KEGG   Nanorana parkeri (Xizang Plateau frog): 108796395
Entry
108796395         CDS       T04897                                 
Symbol
CACNA1G
Name
(RefSeq) voltage-dependent T-type calcium channel subunit alpha-1G isoform X1
  KO
K04854  voltage-dependent calcium channel T type alpha-1G
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Pathway
npr04010  MAPK signaling pathway
npr04020  Calcium signaling pathway
Brite
KEGG Orthology (KO) [BR:npr00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04010 MAPK signaling pathway
    108796395 (CACNA1G)
   04020 Calcium signaling pathway
    108796395 (CACNA1G)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:npr04040]
    108796395 (CACNA1G)
Ion channels [BR:npr04040]
 Voltage-gated cation channels
  Calcium channel, voltage-gated (Cav)
   108796395 (CACNA1G)
SSDB
Motif
Pfam: Ion_trans PKD_channel Neur_chan_memb TMEM208_SND2
Other DBs
NCBI-GeneID: 108796395
NCBI-ProteinID: XP_018423369
Position
Unknown
AA seq 2331 aa
MAGEAKAQEQDSSKDSKAADAEVEGLPYPTIAPVVFFYLSQESRPRSWCLRIVCNPWFER
FSMLVILLNCVTLGMFHPCEDVACDSQRCKILQGFDDFIFAFFAVEMIIKMFALGIIGKK
CYLGDTWNRLDFFIVMAGMLEYSLDLQNVSLSAVRTVRVLRPLRAINRVPSMRILVTLLL
DTLPMLGNVLLLCFFVFFIFGIVGVQLWAGLLRNRCFLPENFSLPACLELEQYYQTENED
ENPFICSQARENGMRYCRSVPMRKEEGLECTLDYNYYNNTSNTSCVNWNQYYTNCSAGEH
NPFKGAINFDNIGYAWIAIFQVITLEGWVDIMYFVMDAHSFYNFIYFILLIIIGSFFMIN
LCLVVIATQFSETKQRESQLMKEQRVRFLSNASTLASFSEPGSCYDELLKYLVYVTRKAS
KRLVQFYRASAFKFGLSSSPVVKSTTEKPNRKHRRRRSSVHHLIHHHHHHHHHYHLGNGS
LRAPQASPELSEVETSSPHNGTRLLLPFPGTQASPIASASNTQSIHSIYHADCHLEPVHC
VPVFVQSGSGTANPEVAQRSIAGNKNYPTVHLSLSQEMQKKTEQTEETENPLISNDTNLY
TGQMFNSMNRLLETQSTGICKGSCKIQAANSEIEPLDPEVCSHCKEPMTPDNDVDSDSDG
AYEFIQDTQCSEKTEPPKGKTRTKNPNKFLKPWRMVCDTFRKIVDSKYFGRGIMIAILIN
TLSMGIEYHEQPEELTNALEISNIVFTSLFALEMVLKLLVYGPFGYIKNPYNIFDGIIVI
ISVWEIIGQQGGGLSVLRTFRLMRVLKLVRFMPALQRQLVVLMKTMDNVATFCMLLMLFI
FIFSILGMHLFGCKFASERDGDTLPDRKNFDSLLWATVTVFQILTQEDWNKVLYNGMAST
SSWAALYFIALMTFGNYVLFNLLVAILVEGFQTEEVPKKEDMSAHLSCIHLPVESLMGGA
SLSGSESAPDECGLRKSLSNMSFTPLHGLPDVKASLQPPLIIHTAATPMPVPKNNLFADI
PMACESRRGSSVSENPYASDVKSMTSACNSPLGSWGAVCSWNSRRSSWNSIGRAPSIKRH
VQSVEHKSLLSADGKESSEGENSDEEGPSRKSSSCSVMELMGKRDPLDTLHVPYTYGLQN
KQSLPVDYQGCNGKSILPTASPQHHIEESKVDYSSNIDDDANMSKPERLKAWITAHLPTW
CKERETWSLFIFPPYSKFRVICNKIITHRMFDHIVLVIIFLNCITIAMERPKIEPQSAER
IFLTLSNYIFTFIFLAEMTVKVVALNLCFGGKAYLRSSWNLLDGMLVLISAIDILVSLVS
DSSTKILGMLRVLRLLRTLRPLRVISRAQGLKLVVETLMSSLKPIGNIVVICCAFFIIFG
ILGVQLFKGKFFYCLGEDTKNITNKSDCLEARYKWARHKYNFDNLGQALMSLFVLASKDG
WVDIMYDGLDAVGVDQQPVMNSNPWMLLYFISFLLIVAFFVLNMFVGVVVENFHKCRQHQ
EEEEAKRREEKRLRRMEKKRRSKEKELADLMLDGIMLEHSASPTTEAQCKPYYSDYSHPR
LLIHNMCTSHYLDLFITGVIGLNVITMAMEHYQQPKVLDEALKICNYIFTLIFVLESGCK
MIAFGFRRFFKDRWNQLDLAIVLLSIMGITLEEIEVNASLPINPTIIRIMRVLRIARVLK
LLKMAVGMRALLDTVLQALPQVGNLGLLFMLLFFIFAALGVELFGDLECNDSQPCEGLGR
HATFRNFGMAFLTLFRVSTGDNWNGIMKDTLRDCNEESTCYNTVISPLYFVSFVLTAQFV
LVNVVIAVLMKHLEESNKEAKEEAELEAEMELEFQIQNMQGPDNDSFLWAGRDLSYTQDN
PYGYINSVKDKGDSQLSLVHPLERHMFDTISLLIQGSIEGEMKLMDNLSGSVCHHYALHP
YERGSAEKRIPLAEMEGLSMTSDILSEKSWSLALTDDSLPDDIVFGVLETKMDFSPEQKS
SSTKDSNLLSVKKPLVCRTHSLPNDSYMLQTGESCVECRAKRKPECQKSGSSVHVQCQFN
DAGSGRKETVISDKKSEGLIPKLNVPMPSPSTHRMLRRQKAIHNDSFDMLLDSKENDKGD
AVDHIIINLPVCQPSAEVPNAPKPKEPERTLCDLEKHNPYTQHCRDTPQCPGPAQTNRYS
LREPPSAQERTHLLSTCLCKKHLSLKACETLRLYSAAYSLSQKVKLENSNNVVLKDMKKF
YSVDAHSALSKTTSWLDEARRHSIEICSMENSLSRCPASRSCGFISHILNERDDFLTVQR
TGGHIAHCPECMPASRHSCLEPETLKRQSYSLDSKDLPNIVDPLVPEMSIS
NT seq 6996 nt   +upstreamnt  +downstreamnt
atggcaggagaagctaaagcccaggagcaggattcttccaaagacagcaaggcagcagat
gcagaggtggaagggctgccctatcccaccattgctccagtggtattcttctacctgagc
caagagagcagacccaggagctggtgcctgaggatagtgtgtaatccctggtttgaacgc
ttcagcatgctggtgatcctcctgaactgtgtcactctgggaatgttccatccatgtgaa
gacgttgcctgtgattcccagcgttgcaaaattctgcagggatttgatgatttcattttt
gcctttttcgctgtggaaatgataatcaagatgtttgctctcggaataatcgggaagaaa
tgctatttgggagatacctggaaccgtttagattttttcatagtcatggcagggatgctg
gaatactctctggatcttcaaaatgtcagcttatccgccgtacgcactgtaagagtttta
cgtcctctaagagccattaaccgagtgccaagtatgcgaattcttgtcacgctgctgcta
gacaccctcccgatgttgggcaacgtcctactgctttgcttcttcgtgttcttcatattt
gggattgttggcgtccagctctgggctggtctgctgagaaaccgctgcttccttcctgaa
aatttcagtcttcctgcttgcctggaattggaacagtactatcaaaccgaaaacgaagac
gaaaacccattcatctgttcccaagcccgtgaaaacggcatgcgttattgccgcagcgtc
ccaatgcgtaaagaagaaggactggagtgtacactggattataattactacaataacacc
agcaatacttcatgtgtcaattggaatcaatattacaccaactgttctgctggagaacac
aatccttttaaaggtgctatcaattttgataatattggctatgcttggatagcaattttt
caggtgataactctagaaggctgggtggacatcatgtattttgtcatggatgctcactcc
ttttacaacttcatttactttatccttctaattattattggatcatttttcatgatcaac
ctttgtctagtggtcatagctacacagttttccgaaacgaagcaacgggagagccaactg
atgaaggagcaaagggtccgcttcctttccaatgccagcacgttagccagcttctctgaa
cccggcagctgttatgatgagctactcaagtacttggtctatgtgacccgcaaggccagc
aagcggctagtccagttttaccgagcatctgccttcaaatttgggttaagttctagcccg
gtagtgaagagcaccactgagaagcccaaccgcaagcataggagaagaaggtcttctgtc
catcatctaatccatcatcaccaccatcaccatcaccactatcacctgggaaatgggagc
ttgcgagcaccacaagccagcccagagctcagcgaagtggaaaccagttctcctcataat
ggaactagattattgctaccctttccagggacccaggcctcgccaattgcctctgcctct
aacacacaatccattcatagcatctaccatgctgattgtcaccttgaacctgtgcattgt
gtgcctgtgtttgtgcagtctggctctggtacggccaatccagaggttgcccaaaggagt
attgcagggaataaaaactatcctaccgtacacctgagtttatcccaggaaatgcagaag
aagacagaacaaacagaagagacagagaaccctttgatctcaaatgacaccaacttgtat
acagggcaaatgtttaattcaatgaacaggcttctagagacccaaagtacaggaatctgc
aaaggttcgtgtaaaattcaagctgccaattcagagatcgagcccttagatccagaggtg
tgctctcactgcaaggaacccatgaccccagataatgatgtggattctgacagtgacggg
gcctatgaatttatacaagacacccagtgcagcgagaaaactgagccacccaaggggaag
actaggaccaagaaccccaacaagttcctgaagccgtggaggatggtgtgcgataccttc
aggaagatcgtggacagcaaatactttggccgtggaatcatgattgctatcctgatcaat
actctgagcatgggaattgagtaccacgagcagcctgaagaattgaccaatgccctggaa
atcagtaatatagtatttacaagcttgtttgccctggaaatggttttgaagctcctggtt
tacggcccattcggatacatcaagaacccttataatatatttgatggtatcatcgtcata
attagtgtatgggagatcattggacagcagggaggcggtctgtccgtcctccggacattc
cggctcatgagggttctgaaactggtgcggttcatgccagccctgcaacgccagctagtg
gtcctgatgaaaaccatggacaacgtggcaaccttttgcatgttattgatgctcttcatt
ttcatcttcagtattttaggcatgcacctttttggctgcaaatttgcatctgaaagagat
ggggacactctccccgacaggaagaactttgactccctcctgtgggctacagtcaccgtt
ttccagattctgacacaagaagactggaataaggttctgtataatggaatggcatctaca
tcgtcatgggcggccttgtatttcatcgcactaatgacatttggaaattatgtgctgttt
aacctgctggtcgccatcctcgtggaaggttttcagactgaggaagtaccaaagaaagag
gatatgagcgcacatttaagctgtatacaccttcccgtagaatcacttatgggtggcgcc
tccttgtctggctctgagagtgcaccagatgaatgtggactccgtaaaagtctctcaaac
atgtcctttactccactccatggattgcctgacgtgaaggctagcttgcagccacccctc
attatccacaccgcagctacacccatgcctgtacccaaaaataacctgtttgcagatatc
cccatggcctgtgaatctagaagagggagcagcgtctctgagaatccttatgccagtgat
gtcaaatctatgacaagtgcgtgcaactccccccttggttcatggggtgcagtttgtagt
tggaacagtcgtagatctagctggaacagcattgggagagccccgagcattaagagacat
gtacagagtgtggaacacaagtcccttctgtctgctgatgggaaggaaagctctgaaggt
gagaactccgatgaagaggggcccagccgcaaaagctcttcttgtagcgtcatggaactg
atgggcaaaagggaccctctggacacgttacacgttccttacacctatggattgcagaac
aagcaaagccttcccgtggattaccaaggctgtaatggcaaatccatcctgcctactgca
tcacctcaacaccatattgaagaatctaaagttgactacagcagtaatattgatgatgat
gccaacatgagcaagcctgaaaggttaaaggcctggattactgctcatcttccaacttgg
tgcaaggagagagaaacctggtccctcttcatctttccaccctactcaaaatttcgggtg
atatgcaataaaatcataacccacaggatgtttgaccacattgttttggtgattatcttt
ttgaactgcatcacaatcgccatggagagaccaaaaatagagccacagagtgcggaaaga
atatttttgacactatccaactacatatttacatttattttcctggctgagatgacagtg
aaggtggtagccctcaacttgtgctttggtggaaaggcctatctgagaagtagctggaat
cttctagatggaatgcttgtattgatttctgccattgatatcctggtgtccttggtctct
gacagcagcaccaagattttgggcatgttaagagtattgaggctccttcgaacactgaga
ccacttagggtaataagtcgcgcccaagggctaaaacttgtcgttgagactctgatgtct
tctttgaaacctattgggaacattgtggtgatctgctgcgcattcttcattatatttggg
attctcggagttcagctgtttaaaggaaagttcttttattgcctgggagaagataccaaa
aatattaccaataaatcggactgtctggaggccagatacaaatgggccagacacaaatac
aactttgataatcttggtcaggcgctcatgtccttgtttgttctggcatccaaagacgga
tgggtagacatcatgtacgatggtctggatgctgtcggagttgatcagcagccagtcatg
aattccaacccctggatgttgctttacttcatatctttcctgctgattgtggctttcttt
gtcctgaacatgtttgttggggttgtggtggagaattttcacaaatgccgacagcaccaa
gaggaagaggaggccaagagacgggaagagaagaggctgcgcaggatggagaaaaagaga
aggagtaaggagaaagaactggccgatctaatgctggatggtataatgttggagcactca
gccagtccaactacagaagcccagtgtaaaccttactattcggattactcacacccccgt
ctcctaatacataacatgtgtacgagtcactatttggatctgttcattacgggggtaatt
ggactcaatgttataactatggcgatggagcattaccagcaaccaaaggtgctagatgaa
gctctgaagatctgtaactatatttttaccttaatatttgtcttggagtctgggtgcaaa
atgattgcgtttggttttcgccgttttttcaaagacagatggaatcagttagacctggca
atcgtccttctatccattatggggattacattggaagagattgaagtaaatgcatcacta
cccataaaccccaccattattcggatcatgcgagttctcaggattgctagagttctaaag
ctgctgaagatggccgttggaatgagggctttgctggataccgttctgcaggctcttccc
caggttgggaaccttggccttctcttcatgctgctcttcttcatttttgcagcattggga
gtggaactgttcggtgatttggagtgcaatgattcccaaccatgtgaaggtcttgggagg
cacgccacctttagaaattttggaatggcctttttaactctcttccgagtatctacaggg
gataactggaatggaattatgaaggacaccctgcgtgactgtaatgaggaatcgacctgc
tacaacacagtcatctcccccctctactttgtttcttttgtgctaactgcacagtttgtc
ttggtcaacgtggtcattgccgtcctgatgaaacatttagaggagagcaacaaagaagcc
aaggaggaggcagaactggaggcggagatggagctggagtttcagattcagaacatgcag
ggtccagacaatgactctttcctgtgggctggacgggacctcagctacactcaggacaat
ccctatgggtatatcaactctgtgaaggataagggggattcccaactgtcattagttcat
cccttggaaagacatatgtttgatacaatatcattactaatccagggctccattgaaggg
gagatgaaacttatggataacctctccggttcagtgtgtcatcattatgccctccaccca
tatgaaagaggctcagccgagaagcgaattccactggctgagatggagggcttgtctatg
acttcagatattctgtctgaaaaatcctggtcgttagccttaacggatgactcgttgccg
gatgatattgtcttcggcgtccttgaaaccaagatggatttttcaccagagcaaaaatca
tcaagcacaaaggacagcaacttgttaagtgtaaaaaagccactggtgtgccgaactcac
tccctgccaaatgacagctacatgttacaaacaggagaatcctgcgtagaatgcagggca
aagaggaaaccagaatgccaaaaatcaggctccagcgtccatgttcagtgtcagtttaat
gatgccggtagtggtcgaaaagagactgtgataagtgataaaaagtctgaaggcctcata
ccaaaactcaacgtaccaatgccatcaccgtccactcacagaatgctgcgaagacagaag
gcgatccacaatgactcctttgacatgctattggacagtaaggagaacgacaagggcgac
gcagtggatcatatcatcattaatttacctgtttgccaaccatctgcagaggtgccaaac
gctccaaaaccaaaggagcccgaaagaactttgtgtgatctggaaaaacacaacccatac
acacaacactgccgcgatacgccccagtgtccgggtcctgcccagacaaacaggtactct
ttgagagaacccccctcagcccaagaaaggacacatttgttgagtacatgtctttgtaaa
aaacacttgagcttaaaagcgtgcgaaacgctaagactttactctgccgcttactcgtta
agccagaaggtcaaactggaaaacagcaacaatgtagttctgaaggacatgaagaagttc
tacagtgttgacgctcacagtgcacttagcaaaaccacctcatggctggatgaagcaaga
agacattctattgaaatttgttccatggaaaatagtctttctcgctgcccagcatcccgt
tcttgtggctttatcagtcatatactcaacgaaagggacgactttctaaccgtgcagaga
actggtggacacattgcccactgcccggagtgcatgcccgcttccagacattcctgtctg
gagcccgagactctgaaaagacaatcttattcgttagattctaaggacctccctaacatt
gttgatcctttagtcccagagatgtcaatatcttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (74)   
   KEGG ORTHOLOGY (1)   
   RefGene (70)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (89)   

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