KEGG   Eurytemora carolleeae: 111701830
Entry
111701830         CDS       T07296                                 
Name
(RefSeq) muscle calcium channel subunit alpha-1
  KO
K04851  voltage-dependent calcium channel L type alpha-1D
Organism
eaf  Eurytemora carolleeae
Brite
KEGG Orthology (KO) [BR:eaf00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:eaf04040]
    111701830
Ion channels [BR:eaf04040]
 Voltage-gated cation channels
  Calcium channel, voltage-gated (Cav)
   111701830
SSDB
Motif
Pfam: Ion_trans GPHH Ca_chan_IQ PKD_channel EF-hand_1
Other DBs
NCBI-GeneID: 111701830
NCBI-ProteinID: XP_023329043
Position
Unknown
AA seq 1749 aa
MLKQVFFERHFSHAESREPTPYTEADLVLPEGYKWKLVMDQETDFRKLQEEVVAAKPKAG
ARVVLPPVERAPRSIYCFKLKNPVRKACIALSESKTFEHFILVTILATCVSLGLNTPYPN
NDSDDTNKLLEDIEVIFMVIFTVECFAKIIAYGLWQHDEAYLRNTWNFLDFTIVMIGFFD
IFLSSMEIEGFDAKALRAFRVLRPLRLVSGVPSLQVVLNAIVMAMIPLFHIALLVLFVII
IYAIIGLEMFMGVMHMACFSNQTGKLASNDPRPCGGSYQCDESAGEVCREYWVGPNEGIT
NFDNFILAMLTVFQCITLEGWTDVLYWIQDAMGKSWQWSYFLSLVVLGAFFVMNLILGVL
SGEFSKERAKATSRGVYHKNKLRAQMEDDMKGYLDWLAHAEEIDPTNYRRTEVNKAEVEE
DVKEVGWFGRFRERMDNLNRRVKPKCRKAVKSQAMFWIVVSLVFLNTCVQATEHHNQPDW
LSNFQEITNIFFVILFTFEMLFKMYALGIQFYFIPLFNRFDFFVVLSSILEMGLTMFNVM
PPLGMSVLRCIRLLRAFKVTRYWKSLQNLLRSLISSIEAIASLLVLLFLFLGIFALLGSQ
LFGGKFKERKFPGELELEKTRMNFDSFSNSLFSCFQVLTGEDWNTILYDGVMAYGGPKKL
GLVASLYFIILFIFGNYILLNVFLAIAVDSLAGGEEEEVEKDEVVASPQDETIEEGFEDT
LGNGDNDEERRDEDGSVELDNLEENEGDPEPEPDTKISDDEGFVEGKASVQELRPDSSAE
SKQPIPPGYVFFFLSPTNPFRLGCYNFINHSIVSNFILVCIMISSASLAAEDPMNANSKR
NRVLGYFDYFFTTIFTLEITLKVISYGAVQKGGYCRSAANLLDILVVGVSLVSIIFSSSA
GAVSVLKILRVLRVLRPLRAINRAKGLKTVIQAVIVSVSSIQNIVMVTLLLQFMFSVIGV
QLFKGKFNACTDLSKTTEEDCKGQFITYAYSDVRKPVVVEREWVRYPFHYDNVGSGMLTL
FIVQTFEGWPQILYTSIDTYDEDVGPVFNNRPIIFIFYMVYIIILAFFMINIFVGFVIVT
FQREGEAPYADCGLDKNQRNCVDYVLNIEPARLFIPKHPVQYKIWSFVTSPFFEYLVFAA
ICINTLLLAMGFYDQPELYTEFLDVMNLVFTTFFTFEFTVKLAGFGFKEYFADPWNTFDF
VIVIGSFLDIAMANLLEGGGASISMLRLFRALRLVKLLAKGESIRQLLYTFIKSFQALPY
VALLIALVFFIYGVVGMQVFGKIALKDHTAIHSNNNFQTFEQSILVLFRCATGEVWQDIM
MSCVKTPDVTCDPLSDEAGNPEGCGSNLAYPYFVTFFVMTSFLILNLFVAVIMDNFDYLT
RDWSILGAHHLDEFVNLWSEYDPDGKGKIKHMDVVTLLRKINPPLGFGKLCPPRVACKRL
VAMNMPLNDDGTVEFKPTLFALVRTSLSIKMEGALDEANDDLRKTMKNIWKKQANDKMLD
LLLPQSGEGIGSEIAVGKLYASILIQDCFRRFTKKKFERESREKKSALANTNMALLAGLR
QLHESGPELKRTISGQLNQMIDTEDPTVRRTIPFFGAVGPYVKLRRPNRPHDVALFDPDL
RSPKGRVVSFREADDTHLTRSLRYSELGKERPGEKLIKRALTSEGLGRYCDEQFIKAEMA
EAINMTPSEFDVVAGQLLQAEERGELQLPMANRSAYSHILFQDYDPMEAVQRNLPQPSPP
SRRKRKRLL
NT seq 5250 nt   +upstreamnt  +downstreamnt
atgctgaaacaggtattttttgaacgacatttttcccatgccgagtccagggaaccaacc
ccttatactgaagcagatctagttctacctgaaggatacaagtggaaactcgtgatggat
caggaaacggattttaggaagcttcaggaggaagttgtagcagccaaacctaaagcaggg
gccagggttgttctaccaccagtagaaagggccccacgttctatttactgcttcaaactg
aagaatcctgttcgtaaagcatgcattgctctctcagaatcaaaaacttttgaacatttt
atcctagtgacgattttagctacttgtgtatctctgggtctaaataccccctacccaaac
aatgatagtgatgatacaaacaagcttttagaagatatagaggtaatttttatggtaatc
tttactgttgaatgcttcgcaaagataatagcctatggtctatggcagcatgatgaagca
tatttaaggaatacgtggaattttctcgactttacaatcgttatgatcgggttcttcgat
atttttctctcatcaatggagattgaaggattcgacgctaaggctttgagggcatttcga
gttctgaggccgcttaggcttgtttctggagtaccaagtttacaggttgtgctgaacgct
atagtgatggctatgatcccattgttccatatcgcccttctagtcttgttcgtcatcatc
atctacgcaatcattgggctggagatgttcatgggagtcatgcatatggcttgtttcagc
aatcaaactgggaaactagcctccaatgatcctagaccgtgtggaggttcctaccagtgt
gatgaaagtgctggtgaggtgtgtagagagtattgggttggacctaatgaagggataact
aactttgataactttattctggcgatgttaactgtgttccagtgtattacactggaaggg
tggacagatgtactctactggatacaggatgctatgggtaaatcctggcaatggagttat
ttcctgtctttagttgttcttggagcattcttcgttatgaatcttatccttggtgttcta
tcaggagaattctccaaggagagagctaaagcaaccagcaggggcgtataccacaaaaat
aaactcagagcacagatggaagacgacatgaagggatatttggattggttagctcatgct
gaggaaatagatccaacaaactacaggagaacggaagtgaataaagcggaagtagaagag
gatgttaaagaggttggatggtttggaaggtttagggagagaatggataatctaaaccgt
agagttaaacctaaatgcaggaaagctgttaaatctcaggcaatgttctggatagttgtt
agtcttgtatttttaaacacatgtgttcaagcaacagaacaccataatcaaccagattgg
ttaagcaactttcaggaaatcacaaacatttttttcgtcattcttttcacattcgagatg
ctgttcaagatgtacgctctgggtatacaattctactttatccctctcttcaatagattt
gatttctttgttgttctcagttctatcctagagatgggtctgacaatgtttaatgttatg
ccccccctaggcatgtctgtgctccgttgtatccgactccttcgagcatttaaagtaaca
agatactggaaatctcttcaaaaccttctccgatccttgatcagctcgatcgaagccatc
gcttctcttctagttcttctcttcctatttctgggtatttttgctcttcttggatcacaa
ctctttggaggaaagtttaaagaacggaaatttcccggagaactggagttggaaaagact
cgaatgaattttgattcattttccaacagtttgttttcctgtttccaagttcttactgga
gaagattggaatacgattttgtatgacggagttatggcctacggaggtcccaagaaacta
ggtttagtggctagcctgtactttatcattctcttcatctttggtaactatattcttctt
aatgttttcttggctattgctgttgatagtttagctggcggggaggaggaagaagtagaa
aaggatgaagtagttgcaagtccacaagatgaaacaatagaagaaggattcgaggataca
ctggggaatggtgataatgatgaggaaagaagggatgaagacggatctgtagagctggac
aatctggaagaaaatgaaggtgatcctgaacctgaacctgataccaagatcagtgatgac
gaagggtttgtggaaggaaaagcgtcggtgcaagaactgcgccctgattcatctgcagag
agtaaacaacccatccctccaggatacgttttcttctttctcagcccaaccaatccgttc
cgtcttggatgttataactttatcaatcatagcattgtcagtaattttatccttgtctgt
atcatgatatcctccgcatctctggcagcagaggatccaatgaatgctaactctaaacgg
aaccgagttcttggatattttgattatttttttacaacaatcttcactctggagataacg
ttaaaagtgatatcctacggggcagttcagaaagggggatattgtagatcagctgcaaac
ctactagatatcctggtagtgggggtatcccttgtatctattatatttagttcaagtgct
ggagctgtatctgtcctgaaaatccttcgtgtactcagggttctccgtcctctgagagca
atcaaccgagctaaaggattgaaaacagttattcaagcagttatagtttccgtctcctct
atacagaatatagtgatggttactcttctcctccagtttatgttctccgttataggagtt
caactgtttaaaggaaagtttaacgcctgcacagatttatctaaaactacggaggaggac
tgcaaaggacagtttatcacgtatgcttacagtgatgtacgtaaacctgtggttgtggag
agagaatgggtgagatatccttttcattatgataatgttgggagtgggatgctaactctc
ttcatagttcagacttttgaaggttggccccagatactttatacatctattgatacatat
gatgaggacgttggaccggtgtttaataatcgtccgattatattcatcttttacatggtt
tacattattatcctcgcattcttcatgatcaatatttttgttggttttgttatcgtcact
ttccaacgagaaggtgaagccccttatgctgactgtggcctagataagaaccaaagaaac
tgtgttgattatgttcttaatattgaaccagccagactttttatacccaaacatccggtt
caatataaaatctggtcttttgtgaccagccctttttttgaatatcttgtatttgctgct
atctgtattaacaccctgctgctagctatggggttctacgatcagcctgagctatacact
gagttcctggacgtcatgaaccttgtattcacaaccttcttcaccttcgagttcactgtc
aagctagctggattcgggttcaaagagtactttgcagatccttggaacacatttgatttt
gtaatcgtcataggatccttcctggatattgcaatggcaaatcttcttgaaggaggaggt
gctagtatctctatgcttagattattccgtgctctccgtctagttaaactactagctaaa
ggagagtctatccgacagcttctctacacctttatcaaatccttccaggctcttccatac
gttgctcttcttatagccctcgtattctttatctacggagttgttgggatgcaagttttt
ggaaaaattgctcttaaagatcatacagcaattcattcaaacaataattttcaaactttt
gagcaaagtatcctggttctgttccgatgtgctactggagaagtgtggcaggatattatg
atgtcctgtgttaagacacctgatgttacctgtgatccgttgagtgacgaggctgggaat
ccggagggatgtggatccaacctcgcgtatccgtacttcgtcaccttcttcgtgatgacc
tctttcctcatcctcaatctcttcgtggcggtcatcatggataactttgactacttaacc
cgggactggtctatcctaggagcacatcacctggatgagtttgtgaacctctggtctgaa
tatgatcctgatggaaagggaaaaataaaacacatggatgttgttactcttcttcgtaag
ataaatcctccattaggatttggtaagttgtgcccccctcgtgtagcctgtaagcgcctg
gttgcaatgaatatgcccctaaacgatgatggtacagtagagttcaaaccaacactgttt
gctctggtgagaacctctctaagtataaagatggagggagcactggatgaggctaacgat
gatctcaggaaaacgatgaaaaatatctggaagaaacaggccaatgataaaatgctagat
ttactattaccgcagtctggagaagggataggctccgagatagctgtaggaaaactatac
gcttctatacttatacaagattgctttagaaggtttacaaagaagaagtttgaacgcgag
agtagagagaaaaaatctgctttggcaaacaccaacatggctctgttagcaggactcagg
caactgcatgaatcaggtcctgagttaaagcgtacaattagcggacaactaaaccaaatg
attgatacagaggatccgacagttagaagaactattccattcttcggagcagtaggtcca
tatgtcaagctgcgacgaccgaaccgaccccacgacgtcgccctgtttgaccctgacctc
cggtcccctaaaggtcgtgtggtcagtttccgagaggcggatgacacccatctgacgaga
tccctgcgctactctgagctgggaaaggaaaggccaggggagaaactgatcaagagagcg
ctcaccagcgaaggactaggaaggtattgtgatgaacagtttataaaggcggagatggcg
gaggcaattaacatgaccccgtcagagtttgatgtagttgccggtcaacttcttcaggcg
gaggagcgaggggaactccagctgccaatggcgaatagatccgcctattcacatatatta
tttcaagattatgatccaatggaagctgtccagaggaacctacctcaaccctccccacct
tctagaagaaaacgaaagcgtttattgtaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (9)   

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