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KEGG   Limulus polyphemus (Atlantic horseshoe crab): 106464499
Entry
106464499         CDS       T08968                                 
Name
(RefSeq) muscle calcium channel subunit alpha-1-like isoform X1
  KO
K04851  voltage-dependent calcium channel L type alpha-1D
Organism
lpol  Limulus polyphemus (Atlantic horseshoe crab)
Brite
KEGG Orthology (KO) [BR:lpol00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:lpol04040]
    106464499
Ion channels [BR:lpol04040]
 Voltage-gated cation channels
  Calcium channel, voltage-gated (Cav)
   106464499
SSDB
Motif
Pfam: Ion_trans GPHH Ca_chan_IQ CAC1F_C PKD_channel
Other DBs
NCBI-GeneID: 106464499
NCBI-ProteinID: XP_022247943
Position
Unknown
AA seq 2197 aa
MDTKFSSEDYDQGPLAHNQQKFNDRLVRTPDDHQQFETLVRSTTSTDHQCHPPPAVKDSL
ADDVGHSHTVVNFNIRRDRSREIDTKPLSNAWKTALGVASTHSTMNKERKRLVRKGPKIV
ERPVRALMCLNLKNPLRKLCIDIVEWKPFEYLILLTIFANCVALAVYTPYPNSDSNQVNH
YLEKVEYVFLVIFTIECIMKIIAYGFLFHPGAYLRNAWNVLDFIIVVIGIISTALSTFLK
EGFDVKALRAFRVLRPLRLVSGVPSLQVVLNSILRAMVPLLHIALLVIFVIIIYAIIGLE
LFSGKMHKTCFDNITKVIGLDDPHPCSVGSSGFHCSEYKENLVCREYWDGPNDGITNFDN
FGLAMLTVFQCVTCEGWTDVLYDINDAVGNEWPWIYFLSLIIIGSFFVLNLVLGVLSGEF
TKEREKAKARGDFHKLREKEQIEEDLRGYLDWITQAEDIDPDENEGSEDSRHDVYVFKHN
DVDIGDKIEGETNSVDNLKNPSWWAIRSKQLAKQNRRLRRACRKGVKSQAFYWIVIVLVF
FNTFTLASEHYQQPAWLDSFQEVANMFFVVLFSLEMILKMYSLGFQGYFVSLFNRFDCFV
VISSIMEMVLTYTDVMPPLGVSVLRCVRLLRIFKVTKYWASLRNLVASLINSMRSIASLL
LLLFLFIVIFALLGMQVFGGKFNFGEAEEKPRSNFDSFWQSLLTVFQILTGEDWNVVMYH
GINAYGGVGSVGILACIYFIILFICGNYILLNVFLAIAVDNLADAESLTAVEKTKEDVCG
KGMKMENFLMKEEAEEVAEVRTQDVVEDEEREDRKPVEKKKKKKKLIDEVAEEEEIEQLD
TNDTSQMNHIPLFRSSTDVLDKSTQVCNKVDDDSPLNNEQGKTEEEDGEGENDEEEMEDE
EKVDLESAAISIGAHPRRLSELNISKNVHPIPKASSFFVFSHTNRFRVICHRIINHSLFS
NIVLACILISSTMLAAENPLNSNSERNKVLNYFDYFFTTVFTIEITLKAVTYGVILHKGS
FCRSAFNLLDVLVVSVSLISFAFDNEAISVVKILRVLRVLRPLRAINRAKGLKHVVQCVI
VAVKTIGNIMLVTFLLNFMFAVIGVQLFKGKFFSCSDPSKMTKEECEGGFLIYQGGDISS
PVLEQREWQKNVFNFDDVSQGMLTLCTVSTFEGWPLLLYVAIDSNTEDVGPIHNYRPMVA
VFFTVYIIIIAFFMVNIFVGFVIVTFQNEGEQEYKNCELDKNQRNCVEFALKAKPVRRFI
PKHHLQYRIWWFVTSHYFEYAIFICIMINTLSLAMKYHNQPHTYTMALDVLNQIFTAVFA
LEFVLKMMAFGFKNYFGDSWNIFDFIIVLGSYIDIIVADLNPGTNIISINFFRLFRVMRL
VKLLSRGEGIKTLLWTFIKSVQALPYVGLLIVMLFFIYAVIGMQVFGKIALDSDSAIHRN
NNFQTFPQAILVLFRSATGEAWQDIMMSCSNKPTVICDSRSNTPGTCGSDFALPFFISFY
ILCSFLVINLFVAVIMDNFDYLTRDWSILGPHHLDEFVRLWSEYDPDAKGRIKHLDVVTL
LRKISPPLGFGKLCPHRVACKRLVSMNMPLNTDGTVMFNATLFAVVRTSLRIKTDGNMDE
ANEELRAVIKKIWKRTSPNLLDQVVPPAGVEDDVTVGKFYATFLIQDYFRRFKKRKDERD
LGNSDNAVALTAGLRTLHEVGPEIRRAISGNLDADEFENTWDSEPLHRRNHPFFGNMWSS
ESRKQPDRIHGNSTNSLTKVLPMKPYMPSPKQYLVLNHISLSRDGLAKASMSDHSSLNAG
QTSTKAHSYPVAEVGNTNPVDSPSSSMSVFDSPEHPVCHPLISSSNDICSTYDPSLDGDA
VAYLPYRYSFQTPPFRSTRIQQPRQPSTVITSLSCSSTESVDSFPNIMMPTIRPSLAADY
SVEDSDEQLGPKPPTPPPRKFLRRGIGRDGSFRPSCLRKQDSNEHPISTDCGPEDHHQQN
GYNDKSSLNHVAAYLRHAQLPAMAVAGLAYDGDIHQSTDQQNDKGHREDGKPYYFLTHKS
TYCGYQPGAVRKICDTNRSMEVKGSAENLVGRVLHEQGLGKYCDPEFVRTTQREIAEAID
MTQEEMDRAAHQILLQAEPDSAAGVLYCSKNHSEYDLLGNLQRGDCSDVTKGTETEVLGS
ALDMNAYISYQNEADSSVKINSTRRYDKSRKYDNTTL
NT seq 6594 nt   +upstreamnt  +downstreamnt
atggacacgaaattctcgagtgaagattatgatcaagggccattggcccacaatcaacaa
aagttcaatgatagactcgttaggacacctgatgaccatcagcaatttgagacacttgta
cgttcaactacatcaactgatcaccagtgtcatccacctcctgcagttaaagacagtctt
gctgatgacgtcggacattcacacacagtcgttaattttaacataaggagagacagaagc
cgcgagattgacaccaaaccattgtcgaacgcttggaaaacagcattaggcgttgcatca
actcactcgaccatgaataaggaacgaaagagactcgttcgaaagggcccaaaaattgtc
gaaaggccagtccgtgcgctcatgtgcttgaacttgaagaaccctcttcggaagttatgc
attgatatagtagagtggaagccttttgaatatctcatattgttgaccatatttgccaac
tgcgtcgcattagctgtgtacactccatatcccaacagtgattctaatcaggttaatcat
tatttggaaaaagtagaatatgttttcctggtgatcttcacaattgaatgtatcatgaaa
attatagcctatgggtttttattccacccaggtgcttatctacgtaatgcatggaatgta
ctcgattttattatagtagtaataggtatcattagtacagccttatccacctttttgaag
gaaggttttgatgtcaaagccttaagagcattccgagttttaagaccacttagattagta
tctggagtccctagcctacaagttgtattgaattccattcttcgtgccatggtgccttta
cttcacattgctcttctagtcattttcgttatcatcatctatgccatcatcgggcttgaa
ctgttttcaggaaaaatgcataagacttgttttgataacataacaaaggtgattggactg
gatgatccccacccttgctcagttggatcaagtggcttccattgtagtgaatataaagaa
aatcttgtgtgtagagaatactgggatggcccaaacgatggaatcacaaactttgacaat
tttggccttgccatgttaactgtattccaatgtgtgacatgtgaaggatggacagatgtt
ctgtatgatataaatgatgctgtgggaaatgaatggccatggatctatttcttaagcctc
atcatcattggttctttctttgttcttaatcttgtgttaggtgtactaagtggggagttc
accaaagaaagagaaaaggctaaagcaagaggagattttcataaacttcgagaaaaggaa
caaattgaagaagatcttcggggttatttggactggattacacaagcagaggatatagat
ccagatgaaaatgaaggaagtgaagattcaagacatgatgtttatgtgttcaagcacaat
gatgtagatattggagacaagatagaaggggaaactaacagtgtagacaacttaaaaaac
ccatcttggtgggcaatcagaagtaaacagctagcaaaacagaacagaagattgagaaga
gcttgtcgtaaaggggtgaaatcacaggctttttattggattgtcattgtcttagttttc
ttcaatacatttacacttgcatcagaacactaccaacaaccagcatggcttgacagtttt
caagaagttgccaacatgttttttgtggtgctcttcagcttagaaatgatactcaagatg
tacagtttggggttccaaggctactttgtctctctcttcaaccgttttgactgttttgtg
gttatcagttctatcatggaaatggtcttaacatatactgatgtcatgcctcctcttggg
gtttctgtgttacgatgtgttagattgctaagaatcttcaaagttacaaaatactgggca
tctcttagaaatttggtagcttcacttatcaactccatgcgttccatcgcaagtttacta
ctgctgctgtttctgtttattgtaatttttgcacttctgggtatgcaagtttttggtggc
aaattcaattttggagaagcagaagaaaaaccacgcagcaattttgattcgttttggcaa
tctttgttaacagtttttcagattctgactggggaagactggaatgttgtgatgtatcat
ggtattaatgcatatggtggggttggctctgttggtattttggcttgcatatacttcata
atactcttcatctgtggtaactacattctcttaaatgtattcttggctattgctgtggac
aacctggctgatgcagagagcctaactgctgttgaaaagacgaaagaagatgtttgtggc
aaaggtatgaaaatggaaaactttttaatgaaggaggaagcagaagaagttgctgaagta
cgaacacaagatgtagttgaggatgaagagcgagaagacagaaaaccagtagaaaagaag
aagaaaaagaagaaattaatagatgaagtagcagaggaagaagaaattgaacagctagat
acaaatgacacttcacaaatgaatcatattcctcttttcagatcttccacggacgttctt
gataagtctacacaggtttgtaataaagtggatgatgattccccactaaataatgaacaa
gggaagacagaagaggaagatggtgaaggtgaaaatgatgaggaagaaatggaagatgaa
gaaaaagtagatttagaatcggctgcaatttccattggtgctcatccaagacgtctttct
gaactcaacatctccaaaaatgttcatcctattccaaaagcctcttccttttttgttttc
tctcatacaaacaggttccgagtcatctgtcatcgtattataaaccattcactcttcagc
aatattgttcttgcttgtattcttattagtagcaccatgttagctgcagaaaatccgctt
aattctaattcagaaagaaataaagtcctcaactattttgattattttttcacaactgtt
tttacaattgaaattactttgaaggcagttacatatggtgtcattctccacaagggttct
ttttgtcgaagtgccttcaacctgttagatgttctggttgtttcagtatccctcatatca
tttgcttttgacaatgaagccatatctgttgtcaaaattcttcgtgtcctaagagtatta
aggcctttaagagctattaacagagctaagggacttaagcatgtagttcagtgtgtcatt
gtagcagtaaaaactataggcaacatcatgttggtgacctttcttctaaatttcatgttt
gctgtcattggagtacaacttttcaaggggaagttcttttcatgctctgatccatcaaaa
atgacgaaagaagaatgcgagggaggatttttaatatatcaaggaggggatataagtagc
cctgtgctggagcaaagagaatggcagaaaaatgtcttcaattttgatgatgtttctcaa
ggcatgctgacactatgtactgtatcaacatttgagggttggccactattattatatgta
gccattgattccaatacagaagatgtgggacccattcataattatcgaccaatggtagct
gtgttcttcactgtgtatattatcattatcgctttcttcatggtgaacatctttgttggc
tttgttatcgtgacatttcagaatgaaggagaacaagaatataagaactgtgagttagat
aagaatcaaagaaattgtgttgagtttgcattgaaggctaagccagtgaggcgttttatt
cccaaacatcatctccagtacagaatttggtggtttgttacttctcattactttgaatat
gccatcttcatctgtattatgatcaacaccttgtcattagcaatgaaatatcataatcaa
ccacatacatacaccatggccttggatgtccttaaccagatattcacagcagtgtttgct
cttgagtttgttttgaaaatgatggcttttggattcaagaactattttggtgattcttgg
aacatatttgacttcatcattgttcttggaagctacattgatatcattgttgctgattta
aatcctggtaccaatatcataagcataaacttttttcgtctattccgtgtaatgcgtctt
gtgaaactactaagcagaggagagggaatcaaaacactactgtggactttcataaagtct
gttcaggcactgccttatgtaggtttgctcattgtcatgttgttcttcatttatgctgtg
attgggatgcaggtttttggaaaaattgcccttgattctgattctgccattcatagaaat
aacaattttcagacgtttccgcaagcaattttggttttattcaggtctgccacaggagaa
gcatggcaggatatcatgatgagttgctccaacaagccaacagtgatatgtgattctcgc
tctaatacccctgggacgtgtgggagtgactttgctctgcctttcttcatctcgttttac
atcctctgctcatttttggtcattaacctttttgtggctgttatcatggataactttgac
tatttgactcgagactggtccatcttaggtcctcatcaccttgatgaatttgtacggctt
tggtctgagtatgatccagatgccaaagggcggatcaaacaccttgatgtcgtgactttg
ctacggaagatctctccacctttaggatttggtaaactctgtccgcatagagtagcctgc
aaaagacttgtatccatgaacatgcccctgaacactgatggaactgtcatgtttaatgct
acattatttgcagttgttcgaacctctttacgtatcaaaacagatggaaacatggatgaa
gcaaatgaggagctgcgagcagttataaagaaaatatggaaaagaaccagccctaacttg
ttggaccaagttgtaccacctgctggagtggaagatgatgttactgtaggaaaattttat
gccacattcttgatccaggattatttcagacgattcaagaaaaggaaagacgagagagat
cttggaaactctgataacgctgtggctctaacagctggtttacgtacattgcacgaagta
ggacctgaaatccgacgagctatatctggaaacttggatgcagatgaatttgaaaatact
tgggactctgaaccattacataggagaaaccatccattttttggaaatatgtggtcttca
gaaagcagaaagcaacctgacagaatacacggcaattcaacaaactctcttactaaggtt
ttaccaatgaagccttacatgccaagcccaaaacagtacttagttttgaaccatatcagt
ctgtccagggatggattggctaaagctagtatgagtgaccactcatcccttaatgctgga
caaacatcgaccaaagcacactcctaccctgtagctgaagttggtaacactaatcctgtt
gactcaccatcctcaagtatgagtgtttttgactctcctgaacatcctgtatgtcaccca
ctaatttcctcatccaacgacatttgcagtacctatgatccaagtttggatggagatgct
gtagcttatctaccttacagatattcttttcaaactccaccattccggtccacacgtatc
cagcaaccccgccagccttctactgtaataactagtctcagttgctcaagtacagaaagt
gttgactcctttcctaacatcatgatgccaaccatcagaccttcccttgctgctgactat
tccgtagaggactctgatgagcagttaggtcctaaacctcctacccctcccccacgaaag
ttccttagaaggggtataggtagagatggtagtttccgtccgtcttgtctccgcaagcag
gatagtaacgaacatcccattagcactgactgtggacctgaagatcatcatcagcagaat
ggatacaatgacaaaagttccttaaatcatgtggcagcttatcttaggcatgctcagctt
cctgccatggcagtggcaggacttgcctatgatggtgacatacaccaatcgactgatcaa
cagaatgacaaagggcatcgtgaagatggaaaaccttactactttttaactcacaaatct
acctattgtggttaccaacctggtgctgtgaggaagatttgtgatacaaacagatctatg
gaagtcaaaggaagtgcagaaaatcttgtagggagggtattgcatgaacaaggtttgggt
aagtattgcgacccagagtttgtgagaactactcagcgagaaatagctgaagctatcgac
atgactcaggaagaaatggacagagctgctcatcagattcttcttcaagcagaaccagat
tctgctgctggtgttttgtattgctctaagaatcattcagaatatgatcttctgggaaat
ttacagagaggtgactgtagtgatgtaaccaagggcacagaaactgaagtcttaggttcg
gctttagacatgaatgcctatatttcttatcaaaatgaggctgattcgtctgttaaaatc
aactctacaaggagatatgacaaaagtagaaaatatgacaatacgactttatag

  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 (3)   
   RefSeq(pep) (3)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (5)   
   Pfam (5)   
All databases (18)   

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