Organismal Systems
09152 Endocrine system
04935 Growth hormone synthesis, secretion and action
124989568
09159 Environmental adaptation
04713 Circadian entrainment
124989568
04714 Thermogenesis
124989568
Enzymes [BR:
ncar01000
]
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
124989568
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Guanylate_cyc
AAA_16
AAA_22
NinF
Motif
Other DBs
NCBI-GeneID:
124989568
NCBI-ProteinID:
XP_047415387
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All DBs
Position
7:complement(114472579..114511835)
Genome browser
AA seq
1603 aa
AA seq
DB search
MATGEREAAPPLWPVEARLAALLPDLLVFRKPRGSEPELATAQGVLLGVHVMGFTALMDR
FSLTCKSEHDMDKLAHIFSYYISDIVEHVLCFGGDILNITGNVLLALWTVEKNQLSDIIT
LVAKCSLEIQEKFGIYHTREGQDLRLKIGLSAGRISQVIIGDEQRQYLLVIGRDVDGVQL
AQRLAQANEIVLSWNCWKLCEQYMFEVEIMREDEAVKLRDMRIINPFDFDEHFDKCLDYL
PHYRTSAETLRTALELDPNSALEQTLRKYIMKNLLKKINEGQPMEYVSEFRTVTIVLVNL
EFQKTAWMLHLCHLIQEAALYISTVIEKGGGQLSRIFMFEKGCMFLCVFGLPGDKKPDEC
AHALESSFSIFSFCWENLAETKLVSISITNGPVFCGLVGAVARHEYTGRTYWIISSMTQG
MKVEEVVQIFSTLCCLPNTVIGPKVSLVARMITAYPGLVSCDEVTYLRSMLPAYNFKKLP
EKMMKNISNPGKMYEYLGHKRCIMFGKRHLARTRNENHPLLDREKELEAFTLAQQWCVQQ
KKGQAVLYEGGKGYGKSQLLAEINFLAQKKGQRVLPLKLKEADSQQCFYVIQTLMAIFFE
IDICPAYYRQECLHRHLYGMVNEPLHCLFNDLFFVKFPLSFKVSHMDDLTRQTKVKECFI
QVLQEAVRETPLIFLIDEAQYMDAASWEFLGTLLSSVPIIMVMTLTPPVTLCGWAQHFLQ
SPQAIHVPISKLAATSLLRMACWELGVVSIPQELQIYLLHRCFGIPLYCEVLCQDLLSKD
ILLFHDLEKEEEENSKWETLSANAIKSTMYSISPASSEDQEVYVCTVKDDVNLDTVLLPP
LLKEIAVNQLDQLSPEEQLLIKCAAIIGHSFHINLLHHLLPGWDKNKLLQLLGALVDMHV
LRWLELPAESMLVPSIIDIIDQTKEKKKSDAGSASPLSLQKEPSLPQTDVLEFGMPLLRE
AAWELWPKEQQIALHLECACFLQDLACRCGSCHGGDFVPFHRFAICSTKRSGGTFRFCTY
KDTGSVLTQVTTDKLQLPSPQDSFHFQEKTFRSQETFSSKQHSRTEEEFLEQVNKKLAQT
SPEKDLLTTKPCRCEEVLKLVLSPLTQHCLVVGETNCAFYYLLEAAAASLDLSDNYMAFF
YLRKASSLLGQPSAFSFLKKHKVKICQFEEATFCRLRSEVCFNMGQITLAKKLARQALRL
LKRNFPWTWIGVFFQTFLEKYWHSCFLSQPPNNPSENKKKLAVLQQRVHCLSLLWQLYNL
EATASSRRFAYLATLMQKNSAEEFANEAQVVSTYVDLSQFSQNMGDREKWLHCEQIAIQK
NSLCWFSREGLLATAQLMQALAYTKLCLGHLDVSIKLGFQAHEICRHLKKPALENLVLSV
LFRSAFLKEKFDLCVHVLESQWALISQGHDILGLACFYSACLDLLLYGKGLLCRPFGECL
RFIQHYGHSCVLTSQSNIMLGVHSSLAMWFAQNSQWDQFDHHFAKACRLVKRTNASLFGS
HGFVRFLECHVLMLQKVPEGVFMHVSPETPSQTLQYFKEFFSRCVTCPVYHQWVSELKAS
VMSCGKKESMFLTNTIRPFDTSLTRIWIEGEFLKENNSYEKKI
NT seq
4812 nt
NT seq
+upstream
nt +downstream
nt
atggcgaccggcgagcgggaggcggcgccgcctctgtggcctgtggaggcccggttggcg
gcgctgcttcccgacctgctggtcttcaggaagccccgagggtcggaacccgagctcgcc
actgcccagggcgtcctcctaggcgtccacgtgatgggttttacagccttaatggacaga
ttcagcctgacgtgcaaatcggaacatgacatggacaaactggcccacatcttcagttac
tacattagtgacatcgtggagcatgtgctctgttttggaggggatatcctaaatataaca
gggaatgtactcctggcactctggacagtggagaaaaatcaactaagtgacatcattacc
ctggtggcaaaatgcagtctagagatacaggagaaatttggaatctaccataccagagaa
ggccaggatctgcggctaaagataggtctgtctgcaggtcggatttcccaggttattatt
ggagatgagcagcggcaatacctcttggtgattgggcgggatgtagatggtgtccagtta
gctcagcgtttggctcaggcaaatgagattgtcctgtcctggaactgctggaagctctgt
gagcagtacatgtttgaagtggaaatcatgagggaggatgaagctgtgaagttaagagat
atgcggatcattaacccatttgattttgatgagcattttgacaagtgccttgattatctg
ccacattaccgtacaagtgctgagacactaagaactgcactggaattggatccaaactct
gcacttgagcaaacactgcggaagtatataatgaaaaaccttttgaagaagatcaatgaa
ggccaacctatggagtatgtgtctgaattccgtacagtgactatagttttggtgaacctt
gagttccagaagacagcatggatgttgcatttgtgtcatcttatccaggaggctgccttg
tatatctctacagtcatcgagaaagggggtggccagttaagccggatctttatgtttgag
aaaggctgcatgttcctctgtgttttcggccttcctggagataagaagccagatgaatgt
gcacatgccctggagagctccttcagcatcttcagcttctgctgggagaatcttgctgag
accaagcttgtttccatcagtatcaccaatggaccagtattctgtggcctggttggggca
gtagcaagacatgaatatacaggtagaacgtattggattattagctctatgactcaaggg
atgaaggtggaggaggtggtccaaattttttccaccctttgctgtctccctaacacagtt
attggcccaaaagtgagccttgtggccagaatgataactgcttatccaggtttggtgtcc
tgtgatgaggtaacatatttaagatccatgctacctgcttacaactttaagaaactacca
gagaaaatgatgaaaaacatctccaacccagggaagatgtatgaatatcttggccataaa
agatgtataatgtttgggaaaagacatttggccagaacgagaaatgaaaatcaccctttg
ttagaccgggaaaaagaactggaggccttcacgttggcacagcagtggtgtgtgcaacag
aagaagggtcaggcagttctgtatgaaggtggaaaaggatatggaaaaagccagctgtta
gctgaaataaacttcttggcccagaagaaagggcaaagggtgttgccattgaagctgaag
gaagcagattcccagcagtgcttctacgttatccaaacccttatggccatcttctttgag
attgatatatgcccagcctattaccggcaggagtgcctgcacagacatctctatggaatg
gtgaatgaaccacttcattgcctttttaatgatctcttctttgtgaagtttcccttatcc
ttcaaagtttcgcacatggatgacctgaccagacagacaaaggttaaagagtgttttatt
caagtgcttcaggaggcagtgagggaaacaccactgattttcctcattgacgaggcccag
tacatggatgcagcttcctgggagtttttgggaacgttgctctccagtgtgcccatcatc
atggtgatgacgttgacccctcctgtcacactgtgtggctgggcccagcacttcctacag
agccctcaggctatccatgtgcccatttcaaagttggcagcaacctcgctgttgagaatg
gcatgttgggaactaggggtggtgagcatcccccaagagctgcagatctaccttctgcac
aggtgctttggaatccccctgtattgtgaggtcctgtgccaggaccttctctctaaggac
atattactctttcatgacctagaaaaggaggaggaagagaacagcaaatgggaaaccctc
tcagccaatgccataaaatccacaatgtatagtatttctcctgccagttctgaagatcag
gaagtttatgtctgcacagtcaaagatgatgtgaacttggatacagtgcttctcccacca
ctgttaaaagaaatagcagtaaaccaactggatcaactaagcccagaggaacagttgctg
atcaagtgtgctgcaatcattggtcactccttccatataaatctgctgcatcacctcctg
cctggctgggataaaaataagctacttcagttgctgggagctcttgtggatatgcatgtg
ctccgctggctagagcttcctgctgagtccatgttagtgccatccattattgacatcatt
gatcaaacgaaagagaagaaaaagtcagatgcaggctcagcatctcctctcagtctgcaa
aaagaaccgtccctgcctcaaactgatgttctagaatttggaatgcctctattgcgggaa
gctgcttgggagctgtggcccaaggaacaacagattgcattgcaccttgaatgtgcctgt
tttctccaagatttggcctgccgctgtgggagctgccatggaggggacttcgtccctttt
catcgttttgcaatctgttctactaagcgctctggtgggacctttagattctgtacttac
aaagatacaggctcagtgctaacacaagtgaccacagacaaattgcagctgccttctccc
caagatagttttcatttccaggaaaaaacattcagaagtcaggagaccttctcaagtaaa
caacacagcagaacagaggaagagttcctagagcaagtgaacaagaagctggctcagacc
agccccgagaaagacctgttgaccacaaaaccctgccgctgtgaggaagtcctgaaatta
gtgctctcaccgctcacccagcactgcttggttgttggagaaaccaactgtgcattttat
tacctgctggaggctgctgctgcctccttggacctgtcagataattacatggccttcttt
tatttaaggaaggcaagcagtcttctgggtcagccctcagcattctcattcttgaaaaag
cacaaagtgaagatctgtcagtttgaggaggccactttctgcaggcttcggtcagaggtc
tgtttcaacatgggacagatcaccttggccaaaaaattggctaggcaagcccttcgactg
ctgaaaaggaatttcccttggacctggattggtgtctttttccaaacatttctagaaaag
tattggcattcctgtttcctgagccaacctccaaataaccccagtgagaataagaagaag
ctggcagtcctacagcagcgggtgcattgcctctctttgctctggcagctctacaaccta
gaggccacagccagtagccgcaggtttgcctacctggccactctcatgcagaaaaattca
gctgaggagtttgcaaatgaagcccaggtcgtctctacctacgtggacctctcccagttc
tcccagaacatgggcgatagggagaagtggctgcactgtgaacagatagccattcagaag
aatagcctatgttggttctccagggagggattattggctacagcccagctcatgcaggcc
ttggcctacaccaagctctgccttggccatcttgacgtctccatcaagctgggttttcaa
gctcatgagatatgcagacacctcaagaaaccggctctggagaatctagttctctcagtt
ctcttcagatctgcatttctgaaggagaaatttgatctgtgtgtccatgtgctggagagt
cagtgggcgctcatttcccagggtcatgatatccttggcctggcctgcttctactctgct
tgcctagatctgctgctgtatggaaaaggattgctgtgtcggccctttggcgagtgtcta
cgtttcattcaacactatgggcacagctgtgttctaacctctcaaagcaacatcatgctg
ggggtccattcctccctggccatgtggtttgcccagaactcacagtgggaccaatttgac
caccacttcgccaaggcttgccggttggtgaagagaaccaatgcctcactatttggttca
catggttttgtccgattcctagagtgccatgtgctgatgttacagaaagtgccagagggt
gtcttcatgcatgtttctccagagacccccagccaaacacttcagtactttaaggagttc
ttctctcgatgtgtgacctgccctgtctatcaccagtgggtctctgaacttaaggcctct
gtgatgagttgtggaaagaaagaatccatgttcttgactaacaccatcagaccttttgat
accagcttgactaggatttggatagagggagaattcctaaaggaaaacaactcttatgaa
aaaaaaatttag
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