cacna1sb cDNA ORF clone, Danio rerio(zebrafish)

Gene
Clones
gRNAs

Summary

Gene Symbol	cacna1sb
Entrez Gene ID	405791
Full Name	calcium channel, voltage-dependent, L type, alpha 1S subunit, b
Synonyms	cacna1s
General protein information	Preferred Names calcium channel, voltage-dependent, L type, alpha 1S subunit, b Names voltage-dependent L-type calcium channel subunit alpha-1S ZfCav1.1 cav1.1a1sb skeletal muscle L-type calcium channel alpha1S subunit
Gene Type	protein-coding
Organism	Danio rerio(zebrafish)

mRNA and Protein(s)

mRNA	Protein	Name
NM_214726.1	NP_999891.1	voltage-dependent L-type calcium channel subunit alpha-1S

Pathways from BioSystems

Homologies

Macaca mulatta (Rhesus monkey)	CACNA1S	XP_002802046.1
Rattus norvegicus (Norway rat)	Cacna1s	NP_446325.1
Homo sapiens (human)	CACNA1S	NP_000060.2
Pan troglodytes (chimpanzee)	CACNA1S	XP_525018.3
Canis lupus familiaris (dog)	CACNA1S	XP_848685.3
Mus musculus (house mouse)	Cacna1s	NP_001074492.1
Bos taurus (cattle)	CACNA1S	XP_002694288.2
Danio rerio (zebrafish)	cacna1sa	NP_001139622.1
Gallus gallus (chicken)	CACNA1S	XP_419259.3
Danio rerio (zebrafish)	cacna1sb	NP_999891.1

Gene Ontology
Bibliography

Related articles in PubMed

Patterns of alternative splicing in response to cold acclimation in fish.
Healy TM, Schulte PM
The Journal of experimental biology222(Pt 5)(2019 Mar)

Ca
Dayal A, Ng SFJ, Grabner M
Nature communications10(1)115(2019 01)

Bifenthrin causes transcriptomic alterations in mTOR and ryanodine receptor-dependent signaling and delayed hyperactivity in developing zebrafish (Danio rerio).
Frank DF, Miller GW, Harvey DJ, Brander SM, Geist J, Connon RE, Lein PJ
Aquatic toxicology (Amsterdam, Netherlands)20050-61(2018 Jul)

Expression of calcium channel transcripts in the zebrafish heart: dominance of T-type channels.
Haverinen J, Hassinen M, Dash SN, Vornanen M
The Journal of experimental biology221(Pt 10)(2018 05)

Functional enrichment analysis based on long noncoding RNA associations.
Hung KS, Hsiao CC, Pai TW, Hu CH, Tzou WS, Wang WD, Chen YR
BMC systems biology12(Suppl 4)45(2018 04)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following cacna1sb gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the cacna1sb cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
ODa00743	NM_214726.1 Latest version!	Danio rerio calcium channel, voltage-dependent, L type, alpha 1S subunit, b (cacna1sb), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

cacna1sb ( NM_214726.1 ) cDNA ORF clone, Danio rerio(zebrafish) -> NP_999891.1 Danio rerio calcium channel, voltage-dependent, L type, alpha 1S subunit, b (cacna1sb), mRNA.

Price & Availability↑

CloneID	ODa00743
Clone ID Related Accession (Same CDS sequence)	NM_214726.1
Accession Version	NM_214726.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1565366400000
Organism	Danio rerio(zebrafish)
Product	voltage-dependent L-type calcium channel subunit alpha-1S
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from AY495698.1. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AY495698.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA3505376, SAMEA3505381 [ECO:0000348] ##Evidence-Data-END##

ATGGAGTCAG GCGGTGGTGG TGGTGGTGGA GGTCCTGGGG GTGGTGGAGT GGCAGGCTTG 
GCCTCGTTCA TCATGAACGA AGAAGAACTG AAGAGAAAAC AAAGGGAGAA GCTGAAGAAA 
CTGCTGGCCA CCGGAGGAAA CCCTCGACCT CCACGTACAT TGTTCTTCTT CAAGCTCAGA 
AACCCTTTCC GGAAGGCTTG CACCAACATT GTGGAATGGA AACCTTTTGA GATCATTATC 
CTGCTAACCA TCTTCGCTAA CTGTGTAGCT CTTGCTGTGT TTCTGCCTAT GCCCGAAGAG 
GACACCAACA ACACCAACTT AACATTGGAG AGTCTGGAGT ACATCTTTCT GGTCATTTTC 
ACTCTGGAGT GCTTCTTAAA GATAATAGCA TACGGCCTCT TGTTCCATGA AGGAGCCTAT 
TTACGAAATT GTTGGAATAT ATTGGACTTT GTCATTGTGT TCATGGGGCT CTTCACACTT 
GTTGTAGACA CCATCGACAC AATAACAGGA GTTCAGAAAG AGAAAGGCGG AGGCTTCGAC 
ATGAAAGCTC TCAGAGCGTT TCGAGTCTTG AGACCTCTGC GCCTCGTCTC TGGAGTTCCT 
AGCCTGCAGG TGGTGATGAG CTCTGTTCTG AAGTCCATGT TGCCCCTTTT CCACATTTTA 
TTGCTGGTCT TTTTCATGGT CACCATTTAT GCCATTATGG GTTTGGAGCT TTTCAAGTGT 
AAAATGCACA AGACTTGCTA CTACCAGGGC ACCAACATTA TTGCCCTCAG GGAGAATGAG 
AAGCCTTCAC CCTGCGCTCA GGCTGGAAAC GGGCGGCGCT GCACCATCAA TGGCACTGAA 
TGCCGTGACG GATGGCCTGG TCCCAATTTT GGCATAACCC ACTTTGACAA CTTTGGCTTT 
GCTATGCTCA CGGTCTTTCA GTGCATCACC ACAGAGAGCT GGACAGATGT GCTCTACTGG 
ATTAATGATG CCATGGGAAA TGACTGGCCT TGGATCTATT TCTTGTCTCT GATAATGCTG 
GGCTCCTTCT TCATCCTTAA CCTTGTCCTT GGAGTACTGA GCGGGGAGTT TACAAAAGAG 
AGGGAAAAGT CACGGTCACG AGGAGAATGG CAAGTACTTC GAGAACGACA ACAAATGGAT 
GAAGATCTGA AGGGTTACAT GGAATGGATC ACTCATGCTG AAGTTATGGA TGGAGACTCT 
GATGCTATGC TGCTTCTTAG AAAGGACACT GGCTCAGAGA CAGATAGTTT ATATAAGATG 
GAGGGGATCA ACAAGGTGGT CTATTTCTAC CGTCTGGCGC GCCGCTGGAA CATTGTTATA 
CGGAGAAAGT GTCATGGCTG GGTGAAATCA AAGTCCTTCA ACTGGTGGGT TCTGATCGTT 
GTGTTGCTGA ACACTCTGGT CATTGCCACA GAGCATCATA ACCAGACAGA GGGCTTAACG 
AACTTTCAAG ACACCGCCAA TGTAATCCTG CTCGCCTGTT TTACGATTGA GATGATTATG 
AAGATGTATG CATTCGGTCC GAGAAGCTAC TTTATGTCCA TCTTTAACCG GTTTGACTGT 
TTCGTGGTCA CCATCGGAAT ACTGGAGATC ATCCTGGTCG GGTCAGGCAT CATGACACCA 
CTGGGAATCT CTGTGATGAG ATGCATTCGA CTCCTGCGCT TATTCAAGCT CACAAAGTAC 
TGGACATCTC TTAATAACTT AGTAGTATCT CTACTAAACT CAGTGAAATC CATTGCCTCC 
TTGCTCCTGC TCCTTTTTCT TTTCATCGTC ATCTTCGCTC TGCTGGGGAT GCAGGTGTTT 
GGTGGCAAAT TCAACTTTCC TGACAGACCG ATCCAGCGCA GCAACTTCGA CAACTTCCCA 
CAGGCCCTCA TCAGTGTCTT CCAGGTCCTG ACCGGAGAGG AATGGGACAC AATCATGTAT 
AATGGCATAA TGGCTCATGG TGGACCCAAA TCTCCAGGAA TCCTCGTCAG CATTTACTTT 
ATAATACTAT ATGTCTGTGG AAACTTTGTT CTCTTGAACG TGTTTTTGGC CATCGCTGTG 
GACAATCTTG CCGAAGCTGA GAGTCTGGCA GCCGCACAGA AAGAGAGAGC GGAGGAAAGA 
GCCAGAAAAA AGCTCATGAA ACCATTGCCA GAGAAAACTG AGGAGGAGAA AGCCCTGATG 
GCCAAGAGAC TAATGGAGTC CAGGCAAAAA ACTGAAGGAA TGCCCACCAC AGCGAAGCTC 
AAGATTGACG AGTTTGAATC AAACGTGAAT GAAGTGAAGG ACCCCTTTCC TCCTGCTGAC 
TTTCCAGGTG ATGATGAAGA AGAGGAACCA GAGATCCCGA TCAGCCCCAG ACCCAGACCC 
ATGGCTGACC TGCAGTTAAA AGAGACTGTG GTGCCCATGC CTGAAGCCAG CTCCTTCTTC 
ATCTTCGGCC CTCAGAACAA GTTCCGGAAG CTCTGCCACA GGATCATCAA CCACACAACC 
TTCACCAACA TCATCCTCCT CTTCATCCTC CTCAGCAGTA TCTCCCTCGC TGCTGAAGAC 
CCCATCGACC CCCACTCATT CAGAAACAAG GTCTTGGCTT ACGCAGACAT CGTCTTCACA 
ACGGTCTTCA CCATTGAGAT TGTGCTAAAG ATGACGGTGT ATGGAGCGTT CCTGCATCCC 
GGCTCCTTCT GCCGAAACTC CTTCAACATT CTAGATCTCA TTGTTGTGGC TGTTTCTCTC 
CTGTCTATGG GAATGGAGTC TAGTACCATC TCAGTAGTGA AGATTCTCAG GGTGTTGAGG 
GTACTCAGAC CTTTAAGAGC CATCAACAGA GCCAAAGGAT TGAAGCACGT GGTCCAGTGT 
ATGTTTGTGG CCATAAAAAC CATTGGCAAT ATTGTCTTGG TCACCATGCT CTTGGACTTC 
ATGTTCTCCT GCATAGGAGT GCAGCTCTTC AAGGGTACAT TGTTCTACTG TACAGACCCC 
CTGCAAAAAA CAGCAGAGCA GTGTCAGGGA ACATTTTTAA AGCATGTGCA AAATTCCCTT 
CACGACACAG AGATCCATCA GCGCAGATGG GTCAACAGCG ACTTCAACTT TGACAATGTG 
CTAAATGGCA TGCTGGCTCT TTTCACTATC TCCACATTTG AAGGATGGCC AGAGATCCTA 
TATAAGGCCA TAGACTCATA TGACGTGGAC ACAGGCCCGC TGTACAATAA CCGTGTGGGA 
ATCTCCATAT TCTTCATCAT CTACATCATC ATCATCGCCT TCTTTATGAT GAATATTTTT 
GTGGGCTTCG TCATTGTCAC TTTCCAAAGA CAAGGAGAGC AGGAGTACAA GAACTGTGAG 
CTGGATAAAA ACCAGCGTCA GTGTGTGCAA TATGCTCTGA AAGCACGACC CCTCAAATGC 
TACATCCCGG AGAACCCGCA TCAGTACCGT GTGTGGTACC TTGTGACCTC CTGCTACTTT 
GAGTATCTCA TGTTCTTTCT CATCATGCTC AATACTCTGA GTCTTGGAAT GCAGTACTGT 
AACCAGCCTT TTTATATAAC CAAACTCTCT GACAATCTGA ACGTCATCTT TACGGTTCTG 
TTCACTGGTG AGATGATTGT CAAACTCATC GCTTTCAAAG CAAAGGGGTA CTTTGGAGAC 
CCTTGGAATG TGTTTGATTT CGTCATTGTC ATCGGCAGTA TCGTTGACGT GGTCCTGAGT 
GAGGTTGATA GAACACTGGA GGCCAGTGGA GGACTGTGGT GTCTACATGG TTGTAGTGAG 
GTGGATCCGA TGCAGGCAAT TGCGGAGGCA GAAAATGTTA AATTGTCCAT CACATTCTTC 
CGTCTCTTCC GTGTGCTGCG TCTCATTAAA CTGCTCAATC GCTCAGAGGG CATCAGGAAC 
CTGCTGTGGA CCTTCATTAA GTCCTTCCAG GCTCTGCCTC ATGTGGGTCT CCTCATAGTC 
ATGCTTTTCT TCATCTATGC TGTCATAGGG ATGCAGATGT TTGGTAAAAT TGCACTGGTT 
GATGGTACAG AAATCAACCG CAACAACAAC TTCCAAACTT TCCCTCAAGC TGTTTTGCTA 
TTGTTCCGGG TTGCCACTGG AGAGCAGTGG CCTAAAATCA TGCTGGCCTC AATGTACGGA 
AAGCTCTGTG ACCCTAAATC AGACTACGGC CCTGGGGAGG AGTATACCTG CGGCTCCAGC 
ATCGCTGTCT GTTACTTCCT CAGCTTTTAT ATGCTGTGTG CATTTTTGGT GATCAACTTG 
TTTGTGGCTA TCATAATGGA CAATTTTGAC TACCTCACCC ATGATTGGTC AATCCTTGGG 
CCGCATCACC TGGATGAATT CAAGAAGATC TGGGGAGAGT ATGACCCTGA AGCGACGGGG 
CGAATCAAAC ATTTGGATGT TGTCACTCTT CTGCGAAGGA TTCAGCCACC ATTGGGTTTT 
GGTAAATTCT GTCCACATCA CGCAGCTTGT AAGCGACTGA TTTCCATGAA CATGCCACTA 
AACAGTGATG GCACAGTGAC CTTCAATGCC ACACTTTTTG CTCTGGTCAG AACAGCTTTG 
AAAATCAAGA CTGAAGGAAA CTTTGAGCAG GCCAATGAGG AGCTGAGAGC CATCATCAAG 
TCGATCTGGA AACGGACCAG TATGAAGTTG TTGGACCAGG TCATTCCACC AATTGGAGAG 
GATGAAGTCA CGGTTGGAAA ATTCTACGCT ACCTTCCTGA TTCAGGAACA TTTCCGCAAG 
TTTATGCAGC GACAGGAGGA GTTATATGGT TACAGGCCCA CCAAGAAGAA CGCTGATGAG 
ATTAAGGCCG GTTTGCGCAG CATCGAGGAG GAAGCGGCAC CAGAGCTGCA CAGGGCAATA 
TCAGGTGACC TGATAGCAGA GGATGAGATG GAGCGAGCCA TGGAGAGCGG AGAGGAGGGC 
ATCTACAGGC GGACAGGTGG TCTCTTTGGA CTCAACGCGG ACCCCTTTTC CTCTGAGCCC 
AGCAGCCCTC TGTCCACACA GGTCACCAGC CAGAGGCCCC TGCAGTTTGC GGAGAATCGG 
CCGGAGGATG CAGGGTCTCC TCCAGACTCT GTCTTCCTCC CAAACACAGA GTTTTTCCCT 
GATAACATGC CAACAACAAG CAACACCAAT AACAATGCTA ACTTCATTGA AGAGTTTACA 
TTTGAGAGCG AGTCACTGTC AGCAAGCAGA AACTATTCAT ATGAAGACAT AAGAGACTCC 
AGCTTGTATG TGGGCGGAGC CTCAAATGTT AATGACAGGC GGCTGTCAGA TTTCAACGTG 
AAGACTAATT CTACACAGTT CCCTTATAAT CCCTCATGTG AAGAATCAAA GAACCAGAGA 
TCAGCAGCAG AAGCCTCACC AGCCACCGAC AAACTCATTC AGCAGGCACT GAGAGATGGT 
GGTCTGGAGT CGTTGGCTGA AGACCCACAG TTTGTATCTG TGACCAGAAA GGAGCTGGCA 
GAAGCCGTTA ATATTGGCTT GCAGGATATA GAGAGCGTGG CTCAGGGTAT TGTCAATGGG 
CAGAGCGGCA AGGTAACCAA ACGCAAGCGA CGTCCTATCC CTGTTCCTCC CAGCAAAACC 
AAGGAAGCCA CAAGTGCAGT GTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_999891.1
CDS	37..5580
Translation	MESGGGGGGGGPGGGGVAGLASFIMNEEELKRKQREKLKKLLATGGNPRPPRTLFFFKLRNPFRKACTNIVEWKPFEIIILLTIFANCVALAVFLPMPEEDTNNTNLTLESLEYIFLVIFTLECFLKIIAYGLLFHEGAYLRNCWNILDFVIVFMGLFTLVVDTIDTITGVQKEKGGGFDMKALRAFRVLRPLRLVSGVPSLQVVMSSVLKSMLPLFHILLLVFFMVTIYAIMGLELFKCKMHKTCYYQGTNIIALRENEKPSPCAQAGNGRRCTINGTECRDGWPGPNFGITHFDNFGFAMLTVFQCITTESWTDVLYWINDAMGNDWPWIYFLSLIMLGSFFILNLVLGVLSGEFTKEREKSRSRGEWQVLRERQQMDEDLKGYMEWITHAEVMDGDSDAMLLLRKDTGSETDSLYKMEGINKVVYFYRLARRWNIVIRRKCHGWVKSKSFNWWVLIVVLLNTLVIATEHHNQTEGLTNFQDTANVILLACFTIEMIMKMYAFGPRSYFMSIFNRFDCFVVTIGILEIILVGSGIMTPLGISVMRCIRLLRLFKLTKYWTSLNNLVVSLLNSVKSIASLLLLLFLFIVIFALLGMQVFGGKFNFPDRPIQRSNFDNFPQALISVFQVLTGEEWDTIMYNGIMAHGGPKSPGILVSIYFIILYVCGNFVLLNVFLAIAVDNLAEAESLAAAQKERAEERARKKLMKPLPEKTEEEKALMAKRLMESRQKTEGMPTTAKLKIDEFESNVNEVKDPFPPADFPGDDEEEEPEIPISPRPRPMADLQLKETVVPMPEASSFFIFGPQNKFRKLCHRIINHTTFTNIILLFILLSSISLAAEDPIDPHSFRNKVLAYADIVFTTVFTIEIVLKMTVYGAFLHPGSFCRNSFNILDLIVVAVSLLSMGMESSTISVVKILRVLRVLRPLRAINRAKGLKHVVQCMFVAIKTIGNIVLVTMLLDFMFSCIGVQLFKGTLFYCTDPLQKTAEQCQGTFLKHVQNSLHDTEIHQRRWVNSDFNFDNVLNGMLALFTISTFEGWPEILYKAIDSYDVDTGPLYNNRVGISIFFIIYIIIIAFFMMNIFVGFVIVTFQRQGEQEYKNCELDKNQRQCVQYALKARPLKCYIPENPHQYRVWYLVTSCYFEYLMFFLIMLNTLSLGMQYCNQPFYITKLSDNLNVIFTVLFTGEMIVKLIAFKAKGYFGDPWNVFDFVIVIGSIVDVVLSEVDRTLEASGGLWCLHGCSEVDPMQAIAEAENVKLSITFFRLFRVLRLIKLLNRSEGIRNLLWTFIKSFQALPHVGLLIVMLFFIYAVIGMQMFGKIALVDGTEINRNNNFQTFPQAVLLLFRVATGEQWPKIMLASMYGKLCDPKSDYGPGEEYTCGSSIAVCYFLSFYMLCAFLVINLFVAIIMDNFDYLTHDWSILGPHHLDEFKKIWGEYDPEATGRIKHLDVVTLLRRIQPPLGFGKFCPHHAACKRLISMNMPLNSDGTVTFNATLFALVRTALKIKTEGNFEQANEELRAIIKSIWKRTSMKLLDQVIPPIGEDEVTVGKFYATFLIQEHFRKFMQRQEELYGYRPTKKNADEIKAGLRSIEEEAAPELHRAISGDLIAEDEMERAMESGEEGIYRRTGGLFGLNADPFSSEPSSPLSTQVTSQRPLQFAENRPEDAGSPPDSVFLPNTEFFPDNMPTTSNTNNNANFIEEFTFESESLSASRNYSYEDIRDSSLYVGGASNVNDRRLSDFNVKTNSTQFPYNPSCEESKNQRSAAEASPATDKLIQQALRDGGLESLAEDPQFVSVTRKELAEAVNIGLQDIESVAQGIVNGQSGKVTKRKRRPIPVPPSKTKEATSAV

Target ORF information:

RefSeq Version	NM_214726.1
Organism	Danio rerio(zebrafish)
Definition	Danio rerio calcium channel, voltage-dependent, L type, alpha 1S subunit, b (cacna1sb), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_214726.1

ORF Insert Sequence:

ATGGAGTCAG GCGGTGGTGG TGGTGGTGGA GGTCCTGGGG GTGGTGGAGT GGCAGGCTTG 
GCCTCGTTCA TCATGAACGA AGAAGAACTG AAGAGAAAAC AAAGGGAGAA GCTGAAGAAA 
CTGCTGGCCA CCGGAGGAAA CCCTCGACCT CCACGTACAT TGTTCTTCTT CAAGCTCAGA 
AACCCTTTCC GGAAGGCTTG CACCAACATT GTGGAATGGA AACCTTTTGA GATCATTATC 
CTGCTAACCA TCTTCGCTAA CTGTGTAGCT CTTGCTGTGT TTCTGCCTAT GCCCGAAGAG 
GACACCAACA ACACCAACTT AACATTGGAG AGTCTGGAGT ACATCTTTCT GGTCATTTTC 
ACTCTGGAGT GCTTCTTAAA GATAATAGCA TACGGCCTCT TGTTCCATGA AGGAGCCTAT 
TTACGAAATT GTTGGAATAT ATTGGACTTT GTCATTGTGT TCATGGGGCT CTTCACACTT 
GTTGTAGACA CCATCGACAC AATAACAGGA GTTCAGAAAG AGAAAGGCGG AGGCTTCGAC 
ATGAAAGCTC TCAGAGCGTT TCGAGTCTTG AGACCTCTGC GCCTCGTCTC TGGAGTTCCT 
AGCCTGCAGG TGGTGATGAG CTCTGTTCTG AAGTCCATGT TGCCCCTTTT CCACATTTTA 
TTGCTGGTCT TTTTCATGGT CACCATTTAT GCCATTATGG GTTTGGAGCT TTTCAAGTGT 
AAAATGCACA AGACTTGCTA CTACCAGGGC ACCAACATTA TTGCCCTCAG GGAGAATGAG 
AAGCCTTCAC CCTGCGCTCA GGCTGGAAAC GGGCGGCGCT GCACCATCAA TGGCACTGAA 
TGCCGTGACG GATGGCCTGG TCCCAATTTT GGCATAACCC ACTTTGACAA CTTTGGCTTT 
GCTATGCTCA CGGTCTTTCA GTGCATCACC ACAGAGAGCT GGACAGATGT GCTCTACTGG 
ATTAATGATG CCATGGGAAA TGACTGGCCT TGGATCTATT TCTTGTCTCT GATAATGCTG 
GGCTCCTTCT TCATCCTTAA CCTTGTCCTT GGAGTACTGA GCGGGGAGTT TACAAAAGAG 
AGGGAAAAGT CACGGTCACG AGGAGAATGG CAAGTACTTC GAGAACGACA ACAAATGGAT 
GAAGATCTGA AGGGTTACAT GGAATGGATC ACTCATGCTG AAGTTATGGA TGGAGACTCT 
GATGCTATGC TGCTTCTTAG AAAGGACACT GGCTCAGAGA CAGATAGTTT ATATAAGATG 
GAGGGGATCA ACAAGGTGGT CTATTTCTAC CGTCTGGCGC GCCGCTGGAA CATTGTTATA 
CGGAGAAAGT GTCATGGCTG GGTGAAATCA AAGTCCTTCA ACTGGTGGGT TCTGATCGTT 
GTGTTGCTGA ACACTCTGGT CATTGCCACA GAGCATCATA ACCAGACAGA GGGCTTAACG 
AACTTTCAAG ACACCGCCAA TGTAATCCTG CTCGCCTGTT TTACGATTGA GATGATTATG 
AAGATGTATG CATTCGGTCC GAGAAGCTAC TTTATGTCCA TCTTTAACCG GTTTGACTGT 
TTCGTGGTCA CCATCGGAAT ACTGGAGATC ATCCTGGTCG GGTCAGGCAT CATGACACCA 
CTGGGAATCT CTGTGATGAG ATGCATTCGA CTCCTGCGCT TATTCAAGCT CACAAAGTAC 
TGGACATCTC TTAATAACTT AGTAGTATCT CTACTAAACT CAGTGAAATC CATTGCCTCC 
TTGCTCCTGC TCCTTTTTCT TTTCATCGTC ATCTTCGCTC TGCTGGGGAT GCAGGTGTTT 
GGTGGCAAAT TCAACTTTCC TGACAGACCG ATCCAGCGCA GCAACTTCGA CAACTTCCCA 
CAGGCCCTCA TCAGTGTCTT CCAGGTCCTG ACCGGAGAGG AATGGGACAC AATCATGTAT 
AATGGCATAA TGGCTCATGG TGGACCCAAA TCTCCAGGAA TCCTCGTCAG CATTTACTTT 
ATAATACTAT ATGTCTGTGG AAACTTTGTT CTCTTGAACG TGTTTTTGGC CATCGCTGTG 
GACAATCTTG CCGAAGCTGA GAGTCTGGCA GCCGCACAGA AAGAGAGAGC GGAGGAAAGA 
GCCAGAAAAA AGCTCATGAA ACCATTGCCA GAGAAAACTG AGGAGGAGAA AGCCCTGATG 
GCCAAGAGAC TAATGGAGTC CAGGCAAAAA ACTGAAGGAA TGCCCACCAC AGCGAAGCTC 
AAGATTGACG AGTTTGAATC AAACGTGAAT GAAGTGAAGG ACCCCTTTCC TCCTGCTGAC 
TTTCCAGGTG ATGATGAAGA AGAGGAACCA GAGATCCCGA TCAGCCCCAG ACCCAGACCC 
ATGGCTGACC TGCAGTTAAA AGAGACTGTG GTGCCCATGC CTGAAGCCAG CTCCTTCTTC 
ATCTTCGGCC CTCAGAACAA GTTCCGGAAG CTCTGCCACA GGATCATCAA CCACACAACC 
TTCACCAACA TCATCCTCCT CTTCATCCTC CTCAGCAGTA TCTCCCTCGC TGCTGAAGAC 
CCCATCGACC CCCACTCATT CAGAAACAAG GTCTTGGCTT ACGCAGACAT CGTCTTCACA 
ACGGTCTTCA CCATTGAGAT TGTGCTAAAG ATGACGGTGT ATGGAGCGTT CCTGCATCCC 
GGCTCCTTCT GCCGAAACTC CTTCAACATT CTAGATCTCA TTGTTGTGGC TGTTTCTCTC 
CTGTCTATGG GAATGGAGTC TAGTACCATC TCAGTAGTGA AGATTCTCAG GGTGTTGAGG 
GTACTCAGAC CTTTAAGAGC CATCAACAGA GCCAAAGGAT TGAAGCACGT GGTCCAGTGT 
ATGTTTGTGG CCATAAAAAC CATTGGCAAT ATTGTCTTGG TCACCATGCT CTTGGACTTC 
ATGTTCTCCT GCATAGGAGT GCAGCTCTTC AAGGGTACAT TGTTCTACTG TACAGACCCC 
CTGCAAAAAA CAGCAGAGCA GTGTCAGGGA ACATTTTTAA AGCATGTGCA AAATTCCCTT 
CACGACACAG AGATCCATCA GCGCAGATGG GTCAACAGCG ACTTCAACTT TGACAATGTG 
CTAAATGGCA TGCTGGCTCT TTTCACTATC TCCACATTTG AAGGATGGCC AGAGATCCTA 
TATAAGGCCA TAGACTCATA TGACGTGGAC ACAGGCCCGC TGTACAATAA CCGTGTGGGA 
ATCTCCATAT TCTTCATCAT CTACATCATC ATCATCGCCT TCTTTATGAT GAATATTTTT 
GTGGGCTTCG TCATTGTCAC TTTCCAAAGA CAAGGAGAGC AGGAGTACAA GAACTGTGAG 
CTGGATAAAA ACCAGCGTCA GTGTGTGCAA TATGCTCTGA AAGCACGACC CCTCAAATGC 
TACATCCCGG AGAACCCGCA TCAGTACCGT GTGTGGTACC TTGTGACCTC CTGCTACTTT 
GAGTATCTCA TGTTCTTTCT CATCATGCTC AATACTCTGA GTCTTGGAAT GCAGTACTGT 
AACCAGCCTT TTTATATAAC CAAACTCTCT GACAATCTGA ACGTCATCTT TACGGTTCTG 
TTCACTGGTG AGATGATTGT CAAACTCATC GCTTTCAAAG CAAAGGGGTA CTTTGGAGAC 
CCTTGGAATG TGTTTGATTT CGTCATTGTC ATCGGCAGTA TCGTTGACGT GGTCCTGAGT 
GAGGTTGATA GAACACTGGA GGCCAGTGGA GGACTGTGGT GTCTACATGG TTGTAGTGAG 
GTGGATCCGA TGCAGGCAAT TGCGGAGGCA GAAAATGTTA AATTGTCCAT CACATTCTTC 
CGTCTCTTCC GTGTGCTGCG TCTCATTAAA CTGCTCAATC GCTCAGAGGG CATCAGGAAC 
CTGCTGTGGA CCTTCATTAA GTCCTTCCAG GCTCTGCCTC ATGTGGGTCT CCTCATAGTC 
ATGCTTTTCT TCATCTATGC TGTCATAGGG ATGCAGATGT TTGGTAAAAT TGCACTGGTT 
GATGGTACAG AAATCAACCG CAACAACAAC TTCCAAACTT TCCCTCAAGC TGTTTTGCTA 
TTGTTCCGGG TTGCCACTGG AGAGCAGTGG CCTAAAATCA TGCTGGCCTC AATGTACGGA 
AAGCTCTGTG ACCCTAAATC AGACTACGGC CCTGGGGAGG AGTATACCTG CGGCTCCAGC 
ATCGCTGTCT GTTACTTCCT CAGCTTTTAT ATGCTGTGTG CATTTTTGGT GATCAACTTG 
TTTGTGGCTA TCATAATGGA CAATTTTGAC TACCTCACCC ATGATTGGTC AATCCTTGGG 
CCGCATCACC TGGATGAATT CAAGAAGATC TGGGGAGAGT ATGACCCTGA AGCGACGGGG 
CGAATCAAAC ATTTGGATGT TGTCACTCTT CTGCGAAGGA TTCAGCCACC ATTGGGTTTT 
GGTAAATTCT GTCCACATCA CGCAGCTTGT AAGCGACTGA TTTCCATGAA CATGCCACTA 
AACAGTGATG GCACAGTGAC CTTCAATGCC ACACTTTTTG CTCTGGTCAG AACAGCTTTG 
AAAATCAAGA CTGAAGGAAA CTTTGAGCAG GCCAATGAGG AGCTGAGAGC CATCATCAAG 
TCGATCTGGA AACGGACCAG TATGAAGTTG TTGGACCAGG TCATTCCACC AATTGGAGAG 
GATGAAGTCA CGGTTGGAAA ATTCTACGCT ACCTTCCTGA TTCAGGAACA TTTCCGCAAG 
TTTATGCAGC GACAGGAGGA GTTATATGGT TACAGGCCCA CCAAGAAGAA CGCTGATGAG 
ATTAAGGCCG GTTTGCGCAG CATCGAGGAG GAAGCGGCAC CAGAGCTGCA CAGGGCAATA 
TCAGGTGACC TGATAGCAGA GGATGAGATG GAGCGAGCCA TGGAGAGCGG AGAGGAGGGC 
ATCTACAGGC GGACAGGTGG TCTCTTTGGA CTCAACGCGG ACCCCTTTTC CTCTGAGCCC 
AGCAGCCCTC TGTCCACACA GGTCACCAGC CAGAGGCCCC TGCAGTTTGC GGAGAATCGG 
CCGGAGGATG CAGGGTCTCC TCCAGACTCT GTCTTCCTCC CAAACACAGA GTTTTTCCCT 
GATAACATGC CAACAACAAG CAACACCAAT AACAATGCTA ACTTCATTGA AGAGTTTACA 
TTTGAGAGCG AGTCACTGTC AGCAAGCAGA AACTATTCAT ATGAAGACAT AAGAGACTCC 
AGCTTGTATG TGGGCGGAGC CTCAAATGTT AATGACAGGC GGCTGTCAGA TTTCAACGTG 
AAGACTAATT CTACACAGTT CCCTTATAAT CCCTCATGTG AAGAATCAAA GAACCAGAGA 
TCAGCAGCAG AAGCCTCACC AGCCACCGAC AAACTCATTC AGCAGGCACT GAGAGATGGT 
GGTCTGGAGT CGTTGGCTGA AGACCCACAG TTTGTATCTG TGACCAGAAA GGAGCTGGCA 
GAAGCCGTTA ATATTGGCTT GCAGGATATA GAGAGCGTGG CTCAGGGTAT TGTCAATGGG 
CAGAGCGGCA AGGTAACCAA ACGCAAGCGA CGTCCTATCC CTGTTCCTCC CAGCAAAACC 
AAGGAAGCCA CAAGTGCAGT GTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

PubMed

Patterns of alternative splicing in response to cold acclimation in fish.
The Journal of experimental biology222(Pt 5)(2019 Mar)
Healy TM,Schulte PM

Ca
Nature communications10(1)115(2019 01)
Dayal A,Ng SFJ,Grabner M

Bifenthrin causes transcriptomic alterations in mTOR and ryanodine receptor-dependent signaling and delayed hyperactivity in developing zebrafish (Danio rerio).
Aquatic toxicology (Amsterdam, Netherlands)20050-61(2018 Jul)
Frank DF,Miller GW,Harvey DJ,Brander SM,Geist J,Connon RE,Lein PJ

Expression of calcium channel transcripts in the zebrafish heart: dominance of T-type channels.
The Journal of experimental biology221(Pt 10)(2018 05)
Haverinen J,Hassinen M,Dash SN,Vornanen M

Functional enrichment analysis based on long noncoding RNA associations.
BMC systems biology12(Suppl 4)45(2018 04)
Hung KS,Hsiao CC,Pai TW,Hu CH,Tzou WS,Wang WD,Chen YR

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cacna1sb cDNA ORF clone, Danio rerio(zebrafish)

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