Salmo trutta (river trout): 115203451
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Entry
115203451 CDS
T08542
Name
(RefSeq) transmembrane channel-like protein 3
KO
K21988
transmembrane channel-like protein
Organism
stru
Salmo trutta (river trout)
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02000 Transporters [BR:
stru02000
]
115203451
03037 Cilium and associated proteins [BR:
stru03037
]
115203451
Transporters [BR:
stru02000
]
Other transporters
Pores ion channels [TC:
1
]
115203451
Cilium and associated proteins [BR:
stru03037
]
Other cilia and associated proteins
Stereociliary proteins
115203451
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TMC
DUF6221
Orf78
Motif
Other DBs
NCBI-GeneID:
115203451
NCBI-ProteinID:
XP_029623998
Ensembl:
ENSSTUG00000018674
LinkDB
All DBs
Position
12:35080077..35124045
Genome browser
AA seq
1194 aa
AA seq
DB search
MSGVSETAVVSRPSTTMKRHKSVRKNSRRIYSSYQDNQPGQSDEEGKEDEHADSNDPEQM
FQNIQFQKEIIANIRTRAWPMRRKLKALKQAREIVLKYEGRLTRTRGYQAAGADLLKKVS
RLLYNIVVLFIPWEMRIKKIESHFGSGVASYFIFLRWLFGINIVLTVMTGAFIVIPELLA
GEPFGTTRSKTIPKEHLASAQDLDTIWSLGGYLQYSVLFYGYYGPVRKLGSAGYRLPLAY
FLVGMAVFAYSFIILLRKMAKNSRLSLASASDENFTFCWRVFCAWDYLIGNPEAAESKGA
AIVNNIREAIVEEQEKKKDTSLAVLISLRVLANILVLLSLAGSIYIIYFVVDRSQKLEQE
KPELTLWEKNEVSVVVSLITMIAPSAFELVAQLEMYHPRTSLRFQLARVLVLYLGNLYSL
IIALLDKVNSMSMASAAAAAAASVVSGNLSDSTAFMATISQPGEMSLSTLVSDISISENR
NSTIATIAMVLDVNTSISTSKVTMATMYNHTGMFEQNKQKKPDECWETYVGQEMLKLSII
DMIFTVASILLIDFIRGLVVRYLSDCCCWDLESKFPEYGEFKIAENVLHLIYNQGMIWMG
SFFSPCLPAFNVLKLIGLMYLRSWAVLTCNVPHQQVFRASRSNNFYLAMLLFMLFLCMLP
TIFAIVRYRPSQHCGPFSGQEKIYDIISETIANDFPLWFSKVMSYVTSPVVALPALLLLF
MLIYYLQAIARSLKFTNNQLRMQLQTERTEDKKKVLQLASARLQAPEVPGEDRKPDQQDG
DITSRESSIHTPSPRPNGSVTNFQSPDRRGNGIRTITQSASRAETARATFAAGASRSPTV
SILHKQRLENIPNRHPSYLGGPSGTCRSKSYHHVAYNPPTRYSSEKIHSDPIYRKTIRPM
HSAEAAGIVTAQNYVGRRPYTTRYVIVNEHEARKKLLRSATRVPRHFRSEDPVGEIVELI
PRNIKRYTPRAPHLHGHPHRSNPPQSHLSDEEEEEEAGGKRESRRGSFGQTHRPRSLSDL
HQPARFYIGERLETKLPVASKDTNTARGRYGSEAQKADWEDMETRLHSLSQTSIRGAELP
PPVRHTQSPARHPHSPSRPVHSSPQGPGRRLEPQVKPKTSRSKLEPSLTESDSASLASSS
DQQNSSTDQYIQVIHNKEKYLKSEARQGKLAKKKSKASMDLNVPGSKDLVCSNV
NT seq
3585 nt
NT seq
+upstream
nt +downstream
nt
atgagtggcgtgtctgagactgctgtggtcagtagaccctcgaccaccatgaagcgacac
aagagtgtcaggaagaactccaggcggatttactcatcttatcaagacaaccagccaggc
caatcagatgaggagggcaaggaggatgagcatgcggacagcaacgacccagagcagatg
tttcagaacatccagtttcagaaggagatcatcgccaacatacgcacccgagcctggcct
atgagacgcaagctcaaagccctcaagcaggccagagagattgtcctgaagtacgagggg
aggctaacaagaaccagagggtaccaggctgctggggctgatctgctgaagaaggtctcc
aggttgctgtacaacatcgtggttctgtttattccctgggagatgaggatcaagaaaata
gaaagtcactttgggtcaggggtggcctcctacttcatcttcctcagatggctgtttggt
atcaacatagtccttactgtcatgactggagcattcatagttatacctgagctcctggcc
ggagagccgttcggaacaacccggagtaagaccattcccaaggagcacctggcctcagcc
caagatctggacaccatctggtctcttgggggctacctccagtactcggtgttgttctat
gggtactatggcccagtgaggaagctcggcagtgccggctatcgtctccccctggcctat
tttctggttgggatggctgtttttgcctacagtttcatcattctgttaagaaagatggct
aagaactcccgtctgagcctagccagtgcctctgacgagaacttcaccttctgctggaga
gtgttctgtgcctgggactacctcatagggaaccctgaggctgcagagagcaagggagcc
gctatcgtcaacaacatcagggaggccattgttgaggagcaggagaaaaagaaggatact
agtctagcagtcctgattagtctgcgtgtcctagccaacatcctggtccttctctctctg
gctggcagcatttatataatctactttgtggtggaccgctcccagaaactagagcaggag
aagccagagctaacactatgggagaagaatgaggtgagtgtggtggtgtccctcatcacc
atgatcgccccgtctgcctttgagctggtggctcagctggagatgtaccatcctaggacc
tccctccgcttccagctggccagagtcctggtgttgtatctgggtaacctgtacagcctc
atcattgcccttctggacaaggtcaacagtatgagtatggcgtcagctgctgcagctgcg
gcggcctctgtggtttcggggaatttgtctgactccacggcattcatggcgactatctcc
cagccgggggagatgagcctctccaccctcgtatctgacatctccatatctgaaaaccgc
aacagcaccatagcgaccatcgccatggtgctggatgtcaacaccagcatcagcactagc
aaggtcaccatggcaaccatgtacaaccacactgggatgtttgagcagaacaagcagaag
aaaccggacgagtgctgggagacctacgttggacaggagatgttgaagctgtctatcatc
gatatgatcttcacggtggccagtatcctgttgatagacttcatcagagggctggtggtc
aggtacctgagtgactgctgctgctgggacctggagagcaagtttcctgagtatggggaa
ttcaagatagctgagaatgtactccacctgatatataaccaaggaatgatctggatgggt
tcgttcttctctccctgtctgcctgccttcaacgtgttgaagctgataggcttgatgtac
ctgaggagttgggctgtgctcacctgtaacgtccctcaccaacaggtgttcagagcatcc
agatcaaataatttctacctggctatgctgttgttcatgctttttctgtgtatgctgccc
accatctttgccatagtgagatacagaccttcccaacactgcgggccatttagcggtcag
gagaagatttatgacatcatctcagagacgatagccaatgacttcccgctgtggttcagt
aaagtgatgagttacgtcaccagccctgtcgtagcgctgcccgctctgctgctgctgttc
atgttgatctactaccttcaggccattgccagatcccttaaattcaccaacaaccagctg
aggatgcagcttcagactgagagaacagaagacaagaagaaggtattacagctggcttca
gcgaggctacaggccccagaggtccccggggaggacaggaagcctgaccagcaggatggt
gacatcaccagccgcgagtcgtccattcacacgccgtcgccacgacccaacggcagtgtc
acaaacttccagtcgcccgatcgtcgcggcaacggcatccgcaccatcacccagtcggca
tcgagggccgagaccgctagggcgacatttgctgctggggcgtctagaagtccaacagtg
tccatactgcacaagcaaaggctggagaacatccctaacagacacccttcctacctggga
ggccctagcggtacctgcaggtccaagtcctaccaccatgtggcgtacaaccccccgaca
cgctactcctcagagaagatccactccgacccaatctacaggaagaccatcaggcccatg
cactccgcagaggcagctgggatagtgaccgcccagaactatgtgggccgtcgcccctac
accacgcgctacgtcatcgtcaatgagcacgaagctaggaaaaagttgctccgatcagcc
acacgcgtccctcgccacttccgatcggaggacccggtgggtgaaatcgtggagctgatc
ccacggaatatcaagcggtatactccaagggctccgcatctgcatgggcacccacatagg
tcgaatccgccgcagtcacacctgagtgatgaagaggaggaggaagaggcaggggggaag
agggagtctaggagggggtcgttcgggcagactcaccgaccccgctcactctccgacctc
caccagccggctcgcttctacatcggagagcgcctggagaccaagctacctgttgcgtca
aaagacaccaacactgctagggggcgctacggcagtgaagcccaaaaagcggactgggag
gatatggagacgcgcttgcactccctctcccagaccagcatcagaggagcagagcttcca
ccaccagtcaggcacacacagtccccagccagacacccccactccccgagcagacctgta
cactcatccccccagggccctggaagacgcctggagccccaggtcaagcccaagacatcc
aggtccaagctggagccttccctgactgagtcggactcggcctctctagcctccagtagc
gaccagcagaacagcagcacagaccagtacatccaggtcattcacaacaaggagaagtat
ctcaagtctgaggcaaggcaaggcaagctggctaagaagaagtccaaagccagtatggat
ctcaatgtgcctgggtccaaagacctggtctgctccaacgtgtag
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