Anas platyrhynchos (mallard): 101803859
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Entry
101803859 CDS
T02816
Symbol
TMC3
Name
(RefSeq) transmembrane channel-like protein 3
KO
K21988
transmembrane channel-like protein
Organism
apla
Anas platyrhynchos (mallard)
Brite
KEGG Orthology (KO) [BR:
apla00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
02000 Transporters [BR:
apla02000
]
101803859 (TMC3)
03037 Cilium and associated proteins [BR:
apla03037
]
101803859 (TMC3)
Transporters [BR:
apla02000
]
Other transporters
Pores ion channels [TC:
1
]
101803859 (TMC3)
Cilium and associated proteins [BR:
apla03037
]
Other cilia and associated proteins
Stereociliary proteins
101803859 (TMC3)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TMC
Motif
Other DBs
NCBI-GeneID:
101803859
NCBI-ProteinID:
XP_038040665
Ensembl:
ENSAPLG00000011080
LinkDB
All DBs
Position
11:13336688..13403122
Genome browser
AA seq
1128 aa
AA seq
DB search
MAAAPGAAAVKTAKSCKKYQTVKRHASIYTYQEPPHSNSDEDISEDKADNHDPEQIFQNI
QYQKEIMSNIRCRPWPMRQKLRAAQAKEIVLKYEGRLTRTRGYQAAGAELWRKFLRLAYN
FVVLFIPWEMRIKKIESHFGSGVASYFIFLRWLFGINIVLTIMTGAFVVLPELLAGAPFG
STVSKTIPKERIASAQDLDTIWSLGGYLQYSVLFYGYYGRDRKIGKAGYRLPLAYFLVGM
AVFAYSFIILLKKMAKNSRMSLASASDENYTFCWRLFCAWDYLIGNPEAAESKAAAIVNS
IREAILEEQEKKKTKNLAVTISLRIIANILVLLSLAGSIYIIYFVVDRSQRLEHTKKELT
LWEKNEVSVVVSLITMIAPSAFELVAALEMYHPRTTLRFQLARVLVLYLGNLYSLIIALL
DKVNIMSDCCKFKDICLSNSDASNSTSFLVTKTFSKEDNLSTTIPYVQITRSSIVTSEES
HTQSLTVPDSQVNQTVSYNTQNSQDQCWETYVGQEMLKLSIIDMIFTVASILLIDFFRGL
CVRYLSDCWCWDLESKFPEYGEFKIAENVLHLVYNQGMIWMGAFFSPCLPAFNVLKLIGL
MYLRSWAVLTCNVPHQQVFRASRSNNFYLAMLLFMLFLCMLPTIFAIARYKPSLNCGPFS
GQEKIYDIVSETIQNDFPAWFNTVITYISSPVVVLPALLLLFMLIYYLQSIARSLKFTNN
QLRMKIQTERTEDKKKVVQMAVARIQNLGGNDKRPDQESDLISQESSVRSSTPRKNGSVL
NFESPVSKGTRIQTISQSVPQTVPSTDVARPVNANPTTSTSLTSAPSVSSVQKSRNNHTT
NRYPSVVHGSASELCKTKPYTPVTFKKHMEDVHSEPLFRKSIRQANSDALGAGAPVFVGR
RPHATRYIIVNENESRKKSSRSTTRLQRQFRMEEPGDVIELYPRNIRRYVVRTPHRAYSP
HPSEEEEEEEELRRHYINRSHRPRSLSDLRPAPRFYIGEHADGHVLMSKDLAKVHYKSWD
DGFEMDLDRPPYAYKKVHLKNVEADQHYPEPHMKPKSKHKLEQSLTESDSVSIESSSDPQ
NSSNDQYIQVIHSKEKYLKPGSKLTKKKSKNSIDLNMSEPNELVCSNV
NT seq
3387 nt
NT seq
+upstream
nt +downstream
nt
atggcagcagctccaggtgctgctgcagtaaaaactgcaaagtcctgcaaaaagtaccag
acagtgaagcggcatgccagcatctacacctaccaggagccaccccacagcaactcagat
gaggatatcagcgaggataaggctgacaaccatgaccccgagcagatcttccagaacatc
cagtaccagaaggagatcatgtccaacatccgctgcaggccgtggccgatgaggcagaag
ctgcgggcagctcaggcaaaggagatcgtgctgaagtacgaagggaggctcactagaaca
agaggctaccaagctgctggtgcagagctttggaggaaatttcttcgacttgcgtataat
tttgtggtcctctttattccttgggaaatgagaattaaaaaaattgagagtcattttggg
tctggagttgcctcttatttcatcttcttgagatggctgtttggaatcaatattgtactt
accataatgacaggagcatttgtagtcttaccagagctgctggccggagcaccgtttggc
agcacagtcagcaagaccattcccaaggagcgcatcgcctctgctcaagacctggacacc
atctggtcactggggggctacctccagtactctgttctgttttacggttactatggtcgg
gacaggaagatcgggaaagcaggataccggctgcccctcgcctacttcctcgtgggaatg
gcagtgtttgcttacagcttcatcattctcctaaagaaaatggcaaagaactcaagaatg
agtttagcaagtgcctctgatgaaaattacactttctgttggagactgttctgtgcctgg
gactacttaataggaaatcccgaggctgcagagagcaaagctgctgccatagttaatagc
attcgggaagctatattggaagagcaggaaaagaagaaaaccaaaaatctggcagtcact
ataagcttaaggattatcgcaaacatccttgtgcttctctcacttgctggaagtatttac
atcatttattttgtcgtggatcgatcccaaaggttagagcataccaaaaaggaattgact
ctttgggaaaaaaatgaggtaagcgtagttgtgtcgctgattaccatgattgcaccctct
gcttttgagcttgtggcagctctggagatgtatcatccaagaaccactcttcgctttcag
cttgccagagttcttgttctgtatctgggaaatctctacagtttaatcattgctctcctt
gataaagtgaacatcatgagtgactgctgtaagtttaaagatatttgcttatctaacagt
gatgcaagtaattctacctccttcttagtaaccaaaactttttctaaagaagataattta
tctacaactattccttacgtacaaattacgagaagcagcattgtaacatcggaagagtct
cacactcaaagcttgacagtccctgactcacaggttaaccaaacagtttcctataatacc
cagaattcacaggaccagtgctgggagacctatgttggccaagagatgctaaagctgtca
atcatcgacatgattttcacagttgcaagcatcctgctaattgattttttccgtggactg
tgtgtccgatatttaagcgattgttggtgctgggatctagaaagcaagtttccagaatat
ggagaattcaaaattgcagagaatgtactgcatttggtctacaatcaaggaatgatctgg
atgggagccttcttttcaccttgcttaccagcattcaatgttctcaagttgattggactc
atgtacctgaggagctgggctgtgttaacgtgtaatgtaccacatcagcaggttttcaga
gcctctcgatccaataatttctacttggccatgttgctgttcatgttgtttttatgcatg
ctaccaacaatttttgctattgcccggtataaaccatctttaaactgtggtcccttcagt
ggacaagaaaaaatatatgatattgtttctgaaacaattcaaaatgattttcccgcatgg
ttcaacacagtgattacttatatcagcagtcctgtggtggtcctccctgcactcctactt
ctattcatgcttatctattacctgcaaagtattgcaagatccttgaaattcaccaacaat
cagctaagaatgaagatccaaacagaaagaactgaagataagaaaaaggtggttcagatg
gcagtagccagaatccagaatctgggtgggaatgacaagagaccagaccaagaaagtgat
cttatcagccaggaatcttctgttcggtcctcaacgccccggaagaatggcagtgtcctg
aactttgaatctcctgtgagcaaaggcaccagaatacaaaccatttcccagtctgtgccc
caaactgtgccctcaactgatgttgcaagacctgtcaatgcaaatcccacaacttcaaca
tctttaacgtcagctccctcggtatcaagtgtacagaaatcaagaaacaatcataccact
aacaggtacccaagtgttgtgcatgggagtgcaagtgagctctgtaaaacaaagccctac
acaccagtgactttcaaaaagcatatggaagatgttcattctgagcctctctttagaaaa
agcattcggcaggcaaattcagatgctcttggggcgggggctcctgtttttgtgggacgc
agaccacatgctaccagatacattattgttaatgaaaatgagtcccgcaaaaaatcatcc
cgttctaccacccgactccagaggcaattccgaatggaagaaccaggagatgttattgag
ttgtatccacgcaacattagaagatatgtggttcgaacaccgcaccgggcatattcccct
catcccagtgaagaggaggaggaagaagaggaacttaggagacactacatcaacagatcg
catcgccctcgttcactatctgatcttcgcccagcaccaagattttacattggggagcac
gctgatggccatgttcttatgagcaaggatctagccaaagtgcattacaaatcctgggat
gatggttttgagatggacctagacagacctccatacgcttacaagaaagtgcacctgaaa
aatgttgaagctgaccagcactatcctgagccacatatgaaaccgaagtcaaagcataag
ctggagcaatctctcacagaatctgattcagtttccattgaatccagcagtgatccgcag
aacagcagcaatgaccaatatatccaggtcattcacagcaaagaaaagtacctgaaacct
gggtcaaaactcaccaaaaagaaatcaaagaacagtattgatctaaacatgtctgagcct
aatgaactggtatgctcaaatgtctga
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