c3a.1 cDNA ORF clone, Danio rerio(zebrafish)

Gene
Clones
gRNAs

Summary

Gene Symbol	c3a.1
Entrez Gene ID	321046
Full Name	complement component c3a, duplicate 1
Synonyms	C3,C3-1,c3a,sb:cb26,si:dkey-76b14.4,wu:fi34b03,wu:fj86e11
General protein information	Preferred Names complement component c3a, duplicate 1 Names complement component c3a c3.1 cb26 complement component 3
Gene Type	protein-coding
Organism	Danio rerio(zebrafish)

mRNA and Protein(s)

mRNA	Protein	Name
NM_131242.1	NP_571317.1	complement component c3a precursor

Pathways from BioSystems

Homologies

Danio rerio (zebrafish)	c3c	XP_005168460.1
Danio rerio (zebrafish)	c3a	NP_571317.1
Xenopus tropicalis (tropical clawed frog)	c3	XP_004919147.1
Danio rerio (zebrafish)	LOC100331492	XP_002660624.3
Xenopus tropicalis (tropical clawed frog)	LOC100492293	XP_002940095.2
Xenopus tropicalis (tropical clawed frog)	LOC100497914	XP_002941061.2
Canis lupus familiaris (dog)	C3	XP_005633285.1
Bos taurus (cattle)	C3	NP_001035559.2
Mus musculus (house mouse)	C3	NP_033908.2
Rattus norvegicus (Norway rat)	C3	NP_058690.2
Xenopus tropicalis (tropical clawed frog)	LOC100492966	XP_002940099.2
Homo sapiens (human)	C3	NP_000055.2
Gallus gallus (chicken)	C3	NP_990736.1
Danio rerio (zebrafish)	LOC100331428	XP_002660623.3
Xenopus tropicalis (tropical clawed frog)	LOC100491968	XP_004919148.1
Pan troglodytes (chimpanzee)	C3	XP_512318.4
Macaca mulatta (Rhesus monkey)	C3	XP_001091921.2
Danio rerio (zebrafish)	zgc:103710	NP_001008582.3
Danio rerio (zebrafish)	c3b	NP_571318.1
Xenopus tropicalis (tropical clawed frog)	LOC100492134	XP_002940094.2
Xenopus tropicalis (tropical clawed frog)	LOC100497762	XP_004919229.1

Gene Ontology
Bibliography

Related articles in PubMed

Neuroinflammatory signals drive spinal curve formation in zebrafish models of idiopathic scoliosis.
Van Gennip JLM, Boswell CW, Ciruna B
Science advances4(12)eaav1781(2018 12)

Transcriptomic response and perturbation of toxicity pathways in zebrafish larvae after exposure to graphene quantum dots (GQDs).
Deng S, Jia PP, Zhang JH, Junaid M, Niu A, Ma YB, Fu A, Pei DS
Journal of hazardous materials357146-158(2018 09)

Development and Characterization of an Endotoxemia Model in Zebra Fish.
Hsu AY, Gurol T, Sobreira TJP, Zhang S, Moore N, Cai C, Zhang ZY, Deng Q
Frontiers in immunology9607(2018)

Association between adaptive immunity and neutrophil dynamics in zebrafish (Danio rerio) infected by a parasitic ciliate.
Jørgensen LVG, Korbut R, Jeberg S, Kania PW, Buchmann K
PloS one13(9)e0203297(2018)

Interhost dispersal alters microbiome assembly and can overwhelm host innate immunity in an experimental zebrafish model.
Burns AR, Miller E, Agarwal M, Rolig AS, Milligan-Myhre K, Seredick S, Guillemin K, Bohannan BJM
Proceedings of the National Academy of Sciences of the United States of America114(42)11181-11186(2017 10)

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

The following c3a.1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the c3a.1 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
ODa00869	NM_131242.1 Latest version!	Danio rerio complement component c3a, duplicate 1 (c3a.1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** 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)

c3a.1 ( NM_131242.1 ) cDNA ORF clone, Danio rerio(zebrafish) -> NP_571317.1 Danio rerio complement component c3a, duplicate 1 (c3a.1), mRNA.

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CloneID	ODa00869
Clone ID Related Accession (Same CDS sequence)	NM_131242.1
Accession Version	NM_131242.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4932bp) 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	1557504000000
Organism	Danio rerio(zebrafish)
Product	complement component c3a precursor
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from CF595146.1, EE304206.1, DT075162.1, AW170905.1, BU709691.1, EB927372.1, EE312111.1, EE711390.1, CK868177.1, BQ074354.1, CN329603.1 and BQ074523.1. On Dec 18, 2011 this sequence version replaced XM_002660575.2. Sequence Note: This RefSeq record was created from transcripts of different strains because no single transcript from the same strain was available for the full length of the gene. The extent of this transcript is supported by transcript alignments and orthologous data. 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## RNAseq introns :: mixed/partial sample support SAMEA2168446, SAMEA2168447 [ECO:0000350] ##Evidence-Data-END##

ATGGTGAAGC TGCTGTTTCT CTCTGCTGTT CTTCTCTCCT CAGCTCTCCT CACACTGTGT 
GACCCGCTAT ATGTGCTGTC GGCTCCTAAT CTGCTGAGAG TGGGTTCATC AGAGAACGTG 
TTTGTGGAGG CGCAGGATTA CTCTAAAAAT GCTTTTGAAG TGAAAATCAC AGTAAAAAAC 
CACCCGAAGA AAGACAAGCA GATCCTGACC AAATCAGTGA ATCTGAATGC ACAAAACAAT 
TTCCAGATCC TCACAGATAT AAAGATCCCT GATGATCAGA ACTTGTTCTC CGATGATCCT 
CTGGAGAAGC AGTATGTGTA TCTGCAAGCT ATTTTCCCGG ATCACACTCT GGAGAAAGTG 
GTCTTGCTGT CGTTCCAGTC TGGATATATA TTTGTACAGA CTGACAAGCC CATCTACACG 
CCTTCTAGCA CAGTTCAGTA CAGGACTTTG TCTCTGACGC CCAACTTGAA ACCACTCAGT 
CAGACTGGAA TCACTGTGGA AATCATGAAT CCACAAAACA TCACAGTTTC ATCAGACAAG 
GTATATCCAG TGAAAGGAAT GAAGTCTGGA AAGTATGCCA TCCCTGAGGT TGCCAGTCTG 
GGCATCTGGA AGGTCGTCAC ACGATTCGCA AACACTCCCC AGAAGACGTT TACTGCAGAG 
TTTGAGGTCA AAGAATACGT GCTTCCAACA TTTGAGGTGA AATTACAACC CAGTAAATTA 
TTCTACTATG TGGGCGATGA AAGTCTGACA GTCGACATCG AAGCCAAGTA CCTGTTTGGA 
AAGCAGGTGG AAGGAAATGC GTTTGTGATG TTTGGTGTGA TGGACGGGGA GACGAAAACA 
GGCATTACTG GCTCTCTGCA AAAAATTCAG ATTTTGAAAG GAGTAGGAAC TGCAGAACTG 
ACCAAGCAAA TGATCGAGAC CTATAAAAGT ATTGACAAGC TGGTTGGACA ATCAATCTAT 
GTTTCAGTCA GTCTTTTAAC CGAAAGTGGC AGTGAAATGG TGGAAGCAGA AAGGAGAGGA 
ATTCGTATTG TGACGTCTCC ATACACTATC AACTTCAAGA AAACAGCTCA ATTCTTCAAA 
CCTGGAATGC CCTTCGATGT CTCGATCTAC GTAACGAATC CTGATGAGAC GCCTGCTCAA 
AATGTGATAG TGGAGGTCAA TCCTGGAGGA GTCAGAGGTC AAACAAAAGC CAATGGCATT 
GCTAAAGTGA CGGTCAACAC TCAAGGAAAC GTTTTAACAC AAGAGATCAC TGCACAAACC 
AAAGATCCAG ACATAACAGA CGAAGAGCAA GCAGTGAAGA AGATGACGGC TCATGCTTAC 
GTTCCCAAAG GTGGCTCCAA AAACTACCTG CACATCGGCA TTGATGCTGC GGAGCTTGAG 
ATCGGTGATC AAATGAAAGT CAATCTGAAC ACTGGGCAAA GTCCAGGAGT CAAAGATCAA 
GATTACACAT TTATGATCTT GAGTAAAGGT CAGATTGTAA AAATAGACAG GTTCAAGAGA 
CAAGGACAAG CTCTTATCAC TCTGTCCCAA CCTGTGACTA AAGAAATGGT GCCGTCCTTC 
CGCTTTGTGG CTTATTACCA TGTGGGAGCC AATGAGGTGG TGTCTGATTC AGTCTGGGTC 
GATGTGAAGG ACACGTGCAT GGGAAAGCTC AAGCTTCAGG TGAAGAACAA GCAGAATAAC 
TATAACACGG GAGAGGAGGT CAAGCTGCAA ATAAGCGGAG ATCCTGGAGC CAGAGTTGGT 
CTGGTGGTGG TTGACAAGGC TGTGCACGTC CTTAACAAGA ACAGACTCAC TCAGACAAAG 
ATCTGGGATG TCATTGAGAA GCATGACACC GGTTGTACAG CAGGAGGTGG AAGAGATGTT 
ATGGGGGTTT TCAGCGATGC AGGGCTGATG TTTGAGTCGA ACACTGCAGG AGGAACCGAC 
ACCAGATTAA ACCCCGAGTG TCCTGACCCT CCAAAGAGAA GAAGAAGAAG AACAGAATCT 
GAGAATCTTC GCACAATCAC AGCAACACTG GCTGGTCAGT ACGCTGATGG ACAGAGACAG 
TGCTGCATTG ATGGGATGAA GGATAATAAG CTGGGCTACA CATGTGAACG CAGAGCCACG 
TATATTGGAG ATGGACCAGA GTGTGTCAAG GCCTTCCTGC ACTGCTGCGA TGAGATGAAA 
AAGCGCAAAA ACATAAAGAC CGAAGAGGAG GAGATGATTC TGGCTCGCAG TGATGATGAT 
GACGACTATT ATACAGACTC TGAAGAGATC GTGTCACGTA CACAGTTCCC AGAAAGCTGG 
CTGTGGGAGG AGATTGATCT GTGCGATAAC TGTCCAGCCT CAGCCATGGA GAAAGCCATG 
TACCTGAAAG ACTCTATAAC CACCTGGCAA GTCTTGGCTG TCAGTATGTC ACCAACACTG 
GGCATCTGTG TGGCAGAACC TGAGGAGATC GTTGTTTTTA AGAGTCTTTT CATTGACCTC 
AAGATGCCTT ACTCGGCTGT ACGAGGCGAA CAACTGGAAA TCAAGGCCAT TATTCACAAC 
TACACTCCAG ACAAGCGAAA GGTGCGTGTG GAGTTCATGG AGTCAGCGGA TGTTTGCAGT 
CTTGCCAGTA AGAAAGGAAA ATACAGAACA ACAGTCACTA TCCCAAAAGA ATCCAGTTTA 
TCGGTTCCAT ATGTGATCAT TCCTATGACA CTGGGCAATC ACATGATTGA GGTGAAAGCT 
GCGGCGTATG ATGCTGTGTA CACTGATGGA GTGAGAAAGG GCCTGAAGGT GGTGTCTGAG 
GGTGTGCTGT TTCCACTGCA GAGGCCAAAT GTAGAGCTCA ATCCTGTTAA AAACGGGGAT 
AGTCCTATAA TTGTTAGAGC TGATATCCCA GCTGACCGGG TTCCAGGCAC TCCTGCTCAC 
ACACACATTT CGATTACTGG TGAAGAGATC AGCCAGACTG TGGAGCAGGC CATCAGTGGA 
AGCTTCATGG GTCAACTTAT TGTCCAGCCT CACGGATGTG GAGAGCAGAA CATGATCTTC 
ATGACTTTAC CAGTCATCGC CACTCATTAT CTGGACAGCA CCAATCAGTG GGAGGCAATA 
GGCATGAAGC GCCGTGATGA AGCCATTGGC CACATTAAAA CAGGTTATAA CCGGCAGCAG 
GCCTACCGCA AACCAGATGG ATCCTACGCC GCCTGGATAG ACAGACCGAG CAGTACATGG 
CTGACGGCAT ATGTAGCCAA AATCTTCGCC ATGGCCAATG ACCTTATCAC TATAGAGGAA 
CAAGTGCTCT GCAGCGCCCT CAAGTGGCTG GTTCTCAACA GACAACTGCC CGATGGCTCT 
TTTGAGGAGA AAGCAGCTGT TGTGCATGGA GAGATGGTGG GCGATGTACA GGGGAGAGAT 
GCAGAAGCCT CTCTGACAGC CTTTGTCACG ATTGCTATGC AAGAAGGGAG AGAGCTCTGT 
GGTGCAATAG TTGGCAGTCT GCCTGAAAGC ATAAGGAAGG CTGTTTCTTT CTTGGAGGGC 
AAACTTAATA AATTGACTAA TCCTTATGCT GTTGCGTTGA CGTCCTACGC CATGGCCGGT 
GCAGACAAAC TCAATAAAGC CGTCTTGATG AAATTTTCCA CCAAAGGAGA AGCCGGTACA 
TACTGGAATG TCCCCGGACA GCAGTATCAC ACACGGGAGG CCACATCCTA TGCTGTGCTG 
GCGCTCGTGA AGGCCAGAGA CTTCAATGCA GCCGGAGAGG CCGTACACTG GCTGGGCAGT 
CAGCATTATT CCTATGGAGG ATCTGGCACC ACACAGGCAA CCATCATGGT GTTCCAGGCC 
GTGGCGGAGT ACCGTACACA GGTGAAGGAC AGCCAAAACT TCAACCTGGA AGTTGAGCTG 
GCTGTAGAAG GAAGAAGCAA ACCTAGCAGA TATACTATCA AAAGAGATAA TCGGCATGTT 
TCACGATCAG ACAAGGTGGA CATAAACAAG GACTTTAACG TGACTGCGAA AGGAACTGGA 
AAAGCCACCC TCTCCGTCTT GACGCTGTAC TACGCCAGAC CCGTTGAGAA GAAATCTGAC 
TGCACACTGT TTGATCTGAG TGTTAAAATA GATAAAGACC CTGAAACAAA ACATGCAGAC 
GCCATTGAAA CATTCAAGCT CACCATGGAC TTCTTCTACA AGAACCCTAA ATCTCCTGCC 
ACCATGACTA TTCTGGACAT TGGCATACCG ACAGGATTTA CTGTGGAATA CAACGATCTT 
GAGGAGTTGA CCCGGGGGAA GGAGAAATAC CTTGAGAAGT TTGAGATGGA CAAAGCTCTT 
TCAGATCGAG GATCCCTCAT CTTATACTTA AAAATGGTTT CTAATAAAGA ATCAGAACGA 
ATTGCCTTCA GAATGCACAA GATGCTCAAT GTTGGGCTGC TTCAACCTGC TGCAGTCACC 
ATATATGAGT ATTACTCACC CAATGCACGC TGCACAAAGT ACTTCCACCC TGAAAGAGAA 
GGAGTAATAT ACAGACTGTG TAAAGGAGAC ATGTGCCAGT GTGCTGAAGA AAACTGCAGT 
TTACAGAAGA AAGGGGGTTT CAAAGATGAG GAACGGAATA TAAAGGCCTG TGAATCTGGC 
ATGGATTACG TTTACAAAGT GAAAGTCAAG GACATGGAGC TGGCAGCGGA CGCTGACATC 
TACCAAATGG AAGTGGAGCA GGTGCTGAAA GAAGGAACTG ATCAAGTTAT TGAGGGACAA 
GTGAAATCAT TTTTGGGTCG TCCAAGTTGC AAAGAGTCTC TAGGATTTGT TCAAGGAAAA 
TCTTATCTGA TCATGGGCAA ATCTACAGAT CTGCCAAAAC TTGGAGGAAG TCTGCAGTAT 
ATCTTGGGAG AGCAGACCTG GATTGAATAC TGGCCAACAA GTCAAGAAAG TAAATCTGCA 
GAGCACAGAG ACCGGTACAT CGGCATCACT GAACTCGAGA ACATGCTCAC CAAAGAAGGA 
TGTGCAACAT AA

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

RefSeq	NP_571317.1
CDS	18..4949
Translation	MVKLLFLSAVLLSSALLTLCDPLYVLSAPNLLRVGSSENVFVEAQDYSKNAFEVKITVKNHPKKDKQILTKSVNLNAQNNFQILTDIKIPDDQNLFSDDPLEKQYVYLQAIFPDHTLEKVVLLSFQSGYIFVQTDKPIYTPSSTVQYRTLSLTPNLKPLSQTGITVEIMNPQNITVSSDKVYPVKGMKSGKYAIPEVASLGIWKVVTRFANTPQKTFTAEFEVKEYVLPTFEVKLQPSKLFYYVGDESLTVDIEAKYLFGKQVEGNAFVMFGVMDGETKTGITGSLQKIQILKGVGTAELTKQMIETYKSIDKLVGQSIYVSVSLLTESGSEMVEAERRGIRIVTSPYTINFKKTAQFFKPGMPFDVSIYVTNPDETPAQNVIVEVNPGGVRGQTKANGIAKVTVNTQGNVLTQEITAQTKDPDITDEEQAVKKMTAHAYVPKGGSKNYLHIGIDAAELEIGDQMKVNLNTGQSPGVKDQDYTFMILSKGQIVKIDRFKRQGQALITLSQPVTKEMVPSFRFVAYYHVGANEVVSDSVWVDVKDTCMGKLKLQVKNKQNNYNTGEEVKLQISGDPGARVGLVVVDKAVHVLNKNRLTQTKIWDVIEKHDTGCTAGGGRDVMGVFSDAGLMFESNTAGGTDTRLNPECPDPPKRRRRRTESENLRTITATLAGQYADGQRQCCIDGMKDNKLGYTCERRATYIGDGPECVKAFLHCCDEMKKRKNIKTEEEEMILARSDDDDDYYTDSEEIVSRTQFPESWLWEEIDLCDNCPASAMEKAMYLKDSITTWQVLAVSMSPTLGICVAEPEEIVVFKSLFIDLKMPYSAVRGEQLEIKAIIHNYTPDKRKVRVEFMESADVCSLASKKGKYRTTVTIPKESSLSVPYVIIPMTLGNHMIEVKAAAYDAVYTDGVRKGLKVVSEGVLFPLQRPNVELNPVKNGDSPIIVRADIPADRVPGTPAHTHISITGEEISQTVEQAISGSFMGQLIVQPHGCGEQNMIFMTLPVIATHYLDSTNQWEAIGMKRRDEAIGHIKTGYNRQQAYRKPDGSYAAWIDRPSSTWLTAYVAKIFAMANDLITIEEQVLCSALKWLVLNRQLPDGSFEEKAAVVHGEMVGDVQGRDAEASLTAFVTIAMQEGRELCGAIVGSLPESIRKAVSFLEGKLNKLTNPYAVALTSYAMAGADKLNKAVLMKFSTKGEAGTYWNVPGQQYHTREATSYAVLALVKARDFNAAGEAVHWLGSQHYSYGGSGTTQATIMVFQAVAEYRTQVKDSQNFNLEVELAVEGRSKPSRYTIKRDNRHVSRSDKVDINKDFNVTAKGTGKATLSVLTLYYARPVEKKSDCTLFDLSVKIDKDPETKHADAIETFKLTMDFFYKNPKSPATMTILDIGIPTGFTVEYNDLEELTRGKEKYLEKFEMDKALSDRGSLILYLKMVSNKESERIAFRMHKMLNVGLLQPAAVTIYEYYSPNARCTKYFHPEREGVIYRLCKGDMCQCAEENCSLQKKGGFKDEERNIKACESGMDYVYKVKVKDMELAADADIYQMEVEQVLKEGTDQVIEGQVKSFLGRPSCKESLGFVQGKSYLIMGKSTDLPKLGGSLQYILGEQTWIEYWPTSQESKSAEHRDRYIGITELENMLTKEGCAT

Target ORF information:

RefSeq Version	NM_131242.1
Organism	Danio rerio(zebrafish)
Definition	Danio rerio complement component c3a, duplicate 1 (c3a.1), mRNA.

Target ORF information:

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

NM_131242.1

ORF Insert Sequence:

ATGGTGAAGC TGCTGTTTCT CTCTGCTGTT CTTCTCTCCT CAGCTCTCCT CACACTGTGT 
GACCCGCTAT ATGTGCTGTC GGCTCCTAAT CTGCTGAGAG TGGGTTCATC AGAGAACGTG 
TTTGTGGAGG CGCAGGATTA CTCTAAAAAT GCTTTTGAAG TGAAAATCAC AGTAAAAAAC 
CACCCGAAGA AAGACAAGCA GATCCTGACC AAATCAGTGA ATCTGAATGC ACAAAACAAT 
TTCCAGATCC TCACAGATAT AAAGATCCCT GATGATCAGA ACTTGTTCTC CGATGATCCT 
CTGGAGAAGC AGTATGTGTA TCTGCAAGCT ATTTTCCCGG ATCACACTCT GGAGAAAGTG 
GTCTTGCTGT CGTTCCAGTC TGGATATATA TTTGTACAGA CTGACAAGCC CATCTACACG 
CCTTCTAGCA CAGTTCAGTA CAGGACTTTG TCTCTGACGC CCAACTTGAA ACCACTCAGT 
CAGACTGGAA TCACTGTGGA AATCATGAAT CCACAAAACA TCACAGTTTC ATCAGACAAG 
GTATATCCAG TGAAAGGAAT GAAGTCTGGA AAGTATGCCA TCCCTGAGGT TGCCAGTCTG 
GGCATCTGGA AGGTCGTCAC ACGATTCGCA AACACTCCCC AGAAGACGTT TACTGCAGAG 
TTTGAGGTCA AAGAATACGT GCTTCCAACA TTTGAGGTGA AATTACAACC CAGTAAATTA 
TTCTACTATG TGGGCGATGA AAGTCTGACA GTCGACATCG AAGCCAAGTA CCTGTTTGGA 
AAGCAGGTGG AAGGAAATGC GTTTGTGATG TTTGGTGTGA TGGACGGGGA GACGAAAACA 
GGCATTACTG GCTCTCTGCA AAAAATTCAG ATTTTGAAAG GAGTAGGAAC TGCAGAACTG 
ACCAAGCAAA TGATCGAGAC CTATAAAAGT ATTGACAAGC TGGTTGGACA ATCAATCTAT 
GTTTCAGTCA GTCTTTTAAC CGAAAGTGGC AGTGAAATGG TGGAAGCAGA AAGGAGAGGA 
ATTCGTATTG TGACGTCTCC ATACACTATC AACTTCAAGA AAACAGCTCA ATTCTTCAAA 
CCTGGAATGC CCTTCGATGT CTCGATCTAC GTAACGAATC CTGATGAGAC GCCTGCTCAA 
AATGTGATAG TGGAGGTCAA TCCTGGAGGA GTCAGAGGTC AAACAAAAGC CAATGGCATT 
GCTAAAGTGA CGGTCAACAC TCAAGGAAAC GTTTTAACAC AAGAGATCAC TGCACAAACC 
AAAGATCCAG ACATAACAGA CGAAGAGCAA GCAGTGAAGA AGATGACGGC TCATGCTTAC 
GTTCCCAAAG GTGGCTCCAA AAACTACCTG CACATCGGCA TTGATGCTGC GGAGCTTGAG 
ATCGGTGATC AAATGAAAGT CAATCTGAAC ACTGGGCAAA GTCCAGGAGT CAAAGATCAA 
GATTACACAT TTATGATCTT GAGTAAAGGT CAGATTGTAA AAATAGACAG GTTCAAGAGA 
CAAGGACAAG CTCTTATCAC TCTGTCCCAA CCTGTGACTA AAGAAATGGT GCCGTCCTTC 
CGCTTTGTGG CTTATTACCA TGTGGGAGCC AATGAGGTGG TGTCTGATTC AGTCTGGGTC 
GATGTGAAGG ACACGTGCAT GGGAAAGCTC AAGCTTCAGG TGAAGAACAA GCAGAATAAC 
TATAACACGG GAGAGGAGGT CAAGCTGCAA ATAAGCGGAG ATCCTGGAGC CAGAGTTGGT 
CTGGTGGTGG TTGACAAGGC TGTGCACGTC CTTAACAAGA ACAGACTCAC TCAGACAAAG 
ATCTGGGATG TCATTGAGAA GCATGACACC GGTTGTACAG CAGGAGGTGG AAGAGATGTT 
ATGGGGGTTT TCAGCGATGC AGGGCTGATG TTTGAGTCGA ACACTGCAGG AGGAACCGAC 
ACCAGATTAA ACCCCGAGTG TCCTGACCCT CCAAAGAGAA GAAGAAGAAG AACAGAATCT 
GAGAATCTTC GCACAATCAC AGCAACACTG GCTGGTCAGT ACGCTGATGG ACAGAGACAG 
TGCTGCATTG ATGGGATGAA GGATAATAAG CTGGGCTACA CATGTGAACG CAGAGCCACG 
TATATTGGAG ATGGACCAGA GTGTGTCAAG GCCTTCCTGC ACTGCTGCGA TGAGATGAAA 
AAGCGCAAAA ACATAAAGAC CGAAGAGGAG GAGATGATTC TGGCTCGCAG TGATGATGAT 
GACGACTATT ATACAGACTC TGAAGAGATC GTGTCACGTA CACAGTTCCC AGAAAGCTGG 
CTGTGGGAGG AGATTGATCT GTGCGATAAC TGTCCAGCCT CAGCCATGGA GAAAGCCATG 
TACCTGAAAG ACTCTATAAC CACCTGGCAA GTCTTGGCTG TCAGTATGTC ACCAACACTG 
GGCATCTGTG TGGCAGAACC TGAGGAGATC GTTGTTTTTA AGAGTCTTTT CATTGACCTC 
AAGATGCCTT ACTCGGCTGT ACGAGGCGAA CAACTGGAAA TCAAGGCCAT TATTCACAAC 
TACACTCCAG ACAAGCGAAA GGTGCGTGTG GAGTTCATGG AGTCAGCGGA TGTTTGCAGT 
CTTGCCAGTA AGAAAGGAAA ATACAGAACA ACAGTCACTA TCCCAAAAGA ATCCAGTTTA 
TCGGTTCCAT ATGTGATCAT TCCTATGACA CTGGGCAATC ACATGATTGA GGTGAAAGCT 
GCGGCGTATG ATGCTGTGTA CACTGATGGA GTGAGAAAGG GCCTGAAGGT GGTGTCTGAG 
GGTGTGCTGT TTCCACTGCA GAGGCCAAAT GTAGAGCTCA ATCCTGTTAA AAACGGGGAT 
AGTCCTATAA TTGTTAGAGC TGATATCCCA GCTGACCGGG TTCCAGGCAC TCCTGCTCAC 
ACACACATTT CGATTACTGG TGAAGAGATC AGCCAGACTG TGGAGCAGGC CATCAGTGGA 
AGCTTCATGG GTCAACTTAT TGTCCAGCCT CACGGATGTG GAGAGCAGAA CATGATCTTC 
ATGACTTTAC CAGTCATCGC CACTCATTAT CTGGACAGCA CCAATCAGTG GGAGGCAATA 
GGCATGAAGC GCCGTGATGA AGCCATTGGC CACATTAAAA CAGGTTATAA CCGGCAGCAG 
GCCTACCGCA AACCAGATGG ATCCTACGCC GCCTGGATAG ACAGACCGAG CAGTACATGG 
CTGACGGCAT ATGTAGCCAA AATCTTCGCC ATGGCCAATG ACCTTATCAC TATAGAGGAA 
CAAGTGCTCT GCAGCGCCCT CAAGTGGCTG GTTCTCAACA GACAACTGCC CGATGGCTCT 
TTTGAGGAGA AAGCAGCTGT TGTGCATGGA GAGATGGTGG GCGATGTACA GGGGAGAGAT 
GCAGAAGCCT CTCTGACAGC CTTTGTCACG ATTGCTATGC AAGAAGGGAG AGAGCTCTGT 
GGTGCAATAG TTGGCAGTCT GCCTGAAAGC ATAAGGAAGG CTGTTTCTTT CTTGGAGGGC 
AAACTTAATA AATTGACTAA TCCTTATGCT GTTGCGTTGA CGTCCTACGC CATGGCCGGT 
GCAGACAAAC TCAATAAAGC CGTCTTGATG AAATTTTCCA CCAAAGGAGA AGCCGGTACA 
TACTGGAATG TCCCCGGACA GCAGTATCAC ACACGGGAGG CCACATCCTA TGCTGTGCTG 
GCGCTCGTGA AGGCCAGAGA CTTCAATGCA GCCGGAGAGG CCGTACACTG GCTGGGCAGT 
CAGCATTATT CCTATGGAGG ATCTGGCACC ACACAGGCAA CCATCATGGT GTTCCAGGCC 
GTGGCGGAGT ACCGTACACA GGTGAAGGAC AGCCAAAACT TCAACCTGGA AGTTGAGCTG 
GCTGTAGAAG GAAGAAGCAA ACCTAGCAGA TATACTATCA AAAGAGATAA TCGGCATGTT 
TCACGATCAG ACAAGGTGGA CATAAACAAG GACTTTAACG TGACTGCGAA AGGAACTGGA 
AAAGCCACCC TCTCCGTCTT GACGCTGTAC TACGCCAGAC CCGTTGAGAA GAAATCTGAC 
TGCACACTGT TTGATCTGAG TGTTAAAATA GATAAAGACC CTGAAACAAA ACATGCAGAC 
GCCATTGAAA CATTCAAGCT CACCATGGAC TTCTTCTACA AGAACCCTAA ATCTCCTGCC 
ACCATGACTA TTCTGGACAT TGGCATACCG ACAGGATTTA CTGTGGAATA CAACGATCTT 
GAGGAGTTGA CCCGGGGGAA GGAGAAATAC CTTGAGAAGT TTGAGATGGA CAAAGCTCTT 
TCAGATCGAG GATCCCTCAT CTTATACTTA AAAATGGTTT CTAATAAAGA ATCAGAACGA 
ATTGCCTTCA GAATGCACAA GATGCTCAAT GTTGGGCTGC TTCAACCTGC TGCAGTCACC 
ATATATGAGT ATTACTCACC CAATGCACGC TGCACAAAGT ACTTCCACCC TGAAAGAGAA 
GGAGTAATAT ACAGACTGTG TAAAGGAGAC ATGTGCCAGT GTGCTGAAGA AAACTGCAGT 
TTACAGAAGA AAGGGGGTTT CAAAGATGAG GAACGGAATA TAAAGGCCTG TGAATCTGGC 
ATGGATTACG TTTACAAAGT GAAAGTCAAG GACATGGAGC TGGCAGCGGA CGCTGACATC 
TACCAAATGG AAGTGGAGCA GGTGCTGAAA GAAGGAACTG ATCAAGTTAT TGAGGGACAA 
GTGAAATCAT TTTTGGGTCG TCCAAGTTGC AAAGAGTCTC TAGGATTTGT TCAAGGAAAA 
TCTTATCTGA TCATGGGCAA ATCTACAGAT CTGCCAAAAC TTGGAGGAAG TCTGCAGTAT 
ATCTTGGGAG AGCAGACCTG GATTGAATAC TGGCCAACAA GTCAAGAAAG TAAATCTGCA 
GAGCACAGAG ACCGGTACAT CGGCATCACT GAACTCGAGA ACATGCTCAC CAAAGAAGGA 
TGTGCAACAT AA

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

PubMed

Neuroinflammatory signals drive spinal curve formation in zebrafish models of idiopathic scoliosis.
Science advances4(12)eaav1781(2018 12)
Van Gennip JLM,Boswell CW,Ciruna B

Transcriptomic response and perturbation of toxicity pathways in zebrafish larvae after exposure to graphene quantum dots (GQDs).
Journal of hazardous materials357146-158(2018 09)
Deng S,Jia PP,Zhang JH,Junaid M,Niu A,Ma YB,Fu A,Pei DS

Development and Characterization of an Endotoxemia Model in Zebra Fish.
Frontiers in immunology9607(2018)
Hsu AY,Gurol T,Sobreira TJP,Zhang S,Moore N,Cai C,Zhang ZY,Deng Q

Association between adaptive immunity and neutrophil dynamics in zebrafish (Danio rerio) infected by a parasitic ciliate.
PloS one13(9)e0203297(2018)
Jørgensen LVG,Korbut R,Jeberg S,Kania PW,Buchmann K

Interhost dispersal alters microbiome assembly and can overwhelm host innate immunity in an experimental zebrafish model.
Proceedings of the National Academy of Sciences of the United States of America114(42)11181-11186(2017 10)
Burns AR,Miller E,Agarwal M,Rolig AS,Milligan-Myhre K,Seredick S,Guillemin K,Bohannan BJM

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c3a.1 cDNA ORF clone, Danio rerio(zebrafish)

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