KEGG T01082: 100220381

Taeniopygia guttata (zebra finch): 100220381

Entry

100220381         CDS       T01082

Name

(RefSeq) sodium channel protein type 5 subunit alpha

K04842

voltage-gated sodium channel type X alpha

Organism

tgu Taeniopygia guttata (zebra finch)

Brite

KEGG Orthology (KO) [BR:tgu00001]
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:tgu04040]
    100220381
Ion channels [BR:tgu04040]
Voltage-gated cation channels
  Sodium channel, voltage-gated (Nav)
   100220381

SSDB

Motif

Pfam:

Ion_trans Na_trans_assoc PKD_channel Na_trans_cytopl GPHH IQ IQCJ-SCHIP1

Other DBs

NCBI-GeneID:

100220381

NCBI-ProteinID:

XP_030120078

Position

2:5087329..5121876

AA seq 2023 aa
MGKQLFHFHNLPVLELLDFLSTCFYCLDRISDKKRSMKMAEFLLPGANNFRRFTQESLAA
IKKRIAAKKNCQKNTTEQKPEEKPRPQLDLKAFQKLPALYGNPPPELIGEPLEDLDPYYK
DHKVFIVLNKQKTIYRFTATRALWIFSPFHPIRRRAIKILIHSLFTWFIMCTIITNCVFM
SLAESSKTSSPSWNTYVEFTFTGIYTFESLIKILATGFCLNEFTFLRDPWNWLDFTVIVM
AYVGAFSDLGSVSVLRTFRVLRALKTISVVPGLKIIVGALIQSVKKLADVMILTVFCLSV
FALIGLQLFKGNLRQKCIRNSTEICNKTWESYEKFANDSDDFARKNGTVDILLCGPGAGD
CPPGYKCCKIGPNPDYGFTSFDTFGWAFLSLFRLMTQDYWERLYQQTLRASGKVYVVFFM
MVIFLGSFYLVNLILAVVTMAYEDQNKATIAETEAKERKFREAMELLQKEQESLGIKGID
ILSLTSLEASSLSPKEIKERSNREMRNKSLGREENEEELPKSPLPDSQRKLSLLGLAPAK
RRLSHGSVFNFQIPTVEVEVGSRTDLTAEGLKPRCRSLSGAPMGRRPSLQSQRGHSSHPA
TPNWARSSDGGNLDERLGVGSGLAGGSSRGHSQDPVSSEGAVLPPVMEDAGKGNLQPAVH
DESSMMHLPPHLSAEYFNEALQRQRAASVVSIITSVLEEHEEAQQKCPPRLKNFALKYLI
WDCCPLWLRIKEKVAAFIQDPFFDLTITVCIVMNTLFMALEHNNMSPTFKFMLKIGNLVF
TGIFTAEMILKIIALDPYYYFQKPWNIFDSVIVTLSLIELSFPRHKSKKERGKGGTLSVL
RSFRLLRVFKLAKSWPTLNTLIKIICNSLGALSNLTLVLAIVVFIFAIVGVQLFGRSYVL
HCTKISKDCKPRWHMKDFFHSFLIIFRILCGEWIETMWDCMVVAEPSLCLFVFLLVMVIG
NLVVLNLFIALLLNSFSADSLQTTEDDGEMKNLRIAFARIRKGFHFVKSVTWDACCRKLR
QIKKVHKKKIKLTAQNSFGLKSKETKSCKENYNNEWIEKNKDKCPGLDDFVRNPNVFVCV
PIAEAEDTSEGFEDDDKLNTFTDTECSKQDENHLRQRGDRAKNSGSLSKGSGFSSEEFSV
LYLGNDMKGELSSPEGKELDTISSSEVSTVDLTNPEDVLKQIPEFSEDFKTPEQCFPEGC
ARYFHCCLDSAAKFGGETWWNLRKTCYQIVEHSWFESFIVFMILLSSGALAFEDIHIHKR
ERIQAMLGFLDKMFTYIFVLEMLLKWVAYGFKKYFTNAWCWLDFLIIDVSLINLFGSTFG
PMKSLRTLRALRPLRALSRFEGMRVVVNALLGAIPSIMNVLLVCLIFWLIFSIMGVNLFA
GKFGKCVNMTDENSVLDNNIKNKTDCGMYNNTGKIFWVNVKVNFDNVGSGYLALLQVATF
KGWMDIMYAAVDSREKDDQPEMENSLYMYLYFVSFIIFGSFFTLNLFVGVIIDNFNQQKK
KISGEDIFMTEEQKKYYNAMKKLGSKKPQKPIPRPLNRYQGFLFNIVTSQMFDVVIMGLI
CLNMITMMVETYEQSETKTNILSKINILFVTIFTAECVLKLLALRQYYFSNAWNIFDLVV
VIMSLVALLLSSIGKAFEHFLPPTLFRVIRLARIGRILRLIRGAKGIRTLLFALMMSLPA
LFNIGLLLFLVMFIYAIFGMANFAYVKMEDGIDDMFNFQTFANSMLCLFQITTSAGWDGL
LSPILNTGPPFCDPNINGTVGECGKPAIGIIYFVSYIIISFLIVVNMYIAIILENFNAAT
EESAEPLGEDDFDIFYEIWEKFDPEATQFITFSALSDFADALPKPLCVPKPNKVELTAMD
LPVVSGDKIHCLDILFAFTKRVLGDSGELDTLRVQMEEKFMAANPSKQSYEPISTTLSHR
QEEASATVIQRAYRSYLLQRSLKQASYLYQHRTGSSDTLGDAAPENEGLIASMLRANYGP
SRSETSSSVSIPPSYYSVTRESSGNLVVENGEITGNQQSPDIK

NT seq 6072 nt +upstreamnt +downstreamnt
atgggcaaacagttgtttcatttccataacttgcctgttttggagttacttgacttcctt
tctacttgtttctactgtttggacagaatcagtgacaagaagagaagcatgaaaatggct
gaatttttgctacctggagccaacaacttccgcaggttcactcaggaatccttggcagcg
atcaaaaagagaattgctgccaaaaagaattgtcaaaaaaataccacagagcagaaacct
gaggagaaaccacgtcctcagcttgacctaaaagctttccagaagttgccagctctctat
ggaaatcctcctccagagctcattggggaaccactggaggatcttgacccctactacaaa
gatcataaggttttcatagtgcttaacaagcagaaaacaatctacagatttactgccaca
cgtgccctgtggatcttcagtcccttccatccaatacgaagaagagcaattaaaatttta
atacattcattgttcacctggtttatcatgtgcaccattataactaattgtgtattcatg
tctctggctgagtcatccaagacttcatcaccttcatggaacacatatgttgaatttacc
ttcactggcatttacacttttgaatcattgataaaaatattggcaacaggattctgtcta
aatgaattcactttcctccgggatccctggaactggttggatttcaccgttatcgtcatg
gcgtatgtgggagcatttagtgacttggggagtgtgtcagtcctccggactttcagggtt
ctcagggctttaaaaaccatttcagtagtcccagggctcaagatcattgtaggggcactt
atccagtctgttaagaaacttgctgatgtgatgatcctgactgttttctgcctgagtgtt
tttgccctcataggcctccagctttttaagggcaatctcaggcaaaagtgtatcaggaac
tctacagagatttgtaataaaacatgggaaagttatgaaaagtttgctaatgattcagat
gactttgctaggaaaaatggtactgtggatattttgctgtgtggtcctggtgctggggac
tgtcctcctggctataagtgctgtaaaattgggccaaatcctgattatggtttcaccagt
tttgatacatttggctgggcttttctttctttattccgcctgatgacccaggactactgg
gagcgtctgtaccaacagaccctcagagcttctgggaaggtgtatgtagtcttcttcatg
atggtcatctttctgggctcattttatctagtcaacttgattctggctgtagtaacaatg
gcatatgaggaccagaacaaggccaccattgctgaaaccgaggcaaaggaaaggaaattt
cgggaagccatggaattactgcaaaaggagcaagagtcactgggtattaaagggattgat
atcctgtcacttacctcccttgaagcctcttctctgtcacccaaagaaatcaaagaaaga
agcaatagggaaatgagaaataagtcattggggagagaagaaaatgaagaagaacttccc
aagtcaccgcttccagacagtcaacgaaagttgtctctcctgggcctggctccagccaag
cgccggctgagccatggcagcgtcttcaacttccaaatccccacggtggaggtggaggtg
ggctccaggacggacctcactgccgagggactcaaaccccgctgccggtccctgtcggga
gcgccgatgggaaggcgccccagcctgcaaagccaacggggccacagctcccaccccgcc
acccccaactgggcgcggagcagcgacgggggcaacctggatgagcgccttggggtgggc
tcggggctggcaggaggcagcagcagggggcacagccaagatcccgtgtcctcggaagga
gccgtgcttccaccagtcatggaagatgcgggaaaggggaatctgcagccagctgtgcat
gatgagagcagcatgatgcatttacctcctcatctgtcagcggagtactttaatgaggct
cttcagagacaaagggcagcaagtgtagtcagcataattaccagtgtcttggaggaacac
gaggaagctcagcagaaatgcccaccacgcctgaagaactttgctttaaagtatctaatt
tgggactgttgcccactttggttgagaatcaaggaaaaagtggctgctttcatacaggat
cctttttttgatctcaccatcacggtttgcattgtgatgaacactttgttcatggcactg
gagcacaataatatgtcacctacttttaaattcatgcttaaaataggaaacttggttttt
acaggaatcttcactgcagaaatgatcttaaaaatcattgctctagatccctattactat
tttcagaagccctggaatatttttgacagtgtcattgtcacactgagtttaattgaactg
agtttccccagacacaaaagcaagaaagaaaggggaaaaggaggaaccctgtcagtttta
cgatccttcagactgctgagggtcttcaaactggcaaagtcctggccaactttaaacact
ctaattaaaataatttgtaactccctgggagcactgagtaatctgaccctcgtcctggca
atcgtcgttttcatttttgctatagtaggggtgcaactttttgggagaagttatgtgctc
cactgcactaaaataagcaaagactgcaagccacgctggcacatgaaggactttttccat
tcgttcctcatcattttccgaattctgtgtggagaatggattgagaccatgtgggactgc
atggtggttgctgaaccgtcactgtgtctttttgtctttctgctggtcatggtgatagga
aatttagtggttctcaaccttttcattgcactgctgctgaattcttttagtgctgacagt
ctccagacaacagaggatgatggagagatgaagaatcttcggattgccttcgctcggatc
cgcaagggattccactttgtcaagagcgtgacgtgggatgcctgctgtaggaagctcagg
cagataaagaaagtgcacaagaagaaaatcaaattgactgcacagaactcgtttgggctc
aagagtaaagagacaaaaagttgtaaagagaattacaataatgaatggattgagaaaaat
aaggacaaatgcccgggtcttgacgattttgttagaaaccccaatgtatttgtttgtgtc
cctattgctgaggcagaggatacaagtgagggtttcgaagatgatgataaactgaacaca
tttactgacacagaatgcagcaaacaggatgaaaatcacctgaggcaaagaggagacaga
gcaaaaaattcaggcagcttgagtaaaggatcaggattttcctctgaagaattcagtgtg
ctttatctaggaaatgacatgaagggtgaactctcatcaccagaaggaaaagagttggac
acgatcagctcctctgaagtcagcacagtggatctgacaaatcctgaagatgttttaaaa
cagattccagaattttctgaagacttcaagactccagaacagtgttttccagaaggttgt
gctcggtacttccattgttgcctggatagtgctgcaaagtttggaggagaaacctggtgg
aatctgagaaaaacttgctaccagattgtggaacattcttggtttgaatcctttatcgtg
ttcatgattcttctgagcagtggagccctggcatttgaagacatccatatacataagaga
gaaagaattcaagcgatgttgggatttcttgacaaaatgttcacttacatctttgtcctg
gagatgctcctgaagtgggtggcttatggcttcaagaagtatttcaccaacgcctggtgc
tggctggacttccttattatagatgtctctttgataaacctctttggcagtacctttggc
cccatgaaatctctcaggactctacgagctctgagacccttgagagcactgtcacgattt
gagggaatgagggttgtggtcaatgccctcctgggagccatcccttccatcatgaatgtt
ctactggtctgcctcatcttctggctgatcttcagcatcatgggagtgaacctctttgct
gggaagtttgggaaatgtgtcaatatgacagatgaaaattctgtactggataacaacatc
aaaaacaaaacagactgtgggatgtataacaacactggaaaaatattctgggtcaacgtt
aaagtcaattttgataatgttggctctggctacctggctcttcttcaggtggcaacattt
aaaggttggatggacatcatgtatgcagcagtagattcacgagagaaagatgatcagcca
gagatggagaacagtctctatatgtatctctactttgtgagcttcatcatctttgggtct
tttttcaccctgaacctctttgttggtgtcatcattgacaacttcaaccagcaaaagaaa
aagataagtggggaagatatctttatgacagaagaacagaaaaaatactacaatgcaatg
aaaaagttgggatccaagaaacctcaaaaacccattccaagacctttgaacagataccaa
ggtttccttttcaacattgtaacgtcccaaatgtttgatgttgtcatcatgggtctcatc
tgcctcaacatgatcacaatgatggtggaaacctatgagcaaagtgaaacgaagacaaat
atcctcagcaaaatcaatatactcttcgttaccatctttactgcagaatgtgtgttgaaa
ttgctggctctgaggcagtactacttctcaaatgcctggaacatatttgatttagttgtt
gttattatgtcacttgttgccttgctgctttccagcattggcaaagcctttgaacatttc
ttaccacccacactcttcagggtcattcgcttggcccggattggccggatcctgagactc
atccggggagccaaaggaattcgaactctcctgtttgccttaatgatgtcccttcctgct
ctgttcaacattggcctcttgctcttcctggtcatgttcatttatgccatttttggcatg
gctaactttgcctatgtgaagatggaagatggcattgatgacatgttcaacttccaaacc
tttgctaacagcatgctctgtctcttccaaatcaccacatcagctggctgggatggtctt
ctcagtcctattttaaacactgggccaccattctgtgatccaaacataaatggtacagtg
ggtgaatgtggtaaacctgccataggtattatttattttgtaagttatatcattatatca
tttctaattgttgtaaacatgtatatagccattattctggagaatttcaatgctgcaact
gaggaaagtgcagagcctttaggggaagatgactttgatatcttttatgaaatctgggag
aagtttgatcctgaggcaactcagtttataactttctctgcactttcagactttgcagat
gctctgcccaagcccttgtgcgtaccaaaaccaaacaaagttgaactcacagcaatggac
ctgcctgtggtcagtggggacaagatacactgcttggatatcttgtttgctttcaccaag
agggtgttgggagattctggggaactggatactctgagagtacaaatggaggagaaattc
atggctgccaatccgtcaaaacaatcctacgagccgatatcgactacactcagccacagg
caagaggaggcgtcggccacggtgatccagcgtgcctacaggagttatctgctccagcgc
tccctcaaacaggcttcctacctgtaccagcacagaactggcagctctgacactctggga
gatgctgctccagaaaacgaaggacttattgcatctatgctgcgtgcaaattatggtcct
agcaggtctgaaacgtcgtcctcagtgtccatccctccgtcgtattacagtgtcacaaga
gagagtagtggcaatcttgtggttgagaatggagaaataacaggcaatcaacaatctcca
gacattaagtag

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (58)   
   KEGG ORTHOLOGY (1)   
   RefGene (54)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (70)   

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