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KEGG   Chelonus insularis: 118064509
Entry
118064509         CDS       T08669                                 
Name
(RefSeq) muscle calcium channel subunit alpha-1 isoform X1
  KO
K04851  voltage-dependent calcium channel L type alpha-1D
Organism
cins  Chelonus insularis
Brite
KEGG Orthology (KO) [BR:cins00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:cins04040]
    118064509
Ion channels [BR:cins04040]
 Voltage-gated cation channels
  Calcium channel, voltage-gated (Cav)
   118064509
SSDB
Motif
Pfam: Ion_trans GPHH Ca_chan_IQ PKD_channel CAC1F_C GrpE
Other DBs
NCBI-GeneID: 118064509
NCBI-ProteinID: XP_034935050
Position
Unknown
AA seq 2218 aa
MSTGDGVVSTSGPGIDNGARATSLGSTPQLGVQTASITAPQDGLGSSKTQVAGGVGGGGG
GGGTTTTAPKRPARRGGKPPPDRPVRALFCLPLKNPVRKMCIDVVEWKPFEWLILLTIFA
NCVALAVYTPYPCGDSNQTNMYLEKIEYVFLVIFTVECVMKIIAYGFALHPGAYLRNGWN
MLDFTIVVIGMISTILTFLMKEGFDVKALRAFRVLRPLRLVSGVPSLQVVLNSILKAMVP
LLHIALLVIFVIIIYAIIGLELFSGKMHKTCRNNLTDKIMDDPHPCGDSGFQCSSLGDEY
YCSRQYWEGPNHGITNFDNFGLAMLTVFQCITLEGWTDVLYDIEDAMGSTWQWLYFISMV
ILGAFFVMNLILGVLSGEFSKEREKAKARGDFHKLREKQQIEDDLRGYLDWITQAEVIEP
EADERLQIQDGKQKQQNEMESTDRLEGDEEGMQQESMWKRKKRNFDRVNRRMRRACRQAV
KSQIFYWLIIVLVFLNTLILATEHYKQPDWLDRFQEVTNMFFIALFSMEMMLKMYSLGFQ
GYFVSLFNRFDCFVVIGSISEMILTRTEVMPPLGVSVLRCVRLLRVFKVTKYWRSLSNLV
ASLLNSIQSIASLLLLLFLFIVIFALLGMQVFGGKFNFDDLQDKPRSNFDSFWQSLLTVF
QILTGEDWNAVMYIGIRAYGGVSTHGILACIYFIILFICGNYILLNVFLAIAVDNLADAE
SLTAIEKEAEEEAEKNKSRSGSLVRDELSGECEDDRGDITGGEDEEEEEEGGGTDLDQDP
NNETMDDYEAALDTGGSKDGDDDDDRRHAKVRINIESDDENFEHGDEEDEDDHTEIDGDM
GTEEVSARPRRMSEYNMATAKQPIPEGSSFFLWSNKSRFRIFCHWLCNHSWFGNIILMCI
LISSGMLAAEDPLNAQSDLNQILNYFDYFFTSVFTIEICLKMISYGFVMHDGAFCRSAFN
LLDLLVVCVSLISMAWRSGAISFIKILRVLRVLRPLRAINRAKGLKHVVQCVIVAVKTIG
NIVLVTSLLQFVFAVIGVQLFKYVVKCVIVAIKTIGNIMLVTYLLQFMFAVIGVQLFKGK
FFMCNDESKITEAECQGTFLVFEEGHITRPVVKERVWRKNRFHFDDVAKAMLTLFTVSTF
EGWPGLLYVSIDSNRENHGPIHNFRPIVAAYYIIYIIIIAFFMVNIFVGFVIVTFQNEGE
QEYKNCELDKNQRNCIEFALKAKPVRRYIPKHRIQYKVWWFVTSQPFEYTIFTLIIINTI
TLAMKFYNQPDPYTHALDVLNMIFTAVFALEFVFKLAAFRFKNYFGDAWNVFDFIIVLGS
FIDIVYSEVNARLHIKAGGTPLPNVKSPGSNIISINFFRLFRVMRLVKLLSRGEGIRTLL
WTFIKSFQALPYVALLIVMLFFIYAVIGMQVFGKIALDNDTEINRNNNFQTFPQAVLILF
RSATGESWQNIMLDCSNRPGEVKCDPKSDDKDSLNGCGNDIAFPYFISFYVLCSFLIINL
FVAVIMDNFDYLTRDWSILGPHHLDEFIRLWSEYDPDAKGRIKHLDVVTLLRKISPPLGF
GKLCPHRVACKRLVSMNMPLNSDGTVLFNATLFAVVRTSLRIKTEGNIDEANASLRAVIK
KIWKRTSPKLLDQVVPPPGVDDEVTVGKFYATFLIQDYFRRFKKRKEQEMKEGDKECHNT
VTLQAGLRTLHEAGPELKRAISGNLEELLDDNPEPTHRRNHSLFGSVWSSMRRGHHNFHR
AKSLKTNSNNVPKISPSNSIDFLPYASALHRTGGIADGNNQITARSHQVVPNITGGVGDS
IANQIGQESRLASFEENIPMRPLAIFANSGMQPGNFQNPYKVLDLEDGIEQQLTPPTPPP
RRNLASKGTAAITFAVSSGVTKGDSSTTTTTSPTISPSPTPSPSVGSSSNDGGVGRARYY
AYASRGCCVDIVDWNQQQHQQQHVDDTSLDDDTASGSTKPERKSCSEKNKHIDVLKKASS
LRCPSTKKKFTYSSRSFKEPRTPGETKSIMNGLKLAQTQALAVAGFMTNTSARPLRICES
CITHRASFHGRVSWGGESNGTVGGGRGSERLVHSLPGSPADRKPNFEVIGSAESLVGRVL
AEQGLGKYCDPDFVRYTSREMQEALDMTREEMDRAAHQLLLQERRGQPLTYQLQQSMDQH
WNPRPQGPREVMYEQLREQMPSLEQSQIQTLSSSSSSPPSQQQQQQQQQQPLYRQPPS
NT seq 6657 nt   +upstreamnt  +downstreamnt
atgagcacaggtgatggcgtcgtgtctacgtcgggtcccggaattgataacggggcccgc
gccacctcgcttggttctacaccacagctgggtgttcaaacggcgagtattaccgcgccg
caagatggtcttgggtcctctaaaacccaggtagcaggaggagttggaggtggtggtgga
ggaggaggcaccactaccacagctccgaaaagacctgctagaagaggtggtaaaccacca
cctgatcgacctgtacgggcattattttgtttgcccctcaagaacccagttagaaaaatg
tgtattgatgttgtagaatggaaaccctttgagtggctcattcttttgacgatctttgct
aattgtgttgctttagcagtttatacaccttatccatgtggtgattctaatcaaaccaat
atgtatttagaaaaaattgaatacgtatttcttgtcatttttacggttgagtgtgttatg
aaaatcattgcttatggtttcgcattgcatcctggtgcatacctacgtaacggttggaat
atgttggattttactatagttgtaattggaatgattagcacaatattaacatttcttatg
aaagaaggttttgatgttaaggcattgagagcttttcgagttttacgaccacttcggctg
gtttctggtgttccaagtcttcaagttgtacttaattccatcctaaaagccatggtgcca
ttgcttcacattgcattactagtcatttttgtaattatcatttatgcaatcataggactt
gaacttttttctggaaaaatgcataaaacttgtagaaataatctaacagataaaataatg
gatgatccacatccttgtggtgacagtggatttcaatgtagttcacttggtgatgaatat
tactgtagtcgccaatattgggaaggtccgaatcatggaattacaaattttgataatttt
ggtttggctatgttgactgtcttccaatgtataactcttgaagggtggactgacgttttg
tatgatatagaagatgctatgggcagtacatggcaatggctttactttatctcgatggtt
attctcggagctttctttgtaatgaatttaattctcggagtcttgtctggggaattctca
aaagagagagaaaaagccaaagctcgtggtgattttcataagcttagagaaaaacagcaa
attgaagacgatttacgtggatatttagattggataactcaagcagaagtgattgaacca
gaagcagatgaaagactacaaatacaggatggaaaacaaaagcaacaaaatgaaatggaa
agtactgacaggcttgaaggtgatgaagagggtatgcaacaagaatcaatgtggaagaga
aaaaaacgaaattttgatagagttaaccgacgaatgagaagagcttgcagacaagctgta
aagtctcaaattttttattggttaatcatagttttggtatttttaaacactttgatatta
gcgactgaacattacaaacaaccagactggcttgatcgatttcaagaggtcacaaatatg
ttttttattgccctcttcagtatggagatgatgttaaaaatgtacagtttaggattccag
ggatattttgtatcattattcaatcgatttgattgtttcgtcgtcataggttcaattagt
gaaatgattttaacacgcacagaagtaatgccacctttaggagtttctgtacttcgatgt
gtacgacttttaagagttttcaaagtcacaaaatactggagatcgctctcgaatcttgta
gcttccctcttgaattcgatacaatcaatcgcttccttattacttttactctttctcttc
atcgtcatttttgctctattaggcatgcaggtttttggtggtaaattcaactttgatgac
ctgcaagataaaccacgtagtaactttgatagtttctggcagagtttacttacagtcttt
caaatattaacaggcgaagattggaatgctgtaatgtatataggcattcgggcatatggt
ggagtttctacccatggcattctcgcttgcatttactttatcattctttttatttgcgga
aactacattcttcttaatgtcttcttggctattgctgtagataatcttgccgatgcagaa
tcactgactgccattgaaaaggaagccgaagaagaagctgaaaaaaataaatcccgaagt
ggatcattagtaagagatgaattaagtggtgagtgtgaagatgacagaggtgatattaca
gggggtgaagacgaagaagaagaagaggaaggtggcggtactgatctcgatcaagatcct
aataatgaaacaatggatgattatgaggcagctttagatactggaggatcgaaagatggt
gatgatgatgacgaccgtcgtcatgctaaagttcgtattaatattgagtctgatgatgaa
aattttgagcatggtgatgaagaagatgaagatgatcatacagaaatagatggtgatatg
ggaacggaagaagtatcggctcgaccacgaagaatgtctgaatataatatggcaacagcc
aaacaaccaattccagaaggctcttcatttttcttatggtctaacaagagtagatttagg
attttttgtcactggttatgcaatcatagttggtttggcaatattatattgatgtgtatc
ctaatttcttccggtatgcttgcagcagaagatcctctaaatgcacaatctgatcttaat
caaatattaaattattttgactatttttttacatcagtatttacgattgaaatttgttta
aaaatgatctcatatggatttgtaatgcatgacggagctttttgccgttcagcattcaat
cttcttgaccttcttgttgtctgtgtgtcacttatctcgatggcttggagatctggggca
atttcatttattaaaattcttcgagttcttcgtgttttaagacctcttcgagccattaat
cgagcaaaaggacttaagcacgtagttcagtgcgtcatcgtagctgtaaagactatcgga
aacattgtcctcgtcaccagccttctgcagttcgtctttgccgtaattggcgtacaactt
tttaagtacgtagtgaaatgtgtgattgtcgccattaaaacaattggcaacattatgttg
gtcacctatctcctacagttcatgtttgctgttattggagtacagctatttaagggtaaa
tttttcatgtgtaatgatgaatctaaaattactgaagctgaatgccaaggaacatttttg
gtattcgaagaaggacatattacgagaccagtagtaaaagaaagggtatggagaaaaaat
cgattccattttgatgatgtggctaaagctatgctaactttatttactgtatcaacattt
gaaggctggccaggacttttatacgtctctattgattcaaatcgagaaaatcacggacca
attcataattttcgaccaatcgtggcggcttattacattatttatattattataatagca
ttctttatggtaaacatctttgtaggttttgttattgtcacttttcaaaatgaaggtgaa
caagagtacaaaaattgcgaattggataaaaatcagcgtaattgtatagaatttgcttta
aaagcaaaaccagttaggcgttatattcctaaacatcgtatacaatacaaagtgtggtgg
tttgttacatctcaaccgtttgaatatacaatttttactttaattataataaataccatc
acgctagcaatgaaattttacaaccagccagatccttatactcatgctcttgatgtactt
aatatgatatttactgccgtctttgcacttgaatttgtttttaaacttgcggcgtttcga
ttcaagaattattttggagatgcctggaatgtctttgactttatcatcgtcttaggaagc
ttcattgacatagtttactccgaagtgaatgcacgactgcatatcaaggcgggaggtact
cccctccccaacgtaaaaagtccgggctccaatattatatccatcaatttcttcagactt
ttccgtgtgatgcgattagtcaagcttttaagcagaggagaaggaattaggacgttactg
tggacatttatcaagtcctttcaagccttaccttatgttgctctcctaatcgtgatgtta
ttttttatctatgccgtgataggcatgcaagtctttggaaaaattgctcttgataatgat
actgaaattaatcggaacaataactttcaaacttttcctcaagcagttttaattttattt
agatcagcaactggagaatcatggcaaaatatcatgcttgattgttctaaccgtccgggt
gaagttaaatgtgatccgaaaagtgatgataaagatagtttaaatggctgcggaaatgac
attgcttttccctattttatatctttttacgttctttgctcatttttaattattaatctt
ttcgtcgctgtaattatggataattttgattatcttacacgtgactggtcgatcttagga
cctcatcatcttgatgaatttattcgcctctggtctgaatatgatcctgatgcaaaaggt
cgcataaaacatttagatgtggtcacattattaagaaaaatatctccgccattaggattt
ggaaaattatgtcctcatcgagtagcttgtaagagattggtttccatgaatatgcctctt
aacagtgatggtactgtactgtttaatgcgacattattcgcagtagtaagaacttcattg
cgtattaaaacagaaggtaatatagatgaggcaaatgcttctcttcgtgctgtaataaag
aaaatatggaaaagaacaagtccgaaattattagatcaagttgttccaccaccaggagtt
gatgatgaagtgacagttggcaagttttatgcaacatttttaattcaagattatttccgt
cgttttaaaaagcgaaaagaacaggaaatgaaagaaggagataaagagtgtcataatacg
gtgacacttcaagctggtttaagaacattacatgaagctggacctgaattaaaaagagca
atttcgggaaatttagaagaattattggatgataatccagaaccaacgcacaggagaaat
cattcattatttggcagtgtttggtctagtatgcgacgaggtcaccataattttcatcga
gctaaatcattaaaaacaaatagcaataatgtccctaaaatatcaccatcgaactcaatt
gattttctaccttacgcatcagcactacatagaactggtggaattgctgatggtaataat
caaattaccgcacggtctcatcaagtagtgccaaatattacaggtggtgtgggtgactct
attgccaatcaaataggtcaagaatcccgattagcaagttttgaagaaaatatcccaatg
agaccattggcaatatttgctaattctggaatgcaaccaggaaactttcaaaatccatat
aaagttttagatcttgaggatggaattgagcaacagctaacacctccaacaccgccaccg
agaaggaatttggcatcaaaaggaactgctgctatcacctttgccgtttcttcaggtgtt
acaaagggtgattccagtactactacaacgacaagtccaacaatttcgccaagtccaaca
ccaagtccaagtgttggatcttcttctaatgacggaggagttggtagggcacgttactat
gcttatgcatctcgaggatgttgtgtagacattgttgattggaatcaacaacaacatcaa
caacaacacgtggacgacacttctctagatgatgatactgcaagtggatctacgaaaccg
gaacgaaaatcatgttcggaaaaaaataaacacatagatgtattaaaaaaagcttcaagt
ttaagatgtccatcaactaaaaaaaaatttacctacagttcgaggtcatttaaagaacct
cgaactcccggagaaacaaaaagtataatgaatggattaaaacttgctcaaacacaggct
ttagctgttgccggatttatgacaaacacgagtgcaagacctttacgaatttgtgaatcc
tgtataactcatcgggcttcatttcatggcagagtttcttggggcggtgaaagcaatgga
acagttggaggaggtagaggctctgagcgattggttcacagtttacctggtagtcccgct
gatcgcaaacccaactttgaggtcattggtagtgctgagagtctagtaggacgagttctt
gcagaacaaggtctaggcaaatattgtgatccagatttcgtgagatatacatcgagagaa
atgcaagaagcattagatatgacaagagaggagatggatcgcgctgctcatcagctttta
cttcaagaacgtagaggacaaccactaacttatcaattacaacaaagtatggatcaacat
tggaatcctcgaccacagggtccacgagaagtaatgtatgaacaattacgggaacaaatg
ccgtctttagaacaatcacaaatacaaacattatcatcatcatcatcatcaccaccatca
caacaacaacaacaacaacaacaacaacaaccactatataggcaaccaccatcttag

  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 (17)   
   RefSeq(pep) (17)   
DNA sequence (18)   
   RefSeq(nuc) (18)   
Protein domain (6)   
   Pfam (6)   
All databases (47)   

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