KEGG   Sinocyclocheilus rhinocerous: 107756819
Entry
107756819         CDS       T04916                                 
Name
(RefSeq) LOW QUALITY PROTEIN: voltage-dependent L-type calcium channel subunit alpha-1F-like
  KO
K04853  voltage-dependent calcium channel L type alpha-1F
Organism
srx  Sinocyclocheilus rhinocerous
Pathway
srx04010  MAPK signaling pathway
srx04020  Calcium signaling pathway
srx04260  Cardiac muscle contraction
srx04261  Adrenergic signaling in cardiomyocytes
srx04270  Vascular smooth muscle contraction
srx04912  GnRH signaling pathway
Brite
KEGG Orthology (KO) [BR:srx00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04010 MAPK signaling pathway
    107756819
   04020 Calcium signaling pathway
    107756819
 09150 Organismal Systems
  09152 Endocrine system
   04912 GnRH signaling pathway
    107756819
  09153 Circulatory system
   04260 Cardiac muscle contraction
    107756819
   04261 Adrenergic signaling in cardiomyocytes
    107756819
   04270 Vascular smooth muscle contraction
    107756819
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:srx04040]
    107756819
Ion channels [BR:srx04040]
 Voltage-gated cation channels
  Calcium channel, voltage-gated (Cav)
   107756819
SSDB
Motif
Pfam: Ion_trans CAC1F_C GPHH Ca_chan_IQ PKD_channel FAM176
Other DBs
NCBI-GeneID: 107756819
NCBI-ProteinID: XP_016429592
Position
Unknown
AA seq 2003 aa
MAALALVEWKPFDIFILLAIFANCVALGVSKPFPEDDSNATNHNLEQVEYVFLVIFTIET
FTKILAYGLVMHPSAYIRSGWNLLDFVIVIVGLFSVLAEMGEHKPGEAHHAAGKPGGLDV
KALRAFRVLRPLRLVSGVPSLQIVLNSIMKAMVPLLHIGLLVMFVIIIYAIIGLELFIGR
MHKTCYYVGTDLMVDDDPTPCAFAGNGRFCVGNNTVCQGGWEGPNGGITNFDNIFFAMLT
VFQCITMEGWTDVLYWGKDDLXYHLLGIIVHIVMRVSLSHHSEFSKEREKAVCRGELQEA
QEKQQMEEDMIGYMDWLIEAEDMDEDGNKRAVVAKKKMMKKYGWYKHSEDGESDSDSEFE
AFLDDDNGCCASIMARLMGISFCEQLYHLNLVIRKNCRVAVKSTNFYWLVLLLVFLNTAA
SASEHYSQPQWLTDIQERANKILLALFTLEMLMKIYSFGFQIYFMALFNRFDCFVVCGGI
LETVLVEMDVIPPIGISVLRCVRLLRIFKVTRHWAALSDLVSSLLNSMKAICSLLLLLFL
FLIIFAVLGMQLFGGKFNFDETQMKRSTFDTFPSALLTCFQILTGEDWNSVMYDGIMAYG
GPVFPNMIVSIYFVILFVCGNYILLNVFLAIAVDNLARDGGKKKKEERKEEEEEWEDDEE
REEDEAGNDMDDWEENEELRAIEGLEGIGTPMKVESFQPKEKIVPIPDGSCFFILGKKNC
LRVACHNLIHHQYFTNFILIFIIFSSFSLAAEDPIKTHSVRNVMLGYADYVFTTVFTIEI
MLKMTVYGAFLHQGSFCRNAFNLLDLLVVSVSLTSFFLHSSAISVVKILRVLRVLRPLRA
INRAKGLKSVIQCVFVAIRTIGNILIVTTLLQFMFACIGVQLFKGQFYRCTDEAKHTPEE
CKGMFVVFKDGDMNHPMVRERVWENSDFNFDNVLMGMLALFTVSTFEGWPQLLYKAIDAN
AENRGPIYNYRVEISIFFIIYIIIIAFFMMNIFVGFVIITFREQGEAEFKNCELNKNQRQ
CVYYALKAQPIKIYIPKNPSQLKFWKIINSSQFEYIMFVLILLNTLTLAVQHYEQSKLFN
FVMDILNMIFTTLFTVEMIIKLLALRPYHYFIDAWNSFDALIVVGSLVDIMIAEFSGGGG
HGEGKEGESAKVSITFFRLFRVMRLVKLLSKGEGIRILLWTFVKSLQALPYVGLLIAMIF
FIYGVIGMQTFGKIAIDDNTELSRNNNFQTFFMAVLLLFRCATGEQWQQIMLAALPGHRC
DPESDFEPGEEYSCGSNLAYLYFISFFALCAFLIINLFIAVIMDNFEYLTRDWTVLGTHH
LDEFKRVWSDYDPEATGRIKHLDVVTMLRRIQPPLGFGKLCPHRVACRRLVAMNVPLHPD
GTVSFNATLFALVRTSLKIKTDGPIDQQNEELRAIIKKIWKHTKPKLLEDVIPPPSGNEV
TAGKFYASFLIQDYFKKFRKRKEKERKKKGKDKSASLQAGLRTLQDLAPEMRLAIAMEDE
EGLEGEMMEEEEFFRSDSVFSDAPPTPTMSTPRSTPMPPHLDETTVSIELPPRVPSGSFM
LEEALVDSRPASALSENTVISEQPQTLSPLPSRWASSHSKLTPLWILNNNQRADTTRACD
YIPSPSPDGGLQNETTGGVITPGGHGGVVAGGGVTEMTYPTEQGSVSQGEPQKAVSNDRL
WFPEVPPAQTPALNGSSESVAPVQPNNINNTTYQGNIQDAGGYQGHVYPGNGYNANVTNG
TGYPGNRYSSNGYSSNGYSGNGYHSNGYNGNEYNGNGFSARRRMLPPTPLGRKPNFNIQC
LRRQTSNEDLPIPGTYHQNSPPCRAQAQTNNSYDSRRSSISSVVSSASWANNQARRGRLL
YAPLILVNEVGGTQAMWGDTNGSASLPASARPGWIGSGMAGVAQQPRAYTTLKVPSQNSP
GYMEKGSADSLVESILISEGLGLYAKDPKFVDFAKREIADACHLTIDEMESAATNLLSNG
RAGQPNERFEEDLADEMNCVISY
NT seq 6012 nt   +upstreamnt  +downstreamnt
atggcagcactggccctggtggagtggaagccttttgatatattcattctactggccatc
tttgccaactgtgttgcccttggtgtgtccaaaccatttcctgaagatgattccaatgcc
accaaccacaatctggaacaagtggagtatgtgtttctggtcattttcaccatcgaaaca
ttcacaaagattctggcgtacggtctggtcatgcatcccagcgcctacatccgcagcggc
tggaacttgctggattttgtcattgtcattgttggtcttttcagcgttttagctgagatg
ggagagcacaaaccaggagaggcccatcacgctgcaggtaaaccaggaggtctggatgtc
aaagccctgagagctttcagagtactgcgacccctgcggctcgtgtccggtgtgccgagt
ctgcagattgtgttgaactccatcatgaaggccatggtgcctctgctccacatcggtctg
ctggtcatgtttgtcatcatcatttacgccatcattgggctggagctcttcataggcagg
atgcacaagacctgctactatgtagggacagatctaatggtggacgatgatccaacacca
tgtgcttttgctggtaacggtcgtttctgtgtggggaacaacaccgtgtgtcagggagga
tgggagggacccaatggaggcatcaccaactttgacaacatcttctttgcaatgctgact
gtatttcagtgcattacaatggagggctggactgatgtgctctactggggtaaggacgac
ttgtgatatcatttgttgggcattattgtacatattgtaatgcgtgtgtctctttcacat
cacagtgagttctctaaagagagagagaaggccgtgtgccgcggtgagctgcaggaggcc
caggagaaacagcagatggaggaggacatgatcggatacatggactggctcattgaagca
gaggacatggatgaggatggaaataaacgtgctgtggtggctaagaaaaagatgatgaaa
aaatatggctggtacaaacacagtgaagatggagaatcggattcagactctgagtttgaa
gcgttcctggatgatgacaacggctgctgtgcatctattatggcacgactgatgggtata
agtttctgtgagcagctgtaccacttaaatctggtcatcaggaagaactgccgtgtggcc
gtcaaatccaccaatttctactggctggtgctgctgctggtgttcctcaacacggccgcc
agcgcctctgaacactacagccaaccgcagtggctcaccgacatacaggaacgagcaaat
aagatccttctggctctgtttacgctggagatgctgatgaagatctacagcttcggcttt
cagatctacttcatggcgctcttcaatcgtttcgattgtttcgtggtttgtggtgggatt
ctggagacggtgctggtggagatggacgtgatcccgcccatcgggatctctgtgctgcgc
tgcgtccgtctgctccgtatcttcaaagtcacaagacactgggctgccctgtcagacctg
gtgagctctttgctgaactctatgaaggccatttgctccctgctgctgctgctcttcctc
tttctcatcatcttcgctgtcctgggcatgcagctcttcggcggaaagttcaactttgat
gagactcaaatgaaaagaagcacctttgacacttttccatctgccctgctcacctgtttc
cagatcctaacaggagaggactggaactctgtcatgtatgatggcatcatggcgtatggt
ggaccagtgtttcccaatatgattgtctctatttactttgtcattcttttcgtctgtggt
aactacatcttgctgaacgtcttcttggctatcgctgtggacaacttagccagagatggt
ggcaaaaagaaaaaagaagagagaaaagaagaggaggaggaatgggaggatgatgaagaa
agagaggaagacgaagctggaaatgatatggacgattgggaagagaacgaagagttgaga
gcaattgaagggcttgagggtataggcactcccatgaaagtcgaaagttttcaacccaaa
gaaaaaattgtacctattcctgatggaagttgctttttcatccttggaaagaaaaactgt
ctcagagtcgcctgccacaacctcattcatcatcaatacttcaccaacttcatcctcatc
ttcatcatattcagtagtttttcattggctgctgaagacccaatcaaaactcattctgtc
aggaatgttatgctgggctatgctgattacgtctttaccaccgtcttcactattgagatc
atgttgaagatgactgtgtatggagctttccttcatcaaggttccttctgcagaaacgcc
ttcaacctcctggaccttctggtcgtcagcgtgtccctcacctctttctttttgcattct
agtgccatttctgtggtgaagattcttcgagtattgcgagtgctcaggcctcttcgagcc
atcaacagagcaaagggactcaagagcgtgattcagtgtgtgttcgtggccatccgcact
attggcaacatcctcatcgtcaccactctcctccagttcatgtttgcttgtatcggtgtg
cagcttttcaagggccagttctacagatgcacggatgaggcgaaacatacgcctgaagag
tgcaagggtatgtttgtggtgttcaaagatggtgatatgaaccatccaatggtgagggag
agagtttgggagaacagcgactttaactttgacaacgtgctgatggggatgctggcgctc
ttcaccgtctccacgtttgagggctggccacagctcttgtacaaagccattgatgctaac
gcagagaacagaggacccatctataactaccgtgttgagatttccatcttcttcatcatc
tacatcatcatcatcgccttcttcatgatgaacatcttcgtgggttttgtcatcatcacc
ttccgtgaacaaggagaggctgagtttaaaaactgtgaactaaataagaatcagcggcag
tgtgtgtattacgcattgaaagctcagcccataaagatttacatccccaaaaacccctct
caactcaaattctggaagatcatcaattcctctcagtttgagtacatcatgtttgtgctc
attctgctcaacacgctcacactggctgtacagcactatgagcagtccaaactcttcaac
tttgtgatggacatcctgaacatgatcttcactacgctctttacggttgagatgatcatc
aaacttctggctctgagaccttaccactattttatagatgcctggaactcttttgatgcg
ctgatagtggtgggcagtttggtggacatcatgattgcagagttcagtggtggaggaggc
catggtgaggggaaagaaggggagagcgccaaagtgtccatcactttcttccgtctcttc
cgagttatgcgactggtcaagctgctcagtaagggtgaaggcattcgaatcctcctttgg
acgtttgttaaatctctacaggcattgccatacgtcggcctgctaattgccatgatcttt
ttcatctatggcgtgattgggatgcagacatttgggaagatagctatagatgacaacaca
gagctcagtcggaacaacaatttccaaacctttttcatggctgtactgctgctcttcagg
tgtgcaacaggtgaacagtggcagcagatcatgcttgcggcactgccaggacaccgatgt
gacccagagtctgactttgagccgggagaggagtatagctgcggaagcaacctggcatac
ctctatttcatcagtttctttgcactctgtgccttcctgatcattaacttgttcatcgca
gtcatcatggataactttgagtatctgaccagagactggactgtgctgggcactcatcac
ctcgatgagtttaaacgagtctggtcagattacgacccagaggccacgggaaggattaaa
catctagatgtagtcaccatgttgcgcagaattcagcctccgctgggctttgggaaactc
tgtccacatcgagtagcctgtaggagactggttgctatgaatgttcctctccatcctgat
ggcaccgtgtcctttaacgccactctgtttgcactcgtcagaacgtcactcaagattaaa
acagacggccccattgaccagcagaacgaggagctgagagctatcattaaaaagatctgg
aaacacaccaaacccaaacttctagaggacgttatacctcccccttcagggaatgaggtg
actgcaggaaagttttatgccagcttcctgattcaggactactttaaaaagtttcgcaaa
cggaaggagaaagagaggaagaagaaaggcaaggacaagtcagcctctctccaggccggg
ttacgcacactacaggatctggccccagagatgcgtctggctattgcgatggaggatgag
gaagggctggagggggagatgatggaagaagaggagttcttcaggagtgacagcgtcttc
agtgatgctcctcccacaccgaccatgtccactcccagaagcacccccatgccgccccat
ctggacgagaccacagtgagcattgagcttcctcctagagtacccagtgggagctttatg
ctggaggaggccctggtggactcccgcccggcctctgccctgtccgaaaacacagtgata
agtgaacagcctcagacgttgtctcccctgcccagcaggtgggcctccagtcacagcaaa
ctcaccccgttgtggatactgaataacaaccaaagggctgacacaaccagagcttgtgac
tatattccttccccatccccggatggaggattgcaaaatgaaaccacaggaggagtcatc
actccaggaggacatggaggagtagtagcaggaggaggagtcacagagatgacatatcct
acagagcaaggcagtgtcagccagggggagcctcagaaggctgtctcaaatgatagactg
tggtttcctgaggttcctccagcacaaacaccagcacttaatgggagcagtgaaagtgtg
gcgccagttcagcccaataacattaacaacaccacttaccaaggcaacatccaagatgct
ggtggctaccaaggtcatgtctaccctggaaatggctacaatgccaatgttaccaatggg
actggttatccaggcaaccgttattccagcaacggctacagcagcaatggatacagtggt
aatggataccatagtaatggatacaatggtaatgaatacaatggcaatggtttctctgca
aggcgacgcatgcttcccccgactcccttaggccgaaagcccaactttaacatccagtgt
ttgagaaggcagaccagtaatgaggatttgcccattccaggcacttaccatcaaaactcc
ccaccctgcagggcacaagcacagacaaacaacagctacgactcaaggcggagcagcatt
tcatctgtggtttcttcagcctcttgggcgaacaaccaggccagacggggccgtctcctc
tacgcccctcttattctggtgaacgaggtggggggcactcaggcaatgtggggcgacacc
aatggcagcgccagcctgccggcgtcggcccgtcccgggtggatcggcagtggaatggca
ggcgtggcccagcagcctcgggcgtacaccactctcaaagtgccctcccaaaacagcccc
ggatacatggagaagggaagcgctgacagcctcgtggagtcgatcctgatctctgaaggc
ttgggtctatatgccaaagaccccaaatttgttgactttgcaaagcgggaaatcgcagat
gcctgtcacttgactattgatgaaatggagagcgctgcaactaaccttttaagtaatgga
agggcaggacaaccgaacgaacgctttgaggaggatctggctgatgagatgaactgtgtt
atatcatactaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (6)   
   KEGG PATHWAY (6)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (21)   

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