KEGG   Microtus oregoni (creeping vole): 121433200
Entry
121433200         CDS       T08307                                 
Symbol
Scn7a
Name
(RefSeq) sodium channel protein type 7 subunit alpha
  KO
K04839  voltage-gated sodium channel type VII alpha
Organism
morg  Microtus oregoni (creeping vole)
Pathway
morg04261  Adrenergic signaling in cardiomyocytes
Brite
KEGG Orthology (KO) [BR:morg00001]
 09150 Organismal Systems
  09153 Circulatory system
   04261 Adrenergic signaling in cardiomyocytes
    121433200 (Scn7a)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:morg04040]
    121433200 (Scn7a)
Ion channels [BR:morg04040]
 Voltage-gated cation channels
  Sodium channel, voltage-gated (Nav)
   121433200 (Scn7a)
SSDB
Motif
Pfam: Ion_trans Na_trans_assoc GPHH WW
Other DBs
NCBI-GeneID: 121433200
NCBI-ProteinID: XP_041487478
Position
Unknown
AA seq 1680 aa
MLTSPEPKGLVPFTAESLELIENHVAKKCNEEHEEEDLKPSPCLEAGKQLPFAYGSLPKG
MVAEPLEDMDPYYYVKRNTFMVLNRNRVIFRFNAVSIFCTLSPFSSPRRVAIKVLVNPLF
RLLILISVLTDSLFLSMTNPPEWTMAVQNTLLGIYTFEILVKVIARGVWAGSFSFLGNLW
NWLDFSVTLFELITRFSPLNFLVMLKAVRTFRILKIIPLHQGLQSIVATLAQCLKKLFGA
IVLTLFSLTVFSLLGMGLFMGNLKHKCLRWPQENENETLFNRTGSQYYTPERANFYYLEG
ERYALLCGNRTDASQCPEGYVCVKEGTNPDNGYTSFDNLGWALLALFRLMTQDYPELLHQ
QILYASGKVYMIFFIVISFWFAFYMASLFLGTLAMTYEKEKQRVSEKHRDMEANVQQTTK
EHEEGNETAEMKRTEIEMKKRSPTSVNTVLDILEETTLGPKGEPETSRKKCPLCWHKFTK
TCFIWDCCPCWLKLSEFADGIIMHPFADLFLVICIILNICFLALAHFPMSEEIMSLISIG
KLVFIGIYTIEMILKIIAMHPYGYFQVTWNIFDSIIVLFGLTEIFLASVRELTVFILYPL
IFIKLGKYCPPFENLVRILGNTLMALKDLVLLLFLFIYFSAVLGMNLFGQSYEDCVCQID
EDCQLPRWHMRDFFHAYMNAFRILCGEWIETLWDCMAIAGLSWCIPFYMMVILIGNLLVL
YLFVALVYSFSSYEATTAEMNKEAKNFQLTMARIKKGINCVLLKILCTKSTVPMEAKDQL
CDTSVKDISGHTLSELSDTQTFLRYKEKNSSPEKTPVTESESQSLIASPSVSETVPIASG
ESEMENLDIKETRSKSGNGDSKEKMKQSSSSECSTVDIAISEEEEMVYQHEKPKLHKNGY
ERKSSPGHVSRDSRNGNIWKNIRKTCCKIVENSWFTCFIGMVTLLSTGTLALEDIYIDQR
KTIKILLEYADMIFAYIFILEMLLKWVAYGFKAYFSNTWYKLDFMVVLVFCLSLIGKTRE
DLKPLTSLKFLRALRVLSQFERMKVVLTALIKTTSPTWSVFLICLMTWLLFSIMGVYLFA
GKFYKCIDPTSGEVFFIHEVMNKSQCENLVFNESMPWENDKLNFDNVGNGFLSLFQVATF
NGWMGIMYSAVDSVDVYMQPLYEHSLYMYNYFIIFVIFGLFLPLSMLVGVTVSNFNKQKI
KQGGSNIFITVKQKKQYWALKKLLYEDPQRPAPRPINKIQGFIFDLVTHRVFNVIIIVLI
CFQATTIMIQNDEQSPQMVAAIYWMNSVFVVLFTLECILKLTAFHCHYFTDVWNVHDFTV
IVFSITGLLLPVTIGQHLVPPSFVQLILLSRVIHILRPGKGPKVFYDLMLPLLLSLPALL
NLSLLIFLVMFTYSIFGMYNFAYVKKEAGFNDVSNFETFGSSMLCLFQVTTFSGWDGMLH
AIFNSQWSDCDPDKINPGTQVKGDCGSPSLGIFYFVSYILISWLIIINMYIVLIMEFLSI
PYKKKHRTLSEDDFKKFFQVWNRFDPDRTQYIDSSKLSDFAAALDPPLFMAKPNKGQLVA
MDLPMAAGDRIHCLDILLAFTKRVMGKDERVEKMLSEIESGFILANPFKITYEPITTTLK
RKQEAVSATIIQRAYKSYRLRQTDKNTSDIPVIDDDRDDIASKGVRSDKIKEKTSIQTHI
NT seq 5043 nt   +upstreamnt  +downstreamnt
atgttgacttccccagagccaaagggccttgtcccctttacagcagagtcgcttgagctc
atagaaaatcacgttgcgaaaaaatgcaacgaagagcatgaagaagaagatttaaagcca
agcccgtgtttggaagccggcaaacagcttccgtttgcctatggaagccttcccaaagga
atggtggcagagcccttggaagatatggatccatactactatgttaagagaaatactttc
atggtcttaaacagaaacagagtcatcttcaggttcaatgctgtttccatcttctgcacg
ttgtctccattcagctctcccagaagagtagctatcaaggtgttggtgaacccccttttt
cgcctgctgattttgattagtgtcctcactgacagcttatttttgtcgatgactaatcca
ccagagtggacaatggcagttcagaatactcttcttgggatttacacatttgaaatcctt
gtaaaagtcattgcaagaggtgtctgggcagggtcgttttccttccttgggaatctatgg
aactggcttgatttcagtgtgaccttgtttgagcttatcacaagattttctcctctcaac
tttcttgtaatgcttaaagctgtaagaacctttcgaattttgaagattattcctttgcac
caaggcctacagtcaattgtggcaacactggcccagtgtttgaagaaactattcggtgct
attgtcctaactctgttttctctgactgtattttctctacttgggatgggtctcttcatg
ggtaatctaaagcacaaatgtctgcgttggccgcaagaaaatgaaaatgaaaccctgttc
aacagaactggaagccagtattatactccagaaagagcgaacttctactatttggaaggc
gagagatatgctctgctctgcggcaacaggacagatgctagccagtgtcctgaaggttac
gtatgcgtaaaggagggcacaaatcctgacaatggctacacaagctttgacaatttgggt
tgggccttacttgctttgtttcgattgatgacccaggattatcctgaattgcttcatcaa
cagattctttatgcttcaggaaaggtctacatgatattttttattgtgatcagtttctgg
tttgccttttatatggcaagtttgttcttgggcacccttgctatgacctatgaaaaggaa
aagcagagagtttctgagaaacacagagacatggaagccaatgttcaacagaccacaaaa
gaacacgaggaaggaaatgaaacagctgagatgaaaaggacagaaatagaaatgaagaaa
agatcaccaacgtctgtgaacacagtgttggatatactggaagagactaccctcggaccg
aaaggagaaccagaaacatccaggaagaaatgcccactgtgttggcataagtttactaaa
acctgcttcatctgggactgctgcccttgttggctaaagctgagcgagtttgctgatgga
attataatgcacccatttgctgatcttttccttgttatatgtatcattttaaacatatgt
ttcctggctcttgcacattttccaatgagcgaggaaatcatgtctctcattagcattgga
aaattggtttttattggaatctatacaatagaaatgattttgaagataattgctatgcat
ccatatgggtatttccaagtaacctggaacatttttgacagtataattgttctttttgga
ttaacagaaatcttcttagcaagtgttagagagctaactgtttttattttatacccgttg
atatttattaaattggggaaatattgtccaccctttgagaatttggtccgtatccttggg
aacacattgatggccctgaaagacttggtcctgttgctgttcttattcatttacttctct
gctgtgttgggcatgaacctgtttggtcaaagttacgaagattgtgtctgccaaatagac
gaagactgtcaactcccccgttggcacatgcgtgacttcttccatgcttacatgaacgcg
tttcgaattctctgtggcgagtggatagagacgttatgggactgtatggcgattgcaggc
ctatcttggtgtattcctttctacatgatggtcattttaattggaaatttattggtactt
tacctttttgtggcactggtgtattcattcagttcatatgaagctacaacagcagagatg
aacaaagaagccaaaaactttcagcttaccatggccaggataaaaaaaggaataaactgt
gtgcttcttaaaatattgtgcacaaaaagcaccgttcctatggaagcaaaagaccaacta
tgtgatacaagtgttaaagacatttctggccacactctttctgaactgagcgatacccaa
acattcctgagatataaggaaaagaacagtagcccagagaaaaccccagtaactgaatct
gaaagccagtcactgattgctagtcccagtgtctcagaaactgtgccaattgcttcagga
gaatctgaaatggaaaatctggatatcaaggagactcgaagcaagtctgggaatggagac
agtaaagagaaaatgaagcagtctagttcatctgaatgcagcactgttgatattgcaatc
tctgaagaagaagaaatggtctatcaacatgaaaagccaaagcttcacaaaaatggttat
gaacgaaaatcttcaccaggtcatgtcagcagagactctcggaatggaaatatttggaag
aacataaggaaaacttgctgcaagatagtggaaaacagctggttcacgtgtttcattggc
atggtcactctgctcagcacaggcaccctggctcttgaagatatatatattgatcagcga
aaaaccattaagatcttactggaatatgcagacatgatctttgcttacatcttcattctg
gagatgcttctcaagtgggtagcttatggctttaaagcctatttctctaacacgtggtac
aagctggacttcatggtcgtcctcgtgttttgtcttagcttaataggcaaaactcgagaa
gatctgaaaccactcacttccctcaaattccttcgagcactcagagttctgtctcagttt
gaaaggatgaaggtggttctgacagctttgataaaaacaacatcacccacttggagtgtg
tttctgatctgtctaatgacctggctgcttttcagtattatgggagtatacttatttgct
ggcaagttctacaaatgcatagatccaacaagcggagaagtattctttatacatgaagtt
atgaataaaagtcagtgtgaaaatctggtatttaatgaatcaatgccctgggagaatgac
aaactgaactttgataatgttggaaatggttttctttctctgttccaagtggcaacattt
aatggatggatgggaataatgtattcagcagttgattctgttgatgtatatatgcagcct
ctttatgaacacagcctatacatgtacaactattttatcatctttgttatctttggacta
tttctccctctgagtatgctggttggtgttactgttagcaatttcaacaagcagaaaatt
aagcagggaggatcaaatatctttataacagtaaaacagaaaaagcagtactgggcactg
aagaagctcctgtatgaagaccctcagagaccagcaccccgtcccataaacaagatccaa
ggcttcatttttgacctagtaacacatcgtgtctttaatgttatcatcatagttcttatc
tgtttccaagcaacaaccattatgatacaaaatgatgagcagagtccacaaatggtagct
gccatctactggatgaactccgtttttgttgtgctgttcactctggaatgcatactgaag
ctcactgccttccactgccactatttcaccgatgtgtggaatgttcatgattttacagtg
attgttttctccattacaggattgttgctgcctgtgacaataggacaacacttggtgcct
ccttcatttgtgcaactgatacttctctctcgggtcatccacatcctccgtcccgggaaa
ggaccaaaggtgttctatgatctgatgctaccgttgctgctgtcactccctgcattgctg
aaccttagtcttctcatcttcctggtcatgttcacctattccatcttcggaatgtacaac
tttgcctatgttaagaaagaagctggatttaatgacgtgtccaactttgagacctttgga
agcagtatgctctgtctctttcaagttacaacattttctggttgggatggcatgctgcat
gcaattttcaacagtcaatggtctgactgtgatcctgataaaattaatcctggcacccaa
gtcaagggagattgtgggagcccttctcttgggattttttattttgtcagttacatcctc
atatcatggctgatcattattaatatgtacattgtgttgatcatggagtttctgagcatt
ccttataagaaaaaacacaggaccttgagcgaagatgactttaagaaattcttccaggta
tggaacaggtttgaccctgataggacccagtacatagactctagcaagctttcagatttt
gcagctgctctagatccacctcttttcatggcaaaaccgaacaagggccagcttgtggct
atggatctccctatggctgcaggagacagaattcattgccttgacatcttacttgccttt
acaaaaagagtgatggggaaagatgagagagtggagaaaatgctttcagagatagagtcc
gggtttatcttagcaaaccctttcaaaatcacatacgaaccgattacaaccactttgaaa
cgcaaacaggaggcagtttcagcaaccatcatccagcgtgcgtataagagttaccgttta
aggcaaactgacaaaaacacatcagatatccctgtaatagatgatgacagagatgatatc
gcttctaaaggtgtccgttctgacaaaatcaaggaaaagacatctattcaaacccacatc
taa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (13)   

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