KEGG   Sitophilus oryzae (rice weevil): 115882483
Entry
115882483         CDS       T07985                                 
Name
(RefSeq) muscle calcium channel subunit alpha-1 isoform X1
  KO
K04851  voltage-dependent calcium channel L type alpha-1D
Organism
soy  Sitophilus oryzae (rice weevil)
Brite
KEGG Orthology (KO) [BR:soy00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:soy04040]
    115882483
Ion channels [BR:soy04040]
 Voltage-gated cation channels
  Calcium channel, voltage-gated (Cav)
   115882483
SSDB
Motif
Pfam: Ion_trans GPHH Ca_chan_IQ PKD_channel CAC1F_C PFF1_TM IFNGR1_transm DUF8620
Other DBs
NCBI-GeneID: 115882483
NCBI-ProteinID: XP_030756415
UniProt: A0A6J2Y060
Position
Unknown
AA seq 1991 aa
MNSTLYYPGLQYEFQEPAAYNNRLWSVSGYSGVPKGQSAWQAPPLSPTSASAVAMSTVGG
GGPAGQVQSPPQGQQQAQQQPVAPKRPPRRVQKQPPDRPKRALFCLNLKNPIRKLCIDVV
EWKPFEWLILMTIFANCVALAVYTPFPNGDSNTTNAYLEKIEYIFLVIFTAECIMKIIAY
GFFMHPGAYLRNGWNLLDFTIVVIGMISTALSFLTRDSFDVKALRAFRVLRPLRLVSGVP
SLQVVLNSILRAMVPLLHIALLVLFVIIIYAIIGLELFSGQMHKTCFHNNTGEQMEEPHP
CGDGFNCFEIGPEFVCKGCHEPNSENGCKNEWKGPNSGITNFDNFGLAMLTVFQCITLEG
WTDVLYNIQDALGREWQWSYFVSMVILGAFFVMNLILGVLSGEFSKEREKAKARGDFHKL
REKQQLEEDLRGYLDWITQAEDIEPEGEDQQNQDQRNAISNEMASTDQLEEEVQQDSCFT
KKKKDFDRVNRRMRRACRKAVKSQAFYWLIIVLVFLNTGVLATEHYQQPIWLDHFQEYTN
MFFIALFTIEMLLKMYSLGFQGYFVSLFNRFDCFVVIGSITEMVLTHSNIMPPLGISVLR
CVRLLRVFKVTKYWRSLSNLVASLLNSIQSIASLLLLLFLFIVIFALLGMQVFGGRFNRK
TEEKPRYNFDSFWQSLLTVFQILTGEDWNTVMYDGIEAYGGVKGFGALASIYYIILFICG
NYILLNVFLAIAVDNLADAESLTAIEKEEEEKQQEEDKRSKSPTPNPEEEEEEVEEEEHS
LEEEMEDGQYSERSGHEDEEEAESHTKIALEGEEEDIGQNEEDEEGEDIVVVSKDSARPR
RLSEVTILKKIKPIPKGSAFFIFSYKNRFRVLCHWLCNHSYFSNIILVCILVSSALLALE
DPIPDKENKKADILTKFDYFFTGIFSVELVLKTISYGCILHKGAFLRSAFNVLDLVVVCV
SLVSIYNSQGAMSVVKILRVLRVLRPLRAINRAKGLKQVVQCLIVAVKTIGNIVLVTCLL
QFMFAVIGVELFKGKFSHCTDGSKLTAGECNGTYLVYVDGDINKPVMKDREWEPNRFHFD
NVAKAMLTLFTVSTFEGWPGLLYVSIDSNEENKGPIHNYRPIVAAYYIIYIIIIAFFMVN
IFVGFVIVTFQNEGEQEYKNCELDKNQRNCMEFALKAKPVRRYIPKHRIQYKVWWFVTSK
PFEYAIFTLIIINTVTLAMKFHGQPDEYGSVLDYLNMIFTAVFAMEFVFKLAAFRAKNYF
GDPWNGFDFIIVLGSFIDIVYQDVSPGGDRKIKFSGNFFRLFRVMRLIKLLSRGEGIRTL
LWTFFKSFQALPYVALLILMLFFIYAVIGMQMFGKIESNDIESDSSLSRNNNFASFFQAV
LVLFRSATGEAWQEVMMDCADTKKARCDRRLNRSSTDSPYCGSDSAYPYFISFYVLCSFL
IINLFVAVIMDNFDYLTRDWSILGPHHLDEFIRLWSEYDPDAKGRIKHLDVVTLLRKISP
PLGFGKLCPHRVACKRLVSMNMPLNSDGTVLFNATLFAVVRTSLRIKTEGNIDDANAELR
AVIKKIWKRTSPKLLDQVVPPPGVDDEVTVGKFYATFLIQDYFRRFKKRKEQELKEGDKE
QHNTVTLQAGLRTLHEAGPELKRAISGNLDELIDDNPEPMHRRNHSLFGSVWSSMKRGHS
FSRAKSLKLNSTQIKITPASSIDYLPYNSIKNAVTEGMNHITSMTKNVVHNRASATSLND
GYRDEEIPLQSLTNLYGDPEKNTYTIIDLQGDNQELMPPTPPPRRVKMNLNSPSSPGAQQ
PSSGAPAGFTRIASGLKLAQAQAMAVAGFLPAPPEWPCDDGLVSSGLHALQTAADFQLGP
EERLMRCSLLNHRASFHGRVPQQPGEPNGHVANERLTHSLPGSPAERRPASFEVVGSAES
LVGRILAEQGLGKYCDPEFVRNTSKEMQEALDMTPEEMDRAAHQLLQQERQLRSRAGQSS
PIECPMPSQNL
NT seq 5976 nt   +upstreamnt  +downstreamnt
atgaattctacgctgtattacccggggctgcagtatgaatttcaggaaccagcagcctac
aacaaccgtctgtggtcggtctccgggtacagcggcgtaccgaaggggcagagcgcatgg
caagctcccccacttagtcccacaagcgccagcgcagtcgcgatgagcaccgtggggggt
ggggggccagcagggcaggtgcagagccctcctcagggacagcagcaggcccagcagcag
cccgtcgcccccaagaggccccccaggagggtccagaaacagcctcccgaccgtccgaag
cgtgcactgttctgcctcaatctcaagaaccccataaggaagctctgcattgacgtcgtc
gaatggaaaccttttgaatggttgatattaatgaccatctttgcaaattgtgttgccttg
gctgtttatacaccatttcctaatggtgattcaaatacaacaaacgcttatttggaaaag
atcgagtacatctttttagtaatttttacagcagaatgcattatgaaaattatagcttat
ggtttttttatgcaccctggggcgtacttgagaaacggttggaatttgctcgactttact
atagttgttataggtatgattagtacggcactctcatttttgacaagagatagtttcgat
gtgaaggctttgagagccttcagggtactgagacctttgagattggtatctggagtacca
agcttacaggtcgtgttaaattcaattctgcgtgccatggtgcctttattacacattgct
ctccttgtgttgttcgttattattatttatgccattatcggattggagttgttctcaggt
caaatgcataaaacttgttttcacaataatacaggggaacaaatggaagagccacatcca
tgtggtgatggttttaactgttttgaaattggacccgaattcgtttgtaaaggttgtcac
gaaccgaattctgaaaatggctgtaaaaatgaatggaaaggaccaaattccggcattacc
aatttcgataatttcggtttagctatgttaactgtctttcagtgcattactttagaaggc
tggaccgacgtactttacaatatacaagacgctctaggaagggagtggcaatggtcatat
ttcgtctccatggttatattaggggcgttttttgttatgaacttgattcttggtgtcctc
agcggagaattctccaaagagagagaaaaggctaaggcaaggggcgactttcacaagctg
agagagaaacagcagctcgaagaagacctccggggttatctggattggatcactcaagct
gaggacatcgagcccgaaggcgaggatcaacaaaaccaggaccagaggaacgccatatcg
aacgagatggcgtccactgaccagttggaggaagaggtccagcaggattcttgctttact
aagaagaaaaaagactttgaccgggtcaataggaggatgcgaagggcttgccgtaaagcc
gtcaaatcgcaggccttctattggcttataattgttttagtgtttttaaatactggcgtt
ttagccaccgagcattaccagcagcctatctggttggaccattttcaagaatacacaaat
atgttttttatcgccttatttacaatagaaatgttgttgaaaatgtatagtttgggtttt
caaggttactttgtgtccttatttaatcgtttcgattgttttgttgttatcggcagtata
actgaaatggttttaactcactcaaacataatgccacctctgggaatatctgtgttgcgc
tgtgttaggctgttaagagtttttaaagttacaaaatattggcggtcactgtcgaatttg
gtggcctcgttgttaaattctatacaatcgatagcttctttgttgcttctactattttta
ttcattgttatttttgccctactgggaatgcaagtttttggtggacgatttaatcggaag
accgaagaaaagcctagatataattttgatagtttttggcagagtttattgactgttttt
caaatattgactggtgaggactggaacacagtcatgtacgacggtatagaagcctatgga
ggtgttaaaggatttggtgctctagcttctatatattatataatcctttttatctgtggt
aactatattttgttgaacgtcttcttggctatcgccgtcgacaacttggctgacgcggaa
tctctgaccgctatcgaaaaagaggaggaggaaaaacagcaagaggaagataagaggtcg
aagagtcctactccaaatccagaagaagaggaagaagaagttgaggaggaggagcacagt
ttagaagaagaaatggaagatggacagtattccgaaagatcgggccatgaggatgaggag
gaagccgaatctcatacgaaaatagctctggaaggggaggaggaggacattggccaaaac
gaagaggacgaagagggagaagacatagtcgttgtttcgaaagactcggctagaccacgc
cgtctctcagaggtcactatacttaagaaaatcaagccgataccgaagggcagtgccttt
tttatattttcgtataagaacagatttcgggttctgtgccactggctatgcaatcattcg
tacttcagcaatataattttggtttgtattttggtttcttccgctttattagctttggaa
gatccaattccagataaagaaaataaaaaagccgatatattaacgaaattcgactacttt
tttactggaatattttccgtggaattggtattaaagacaatatcatacggatgcattcta
cataagggtgccttcttaagatcagcatttaacgtactggacttagtcgtagtgtgcgtt
tctttggtgtccatttataacagtcagggagcaatgtcagtagttaaaattcttcgagtt
ttaagagtactaaggcctctacgagcaataaatcgcgctaaaggacttaagcaagtagtc
cagtgtcttatcgtggcagttaagaccatcggcaacatagtgctggtcacgtgcctgcta
caatttatgtttgcggttatcggagtcgagttgtttaagggtaaattttcccactgtact
gatggctcgaagctgacagcaggtgaatgcaacggaacttatttggtttacgttgacggt
gacataaacaagccagtgatgaaggacagggaatgggaaccgaatcgattccattttgac
aacgtggccaaagcgatgttgacgttgttcactgtgtccactttcgagggctggcctgga
ctcctctacgtctcaatagactcgaacgaagaaaacaaaggaccaattcacaattaccgc
cccatagtagccgcctactacatcatttacatcatcattatcgcattcttcatggttaac
atattcgtcggttttgttatcgttacattccagaatgaaggcgaacaggagtacaagaac
tgcgaactggacaaaaaccagaggaactgtatggagttcgccctcaaggccaaacccgtc
agaagatacattccaaagcacagaatccagtacaaggtttggtggttcgttacgtccaag
cctttcgaatacgccatttttactttgattattatcaacacagtcacattggctatgaag
tttcacggacagcccgacgaatatggtagtgttttagattacttgaacatgatcttcacg
gcggtatttgcgatggaatttgtttttaaactagcagcctttagggctaaaaattacttc
ggagatccatggaatggttttgacttcattatcgtcttggggagcttcatcgatatagtt
tatcaagatgttagcccaggtggcgataggaaaatcaagttttccggaaatttcttccga
ttatttcgcgtcatgagacttataaaactgctgagtagaggcgaaggcattagaaccttg
ctatggacattttttaagtctttccaggctctgccctacgtagctttgcttatattgatg
ctcttttttatttacgcagttatagggatgcaaatgtttgggaaaatcgaaagcaacgac
atagaatcagactcttccctttccagaaacaacaattttgcttcattttttcaagcggtt
ttggtattgtttcgatcagctacaggtgaagcatggcaagaggtcatgatggactgtgcg
gatacgaagaaagctagatgtgataggagactcaatcgttcatcaaccgactccccatat
tgcggatcggattctgcgtatccatattttatatctttttacgttttatgttcgtttttg
atcattaatttattcgtagcggttatcatggataatttcgattatctgacaagggactgg
tcgattctgggcccccaccatttggacgaattcatcaggttgtggagtgagtacgatcca
gacgcaaagggccgcattaagcacctggacgtggtcacgttgctccggaaaatatcacct
cccttaggtttcggtaaactctgtccccaccgcgtcgcttgcaaacgtttggtgtcgatg
aacatgcctctgaacagtgatggtaccgttttgttcaacgccacgttgttcgcggtcgtg
aggacgtcattgagaatcaaaaccgaaggcaacatagacgacgccaacgccgaattgcgc
gcggttatcaagaagatctggaaacggacgagccccaagcttcttgaccaggtggttccc
ccgccaggcgtggacgacgaagtcaccgttggcaaattctacgccaccttcctcattcag
gactacttcagacgcttcaaaaaaagaaaggagcaagaactgaaagaaggggacaaggag
cagcacaatacggtcactctacaggctggactaaggacacttcacgaggccgggcctgaa
ttgaagcgagctatctctggaaacttggacgagttgattgacgataatccagaacctatg
catcgcaggaatcattcactatttggaagcgtgtggtcatcgatgaagagaggacacagc
ttcagccgagccaagtcgctcaaactgaactccacgcaaattaagatcactcctgcttcg
agcatagactacctgccgtacaattcgatcaagaacgcggttacggagggcatgaaccac
atcacttcgatgaccaagaatgtggtccacaacagagcaagcgccacctcattaaacgac
ggctacagggatgaagaaattcctctgcagtcgctaaccaacttgtacggcgatccggag
aagaacacttacaccataatcgatcttcagggcgacaatcaagagctgatgccgcccacg
ccaccgccgagacgcgtcaagatgaacctgaacagcccctcgtcgccgggggctcagcaa
ccttcgtcgggggcacctgcaggctttactcgcatagcaagcggcctcaagctcgcacaa
gcacaggccatggcggtggccggatttctacccgcccccccggagtggccatgcgacgat
ggtttggtgtccagcggcctccacgcgctccagactgctgccgatttccagctgggaccc
gaagagaggcttatgcgctgctccctcctaaaccacagggcttctttccacggcagagtt
cctcaacaacctggtgaacccaacggtcacgtagctaacgaaaggctaactcactcgctg
cccgggagccctgcagaacgtaggccagcatcctttgaagttgtcggttctgcggagagc
ctggtaggccggattttagcagaacagggtctaggtaaatactgcgatccggagtttgtt
cgaaacacctctaaagagatgcaggaagctctggacatgacgccggaagaaatggaccgt
gctgctcatcagcttcttcagcaggagcgacagctgcggagtagggctggacaatcgagc
cccatagaatgccctatgcccagccaaaatttatag

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (8)   
   Pfam (8)   
All databases (19)   

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