Lucilia sericata (common green bottle fly): 119602220
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Entry
119602220 CDS
T08270
Name
(RefSeq) transient receptor potential protein
KO
K04967
transient receptor potential cation channel subfamily C member 4
Organism
lsq
Lucilia sericata (common green bottle fly)
Pathway
lsq04745
Phototransduction - fly
Brite
KEGG Orthology (KO) [BR:
lsq00001
]
09150 Organismal Systems
09157 Sensory system
04745 Phototransduction - fly
119602220
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04040 Ion channels [BR:
lsq04040
]
119602220
Ion channels [BR:
lsq04040
]
Voltage-gated cation channels
Transient receptor potential channel (TRP)
119602220
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
TRP_2
Ion_trans
Ank_2
Ank
Ank_3
PKD_channel
Ank_5
Motif
Other DBs
NCBI-GeneID:
119602220
NCBI-ProteinID:
XP_037809539
LinkDB
All DBs
Position
Unknown
AA seq
1173 aa
AA seq
DB search
MASDPEKGKNEEENYNIQFADEYVLSDVEKSFLLACERGDIAGVKAIIEENKPFPDKFNL
NCVDPMNRSALIAAIENENFDLIVVLLEEGIEVGDALLHAISEEYVEAVEELLQWEETHH
KEGKPYSWEAVDRSKSTFTPDITPLILAAHRNNYEILKILLDRGATLPMPHDVKCGCDEC
VTSQESDSLRHSQSRINAYRALSASSLISLSSRDPVLTAFELAWELKRLQAMESEFRAEY
GEMRQGVQEFVTSLLDHARTSTELEVMLNFNHEASNDIWTPGQRQTLERLKLAIKYKQKT
FVSHPNVQQLLAAIWYEGLPGFRRKQSSQQIIEVVKLGCMFPINSMNYLMAPESDAGKFM
RKPFVKFISHSCSYMFFLMLLGAASLRVVQITFELLAFPWMLEMLEDWRKHERGSLPGPI
ELGIITYIASLILGELKSLYSDGLFEYIMDLWNIVDFISNMFYVTWILCRATAWIIVHRD
LWFRDINPYFPREHWHPFDPMLLSEGAFAAGMVFSYLKLVHIFSINPHLGPLQVSLGRMI
IDIIKFFFIYTLVLFAFGCGLNQLLWYYADLEKHKCYHLHPDVADFDDQEKACTIWRRFS
NLFETSQSLFWASFGLVDLVSFDLAGIKSFTRFWALLMFGSYSVINIIVLLNMLIAMMSN
SYQIISERADVEWKFARSQLWMSYFEDGGTVPPPFNMFPSVKVMRKLFGKERPKRTKSFM
MKSRVKAQSLHERVMKLLIRRYVTAEQRHRDDFGITEDDIIEVRQDISSLRFELLDIFTN
NNFTVPDIEKKSAGAAAGKKGKILERRILKDFQIGFVETLQTELVNSAEEGKDIFASLAS
AIRKKRSQKGEKDWNAIARKNTMSSNPIGSKRSSLQRHSQRSLRRRILEQANEGLHMNQN
QLIEYNPTLGEVTRATRVAYVKFMKKKMVAEEGKEAEELKTSDATNATTKDEKPSTKATL
KKTDVKKDDAAKPAAGKPPAPAGDKAKPAAPAKPGAAKPADAKAAAPAPPNKPADAAAKP
AVAKPGAETKPPAAAKKEETAKTAGAKPEAPAAAGAAKSATPSAPAKPDAATKPPGDAAK
TATDAATKAADGADKKATDKKPDDKKADDKKPDDKKPDDKKPDDKKPEAAVKKPDDKKDP
PAKPAIKVGQSSAAAGGDRGKSVVTGRMISGWL
NT seq
3522 nt
NT seq
+upstream
nt +downstream
nt
atggctagtgatccggaaaaggggaaaaatgaagaagaaaattataatatacaatttgca
gatgaatatgttttatcggatgtggagaaatcttttttattggcttgtgagcgtggtgat
atagcaggtgttaaggcaataattgaagagaataaacccttcccggataagtttaatctt
aattgtgttgatcctatgaatcgttcggccttaatagcagccattgaaaatgaaaatttt
gatttaattgttgttctgttagaggaaggcatagaggttggcgacgcattactgcatgct
atatctgaagaatatgttgaggctgtggaagaactcttacagtgggaagaaacgcatcat
aaagaaggtaaaccatatagttgggaagcggttgatcgttccaaatcgacatttactcct
gatataacgccccttatattagcagcacatcgtaacaattatgaaattttaaaaattcta
ttggatcgtggtgccacattgccaatgccccacgatgtcaaatgcggttgtgatgaatgt
gtaacatcacaagaaagcgactccttacgccattctcagtcgcgtattaatgcttatcgt
gcgctttcagctagttcgcttatatcccttagttcacgtgatcctgttttaacagcattc
gaattagcatgggaattgaaacgtttgcaagcaatggagtcagaatttcgtgcagaatat
ggagaaatgcgtcaaggtgtccaagaatttgttacatcattattagatcatgctagaaca
tcaaccgaacttgaagtaatgttaaactttaatcacgaagcatctaatgacatttggact
cctggtcaaagacagacattagagagattaaaattggccattaagtataagcaaaagacg
tttgtgtctcatccaaatgtacaacaattactggccgccatttggtatgaaggtttgccc
ggctttcgtcgcaaacaaagttctcaacaaataatcgaagttgtgaaattaggttgtatg
tttcccatcaatagtatgaattatcttatggcccccgaatcagatgctggcaaatttatg
agaaaaccatttgttaaatttatctcacattcgtgctcttatatgttctttttgatgtta
cttggcgctgcttcattgcgtgtggttcaaataacttttgagttgctagcgtttccatgg
atgctcgaaatgttggaagattggcgtaaacatgaaagaggttctctgcccgggcccatt
gaattgggtatcattacttatattgcaagtttaattttgggtgaattaaaatcattatat
tccgatggtttgtttgaatatattatggatttatggaatattgtggatttcatttcgaac
atgttttatgtaacgtggatattatgtagggccaccgcctggattatagtgcatcgtgat
ctctggtttcgtgatataaatccctattttccaagagaacattggcatccctttgatccc
atgctgctgtcggaaggagctttcgctgcaggcatggtattttcctatttaaaactagtt
catatcttctctataaatcctcatttgggaccactacaagtatcgttgggtcgcatgatt
atcgatattataaagttcttctttatctacactttggtattgtttgctttcggctgtggt
ctcaatcaattgctgtggtactacgctgatttggagaaacacaaatgttatcatttacat
ccagatgtggcagattttgatgatcaagagaaggcctgcaccatatggagaagattttca
aatctttttgaaacatcacaatcactattttgggcatcttttggtttagtagacttggtg
tcattcgatttagccggtattaagagcttcacccgtttctgggccttgctaatgttcggc
tcatattcggttataaatattatcgtcttacttaacatgcttattgccatgatgtccaat
tcatatcaaatcatttccgaacgtgccgatgttgaatggaaatttgcccgttctcaattg
tggatgagctattttgaagatggtggtactgtaccaccacccttcaatatgttcccctcg
gttaaagtgatgcgtaaattatttggtaaggagcgaccaaaacgtaccaagagttttatg
atgaaatcaagggttaaggcacaatcattacatgaacgtgtaatgaaactattgatacga
cgatatgttacggccgaacagcgtcaccgagatgatttcggcataaccgaagatgatatc
attgaagtgcgtcaagatatcagttcgttgcgtttcgaactgttggacatatttacaaat
aataattttactgttccggatatagaaaagaaatcagcaggtgctgcggctggtaagaag
ggtaagatattggaacgacgaattttgaaagatttccaaatcggttttgtcgaaactcta
caaactgaactggtaaatagtgcagaagagggcaaggatatatttgcatcgttagctagt
gctatacgcaaaaagagatcacaaaaaggcgaaaaagattggaatgctattgctcgcaaa
aatactatgagttcaaatcccattggctccaaacgttcatctttacagagacattcacag
cgcagtttgagacgccgcattttagaacaagccaacgaaggtcttcatatgaatcaaaat
caacttatagaatacaatcccactcttggagaagttacaagggctactcgtgttgcatat
gtcaaattcatgaaaaagaaaatggtagctgaagaaggtaaagaagctgaagaactcaaa
acaagtgatgcaactaacgccacaacaaaggatgaaaagcccagcactaaagccacattg
aaaaaaacagacgttaagaaagatgatgccgctaaaccagctgctggaaaaccaccagct
ccagctggagataaggccaaaccagcggcgcctgctaagccgggagctgccaaacctgct
gatgctaaggctgctgcacccgctccacccaataaaccagcagatgctgctgctaaacct
gctgtagctaaacccggggcagaaaccaaacctcctgcagcagctaaaaaggaagaaact
gctaaaaccgctggtgccaaacctgaagcacctgcagcagctggagcggcaaaatctgct
actcccagtgcacccgcaaaaccggatgctgccaccaaacctcctggcgatgctgccaaa
acagctacggatgccgctacaaaggcagctgatggtgctgataagaaagcaaccgacaag
aaacccgatgacaagaaagccgatgacaaaaaacccgatgacaagaagcccgatgacaaa
aagccagacgataaaaaacccgaagccgctgttaagaaaccagatgacaaaaaggatcca
cctgccaagccagcaattaaagttggtcaaagtagtgctgctgccggcggtgatcgtggt
aaatcagttgttactggtcgcatgatatcgggttggctttaa
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