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KEGG   Monodelphis domestica (gray short-tailed opossum): 100023497
Entry
100023497         CDS       T01031                                 
Name
(RefSeq) sodium channel protein type 9 subunit alpha-like
  KO
K04841  voltage-gated sodium channel type IX alpha
Organism
mdo  Monodelphis domestica (gray short-tailed opossum)
Pathway
mdo04742  Taste transduction
Brite
KEGG Orthology (KO) [BR:mdo00001]
 09150 Organismal Systems
  09157 Sensory system
   04742 Taste transduction
    100023497
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:mdo04040]
    100023497
Ion channels [BR:mdo04040]
 Voltage-gated cation channels
  Sodium channel, voltage-gated (Nav)
   100023497
SSDB
Motif
Pfam: Ion_trans Na_trans_assoc GPHH EF-hand_7 EF-hand_6 EF-hand_1 FAM60A
Other DBs
NCBI-GeneID: 100023497
NCBI-ProteinID: XP_001375026
Position
4:complement(175281171..175436469)
AA seq 1826 aa
MASPNNLTYFTRKSLTKEYRADRKKDEEEEELEPSSDLEAGEQLAFIYGDVPSEMVSEPL
EDLDPYYKDKKTFLVLNEGRIIFRFSATSALYILTPFNLIRRLCIKVLVNFLFNMFIMGT
FLINCIFLTLCTSPTWIKSLNLPFLGLYTFEILIKILARGFCIGPFTFLSDPWNWFDIPI
LTMAYLRLFVNLGSFPYLGIFSVLRIMKAVSLNIGPRSVVRTLTQSMKMFQQTVMLIVFC
LSVFAVMGMQLFMGKLKQKCVQWPRGEGNITEIPWDNEDYFYYLEGQKDALLCGNSSYSG
DCPEGYMCVKAGMNPDHNYTSFDHFGWSLLTLFRLMTLDCWENLYQQILRAAGKTYVIFF
IVVLLFCSFYLVTLILAMVILAYEKQNQITIKAAKRRQIKYQAMSYWHKRKVKQVQTMIA
EEIAEDESVIEGQNITHAENSSETSQYISNNDNVRMDQRKKKNQDNQPDGEEKEVDLKLH
LFETEDYIRKKICHHGIKNQRLTKKSELYSPQQGRTARKEQEERQIDFCCISKDILDDPT
IRQRAMEKNNVLNKMERLDDSRSTCTNWWHRFGTTFTIWNCSTLWIKFKDFIYAVVMDPF
FDLAIAICIIINITFMAMEHYPMTEKFYNVLSVGYLVFIGIYIAEMFLKIIALHPYNYFQ
RGWNIFDTVIVILALADIYMKEAYGLSLFGWFRLLLVFKVAKYWPTWEKLIKIINYSVDA
LKGLFLLLFITMFTFAVVGMKLFGQGCQEYLCKTDVDCPFKRWHMHDFFHSFLLMFRVLC
GEWIDSMWDCMNTEGQKECLIFFVVVIIIGKMQLLVLFVALLSSFSPENFAAIQVSPESN
NLQLAMARIQKGIYYVKRTLFDLVAKGFSKKQMISNDIQGEENLNLEKRNHTINGMSKKI
WESQDRLHSNGCRLEKYVRDKSHFPSLVPNSNYSTLAPIALGESDFENVIKEARNELDIG
SSKENLPQNSSSEDSMIPILASGEGEQAVNKSLKSDEPGACFTYGCIRRFPYCKASKKSR
KGKIWWNLRKTCYRTVNHGCFEISIVFIVLLSCFALIFEDIYIEKRKTIKIILEYGNMIF
TYIFILEMLLKWMAYGYKTYFSNVWCWLEFLVVNVSLVCLVANYLGYSEFGTLKSLRILR
ILSIYEGVRVVLHIFLKAIPSILEALLVWLICWLLFSLMGVNLFAGKFFKCINITTGERL
PWTLIIDVIDCKMLSNSSGDVQWKNPKANFDNIGNGYFSLLQLVTFKGWLDIIYAAVDTV
DVERQPKNESNVYIYLYFVIFVILGLCFPFVFFVRVVINHLKQQKRKVGGLGIFMTENQK
NYYNMLKKSRYRKPQKSIPRPENKFQGYIFDLITKEAFEITIIVLICLNTVVMMVETDTQ
DTYKRNILYQINLVFIGLFAGECLLKLIGLRLYYFTIGWNIFDFVVIHLSIMVVLLPHLT
VKYLLTYSQVQVIRLIRCGRVLNFIKGTKVLGPLIYALMLSLPTLLNIVLLLLLIMFIYA
ILGMSHFAYIKKDAGINDMFNFETFGNSMLCLFQITTFAGWNGLLEPVLSTGPPDCDPEK
IHPGSSVKGDCGSPSFGVFYFVSYIIISFLVLVNLFIVVILEICNVVTEENAQLLSEEVF
DNFYEVWKQFDPDGTHFIDYSQLSEFAASLDPPFLIAKPNKIQLTAMDLPMVKGDRVFCA
DVLIAFTKCVMRESEEFNHICLPLRKHFLSSCLFQVSYEPVTTTLKRKQEEVSALVIQRA
FRRFCLRQNESGIYNIKGEAREKLTIEEAIVIDKIPENSTLEKVSFLSPPSNSLYLDSVI
EQDREKHEMDQTEKEDIGKSDREKEK
NT seq 5481 nt   +upstreamnt  +downstreamnt
atggcaagtcccaacaacctcacttatttcaccagaaagtctcttaccaaagaatacaga
gctgacagaaagaaagatgaggaggaagaagaactggagccaagtagtgacttggaagca
ggtgaacagctggcatttatttatggagatgttccttcagaaatggtgtcagagcccttg
gaagacctggatccatactataaggataagaaaactttcttagtattgaatgaagggaga
ataatcttcagattcagtgccacttcagccttatacattttaactcctttcaatctgatt
aggagactatgtattaaggttctagtaaatttcctattcaacatgtttatcatgggcaca
tttttgatcaactgtatatttttgacattgtgtacatctccaacctggataaagtctcta
aatttacctttccttggactatatacttttgaaatacttataaaaatcttggcaagaggc
ttctgtataggacctttcacatttctcagtgatccttggaactggtttgatattcctatt
cttacaatggcgtatttgagactatttgtaaacctgggcagttttccatatcttggaatt
ttctctgtgttgagaattatgaaagctgtttctctaaatataggcccaagatctgttgta
agaacactcactcagtcaatgaagatgtttcaacagacagtgatgctgattgtattttgt
ctgagtgtctttgctgtcatgggaatgcagctatttatgggcaaactgaagcagaaatgt
gtgcaatggcctagaggagagggaaatatcaccgagataccatgggacaatgaagactat
ttttattatttggaaggacaaaaggatgctctcctttgtggtaacagctcatattcgggt
gactgtccagaaggatatatgtgtgtgaaagctggcatgaatcctgatcataactatacc
agttttgatcattttggttggtctttattaactctatttagattaatgactttggactgc
tgggaaaatctttaccaacagatcctacgtgctgctgggaagacctatgtgatatttttt
attgtcgtgcttttattctgctccttttatctggtgactttgatccttgccatggtcatt
ctggcttatgaaaaacagaatcaaataactattaaagctgcaaagagaagacagataaaa
taccaggcaatgtcatattggcacaaaagaaaagtaaagcaagttcagacaatgatagca
gaagaaatagctgaagatgaaagcgttattgaaggtcaaaatataacacatgcagaaaat
tcttctgaaacatcccaatatatctcaaacaatgacaatgtgagaatggaccaaaggaag
aaaaagaatcaagacaaccagcctgatggagaggaaaaagaagtggacctgaaattgcat
ctgtttgaaacagaagattacatccgaaaaaaaatttgtcatcatggtattaaaaatcag
agattaacaaaaaaaagcgagttatattctcctcagcagggaagaactgcaaggaaagag
caggaggaaagacaaatagatttttgctgcatttctaaggatatattggatgatccaact
atcaggcaaagagcaatggaaaaaaacaatgtattaaacaagatggaaagacttgatgac
tccaggtctacatgtacaaactggtggcacagatttggtaccacatttacaatttggaat
tgctctacactttggataaaattcaaagattttatctatgctgttgtaatggatccattt
tttgacttggccattgccatctgtattattattaacatcacttttatggctatggagcat
tatccaatgactgagaaattctacaatgtgctctctgtgggatacctggtctttattggg
atctacatagcagaaatgtttttgaaaataattgctttacatccatataattattttcaa
agaggctggaacatatttgataccgtaattgttatacttgctttagcagatatatatatg
aaagaggcgtatggtttatcactttttggatggttcagactgctcctggttttcaaggtg
gcaaaatattggccaacctgggaaaagctgataaagataattaattactctgtagatgcc
cttaaaggcttgtttttgcttttgtttatcaccatgttcacatttgcagtagttggcatg
aagttatttggtcaaggctgccaagaatatctctgcaagactgatgttgactgtccattt
aaacgttggcacatgcatgacttttttcactccttcctgctaatgtttcgagtgctttgt
ggtgaatggatagattctatgtgggactgtatgaatactgaaggccaaaaggaatgcctt
atattttttgtggtggttatcattattgggaaaatgcagttactggtcctctttgtggct
ttgttgagctcattcagtccagagaactttgcagcaatccaagtgagccctgaatccaat
aatctccagcttgcaatggcaaggattcaaaaaggaatatattatgtgaaacgaacttta
tttgaccttgttgcaaaagggttttctaagaagcagatgatttcaaatgatatccaagga
gaggaaaacctaaatttggaaaagagaaatcatacaattaatggcatgagcaaaaaaatc
tgggagagtcaagatagactccatagcaatggatgccgcttggagaaatatgtgagggat
aaaagtcattttccttcactcgttcctaattctaattactcaacattagcaccaattgct
ttgggagaatctgattttgaaaatgtcatcaaagaagctaggaatgaattggacattggc
agcagcaaagagaacctcccccaaaatagttcctctgaagatagcatgattcccatcctt
gcctctggagaaggagaacaggcagtgaataaatctctgaaatcagatgaaccaggggcc
tgttttacatatggttgtataagacgatttccttactgtaaagccagcaagaaatctagg
aaaggaaaaatttggtggaatctaaggaaaacatgctatcgaacagtaaaccacggatgc
tttgaaatttccatagttttcatcgtcttgctcagctgctttgctctgatctttgaagat
atatatattgaaaagagaaagactatcaagattatactggaatatggtaacatgatcttc
acttatatcttcattttagagatgcttctaaaatggatggcatatggatataaaacatat
ttcagtaatgtctggtgctggctggaattcttggttgttaatgtctcattggtttgtttg
gtagccaattatctaggatactcagaatttggtaccctgaaatctctccggatactaaga
attttatctatatatgaaggagtaagggtggttttacatatttttttaaaagcaattcca
tctatcctagaagcacttttggtctggcttatatgttggttactttttagccttatggga
gtaaacttgtttgctggcaagttcttcaaatgtattaacatcacaactggtgaaagactc
ccttggactcttatcatcgatgttattgattgtaagatgcttagcaacagtagtggagat
gtacaatggaaaaatccaaaagcaaattttgacaacattggaaatggttacttttctctg
cttcaattagtaactttcaagggatggttggatatcatatacgcagctgttgatacagtt
gatgtagaaagacagcctaaaaatgagagcaatgtctacatatatctttactttgtcatc
tttgtaattttggggttgtgcttcccctttgtcttcttcgttcgtgttgtcattaatcat
ctcaaacaacaaaaaagaaaggttggtggtctaggaatcttcatgacagagaatcagaag
aactattacaatatgttgaaaaaatcaaggtataggaaaccccaaaagtcaatacctcga
ccagagaacaaattccaaggatatatatttgacttaatcacaaaggaagcttttgagatc
accatcatagtacttatctgccttaatacagtggtcatgatggtagaaacagacacccag
gacacctataaaagaaatatattgtaccagatcaacctggtgttcattggcctctttgct
ggagaatgtctgctgaaactcattggcctccgcctttactactttaccataggctggaac
atctttgattttgtggtaatccatctctccattatggttgtattactgcctcatttgaca
gtcaagtatctcctgacctattcccaagtgcaagtgatccgtctcatcaggtgtggacga
gtcctgaatttcattaaaggaaccaaggtcttgggcccactaatttatgctctgatgctt
tcccttcctactttactgaatattgtacttttgctcctcctaatcatgtttatctatgct
attcttggaatgtcccactttgcatatattaaaaaggatgctggaattaatgacatgttc
aactttgaaacctttggcaacagcatgctttgcctcttccaaattactacatttgctggt
tggaatggcttactggaaccagtgcttagtactggacccccagactgtgaccctgaaaaa
attcacccaggaagctctgtaaaaggagattgtggaagtccctcttttggggttttctac
tttgtgagttacatcattatatcctttctggtgcttgtaaacttgttcattgttgttatt
ctggagatttgcaatgttgtgactgaagaaaatgctcagctccttagtgaggaagttttt
gacaatttttatgaggtgtggaagcaatttgatccagatggcacccatttcatagactat
agtcagctttctgaatttgctgcttcattggatcctccatttcttatagctaagccaaac
aaaatccagctcacagccatggatcttcccatggtcaaaggggatcgagttttttgtgct
gatgtcttaattgcttttacaaagtgtgttatgagagaaagtgaagagtttaaccatatc
tgtttaccattgcgtaaacattttctgtcatcatgtctcttccaagtttcctatgaacca
gttacaacaactctaaaaagaaaacaagaggaggtatcagctcttgtcattcagcgtgct
tttagacgtttctgcttgaggcaaaatgaatctggtatatataatatcaaaggtgaagct
agagagaaactaactattgaagaagccatagtaattgataaaattccagagaattccact
ctagagaaagtaagttttctgagccctccctcaaattccctatatttggatagtgtgata
gagcaagacagagagaaacatgaaatggaccaaacagaaaaagaagacataggcaaaagt
gacagggaaaaggaaaaatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (82)   
   KEGG ORTHOLOGY (1)   
   RefGene (78)   
   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 (95)   

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