KEGG   Nothobranchius furzeri (turquoise killifish): 107387652
Entry
107387652         CDS       T05163                                 
Name
(RefSeq) sodium channel protein type 4 subunit alpha A-like
  KO
K04837  voltage-gated sodium channel type IV alpha
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:nfu04040]
    107387652
Ion channels [BR:nfu04040]
 Voltage-gated cation channels
  Sodium channel, voltage-gated (Nav)
   107387652
SSDB
Motif
Pfam: Ion_trans Na_trans_assoc PKD_channel Lustrin_cystein
Other DBs
NCBI-GeneID: 107387652
NCBI-ProteinID: XP_015818233
UniProt: A0A9D2XKP8
Position
sgr12:complement(14919207..14965384)
AA seq 1891 aa
MATLLPCPGTDVFRPFTRESLVEIERLAEERRNAAQVEKEDGEPEAPHRDLEAGKNLPLI
YGDPPPERLNTPLEDLDPFYKTHKTFIVITKGNTIYRFNAEPACYMLSPFSLIRRGAIKI
LIHSLFSMFIMLTILSNCVFMTMSNPPAWSKTVEYIFTGIYTFEATIKVLSRGFCAGSFT
FLRDPWNWLDFMVISMAYITEFVDLGNVSALRTFRVLRALKTITVIPGLKTIVGALIQSV
KKMSDVMVLTVFALAVFALIGLQLFMGNLRQKCIRWPILMNETEFFITTSDFNDTFNFST
MNDTVYSNSTFNFTEYIENPDNQYFLEGSKDALLCGNSSDAGKCPEGYTCIKAGRNPNFG
YTSYDTFGWAFLSLFRLMTQDFWENLFQLTLRAAGRTYMLFFVVVIFLGSFYLINLILAV
VAMAYDEQNQATQQEAIEKEAEFQRLLEQLKNQEQAQIHGSRATLASQKSASEKADDEKT
SSHGETVKDCNGRIIPQLLIRAPTMDESAVDYELKGKSSDSLHSTLHVDQQGLKQRSASA
TTMLSAIAIEELEEAQRPCPPCWYKFADIFLKWDCCVPWVVFKKWVHFVVMDPFVDLAIT
ICIVLNTLFMAMEHYPMTPEFDDMLSVGNLVFTGIFTAEMVFKLIAMDPYYYFQVGWNIF
DSIIVTLSLVELGLANVQGLSVLRSFRLLRVFKLAKSWPTLNMLIKIIGNSVGALGNLTL
VLAIIVFIFAVVGMQLFGKSYKDCVCKISSDCELPRWHMNDFFHSFLIVFRILCGEWIET
MWDCMEVAGPAMCFIVFMMVMVIGNLVVLNLFLALLLNSFSGDNLSGVDDDGEMNNLQIA
IGRITLGINWFKAFVVQKVQQILGRKPKEPDEGPADGADAKTEGIEMNHLETCQAFNVAD
GLLVCLVEGQPSGFIVDGDASLNVPIAEAESDFENLSEYDQDDDDDDEQDVADKADNFER
TNERDIQQTTRNSEDVISISENIKLIGSVKEDDASVCSTADYEPEPEPVEEEEIIDPVEP
ETCFTDKCVLKWPCLTVDITDGKGKKWWNLRKTCFTVVEHDWFETFIIFMILLSSGALAF
EDIYIERRQTIKIILEFADKIFTYVFVIEMLLKWVAYGFKTYFTNAWCWLDFFIVDISLI
SLVASWMGYSDLGPVKSLRTLRALRPLRALSRFEGMRVVVNALVGAIPSIFNVLLVCLIF
WLIFSIMGVNLFAGKFYRCINTTTEELFPISEVNNRSECLALREATQEARWINIKVNYDN
VGQGYLSLLQVATFKGWMDIMYAAVDSREVGEQPSYEINLYMYLYFVIFIIFGAFFTLNL
FIGVVIDNFNQQKKKFGDKDLFMTDEQKKYYEAMKKLGSKKPPKPIPRPKNPIQGLVFDF
ISQQFFDIFIMILICLNMVTMMVETDDQSPEKEDFLFKLNVAFIVVFTGECVLKLFALRQ
YFFTNGWNIFDFIVVILSIAGTMLSDLIEKYFVSPTLFRVIRLARIGRILRVIKGAKGIR
TLLFALMMSLPALFNIGLLLFLIMFIFSIFAMSNFAYVKKEAGIDDIFNFETFGGSIICL
FQITTSAGWDGFLLPMLNREPPDCDPTFENPGTDVKGNCGSPVIGMVFFCSYIIVSFLVV
INMYIAIILENFNVAQEESGDVLCEEDFEMFNETWEKFDLNGTMFIKFSQLSEFCDTLQE
PLRVPKPNRFHLIEMDLPLVIGDRIHYLDVLLAVTQMVLGDTVEMAAMQKSIEMNFTLSN
PKNDSFAPVITTVRHKEELMSSFIIQRAYRRHLLKRCIHHAAFMHRSKTMGRKGGGDDSP
EKEGLLARRMGVLYGSNTDLAEEMERLDLQALANQEHLNTEVILCCDEAKCHQEPSEPHI
VVPVELTNEVLLYSAPDQHLLTLSILKESSV
NT seq 5676 nt   +upstreamnt  +downstreamnt
atggcgaccctgctcccttgccctggcaccgatgtcttccgcccctttacccgggaatct
ctggtggaaatcgagaggctcgcggaggaaaggaggaacgcagcacaagtagaaaaggag
gacggagaaccagaggctccacaccgtgatctggaggctgggaagaatctgcctcttatc
tatggagaccctcctccagagcggctcaacacacctctagaggacctggaccccttctac
aaaacacacaaaacattcattgtgatcactaaaggaaacaccatctacaggttcaacgct
gagccggcttgttacatgctgagcccctttagtttgatcaggagaggagccatcaaaatt
ctcatacattcattatttagcatgtttatcatgcttacaattctctccaactgtgtgttc
atgacgatgagcaacccaccagcatggagtaaaacggtcgagtatattttcactggtatt
tatacttttgaggcaacaatcaaagtgttgtccagaggtttctgtgctggttcttttaca
ttccttcgagatccctggaactggctggatttcatggtgatcagcatggcttacatcact
gagtttgttgatcttggcaacgtgtcggccctcaggacgtttcgtgtacttcgagcccta
aaaacaattactgtgatccctggtctgaaaacaatcgtgggcgcgttgatccagtcggtg
aagaaaatgagtgacgtcatggttctgaccgtcttcgccctggcggtctttgccctcatc
ggccttcagctttttatgggaaacctgcgtcagaaatgcattcgctggcccattctgatg
aatgaaactgaatttttcattaccacctctgattttaatgacacattcaacttcagcacc
atgaatgatacagtttattccaacagcactttcaattttactgaatatatagagaaccca
gacaatcagtattttctggagggtagcaaagatgctcttctatgtggtaacagctctgat
gctggaaagtgccctgaaggatacacatgcataaaagcagggaggaaccccaactttggg
tacaccagctatgacacttttggctgggcctttctgtccctcttcagactcatgacccag
gacttctgggagaaccttttccaactgacgctacgagcagcaggaaggacatacatgctg
ttcttcgtggtggtcatttttctgggctccttctacctcatcaacctcatcctggctgtg
gtagccatggcttatgatgaacagaatcaagcaacacaacaggaagccattgaaaaagag
gcagaattccaacgtctgctagagcaactcaaaaatcaagagcaggctcagattcatgga
agtcgagcgactctggccagtcaaaagtccgcgtctgaaaaagcagatgatgaaaagact
tcctcacatggtgagactgtaaaggactgcaatgggaggatcatccctcagttgctgatc
agagcgcccaccatggatgagtctgctgtagattatgaactcaagggcaagtcatcggac
tcgctgcacagcacgcttcatgtggatcagcaaggcctgaaacaaagatctgcgagtgct
acgactatgctttcagccattgctattgaagagttggaggaagctcagaggccgtgtcca
ccatgctggtacaagtttgcagacattttcttgaagtgggactgctgtgtgccctgggtt
gtctttaaaaagtgggtacactttgtggtcatggacccttttgttgacctggcgatcacc
atctgcattgtgctcaatacccttttcatggccatggagcattacccaatgaccccagag
tttgacgacatgctctcagtaggaaatctggtttttactgggattttcacagctgagatg
gttttcaagctaatcgccatggacccttactactattttcaagttggctggaacattttt
gacagcatcattgtcactctcagcctggtggagttggggttggcaaatgtccagggtctg
tcagttcttaggtcctttcgtttgctgcgtgtcttcaaactggcaaaatcctggcccacg
ctcaacatgctgatcaagatcatcggtaactctgttggagctttgggaaaccttactttg
gtgctggccatcatcgtcttcatttttgccgttgtgggcatgcaactttttggaaagagc
tacaaggactgtgtttgcaagatctcatcagactgtgagctgccacgatggcacatgaat
gacttcttccactcattcctcatcgtattccgaatcctgtgtggagaatggattgagacg
atgtgggactgcatggaggtggccggacctgcaatgtgttttatcgtcttcatgatggtc
atggttattgggaatctagtggtgttgaacctttttctggccttgctgctcaactcgttc
agtggagacaacctctcaggagtggacgacgacggagagatgaacaatctccaaattgcc
atcggcaggatcacattgggcatcaactggtttaaagcatttgttgttcaaaaagtccag
cagattcttggccgaaaacccaaggagcccgacgagggcccggctgacggagcagacgct
aaaacagagggaattgaaatgaaccacctggagacctgtcaggcttttaacgtagcagat
ggactattagtttgcctggttgaaggccagccatctggatttattgtggatggagatgcc
agcctgaacgtgccaatcgctgaagcagaatcagattttgaaaacctgagcgagtatgac
caggatgatgatgatgatgatgaacaagatgttgcagataaggcagacaactttgagagg
acaaatgagagagatattcagcaaactacgagaaactcagaagatgtgatcagtatctca
gaaaatatcaaattgattggttcagtgaaagaggacgacgcttcagtgtgcagcacagca
gactatgagcctgaaccagaaccagtagaggaagaagaaataatagatcctgtggagcca
gagacctgcttcactgacaagtgtgtgctgaaatggccatgtttaactgtggacatcact
gacggcaagggcaagaaatggtggaatctccgtaaaacttgtttcaccgtcgtggaacat
gactggtttgaaaccttcattatttttatgattctcctcagcagtggagctctggccttt
gaagatatctacatagaaagacgtcaaaccatcaagatcattctggagtttgcagacaag
attttcacatacgtctttgtgatagagatgcttcttaaatgggttgcgtatggcttcaag
acatacttcaccaatgcttggtgttggttagactttttcattgtggatatttccctgatt
agtttagttgccagctggatggggtactcggacctcggaccagtcaagtccctcagaacc
ctcagagcactgaggcctctccgagctctgtcgagatttgaaggcatgagggttgtggtg
aacgctcttgttggagcaattccctccatcttcaatgtgctgctggtgtgtctgattttc
tggctcatcttcagcatcatgggggtcaatctgtttgctgggaagttctaccgctgcatc
aacaccaccacagaggagcttttccccataagtgaggtcaacaatcggagtgaatgcttg
gcccttagagaagccacacaggaggctcgatggatcaacatcaaagtcaattatgacaat
gttggacaaggctacctgtctttgcttcaagtggcaacttttaaaggttggatggacatt
atgtatgctgctgtggactcaagagaggttggggagcaaccatcttatgagatcaacctt
tacatgtacttatattttgtcatcttcatcatctttggggctttcttcactttaaacctc
ttcatcggtgttgttattgacaatttcaaccaacaaaagaaaaagtttggagataaagat
ctttttatgactgatgagcaaaagaaatactatgaggccatgaagaaacttggttccaaa
aagccaccaaagccaattccacgcccaaaaaacccgatccagggcttggtgtttgacttc
atcagtcaacagttctttgatatcttcatcatgattctcatttgtctgaatatggtcacc
atgatggtggaaactgatgaccagagtccagagaaggaggattttctttttaaactaaat
gtggcattcatcgttgtcttcactggggagtgtgtgttgaagctgtttgcactgcgacaa
tacttcttcaccaatggatggaacatttttgatttcattgtggtaatcttgtctatagct
ggtacaatgctctcggacttaatcgagaagtactttgtttccccgaccctcttcagggtg
atcaggctagccaggattggaaggattctgcgcgtcattaaaggagctaagggtattcga
acgctcctctttgctctgatgatgtctcttcctgccttattcaacattggtctcctgctc
ttcctcatcatgttcatcttctctatatttgccatgtcaaattttgcctatgtaaaaaag
gaggctgggattgatgacatttttaactttgaaacatttggtggaagcattatttgcttg
tttcagatcacaacttctgcaggttgggatggatttttacttccaatgctgaacagagag
cctccagattgtgatccaacctttgagaacccaggaacagatgtaaaaggcaactgtggc
agcccagtaataggaatggtgtttttctgcagctatattatcgtctctttcttggtagtt
attaacatgtacattgccataatcttagagaacttcaatgtagcacaggaggagagcggc
gatgttctctgtgaggaagactttgagatgttcaacgaaacttgggagaagtttgaccta
aatggaacaatgttcatcaagttcagtcaactctcggagttttgtgacaccttacaggaa
cctctaagggttcccaaacccaatcggtttcacctgattgaaatggatctacctttagtt
atcggggacaggatccactacctggatgttttgttggctgttactcagatggtactggga
gacacagtggagatggcagccatgcagaagagcattgagatgaattttaccctgagcaac
ccaaaaaatgattcctttgcaccagtcatcacaacagtacgccacaaagaagagctaatg
tcttctttcatcattcaaagggcttatcgcagacatctcctgaagcgttgcatacaccat
gctgctttcatgcaccgctcaaagacaatgggcaggaagggtggaggtgatgattctcct
gaaaaagaggggttgcttgcaagaaggatgggggtgctgtatgggagcaatacagacctt
gctgaggaaatggagcgacttgatttacaagctctagcaaaccaagagcatctgaacaca
gaagtgattttatgctgtgatgaagccaaatgtcatcaagagccctcagagccacatatt
gttgttcctgttgaattaacaaacgaggtattattatactctgcccctgatcaacacctc
ttaactttatcaatcctaaaagagtcatctgtatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (34)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (7)   
   RefSeq(nuc) (3)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (56)   

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