Lucilia cuprina (Australian sheep blowfly): 111677839
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Entry
111677839 CDS
T06013
Name
(RefSeq) atrial natriuretic peptide receptor 1
KO
K12323
atrial natriuretic peptide receptor 1 [EC:
4.6.1.2
]
Organism
lcq
Lucilia cuprina (Australian sheep blowfly)
Pathway
lcq00230
Purine metabolism
lcq01100
Metabolic pathways
lcq04081
Hormone signaling
Brite
KEGG Orthology (KO) [BR:
lcq00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
111677839
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04081 Hormone signaling
111677839
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
lcq01001
]
111677839
Enzymes [BR:
lcq01000
]
4. Lyases
4.6 Phosphorus-oxygen lyases
4.6.1 Phosphorus-oxygen lyases (only sub-subclass identified to date)
4.6.1.2 guanylate cyclase
111677839
Protein kinases [BR:
lcq01001
]
Serine/threonine kinases: Other
RGC family [OT]
111677839
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Guanylate_cyc
PK_Tyr_Ser-Thr
ANF_receptor
Pkinase
HNOBA
Motif
Other DBs
NCBI-GeneID:
111677839
NCBI-ProteinID:
XP_046803912
LinkDB
All DBs
Position
4:complement(86049920..86168173)
Genome browser
AA seq
1672 aa
AA seq
DB search
MPEASYRPQYAETTTLLQNQMETKVTKTLRVIAQVILTADTQTFYNQTCGGGEDDVDAAT
TSCCRKCKQDEYNSAINTRKDICGRSKRDKEKDKYIEEDREGAKKEIYICIKPRNCYKQI
RTTKTTATNINTVDSNLNCKCKGFPNNNDNSNDCQLTNNNSNNINNKFLNSIISILYCKQ
FKSTQQQQQQQQFYYTHHYSTTNKTCLTQQQHTFTAASSPPHKSLLNYSYKMSQYFTDLF
YFVKTLLLILTVIQLPQHLVEANCRYEPSRSCEAICQPIWSTTDNIINNNNNNNYQSTVL
ATNNVTLTNFFPADYNCTIRALVLMPDDDGYVASLKRVVPILQVAEQRIHASGLLPSYIQ
FDWMPQDDKCDAAFAAVKAMDGIVKNCSHVFFGPVCDYSLAAVGRIAKYFNSNGTPLISV
GGSTFDFEKPKTKCSDEFYMLLRTGMLSFESISELTISVMKRHKWSRSIFFYDADGQRNV
AGQHTCYLMMTSLGKQMRNENMTFAQYRITEKLKNRTEEMTREIGNKNSVVIMCADPQSI
RQIMLTAEELNMIDSGEYVFINIELCQIKAIAAAKYNYTFQDDEPISAFVTSFFDGVLLY
ANALNDSIREDPSVLTRPINGTDMVRRMWNRSFMGITGNVTIDANGDRISAYSLLDMNPT
TGRFEIVAHFQHNKLEYVPGKVIHWAGNRLDPPLDRPECGYDGSLCPDNSLPGYAILSIV
LGAVVVIMSVCFFFGYRHYKSEAEINSMAWRVSIDDVIFHNSAGRCFRGSLHSLVKHSSQ
MTLMSDDMGSLSGDRQIFIPVGLFRGCKAAVKIIDERNINLTRSLMLELKRMKDLQHEHL
VKFYGACLDPAKSFILTEYCPKGSLQDILENDQFQLDWMFKLSLMHDIVRGMHFLHNSDI
KSHGNLKSSNCVVDSRFVLKICDFGLHTLRKSNDDKRSDIENCNSYAYWSKLLWTAPELL
RLEGNRPPEGTQKGDVYSFGIIVHEITTRQGPFYLGKLEEEKPPQEIIYLVKGYPHTVQF
PFRPQLVDIPNNYKEINTVMQKCWSEDPAERPDFNALKAIIRNINKDNETGNIVDNLLKR
MEQYANNLEELVEERTQDYIEEKKKCEKLLYQLLPQSVAAQLISGQPVVAETFDQVTIYF
SDIVGFTAISAESTPMQVVQFLNDLYTCFDSIVENFDVYKVETIGDAYMVVSGLPIRNGN
QHAREIARLALALLEAVHNFKIHHRPNDRLKLRIGLHTGACVAGVVGLKMPRYCLFGDTV
NTASRMESNGEALKIHISEKTKLALDEFGTFITTKRGYVPMKGKGEMLTYWLEGEVQKVE
SPISPQKLMLSRRSSLKQVPRCGLLHKQNSDAAQFLPPYQLQPPQPNLDSRQNSPNLRVK
RKISSSSPKLNGSDYKTDDLYNYLEASAKGVAMNTIKLPANDIYSSRSLRDEPKEGCWEM
ANFRLPLSGTLKSHNSNKHSYTQLSSTLSNSNLTGLLQPAASRLRLKNSPTITSLMNTSE
TASLNSANRIKFNLSENPEETQTLVSTHVYEDDEGEAEAEETEEELDSTIKALNGDNYLV
NHKTYMDNNHQPQQHYVATASPQLNNCHSSSSQYQNLVKANNCRNFQLLQTPANGLDNDD
NLSTNSNPKTVLEEVTNERGLTTGKNHQHHNNHHHPTTVNAVTQPLLTKINS
NT seq
5019 nt
NT seq
+upstream
nt +downstream
nt
atgccggaggcaagttatagacctcaatatgctgagactacaactttgttgcaaaatcaa
atggaaacaaaagtaactaaaacattaagggtcattgcacaagtcattctcacagcagac
acacaaacattttataatcaaacttgtggtggcggtgaagacgatgttgatgctgcaaca
acatcttgttgcagaaaatgtaaacaagacgagtataattctgctataaatactagaaag
gacatttgtggacgaagtaaaagagacaaggagaaggacaaatatatagaagaagataga
gaaggtgccaagaaagaaatatatatttgcataaaaccaagaaattgctataaacaaata
cgaacaacaaaaacaacagctacaaatataaatactgtagatagcaatttaaattgcaaa
tgcaagggatttcccaataacaacgacaacagtaatgattgccagctaactaacaacaac
agcaacaacataaataataaattcctaaacagtattattagcattttatattgtaaacaa
tttaaaagcacacaacagcaacagcagcagcagcaattttattatacacatcattactca
acaacaaataaaacatgtcttactcaacagcagcatacttttactgctgcctcatcaccc
ccacacaaatccctcctaaattattcttataaaatgtcacaatattttacagatctcttt
tactttgttaaaactctactcctaatactcactgttattcaattgccccaacatctggta
gaggccaattgtcgctatgaacccagtcgctcgtgtgaggcaatatgtcaacccatctgg
tcgacaacggataacatcatcaacaacaacaataataataattatcaatcaactgtatta
gcaacaaataatgtgacattgacgaacttttttcccgccgattacaattgtacaatacgt
gctctcgttctgatgcccgatgacgatggttacgtggcatcattgaaacgtgtcgtacca
attttacaagttgcagagcagcgtatacatgctagtggtttgctgccatcatatatacag
ttcgattggatgccacaggatgataaatgtgatgcagcttttgctgctgttaaggctatg
gatggtatagtgaaaaattgttcacacgtgttttttggtcccgtttgtgattattcattg
gctgctgttggccgtatagccaaatacttcaatagcaatggcacgccccttatatcggta
ggtggatccacatttgattttgaaaaacccaaaacaaaatgttcggatgaattttatatg
ctattgcgtacgggtatgttaagttttgaatccatatcagaattaacaatatcggtaatg
aaaagacacaaatggtcacgttcgattttcttttacgatgctgatggtcaacggaatgtt
gctggacaacatacctgttatcttatgatgaccagtctgggcaaacaaatgcgtaatgaa
aatatgacttttgctcaatatcgcattacagaaaagttgaaaaatcgtacagaagaaatg
acacgtgaaattggtaataagaattctgttgttataatgtgtgctgatcctcagtcgata
cggcaaattatgttgacagccgaggaattgaatatgattgacagtggcgaatatgttttt
attaatattgaattatgtcagattaaagccattgctgctgccaaatataattatactttt
caagatgatgaaccaatatcggcatttgtcacctcattctttgatggtgttcttctatat
gcgaatgctttaaatgacagcataagagaagatccctcggtattgacacgacccattaat
ggtaccgatatggtaagacgcatgtggaatcgtagttttatgggtattaccggtaatgtg
actatcgatgcaaatggtgatagaatttcagcatattctttattggatatgaatccgacg
acgggcagatttgagatagtggctcattttcagcataataaattggaatatgtaccggga
aaggtaatacattgggctggtaatagattggatccaccgttagataggccagagtgtggt
tatgacggctcattgtgtccggataattctcttcccggctatgccatactctccatagta
ctcggcgctgtagtcgtcattatgagcgtttgtttctttttcggctatcgtcattataaa
tccgaagccgaaatcaattctatggcttggcgtgtttccatcgatgatgttatatttcac
aattcggctggccgatgttttcgtggttccttacattccctggtcaaacacagctcacaa
atgaccctcatgtccgatgatatgggctcgttaagtggtgatcgtcaaattttcataccc
gtcggcttgtttcgtggctgcaaagcagctgttaaaattatcgatgaacgtaatataaat
ctaacacgttcccttatgttggaactgaaacgcatgaaagatttgcaacatgaacatttg
gtgaaattttatggcgcctgtttggatccggcaaaaagtttcatattaaccgaatactgt
ccgaagggttcgctgcaggatattttagagaatgatcaattccagctggactggatgttt
aagttatcgttaatgcatgatatcgttagaggaatgcattttttacataattccgatatt
aaatcgcatggcaatttgaaatcatcgaattgtgtggtggattcgagatttgttttgaaa
atctgtgattttggtttgcatacgttgcgtaaatcaaacgatgataagcgcagtgatata
gagaattgtaatagttatgcatattggagtaaactattatggacagccccagaactctta
agattggaaggtaatcgtccacccgaaggtacacaaaaaggtgatgtctattcatttgga
ataattgtacatgaaataacaacgagacaaggacccttttacttgggtaaattagaggag
gagaaaccgccacaagaaataatttatttggtcaaaggttacccgcatacagtacaattt
ccttttaggccacagcttgttgatataccaaataattataaggaaataaatacggtgatg
cagaaatgctggtcagaggatccggcagaaaggccagattttaatgctttaaaagccatt
ataagaaatataaataaggacaacgaaactggcaatatagttgacaatctactcaaacgt
atggaacagtatgccaataatctagaagaattggtagaagaacgcacccaagactatata
gaagaaaagaagaaatgtgaaaaattactttatcaattgctgccgcaaagtgtggctgcc
cagctgatcagtggccaaccagtggtggctgagactttcgatcaagtcactatatatttt
tcagatatagtcggttttacggctatttctgccgaaagtacacccatgcaagtggtgcaa
ttccttaatgatctctatacctgtttcgattccattgtagagaatttcgatgtctataaa
gtggagacaataggtgatgcctatatggtggtttcgggcttacccatacgcaatggcaat
cagcatgctagagaaatagcacgtctagctttggctttgctggaggcagtgcataatttt
aagattcatcacagacccaatgatcgtttaaagctacgcattggcttgcatacgggcgca
tgtgtagcgggagtggtgggcttaaaaatgcctcgatattgtttatttggtgatacggtt
aataccgcctcaagaatggaatcgaatggtgaagctttaaagatacacataagtgagaaa
actaaattagctttagatgagtttggtactttcataaccaccaaacggggttatgtgccc
atgaagggtaaaggtgaaatgttgacctattggctggagggggaagtgcaaaaagtagaa
tcacccatttcaccccagaagttaatgttatcccgtagatcttctttgaaacaggtgcca
cgctgtggcttgctgcataaacaaaattccgatgcagcacaatttctgccgccctatcag
ctgcagccaccacagccaaacctcgatagtagacagaattcaccaaatttaagagtaaaa
cgtaagatttcctcttcctcacccaaactgaatggcagtgattacaagactgatgattta
tacaattatctggaagcaagtgctaaaggtgttgccatgaatacaatcaaattacccgca
aatgatatttacagcagccgttctctacgcgacgaacccaaagagggttgttgggaaatg
gccaattttcgtttgcccctatcgggcactttaaagtcccacaatagtaacaagcatagc
tatacgcaattgtcctcaacgctatcaaattccaatttaacgggactcttgcaaccggca
gcctcaagattgagattaaagaattcacccaccataaccagcctaatgaatactagcgaa
acggccagtttaaatagtgcaaatcgtattaaatttaatcttagtgaaaatcccgaagaa
acacaaactctcgtatctacacatgtctacgaagacgacgagggtgaggcggaggctgaa
gaaactgaagaagaattagatagtacgattaaagctttaaatggcgataattatttagtt
aatcataaaacctatatggacaacaatcatcagccgcagcagcattatgtcgcgacggct
tcaccacaattaaacaattgtcatagctcctctagtcaatatcaaaatctagttaaagcc
aataattgtagaaattttcaattgttacaaactcccgccaatggtttagataacgatgac
aatttgtccacaaactcaaatcccaaaactgttttagaggaagttaccaacgaaagagga
ctaacaacagggaagaatcatcagcatcataataatcatcatcatccaacaacagttaat
gctgttacccaacccttactgactaaaattaattcatag
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integrated database retrieval system
