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KEGG   Aedes aegypti (yellow fever mosquito): 5574639
Entry
5574639           CDS       T01053                                 
Name
(RefSeq) muscle calcium channel subunit alpha-1 isoform X1
  KO
K04851  voltage-dependent calcium channel L type alpha-1D
Organism
aag  Aedes aegypti (yellow fever mosquito)
Brite
KEGG Orthology (KO) [BR:aag00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:aag04040]
    5574639
Ion channels [BR:aag04040]
 Voltage-gated cation channels
  Calcium channel, voltage-gated (Cav)
   5574639
SSDB
Motif
Pfam: Ion_trans GPHH Ca_chan_IQ CAC1F_C PKD_channel
Other DBs
NCBI-GeneID: 5574639
NCBI-ProteinID: XP_021699866
Position
2:complement(225875648..225962971)
AA seq 2193 aa
MCTTPSIICVQCRSFRWGDHKPPSASVSSSKHATEADKRIPEVKTDLIVGPKADSKSRAS
DTKKRSKNKSFIVGLLRKPSEPEATAKKKNNKNKKRSSRFFSRRRHSLSDVWQATLKSTT
AMSQAAAPINGQNAAGIGLDPGTGPPKGPGETGIANTTIPVAPKKPVRRAGVKPQPDRPV
RALFCLTLKNPLRKLCIDIVEWKPFEYLILLTIFANCVALAVYTPFPNSDSNTTNAALEK
IEYIFLVIFTAECVMKLIAYGFIMHPGSYLRNGWNILDFTIVVIGMISTALSNLMKEGFD
VKALRAFRVLRPLRLVSGVPSLQVVLNSILRAMVPLLHIALLVLFVIIIYAIIGLELFSG
KLHKTCFHNVTGEKEVFSQEYVLILFLFLDEIMDDPHPCGDDGFQCASISEDMVCRYYWA
GPNFGITNFDNFGLSMLTVFQCVTLEGWTDMLYYIQDAMGSTWQWVYFISMVILGAFFVM
NLILGVLSGEFSKERTKAKNRGDFQKLREKQQIEEDLRGYLDWITQAEDIDPENEANVVQ
EGKTMTANEIDSSDHMGEEGEIQQESWLARKRKNIDRVNRRLRRACRKAVKSQAFYWLII
VLVFLNTGVLATEHYQQPPWLDDFQEYTNMFFVALFTMEMLLKMYSLGFQGYFVSLFNRF
DCFVVIGSIGEMVLTSTQIMPPLGVSVLRCVRLLRVFKVTKYWQSLSNLVASLLNSIQSI
ASLLLLLFLFIVIFALLGMQVFGGKFNFNSETDKPRSNFDSFVQSLLTVFQILTGEDWNA
VMYDGIQAYGGVASIGILASIYFIILFICGNYILLNVFLAIAVDNLADADSLTTVEKEEG
EGEEGADVEKSGSHEGTPLGITDDGFMEHDKNNLDSENEMNISEDYEHNGSETKMTLPDD
DEGYEDQDQDYQDKEYNLARPRRMSELNVANKIIPIPPGSSFFIMSQTNRFRVFCHWLCN
HSTFGNIILVCIMFSSAMLAAEDPLNANSERNQILNYFDYFFTTVFTIELLLKVISYGFL
FHDGAFCRSAFNLLDLLVVCVSLISMFFSSGAISVIKILRVLRVLRPLRAINRAKGLKHV
VQCVIVAVKTIGNIVLVTCLLQFMFAVIGVQLYKGKFFSCSDGSKMQESECHGTYLVFEG
GNVDKPVSKEREWSRNRFHFDDVSKAMLTLFTVSTFEGWPGLLYVSIDSHEEDSGPIHNF
RPIVAAYYIIYIIIIAFFMVNIFVGFVIVTFQNEGEQEYKNCDLDKNQRNCIEFALKAKP
IRRYIPKHRIQYKVWWFVTSQPFEYMIFILIMINTITLSMKFYRQPEIYTEVLDLLNLIF
TAVFALEFVFKLAAFRFKNYFGDAWNVFDFIIVLGSFIDIVYSEVNVSKGMKGGSSIISI
NFFRLFRVMRLVKLLARGEGIRTLLWTFIKSFQALPYVALLIVMLFFIYAVIGMQVFGKI
AMDDETSIHRNNNFQTFPQAVLVLFRSATGEAWQDIMLDCSSRPGEVMCDPRSDDANSPE
GCGSSIAFPYFISFYVLCSFLIINLFVAVIMDNFDYLTRDWSILGPHHLDEFVRLWSEYD
PDAKGRIKHLDVVTLLRKISPPLGFGKLCPHRVACKRLVSMNMPLNSDGTVLFNATLFAV
VRTSLKIKTEGNIDDANAELRATIKQIWKRTAPKLLDQVVPPPGVDDEVTVGKFYATFLI
QDYFRRFKKRKENDNKHVDYDNRRTMTLQAGLRTLHEAGPELKRAISGNLEDIGDDNPEP
MHRRNHTLFGNMWSSIRRPGQFPKKGNNVAPKTSATSAAATAAMHAVLSGAEAYKAPYCQ
INNGFNRMAKNEPAHDNIPLHPLLLDGSNTAQTGRVYNANELSKENKLTTSTSVTSTKST
TTVLNDDVESNSSSSIRRRNRLNFNNMLMLMVDDKTKEKYCYDSVDEGSEGSVMTSKTSS
TNDTCDGFKNMFSARNKNDLQKIPLSYMRSPNQHNIGKYQFFVRQNAFQSSPQNLRKKIT
PSKVSGEAQMSPTIYSQSPRQQMTSKSTDTEESALLCDSKSDSIVIGHSSSSQEPNSLSL
ELTDPSLIEGSCWKKPSQAEDWSIRPNRKNQRYSHCGRVTNGGNIGRGKFIPARVIHSTP
SSPQDKRTKSIEVIGSAESLVGRVLLEQGLGKYCDPEFVHCAQMEMQEALEMTQEEMDLA
AHELMLQERFNRNNNQPKNVQPKQKRKHDNQIL
NT seq 6582 nt   +upstreamnt  +downstreamnt
atgtgtactacccctagcatcatctgtgttcagtgcagatcctttcgttggggggaccac
aaacctccatccgcatctgtttcgtcatcaaaacatgccactgaggcggataagcgaata
cccgaagtaaaaactgatttaatagtcgggccaaaagcagattcaaagtctcgagcaagc
gataccaaaaaaagaagcaaaaacaaaagtttcattgttgggttattacggaaaccgtct
gaaccagaagccactgctaaaaagaaaaataataaaaataaaaaacggagttcacggttt
tttagtcgaaggagacactcgctttcggatgtatggcaagccacacttaaatctacaact
gccatgagtcaagcagcagctccaatcaacgggcaaaatgccgctggcatcggactggac
ccaggaaccgggccacccaaagggcctggtgagacagggattgccaacacaacaatacct
gttgctcctaagaaaccagtgcgacgagcaggcgtgaaacctcaacctgaccgaccagta
agagcgctgttctgtttgacacttaaaaacccgctccgaaaactgtgtattgatatagtg
gaatggaagccattcgaatacttgatcttgttaacaattttcgcaaattgtgttgcctta
gctgtttatactcctttcccgaatagtgattcaaataccacgaatgctgcgttggaaaag
attgaatatatttttttagtaatttttacagccgaatgtgtaatgaaattaattgcatac
gggtttataatgcatccagggtcatatctgagaaatggatggaatattctcgatttcact
atcgtcgtcattggaatgatttccactgcattatctaatttgatgaaagagggatttgat
gtcaaagctcttcgagcgtttcgagtactgagacctctgcgattagtgtcaggagtgcca
agcttacaagtcgtacttaattcaattctccgtgccatggtgcctttactacacatcgcc
cttttggtactgttcgtaattatcatctatgccatcataggacttgaactgttctccgga
aaactccataagacttgttttcataacgtcacaggtgaaaaagaggtgttctctcaagag
tatgttctaattcttttcttgtttctagatgaaattatggatgatcctcacccatgtgga
gatgatggattccaatgcgccagtatatccgaagatatggtgtgccgctactactgggcg
ggtccgaattttggcataaccaattttgacaatttcggactttctatgctgactgtattc
caatgtgtaacattagaaggctggactgatatgctctattacattcaagatgctatgggc
agcacatggcaatgggtgtactttatatctatggttatattaggtgctttttttgttatg
aaccttattcttggtgtcttgagcggtgagttttcgaaggagagaacaaaagcaaaaaat
cgtggtgattttcaaaagctgcgtgagaaacaacaaatcgaggaagacttgagggggtat
ctagattggattacgcaagcagaagacatagatccagaaaatgaagcaaacgttgtacaa
gagggaaaaacgatgacagcgaacgaaatagattcttccgatcatatgggagaagaaggg
gaaattcaacaggaatcttggctggcaagaaaacgaaaaaatatagatcgcgttaatcgt
cggttacgaagagcctgtcgcaaagcagtcaaatcacaggcattctattggcttatcatt
gttctagtatttttgaataccggagttctagcaacggagcattaccagcagccaccatgg
ttagatgactttcaagaatatacaaacatgttcttcgtggcactgttcacaatggaaatg
ttgctaaaaatgtacagcttgggatttcaagggtatttcgtgtcactgttcaatcgattc
gattgtttcgtagtcataggaagtattggggagatggtgttgaccagtacacaaatcatg
ccaccactgggagtctccgtgctccgttgtgttcgacttttacgagtgttcaaggttaca
aaatactggcaatctttatcgaatttagtggcgtcccttctcaattcgattcaatccatt
gcttcactcttactgttgctttttcttttcatcgtcatttttgccctattgggaatgcaa
gtttttggaggaaagtttaatttcaatagtgagaccgataagccacgatcaaattttgat
agctttgttcaaagtctgctaactgtatttcagattcttacgggtgaagattggaatgca
gtaatgtatgatggtatacaggcgtatggaggtgtagcatcaattggaatattagctagc
atttattttataattctttttatatgcggtaactatattctgttgaacgtcttcttggct
atcgctgtggataatcttgccgatgcagactctttgacgacggtcgaaaaagaagaaggt
gaaggagaagaaggggccgatgtagaaaaatccggttcacatgaaggaaccccattgggt
atcacagacgatggattcatggagcacgacaaaaacaatttggattcggaaaacgaaatg
aatatatctgaggattatgaacacaatggttcagaaaccaaaatgacgttgccagacgac
gatgagggttatgaagatcaagatcaagattatcaagataaagaatataatcttgcacga
ccacgacgtatgtccgagttaaatgtagctaataaaatcataccaattcctccagggtca
tcgttttttattatgtctcaaacaaacaggtttcgagtgttttgtcactggctatgcaat
cacagcacatttggcaatataattctagtttgcattatgttttcatctgctatgttggca
gcagaagatccgttgaacgcaaattctgagcgtaatcaaattctgaactattttgattat
tttttcactacggtttttaccatcgaacttctactaaaagtaatttcttatggattcctg
ttccatgatggtgcattttgtcgatcggcgttcaatcttctagatttactagttgtatgc
gtctcgctgatatcaatgtttttcagttctggtgctatatcagtgatcaaaattcttcgt
gtactaagagttttgaggcccctacgtgccattaaccgtgcgaaaggtttgaagcatgta
gttcaatgtgttattgtagcagttaaaacaatcggaaatattgttctagtaacttgccta
ctacagtttatgtttgcggttataggagttcaattatacaaggggaaatttttctcttgc
tcagatggatcgaaaatgcaggaatcggaatgccatggaacttacttggtattcgaaggt
ggtaatgtagataaaccagtatcgaaagaacgggaatggtcgagaaataggtttcatttc
gatgatgtttctaaagctatgcttactttatttactgtttctacgtttgaaggatggcca
gggctattatatgtttcgattgattctcacgaagaggattcaggaccaattcataacttt
agaccaatcgtcgcggcttattatatcatatacattatcatcattgcattcttcatggtc
aatatcttcgttggtttcgttattgttacattccaaaatgaaggagagcaagagtataaa
aactgtgacctggataaaaaccagcgaaattgcatagagttcgcattgaaagctaaaccg
atacgacgatatattccaaaacacagaatccagtataaagtgtggtggtttgttacatcg
caaccatttgagtacatgattttcatacttattatgataaatacaattactctatcaatg
aaattctaccgccagccagaaatatacaccgaagttttggatttgctcaacttaattttc
actgcagttttcgctttggaatttgttttcaaactggcagcatttagatttaagaactat
ttcggcgatgcgtggaacgtattcgactttataattgtactgggtagtttcattgacatt
gtttactcagaagtgaacgtcagcaaaggcatgaagggcggatccagcataatatcgatc
aacttctttcgtctgtttcgtgtgatgcgattagtgaaacttttggcccgtggtgaaggc
attaggacactcttgtggacatttataaaatctttccaagcacttccttacgtcgctctg
ttgattgtgatgctcttcttcatctatgcagtaattggaatgcaggtattcggaaagatt
gcaatggatgacgagacatctatccatcgaaacaataatttccaaaccttcccgcaagca
gtattggtactattccgatcagccacaggcgaagcatggcaagatatcatgctggactgt
tcatctcgacctggagaagtaatgtgtgatccacgatcagatgacgccaattcgccggag
ggatgcggatccagtattgcattcccatatttcatatcgttttatgtattatgttcattt
ttaattattaatctcttcgttgccgttattatggataactttgattatcttacacgagat
tggtctattctggggcctcatcatttggacgaatttgttcggctatggagtgagtacgat
ccggacgccaaaggaaggataaagcacctagacgtcgtaacgttattgcgaaaaatttca
cccccactagggttcggaaaattgtgcccccatagagttgcatgtaaaaggctagtctca
atgaacatgccgttaaatagtgatggtacggtgttatttaatgcaacattgttcgctgtt
gttagaacttcgttaaaaattaaaactgaaggaaacattgatgatgccaatgcggaattg
agagctaccatcaaacaaatatggaaacgaacagctccgaaactactggatcaggtagtc
ccaccgccaggagtagatgatgaagtaacggtgggcaaattctacgctacttttctcata
caagactactttaggagatttaaaaagcggaaagaaaatgacaataagcacgtagactac
gacaatagacgcacaatgactttacaagcaggcttgaggacacttcatgaggcaggtcct
gaattgaaacgtgctatctccggtaatctagaggatataggagacgacaatccagagcct
atgcataggagaaatcatactcttttcggtaatatgtggtcatcgatacgaaggccaggc
cagttcccgaaaaaaggaaacaatgtagccccaaaaacgtctgccacatctgcagcagcg
acagccgcaatgcatgcagtgttatcaggggcggaggcatacaaagctccgtattgtcaa
atcaacaatggtttcaaccgtatggcgaaaaatgaaccagcacatgacaatattccattg
catccattgctgttggacggtagcaacacagcacaaactggacgtgtttacaacgcaaat
gaactatcgaaggaaaacaaattaacaacaagcacatctgtgacatctacgaaatctacg
acgacggtactgaacgacgatgtagagtcaaattcgtcttcatcaatacgtcgaagaaat
agactaaacttcaataacatgttgatgctcatggtagatgataaaacaaaagaaaaatat
tgttacgacagtgtagatgaaggatcggaaggctcggtaatgacttctaaaacctcttct
actaatgatacgtgtgacggtttcaaaaatatgttcagcgcaaggaataaaaacgatctt
caaaaaataccactttcgtacatgcgatcgccaaatcagcataatataggcaaatatcag
ttcttcgtaagacaaaatgccttccaaagtagtccacaaaatttgagaaaaaaaattacc
ccatcaaaagtgagtggagaagcccaaatgtcccctacaatatattctcaatcgcctaga
caacaaatgacttcaaaaagtaccgataccgaggaatcagctttattgtgtgatagtaaa
tccgattctattgttattggacactcgtcatcgtcacaagaaccaaattcattatcactt
gaattgactgatccatcactgatagaagggtcttgttggaagaaaccttcacaagctgaa
gattggagtatcagaccaaatagaaaaaatcaacgatattcgcattgtggaagagtaaca
aatggcggtaacattggcagagggaaattcataccagccagagtgatacactctacacca
agtagcccacaggacaagagaactaaatcgatagaagtgatcggatcagcagagagcctc
gttggtcgagttttattagaacaaggattaggcaaatattgtgatccagaatttgtgcat
tgtgctcaaatggaaatgcaagaagcgcttgagatgacgcaggaagaaatggacttagca
gcacatgaactgatgcttcaagaaaggttcaacagaaacaacaaccagccaaaaaatgtt
cagccaaaacagaaacggaaacatgacaaccaaattttatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (10)   
   RefSeq(pep) (10)   
DNA sequence (11)   
   RefSeq(nuc) (11)   
Protein domain (5)   
   Pfam (5)   
All databases (33)   

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