KEGG T09066: 129255644

Lytechinus pictus (painted urchin): 129255644

Entry

129255644         CDS       T09066

Name

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

K04851

voltage-dependent calcium channel L type alpha-1D

Organism

lpic Lytechinus pictus (painted urchin)

Brite

KEGG Orthology (KO) [BR:lpic00001]
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:lpic04040]
    129255644
Ion channels [BR:lpic04040]
Voltage-gated cation channels
  Calcium channel, voltage-gated (Cav)
   129255644

SSDB

Motif

Pfam:

Ion_trans Ca_chan_IQ GPHH CAC1F_C PKD_channel

Other DBs

NCBI-GeneID:

129255644

NCBI-ProteinID:

XP_054749962

Position

3:49325972..49391317

AA seq 1936 aa
MESSMLADIVIGEQQSIVMINDGAGWWPFFYFVSLIIIGSFFVLNLVLGVLSGEFSKERE
KAKARGAFQKLREKQQIEEDLRGYLDWITQAEDIDPDNDSEQNKGPPKHVLWKRLGTLNT
KVPKPISESDSDDKSEEMGSSEIPQQQWMQKERRQLRRWNRRCRRLCRQAVKSQAFYWIV
IIMVFFNTVILASEHYNQPSWLRDFQDFGNLCFVVIFTVEMIIKMYSLGLQGYFVSLFNR
FDCFVVCSSIIEVVLIYAHIIPPIGISVLRCVRLLRVFKATRYWTALRNLVASLLNSMRS
IASLLLLLFLFILIFALLGMQVFGGHFNFDSTQLKPRSNFDSFFQSLFTVFQILTGEDWN
EVMYDGIQAYGGVKSIGFLASTYFIILYICGNYILLNVFLAIAVDNLADAESLTALEKEK
EEEKRNKSIRRANEFDLSKQLPPGVDPKGVIRGPKRLQEKRKAVFSKEADGSLNHKNKSQ
DSEEKVHVIDEDDVKKSLKEPDEDDEEEEEEVETLTTASARPRRLSELNIPTKTRPMPKA
NALFVFSSSNKFRRFCFMLVNHPYFTNVVLVLILISSAMLAAEDPIDEKGNLNRILSYFD
YGFTSIFTIEILLKVVAYGLVFHRGAFCRNSFNLLDLLVVTVAYISILFKDQKISAVKTL
RVLRVLRPLRAINRAKGLKHVVQCVFVAIKTIGNIMLVTLLLVFMFACIGVQLFNGRFFS
CNDSSKLYEEDCQGHYFVYKNGDLNQVSVEQRVWSKNEFHFNDVGNAMLALFTVATFEGW
PKLLYVAVDSTEDDKGPIHSSRMPVAVFFFAYIIVIAFFMVNIFVGFVIVTFQNEGEQEY
KNCELDKNQRNCLEFALKAKPQRKYIPKNPKQHLVWKLVTSRGFEYFIFVLIMVNTIILA
MKYRTQTDTYRNVLDYMNIVFTAVFTVEFLLKIIAYKPKNYFRDYWNFFDFIIVLGSIID
IMIDMFSGNDGKKQFSINFFRLFRVMRLVKLLSRGEGIRTLLWTFIKSFQALPYVALLIV
MLFFVYAVIGMQMFGRIKITLDDAINRNNNFRTFPLAVMVLFRSATGEAWQQIMMACAHS
PNAPCHKNEEDICGNDFAYFYFISFYSICSFLIINLFVAVIMDNFDYLTRDWSILGPHHL
DEFVRQWSEFDPDATGRIKHLDVVTLLRCISPPLGFGKLCPHRIACKRLVTMNMPLNSDG
TVMFNATLFALIRTSLKIKTEGNIDQCNEELRTVIKKIWKRTSTKLLDQVAPPAGADDDV
TVGKFYATFLIQDYFRRFKKRKQEGLKATGQDNSTFALQAGLRTLHEIGPQIKRAISGNL
EGMDENEQFEHEEPNHRRSHSLFGTVLNMYHNRRQSTPMANTHYQGRDPPPAYYPNNANT
NLVIAPPSNQHRKLSPANSLNNYNHNPQNKSPFNMSSKSPSAIRGRGGPYSPNANSLQVS
SPHTRGFSPVGNRIPGGRGMPNNRGPGNRYSTKEGRQPLLPNEDRHHHHHNNHHHSPDSP
YDDDDVEDVEPKSPSSPPVPDEEYHPEPYQQPYREPYRDYSSLYTVYEEPPTLRTECYQE
EDEDNLSETSSHPPTSPLLSPQRSPSSSRSHSPTPPPQHNSSNHPSPSANLTPDFSTTVP
SPTETSLPKLEGESIGSRSVTHSPRKSPAGSPSRRLLLPSCVGKSDGLVPAGDRKTAVPI
KLAQAQVMAVAGMTPEGKTRNSTGRMWLTPPSSPRRIRSSLHTPAPRPTTQSSHLLPTTG
SASNSTMSHIVVKEPLAQRHSTGEIGTSRDPSAAFFKSLTKSKTLQQSVTRNNPSPEEVA
GSAESLVAQVLAGEGISPIHDRDLINMAERELAEACNMTQAELDSAAHRILFPKDKMANV
PVVTTTATSVDTQLPYFDHLGGYELRDYTRRSGHNRTNDNDEEDGDGSRAGHETDSDTEL
GTMEADEHGVLYVTTL

NT seq 5811 nt +upstreamnt +downstreamnt
atggaatcttcaatgctggcagacatagtcattggggagcaacaatccattgtgatgatc
aatgatggcgctggttggtggccattcttctactttgttagtctgatcatcattgggtca
ttctttgtcctcaaccttgttcttggtgtccttagtggggaattctccaaggagagagaa
aaggccaaagcaagaggagcatttcagaagctacgagagaagcaacagatagaggaggat
cttcgaggctacttagactggatcacacaagcggaggacattgatcctgataatgacagt
gagcaaaataaaggtccgccgaaacacgttctctggaagagacttggtaccttaaacacc
aaagttccaaaacccattagcgaatcagattcagatgataaatcagaagaaatgggaagc
agtgaaatacctcagcaacaatggatgcagaaagaaaggcgtcaacttagacgatggaat
agaaggtgtcgtaggttatgtcggcaggcagtaaaatcgcaagcattctattggatcgtc
atcatcatggtcttcttcaatacagtgatcctagcctcggagcactataaccagccttcg
tggctccgagatttccaagactttgggaatttgtgttttgttgtgatatttacggtggag
atgataatcaagatgtacagcctgggtctacagggctactttgtatcactcttcaaccgg
tttgattgttttgtggtgtgtagcagtatcatagaagtggtcttaatctatgcccatatc
atccctcccattggtatcagcgtcttgcgctgtgtcagactactcagggtctttaaagca
acaagatattggacagcgctaaggaacttggttgcatccctcctcaacagtatgcgctcc
atcgctagtttgcttctccttctatttctcttcatcctcatcttcgctctcttaggaatg
caagtctttggaggccattttaactttgacagcacgcagctaaagcctcgaagcaacttt
gattccttctttcagtctctcttcacagtgtttcaaatcttgactggtgaagactggaat
gaagtgatgtatgatggcattcaggcttacggtggagtcaagtcaattggattcctagct
agtacctattttatcatcctatacatatgtggcaactacatccttctcaacgtgttcttg
gctattgctgtagacaatcttgccgatgcagaatccctcacagccttggagaaggagaaa
gaggaagagaagaggaacaagtccataagaagagcaaatgagtttgatctttctaagcag
ctgcccccaggtgttgatcctaagggagtgatccggggacccaagaggttacaggagaag
cgtaaagccgttttcagcaaagaagcagatggttcattgaatcacaaaaacaagtcacaa
gatagtgaagaaaaagtacatgtgattgatgaagatgatgtaaagaagtctctgaaagaa
ccagatgaagatgatgaagaagaagaagaagaagtagagactctaaccacagcttcagca
agaccaagaaggctttcagaactcaacatacccaccaaaacaagacccatgcccaaagca
aatgccctttttgtattctcaagttcaaataaatttcgccgtttttgttttatgctcgtg
aatcatccttattttaccaatgtggtactggttttaatcctcataagcagtgccatgttg
gcagctgaggatccaatcgatgagaagggaaatttaaataggatcttgagctattttgat
tacggatttacttcaatatttacaattgaaattcttcttaaggttgttgcctatggactt
gttttccatcgaggtgccttctgtcgtaattctttcaatttattggatctactagttgta
actgtagcctacatttcaatcctattcaaagatcagaaaatttcagcagtgaagactctg
agggttctcagggtacttaggccacttcgagcgataaacagagctaaggggcttaagcac
gtggttcagtgtgtatttgtggccatcaagacgatagggaacatcatgcttgttacactg
ctcctagtcttcatgtttgcctgcattggtgtacaattattcaacggaaggttcttctcc
tgcaatgattcctctaagctctatgaggaagactgtcaaggccattattttgtatacaag
aatggggacttgaatcaagtatcggttgaacagcgtgtatggagtaagaatgaattccat
tttaatgatgtaggaaatgcaatgttggctctctttactgttgcaacgttcgagggatgg
ccaaagcttctgtatgtggctgtagactctactgaggatgataagggtccaatacacagc
tcacgcatgcctgtagcagtattcttctttgcgtacatcattgtcattgcattcttcatg
gtcaacatcttcgttggtttcgtcatcgtcactttccagaatgagggagagcaagaatac
aaaaattgtgaactagataaaaatcagagaaattgtctagagtttgctctgaaggccaaa
cctcaacggaaatacatcccaaagaatccaaagcaacacttagtttggaagctagtcaca
tctaggggatttgagtacttcatttttgttctcatcatggtcaatactattattcttgcc
atgaagtatcgcacacaaacagacacctacaggaatgtactggattacatgaacattgtg
tttacagctgtttttactgtagaattcctacttaagatcattgcatacaagcccaagaac
tacttccgggactattggaacttttttgatttcatcattgtactagggagcatcatagat
ataatgatagacatgtttagtgggaatgatgggaagaagcagtttagcatcaacttcttc
cgattgtttcgagtaatgagattggtcaagctcctaagcaggggagaaggaattcggact
ctgctgtggacatttatcaagtctttccaggccctgccatatgtagcgttattaatcgtc
atgttgttttttgtatatgctgttattggaatgcagatgtttggtagaatcaagataaca
ttggatgatgctataaatcggaataataacttccgtacattccctcttgctgtaatggtg
ctattcagatcagccacaggtgaagcttggcagcagatcatgatggcttgtgctcattca
cccaacgctccttgtcacaaaaatgaagaagacatatgtggcaatgattttgcctatttt
tatttcatctctttctacagcatctgttcattcctgatcattaatttatttgtagctgtc
atcatggataattttgattatctaacacgtgattggtcaattctaggaccacatcattta
gatgagtttgtcagacaatggtcagagtttgatccagatgcaacgggtcgcatcaaacat
ctagatgtagtaacattactgcgctgcatttcccctcccttaggttttgggaaactttgc
cctcatagaattgcatgcaagaggttagtcacaatgaacatgccactcaatagtgatggt
acggtcatgttcaatgctacactgtttgccctcataagaacatcattaaaaataaaaaca
gaaggtaatatagatcaatgtaatgaggaacttagaacagtaatcaagaagatttggaag
aggacgagtactaaactattggaccaagtagctccaccagcaggagctgatgatgatgta
acagtgggcaaattttatgcaacattcctgattcaggattacttccgtcgttttaagaag
cgcaaacaggagggtctgaaggccacagggcaggacaacagcacatttgcacttcaggct
ggattaagaaccctgcatgagattggaccacagatcaagagagctatatcaggcaacctg
gaaggcatggatgagaatgaacagtttgagcatgaagaaccaaatcataggagaagtcac
tcattatttggcactgtgctcaacatgtaccacaaccgtcgccagtccaccccaatggcc
aacacccactaccagggtcgcgacccccctccagcctactatcccaacaatgccaacacc
aacctagtgatagcgcctccgtccaatcagcatcgcaagctctctccagcaaacagtctc
aacaactacaaccacaatccacagaacaagtcccctttcaacatgtcctccaagtcccca
tcagccatcagggggcgtggtgggccgtactcccccaatgccaactcccttcaggtttcc
tcacctcatacaagaggcttctcaccagtaggtaacaggatacccggaggaaggggtatg
cccaataacagagggcctggcaatagatatagcacaaaagaaggcagacagcccctcctt
ccaaatgaggatcgtcaccaccatcatcataacaaccatcatcattctcctgattcgcct
tatgatgatgatgatgtggaggatgtagaaccaaagtctccgtcttcaccaccggtaccg
gatgaagagtaccatccagaaccatatcaacagccttacagagaaccctatagggactac
tcaagcctctacactgtgtatgaggaaccccctaccctaagaacagagtgttaccaggag
gaagatgaggacaacctttcagagacatcatcccaccctcctacatcacccctcctaagc
cctcaacgatccccatcatcatcccgtagtcatagtcctactccacccccacaacacaac
tccagtaaccacccttccccctcagccaaccttaccccggacttctccacgacggtgcca
tcacctactgaaacaagtcttccaaagcttgagggtgagagtatagggagtcgcagtgtg
acccacagtccccgcaagtcacctgccggttcacctagcagacggctgctgctgccctcg
tgtgttggcaaatcagatggtttagtgcctgcaggggatcgtaagacggcagtgcctatc
aagctagctcaggcacaggtcatggcggtagctggtatgacgcccgaaggcaagacgcgc
aactcgacaggacgaatgtggcttacacctccctcttccccacgtcggatccgatcctcc
cttcacacccctgcaccccgccctaccactcagagttcacatctccttcccaccacggga
tcggcttccaactcaacgatgagtcacattgtagtgaaggagcctcttgctcagaggcac
tccactggagagattggaacatcacgcgacccctctgcagccttcttcaagtcactaacc
aaatctaagacacttcaacaatctgtgactagaaataaccccagtcctgaagaagtagct
ggtagtgcagaaagtttagtagctcaggtgctagcaggggaaggcatctcgcccattcat
gacagggacctaataaacatggccgaacgtgagttagccgaggcctgtaatatgacacag
gctgaattagactctgctgcccatcgtatcctcttcccgaaggacaagatggcaaacgtc
cccgtcgtaaccaccaccgccacctctgtggacacccaactgccgtattttgaccacctg
ggtggctatgagttgcgggactatacgcgcaggtcgggtcacaatcggactaatgataat
gatgaggaagacggggatggaagtcgggcggggcacgagacagacagcgacacagagttg
ggaacaatggaggctgatgaacatggggtgctctatgtaactacgttatag

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 (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (13)   

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