KEGG T05774: 111341163

Stylophora pistillata (Smooth Cauliflower Coral): 111341163

Entry

111341163         CDS       T05774

Name

(RefSeq) voltage-dependent L-type calcium channel subunit alpha-1D-like

K04851

voltage-dependent calcium channel L type alpha-1D

Organism

spis Stylophora pistillata (Smooth Cauliflower Coral)

Brite

KEGG Orthology (KO) [BR:spis00001]
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:spis04040]
    111341163
Ion channels [BR:spis04040]
Voltage-gated cation channels
  Calcium channel, voltage-gated (Cav)
   111341163

SSDB

Motif

Pfam:

Ion_trans GPHH Ca_chan_IQ PKD_channel CAC1F_C SGTA_dimer

Other DBs

NCBI-GeneID:

111341163

NCBI-ProteinID:

XP_022803851

Position

Unknown

AA seq 1874 aa
MEQNGYPRANFTQGSKIFWPNGTDLMQTRARLNGHGGKYAKSVAAKRQKKSGNTVRPKRA
LLCLSLGNPIRSAAINLVEWKPFDVMILITIFANCAALAAFEPLPEKDSSEINDNLEVAE
YVFLAVFTMEAVLKIIAYGFLFHPGAYLRNGWNILDFVIVVVGLATILVKATLSSGSFDV
KALRAFRVLRPLRLVSGVPSLQVVLNSIIKALIPLFHIALLVVFVVIIYAIIGVELFMGR
LHKTCYDNVTGAESFEEPHPCSSGSSGFQCDKAAGQVCEGGWKGPNHGITNFDNIGLACM
TVFQCITLEGWTDVLYWINDAVGNSWPWVYFVTLIIWGSFFVLNLVLGVLSGEFAKEKAR
AQKSGEFQKFREKQQVEDAYNGYLDWITQAEDIEGDSESESGDESKASKKTSSRQSRTED
IEMIDRNERQDSISQHDTHHYGWCHNEKKVLKKWHHRARRELRKAVKTQAFYWIVIVVVF
LNSLTLALEHYDQPDFLTKFLDIANKLFLGIFTIEMIVKMYCLGFHGYFASLFNRFDCLV
VISSLLELAITEALKQPPIGISVLRCIRLLRIFKVTRYWSSLSNLVASLLNSMRSIAGLL
LLLSLFMLICSLLGMQIFGGKFNIDDDEIPRSNFDSFWRALITVFQILTGEDWNAVMYDG
IRAWGGIGEGGSAIAILYFIFLVVVGNYILLNVFLAIAVDNLADAENLTEMEEEKKKKKE
KAREKEALKMKGSVDSQSRIDQDGAIVPNHSSASRSNVTLDKSTQELHSTGTLNGNGVAR
TASHDDVEAQSTDISEIGGSKSAVSNNNESASASSSDDIDRAPMPPESALFIFSPTNIFR
VVCYKIATNTYFVNFILCLIIVSSILLAAEDPLNASAKRNQVLNYFDYFFTSVFTFEILV
KFISYGLILHKGSFCRSAFNLLDLLVVSVSVISISLRTSQFSVVRILRVLRVLRPLRAIN
RAKGLKDILLGVVGSLGNYIDFKGPGLSNPVVKEREWRRHDFNFDNVGNAMLTLFTVMTF
EGWPGILENSIDSTEVDKGPNQKNRPWVAIYYIIYIIIIAFFMVNIFVGFVIVTFQSEGE
EEFKGCELDKNQRQCIEFALKAKPLKRYIPENRLQFHIWRVVTSQAFEYLIFAFIVCNTV
VLMMQYYQEPKLYTRVLDGFNIGFTAVFLLECILKLIAFKPKNYFTDRWNLFDFIIVVGS
IIDITMNEVSDVFRRHRGISELEIALDSGSDGRIQRISEQMFAFGFFRLFRALRLVKLLN
QGSGIKTLLWTFIKSFQALPYVALLIVMMFFIYAVIGMQMFGRIAINSDTAINRNNNFQT
FPQSLMVLFRSATGENWQQIMLACTHRDDVKCDQNADPQEPSGLCGSDFAYFYFVSFYSI
CSFLIINLFVAVIMDNFDYLTRDWSILGPHHLDEYVRVWSEYDPDAHGCVKHVDIVTVLK
RIAPPLGFGKFCPHREACKRLVTMNMPLTKDGMVDFNATLFGLIRSSLNIKRPEGKGSID
KANEEVRNIILRIWPKTSMELLDKVVQPPGVRDDVTVGKFYATYLIQEYFRRFKARQKAQ
NQANEPHGNSTMALQAGLRTLHGLGPQLRRAISGQLGSDDDELFLKEDDSQKAQHKGFWE
SLKSAVSVSPRHSFRRPASFRLSAFLGKNGSGLETKKKSSSMSNLSEKMATTMFSDQKYL
MPTTSTSADDNANVKEAEQPRIELPLLHPDDTGSFTAIKDHAGLKAASSLPLSPVEGESR
DPIPYVRQRSKSEVIPPWLATREVAHLGRELQRSRSASIKNLLESAFVDEGVSITLDDPL
LRVAEQEIAEAFEVSEDDLNQAAERMLAQSSDLESHTEEEEIGEDKTMDTTSNPPRISHR
WSNEPDVPIIITDL

NT seq 5625 nt +upstreamnt +downstreamnt
atggaacaaaacggctatccaagagccaattttactcaaggttcaaaaatattctggccg
aacgggacagaccttatgcagacgagagcacggctgaacggacacggtgggaaatatgcg
aaatctgtagctgccaaacgacagaaaaaatctggaaacactgttcggccgaagagagca
cttctatgcctctctcttggcaatccgattcgaagtgctgccataaatctcgtggaatgg
aagcctttcgatgtaatgattctgatcacaattttcgcaaattgtgccgctctggccgcg
tttgagcctcttccagaaaaagatagcagcgaaatcaatgacaacctggaagtggcagaa
tatgtgtttttagcagttttcacaatggaagctgtgctcaagataatagcttatggattt
cttttccacccgggagcatatcttcgaaatggatggaatattttagattttgtaattgtt
gtagtaggattggcaactattttagtaaaagcaactctgagttcaggaagttttgatgtg
aaagctctaagggctttcagagtcttacggcctttacgactggtgtctggtgttccaagt
ttacaagttgtattaaattcaattatcaaggccctgatacctctcttccacattgccttg
ctggtagtttttgttgtgattatttatgcaattattggcgtggagttgtttatgggtcgc
ctgcacaagacatgctatgataacgtaacaggtgcagaatcctttgaagagcctcaccca
tgtagctctggtagttcaggatttcagtgcgataaagctgcaggccaggtctgtgaggga
ggctggaaaggacctaatcatggaattacaaattttgataatattggcttggcctgtatg
actgtgttccagtgtattacacttgagggttggactgatgttttatactggataaatgat
gcagtaggaaactcttggccttgggtatactttgttaccctgatcatttggggatccttc
ttcgtactcaacttagttcttggtgtacttagtggagaatttgccaaagaaaaggcgaga
gcacagaagagtggtgaattccaaaagtttagagaaaagcagcaagtcgaagatgcttac
aatggctacctcgattggattacacaagctgaggacattgaaggcgacagtgaaagcgaa
agtggtgacgagtcaaaagcttccaaaaagacttcatcaagacaatccagaactgaagac
attgaaatgatcgatagaaatgagagacaagacagtatttcccaacatgatacgcaccac
tatggttggtgtcacaacgaaaagaaagtgttaaaaaagtggcatcaccgcgccagacgg
gagctgcgcaaagcagtgaaaacacaagctttctactggattgtcatagtagtcgtattt
ttaaactcattgacgctagcattggaacattatgatcaacctgactttttaaccaaattt
ttagatatagcaaataagttatttttaggaatatttactattgagatgatagtcaagatg
tactgtctaggatttcacggctacttcgcgtcactttttaacagatttgattgcctggtt
gtaattagtagtttgttagagttggcaatcacggaagcgttgaagcagcctcccattgga
atcagtgttctgcgatgtattcgtctgcttaggattttcaaagtaaccagatactggagc
tcactaagcaacttagtggcgtcactgttgaacagcatgaggtccatagcgggtcttctg
ttgctgctttctctatttatgctcatttgttcactgcttggaatgcagatctttggtgga
aaattcaatatagacgatgacgaaattcctcgcagtaacttcgattccttttggagggca
ctcataacagttttccagattctcacaggcgaggactggaacgccgttatgtatgatggt
atccgtgcatggggtggcattggagaaggcggttcagcgattgccattttgtattttata
ttcctcgttgtcgttggcaactacattcttctgaatgtgttcttggccattgccgtcgac
aatcttgccgacgctgaaaacttaacagaaatggaagaagagaagaaaaagaagaaggag
aaagccagggaaaaggaagccctaaaaatgaaaggttccgtggattcgcaaagcaggatt
gaccaggatggtgctattgtacccaatcacagttcagcatcacggtcaaatgtaacacta
gacaaatcaacacaagaacttcattccacgggaactctcaacggaaatggtgttgcaaga
acagcttcacacgacgatgttgaagcccaatctaccgacatttccgagattggaggatca
aaatctgccgtcagtaacaacaatgaaagtgctagtgctagctcaagtgacgatatcgac
agggcaccaatgccgccagagtcagctttattcattttctctcctactaacatattccgt
gtcgtttgctacaagatcgccaccaacacatactttgttaattttattttatgcctcatt
attgtgagtagtattctgctggcggctgaggatccactcaatgctagcgcaaagagaaat
caggttctcaattattttgattatttctttacatccgtcttcacttttgagatcctcgtc
aagtttatttcctatggtcttatccttcacaagggatcattctgccgcagtgcgttcaat
ctattggacttattagtcgtatccgtttctgtaatttcaataagcctcaggacttcccag
ttttctgttgtcagaattctcagggttctccgagtgttaagacctttgagggcgattaac
agagcgaaaggactcaaggatattttattaggagtagtcggcagcttgggaaactatatc
gatttcaaaggacctggattatcaaacccagtggttaaagagagagagtggaggaggcat
gacttcaactttgacaatgttggcaacgccatgttgacgctatttaccgtgatgaccttc
gaagggtggccggggattttggagaattctatcgactccactgaagtagacaagggtccg
aatcagaagaaccggccatgggtagccatttattacattatctacatcatcatcattgcc
ttctttatggtcaatatcttcgttggttttgtgatcgtcacatttcagagcgaaggcgag
gaggagttcaaagggtgtgaactggacaagaatcagcgtcagtgtatagaatttgcactg
aaagccaaaccgctgaaacgttacatacctgaaaatcgccttcagttccatatatggcgc
gtggtgacgtcacaagcctttgaatatctgatattcgcgtttattgtgtgcaacacagtt
gttttaatgatgcagtattatcaagaaccaaaactttacaccagagtattggacggcttc
aacatcggtttcacagcagtttttcttctggagtgtatactgaagctcatcgcttttaaa
ccaaagaattattttacagacagatggaatctttttgacttcatcattgtggtcggcagc
attattgatatcacaatgaatgaagtttcggatgttttcaggagacatcgtggtatttcg
gagctggagatagcactggatagtggctccgatgggcgtattcagagaattagtgagcaa
atgtttgcttttggtttcttccgtttgtttcgagccctgcgtctcgtcaagctgctcaac
caagggtctgggatcaagactctcctttggacctttatcaagtcatttcaagctcttccc
tatgtggctcttcttattgttatgatgttcttcatctatgctgtgattgggatgcagatg
ttcggtcgtattgctattaactccgacacggcgatcaacagaaacaacaactttcagaca
tttcctcagtcccttatggtacttttcaggtccgcaacgggtgaaaactggcaacagata
atgttggcgtgtacgcatcgtgatgatgtcaagtgtgaccagaacgctgacccgcaggag
ccatctgggttatgtggctcagacttcgcttatttctattttgtgtctttttattccatc
tgttcgttcttgataatcaatttgttcgttgccgtcatcatggacaactttgactactta
actcgcgattggtcaattcttggtcctcaccatttggacgagtacgtgagggtgtggtcc
gagtacgaccctgatgcacatggttgtgtaaaacacgtggatatagtgactgttctaaag
cgaatcgcccctcctctgggctttggaaaattttgtcctcacagagaagcttgcaagcgc
cttgttactatgaacatgccgctgaccaaagatggaatggtagacttcaatgcaacactt
tttggactaatcagatcatccttaaacataaaaagacctgaaggaaaaggatcaatagac
aaagccaacgaagaagtccgtaatattatccttcgcatctggcctaaaacgtccatggaa
cttttagacaaagtagtgcagcctcccggagtgcgtgatgacgtcacagtgggtaaattt
tacgccacctatttgattcaagagtacttccgtcggttcaaagcgaggcagaaggcacag
aaccaagccaacgaaccccatggaaacagtacgatggctctacaggcgggactacgaacg
cttcacggcctcggaccacagttacgtcgagctatttccggtcagctaggaagtgacgac
gatgagttgttcttaaaagaagacgattcccaaaaggcgcagcataagggattctgggag
agtctgaaaagtgcagtttcagtttcgccgcgtcacagttttcgtcgtccggcatctttt
cgcttgtcggcttttctgggcaaaaatggaagtggattggagacaaagaaaaagagctca
tctatgtctaatctgagtgaaaaaatggctactactatgttcagtgatcagaaatacctc
atgcctactaccagcacatcggcggatgataacgcaaacgtaaaagaagctgaacaacct
cgcattgaacttcctttactacatccggatgatacgggctctttcaccgccataaaagac
catgcaggtttgaaggcagcatcaagcctgccgttaagtccggtagagggtgagtcacgt
gacccaattccttatgtaagacagcggagtaagagtgaggtcataccaccgtggctcgct
acgagagaagttgcacatctgggacgtgaacttcagcggagcaggtcagccagcatcaaa
aaccttttagagagtgcttttgtcgacgaaggtgtctctatcactctcgacgatccactc
cttcgagtcgccgaacaggaaattgctgaagctttcgaagtgtccgaggatgacttgaac
caagccgctgagcgcatgctcgcgcagagcagcgatcttgagtcccatacggaagaggaa
gagatcggcgaagataaaaccatggacactactagcaatcctcctcgcatttcgcatcgt
tggtcgaacgagccagacgttcctataattattaccgatctttga

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 (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (6)   
   Pfam (6)   
All databases (18)   

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