wdr90 cDNA ORF clone, Danio rerio(zebrafish)

Gene
Clones
gRNAs

Summary

Gene Symbol	wdr90
Entrez Gene ID	100038787
Full Name	WD repeat domain 90
Synonyms	zgc:162318
General protein information	Preferred Names WD repeat domain 90 Names WD repeat-containing protein 90
Gene Type	protein-coding
Organism	Danio rerio(zebrafish)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017353994.1	XP_017209483.1	WD repeat-containing protein 90 isoform X2
XM_003201346.4	XP_003201394.2	WD repeat-containing protein 90

Pathways from BioSystems

Homologies

Xenopus tropicalis (tropical clawed frog)	wdr90	NP_001090645.1
Rattus norvegicus (Norway rat)	LOC102555298	XP_006246130.1
Macaca mulatta (Rhesus monkey)	WDR90	XP_002802392.1
Pan troglodytes (chimpanzee)	WDR90	XP_003314938.2
Bos taurus (cattle)	WDR90	XP_005224645.1
Mus musculus (house mouse)	Wdr90	NP_001157238.1
Homo sapiens (human)	WDR90	NP_660337.3
Canis lupus familiaris (dog)	WDR90	XP_537020.3
Danio rerio (zebrafish)	wdr90	XP_003201394.2

Gene Ontology

The following wdr90 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the wdr90 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
ODa57741	XM_017353994.1 Latest version!	Danio rerio WD repeat domain 90 (wdr90), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
ODa28849	XM_003201346.4 Latest version!	Danio rerio WD repeat domain 90 (wdr90), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

wdr90 ( XM_017353994.1 ) cDNA ORF clone, Danio rerio(zebrafish) -> XP_017209483.1 Danio rerio WD repeat domain 90 (wdr90), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ODa57741
Clone ID Related Accession (Same CDS sequence)	XM_017353994.1
Accession Version	XM_017353994.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3183bp) 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	1466611200000
Organism	Danio rerio(Zebrafish)
Product	WD repeat-containing protein 90 isoform X2
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007135.6) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTTCCA AAGCTTTGTG GCAGCAGCCA TATGTCAACA TCTTCAAACA CATGAAGATA 
GAAGAATGGA AAAAAGTCAG CAAAGAAGGA GACGTCTCCT TATACATGGA TAAGAACCTG 
AAGTGTTCTG TATTCAGCAT CCGTGGCTCC ATTCAGGCCA GCAACTACAT CCTGCTTCCC 
AAAACCAGCA GCCAGACTTT GGGTCTCACC GGACGGTACC TGTACTTGCT GTTCAAGCCC 
AGCCCAAACA AACACTTTAT TGTACATCTG GACATTGCGG CTGAGGAAGG TCAGGTGATC 
CGTGTTTCGT TCTCGAACTT GTTTAAAGAG TTCAAGTCCA CAGCAACGTG GCTTCAGTTC 
CCTTTTCTGT GTGGAGCAGC ACATGGTTCA GTGGATGAGA ACACCTCTAC AACTGCAAAA 
CAAGGTTTAG TAGGCCCTGC ACCGTGGAGC ACAAGGTGGA CGTGTTTGAC GATGGATTTA 
CGTTATGTGC TTTCGGTTTA CCTGAACCGA ACACATAGTC ACCTTAAGAG CATCAAACTC 
TGTGCTAATA TGTCCGTTAA AAACATCATC ACCAGCGACC TGCTGTTTGA TCCTGGTTTG 
TCGTTCTCTG AATTCAGGCA GTCTGGTGTG ATGTTGCCAG ATGGTTCTGC CCCCATGCCC 
AGAGAAATGT GTTTCCCTGT ACCGAAAGGA CAGAGTTGGC ATCACTTATA TGACTACATT 
AGGTTTCCTT CAGATGGAAT AAAGTCACCA ATTGATTTCA TACAAAAAGC ATCCAACAGT 
GCAGCGAAAA AAGCCTCGGC TGAAAAAGAG AGCCCTCAAA GAGAAGAGAG TCGAATGGTA 
CGCATTAGTA AACCAGTTAA CGACCGCGTG TCCCTCGTCA AGCAGATCAC CAAACCTAAA 
CGAAGGAGCA CTAAGCAGTG TTCAGAGATC CAGACACCGA GTCTGCCCAA GCTGATTTAC 
TCACCCTCTA GAGTCTCAGA GAGCCCGGGG TCACCGGGTC AAAGGTCACA GGCGGGTGAA 
GAGGTCACAG TAGTGTTTGC AGATGATGCT GGAGTTCATG TGTATGCTAG CTGTGAGGAT 
GACATCTATA TACACACAAC AGACAGTGAG GAGGAAATCA CAGTCATTGA TGCAGCCTCT 
CCTCGACCTG TCTCTCTGTC TTCTGACCGA TCAGTGAAGC AGTCTCAGAA GTTGTATCCT 
GACCCCATTC TCAAGCTGAA CAGAATTATT GGCTTTGGAG GAGCTACAAT GAGATGTGCT 
GTGTGGAGTT TGGATGGAGA GGAAGTTGTG TATCCTTGTC ACGCAATAAT CGTCAGCATG 
ACTGTTTCTT CTGGGCAACA GAGATTCTTC ATTGGACACA CAGATAAGGT CTCAGCTCTG 
GCCTTAAATG CCAGCTCCAC AGTGCTGGCA TCGGCTCAGA CGGGCACAAA CAGCCTGATT 
CGTCTGTGGA GTTACAGCGC AGGAGTGTGT CAAACCATCA TTCCTACACA CACACATGCT 
CTCAATCTGC TTAGTTTCTC TCACAGCGGA GGAGTGCTTT GTGGTGTAGG GAAAGACAGT 
CATAACAAAA CCACGGTGGT GCTGTGGAAC ACTCGGCATG TGACAGATGG CAGTGTGGTT 
CCAGTCCTAG CTAAAGCACA CACAGATGTG GACATCCAGA CTATCAAGAT TGCATTCTTT 
GATGATACAC GTATGGTGTC ATGTGGTTCA GGTAATGTGC GTCTGTGGCG TGTACGTGGC 
GGTTCTCTAC GCTCTTGCCC TGTGAATTTG GGACAGTATC ACAATCTGGA GTTCACAGAC 
CTCGCCTTTG AGCAGGGACA CACTCAAAAC CGGCCGGTGG ATGATCGCAC ACTGTTTGTC 
AGTAGTAGGA GTGGTCACAT CTTGGAGATT GACTATGTTG CCGTGGCGAT AAAAAACATC 
AGGAGGCTCC TCCCAGCTCA TGAAAGTCAC ACCCACCAAA GGGAGAAACA GACCTTTAGC 
ACAGGTGCTG GTATTGCGGT GAACAGCATC AGTGTGTGTG CCAAGTTCTG TGTGACTGGT 
TCAGAGGATG GCTTCATGCG TCTGTGGCCT CTGGACTTCT CATCAGTATT TTTAGAGGCG 
GAGCATGAGG GGCCTGTGAG TTTGGTGAAT GTGTCTTCGG ACGGTTCGAG AGTTCTAGCA 
GCCACAAGCA CAGGGAATCT TGGATACCTG GATGTGGCCA GCCGAGGTTA CCGTACTTTG 
ATGAGGTCTC ACACAGCTAG TGTTTTGGGC TTCAGTGTGG ATGGAGTTCG ACGGCGGGTC 
ACCACAGTGT CCAGAGACGC TACTGTCCGC GTGTGGGACA TGGACACACT GCAGCAGCTC 
TATGATTTTG TCACAGATGA TGATGAAAAT CCCTGTTCTG TTGCGTTCCA TCCCAGCATG 
CCTCTTTTCG CTTGTGGATC AAGTTCTGGT GCTGTTAGAG TGTTTGATAT CCAAACATCG 
AGCTTAATCG CTCAGCACAG GCAGCACTGT GGGTCAGTTG AGTGTGTGAT ATATTCTCCT 
GATGGTCAGT GTTTGTTCAG CGCCGGCTCT GGATATCTGG TCCTTTACAG CTCCTCTGAA 
CGCGAGCATC ATGTAGTCCG AGTTCTGGGT AATGTGGTTA TGTGTGGTGT GAATCGTAGT 
CCGGATATTT TGGCCGTGAG CTCTGACAGT CGCCGTCTGG CACTGATCGG ACCGACCGAA 
TATATCGTCA CGATAATGGA GGCAAGATCC CTGAATGAGC TGCTCCGGGT TGATGTGAGC 
ATTGTGGATG TTGAGAGCTC GACTCTGGAC TCCGCTCTGA ATGCGTGTTT CTCACCTGCA 
TCACTGTCAC ACCTGCTCAT CTCCACATCC GCCAATAAAA TCCTCTGGAT CGACACACAC 
ACAGGACAGC TGCTCAGACA GGTCTCTGAG GTGCACAAGC ATCAGTGTGA GTCTCTAGCA 
GTCAGTGAAG ATGGTCATTA TCTGCTCACA GCCGGCCAAA ACTCGCTCAA GGTCTGGGAT 
TATGACATGA AGCTGGACGT CAATTCACAG GTGTTCATCG GTCACTCTGA GCCCATCAGA 
CAGGTGAGGT TTACTCCTGA TCAGGTGGGT GTGGTCACTG CAGGTGACGC CCTGTTCTTC 
TGGGACTTCC TGGCTCCTCC ACAGCAGAGT GAACATTGCA GCTCAAAGTT GGGCGGGGCT 
TAA

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

RefSeq	XP_017209483.1
CDS	241..3423
Translation	MSSKALWQQPYVNIFKHMKIEEWKKVSKEGDVSLYMDKNLKCSVFSIRGSIQASNYILLPKTSSQTLGLTGRYLYLLFKPSPNKHFIVHLDIAAEEGQVIRVSFSNLFKEFKSTATWLQFPFLCGAAHGSVDENTSTTAKQGLVGPAPWSTRWTCLTMDLRYVLSVYLNRTHSHLKSIKLCANMSVKNIITSDLLFDPGLSFSEFRQSGVMLPDGSAPMPREMCFPVPKGQSWHHLYDYIRFPSDGIKSPIDFIQKASNSAAKKASAEKESPQREESRMVRISKPVNDRVSLVKQITKPKRRSTKQCSEIQTPSLPKLIYSPSRVSESPGSPGQRSQAGEEVTVVFADDAGVHVYASCEDDIYIHTTDSEEEITVIDAASPRPVSLSSDRSVKQSQKLYPDPILKLNRIIGFGGATMRCAVWSLDGEEVVYPCHAIIVSMTVSSGQQRFFIGHTDKVSALALNASSTVLASAQTGTNSLIRLWSYSAGVCQTIIPTHTHALNLLSFSHSGGVLCGVGKDSHNKTTVVLWNTRHVTDGSVVPVLAKAHTDVDIQTIKIAFFDDTRMVSCGSGNVRLWRVRGGSLRSCPVNLGQYHNLEFTDLAFEQGHTQNRPVDDRTLFVSSRSGHILEIDYVAVAIKNIRRLLPAHESHTHQREKQTFSTGAGIAVNSISVCAKFCVTGSEDGFMRLWPLDFSSVFLEAEHEGPVSLVNVSSDGSRVLAATSTGNLGYLDVASRGYRTLMRSHTASVLGFSVDGVRRRVTTVSRDATVRVWDMDTLQQLYDFVTDDDENPCSVAFHPSMPLFACGSSSGAVRVFDIQTSSLIAQHRQHCGSVECVIYSPDGQCLFSAGSGYLVLYSSSEREHHVVRVLGNVVMCGVNRSPDILAVSSDSRRLALIGPTEYIVTIMEARSLNELLRVDVSIVDVESSTLDSALNACFSPASLSHLLISTSANKILWIDTHTGQLLRQVSEVHKHQCESLAVSEDGHYLLTAGQNSLKVWDYDMKLDVNSQVFIGHSEPIRQVRFTPDQVGVVTAGDALFFWDFLAPPQQSEHCSSKLGGA

Target ORF information:

RefSeq Version	XM_017353994.1
Organism	Danio rerio(Zebrafish)
Definition	Danio rerio WD repeat domain 90 (wdr90), transcript variant X2, mRNA.

Target ORF information:

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

XM_017353994.1

ORF Insert Sequence:

ATGTCTTCCA AAGCTTTGTG GCAGCAGCCA TATGTCAACA TCTTCAAACA CATGAAGATA 
GAAGAATGGA AAAAAGTCAG CAAAGAAGGA GACGTCTCCT TATACATGGA TAAGAACCTG 
AAGTGTTCTG TATTCAGCAT CCGTGGCTCC ATTCAGGCCA GCAACTACAT CCTGCTTCCC 
AAAACCAGCA GCCAGACTTT GGGTCTCACC GGACGGTACC TGTACTTGCT GTTCAAGCCC 
AGCCCAAACA AACACTTTAT TGTACATCTG GACATTGCGG CTGAGGAAGG TCAGGTGATC 
CGTGTTTCGT TCTCGAACTT GTTTAAAGAG TTCAAGTCCA CAGCAACGTG GCTTCAGTTC 
CCTTTTCTGT GTGGAGCAGC ACATGGTTCA GTGGATGAGA ACACCTCTAC AACTGCAAAA 
CAAGGTTTAG TAGGCCCTGC ACCGTGGAGC ACAAGGTGGA CGTGTTTGAC GATGGATTTA 
CGTTATGTGC TTTCGGTTTA CCTGAACCGA ACACATAGTC ACCTTAAGAG CATCAAACTC 
TGTGCTAATA TGTCCGTTAA AAACATCATC ACCAGCGACC TGCTGTTTGA TCCTGGTTTG 
TCGTTCTCTG AATTCAGGCA GTCTGGTGTG ATGTTGCCAG ATGGTTCTGC CCCCATGCCC 
AGAGAAATGT GTTTCCCTGT ACCGAAAGGA CAGAGTTGGC ATCACTTATA TGACTACATT 
AGGTTTCCTT CAGATGGAAT AAAGTCACCA ATTGATTTCA TACAAAAAGC ATCCAACAGT 
GCAGCGAAAA AAGCCTCGGC TGAAAAAGAG AGCCCTCAAA GAGAAGAGAG TCGAATGGTA 
CGCATTAGTA AACCAGTTAA CGACCGCGTG TCCCTCGTCA AGCAGATCAC CAAACCTAAA 
CGAAGGAGCA CTAAGCAGTG TTCAGAGATC CAGACACCGA GTCTGCCCAA GCTGATTTAC 
TCACCCTCTA GAGTCTCAGA GAGCCCGGGG TCACCGGGTC AAAGGTCACA GGCGGGTGAA 
GAGGTCACAG TAGTGTTTGC AGATGATGCT GGAGTTCATG TGTATGCTAG CTGTGAGGAT 
GACATCTATA TACACACAAC AGACAGTGAG GAGGAAATCA CAGTCATTGA TGCAGCCTCT 
CCTCGACCTG TCTCTCTGTC TTCTGACCGA TCAGTGAAGC AGTCTCAGAA GTTGTATCCT 
GACCCCATTC TCAAGCTGAA CAGAATTATT GGCTTTGGAG GAGCTACAAT GAGATGTGCT 
GTGTGGAGTT TGGATGGAGA GGAAGTTGTG TATCCTTGTC ACGCAATAAT CGTCAGCATG 
ACTGTTTCTT CTGGGCAACA GAGATTCTTC ATTGGACACA CAGATAAGGT CTCAGCTCTG 
GCCTTAAATG CCAGCTCCAC AGTGCTGGCA TCGGCTCAGA CGGGCACAAA CAGCCTGATT 
CGTCTGTGGA GTTACAGCGC AGGAGTGTGT CAAACCATCA TTCCTACACA CACACATGCT 
CTCAATCTGC TTAGTTTCTC TCACAGCGGA GGAGTGCTTT GTGGTGTAGG GAAAGACAGT 
CATAACAAAA CCACGGTGGT GCTGTGGAAC ACTCGGCATG TGACAGATGG CAGTGTGGTT 
CCAGTCCTAG CTAAAGCACA CACAGATGTG GACATCCAGA CTATCAAGAT TGCATTCTTT 
GATGATACAC GTATGGTGTC ATGTGGTTCA GGTAATGTGC GTCTGTGGCG TGTACGTGGC 
GGTTCTCTAC GCTCTTGCCC TGTGAATTTG GGACAGTATC ACAATCTGGA GTTCACAGAC 
CTCGCCTTTG AGCAGGGACA CACTCAAAAC CGGCCGGTGG ATGATCGCAC ACTGTTTGTC 
AGTAGTAGGA GTGGTCACAT CTTGGAGATT GACTATGTTG CCGTGGCGAT AAAAAACATC 
AGGAGGCTCC TCCCAGCTCA TGAAAGTCAC ACCCACCAAA GGGAGAAACA GACCTTTAGC 
ACAGGTGCTG GTATTGCGGT GAACAGCATC AGTGTGTGTG CCAAGTTCTG TGTGACTGGT 
TCAGAGGATG GCTTCATGCG TCTGTGGCCT CTGGACTTCT CATCAGTATT TTTAGAGGCG 
GAGCATGAGG GGCCTGTGAG TTTGGTGAAT GTGTCTTCGG ACGGTTCGAG AGTTCTAGCA 
GCCACAAGCA CAGGGAATCT TGGATACCTG GATGTGGCCA GCCGAGGTTA CCGTACTTTG 
ATGAGGTCTC ACACAGCTAG TGTTTTGGGC TTCAGTGTGG ATGGAGTTCG ACGGCGGGTC 
ACCACAGTGT CCAGAGACGC TACTGTCCGC GTGTGGGACA TGGACACACT GCAGCAGCTC 
TATGATTTTG TCACAGATGA TGATGAAAAT CCCTGTTCTG TTGCGTTCCA TCCCAGCATG 
CCTCTTTTCG CTTGTGGATC AAGTTCTGGT GCTGTTAGAG TGTTTGATAT CCAAACATCG 
AGCTTAATCG CTCAGCACAG GCAGCACTGT GGGTCAGTTG AGTGTGTGAT ATATTCTCCT 
GATGGTCAGT GTTTGTTCAG CGCCGGCTCT GGATATCTGG TCCTTTACAG CTCCTCTGAA 
CGCGAGCATC ATGTAGTCCG AGTTCTGGGT AATGTGGTTA TGTGTGGTGT GAATCGTAGT 
CCGGATATTT TGGCCGTGAG CTCTGACAGT CGCCGTCTGG CACTGATCGG ACCGACCGAA 
TATATCGTCA CGATAATGGA GGCAAGATCC CTGAATGAGC TGCTCCGGGT TGATGTGAGC 
ATTGTGGATG TTGAGAGCTC GACTCTGGAC TCCGCTCTGA ATGCGTGTTT CTCACCTGCA 
TCACTGTCAC ACCTGCTCAT CTCCACATCC GCCAATAAAA TCCTCTGGAT CGACACACAC 
ACAGGACAGC TGCTCAGACA GGTCTCTGAG GTGCACAAGC ATCAGTGTGA GTCTCTAGCA 
GTCAGTGAAG ATGGTCATTA TCTGCTCACA GCCGGCCAAA ACTCGCTCAA GGTCTGGGAT 
TATGACATGA AGCTGGACGT CAATTCACAG GTGTTCATCG GTCACTCTGA GCCCATCAGA 
CAGGTGAGGT TTACTCCTGA TCAGGTGGGT GTGGTCACTG CAGGTGACGC CCTGTTCTTC 
TGGGACTTCC TGGCTCCTCC ACAGCAGAGT GAACATTGCA GCTCAAAGTT GGGCGGGGCT 
TAA

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

wdr90 ( XM_003201346.4 ) cDNA ORF clone, Danio rerio(zebrafish) -> XP_003201394.2 Danio rerio WD repeat domain 90 (wdr90), mRNA.

Price & Availability↑

CloneID	ODa28849
Clone ID Related Accession (Same CDS sequence)	XM_003201346.4
Accession Version	XM_003201346.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5532bp) 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	1497369600000
Organism	Danio rerio(zebrafish)
Product	WD repeat-containing protein 90
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007135.7) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2016 this sequence version replaced XM_003201346.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTTCCA AAGCTTTGTG GCAGCAGCCA TATGTCAACA TCTTCAAACA CATGAAGATA 
GAAGAATGGA AAAAAGTCAG CAAAGAAGGA GACGTCTCCT TATACATGGA TAAGAACCTG 
AAGTGTTCTG TATTCAGCAT CCGTGGCTCC ATTCAGGCCA GCAACTACAT CCTGCTTCCC 
AAAACCAGCA GCCAGACTTT GGGTCTCACC GGACGGTACC TGTACTTGCT GTTCAAGCCC 
AGCCCAAACA AACACTTTAT TGTACATCTG GACATTGCGG CTGAGGAAGG TCAGGTGATC 
CGTGTTTCGT TCTCGAACTT GTTTAAAGAG TTCAAGTCCA CAGCAACGTG GCTTCAGTTC 
CCTTTTCTGT GTGGAGCAGC ACATGGTTCA GTGGATGAGA ACACCTCTAC AACTGCAAAA 
CAAGGTTTAG TAGGCCCTGC ACCGTGGAGC ACAAGGTGGA CGTGTTTGAC GATGGATTTA 
CGTTATGTGC TTTCGGTTTA CCTGAACCGA ACACATAGTC ACCTTAAGAG CATCAAACTC 
TGTGCTAATA TGTCCGTTAA AAACATCATC ACCAGCGACC TGCTGTTTGA TCCTGGTTTG 
TCGTTCTCTG AATTCAGGCA GTCTGGTGTG ATGTTGCCAG ATGGTTCTGC CCCCATGCCC 
AGAGAAATGT GTTTCCCTGT ACCGAAAGGA CAGAGTTGGC ATCACTTATA TGACTACATT 
AGGTTTCCTT CAGATGGAAT AAAGTCACCA ATTGATTTCA TACAAAAAGC ATCCAACAGT 
GCAGCGAAAA AAGCCTCGGC TGAAAAAGAG AGCCCTCAAA GAGAAGAGAG TCGAATGGTA 
CGCATTAGTA AACCAGTTAA CGACCGCGTG TCCCTCGTCA AGCAGATCAC CAAACCTAAA 
CGAAGGAGCA CTAAGCAGTG TTCAGAGATC CAGACACCGA GTCTGCCCAA GCTGATTTAC 
TCACCCTCTA GAGTCTCAGA GAGCCCGGGG TCACCGGGTC AAAGGTCACA GGCGGGTGAA 
GAGGTCACAG TAGTGTTTGC AGATGATGCT GGAGTTCATG TGTATGCTAG CTGTGAGGAT 
GACATCTATA TACACACAAC AGACAGTGAG GAGGAAATCA CAGTCATTGA TGCAGCCTCT 
CCTCGACCTG TCTCTCTGTC TTCTGACCGA TCAGTGAAGC AGTCTCAGAA GTTGTATCCT 
GACCCCATTC TCAAGCTGAA CAGAATTATT GGCTTTGGAG GAGCTACAAT GAGATGTGCT 
GTGTGGAGTT TGGATGGAGA GGAAGTTGTG TATCCTTGTC ACGCAATAAT CGTCAGCATG 
ACTGTTTCTT CTGGGCAACA GAGATTCTTC ATTGGACACA CAGATAAGGT CTCAGCTCTG 
GCCTTAAATG CCAGCTCCAC AGTGCTGGCA TCGGCTCAGA CGGGCACAAA CAGCCTGATT 
CGTCTGTGGA GTTACAGCGC AGGAGTGTGT CAAACCATCA TTCCTACACA CACACATGCT 
CTCAATCTGC TTAGTTTCTC TCACAGCGGA GGAGTGCTTT GTGGTGTAGG GAAAGACAGT 
CATAACAAAA CCACGGTGGT GCTGTGGAAC ACTCGGCATG TGACAGATGG CAGTGTGGTT 
CCAGTCCTAG CTAAAGCACA CACAGATGTG GACATCCAGA CTATCAAGAT TGCATTCTTT 
GATGATACAC GTATGGTGTC ATGTGGTTCA GGTAATGTGC GTCTGTGGCG TGTACGTGGC 
GGTTCTCTAC GCTCTTGCCC TGTGAATTTG GGACAGTATC ACAATCTGGA GTTCACAGAC 
CTCGCCTTTG AGCAGGGACA CACTCAAAAC CGGCCGGTGG ATGATCGCAC ACTGTTTGTC 
AGTAGTAGGA GTGGTCACAT CTTGGAGATT GACTATGTTG CCGTGGCGAT AAAAAACATC 
AGGAGGCTCC TCCCAGCTCA TGAAAGTCAC ACCCACCAAA GGGAGAAACA GACCTTTAGC 
ACAGGTGCTG GTATTGCGGT GAACAGCATC AGTGTGTGTG CCAAGTTCTG TGTGACTGGT 
TCAGAGGATG GCTTCATGCG TCTGTGGCCT CTGGACTTCT CATCAGTATT TTTAGAGGCG 
GAGCATGAGG GGCCTGTGAG TTTGGTGAAT GTGTCTTCGG ACGGTTCGAG AGTTCTAGCA 
GCCACAAGCA CAGGGAATCT TGGATACCTG GATGTGGCCA GCCGAGGTTA CCGTACTTTG 
ATGAGGTCTC ACACAGCTAG TGTTTTGGGC TTCAGTGTGG ATGGAGTTCG ACGGCGGGTC 
ACCACAGTGT CCAGAGACGC TACTGTCCGC GTGTGGGACA TGGACACACT GCAGCAGCTC 
TATGATTTTG TCACAGATGA TGATGAAAAT CCCTGTTCTG TTGCGTTCCA TCCCAGCATG 
CCTCTTTTCG CTTGTGGATC AAGTTCTGGT GCTGTTAGAG TGTTTGATAT CCAAACATCG 
AGCTTAATCG CTCAGCACAG GCAGCACTGT GGGTCAGTTG AGTGTGTGAT ATATTCTCCT 
GATGGTCAGT GTTTGTTCAG CGCCGGCTCT GGATATCTGG TCCTTTACAG CTCCTCTGAA 
CGCGAGCATC ATGTAGTCCG AGTTCTGGGT AATGTGGTTA TGTGTGGTGT GAATCGTAGT 
CCGGATATTT TGGCCGTGAG CTCTGACAGT CGCCGTCTGG CACTGATCGG ACCGACCGAA 
TATATCGTCA CGATAATGGA GGCAAGATCC CTGAATGAGC TGCTCCGGGT TGATGTGAGC 
ATTGTGGATG TTGAGAGCTC GACTCTGGAC TCCGCTCTGA ATGCGTGTTT CTCACCTGCA 
TCACTGTCAC ACCTGCTCAT CTCCACATCC GCCAATAAAA TCCTCTGGAT CGACACACAC 
ACAGGACAGC TGCTCAGACA GGTCTCTGAG GTGCACAAGC ATCAGTGTGA GTCTCTAGCA 
GTCAGTGAAG ATGGTCATTA TCTGCTCACA GCCGGCCAAA ACTCGCTCAA GGTCTGGGAT 
TATGACATGA AGCTGGACGT CAATTCACAG GTGTTCATCG GTCACTCTGA GCCCATCAGA 
CAGGTGAGGT TTACTCCTGA TCAGGTGGGT GTGGTCACTG CAGGTGACGC CCTGTTCTTC 
TGGGACTTCC TGGCTCCTCC ACAGCAGAGT GAACATTGCA GGTCTCCAGC TTTAAACGTC 
TCTTCTCGTA AATCAGCTCA AAGTTGGGCG GGGCTTAATA TATCAGAGCT GTCCAATGAG 
AAACCTCGAG AGGCTTTATT TCATCCCTCC TCACCGCCGG TCATGAATTT TCTTTCCACC 
AAGAGAAATG ACACTGAAGA TTTACTGTGC AAATCAGCTG CTGAACTTCA GCTCAGTCCC 
TCAGCAGACC ACGCCCACTC CCCTCCCCCC AGACACGCCT CCTTCCTTAG AGTAACTGAG 
TGGGAAAAGG ACGAGGACAC GCCCACTCTC TCCGGCCACC AATCAGGATC CGAGAAAACA 
CAGGGACACA CATTGATCCA CCCAGACTGT TATAAACACT TCACTCCAAG ATTCAAGACT 
TCTGTCGTGG ATCAGTCTGT TGTAGCTTCA CCCTCAGGAG AGGCGGGGCT TAGTCTGAAG 
GCTGTGATTG GCTATAATGG AAATGGGCGT AGCAATATGG TCTGGAATCC AGACACAGGT 
TTGTTTGTGT ACACCTGTGG AAGTATCGTC ATCATTGAAG ATCTTCACAC AGGCTCACAG 
AAACAGTGGT TCGGACACAC AGAAGAGATC TCAACGCTCG CTGTCACCCA TGATGCACTG 
ACGGTTGCGT CTGCATCAGG GGGCGGAGCC TCACACAGCA GCCTCATCTG CATATGGAAT 
GTTCAAGATG GTTCCTGTAG ACACAAGCTC GCGTATCACA ATGGAGCAGT GCAAAGCCTT 
ACATTTTCCA GGGATGACAT GTACCTTCTC TCTGTGGGTG ATTTTTCAGA GGCGTTGGTG 
GCGCTGTGGA GCACTCGCTC ATTTGAGCTG CTCTGCACCG TTCAGCTCTC CATTCCTCTG 
CATGATGCTG CGTTCTCCCC ATTCACTGCT AATGAGCTGA TGCTCGTCGG CAGCAGTGCT 
GTTGTCTTTA CTCGGATACA CACACACGAC AACACTACTG AACTGCAGGT GCAGAAAGTG 
GGCTTACCTG ATGCGGTCGG ACAGGCAGAA GTGACATCAG TGTGTTATAA CACTCGCAAT 
ATCCTCTACA CAGGCACAAA CAGTGGCCAT GTGTGTGTGT GGGACTGTAA CACACAACGC 
TGCTTTGTAA CCTGGGAAGC AGATAGAGGA GAGATCGGTG TGTTGGTTTG CTGTGGAAAT 
ATGCTGGTCA CTGGCAGCAA TACTAAAAAA CTGAGACTGT GGTCTGTAGC TTCGGTCCAG 
AGTCTGAGCA ACTCTGATAG CAAGAGGAGC AGAGCACAGG ATGATGGAAC TCAGGTGCAG 
CTTGAGCAAG AGCTGCTGTT GGATGGTACT ATAGTCAGTG CTGCGTTTGA TAAGGTCATG 
GACATGGGGA TTGTGGGTAC GACAGCAGGA ACCCTGTGGT ACATCAACTG GACCGACAGC 
ACCAGTATAC GGCTGATCAG CGGGCATAAG AGCAAGGTGA ACGGTGTGGT TTGTAGTCCA 
GACGAGCAGC ATTTCGTCAC GTGTGGGCAG GATGGCAGTG TCAGAGTTTG GACGCTGCAG 
AGCCATGAGC TGCTGGTGCA GTTTCAGGTG CTCAACCAGA GCTGTGAGTG TGTGTGTTGG 
AGTCCCCCAA GGGGTGTGTG TGGCTCCAGG GGGCGAATGT GTGTGGCAGC GGGATACAGT 
GATGGGACAG TGAGGATCTT CAGTCTGGAT TCAGCAGAGA TGGAGCTCAA ACTACAGCCT 
CAGCCTGATT CTGTGTGTGC GCTGCAGTTC TCGCACTACG GTGATGTGCT GTTGTCTGGT 
GCTCGTGATG GTGTCATCAC TGTCTGCAGT CCCGTCACTG GAGTGTCTAT TCGCACCATC 
ACTGACCACA GGGGGGCCTC CATCAATACA TTGCAGTGCA CCAGCAAACA GTTTAAGGAG 
TTTGGTTTGG ATGGAAATGA GCTCTGGCTC GCTGTGAGCG CAGACAGGCG TGTCAGCATC 
TGGGCTGCTG ATTGGACGGA TAATAAATGC GAGCTGCTTG ATTGGCTGAC GTTTCCAGCT 
CCCAGCCCAC GAGAGGATTT ACACACGTTG CCACCCAGTC TGGCAGCATT CAGCCCAAGT 
CAGAGAGGAG TTGTGGTTTA CACCGGTTAT GCTATGGAAA AAGAGATCAT CTTTTACAGC 
CTTTACAAAA AACAGATTGT GAGGACGATC TCTCTCTCCG ACTGGGCTCT CAGTCTCTGC 
TTATCTGGAA AACTGCTCGC TGTTGGATCA AACCAGCGCG TCCTGAATCT CATTCATTCC 
TCCAGTGGTC GCTTCCAGGA TTTTACGTCT CACAGCGACT CCGTTCAGGT GTGCAGCTTC 
AGCATTTCTG GATCCCAGCT CTTCACCGCT GCTCACAATC AGCTCCTCCT GTGGACTGTA 
AATGGGTTGT GA

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

RefSeq	XP_003201394.2
CDS	241..5772
Translation	MSSKALWQQPYVNIFKHMKIEEWKKVSKEGDVSLYMDKNLKCSVFSIRGSIQASNYILLPKTSSQTLGLTGRYLYLLFKPSPNKHFIVHLDIAAEEGQVIRVSFSNLFKEFKSTATWLQFPFLCGAAHGSVDENTSTTAKQGLVGPAPWSTRWTCLTMDLRYVLSVYLNRTHSHLKSIKLCANMSVKNIITSDLLFDPGLSFSEFRQSGVMLPDGSAPMPREMCFPVPKGQSWHHLYDYIRFPSDGIKSPIDFIQKASNSAAKKASAEKESPQREESRMVRISKPVNDRVSLVKQITKPKRRSTKQCSEIQTPSLPKLIYSPSRVSESPGSPGQRSQAGEEVTVVFADDAGVHVYASCEDDIYIHTTDSEEEITVIDAASPRPVSLSSDRSVKQSQKLYPDPILKLNRIIGFGGATMRCAVWSLDGEEVVYPCHAIIVSMTVSSGQQRFFIGHTDKVSALALNASSTVLASAQTGTNSLIRLWSYSAGVCQTIIPTHTHALNLLSFSHSGGVLCGVGKDSHNKTTVVLWNTRHVTDGSVVPVLAKAHTDVDIQTIKIAFFDDTRMVSCGSGNVRLWRVRGGSLRSCPVNLGQYHNLEFTDLAFEQGHTQNRPVDDRTLFVSSRSGHILEIDYVAVAIKNIRRLLPAHESHTHQREKQTFSTGAGIAVNSISVCAKFCVTGSEDGFMRLWPLDFSSVFLEAEHEGPVSLVNVSSDGSRVLAATSTGNLGYLDVASRGYRTLMRSHTASVLGFSVDGVRRRVTTVSRDATVRVWDMDTLQQLYDFVTDDDENPCSVAFHPSMPLFACGSSSGAVRVFDIQTSSLIAQHRQHCGSVECVIYSPDGQCLFSAGSGYLVLYSSSEREHHVVRVLGNVVMCGVNRSPDILAVSSDSRRLALIGPTEYIVTIMEARSLNELLRVDVSIVDVESSTLDSALNACFSPASLSHLLISTSANKILWIDTHTGQLLRQVSEVHKHQCESLAVSEDGHYLLTAGQNSLKVWDYDMKLDVNSQVFIGHSEPIRQVRFTPDQVGVVTAGDALFFWDFLAPPQQSEHCRSPALNVSSRKSAQSWAGLNISELSNEKPREALFHPSSPPVMNFLSTKRNDTEDLLCKSAAELQLSPSADHAHSPPPRHASFLRVTEWEKDEDTPTLSGHQSGSEKTQGHTLIHPDCYKHFTPRFKTSVVDQSVVASPSGEAGLSLKAVIGYNGNGRSNMVWNPDTGLFVYTCGSIVIIEDLHTGSQKQWFGHTEEISTLAVTHDALTVASASGGGASHSSLICIWNVQDGSCRHKLAYHNGAVQSLTFSRDDMYLLSVGDFSEALVALWSTRSFELLCTVQLSIPLHDAAFSPFTANELMLVGSSAVVFTRIHTHDNTTELQVQKVGLPDAVGQAEVTSVCYNTRNILYTGTNSGHVCVWDCNTQRCFVTWEADRGEIGVLVCCGNMLVTGSNTKKLRLWSVASVQSLSNSDSKRSRAQDDGTQVQLEQELLLDGTIVSAAFDKVMDMGIVGTTAGTLWYINWTDSTSIRLISGHKSKVNGVVCSPDEQHFVTCGQDGSVRVWTLQSHELLVQFQVLNQSCECVCWSPPRGVCGSRGRMCVAAGYSDGTVRIFSLDSAEMELKLQPQPDSVCALQFSHYGDVLLSGARDGVITVCSPVTGVSIRTITDHRGASINTLQCTSKQFKEFGLDGNELWLAVSADRRVSIWAADWTDNKCELLDWLTFPAPSPREDLHTLPPSLAAFSPSQRGVVVYTGYAMEKEIIFYSLYKKQIVRTISLSDWALSLCLSGKLLAVGSNQRVLNLIHSSSGRFQDFTSHSDSVQVCSFSISGSQLFTAAHNQLLLWTVNGL

Target ORF information:

RefSeq Version	XM_003201346.4
Organism	Danio rerio(zebrafish)
Definition	Danio rerio WD repeat domain 90 (wdr90), mRNA.

Target ORF information:

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

XM_003201346.4

ORF Insert Sequence:

ATGTCTTCCA AAGCTTTGTG GCAGCAGCCA TATGTCAACA TCTTCAAACA CATGAAGATA 
GAAGAATGGA AAAAAGTCAG CAAAGAAGGA GACGTCTCCT TATACATGGA TAAGAACCTG 
AAGTGTTCTG TATTCAGCAT CCGTGGCTCC ATTCAGGCCA GCAACTACAT CCTGCTTCCC 
AAAACCAGCA GCCAGACTTT GGGTCTCACC GGACGGTACC TGTACTTGCT GTTCAAGCCC 
AGCCCAAACA AACACTTTAT TGTACATCTG GACATTGCGG CTGAGGAAGG TCAGGTGATC 
CGTGTTTCGT TCTCGAACTT GTTTAAAGAG TTCAAGTCCA CAGCAACGTG GCTTCAGTTC 
CCTTTTCTGT GTGGAGCAGC ACATGGTTCA GTGGATGAGA ACACCTCTAC AACTGCAAAA 
CAAGGTTTAG TAGGCCCTGC ACCGTGGAGC ACAAGGTGGA CGTGTTTGAC GATGGATTTA 
CGTTATGTGC TTTCGGTTTA CCTGAACCGA ACACATAGTC ACCTTAAGAG CATCAAACTC 
TGTGCTAATA TGTCCGTTAA AAACATCATC ACCAGCGACC TGCTGTTTGA TCCTGGTTTG 
TCGTTCTCTG AATTCAGGCA GTCTGGTGTG ATGTTGCCAG ATGGTTCTGC CCCCATGCCC 
AGAGAAATGT GTTTCCCTGT ACCGAAAGGA CAGAGTTGGC ATCACTTATA TGACTACATT 
AGGTTTCCTT CAGATGGAAT AAAGTCACCA ATTGATTTCA TACAAAAAGC ATCCAACAGT 
GCAGCGAAAA AAGCCTCGGC TGAAAAAGAG AGCCCTCAAA GAGAAGAGAG TCGAATGGTA 
CGCATTAGTA AACCAGTTAA CGACCGCGTG TCCCTCGTCA AGCAGATCAC CAAACCTAAA 
CGAAGGAGCA CTAAGCAGTG TTCAGAGATC CAGACACCGA GTCTGCCCAA GCTGATTTAC 
TCACCCTCTA GAGTCTCAGA GAGCCCGGGG TCACCGGGTC AAAGGTCACA GGCGGGTGAA 
GAGGTCACAG TAGTGTTTGC AGATGATGCT GGAGTTCATG TGTATGCTAG CTGTGAGGAT 
GACATCTATA TACACACAAC AGACAGTGAG GAGGAAATCA CAGTCATTGA TGCAGCCTCT 
CCTCGACCTG TCTCTCTGTC TTCTGACCGA TCAGTGAAGC AGTCTCAGAA GTTGTATCCT 
GACCCCATTC TCAAGCTGAA CAGAATTATT GGCTTTGGAG GAGCTACAAT GAGATGTGCT 
GTGTGGAGTT TGGATGGAGA GGAAGTTGTG TATCCTTGTC ACGCAATAAT CGTCAGCATG 
ACTGTTTCTT CTGGGCAACA GAGATTCTTC ATTGGACACA CAGATAAGGT CTCAGCTCTG 
GCCTTAAATG CCAGCTCCAC AGTGCTGGCA TCGGCTCAGA CGGGCACAAA CAGCCTGATT 
CGTCTGTGGA GTTACAGCGC AGGAGTGTGT CAAACCATCA TTCCTACACA CACACATGCT 
CTCAATCTGC TTAGTTTCTC TCACAGCGGA GGAGTGCTTT GTGGTGTAGG GAAAGACAGT 
CATAACAAAA CCACGGTGGT GCTGTGGAAC ACTCGGCATG TGACAGATGG CAGTGTGGTT 
CCAGTCCTAG CTAAAGCACA CACAGATGTG GACATCCAGA CTATCAAGAT TGCATTCTTT 
GATGATACAC GTATGGTGTC ATGTGGTTCA GGTAATGTGC GTCTGTGGCG TGTACGTGGC 
GGTTCTCTAC GCTCTTGCCC TGTGAATTTG GGACAGTATC ACAATCTGGA GTTCACAGAC 
CTCGCCTTTG AGCAGGGACA CACTCAAAAC CGGCCGGTGG ATGATCGCAC ACTGTTTGTC 
AGTAGTAGGA GTGGTCACAT CTTGGAGATT GACTATGTTG CCGTGGCGAT AAAAAACATC 
AGGAGGCTCC TCCCAGCTCA TGAAAGTCAC ACCCACCAAA GGGAGAAACA GACCTTTAGC 
ACAGGTGCTG GTATTGCGGT GAACAGCATC AGTGTGTGTG CCAAGTTCTG TGTGACTGGT 
TCAGAGGATG GCTTCATGCG TCTGTGGCCT CTGGACTTCT CATCAGTATT TTTAGAGGCG 
GAGCATGAGG GGCCTGTGAG TTTGGTGAAT GTGTCTTCGG ACGGTTCGAG AGTTCTAGCA 
GCCACAAGCA CAGGGAATCT TGGATACCTG GATGTGGCCA GCCGAGGTTA CCGTACTTTG 
ATGAGGTCTC ACACAGCTAG TGTTTTGGGC TTCAGTGTGG ATGGAGTTCG ACGGCGGGTC 
ACCACAGTGT CCAGAGACGC TACTGTCCGC GTGTGGGACA TGGACACACT GCAGCAGCTC 
TATGATTTTG TCACAGATGA TGATGAAAAT CCCTGTTCTG TTGCGTTCCA TCCCAGCATG 
CCTCTTTTCG CTTGTGGATC AAGTTCTGGT GCTGTTAGAG TGTTTGATAT CCAAACATCG 
AGCTTAATCG CTCAGCACAG GCAGCACTGT GGGTCAGTTG AGTGTGTGAT ATATTCTCCT 
GATGGTCAGT GTTTGTTCAG CGCCGGCTCT GGATATCTGG TCCTTTACAG CTCCTCTGAA 
CGCGAGCATC ATGTAGTCCG AGTTCTGGGT AATGTGGTTA TGTGTGGTGT GAATCGTAGT 
CCGGATATTT TGGCCGTGAG CTCTGACAGT CGCCGTCTGG CACTGATCGG ACCGACCGAA 
TATATCGTCA CGATAATGGA GGCAAGATCC CTGAATGAGC TGCTCCGGGT TGATGTGAGC 
ATTGTGGATG TTGAGAGCTC GACTCTGGAC TCCGCTCTGA ATGCGTGTTT CTCACCTGCA 
TCACTGTCAC ACCTGCTCAT CTCCACATCC GCCAATAAAA TCCTCTGGAT CGACACACAC 
ACAGGACAGC TGCTCAGACA GGTCTCTGAG GTGCACAAGC ATCAGTGTGA GTCTCTAGCA 
GTCAGTGAAG ATGGTCATTA TCTGCTCACA GCCGGCCAAA ACTCGCTCAA GGTCTGGGAT 
TATGACATGA AGCTGGACGT CAATTCACAG GTGTTCATCG GTCACTCTGA GCCCATCAGA 
CAGGTGAGGT TTACTCCTGA TCAGGTGGGT GTGGTCACTG CAGGTGACGC CCTGTTCTTC 
TGGGACTTCC TGGCTCCTCC ACAGCAGAGT GAACATTGCA GGTCTCCAGC TTTAAACGTC 
TCTTCTCGTA AATCAGCTCA AAGTTGGGCG GGGCTTAATA TATCAGAGCT GTCCAATGAG 
AAACCTCGAG AGGCTTTATT TCATCCCTCC TCACCGCCGG TCATGAATTT TCTTTCCACC 
AAGAGAAATG ACACTGAAGA TTTACTGTGC AAATCAGCTG CTGAACTTCA GCTCAGTCCC 
TCAGCAGACC ACGCCCACTC CCCTCCCCCC AGACACGCCT CCTTCCTTAG AGTAACTGAG 
TGGGAAAAGG ACGAGGACAC GCCCACTCTC TCCGGCCACC AATCAGGATC CGAGAAAACA 
CAGGGACACA CATTGATCCA CCCAGACTGT TATAAACACT TCACTCCAAG ATTCAAGACT 
TCTGTCGTGG ATCAGTCTGT TGTAGCTTCA CCCTCAGGAG AGGCGGGGCT TAGTCTGAAG 
GCTGTGATTG GCTATAATGG AAATGGGCGT AGCAATATGG TCTGGAATCC AGACACAGGT 
TTGTTTGTGT ACACCTGTGG AAGTATCGTC ATCATTGAAG ATCTTCACAC AGGCTCACAG 
AAACAGTGGT TCGGACACAC AGAAGAGATC TCAACGCTCG CTGTCACCCA TGATGCACTG 
ACGGTTGCGT CTGCATCAGG GGGCGGAGCC TCACACAGCA GCCTCATCTG CATATGGAAT 
GTTCAAGATG GTTCCTGTAG ACACAAGCTC GCGTATCACA ATGGAGCAGT GCAAAGCCTT 
ACATTTTCCA GGGATGACAT GTACCTTCTC TCTGTGGGTG ATTTTTCAGA GGCGTTGGTG 
GCGCTGTGGA GCACTCGCTC ATTTGAGCTG CTCTGCACCG TTCAGCTCTC CATTCCTCTG 
CATGATGCTG CGTTCTCCCC ATTCACTGCT AATGAGCTGA TGCTCGTCGG CAGCAGTGCT 
GTTGTCTTTA CTCGGATACA CACACACGAC AACACTACTG AACTGCAGGT GCAGAAAGTG 
GGCTTACCTG ATGCGGTCGG ACAGGCAGAA GTGACATCAG TGTGTTATAA CACTCGCAAT 
ATCCTCTACA CAGGCACAAA CAGTGGCCAT GTGTGTGTGT GGGACTGTAA CACACAACGC 
TGCTTTGTAA CCTGGGAAGC AGATAGAGGA GAGATCGGTG TGTTGGTTTG CTGTGGAAAT 
ATGCTGGTCA CTGGCAGCAA TACTAAAAAA CTGAGACTGT GGTCTGTAGC TTCGGTCCAG 
AGTCTGAGCA ACTCTGATAG CAAGAGGAGC AGAGCACAGG ATGATGGAAC TCAGGTGCAG 
CTTGAGCAAG AGCTGCTGTT GGATGGTACT ATAGTCAGTG CTGCGTTTGA TAAGGTCATG 
GACATGGGGA TTGTGGGTAC GACAGCAGGA ACCCTGTGGT ACATCAACTG GACCGACAGC 
ACCAGTATAC GGCTGATCAG CGGGCATAAG AGCAAGGTGA ACGGTGTGGT TTGTAGTCCA 
GACGAGCAGC ATTTCGTCAC GTGTGGGCAG GATGGCAGTG TCAGAGTTTG GACGCTGCAG 
AGCCATGAGC TGCTGGTGCA GTTTCAGGTG CTCAACCAGA GCTGTGAGTG TGTGTGTTGG 
AGTCCCCCAA GGGGTGTGTG TGGCTCCAGG GGGCGAATGT GTGTGGCAGC GGGATACAGT 
GATGGGACAG TGAGGATCTT CAGTCTGGAT TCAGCAGAGA TGGAGCTCAA ACTACAGCCT 
CAGCCTGATT CTGTGTGTGC GCTGCAGTTC TCGCACTACG GTGATGTGCT GTTGTCTGGT 
GCTCGTGATG GTGTCATCAC TGTCTGCAGT CCCGTCACTG GAGTGTCTAT TCGCACCATC 
ACTGACCACA GGGGGGCCTC CATCAATACA TTGCAGTGCA CCAGCAAACA GTTTAAGGAG 
TTTGGTTTGG ATGGAAATGA GCTCTGGCTC GCTGTGAGCG CAGACAGGCG TGTCAGCATC 
TGGGCTGCTG ATTGGACGGA TAATAAATGC GAGCTGCTTG ATTGGCTGAC GTTTCCAGCT 
CCCAGCCCAC GAGAGGATTT ACACACGTTG CCACCCAGTC TGGCAGCATT CAGCCCAAGT 
CAGAGAGGAG TTGTGGTTTA CACCGGTTAT GCTATGGAAA AAGAGATCAT CTTTTACAGC 
CTTTACAAAA AACAGATTGT GAGGACGATC TCTCTCTCCG ACTGGGCTCT CAGTCTCTGC 
TTATCTGGAA AACTGCTCGC TGTTGGATCA AACCAGCGCG TCCTGAATCT CATTCATTCC 
TCCAGTGGTC GCTTCCAGGA TTTTACGTCT CACAGCGACT CCGTTCAGGT GTGCAGCTTC 
AGCATTTCTG GATCCCAGCT CTTCACCGCT GCTCACAATC AGCTCCTCCT GTGGACTGTA 
AATGGGTTGT GA

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

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wdr90 cDNA ORF clone, Danio rerio(zebrafish)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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