Leptidea sinapis (Wood White): 126966426
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Entry
126966426 CDS
T09272
Name
(RefSeq) voltage-dependent calcium channel subunit alpha-2/delta-3 isoform X1
KO
K04860
voltage-dependent calcium channel alpha-2/delta-3
Organism
lsin
Leptidea sinapis (Wood White)
Brite
KEGG Orthology (KO) [BR:
lsin00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04040 Ion channels [BR:
lsin04040
]
126966426
Ion channels [BR:
lsin04040
]
Voltage-gated cation channels
Calcium channel, voltage-gated (Cav)
126966426
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Gene cluster
GFIT
Motif
Pfam:
VWA_N
VGCC_alpha2
VWA_2
dCache_1
VWA
VWA_3
Motif
Other DBs
NCBI-GeneID:
126966426
NCBI-ProteinID:
XP_050666410
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Position
10:7181926..7213633
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AA seq
1288 aa
AA seq
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MLFRAVLVILLISLKSSKNIVIAQHVPNNKISFNTVQGWGVKLGTELYHFGEFITRKKEV
EDSWKSAQIESRDGEKLVQSMADDIRAMMELKISAVKRIVEAAENMAFDKQNEPIPDDYQ
FYNSKEMEDLLDDTITTTPEPEFNMENWIIRPPSKNARLEQNAHFSNIPVNINITSVHVP
TNVYAWAPEVIKGVHWSEGLDTHFINNYQSDPTLSWQYFGSSTGFMRHYPAMKWKADPVD
IYDCRTRAWYMEAAASPKDVVILVDRSGSMTGQRRDIAKHVVTNILDTLGNNDFVNVMTF
ANTVEEIVPCFEDSLVQATLGNIREFKLALDNFDTMEIANFSAALTRAFDLLEIYRNNSG
GANCNQAIMLVTDGVPYNYKELFERYNWKYDTPVRVFTYLIGREVKVADVREVKWMACAN
KGYYVHLSTLAEVRERVLEHVNVLARPLVLQREKHPVVWTPVYANITDPKVADYLWEQRE
RAEQKERFMSQRRDKVLFNSEKEQNRRWKITQMKQGQYSELGNAQYQLMTSVSMPVYDLR
HNENITENVLINEAYWVSVTKESVEENGQKEMRIARLLGVAGTDVPLSEIQALMTPYKVG
VNGYAFMVTNNGYILIHPDLRPVFQQILKPSYNSVDMIEVELFDDDRSPRNFSKELTALR
QDVIDQKTGNKIMSVKYHMDDMKRVSRGKKHYFWTGISESPFTLVLAIPENYGRHRITPP
PTDDIHRLSLTSKNISAKQYLSDKWSVHPDWLYCRHYERTFSTPEEELLYFLERVAKPGW
RWPAKPRPPEHHKNKPNHDKHNGSVEGRDRNKSPTSMPRNEYYCDHGLMQALVYDARNTA
WFNKSISDSATDEKAPLTKVIGLLPRTEFIQRFGYIVAFLATHSGLTRWQTHPLKERDDK
PEFGKFWPRAIDEVWYRRAIEQHYIDPLSYVYSVEMSTDKFPLNVTSAVVTASHAVFHSD
GHRKAPAAVVGFQFRHERLSEWFENITSSCEHKECVTCASDDWECYLVDSNGWIIVSKDI
TQTGHFFGKVRPDIMLKLVEDEVYKAVHVVDYQAVCFREKKTTNPGSVITTPLENLRMIM
SWLIATTVWFYNTVSVTLAQSSYSFDDDYYVTSTVAYQNYENDEETDDPSMFKPPMRIHE
RDFEKLVLINRTRPTPCDREMYLYQMDCKNLDEKLNKPLNECTRPFYAQLVNYTNMLLIV
VDAMCPKKDVSMPSIDPTEVQYNESLPCLKHKHPLYRKQPASCIRNHTEESNIDMCGRGS
LPHKTLLPWILVVLKWSISYILCVTWIY
NT seq
3867 nt
NT seq
+upstream
nt +downstream
nt
atgttatttcgtgccgtattagtgatattactaatatccttaaagtcgagtaaaaatatc
gttattgcacaacatgtacccaataacaaaatttcgtttaacacagtacagggttgggga
gttaagcttggtacagaattatatcatttcggagaatttattacaagaaagaaggaggtt
gaagatagttggaaatctgcgcaaatagagtccagagatggggagaaattggtgcagagc
atggcagacgatataagggctatgatggaattgaaaatcagcgcagtcaaacgaatagtc
gaagctgccgaaaatatggcgtttgataaacaaaatgaaccaatacctgatgattatcaa
ttctataatagcaaggaaatggaagatcttttagacgatacgatcacgacgaccccagag
ccagaattcaacatggaaaattggatcattcggcctccgtctaaaaatgctcgtttagaa
caaaatgcacacttttcaaatataccagtgaatatcaatataactagtgtacatgtgcca
acgaacgtttatgcttgggcgcctgaagttatcaagggagtccattggtcggaaggctta
gacacacacttcattaataactaccaaagtgatccaacgctttcgtggcaatattttggt
agttccacaggatttatgaggcattaccccgcaatgaagtggaaggctgatccagttgat
atttatgactgccgaacaagagcctggtatatggaggcagcagcaagtcctaaggatgtg
gttattttagttgatcggagtgggtccatgactggccaacgtagagatatcgccaaacac
gtagttaccaatatacttgacacgcttggcaacaatgatttcgttaacgtgatgactttt
gcgaatacagtggaagaaattgtgccctgtttcgaagattctttagtacaggcaaccttg
gggaatattcgggagttcaaacttgccctagataattttgatactatggaaattgcgaac
ttttcagcagctctaacgcgagcatttgatcttctagaaatatatagaaataatagtggt
ggagctaattgtaatcaggccattatgttagttactgatggtgttccatataattacaag
gaattatttgagagatacaattggaaatacgacactccagtgagagtgttcacgtacttg
ataggtcgcgaggtaaaggttgcagatgtgagagaggtgaaatggatggcgtgtgcgaat
aagggatattacgtccatctgagcacattagccgaagtacgagaaagggtattggaacat
gtcaatgttctagcaaggcccttggttttgcagcgagaaaagcatcccgtcgtctggact
cctgtttatgctaacataactgatccaaaagttgctgattatttatgggaacaacgggag
cgagctgaacaaaaggaacgatttatgagtcaacgacgagataaggtattgtttaattct
gaaaaagaacaaaatcgacgatggaaaattactcagatgaaacagggtcagtatagcgaa
cttggaaacgcgcaatatcaattgatgacttctgtttcgatgcccgtctatgatctgcga
cacaatgagaacatcacagagaatgtactgataaatgaagcttactgggtatcagttaca
aaagagtccgtagaggagaacggccagaaagagatgcgtattgctagattattgggtgtt
gctggaactgacgtcccattgtctgaaattcaagctctaatgacaccatataaggtcgga
gtgaacggttatgccttcatggtcaccaacaatggatacattcttattcatcctgatcta
aggcctgttttccaacagatcctgaagccaagttataacagtgtggatatgatcgaagtg
gagttatttgacgatgatcgaagtccacgaaattttagcaaagaattaacagctttgcgc
caggacgtgatagaccagaaaactggcaataagataatgagtgtgaaatatcacatggat
gatatgaaaagagtgtctcgagggaagaagcattatttctggacaggtataagtgagtct
ccgttcactctagtgctggcaataccagagaactacggccggcatcgaatcacccctcct
cccaccgacgatatccatagactctccctcacttccaagaacatctcggcaaaacaatac
ctgtctgataagtggagtgtgcaccctgattggttatattgtcgtcattatgaacgcact
ttctctacacccgaggaggaactgttgtactttctggagcgagtcgcgaaacctggctgg
cgatggccagccaagccacgccctcccgaacatcacaagaataagccgaatcatgacaaa
cataatgggtcagtagaaggcagggacagaaacaaatcacccacttctatgcccagaaat
gaatattactgcgaccatggcttaatgcaggcgttagtctacgacgcaaggaatacagcc
tggtttaacaagagcatatctgattctgcaaccgatgagaaagccccattgacaaaagtg
atcggattactgccgaggacggagttcatacaacgtttcggttacatcgtggcattcctc
gcgacgcacagcggcctgaccagatggcaaactcatccactcaaagaacgtgatgacaag
cctgaattcggcaaattctggccacgtgcgattgacgaagtgtggtatcggcgcgctatc
gagcagcactacatcgaccccctcagctatgtgtacagcgtggagatgagtaccgacaag
ttcccccttaacgtgacctcagccgtcgtcaccgcctcgcacgcagtcttccacagcgac
ggccaccggaaggcacccgccgcggtagtcggctttcagttcagacacgagagacttagc
gagtggtttgagaatattacttcgtcgtgcgagcacaaggaatgcgtaacgtgcgcttca
gatgattgggagtgttacctagtggatagtaacggttggattattgttagcaaagatatc
acgcaaacgggacacttcttcggaaaggtgcggccggatataatgttgaaactggtggaa
gatgaggtgtataaagcggtacacgtggtggactaccaagcggtctgcttcagagagaag
aagactacgaatcctggctccgtcatcacaacgccgcttgaaaatctacgaatgatcatg
tcctggctaattgcaacgacggtatggttttacaacactgtgtctgttactctggcacag
tccagctattccttcgacgacgactattatgtaacatccactgttgcataccaaaactat
gaaaacgacgaagaaacggacgacccgtctatgtttaagccaccaatgagaatacatgag
agagatttcgaaaaattggtccttataaaccggacccgacccacgccttgcgacagagaa
atgtacttgtatcaaatggactgtaagaatttggatgagaaactgaataagccactaaac
gaatgcacgaggccgttctacgctcagctcgtgaactacaccaacatgttgctgattgtg
gtagacgctatgtgccccaagaaagacgtttcaatgccctcgatagatccgacggaggtg
cagtacaatgagtcactgccctgcctaaaacataagcatcccttgtacagaaagcagccc
gcatcatgcattcgaaatcatactgaggagagcaacatcgacatgtgcggacgaggaagc
ttaccacataaaaccctattaccatggattttagtagttcttaaatggtctatatcttac
attttatgtgtaacttggatttattaa
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