KEGG   Nematostella vectensis (starlet sea anemone): 5515227
Entry
5515227           CDS       T01037                                 
Name
(RefSeq) LOW QUALITY PROTEIN: voltage-dependent R-type calcium channel subunit alpha-1E
  KO
K04849  voltage-dependent calcium channel N type alpha-1B
Organism
nve  Nematostella vectensis (starlet sea anemone)
Brite
KEGG Orthology (KO) [BR:nve00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:nve04040]
    5515227
Ion channels [BR:nve04040]
 Voltage-gated cation channels
  Calcium channel, voltage-gated (Cav)
   5515227
SSDB
Motif
Pfam: Ion_trans GPHH Ca_chan_IQ PKD_channel Phage_TAC_15 DUF2570
Other DBs
NCBI-GeneID: 5515227
NCBI-ProteinID: XP_032240755
Position
Unknown
AA seq 1895 aa
MGNPNEDGEKKTSSGNHGSTHSLHIANGGSQDRVSMHSKSTSLRQKIGNRLLEFIRMPYA
LFILSERNPIRRLSKNIVEHKLFEYFILLNIVANCVVLAMNKPLPMDDKIEIAKDLEHAE
VYFVAIFCIEATLKILALGFVLHPGSYLRNGWNILDFVVVVIGVISLPNVDIKTDMDIKS
LRAVRVLRPVKLISGVPSLQVVMKSIGRAMVPLLQIALLVLFVIVIYAIIGLEFLMKQFH
TTCFRNSSGVMEMTPGPSPCDKGPYFGVRQVFHGRQCSGDYPICDEFWVGPNNGISTFDN
IALSMLTVFQCITMEGWTGIMYSTFEAIDRDGYLYSVYFVSLIVIGSFFMLNLVLGVLSG
EFAKERERVETRRAFFKVRRQQQLDRQVAGYLDWITKADEILIREKSRRESISTVTADTE
SQAQVISQDTSTNQTSNDRLKQSCMDRFSIEQQRLKLLIRKSVKSQWFYWTVLICVFLNT
ISLATEHYNQPIWLDEFQDKAEKVFLAIFTLEMVLKMYSLGFDVYFSSSFNVFDCVVVCS
GLVEAVLDAVLDQKINLGLSVLRCVRLLRVFKVTRHWKSLRNLATSLVSSIKSIMSLIFL
LFLFILISALLGMQIFGGKFIGETKNPRTNFDNFPNAMLTVFQILTGEDWNSVMSYGIMA
YGGPKTTWGLVVSLYFVLLVIVGNYTLLNVFLAIAVDNLANAQILTQDEEQEEELKERKK
SEHHEKFLPPPPPAETDLRQSKWRKAKPIPVVLAIKNFVRDNKQANGDQLEFDGPPNVGN
RRTDRRFSAALGKKIQLYRLEENQTENRINEDGPDGGQSDTGDGSTRKRRVRERRGGRRR
TTDKKDSKQNEEDDDEEDDQPITAKNFMNVLHGGRLGNRRRRGLKTVQVIRTRTLFIFGP
DNGFRKLCHSIVNLAHFDTAMLVVIGLSSLTIAAEDPLRDDAPRNNILWYFDCVFTAIFA
FEVVVKVVDLGLILHKGAYLRNTWNIIDAIVVICNIASLVLSKNDVHAGLAASWIKALRV
VRVLRPFKSVHKIKKLQAVFRCMWFSVKNVANILMITGLFLLIFAVIGVQLFNGKFWKCT
DEAKLYEKECQGHFFKFKYDKHGVPVGMPTVEERKWEKIKLNFDNVGEAMLTLYTSSTGE
GWPTAMHRTMDTTEKDKGPIQDYSTEYAIFYVSFVVVFSFFFLNIFVALIILTFQDLGEK
EISNCELDRNQRDCIHFALSAKPAQFYMPRNKHSFQYKVWLVASSRPLDIFIMVLIALNS
VVLMMQYYGQSDQYEKACQYLNIAFTSMFTLEAAIKITALRLNYFRDYWNLFDFFIVLGG
LLDMAFTIVAHMSEQANSNNGKSYMPIDPSMFRLFRAARLIKLLRQGYTIRILLWTFLRS
FKALPYVTFIVGLQFFMYAVIGMQLFGKIALDDDTEINSHNNFRDIFQALQVLFRAATGE
DWHLVMTACFSDAKCDKLAGISTGCGSTPLAIIYFCSFIFLCMFLMLNLFVAVIMDNFEY
LTRDESILGPHHLDEFVRVWSEYDPAATGFIHHSEVYKMMCSMSPPVGFGKKCPRIVGYK
RLIKMNMPLDENGKVTFSTTLFALIRISLNIKLRGNMNANDTELRKLISRLWPNSTSPKV
LDKLIPKQSVLSSQQMTIGKIYCAKLIHENYKYSKKKEDSGFQSGLLRRIVGSIRGKGRH
SDRISAPSETDSYDQNFLSPRLRSRTSEEPNENSIPRKPVSKKSSDHSSSLVANSIARSH
SWSSQANGDIEMSESILRDNLNPASSPSLRNGQARKEEKGMNGPVIPMAYLTSTGSPNPQ
RKRKNDPHRTIDHSSVHRASRDTVRTGRDGHKPQAPNPTQSRDRSRERPRDQPRDDKYYD
DMIVRINEELEQAVKKGQSPYDIYGLEEDDASEWC
NT seq 5688 nt   +upstreamnt  +downstreamnt
atgggaaaccctaacgaagatggagaaaagaaaactagctcaggaaatcatggctcgaca
cactctctacacattgccaatgggggaagccaggacagagtatcaatgcattcaaagtct
acatctcttaggcagaagatcggcaaccgactgctcgagttcatccgtatgccgtatgcg
ttgtttatactatcagagcgaaaccctattcgaagactctctaagaacattgtggagcac
aagctgtttgagtatttcatcttgctgaacatcgttgcgaactgtgttgttctggcaatg
aataaacctcttcctatggacgataaaatcgagattgccaaggatctggaacatgccgaa
gtgtactttgtagctatattctgtatagaagccactctaaaaatacttgccttgggattt
gttctacatcctggttcatacttacgcaatggatggaatatccttgattttgtggtcgtc
gttatcggtgttattagtttaccgaatgttgacatcaaaacagacatggacatcaagtct
ttaagagctgtcagagtcttacggcctgtcaaactaatatcaggcgtaccaagcttacag
gtcgtcatgaagtccattggccgggccatggtgcctttattgcagattgcccttcttgtc
ttatttgttatcgttatttatgcaatcatcgggctagagttcttaatgaagcaattccat
acgacatgcttcagaaatagttcaggtgttatggagatgactcctgggccatcgccgtgt
gacaaaggaccttatttcggcgttcgtcaggtttttcacggccgacaatgttccggagac
tatccgatatgcgacgagttctgggtgggaccgaacaatgggatctccacgtttgataac
atcgccctcagtatgttgacagtgtttcagtgtattaccatggaaggctggaccggtatc
atgtattctacatttgaagcaatcgacagggacggctacttgtactctgtatatttcgtg
tcgttgattgtgattggttcgttttttatgctcaacttagttcttggagtcctcagcggg
gaatttgccaaagagagagaaagggtagaaaccagaagagcgtttttcaaggtccggaga
cagcaacagttggacagacaggtagccggctatctggactggataaccaaagctgatgaa
attttaatacgtgaaaagtcgcgtcgagaaagtatatcaacggtaaccgctgatactgaa
tcacaggctcaagtcataagtcaagatacttctaccaatcaaacatcaaacgatagactg
aaacaaagttgtatggatcggttctctatcgaacagcaacgcttgaagctacttattaga
aaatctgtcaagtctcagtggttttactggactgtgcttatatgtgttttcctcaataca
atatcgctagctacagaacattataaccaacctatatggttagatgaatttcaagacaag
gcggagaaggttttcctcgcaatatttacgctggagatggtattaaagatgtactcgtta
gggttcgatgtgtatttctcatcgagcttcaatgttttcgactgcgtggtcgtgtgttct
ggtctcgtagaggctgtgctggatgcagtattagatcagaagatcaatctgggtctgagt
gtgctgcgttgcgtcagattgcttagagtgtttaaagtcaccagacactggaagtctttg
cgaaatctcgcaacgtcattggtcagcagcatcaagtccattatgagcttgatattcctg
ttattcctgtttatactcatatccgcgctgcttggaatgcagatctttggtggaaaattt
attggtgagacgaagaatccccgaaccaactttgataactttccaaacgccatgctaacg
gtttttcagattcttaccggagaagactggaacagcgtaatgagttacggcattatggcg
tacggaggccctaaaactacgtggggcctggttgtcagcctatattttgtgcttctcgtc
attgttggaaattacacgcttttaaacgtcttcttggctatcgccgtggacaacttagca
aacgcccaaattctcacccaagacgaagagcaggaggaggaattaaaagaacgcaagaaa
tctgagcaccacgagaagttcttgcctccccctcccccggcagagacggacttgcggcag
agcaaatggcggaaagctaaacccattcccgtagtacttgctatcaaaaacttcgtccgt
gacaacaaacaggcgaatggcgaccaacttgaattcgacggaccaccaaacgttggcaac
agaagaacagatagacggttttctgcggctcttggaaagaaaatccagctctaccgccta
gaagaaaatcagacagaaaaccggataaatgaggatggtccggacggcggacagtcggat
acaggtgacgggtccactcggaagcgaagggtgagagagaggagaggaggacgacgccga
actaccgacaaaaaggatagcaaacagaacgaggaagacgacgatgaagaagacgaccag
ccaatcactgctaaaaacttcatgaatgttttacacggtggtcgtctgggtaacagaagg
aggcgtggcttaaagacggtccaagtcattagaacaaggacgctgtttatctttggccca
gacaacgggtttcgcaaactgtgtcattctattgtcaatttggcgcattttgacaccgca
atgcttgttgtcatcggcctcagtagcttaacgatagcagccgaggacccgctacgggac
gacgcgccacgaaataatattctgtggtattttgactgtgtttttaccgcgattttcgcc
ttcgaagtcgtcgtaaaggtcgtggatcttgggctcatacttcataaaggcgcttatctg
aggaacacatggaacatcatcgatgccatcgtcgtcatctgcaacattgcgtccctagtg
ctttctaaaaacgatgtccacgctggactcgctgcctcatggataaaggcactccgagtc
gtccgtgtgttgcgtccattcaagagcgtgcacaagatcaagaagctacaggctgtattc
cgttgcatgtggttctctgtaaagaacgtcgccaacatcctgatgatcaccggcctcttc
ctactaatcttcgccgtcatcggcgtccaactgtttaacgggaagttttggaaatgcaca
gatgaggccaaactctacgagaaggaatgccagggtcattttttcaagtttaaatacgac
aagcatggtgtacctgtaggaatgccaacggtcgaggagcggaaatgggaaaagatcaag
ctgaattttgacaacgtgggagaagctatgctgacgctgtatacgtcatcgacaggggag
ggctggcctacggcgatgcaccggacaatggacaccaccgaaaaggacaaaggccctatc
caggattacagcacggagtacgccatcttctacgtcagcttcgtggtcgtcttctctttc
ttcttcttgaatatcttcgtagccctgattatcttgaccttccaggacctcggcgagaaa
gagatctctaactgcgaactggacaggaaccagcgggattgcatccatttcgcactatca
gccaagccagcccagttctacatgccgcgcaacaagcacagctttcagtacaaagtgtgg
ctggtggcctcctccaggcccctcgacatcttcatcatggtgctcatcgcactcaacagc
gtcgtgcttatgatgcagtactatggacagtctgatcaatacgagaaagcttgccaatac
ctaaacatcgcatttacctccatgttcaccctcgaggctgccatcaagatcaccgcgctc
agactgaattattttcgcgactactggaatctatttgatttctttatcgttctgggaggc
cttttggacatggcgttcacaattgtcgcgcacatgtccgagcaggccaacagtaacaat
ggaaagagctacatgcctatcgacccgagtatgttccgtctgtttcgcgcagctcgactc
attaagctcctacgacaaggatacaccattaggattctcctttggactttcttgcggtca
ttcaaggctttgccctacgtcaccttcatagtggggttgcagttcttcatgtacgctgtc
atcgggatgcagcttttcggcaagatcgcgcttgacgatgatacggaaataaactcgcat
aataactttagagacatcttccaagctttacaagtgttattcagagcggcgaccggggag
gactggcacctagtgatgaccgcatgtttttcggacgccaagtgcgataagttggccggt
atttctactgggtgtggctcaacaccgctcgcaatcatctacttttgctcctttattttt
ctctgcatgtttctgatgctgaatctttttgttgcggtcatcatggacaacttcgagtac
ctgacgcgagacgagtccatcctaggccctcaccatctggacgagtttgtccgcgtgtgg
tctgagtacgatcctgctgccactggattcatccatcacagtgaagtttataagatgatg
tgcagcatgtcgccacctgtaggcttcggcaagaagtgcccacgaatagtgggatacaag
cgtctcatcaagatgaacatgccactggatgagaacgggaaagtcaccttcagcacgact
ctgtttgcactcatccgcatctcactcaacatcaagctccggggaaacatgaacgcgaat
gacacggaactgcggaagctcattagtagactttggcccaactctacctcgcccaaagtg
ctggacaaactcatacccaaacaatcagtcctcagcagtcagcagatgacgatagggaag
atctactgcgcgaagctcattcacgagaattacaaatacagcaagaaaaaggaagacagt
ggttttcagagcggcttactccgtcgcatcgtcggctcgattcgtggtaaaggtcgtcac
agcgatcgcatttcggctccatccgagactgactcgtacgaccagaacttcttgtcgcca
agacttcggagccggacatcggaagaacccaacgagaacagtataccgaggaagccggtg
tccaagaagtctagtgaccactcctcctctttagtggctaactcgatagcgcggtcgcat
agctggagttctcaagcgaacggagatattgagatgtcggagtcaatcttgcgagataac
ctcaaccctgccagctccccgtcgctacggaatggacaagcacggaaagaggaaaaaggg
atgaacgggcctgtgataccaatggcataccttacgtccacgggcagccctaatccacag
aggaagcgtaaaaatgaccctcaccgtactatagatcatagttccgtccaccgtgctagc
agagacaccgtgcggacaggccgtgacggccataaaccccaagctccaaaccccacgcaa
tcacgtgaccggtcacgtgaaagaccacgtgatcaaccacgtgacgacaagtactacgac
gacatgatcgtgcgaatcaacgaggagcttgagcaggcggtgaaaaagggacaaagtcca
tatgatatatatggcttagaggaggacgacgcaagtgaatggtgctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (7)   
   RefSeq(nuc) (5)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (24)   

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