KEGG   Nothobranchius furzeri (turquoise killifish): 107391375
Entry
107391375         CDS       T05163                                 
Name
(RefSeq) voltage-dependent T-type calcium channel subunit alpha-1I-like
  KO
K04856  voltage-dependent calcium channel T type alpha-1I
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Pathway
nfu04010  MAPK signaling pathway
nfu04020  Calcium signaling pathway
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04010 MAPK signaling pathway
    107391375
   04020 Calcium signaling pathway
    107391375
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:nfu04040]
    107391375
Ion channels [BR:nfu04040]
 Voltage-gated cation channels
  Calcium channel, voltage-gated (Cav)
   107391375
SSDB
Motif
Pfam: Ion_trans PKD_channel TMEM208_SND2 ETRAMP
Other DBs
NCBI-GeneID: 107391375
NCBI-ProteinID: XP_015824152
UniProt: A0A8C6KDG6
Position
sgr02:237013..488876
AA seq 2164 aa
MMVILLNCVTLGMYQPCENIDCSSDRCQILQAFDAFIYIFFALEMVIKMVALGIFGRRCY
LGDTWNRLDFFIVMAGMVEYSLDLQNINFTAIRTVRVLRPLKAINRVPSMRILVNLLLDT
LPMLGNVLLLCFFVFFIFGIIGVQLWAGLLRNRCYPEENFTRNNGLSLPRPYYMADEDDE
RPFICSLPVDNGIMSCLDVPARREGGRACCLDKEDVLYRQSLGLSPEPLSNGSNSVAGLC
VNWNQYYTRCHTGSTNPHKGAINFDNIAYAWIVIFQVITLEGWVEIMYYVMDAHSFYNFI
YFILLIIVGSFFMINLCLVVIATQFSETKQREHQLMQEQRAQCSSSSTLASEPGDCYEEL
FQLVCHFLRKAKRQTIAFFYTLRGKPRGFRGVGRGRGGGEVRERKANGRGGRERPVLRSG
PPCAHHNKPDSNSPAEPMALAATSATDRCPQSASTLALRDGVGNVRSMTSNEAEGATMEE
TDREDEKSGSRKNDKKGHKSTMSHGGCSLKTGCKQLWHKIRMKLWGIVESKYFNRGIMIA
ILINTISMGIEHHEQPDELTNVLEICNIVFTSMFSLEMILKLTAFGSFSYLRNPYNVFDG
VIVIISVCEIVGQSDGGLSVLRTFRLLRVLKLVRFMPALRRQLVVLMKTMDNVATFCMLL
MLFIFIFSILGMHIFGCKFSLKTDTGDTVPDRKNFDSLLWAIVTVFQILTQEDWNAVLYN
GMAATSPLAALYFVALMTFGNYVLFNLLVAILVEGFQAEGDANRSYSDDDHSSSNFDESE
KPDSIKLSDPRICTLTPNGHLELGALSGPRGSYSSEKRSITNESRKSSLERRSLSLRHGR
SSNYHNWGRPFPPQSGWSRRSSSNSLGRRSYGFGGAPPVGGSLRVRSSHSPNSYNYASEQ
ESLLSHPHNSHYPLHAHHPPPPPHFFSKHFGPRRDRRALSLELPELLRTGGPATGQPPVQ
THEPGRRSGSGTGGSTTGGSVTGSGFGVDHRDCNGKASGPHTHLIADVFPQVNARKDRAD
LDEETDYSWCFRIQKMMEVYKPDWCESREDWSVYMFSPQNKFRLLCQSIIAHKLFDYVVL
VFIFLNCITVALERPRILQGSLERLFLTISNYIFTAIFVAEMTVKVVSMGLYLGERAYLR
SSWNILDGFLVFVSLIDIVVSMAGGAKILGVLRVLRLLRTLRPLRVISRAPGLKLVVETL
ITSLKPIGNIVLICCAFFIIFGILGVQLFKGKFYYCVGFDVKNITNKSDCLAANYRWVHH
KYNFDNLGQALMSLFVLASKDGWVNIMYHGLDAVGIDQQPVTNNNPWMLLYFISFLLIVS
FFVLNMFVGVVVENFHKCRQHQEVEEARRREEKRQRRMEKKRRKAQKLPYYASYGSTRLA
IHTLCTSHYLDLVITFIICINVITMSLEHYSQPQSLETALKYCNYFFTSTFVIEASLKLV
AFGFRRFFKDRWNQLDLAIVLLSVMGITLEEIEINASLPINPTIIRIMRVLRIARVLKLL
KMATGMRALLDTVVQALPQVGNLGLLFMLLFFIYAALGVELFGELVCNADYPCEGMSRHA
TFENFGMAFLTLFQVSTGDNWNGIMKDTLRECPPGRPGGDYGCHAGLQFISPMYFVSFVL
TAQFVLINVVVAVLMKHLDDSNKEAQEDAEMDAEIELELAQGGLCCMMGGIGAIAGATGS
AAAGMGMGPSAPGVITAGSVGGLSATMMAPLRDGAGGGASVHEGHAHHRCRLYSPAQESQ
WLDSVSLLIKDSLEGDMIDNLSGSIFHHYCSSPVCKDCKSHPQEIRLAEVEQASLMSEQL
SDKSSSPALPDDLSLDEHSSYQLLVRDSQRGSSDSHSSEELPTQRDYSALPPSSSGSDGG
VQELLEMNPPSLEQLSSEDGDRRKLSGVPSPMFHLPAEFFHPAAAAHSEGHSDRMSPREG
DSFGVASLASWASLRSPGAHSRPLSPQHTSHSDLSLATGSSEGSLETTLVEGLGFRVSPP
LDPPIPLLCPVPSLPSHSRGTTRQIQSQFLLKRRSSALTLQATRRRQRSESSIEGGGSWS
GCSQQDSKHLSDEEMGLKTDRDSCHFNSKHLSETLNSLSLTSLLTSGSLAPTTMKKCNST
GSLNQSNLSAWSKDGRQFYGVDPHGFLSNPWAEGGAGGAQKDDLTSLSMKSSSQPTNISS
RKKR
NT seq 6495 nt   +upstreamnt  +downstreamnt
atgatggtaatcctgctgaactgcgtgaccctggggatgtaccagccttgtgagaacatc
gactgctcttcagaccgctgccaaattctacaggcctttgatgcattcatctacatcttc
ttcgctctggagatggttataaagatggtcgctttggggatttttggtcgacgctgttac
ctcggagacacgtggaacaggctggatttctttatcgtcatggcagggatggttgaatac
tctctggacctgcagaacatcaacttcactgctatcagaaccgtgagggtgctgcggcct
ctcaaagcaattaacagagtgccaagcatgcgcatcctggtaaacctgctgctcgacaca
ctgcccatgctgggtaatgtgctcctcctctgcttctttgtattctttatctttggcatc
atcggggtgcagctgtgggcggggctactgagaaatcgctgctaccccgaggagaacttt
acacggaataatggtttaagcctccctcggccgtattatatggctgatgaggatgatgag
cggcccttcatctgctctctacctgtcgacaatggcatcatgtcctgtttggatgtccca
gctcgacgtgaaggaggacgagcatgctgcctggataaggaggacgtgctgtatcgccag
tcacttggcctgagccctgaacctttgtccaatggcagcaacagtgttgctggtctgtgt
gtcaactggaaccagtactatacaagatgtcatactggaagcactaacccacacaaagga
gcaatcaactttgataacatcgcctatgcctggattgtcatctttcaggtgatcactctg
gaaggctgggtggagatcatgtactatgtcatggacgcccactctttctataacttcatc
tacttcatcctgctgattatagttggttccttcttcatgatcaatctgtgcctcgtggtc
attgcaacccagttctcagagactaagcagcgggagcatcagctgatgcaggagcaacga
gctcagtgttcgtcctcttcaacgttggctagcgaaccaggagattgctatgaagagctc
ttccaactggtgtgccacttccttcgtaaggccaagagacaaaccattgcctttttttat
acattgagaggtaaaccccgaggctttcgtggtgttgggagaggaagaggaggaggagag
gtgagagagaggaaggcaaatggaaggggaggacgtgagagaccagtattgaggtctggt
cccccatgtgctcatcataataaaccagattccaactcaccagctgagcctatggccctc
gctgccacctctgccacagatcgctgccctcagagtgcttcaacactggctctcagagat
ggtgtcggaaatgttcgcagcatgaccagtaatgaagctgaaggggcaaccatggaggag
acggacagagaggatgaaaagtctgggagtagaaagaatgacaagaaaggacataaaagt
acaatgagccatgggggctgtagtcttaagacgggatgtaagcagctatggcacaagata
aggatgaagctgtggggcattgtagagagcaagtacttcaaccgaggaatcatgatcgcc
attctgatcaatactatcagcatgggcatcgagcaccatgagcagcctgatgaactgaca
aatgttctggagatttgcaacatcgtcttcaccagcatgttctctttggagatgatcctc
aagctcacagcgttcgggtctttcagctacttgaggaacccctacaacgtctttgatggg
gtaattgtcatcataagcgtttgcgagattgttggtcagtcagacggtggtttgtctgtg
ctgaggacattcaggttgctgagagtgctgaagctggtccggttcatgccagctctcagg
agacaactggtagtcctgatgaagactatggacaacgtggccactttctgcatgttactc
atgctcttcattttcatctttagtatcctcggaatgcacatctttggctgtaagttcagt
ctgaagacagacactggggacaccgtgcccgacaggaagaattttgactcactgctttgg
gctatcgtcaccgttttccagattctgacccaggaggactggaatgcagttttgtacaac
ggcatggcagccacctcgccacttgctgctctttactttgtggcactcatgacttttgga
aattatgttctcttcaacttgctggtggccatcttggttgaaggatttcaggcagagggt
gatgccaaccgctcttattctgatgacgaccactcgtcttcaaactttgacgagagcgag
aaacccgattccataaagctgtcggacccacggatctgtactctaacaccgaatggccac
ctggagctcggggccctctccgggcccaggggatcgtactcctcggaaaagcgaagcatc
accaacgagtctagaaagagcagcctggagagacgctctctttctctgcgccatggtcgc
agttctaactaccacaactgggggcgaccttttcctccgcagtccggctggagtcgcagg
tcgagctccaacagcctcggtcggaggagttacggttttggtggggctcctccggttgga
ggcagccttcgtgtgcgcagctcccattcccccaactcctacaactatgcctcagagcag
gagtcccttctgtctcaccctcacaactcccattatcctctgcatgctcaccatccaccc
ccacccccacatttcttctccaaacactttggtccaagaagggaccgacgggctctttct
ctggagctaccagagttgctccggacaggaggtccagccacgggacagccacctgtccag
actcatgagccaggaagaagaagtggatctggcacaggtggttccactacaggaggatct
gtgacgggtagtggttttggagtggatcatcgtgactgcaacgggaaggcatcgggtccc
cacactcacctgatagctgatgttttccctcaagtcaatgcacgcaaagacagagcagac
cttgatgaagaaacagactatagttggtgcttccggatccagaagatgatggaagtgtac
aagccagactggtgtgagtccagagaggactggtctgtctacatgttctcccctcaaaac
aagttcagacttctctgtcagtccattatagctcataagctctttgactacgtggttctg
gtctttatcttcctcaactgcatcaccgtagctctggagaggcccaggattctgcagggc
agcctggaaaggttgtttctcaccatatccaactacatctttacggccatcttcgtggca
gagatgaccgtcaaggtggtatccatgggtctgtacctgggggagagggcctatctgagg
agcagctggaacattctggatggtttcctggtctttgtgtctctgattgatattgtggtc
tcaatggcgggaggggctaagatcctgggagtcctacgagtcctcaggctgctcaggact
ctccgtcctctcagggtgatcagcagggctccggggctgaagctggtggttgagacgctg
atcacttccctcaaacccattggaaacatcgtcctcatctgctgcgccttttttatcatc
tttggcattcttggtgttcagctcttcaaaggcaagttctactactgtgtgggtttcgat
gtgaagaacatcactaataaatcggactgcctggctgccaactaccgatgggttcatcac
aaatacaactttgacaaccttggacaggctcttatgtccctatttgtgctcgcatcaaaa
gatggttgggtgaacattatgtatcacggactggatgcagtgggaatagaccagcagccg
gtgaccaacaataatccgtggatgctgctctacttcatctccttcctcctgatcgtcagc
ttttttgtgctgaacatgtttgtgggcgtggtggtggagaatttccacaagtgtcggcag
caccaagaggtggaggaagcgaggcgaagagaagaaaaacgccagcgccgcatggaaaag
aagaggagaaaggcccaaaagctgccatactatgcttcctatggtagcacccgcctggcc
atccacactctgtgcaccagccactacctggaccttgtaatcaccttcatcatctgcatc
aatgtgatcactatgtcactggagcactacagtcagccacagtctctggagactgcactg
aaatactgtaactacttcttcacctccacctttgtgattgaggcatctttgaagctggtg
gcttttggctttcgacgcttcttcaaggacaggtggaatcagctggacttggccatagtg
ctgctgtctgtaatgggaatcactctggaagaaattgagatcaacgcatccctacccatc
aatcccaccatcatcaggattatgagggtgctcaggatagcacgagtgttaaagttattg
aaaatggcaacagggatgagagctctgctggacacggtggtccaggctctgcctcaggtg
ggaaacttgggcctcctgttcatgctgctgtttttcatctatgcagctctgggagtggag
ctttttggcgagttagtgtgcaacgctgactacccctgtgagggaatgagccgccatgct
acatttgaaaactttgggatggcctttctcacactctttcaagtttcaacaggtgacaac
tggaatggcatcatgaaggacactttgagggaatgcccaccaggtcgtcccggtggcgac
tatggctgccacgctggactccagttcatctctccaatgtattttgtgtctttcgtgctc
acagcacagtttgttctgataaatgttgtggtcgctgttctcatgaaacacctggatgat
tccaacaaagaagcgcaggaggatgcagagatggatgcagaaattgaactggaactggct
cagggaggcctctgctgcatgatgggaggaattggggccatagctggggccactggtagc
gctgcagcggggatgggcatgggcccttcagcacctggcgtaattacagcagggtcggtc
ggaggtctgagtgcaacgatgatggcacctctaagagacggagcagggggaggagcttca
gttcacgaggggcacgcacaccatcgctgtcggctttactctcctgctcaggagagccag
tggctggacagtgtgtctctgctgattaaagactcgttggaaggagacatgattgacaac
ctctctggatccatttttcatcattactgctcctctccagtctgcaaggactgcaagagt
cacccacaagagattcgattggcagaggtggagcaggcgtccctgatgtcagagcagctg
tcagacaaatcctcatctccagctctgcctgatgacctcagcctggatgaacacagcagc
taccagctgcttgtcagagacagtcagaggggcagcagtgattcccacagttcagaggag
ttgcccactcagcgagactacagtgcgcttcctccctccagctcaggaagtgatggtggt
gttcaggagttgttggagatgaatcctccctcgctggaacagctaagctctgaagatggc
gacagaagaaaactcagtggggtcccttcacccatgtttcatctacctgctgaattcttc
cacccagctgctgcagcccattcagagggccacagtgacaggatgagcccaagagaggga
gactccttcggggtggcctctcttgcctcttgggcctcgctccgctcacctggagctcac
agcaggcctctgagccctcagcacacgtcccacagtgacctgtccctggccacaggcagt
tcagagggcagcctggagaccactctggtagaaggacttggctttagggtctctccacct
ctggatccccccatacccctcctctgccctgttcctagccttccatcgcactcacgggga
acaaccagacagatccagagtcagtttttgctcaagagacggagttctgctcttacactc
caagccactaggaggcgacagagaagtgagagcagcatcgaaggtggaggcagttggtct
ggctgctcccagcaggactcaaagcacctttcagatgaggagatgggtctgaaaacagat
agggacagttgccacttcaacagcaaacacctatcagaaacattaaacagtctctctctg
acgtcgctactcacctctgggtccttagcacccacaacgatgaagaaatgtaacagcaca
ggctctcttaaccagtcaaacctctctgcttggagtaaagatggccgtcagttctacggc
gttgacccacacggcttcttgtcgaacccctgggctgagggaggggcaggaggtgcacaa
aaagatgatctgaccagcttgagcatgaaaagcagcagtcagcccacaaacattagctcc
aggaaaaaaagatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (65)   
   KEGG ORTHOLOGY (1)   
   RefGene (61)   
   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 (85)   

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