Melitaea cinxia (Glanville fritillary): 123662831
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Entry
123662831 CDS
T09237
Name
(RefSeq) transient receptor potential protein
KO
K04967
transient receptor potential cation channel subfamily C member 4
Organism
mcix
Melitaea cinxia (Glanville fritillary)
Pathway
mcix04745
Phototransduction - fly
Brite
KEGG Orthology (KO) [BR:
mcix00001
]
09150 Organismal Systems
09157 Sensory system
04745 Phototransduction - fly
123662831
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04040 Ion channels [BR:
mcix04040
]
123662831
Ion channels [BR:
mcix04040
]
Voltage-gated cation channels
Transient receptor potential channel (TRP)
123662831
BRITE hierarchy
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
TRP_2
Ion_trans
Ank_2
PKD_channel
Ank
Ank_4
Ank_3
Ank_5
DUF6046
DUF4227
Motif
Other DBs
NCBI-GeneID:
123662831
NCBI-ProteinID:
XP_045453580
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All DBs
Position
19:11342198..11389739
Genome browser
AA seq
1147 aa
AA seq
DB search
MNRGSREELLGSSQEAVRNSMVDLHSFQEKPLTKEEKSFLLNADRGDYVTVKRLIEVYAS
KPEILDINCVDPLNRSALIAAIENENIELIKLLLGSGIKVKDALLHAIKEEYVEAVELLL
QWEEEHHVPGEPYSWESVDPSAATFTPDITPLILAAHRNHYEILKLLLDRGATLPVPHDV
KCGCDECVKSSQEDSLRHSQARINAYRALSSPSLIALSSADPLLTAFELSWELGRLSRME
TEFRIEYKNLRHQCQEFATSLLDHTRTSQELEIMLNYNPWDMDSWEPGERQTLGRLKLAI
KYKQKMFVAHPNVQQLLGSIWYEGLPGFKRKSIVGQCVQVAKLGAMFPVYCTIYMLAPDS
EYGQFMKKPFVKFISHSSSYMMFLMLLSLASQRAEYLVLEWSGISWLQELVEFWKSRERG
SLPGLIESTVILFIASLVWGEIRSLWENGLLEYLSDLWNIVDFITNVFYIAWISLRFTSW
YIVQRDFHSGKDPWYPRERWDSFDPMLLSEGAFAAGMIFSFLKLVHIFSINPYLGPLQVS
LGRMIIDIIKFFFVYMLVLFAFACGLNQLMWYYAELEKGKCYHHPSGVADFDTQERACSI
WRRFANLFETSQSLFWASFGLVDLTTFELTGIKSFTRFWALLTFGSYSVINIIVLLNMLI
AMMSNSYQIISERSDVEWKFARSNLWMSYFEDGDTVPPPFNIIPTPKHVNGWIQKILHNK
NRGSIINKSREKARQQHEAVMRILIRRYVTAEQRDRDEEGVTEDDVMEIRQDISTLRFEL
IDILRNNGMKTPTVNIQDTTISGKKGKVMERRILKDFQIGIVEGIIKDVISKESKPKDVF
SQIAKAIVRRGSETDKKKDWNAQVRRSTIRKDPIGSKAEADTKRSRQSLRAHILDNVSAR
TIDPQKLLQYNPNLSAVTPTARVAYAKFMRSKIKSDFTDTVGQEQESADAAKESEAKEAP
SGSKEDEEKAATKIKVEADIESKGSGGKTEEAKQTSAPPKEAAGASTSAPAKTEKPPSPQ
KKSESKDHVIEIEEPESPSSSLYITKEEDKNLQKPITPTPSGPSEQILSASTLEADQQKE
AKAPSVTITVEEPKKSEEPKEPKKKEPKPKESPGPSRLSPSPAPPKPGIVTDKGKSKVTG
KIVSGWL
NT seq
3444 nt
NT seq
+upstream
nt +downstream
nt
atgaaccgcggctcgagagaagaactgcttggcagctcgcaggaggctgtgcggaacagc
atggtcgacctgcacagcttccaggaaaagccgctgacgaaagaggagaaatcgttcctc
ctcaacgccgacaggggagactatgtaactgtcaagaggttaatagaagtatacgcctca
aagccggagatcctagacataaactgcgtagaccccctcaatcgatcagccctaatcgct
gccatcgaaaatgaaaacattgaactcataaaactactcctcggttctggaataaaagtg
aaggatgcactactgcacgctatcaaagaagaatacgtggaagcggttgaattgctactg
cagtgggaagaggaacaccacgtccccggcgagccttatagctgggagtccgtagaccca
tcagcggcaaccttcactccggacatcacgcccctgatattagcggctcatcgcaaccat
tacgagatcctgaagctcctgctagatcgaggcgccacgctgcccgtgccccacgacgtc
aaatgtggatgcgacgaatgcgtgaaatcatctcaggaggattcgctgaggcactcgcag
gctcgcatcaacgcgtaccgcgcgctcagctccccttcccttatcgctctgtcttctgcg
gaccccctactaaccgccttcgaactctcatgggagctgggcagactcagccgaatggaa
accgaatttagaatagaatataagaaccttcgtcatcaatgccaagaattcgccacttcc
ctcttagaccacacgagaacatctcaagagctggagataatgctaaattacaacccctgg
gatatggacagctgggagccaggtgaaagacagacccttggaaggttaaagctggctatc
aagtacaagcagaaaatgttcgtagcgcatccaaacgtgcaacagttactcgggtctata
tggtatgaaggtttaccagggttcaagagaaagagtatagtcggacaatgtgttcaggtg
gctaaactaggcgcgatgtttccggtgtactgcacgatatatatgctggcgcccgactcc
gaatacggccaattcatgaaaaaacccttcgtcaaattcatcagtcatagttcctcatac
atgatgtttttaatgctactatccttggcgtcacaaagagcggaatacttagttctggaa
tggtctggcatatcttggctgcaagaattagttgagttctggaaaagtcgagaacgaggc
tctttacctggcttgatagaatctaccgtcatactcttcatagcaagtttggtttgggga
gaaataagatcattatgggaaaacggacttcttgagtacttgagcgatttatggaatata
gtcgacttcataacgaacgtgttttacatagcttggataagtttgcgtttcacttcctgg
tatattgtgcagcgggatttccacagcggtaaggatccttggtacccaagagaacgctgg
gactcattcgatccaatgctgctatcggagggtgccttcgcagccggcatgatattctcc
ttcctgaagctggtccacatcttctccatcaatccctaccttgggccgctccaagtgtct
ctcggcaggatgatcatcgacatcatcaagttctttttcgtgtacatgcttgtgctattt
gcatttgcatgcggtctgaaccagctgatgtggtactacgctgagttggagaagggtaaa
tgctatcaccatccatccggtgtggctgacttcgacactcaagaaagagcttgtagtata
tggagacgatttgcaaacttattcgaaacatcacaatcacttttctgggcgtcttttggt
ctcgttgaccttactacattcgaactgaccggcatcaagagcttcaccaggttctgggct
ctgctgaccttcggatcgtactccgtgatcaacatcattgtacttctgaacatgcttatt
gctatgatgtctaactcctatcagattatttcagaaagatcagatgtggaatggaaattc
gctcgcagcaacctttggatgtcatactttgaagatggtgacacggtaccaccccctttt
aatatcatccccactcctaaacacgtaaacggctggatacagaagattctccataataaa
aaccgaggatctataattaataaatcccgcgagaaagctcgtcaacaacatgaagcagta
atgcgtatcctgatcagacgctacgtgaccgctgaacagcgtgacagagatgaagaagga
gtgacagaggatgacgttatggaaatcagacaggatatatcgacattacgctttgagctg
atagatattttacgtaacaatggaatgaagacaccgactgttaacatacaggatactaca
atatcgggcaaaaaaggtaaggtgatggagaggagaatcttgaaggacttccagattggt
atcgttgagggcataataaaggacgtgatatcgaaggagagcaagccgaaggacgtgttc
agtcagattgctaaagctattgttaggcgaggaagtgaaactgataagaagaaggactgg
aacgcccaagtccgtaggagtacaatccgaaaggacccgattggatcgaaagctgaagct
gataccaagcgcagccgacaatctcttagagctcacatattggataacgtatctgctagg
acaatcgaccctcagaaactcttgcaatacaatccgaacctgtctgccgttacaccgacg
gctcgtgtcgcatacgctaagttcatgaggagcaagatcaaatctgacttcaccgatacc
gtggggcaggagcaagagtctgcggatgcagcgaaagaatccgaggctaaggaggctccg
tctggatctaaggaagatgaagaaaaagctgcaactaaaataaaagtagaagcggatatc
gagagcaaaggttccggaggcaaaacagaagaagctaaacaaacatcggcacctcctaaa
gaagcagccggagcttctacatcagcacctgctaaaactgagaaaccaccgtcacctcag
aagaaatctgaatcaaaagaccatgtaattgaaatagaggaaccagaatcaccatctagt
agcttgtacataaccaaggaggaagataagaatcttcagaaacctatcacgccaacaccg
agtggaccttcagagcaaattttatcagcatccacccttgaagctgatcaacaaaaggaa
gcaaaggcaccatcggttacaataactgtagaggaacctaagaaatcagaagaacctaaa
gaaccaaagaaaaaagaacccaagccgaaagaaagtccaggaccttctaggcttagtcca
tcgcccgctccacctaaaccaggtattgttactgataaaggaaaatcgaaagtaacgggc
aaaattgtttctggatggctttag
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