Empidonax traillii (willow flycatcher): 114059057
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Entry
114059057 CDS
T05887
Symbol
TMC3
Name
(RefSeq) transmembrane channel-like protein 3
KO
K21988
transmembrane channel-like protein
Organism
etl
Empidonax traillii (willow flycatcher)
Brite
KEGG Orthology (KO) [BR:
etl00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02000 Transporters [BR:
etl02000
]
114059057 (TMC3)
03037 Cilium and associated proteins [BR:
etl03037
]
114059057 (TMC3)
Transporters [BR:
etl02000
]
Other transporters
Pores ion channels [TC:
1
]
114059057 (TMC3)
Cilium and associated proteins [BR:
etl03037
]
Other cilia and associated proteins
Stereociliary proteins
114059057 (TMC3)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
TMC
TMEM43
Chordopox_A33R
Motif
Other DBs
NCBI-GeneID:
114059057
NCBI-ProteinID:
XP_027742856
LinkDB
All DBs
Position
Unknown
AA seq
1101 aa
AA seq
DB search
MAASTGSPAAKSAKSGKKYRTAKRHAGIYTYQEPPHSNSDDDIGEEKAESHDPEQIFQNI
QYQKEIMSNIRCRPWPMRQKLRALRQAKEIVLKYEGRLTRTRGYQAAGAELWRKFIRLAY
NFVVIFIPWEMRIKKIESHFGSGVASYFIFLRWLFGINIVLTIMTGAFVVLPELLAGAPF
GSTVSKTIPKEHIASAQDLDTIWSLGGYLQYSVLFYGYYGRDRKIGKAGYRLPLAYFLVG
MAVFAYSFIILLKKMAKNSRMSLASASDENYTFCWRLFCAWDYLIGNPEAAESKAAAIVN
SIREAILEEQEKKKSKNLAVTITLRIIANILVLLSLAGSIYIIYFVVDRSQKLERIKKEL
TLWEKNEVSVVVSLITMIAPSAFELVAALEMYHPRTTLRFQLARVLVLYLGNLYSLIIAL
LDKVDSMSVTVSGVTNNASNSTTSLATKTLSKDDNFTIPNVQIKRSGTVTLEEQDLMVSE
SLVNKTSFNTQNPQDQCWETYVGQEMLKLSIIDMIFTVASILLIDFFRGLCVRYLSDCWC
WDLESKFPEYGEFKIAENVLHLVYNQGMIWMGAFFSPCLPAFNVLKLIGLMYLRSWAVLT
CNVPHQQVFRASRSNNFYLAMLLFMLFLCMLPTIFAIARYKPSLSCGPFSGQEKIYDIVS
ETIQNDFPTWFNTVITYISSPVVVLPALLLLFMLIYYLQSIARSLKFTNNQLRMKIQTER
TEDKKKVVQMAVARIQNLDSNDKRPDQDNDIISQESSVRSSTPRKNGSVLNFESPVSKGT
RIQTISQSVPQTVPSTDVARPVNATPTTSTSLTPAPSITSVQKPRNDHITNRYPGVVHRS
TSELCKTKSCTPVAFKKHTEDIHSEPLFRKAIRQVNPDALGAGAPVFVECRPYATRYFLV
NENEPRKKSLRSTSRLQRHFRKEESGDIIELYPRHVRRYVVRTPHEMYSSHPSEDDEDEE
ELGRELMSRSHRPRSLSDLRPAPRFYIGEHAARVHCKSWDDGFELELDRPPYAYKKVHLN
YPEPRVKPKSKQKLEQSLTESDSISIESSSDPQNSSNDQYIQVIHSKDKYPKSGTKLTKK
KSKNSVDLSMTESNELVCSNV
NT seq
3306 nt
NT seq
+upstream
nt +downstream
nt
atggcagcatcgacgggctcccctgccgccaaatctgccaagtccggcaaaaagtaccgc
acggcgaagcgtcacgccggcatctacacctaccaggagccgccccacagcaactcagat
gacgatatcggtgaagaaaaggctgagagccatgacccagagcagatcttccagaacatt
cagtaccagaaggagattatgtctaacatccgctgccggccgtggccaatgaggcagaag
ctgagggcgctcaggcaggcgaaggagatcgtgctgaagtacgaagggaggctcactaga
accagaggttaccaagctgctggggcagagctttggaggaagtttattcgacttgcgtat
aattttgtggtaatctttattccttgggaaatgagaataaagaaaattgagagtcacttt
gggtctggagttgcctcttacttcattttcttgagatggctgtttggaatcaatattgta
cttaccataatgacaggagcatttgtagtcttaccagagctactggccggagcaccgttc
ggcagcacggtcagcaagaccatccccaaggagcacattgcatctgctcaagacctggac
accatctggtcgctggggggctacctccagtactctgttttgttttacggctactacggc
cgtgacaggaagattgggaaagctggatacaggctgcctctcgcctacttccttgttgga
atggcggtgtttgcttacagcttcatcattcttctcaaaaaaatggcaaagaactcaaga
atgagtttagcaagtgcctctgatgaaaattacactttctgctggagactgttctgtgct
tgggactatttgataggaaaccctgaggctgcagagagcaaagctgctgccatagtcaac
agcattagggaagctatattggaagagcaggagaagaagaaaagcaaaaacttggcagtg
actataaccttaagaattattgcaaacatccttgtgcttctctcgcttgctggaagtatt
tacatcatctacttcgtcgtggatcgatcccaaaagttagagcgcatcaaaaaggaattg
actctatgggaaaaaaatgaggtaagcgtagttgtgtcactgatcacaatgattgcaccc
tctgcttttgaacttgtggcagctctggagatgtatcatccaaggaccactcttcgcttc
cagcttgccagggttcttgttctatacctgggaaacctctacagtttaatcattgcactc
ctggataaagtggacagtatgagtgtcactgtctctggcgttacaaacaatgcaagtaat
tctaccacctccttagcaaccaaaactctttctaaagacgacaactttactattcctaat
gtacaaattaagagaagcggcactgtcacactggaagagcaagacttgatggtttctgaa
tcactggttaacaaaacttcctttaacacccagaacccacaggatcagtgctgggagaca
tatgttggtcaagagatgctaaagctttccattatcgacatgattttcacagtcgcaagc
atcctgctaattgactttttccgtggactgtgtgtccgatatttaagtgactgctggtgc
tgggatctagaaagcaaatttccagaatatggagaattcaaaattgcagagaatgtattg
catttggtctataaccaaggaatgatctggatgggagctttcttttcaccttgcttacca
gcattcaacgttctcaagttgattggactcatgtatctcaggagctgggctgtgctaacg
tgcaatgtaccacatcagcaggttttcagagcatctcggtccaataatttctacttggcc
atgttgctgtttatgttgttcttatgcatgttaccaacaatttttgctattgccagatat
aagccatctttaagctgcggtcccttcagtggtcaagaaaaaatatatgatattgtttct
gaaacgattcaaaatgattttcccacgtggttcaacacagtgattacttacatcagcagt
cctgtggttgtcctccctgcactactgcttttattcatgctaatctactacctacaaagt
attgcaagatcattaaaattcaccaacaatcaactgagaatgaagatccaaacagaaaga
actgaagataagaaaaaggtggttcagatggcagtagccagaatccaaaatctggatagt
aatgacaagagaccagaccaagacaatgatattatcagccaagagtcttctgttcgatcc
tcaactccccgaaagaacggcagtgtcttgaactttgaatctcccgtgagcaaaggcacc
agaatacaaaccatttcccagtctgtgccacaaacggtgccatcaactgatgttgcaaga
cctgtcaacgcaactcccacaacttcaacctctttaacgccagctccctccataacaagt
gtacagaaaccaagaaatgatcatatcacaaacagatacccaggtgttgtgcataggagc
acaagtgagctctgcaaaacaaagtcctgcacaccggtggctttcaaaaagcacactgaa
gatattcattctgagcctcttttcagaaaagccattcggcaggtaaatccggatgccctt
ggggcaggggctcctgtttttgtggaatgtagaccatatgctaccaggtattttctggtt
aatgaaaatgagccccgcaaaaaatccctccgttctacctcccgactccaaaggcatttc
agaaaggaggagtcaggagacattattgagttgtatccacgccatgtcagaagatacgtg
gttcgaacaccacacgagatgtattcctctcatcccagtgaagatgatgaggatgaggaa
gaacttgggagagaattaatgagcagatctcaccgccctcgctcactgtctgaccttcgc
ccagcaccacggttttacatcggggaacatgctgccagagtgcattgcaaatcctgggat
gatggtttcgagctggaactggacaggcctccatatgcttacaaaaaagtacatctgaac
tatcctgagccccgtgtgaaaccaaaatcaaagcaaaaactggagcaatctctaacagaa
tctgattccatttccattgaatccagcagtgatccgcagaacagcagcaatgaccagtac
atccaggtcattcatagcaaggacaagtatccaaaatctggaacaaagctcaccaaaaag
aaatcaaaaaacagtgttgatctaagtatgactgagtctaatgaactggtatgctcaaat
gtttga
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