KEGG T06134: 114975723

Acropora millepora: 114975723

Entry

114975723         CDS       T06134

Name

(RefSeq) voltage-dependent R-type calcium channel subunit alpha-1E-like isoform X1

K04851

voltage-dependent calcium channel L type alpha-1D

Organism

amil Acropora millepora

Brite

KEGG Orthology (KO) [BR:amil00001]
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:amil04040]
    114975723
Ion channels [BR:amil04040]
Voltage-gated cation channels
  Calcium channel, voltage-gated (Cav)
   114975723

SSDB

Motif

Pfam:

Ion_trans GPHH PKD_channel Ca_chan_IQ Abhydrolase_9_N

Other DBs

NCBI-GeneID:

114975723

NCBI-ProteinID:

XP_029211744

Position

Unknown

AA seq 1730 aa
MADNRRPSSVPSEDYYKTRMANSNNTSRKSSMQAGGQSPQFICSDRSLFIFSKDNLIRKI
CRTIVESKPFEYFILLTIFVNCILLAANKPLPKEDKSDLNVELEKAEIYLLAIFCLEAAL
KIVALGFFLHSDSYLRNGWNVLDFIVVVTGLLSLPELNIGIDAGSLKALRAARVLRPLKL
VSGIPSLQVVMKSIMCAMVPLLQICLLVGFVIIIYAIIGLEFLNGKFHYVCHNNETGKIE
NPDEPQICDPEGKGRSCKPPQQCREFWEGPNDGITSFDNIFAGTLTVFQVITNEGWTDIM
YWTFDAADANGYAFWIYYCSLVIIGSFFMLNLILGVLSGEFAKERERVENRRAFLKVRRT
QKMERHLHGYIDWISKAEDLMLEEDEEEDGDRNVDVMRRRNLDRVEDGDIAMTAQVLTGQ
AGRRHRLNTGKKKSFWQRFSRRNKRWKIRIRQIVKHQAFYWVVLVCVFLNTLITALQHYR
QPEWLTQFQDIAEIVFISFFFCEMTMKLYGLGPQLYFKSQFNTFDCVVVCCGILELILSK
TQGISLGISVLRALRLLRLFKFTRYWSSLRNLVTSLLSSVRSILSLLFLLFLFIVIFALL
GMQIFGARFREIPGRKGNPRTNFDDFANAALAVFQILTGEDWNAVMYDGVLSYDFLKPGR
AYTLAWAIYFVLLVVLGNYVLLNVFLAIAVDNLANAQQLSQDEEAEETEREERKKNILDQ
YRERDSPGNSAGRNGDAGMVDDLGPNEDEFESEMDDRPSFISNLRNPGRMVPQQLPGEEV
PIIDTWSLFLFPPGNPVRKACHWLVNLRYFDNTILVIILISSVLLALEDPVVEGSDHNKV
LTYFDYVFTTIFALEVIVKLIDYGAILHPGSYFRDAWNCIDCLVVCCAVASLVMGQQEGN
IDQASKKIVKVLRVLRVLRPLKAINKAKKLKAVFQCMVYSLKNVLNILIITILFLFIFSV
IGVQLFQGKFFYCDDASKMTEEECQGQYFEYDDNLSVNKEKDRSWAKHQYNFDNVLYAML
ALFTSSTGEGWPALMQNSIDATEVDKGPITDNKIEIALFYIFFVVVFSFFFINIFVALII
LTFQEQGEKDQGDCELDRNQRDCLHFAIVAKPSERFMPEDPNTWQYRIWRIVDSRPFEYF
IMLLIALNTLILTMKYYKEPKLYRDILDIFNTIFTFMFTAEAILKLFAFRLNYFRDGWNV
FDFIIVLGSLLDFGLQQGMRSSGGAKQMPFDPSLFRLFRAARLIKLLRQGYTIRILLWTF
LQSFKALPYVGMLIGLLFFIYAVIGMQMFGQISVENDEDPWEQISSQNNFQSFPQAIQVL
FRSATGENWQLIMLACAAGANCDKRVKDPPETCGSSFTYVYFITFIFFCSFLLLNLFVAV
IMDNFEYLTRDESILGPHHLDEFVRVWSEFDPGATGRIKHTEVCQLLRQMSPPVGIGKKC
PKIVAYKRLIKMNMPLYPDNTVTFTATLFALVRTSLKILTEKNNLKENDKELRAMLKRVW
PKLTKKTLDKVVPKPPSLINNGKSNQANQQPQMTVGKIYCAKLIYENYKFMRRKGQIQAK
DAEQGNALSRLVGGHVFQKFRGENDPELGEGLPMQDVAISLADGPYNSGSTQGLYHPNHQ
VMESPSRSRYPHQVPPVAHQSTTSLNEGRVTTSLVGPHRRQLPHAPGSRTGSQLSLTGKG
PVLPENRGDGVLENGYHPNMNQHIAMAIRSGQSPYAIYGLEEMGDEDDWC

NT seq 5193 nt +upstreamnt +downstreamnt
atggcggataatcgaaggccgtcctcggtgccttcagaggactattacaaaacgcgtatg
gccaactcgaataacacttcgcgcaagtcttcgatgcaagctggtggacagtcgccgcag
tttatctgctcagatcgatcgttgttcatcttctccaaggacaatttaattcgaaaaata
tgccggacgatcgtcgaatctaaaccttttgaatattttatcctattgactatctttgtc
aattgcattttactcgccgccaataaaccgttgccgaaagaagacaaatcggatctaaat
gtagaactagaaaaggctgaaatctatttgctagcgattttctgtctagaggctgcctta
aaaatcgtagctcttggatttttcctacacagtgattcttacctcagaaacggatggaac
gttttggatttcatcgtggttgtgaccggccttctgagcttgccagaactcaatattgga
atagatgctggaagcttgaaggccctcagagctgcaagagtgctcagaccactcaagcta
gtgtcaggcatcccaagtcttcaagtagttatgaagtccattatgtgtgccatggtgcca
ctcttgcagatttgcttactcgtaggatttgttattataatttatgcaatcataggattg
gaatttctgaatggcaaatttcattatgtctgtcacaataatgagacagggaagatagaa
aatccagatgagcctcagatctgtgaccctgaggggaaggggagatcttgcaaacctcct
caacagtgcagagagttctgggaaggacctaatgatggaatcacatcatttgataacata
tttgctggaacgttgacagtttttcaagtaattaccaatgaaggatggacagatataatg
tactggacgtttgatgctgctgatgctaacggttatgccttttggatatattattgttca
cttgttattattggatcgttttttatgctgaacctgattcttggtgtacttagtggtgag
tttgcaaaagaaagagaaagagtagaaaatcgtcgagcattcctcaaagtcagaagaaca
caaaaaatggagaggcaccttcatggttacatagattggataagtaaagcagaggatctt
atgcttgaggaagacgaagaggaagatggcgatcgaaatgtggatgtcatgagaagaaga
aatctggatcgagtagaagatggagatattgcaatgactgcacaagtattaacaggacaa
gcagggagaaggcatagattaaacacaggaaaaaaaaagagtttctggcaaagattctca
cggagaaataagagatggaaaatccgaattcggcaaattgtcaagcaccaagcattttat
tgggtagttctcgtttgcgtctttctgaatactctcataacagcgttacaacattatagg
cagccggaatggttgacacagtttcaagacattgcagagattgtgttcatctcctttttc
ttctgtgaaatgacaatgaagctctatggtctgggaccacaactctactttaaatctcag
ttcaacacatttgattgtgtggtcgtttgctgtggcattctggagctgattctctcaaaa
acacaaggcatcagcttaggcatatccgttcttcgagcattgagactgttgaggcttttt
aaattcacacggtattggtcatccctgcgtaacttagttacgtcattactcagcagcgtc
cgctcaatcttgagcttgctgtttcttctctttctgtttattgtgatttttgcattactt
ggaatgcagatttttggagcacgttttagagaaattcctggaaggaagggaaatccgaga
acaaattttgatgattttgcgaatgccgcacttgctgtttttcagatcttgacaggggaa
gactggaatgctgtgatgtatgacggtgtgttatcttatgactttttgaaacctggcaga
gcatataccttagcttgggcaatttattttgtgctcctggtggttctaggaaattatgtc
cttctcaatgtattcttggccattgctgttgataacttggcaaatgctcagcaattgagt
caagatgaagaagcagaagagactgagagggaagagaggaaaaaaaatatattagatcag
tatcgagagcgtgattctcctggtaacagcgctgggcgcaatggggacgcaggaatggtt
gatgatcttggtccaaatgaggatgaatttgagtcggaaatggatgacaggccttcattt
atcagtaatcttagaaacccaggccgcatggttcctcagcagctacccggcgaagaagta
ccaatcatagatacctggtcgttgtttctctttccaccaggcaacccggtgcggaaagct
tgtcattggttggttaatttacgctattttgacaataccattttggtcatcattctaatt
agcagtgttctgttagctcttgaggatccagtggttgagggatctgatcataacaaggtg
ctgacatactttgattatgtattcaccaccatatttgcactggaggtcattgtcaagctc
attgattatggagccatccttcatcccggttcatattttcgcgacgcttggaactgtatt
gattgcttggtggtgtgttgtgctgttgcatcgcttgtcatgggccaacaggagggaaac
attgatcaggcttccaaaaagatagtcaaggttttgcgtgtgttgagggttttgcgtcct
ctcaaagctattaacaaggctaaaaaattgaaggctgtgttccagtgcatggtgtattcg
ctgaaaaacgtactcaacattctcatcataacaattctcttcttgttcatcttctctgtg
attggggtacaactgtttcagggcaagtttttctattgtgatgatgcttccaagatgaca
gaagaggaatgtcaaggacagtactttgagtacgacgacaatctgtccgttaataaagaa
aaggaccgttcgtgggccaaacaccagtataatttcgacaacgtcttatatgcaatgttg
gcgctgtttacgtcatctacaggagaaggctggccagctcttatgcagaattccatcgac
gctactgaggttgacaagggacctataaccgataacaagatcgagatcgctctcttctat
attttctttgtcgtagtgttttcgtttttcttcatcaacattttcgtcgctctcattatc
ctcacctttcaagagcagggcgagaaggatcaaggagactgcgagctggacaggaatcag
agagactgccttcattttgcgatcgtggcgaaaccatcggaacgatttatgccggaagac
ccaaacacttggcagtatcgcatctggagaattgttgattcaagaccttttgaatacttc
atcatgttgctgattgcgctcaatacactcattcttaccatgaagtattacaaggaaccg
aaattgtatcgagatatcctcgacatcttcaacacaatcttcacattcatgttcactgca
gaagctatcctaaagctttttgccttccgactgaattactttcgagatggttggaacgta
tttgactttattattgtgttgggaagtttactggacttcggcctccagcagggcatgcga
tcatctggtggtgctaagcaaatgcctttcgatcccagtctattccgtctgttcagggcg
gccaggttgatcaagctgttgaggcaagggtacacgatacggatcttgctatggaccttc
ctgcagtcttttaaggcgttgccctatgttggcatgctaatcggccttcttttcttcatc
tacgccgtcattgggatgcagatgtttggtcaaatctccgtagagaatgatgaagatcct
tgggagcagatatcgagtcaaaataacttccagtcatttcctcaagccattcaagttctt
ttcaggtccgcaacaggcgagaattggcagcttataatgttggcttgtgcagccggagcc
aattgcgacaaaagagtgaaggatccacctgaaacctgtggaagctccttcacttacgtc
tacttcatcacatttatattcttctgttcatttttgcttctgaacttgttcgtggccgtc
attatggacaactttgagtacctgacacgtgacgagtctattctcggcccgcatcatctc
gacgaattcgtccgcgtgtggtctgagttcgatcccggagccacgggccgcattaaacac
actgaggtttgtcagttgcttcgccaaatgtctcctcctgtgggaattggaaagaaatgc
cccaagattgtggcttataagcgtctgatcaaaatgaatatgccgctgtacccagacaac
actgtcaccttcacagctactctgtttgcattggttcgaacatcactcaagatcttgaca
gagaaaaataatctaaaggagaatgacaaggaactacgagccatgttaaaacgagtttgg
cccaaactcaccaagaagacactggacaaagtcgtgccgaagccgccaagccttatcaac
aatggtaaatctaatcaagcaaaccagcagccacagatgacagtgggtaaaatatactgc
gccaaactaatttacgaaaactacaaattcatgagacggaaaggacagatccaagcaaag
gatgcagaacaggggaatgcccttagccgtctagtcggcggacacgtgttccagaaattc
cgaggagaaaacgaccccgagctgggagaggggcttccaatgcaagatgttgcaatcagt
ttggctgatggtccttataattccgggtctacgcagggtttatatcaccctaatcaccag
gtaatggaaagtccatcccgatcacgctatccccatcaagtgccgcccgttgcacatcaa
tccactacttccctaaacgaagggcgcgtgacaacaagcttagttggtcctcatcggcga
cagttgccccatgcccctggctctcgaactggatctcaactctctctgaccgggaaagga
ccagtgctaccggaaaaccggggcgatggtgtgctggagaatggttaccacccaaatatg
aaccaacacattgcaatggctatacgaagcggccagagtccttatgcaatctatggtttg
gaagaaatgggagacgaggatgactggtgctag

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 (5)   
   RefSeq(nuc) (5)   
Protein domain (5)   
   Pfam (5)   
All databases (21)   

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