WDR90 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR90
Entrez Gene ID	197335
Full Name	WD repeat domain 90
Synonyms	C16orf15,C16orf16,C16orf17,C16orf18,C16orf19
General protein information	Preferred Names WD repeat domain 90 Names WD repeat-containing protein 90
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 16 Map Location: 16p13.3

mRNA and Protein(s)

mRNA	Protein	Name
NM_145294.4	NP_660337.3	WD repeat-containing protein 90
XM_017023024.1	XP_016878513.1	WD repeat-containing protein 90 isoform X2
NM_145294.5	NP_660337.3	WD repeat-containing protein 90
XM_017023023.1	XP_016878512.1	WD repeat-containing protein 90 isoform X1

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
Bibliography

Related articles in PubMed

Identification of Chlamydomonas Central Core Centriolar Proteins Reveals a Role for Human WDR90 in Ciliogenesis.
Hamel V, Steib E, Hamelin R, Armand F, Borgers S, Flückiger I, Busso C, Olieric N, Sorzano COS, Steinmetz MO, Guichard P, Gönczy P
Current biology : CB27(16)2486-2498.e6(2017 Aug)

Genome-wide association analysis of red blood cell traits in African Americans: the COGENT Network.
Chen Z, Tang H, Qayyum R, Schick UM, Nalls MA, Handsaker R, Li J, Lu Y, Yanek LR, Keating B, Meng Y, van Rooij FJ, Okada Y, Kubo M, Rasmussen-Torvik L, Keller MF, Lange L, Evans M, Bottinger EP, Linderman MD, Ruderfer DM, Hakonarson H, Papanicolaou G, Zonderman AB, Gottesman O, , , Thomson C, Ziv E, Singleton AB, Loos RJ, Sleiman PM, Ganesh S, McCarroll S, Becker DM, Wilson JG, Lettre G, Reiner AP
Human molecular genetics22(12)2529-38(2013 Jun)

Sequence, structure and pathology of the fully annotated terminal 2 Mb of the short arm of human chromosome 16.
Daniels RJ, Peden JF, Lloyd C, Horsley SW, Clark K, Tufarelli C, Kearney L, Buckle VJ, Doggett NA, Flint J, Higgs DR
Human molecular genetics10(4)339-52(2001 Feb)

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

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.

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***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu85900	XM_017023024.1 Latest version!	Homo sapiens WD repeat domain 90 (WDR90), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OHu85899	XM_017023023.1 Latest version!	Homo sapiens WD repeat domain 90 (WDR90), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu06529	NM_145294.5 Latest version!	Homo sapiens WD repeat domain 90 (WDR90), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	5+	$951.30 $1359.00
View Old Accession Versions >>
OHu06529	NM_145294.4	Homo sapiens WD repeat domain 90 (WDR90), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	5+	$951.30 $1359.00
Hide Old Accession Versions >>

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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)

WDR90 ( XM_017023024.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016878513.1 Homo sapiens WD repeat domain 90 (WDR90), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu85900
Clone ID Related Accession (Same CDS sequence)	XM_017023024.1
Accession Version	XM_017023024.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2856bp) 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	1575475200000
Organism	Homo sapiens(human)
Product	WD repeat-containing protein 90 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000016.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTGCT GCGAGTTGAC ATCGGCACTC TGGACCTGGC CAGCAGCCGC CTGGACTCAG 
CCATGGCTGT GTGCTTTGGC CCTGCAGCTC TGGGCCACCT GCTGGTGTCC ACCTCGTCCA 
ACAGAGTCGT GGTGCTGGAT GCTGTGTCGG GCCGCATCAT CCGGGAGTGA GGACGCCCGC 
TTCCTGCTGA TTGCCGCCGG CCGGACCATC AAGGTGTGGG ACTACGCCAC ACAGGCCAGC 
CCAGGCCCCC AGGTGTACAT CGGCCACTCG GAACCCGTGC AGGCTGTGGC CTTCTCTCCT 
GACCAGCAGC AGGTCCTCAG CGCAGGGGAC GCCGTCTTCC TCTGGGATGT CCTGGCCCCT 
ACTGAGAGCG ACCAAAGCTT CCCCGGGGCC CCCCCAGCCT GCAAGACAGG CCCGGGCGCA 
GGACCGCTGG AGGACGCAGC GTCCAGGGCC AGCGAGCTCC CCCGGCAGCA GGTCCCCAAG 
CCATGTCAGG CATCTCCACC ACGGCTGGGC GTCTGTGCCA GGCCTCCCGA AGGTGGCGAT 
GGCACCTTGT CCCCGTCAGA TGAGGAAGGA CCCTGTGAGG AGAGCTGTGA CCCCGAGGGG 
CTTGGGCAGG CCTCAGGCCC ACCTGTGCTC ACGGAGGAGG AGGCTGGCAG GGCTGGAGAC 
GGGGCCTGGG CTGCGGCAGT GGGCTCCTGG GGGCTTGCCC TGCCTCCCCG TTCCCCCGGC 
CAACCCCGTG AGCAGTGGAG GGCAGGGCAG GGACGCTGGT GCCGGTGCAG GGGCCTGAGG 
ACGGTCGGCG CCAGGGACAC CAGGAATTCG GGGGCCCCAC GCACCACCTA CCTGGCTTCC 
TGCAAGGCCT TCACGCCTGC CAGGGTCAGC TGCAGCCCCC ACTCTGCCAA GGGCACTTGC 
CCGCCTCCCG CCAGCGGTGG GTGGCTGCGT CTGAAGGCTG TCGTCGGTTA CAGCGGGAAT 
GGGCGGGCCA ACATGGTCTG GAGGCCGGAC ACAGGCTTCT TTGCCTACAC GTGCGGCCGC 
CTGGTGGTGG TGGAGGACCT GCACTCTGGC GCCCAGCAGC ACTGGTCCGG CCACTCTGCG 
GAGATCTCCA CGCTGGCCCT CAGCCACAGT GCCCAGGTCC TGGCCTCTGC CTCGGGCCGA 
AGCAGCACGA CCGCCCATTG TCAGATCCGC GTCTGGGACG TGTCTGGCGG CCTCTGCCAG 
CATCTCATTT TCCCCCATAG CACCACCGTG CTGGCCCTGG CCTTCTCACC AGATGACAGG 
CTTCTTGTCA CACTGGGGGA CCACGATGGC CGCACCCTCG CCCTGTGGGG CACGGCCACC 
TATGACCTCG TGTCCTCCAC CCGCCTCCCG GAGCCGGTGC ATGGTGTGGC CTTCAACCCC 
TGGGACGCCG GCGAGCTCAC CTGTGTGGGC CAGGGCACTG TCACCTTCTG GCTCCTTCAG 
CAGCGTGGGG CAGACATCAG CCTTCAGGTG CGTCGAGAGC CAGTCCCAGA GGCAGTGGGG 
GCTGGAGAGC TGACCTCGCT CTGCTACGGG GCACCTCCCC TGCTCTATTG TGGCACCAGC 
TCTGGCCAGG TCTGTGTCTG GGACACGCGT GCCGGCCGCT GCTTCTTGTC CTGGGAGGCG 
GATGACGGTG GCATTGGGCT GTTGCTGTTC TCGGGTTCTC GATTGGTCAG CGGCAGCAGC 
ACGGGGCGGC TGCGCCTGTG GGCCGTGGGG GCTGTGTCGG AGCTGAGGTG CAAGGGCTCA 
GGCGCCAGGT CCAGTTCTGT GTTCATGGAA CACGAGCTGG TGCTGGACGG GGCTGTGGTG 
AGTGCCAGCT TCGATGACAG CGTGGACATG GGCGTCGTGG GCACCACGGC GGGCACGCTG 
TGGTTTGTCA GCTGGGCCGA GGGCACCAGC ACACGTCTCA TCAGTGGCCA CAGGAGCAAG 
GTGAACGAGG TGGTCTTCAG CCCCGGGGAG TCCCACTGCG CCACATGCAG TGAGGATGGG 
AGTGTGCGGG TGTGGGCCTT GGCCAGCATG GAGCTTGTGA TCCAGTTCCA GGTGCTGAAC 
CAGAGCTGCC TCTGCCTGGC ATGGAGCCCC CCGTGCTGTG GCCGCCCTGA GCAGCAGCGG 
CTAGCGGCTG GCTACGGTGA CGGCTCCCTG CGCATCTTCA GCGTCTCCCG CACGGCCATG 
GAGCTCAAGA TGCACCCCCA CCCGGTGGCG CTGACCACTG TTGCCTTCTC CACCGATGGT 
CAGACTGTCC TCTCTGGAGA CAAGGATGGG CTCGTGGCTG TGAGCCACCC CTGCACAGGG 
ACAACCTTCC GTGTGCTGAG TGACCACCAG GGCGCCCCAA TCTCTACCAT CTGTGTCACG 
TGCAAAGAGT GTGAAGACTT AGGGGTGGAG GGCACAGACC TATGGCTGGC TGCCAGTGGG 
GACCAGCGGG TCAGCGTCTG GGCCTCCGAC TGGCTGCGGA ACCACTGTGA GCTTGTGGAC 
TGGTTGAGTT TCCCAATGCC TGCCACCACG GAGACTCAGG GCCACCTGCC ACCCTCCCTC 
GCTGCCTTCT GCCCTTGGGA TGGGGCGCTC CTGATGTACG TGGGCCCCGG TGTTTACAAG 
GAGGTGATCA TCTACAACCT CTGCCAGAAG CAGGTGGTGG AGAAGATACC ACTGCCCTTT 
TTTGCCATGT CCCTGAGCCT GTCCCCCGGG ACCCACCTCC TGGCTGTTGG CTTTGCTGAG 
TGCATGCTGA GGCTGGTAGA CTGTGCCATG GGGACTGCCC AAGACTTTGC CGGCCACGAC 
AACGCAGTGC ACCTGTGCAG GTTTACACCG TCCGCCAGGC TGCTCTTCAC GGCCGCCCGC 
AACGAGATCC TTGTGTGGGA GGTCCCCGGC CTCTGA

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

RefSeq	XP_016878513.1
CDS	329..3184
Translation	MSCCELTSALWTWPAAAWTQPWLCALALQLWATCWCPPRPTESWCWMLCRAASSGSEDARFLLIAAGRTIKVWDYATQASPGPQVYIGHSEPVQAVAFSPDQQQVLSAGDAVFLWDVLAPTESDQSFPGAPPACKTGPGAGPLEDAASRASELPRQQVPKPCQASPPRLGVCARPPEGGDGTLSPSDEEGPCEESCDPEGLGQASGPPVLTEEEAGRAGDGAWAAAVGSWGLALPPRSPGQPREQWRAGQGRWCRCRGLRTVGARDTRNSGAPRTTYLASCKAFTPARVSCSPHSAKGTCPPPASGGWLRLKAVVGYSGNGRANMVWRPDTGFFAYTCGRLVVVEDLHSGAQQHWSGHSAEISTLALSHSAQVLASASGRSSTTAHCQIRVWDVSGGLCQHLIFPHSTTVLALAFSPDDRLLVTLGDHDGRTLALWGTATYDLVSSTRLPEPVHGVAFNPWDAGELTCVGQGTVTFWLLQQRGADISLQVRREPVPEAVGAGELTSLCYGAPPLLYCGTSSGQVCVWDTRAGRCFLSWEADDGGIGLLLFSGSRLVSGSSTGRLRLWAVGAVSELRCKGSGARSSSVFMEHELVLDGAVVSASFDDSVDMGVVGTTAGTLWFVSWAEGTSTRLISGHRSKVNEVVFSPGESHCATCSEDGSVRVWALASMELVIQFQVLNQSCLCLAWSPPCCGRPEQQRLAAGYGDGSLRIFSVSRTAMELKMHPHPVALTTVAFSTDGQTVLSGDKDGLVAVSHPCTGTTFRVLSDHQGAPISTICVTCKECEDLGVEGTDLWLAASGDQRVSVWASDWLRNHCELVDWLSFPMPATTETQGHLPPSLAAFCPWDGALLMYVGPGVYKEVIIYNLCQKQVVEKIPLPFFAMSLSLSPGTHLLAVGFAECMLRLVDCAMGTAQDFAGHDNAVHLCRFTPSARLLFTAARNEILVWEVPGL

Target ORF information:

RefSeq Version	XM_017023024.1
Organism	Homo sapiens(human)
Definition	Homo sapiens 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_017023024.1

ORF Insert Sequence:

ATGAGCTGCT GCGAGTTGAC ATCGGCACTC TGGACCTGGC CAGCAGCCGC CTGGACTCAG 
CCATGGCTGT GTGCTTTGGC CCTGCAGCTC TGGGCCACCT GCTGGTGTCC ACCTCGTCCA 
ACAGAGTCGT GGTGCTGGAT GCTGTGTCGG GCCGCATCAT CCGGGAGTGA GGACGCCCGC 
TTCCTGCTGA TTGCCGCCGG CCGGACCATC AAGGTGTGGG ACTACGCCAC ACAGGCCAGC 
CCAGGCCCCC AGGTGTACAT CGGCCACTCG GAACCCGTGC AGGCTGTGGC CTTCTCTCCT 
GACCAGCAGC AGGTCCTCAG CGCAGGGGAC GCCGTCTTCC TCTGGGATGT CCTGGCCCCT 
ACTGAGAGCG ACCAAAGCTT CCCCGGGGCC CCCCCAGCCT GCAAGACAGG CCCGGGCGCA 
GGACCGCTGG AGGACGCAGC GTCCAGGGCC AGCGAGCTCC CCCGGCAGCA GGTCCCCAAG 
CCATGTCAGG CATCTCCACC ACGGCTGGGC GTCTGTGCCA GGCCTCCCGA AGGTGGCGAT 
GGCACCTTGT CCCCGTCAGA TGAGGAAGGA CCCTGTGAGG AGAGCTGTGA CCCCGAGGGG 
CTTGGGCAGG CCTCAGGCCC ACCTGTGCTC ACGGAGGAGG AGGCTGGCAG GGCTGGAGAC 
GGGGCCTGGG CTGCGGCAGT GGGCTCCTGG GGGCTTGCCC TGCCTCCCCG TTCCCCCGGC 
CAACCCCGTG AGCAGTGGAG GGCAGGGCAG GGACGCTGGT GCCGGTGCAG GGGCCTGAGG 
ACGGTCGGCG CCAGGGACAC CAGGAATTCG GGGGCCCCAC GCACCACCTA CCTGGCTTCC 
TGCAAGGCCT TCACGCCTGC CAGGGTCAGC TGCAGCCCCC ACTCTGCCAA GGGCACTTGC 
CCGCCTCCCG CCAGCGGTGG GTGGCTGCGT CTGAAGGCTG TCGTCGGTTA CAGCGGGAAT 
GGGCGGGCCA ACATGGTCTG GAGGCCGGAC ACAGGCTTCT TTGCCTACAC GTGCGGCCGC 
CTGGTGGTGG TGGAGGACCT GCACTCTGGC GCCCAGCAGC ACTGGTCCGG CCACTCTGCG 
GAGATCTCCA CGCTGGCCCT CAGCCACAGT GCCCAGGTCC TGGCCTCTGC CTCGGGCCGA 
AGCAGCACGA CCGCCCATTG TCAGATCCGC GTCTGGGACG TGTCTGGCGG CCTCTGCCAG 
CATCTCATTT TCCCCCATAG CACCACCGTG CTGGCCCTGG CCTTCTCACC AGATGACAGG 
CTTCTTGTCA CACTGGGGGA CCACGATGGC CGCACCCTCG CCCTGTGGGG CACGGCCACC 
TATGACCTCG TGTCCTCCAC CCGCCTCCCG GAGCCGGTGC ATGGTGTGGC CTTCAACCCC 
TGGGACGCCG GCGAGCTCAC CTGTGTGGGC CAGGGCACTG TCACCTTCTG GCTCCTTCAG 
CAGCGTGGGG CAGACATCAG CCTTCAGGTG CGTCGAGAGC CAGTCCCAGA GGCAGTGGGG 
GCTGGAGAGC TGACCTCGCT CTGCTACGGG GCACCTCCCC TGCTCTATTG TGGCACCAGC 
TCTGGCCAGG TCTGTGTCTG GGACACGCGT GCCGGCCGCT GCTTCTTGTC CTGGGAGGCG 
GATGACGGTG GCATTGGGCT GTTGCTGTTC TCGGGTTCTC GATTGGTCAG CGGCAGCAGC 
ACGGGGCGGC TGCGCCTGTG GGCCGTGGGG GCTGTGTCGG AGCTGAGGTG CAAGGGCTCA 
GGCGCCAGGT CCAGTTCTGT GTTCATGGAA CACGAGCTGG TGCTGGACGG GGCTGTGGTG 
AGTGCCAGCT TCGATGACAG CGTGGACATG GGCGTCGTGG GCACCACGGC GGGCACGCTG 
TGGTTTGTCA GCTGGGCCGA GGGCACCAGC ACACGTCTCA TCAGTGGCCA CAGGAGCAAG 
GTGAACGAGG TGGTCTTCAG CCCCGGGGAG TCCCACTGCG CCACATGCAG TGAGGATGGG 
AGTGTGCGGG TGTGGGCCTT GGCCAGCATG GAGCTTGTGA TCCAGTTCCA GGTGCTGAAC 
CAGAGCTGCC TCTGCCTGGC ATGGAGCCCC CCGTGCTGTG GCCGCCCTGA GCAGCAGCGG 
CTAGCGGCTG GCTACGGTGA CGGCTCCCTG CGCATCTTCA GCGTCTCCCG CACGGCCATG 
GAGCTCAAGA TGCACCCCCA CCCGGTGGCG CTGACCACTG TTGCCTTCTC CACCGATGGT 
CAGACTGTCC TCTCTGGAGA CAAGGATGGG CTCGTGGCTG TGAGCCACCC CTGCACAGGG 
ACAACCTTCC GTGTGCTGAG TGACCACCAG GGCGCCCCAA TCTCTACCAT CTGTGTCACG 
TGCAAAGAGT GTGAAGACTT AGGGGTGGAG GGCACAGACC TATGGCTGGC TGCCAGTGGG 
GACCAGCGGG TCAGCGTCTG GGCCTCCGAC TGGCTGCGGA ACCACTGTGA GCTTGTGGAC 
TGGTTGAGTT TCCCAATGCC TGCCACCACG GAGACTCAGG GCCACCTGCC ACCCTCCCTC 
GCTGCCTTCT GCCCTTGGGA TGGGGCGCTC CTGATGTACG TGGGCCCCGG TGTTTACAAG 
GAGGTGATCA TCTACAACCT CTGCCAGAAG CAGGTGGTGG AGAAGATACC ACTGCCCTTT 
TTTGCCATGT CCCTGAGCCT GTCCCCCGGG ACCCACCTCC TGGCTGTTGG CTTTGCTGAG 
TGCATGCTGA GGCTGGTAGA CTGTGCCATG GGGACTGCCC AAGACTTTGC CGGCCACGAC 
AACGCAGTGC ACCTGTGCAG GTTTACACCG TCCGCCAGGC TGCTCTTCAC GGCCGCCCGC 
AACGAGATCC TTGTGTGGGA GGTCCCCGGC CTCTGA

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

WDR90 ( XM_017023023.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016878512.1 Homo sapiens WD repeat domain 90 (WDR90), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu85899
Clone ID Related Accession (Same CDS sequence)	XM_017023023.1
Accession Version	XM_017023023.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5517bp) 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	1575475200000
Organism	Homo sapiens(human)
Product	WD repeat-containing protein 90 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000016.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCCGAG CGTGGCAGCA CCCGTTCCTC AACGTCTTCA GACACTTCCG GGTGGACGAG 
TGGAAGCGCT CCGCCAAGCA GGGGGACGTG GCCGTGGTCA CGGACAAGAC CCTGAAGGGC 
GCCGTGTATC GCATTCGGGG CTCAGTCTCT GCCGCCAACT ACATCCAGCT CCCTAAGAGC 
AGCACCCAGT CTCTGGGGCT GACGGGACGA TACCTGTATG TGCTCTTTCG GCCCCTGCCC 
AGCAAGCACT TCGTCATCCA CCTCGATGTG TCCTCCAAGG ACAACCAAGT CATCCGTGTG 
TCTTTCTCCA ACCTCTTCAA GGAGTTTAAG TCTACGGCCA CGTGGCTCCA GTTTCCCTTG 
GTCCTGGAGG CCAGGACACC TCAGAGAGAT CTGGTGGGTT TGGCCCCCTC CGGAGCCCGC 
TGGACCTGCC TGCAGCTCGA TCTGCAGGAC GTTCTCCTGG TCTACCTGAA CCGGTGCTAC 
GGCCATCTCA AGAGCATCAG GCTGTGCGCC AGCCTGCTGG TCAGGAACCT GTACACCAGT 
GACCTGTGCT TTGAGCCTGC CATCTCTGGG GCCCAGTGGG CAAAGCTGCC CGTGACTCCT 
ATGCCTCGGG AAATGGCATT CCCTGTGCCC AAGGGAGAGA GCTGGCATGA CCGCTACATC 
CACGTCCGGT TTCCAAGTGA GAGCTTGAAA GTGCCTTCCA AGCCGATTGA GAAGAGCTGT 
TCCCCTCCTG AGGCAGTCCT CCTGGGGCCG GGGCCACAGC CTCTCCCTTG CCCGGTGGCC 
TCCAGCAAAC CTGTGCGGTT CAGTGTGTCT CCAGTGGTCC AGACGCCCAG CCCCACAGCC 
CAGTCCGGCC GGGCCGCCTT GGCACCCAGG CCCTTCCCGG AGGTCAGCCT GTCCCAAGAG 
CGCTCAGACG CCTCCAACGC GGATGGCCCC GGTTTCCATA GCCTTGAGCC CTGGGCCCAG 
CTGGAGGCCT CTGACATCCA CACGGCTGCT GCCGGCACCC ACGTGTTGAC TCACGAGTCG 
GCTGAGGTGC CCGTGGCCCG CACCGGCTCC TGCGAAGGCT TCCTCCCAGA CCCAGTCCTG 
AGGCTCAAGG GCGTCATCGG CTTTGGGGGC CACGGCACCA GACAGGCCCT GTGGACCCCA 
GACGGGGCGG CTGTCGTGTA CCCCTGCCAT GCGGTCATCG TCGTCCTGCT CGTGGACACG 
GGGGAGCAGC GCTTCTTCCT TGGCCACACA GACAAGGTCT CCGCCCTGGC GCTGGATGGC 
AGCAGCTCAC TATTGGCCTC GGCCCAGGCA AGGGCCCCTA GTGTGATGCG GCTCTGGGAC 
TTCCAGACCG GGCGGTGCTT GTGCCTGTTC CGGAGCCCAA TGCACGTTGT CTGCTCTCTC 
AGCTTCTCTG ACAGCGGGGC CCTTCTCTGC GGGGTTGGCA AGGACCACCA CGGGAGGACG 
ATGGTGGTGG CCTGGGGCAC CGGCCAGGTG GGCCTCGGTG GCGAGGTGGT CGTTCTGGCA 
AAGGCGCACA CTGACTTTGA CGTCCAGGCC TTCCGGGTCA CCTTTTTTGA TGAAACCAGG 
ATGGCGTCGT GCGGGCAGGG CAGTGTGCGG CTCTGGCGGC TGCGTGGCGG GGTGCTGCGT 
TCCTGCCCCG TGGACTTAGG GGAGCACCAC GCGCTGCAGT TCACCGACCT GGCCTTCAAG 
CAGGCCCGGG ACGGCTGCCC GGAGCCCTCG GCTGCCATGC TCTTCGTGTG CAGCCGCAGT 
GGCCACATCT TGGAGATTGA CTGTCAGCGC ATGGTCGTGC GGCATGCCCG CCGCCTGCTC 
CCCACACGGA CTCCAGGCGG TCCCCACCCA CAGAAGCAGA CCTTCAGCTC AGGCCCCGGC 
ATTGCCATCA GCAGCCTCAG CGTCTCCCCG GCCATGTGTG CTGTGGGCTC TGAGGACGGC 
TTCTTGCGGC TCTGGCCCCT GGACTTCTCC TCGGTGCTCC TGGAGGCAGA GCACGAGGGC 
CCCGTCAGCT CAGTCTGTGT CAGCCCCGAT GGCCTCCGTG TGCTGTCTGC CACCTCCTCG 
GGCCACCTGG GCTTCCTGGA CACGCTGTCC CGGGTGTACC ACATGCTGGC TCGCTCCCAC 
ACCGCCCCGG TGTTGGCCCT CGCCATGGAG CAGAGGCGGG GACAGCTGGC CACCGTGTCC 
CAGGACCGTA CCGTCCGCAT CTGGGACCTG GCCACCCTGC AGCAGCTATA CGACTTCACA 
TCATCAGAGG ACGCCCCGTG CGCTGTCACC TTCCACCCCA CAAGGCCAAC CTTTTTCTGT 
GGCTTTAGCA GTGGGGCCGT GCGCTCCTTC AGCCTGGAGG CCGCTGAGGT CCTGGTGGAA 
CACACGTGCC ACCGAGGAGC TGTCACCGGC CTGACCGCCA CCCCTGACGG CCGCCTGCTC 
TTCAGCTCCT GCTCCCAGGG CTCCCTGGCC CAGTACAGCT GTGCGGACCC CCAGTGGCAT 
GTCCTCCGAG TGGCAGCGGA CATGGTATGC CCGGATGCCC CCGCGAGCCC CAGCGCCCTG 
GCAGTCAGCA GGGATGGCCG CCTGCTGGCC TTTGTGGGAC CCTCCAGGTG CACAGTGACA 
GTCATGGGCT CGGCCTCCCT TGATGAGCTG CTGCGAGTTG ACATCGGCAC TCTGGACCTG 
GCCAGCAGCC GCCTGGACTC AGCCATGGCT GTGTGCTTTG GCCCTGCAGC TCTGGGCCAC 
CTGCTGGTGT CCACCTCGTC CAACAGAGTC GTGGTGCTGG ATGCTGTGTC GGGCCGCATC 
ATCCGGGAGA GCACTGTGTT CCAGCTGCCC GGTGTCCACC CTGAGCCCTG CCCCTCCTTG 
ACGCTCAGTG AGGACGCCCG CTTCCTGCTG ATTGCCGCCG GCCGGACCAT CAAGGTGTGG 
GACTACGCCA CACAGGCCAG CCCAGGCCCC CAGGTGTACA TCGGCCACTC GGAACCCGTG 
CAGGCTGTGG CCTTCTCTCC TGACCAGCAG CAGGTCCTCA GCGCAGGGGA CGCCGTCTTC 
CTCTGGGATG TCCTGGCCCC TACTGAGAGC GACCAAAGCT TCCCCGGGGC CCCCCCAGCC 
TGCAAGACAG GCCCGGGCGC AGGACCGCTG GAGGACGCAG CGTCCAGGGC CAGCGAGCTC 
CCCCGGCAGC AGGTCCCCAA GCCATGTCAG GCATCTCCAC CACGGCTGGG CGTCTGTGCC 
AGGCCTCCCG AAGGTGGCGA TGGCACCTTG TCCCCGTCAG ATGAGGAAGG ACCCTGTGAG 
GAGAGCTGTG ACCCCGAGGG GCTTGGGCAG GCCTCAGGCC CACCTGTGCT CACGGAGGAG 
GAGGCTGGCA GGGCTGGAGA CGGGGCCTGG GCTGCGGCAG TGGGCTCCTG GGGGCTTGCC 
CTGCCTCCCC GTTCCCCCGG CCAACCCCGT GAGCAGTGGA GGGCAGGGCA GGGACGCTGG 
TGCCGGTGCA GGGGCCTGAG GACGGTCGGC GCCAGGGACA CCAGGAATTC GGGGGCCCCA 
CGCACCACCT ACCTGGCTTC CTGCAAGGCC TTCACGCCTG CCAGGGTCAG CTGCAGCCCC 
CACTCTGCCA AGGGCACTTG CCCGCCTCCC GCCAGCGGTG GGTGGCTGCG TCTGAAGGCT 
GTCGTCGGTT ACAGCGGGAA TGGGCGGGCC AACATGGTCT GGAGGCCGGA CACAGGCTTC 
TTTGCCTACA CGTGCGGCCG CCTGGTGGTG GTGGAGGACC TGCACTCTGG CGCCCAGCAG 
CACTGGTCCG GCCACTCTGC GGAGATCTCC ACGCTGGCCC TCAGCCACAG TGCCCAGGTC 
CTGGCCTCTG CCTCGGGCCG AAGCAGCACG ACCGCCCATT GTCAGATCCG CGTCTGGGAC 
GTGTCTGGCG GCCTCTGCCA GCATCTCATT TTCCCCCATA GCACCACCGT GCTGGCCCTG 
GCCTTCTCAC CAGATGACAG GCTTCTTGTC ACACTGGGGG ACCACGATGG CCGCACCCTC 
GCCCTGTGGG GCACGGCCAC CTATGACCTC GTGTCCTCCA CCCGCCTCCC GGAGCCGGTG 
CATGGTGTGG CCTTCAACCC CTGGGACGCC GGCGAGCTCA CCTGTGTGGG CCAGGGCACT 
GTCACCTTCT GGCTCCTTCA GCAGCGTGGG GCAGACATCA GCCTTCAGGT GCGTCGAGAG 
CCAGTCCCAG AGGCAGTGGG GGCTGGAGAG CTGACCTCGC TCTGCTACGG GGCACCTCCC 
CTGCTCTATT GTGGCACCAG CTCTGGCCAG GTCTGTGTCT GGGACACGCG TGCCGGCCGC 
TGCTTCTTGT CCTGGGAGGC GGATGACGGT GGCATTGGGC TGTTGCTGTT CTCGGGTTCT 
CGATTGGTCA GCGGCAGCAG CACGGGGCGG CTGCGCCTGT GGGCCGTGGG GGCTGTGTCG 
GAGCTGAGGT GCAAGGGCTC AGGCGCCAGG TCCAGTTCTG TGTTCATGGA ACACGAGCTG 
GTGCTGGACG GGGCTGTGGT GAGTGCCAGC TTCGATGACA GCGTGGACAT GGGCGTCGTG 
GGCACCACGG CGGGCACGCT GTGGTTTGTC AGCTGGGCCG AGGGCACCAG CACACGTCTC 
ATCAGTGGCC ACAGGAGCAA GGTGAACGAG GTGGTCTTCA GCCCCGGGGA GTCCCACTGC 
GCCACATGCA GTGAGGATGG GAGTGTGCGG GTGTGGGCCT TGGCCAGCAT GGAGCTTGTG 
ATCCAGTTCC AGGTGCTGAA CCAGAGCTGC CTCTGCCTGG CATGGAGCCC CCCGTGCTGT 
GGCCGCCCTG AGCAGCAGCG GCTAGCGGCT GGCTACGGTG ACGGCTCCCT GCGCATCTTC 
AGCGTCTCCC GCACGGCCAT GGAGCTCAAG ATGCACCCCC ACCCGGTGGC GCTGACCACT 
GTTGCCTTCT CCACCGATGG TCAGACTGTC CTCTCTGGAG ACAAGGATGG GCTCGTGGCT 
GTGAGCCACC CCTGCACAGG GACAACCTTC CGTGTGCTGA GTGACCACCA GGGCGCCCCA 
ATCTCTACCA TCTGTGTCAC GTGCAAAGAG TGTGAAGACT TAGGGGTGGA GGGCACAGAC 
CTATGGCTGG CTGCCAGTGG GGACCAGCGG GTCAGCGTCT GGGCCTCCGA CTGGCTGCGG 
AACCACTGTG AGCTTGTGGA CTGGTTGAGT TTCCCAATGC CTGCCACCAC GGAGACTCAG 
GGCCACCTGC CACCCTCCCT CGCTGCCTTC TGCCCTTGGG ATGGGGCGCT CCTGATGTAC 
GTGGGCCCCG GTGTTTACAA GGAGGTGATC ATCTACAACC TCTGCCAGAA GCAGGTGGTG 
GAGAAGATAC CACTGCCCTT TTTTGCCATG TCCCTGAGCC TGTCCCCCGG GACCCACCTC 
CTGGCTGTTG GCTTTGCTGA GTGCATGCTG AGGCTGGTAG ACTGTGCCAT GGGGACTGCC 
CAAGACTTTG CCGGCCACGA CAACGCAGTG CACCTGTGCA GGTTTACACC GTCCGCCAGG 
CTGCTCTTCA CGGCCGCCCG CAACGAGATC CTTGTGTGGG AGGTCCCCGG CCTCTGA

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

RefSeq	XP_016878512.1
CDS	55..5571
Translation	MARAWQHPFLNVFRHFRVDEWKRSAKQGDVAVVTDKTLKGAVYRIRGSVSAANYIQLPKSSTQSLGLTGRYLYVLFRPLPSKHFVIHLDVSSKDNQVIRVSFSNLFKEFKSTATWLQFPLVLEARTPQRDLVGLAPSGARWTCLQLDLQDVLLVYLNRCYGHLKSIRLCASLLVRNLYTSDLCFEPAISGAQWAKLPVTPMPREMAFPVPKGESWHDRYIHVRFPSESLKVPSKPIEKSCSPPEAVLLGPGPQPLPCPVASSKPVRFSVSPVVQTPSPTAQSGRAALAPRPFPEVSLSQERSDASNADGPGFHSLEPWAQLEASDIHTAAAGTHVLTHESAEVPVARTGSCEGFLPDPVLRLKGVIGFGGHGTRQALWTPDGAAVVYPCHAVIVVLLVDTGEQRFFLGHTDKVSALALDGSSSLLASAQARAPSVMRLWDFQTGRCLCLFRSPMHVVCSLSFSDSGALLCGVGKDHHGRTMVVAWGTGQVGLGGEVVVLAKAHTDFDVQAFRVTFFDETRMASCGQGSVRLWRLRGGVLRSCPVDLGEHHALQFTDLAFKQARDGCPEPSAAMLFVCSRSGHILEIDCQRMVVRHARRLLPTRTPGGPHPQKQTFSSGPGIAISSLSVSPAMCAVGSEDGFLRLWPLDFSSVLLEAEHEGPVSSVCVSPDGLRVLSATSSGHLGFLDTLSRVYHMLARSHTAPVLALAMEQRRGQLATVSQDRTVRIWDLATLQQLYDFTSSEDAPCAVTFHPTRPTFFCGFSSGAVRSFSLEAAEVLVEHTCHRGAVTGLTATPDGRLLFSSCSQGSLAQYSCADPQWHVLRVAADMVCPDAPASPSALAVSRDGRLLAFVGPSRCTVTVMGSASLDELLRVDIGTLDLASSRLDSAMAVCFGPAALGHLLVSTSSNRVVVLDAVSGRIIRESTVFQLPGVHPEPCPSLTLSEDARFLLIAAGRTIKVWDYATQASPGPQVYIGHSEPVQAVAFSPDQQQVLSAGDAVFLWDVLAPTESDQSFPGAPPACKTGPGAGPLEDAASRASELPRQQVPKPCQASPPRLGVCARPPEGGDGTLSPSDEEGPCEESCDPEGLGQASGPPVLTEEEAGRAGDGAWAAAVGSWGLALPPRSPGQPREQWRAGQGRWCRCRGLRTVGARDTRNSGAPRTTYLASCKAFTPARVSCSPHSAKGTCPPPASGGWLRLKAVVGYSGNGRANMVWRPDTGFFAYTCGRLVVVEDLHSGAQQHWSGHSAEISTLALSHSAQVLASASGRSSTTAHCQIRVWDVSGGLCQHLIFPHSTTVLALAFSPDDRLLVTLGDHDGRTLALWGTATYDLVSSTRLPEPVHGVAFNPWDAGELTCVGQGTVTFWLLQQRGADISLQVRREPVPEAVGAGELTSLCYGAPPLLYCGTSSGQVCVWDTRAGRCFLSWEADDGGIGLLLFSGSRLVSGSSTGRLRLWAVGAVSELRCKGSGARSSSVFMEHELVLDGAVVSASFDDSVDMGVVGTTAGTLWFVSWAEGTSTRLISGHRSKVNEVVFSPGESHCATCSEDGSVRVWALASMELVIQFQVLNQSCLCLAWSPPCCGRPEQQRLAAGYGDGSLRIFSVSRTAMELKMHPHPVALTTVAFSTDGQTVLSGDKDGLVAVSHPCTGTTFRVLSDHQGAPISTICVTCKECEDLGVEGTDLWLAASGDQRVSVWASDWLRNHCELVDWLSFPMPATTETQGHLPPSLAAFCPWDGALLMYVGPGVYKEVIIYNLCQKQVVEKIPLPFFAMSLSLSPGTHLLAVGFAECMLRLVDCAMGTAQDFAGHDNAVHLCRFTPSARLLFTAARNEILVWEVPGL

Target ORF information:

RefSeq Version	XM_017023023.1
Organism	Homo sapiens(human)
Definition	Homo sapiens WD repeat domain 90 (WDR90), transcript variant X1, mRNA.

Target ORF information:

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

XM_017023023.1

ORF Insert Sequence:

ATGGCCCGAG CGTGGCAGCA CCCGTTCCTC AACGTCTTCA GACACTTCCG GGTGGACGAG 
TGGAAGCGCT CCGCCAAGCA GGGGGACGTG GCCGTGGTCA CGGACAAGAC CCTGAAGGGC 
GCCGTGTATC GCATTCGGGG CTCAGTCTCT GCCGCCAACT ACATCCAGCT CCCTAAGAGC 
AGCACCCAGT CTCTGGGGCT GACGGGACGA TACCTGTATG TGCTCTTTCG GCCCCTGCCC 
AGCAAGCACT TCGTCATCCA CCTCGATGTG TCCTCCAAGG ACAACCAAGT CATCCGTGTG 
TCTTTCTCCA ACCTCTTCAA GGAGTTTAAG TCTACGGCCA CGTGGCTCCA GTTTCCCTTG 
GTCCTGGAGG CCAGGACACC TCAGAGAGAT CTGGTGGGTT TGGCCCCCTC CGGAGCCCGC 
TGGACCTGCC TGCAGCTCGA TCTGCAGGAC GTTCTCCTGG TCTACCTGAA CCGGTGCTAC 
GGCCATCTCA AGAGCATCAG GCTGTGCGCC AGCCTGCTGG TCAGGAACCT GTACACCAGT 
GACCTGTGCT TTGAGCCTGC CATCTCTGGG GCCCAGTGGG CAAAGCTGCC CGTGACTCCT 
ATGCCTCGGG AAATGGCATT CCCTGTGCCC AAGGGAGAGA GCTGGCATGA CCGCTACATC 
CACGTCCGGT TTCCAAGTGA GAGCTTGAAA GTGCCTTCCA AGCCGATTGA GAAGAGCTGT 
TCCCCTCCTG AGGCAGTCCT CCTGGGGCCG GGGCCACAGC CTCTCCCTTG CCCGGTGGCC 
TCCAGCAAAC CTGTGCGGTT CAGTGTGTCT CCAGTGGTCC AGACGCCCAG CCCCACAGCC 
CAGTCCGGCC GGGCCGCCTT GGCACCCAGG CCCTTCCCGG AGGTCAGCCT GTCCCAAGAG 
CGCTCAGACG CCTCCAACGC GGATGGCCCC GGTTTCCATA GCCTTGAGCC CTGGGCCCAG 
CTGGAGGCCT CTGACATCCA CACGGCTGCT GCCGGCACCC ACGTGTTGAC TCACGAGTCG 
GCTGAGGTGC CCGTGGCCCG CACCGGCTCC TGCGAAGGCT TCCTCCCAGA CCCAGTCCTG 
AGGCTCAAGG GCGTCATCGG CTTTGGGGGC CACGGCACCA GACAGGCCCT GTGGACCCCA 
GACGGGGCGG CTGTCGTGTA CCCCTGCCAT GCGGTCATCG TCGTCCTGCT CGTGGACACG 
GGGGAGCAGC GCTTCTTCCT TGGCCACACA GACAAGGTCT CCGCCCTGGC GCTGGATGGC 
AGCAGCTCAC TATTGGCCTC GGCCCAGGCA AGGGCCCCTA GTGTGATGCG GCTCTGGGAC 
TTCCAGACCG GGCGGTGCTT GTGCCTGTTC CGGAGCCCAA TGCACGTTGT CTGCTCTCTC 
AGCTTCTCTG ACAGCGGGGC CCTTCTCTGC GGGGTTGGCA AGGACCACCA CGGGAGGACG 
ATGGTGGTGG CCTGGGGCAC CGGCCAGGTG GGCCTCGGTG GCGAGGTGGT CGTTCTGGCA 
AAGGCGCACA CTGACTTTGA CGTCCAGGCC TTCCGGGTCA CCTTTTTTGA TGAAACCAGG 
ATGGCGTCGT GCGGGCAGGG CAGTGTGCGG CTCTGGCGGC TGCGTGGCGG GGTGCTGCGT 
TCCTGCCCCG TGGACTTAGG GGAGCACCAC GCGCTGCAGT TCACCGACCT GGCCTTCAAG 
CAGGCCCGGG ACGGCTGCCC GGAGCCCTCG GCTGCCATGC TCTTCGTGTG CAGCCGCAGT 
GGCCACATCT TGGAGATTGA CTGTCAGCGC ATGGTCGTGC GGCATGCCCG CCGCCTGCTC 
CCCACACGGA CTCCAGGCGG TCCCCACCCA CAGAAGCAGA CCTTCAGCTC AGGCCCCGGC 
ATTGCCATCA GCAGCCTCAG CGTCTCCCCG GCCATGTGTG CTGTGGGCTC TGAGGACGGC 
TTCTTGCGGC TCTGGCCCCT GGACTTCTCC TCGGTGCTCC TGGAGGCAGA GCACGAGGGC 
CCCGTCAGCT CAGTCTGTGT CAGCCCCGAT GGCCTCCGTG TGCTGTCTGC CACCTCCTCG 
GGCCACCTGG GCTTCCTGGA CACGCTGTCC CGGGTGTACC ACATGCTGGC TCGCTCCCAC 
ACCGCCCCGG TGTTGGCCCT CGCCATGGAG CAGAGGCGGG GACAGCTGGC CACCGTGTCC 
CAGGACCGTA CCGTCCGCAT CTGGGACCTG GCCACCCTGC AGCAGCTATA CGACTTCACA 
TCATCAGAGG ACGCCCCGTG CGCTGTCACC TTCCACCCCA CAAGGCCAAC CTTTTTCTGT 
GGCTTTAGCA GTGGGGCCGT GCGCTCCTTC AGCCTGGAGG CCGCTGAGGT CCTGGTGGAA 
CACACGTGCC ACCGAGGAGC TGTCACCGGC CTGACCGCCA CCCCTGACGG CCGCCTGCTC 
TTCAGCTCCT GCTCCCAGGG CTCCCTGGCC CAGTACAGCT GTGCGGACCC CCAGTGGCAT 
GTCCTCCGAG TGGCAGCGGA CATGGTATGC CCGGATGCCC CCGCGAGCCC CAGCGCCCTG 
GCAGTCAGCA GGGATGGCCG CCTGCTGGCC TTTGTGGGAC CCTCCAGGTG CACAGTGACA 
GTCATGGGCT CGGCCTCCCT TGATGAGCTG CTGCGAGTTG ACATCGGCAC TCTGGACCTG 
GCCAGCAGCC GCCTGGACTC AGCCATGGCT GTGTGCTTTG GCCCTGCAGC TCTGGGCCAC 
CTGCTGGTGT CCACCTCGTC CAACAGAGTC GTGGTGCTGG ATGCTGTGTC GGGCCGCATC 
ATCCGGGAGA GCACTGTGTT CCAGCTGCCC GGTGTCCACC CTGAGCCCTG CCCCTCCTTG 
ACGCTCAGTG AGGACGCCCG CTTCCTGCTG ATTGCCGCCG GCCGGACCAT CAAGGTGTGG 
GACTACGCCA CACAGGCCAG CCCAGGCCCC CAGGTGTACA TCGGCCACTC GGAACCCGTG 
CAGGCTGTGG CCTTCTCTCC TGACCAGCAG CAGGTCCTCA GCGCAGGGGA CGCCGTCTTC 
CTCTGGGATG TCCTGGCCCC TACTGAGAGC GACCAAAGCT TCCCCGGGGC CCCCCCAGCC 
TGCAAGACAG GCCCGGGCGC AGGACCGCTG GAGGACGCAG CGTCCAGGGC CAGCGAGCTC 
CCCCGGCAGC AGGTCCCCAA GCCATGTCAG GCATCTCCAC CACGGCTGGG CGTCTGTGCC 
AGGCCTCCCG AAGGTGGCGA TGGCACCTTG TCCCCGTCAG ATGAGGAAGG ACCCTGTGAG 
GAGAGCTGTG ACCCCGAGGG GCTTGGGCAG GCCTCAGGCC CACCTGTGCT CACGGAGGAG 
GAGGCTGGCA GGGCTGGAGA CGGGGCCTGG GCTGCGGCAG TGGGCTCCTG GGGGCTTGCC 
CTGCCTCCCC GTTCCCCCGG CCAACCCCGT GAGCAGTGGA GGGCAGGGCA GGGACGCTGG 
TGCCGGTGCA GGGGCCTGAG GACGGTCGGC GCCAGGGACA CCAGGAATTC GGGGGCCCCA 
CGCACCACCT ACCTGGCTTC CTGCAAGGCC TTCACGCCTG CCAGGGTCAG CTGCAGCCCC 
CACTCTGCCA AGGGCACTTG CCCGCCTCCC GCCAGCGGTG GGTGGCTGCG TCTGAAGGCT 
GTCGTCGGTT ACAGCGGGAA TGGGCGGGCC AACATGGTCT GGAGGCCGGA CACAGGCTTC 
TTTGCCTACA CGTGCGGCCG CCTGGTGGTG GTGGAGGACC TGCACTCTGG CGCCCAGCAG 
CACTGGTCCG GCCACTCTGC GGAGATCTCC ACGCTGGCCC TCAGCCACAG TGCCCAGGTC 
CTGGCCTCTG CCTCGGGCCG AAGCAGCACG ACCGCCCATT GTCAGATCCG CGTCTGGGAC 
GTGTCTGGCG GCCTCTGCCA GCATCTCATT TTCCCCCATA GCACCACCGT GCTGGCCCTG 
GCCTTCTCAC CAGATGACAG GCTTCTTGTC ACACTGGGGG ACCACGATGG CCGCACCCTC 
GCCCTGTGGG GCACGGCCAC CTATGACCTC GTGTCCTCCA CCCGCCTCCC GGAGCCGGTG 
CATGGTGTGG CCTTCAACCC CTGGGACGCC GGCGAGCTCA CCTGTGTGGG CCAGGGCACT 
GTCACCTTCT GGCTCCTTCA GCAGCGTGGG GCAGACATCA GCCTTCAGGT GCGTCGAGAG 
CCAGTCCCAG AGGCAGTGGG GGCTGGAGAG CTGACCTCGC TCTGCTACGG GGCACCTCCC 
CTGCTCTATT GTGGCACCAG CTCTGGCCAG GTCTGTGTCT GGGACACGCG TGCCGGCCGC 
TGCTTCTTGT CCTGGGAGGC GGATGACGGT GGCATTGGGC TGTTGCTGTT CTCGGGTTCT 
CGATTGGTCA GCGGCAGCAG CACGGGGCGG CTGCGCCTGT GGGCCGTGGG GGCTGTGTCG 
GAGCTGAGGT GCAAGGGCTC AGGCGCCAGG TCCAGTTCTG TGTTCATGGA ACACGAGCTG 
GTGCTGGACG GGGCTGTGGT GAGTGCCAGC TTCGATGACA GCGTGGACAT GGGCGTCGTG 
GGCACCACGG CGGGCACGCT GTGGTTTGTC AGCTGGGCCG AGGGCACCAG CACACGTCTC 
ATCAGTGGCC ACAGGAGCAA GGTGAACGAG GTGGTCTTCA GCCCCGGGGA GTCCCACTGC 
GCCACATGCA GTGAGGATGG GAGTGTGCGG GTGTGGGCCT TGGCCAGCAT GGAGCTTGTG 
ATCCAGTTCC AGGTGCTGAA CCAGAGCTGC CTCTGCCTGG CATGGAGCCC CCCGTGCTGT 
GGCCGCCCTG AGCAGCAGCG GCTAGCGGCT GGCTACGGTG ACGGCTCCCT GCGCATCTTC 
AGCGTCTCCC GCACGGCCAT GGAGCTCAAG ATGCACCCCC ACCCGGTGGC GCTGACCACT 
GTTGCCTTCT CCACCGATGG TCAGACTGTC CTCTCTGGAG ACAAGGATGG GCTCGTGGCT 
GTGAGCCACC CCTGCACAGG GACAACCTTC CGTGTGCTGA GTGACCACCA GGGCGCCCCA 
ATCTCTACCA TCTGTGTCAC GTGCAAAGAG TGTGAAGACT TAGGGGTGGA GGGCACAGAC 
CTATGGCTGG CTGCCAGTGG GGACCAGCGG GTCAGCGTCT GGGCCTCCGA CTGGCTGCGG 
AACCACTGTG AGCTTGTGGA CTGGTTGAGT TTCCCAATGC CTGCCACCAC GGAGACTCAG 
GGCCACCTGC CACCCTCCCT CGCTGCCTTC TGCCCTTGGG ATGGGGCGCT CCTGATGTAC 
GTGGGCCCCG GTGTTTACAA GGAGGTGATC ATCTACAACC TCTGCCAGAA GCAGGTGGTG 
GAGAAGATAC CACTGCCCTT TTTTGCCATG TCCCTGAGCC TGTCCCCCGG GACCCACCTC 
CTGGCTGTTG GCTTTGCTGA GTGCATGCTG AGGCTGGTAG ACTGTGCCAT GGGGACTGCC 
CAAGACTTTG CCGGCCACGA CAACGCAGTG CACCTGTGCA GGTTTACACC GTCCGCCAGG 
CTGCTCTTCA CGGCCGCCCG CAACGAGATC CTTGTGTGGG AGGTCCCCGG CCTCTGA

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

WDR90 ( NM_145294.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_660337.3 Homo sapiens WD repeat domain 90 (WDR90), mRNA.

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CloneID	OHu06529
Clone ID Related Accession (Same CDS sequence)	NM_145294.4 , NM_145294.5
Accession Version	NM_145294.4	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5247bp) 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	1506700800000
Organism	Homo sapiens(human)
Product	WD repeat-containing protein 90
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AK091062.1, AB067511.1, AK126622.1 and AK092719.1. On Apr 28, 2006 this sequence version replaced NM_145294.3. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1968540, SAMEA1968968 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGCCCGAG CGTGGCAGCA CCCGTTCCTC AACGTCTTCA GACACTTCCG GGTGGACGAG 
TGGAAGCGCT CCGCCAAGCA GGGGGACGTG GCCGTGGTCA CGGACAAGAC CCTGAAGGGC 
GCCGTGTATC GCATTCGGGG CTCAGTCTCT GCCGCCAACT ACATCCAGCT CCCTAAGAGC 
AGCACCCAGT CTCTGGGGCT GACGGGACGA TACCTGTATG TGCTCTTTCG GCCCCTGCCC 
AGCAAGCACT TCGTCATCCA CCTCGATGTG TCCTCCAAGG ACAACCAAGT CATCCGTGTG 
TCTTTCTCCA ACCTCTTCAA GGAGTTTAAG TCTACGGCCA CGTGGCTCCA GTTTCCCTTG 
GTCCTGGAGG CCAGGACACC TCAGAGAGAT CTGGTGGGTT TGGCCCCCTC CGGAGCCCGC 
TGGACCTGCC TGCAGCTCGA TCTGCAGGAC GTTCTCCTGG TCTACCTGAA CCGGTGCTAC 
GGCCATCTCA AGAGCATCAG GCTGTGCGCC AGCCTGCTGG TCAGGAACCT GTACACCAGT 
GACCTGTGCT TTGAGCCTGC CATCTCTGGG GCCCAGTGGG CAAAGCTGCC CGTGACTCCT 
ATGCCTCGGG AAATGGCATT CCCTGTGCCC AAGGGAGAGA GCTGGCATGA CCGCTACATC 
CACGTCCGGT TTCCAAGTGA GAGCTTGAAA GTGCCTTCCA AGCCGATTGA GAAGAGCTGT 
TCCCCTCCTG AGGCAGTCCT CCTGGGGCCG GGGCCACAGC CTCTCCCTTG CCCGGTGGCC 
TCCAGCAAAC CTGTGCGGTT CAGTGTGTCT CCAGTGGTCC AGACGCCCAG CCCCACAGCC 
TCCGGCCGGG CCGCCTTGGC ACCCAGGCCC TTCCCGGAGG TCAGCCTGTC CCAAGAGCGC 
TCAGACGCCT CCAACGCGGA TGGCCCCGGT TTCCATAGCC TTGAGCCCTG GGCCCAGCTG 
GAGGCCTCTG ACATCCACAC GGCTGCTGCC GGCACCCACG TGTTGACTCA CGAGTCGGCT 
GAGGTGCCCG TGGCCCGCAC CGGCTCCTGC GAAGGCTTCC TCCCAGACCC AGTCCTGAGG 
CTCAAGGGCG TCATCGGCTT TGGGGGCCAC GGCACCAGAC AGGCCCTGTG GACCCCAGAC 
GGGGCGGCTG TCGTGTACCC CTGCCATGCG GTCATCGTCG TCCTGCTCGT GGACACGGGG 
GAGCAGCGCT TCTTCCTTGG CCACACAGAC AAGGTCTCCG CCCTGGCGCT GGATGGCAGC 
AGCTCACTAT TGGCCTCGGC CCAGGCAAGG GCCCCTAGTG TGATGCGGCT CTGGGACTTC 
CAGACCGGGC GGTGCTTGTG CCTGTTCCGG AGCCCAATGC ACGTTGTCTG CTCTCTCAGC 
TTCTCTGACA GCGGGGCCCT TCTCTGCGGG GTTGGCAAGG ACCACCACGG GAGGACGATG 
GTGGTGGCCT GGGGCACCGG CCAGGTGGGC CTCGGTGGCG AGGTGGTCGT TCTGGCAAAG 
GCGCACACTG ACTTTGACGT CCAGGCCTTC CGGGTCACCT TTTTTGATGA AACCAGGATG 
GCGTCGTGCG GGCAGGGCAG TGTGCGGCTC TGGCGGCTGC GTGGCGGGGT GCTGCGTTCC 
TGCCCCGTGG ACTTAGGGGA GCACCACGCG CTGCAGTTCA CCGACCTGGC CTTCAAGCAG 
GCCCGGGACG GCTGCCCGGA GCCCTCGGCT GCCATGCTCT TCGTGTGCAG CCGCAGTGGC 
CACATCTTGG AGATTGACTG TCAGCGCATG GTCGTGCGGC ATGCCCGCCG CCTGCTCCCC 
ACACGGACTC CAGGCGGTCC CCACCCACAG AAGCAGACCT TCAGCTCAGG CCCCGGCATT 
GCCATCAGCA GCCTCAGCGT CTCCCCGGCC ATGTGTGCTG TGGGCTCTGA GGACGGCTTC 
TTGCGGCTCT GGCCCCTGGA CTTCTCCTCG GTGCTCCTGG AGGCAGAGCA CGAGGGCCCC 
GTCAGCTCAG TCTGTGTCAG CCCCGATGGC CTCCGTGTGC TGTCTGCCAC CTCCTCGGGC 
CACCTGGGCT TCCTGGACAC GCTGTCCCGG GTGTACCACA TGCTGGCTCG CTCCCACACC 
GCCCCGGTGT TGGCCCTCGC CATGGAGCAG AGGCGGGGAC AGCTGGCCAC CGTGTCCCAG 
GACCGTACCG TCCGCATCTG GGACCTGGCC ACCCTGCAGC AGCTATACGA CTTCACATCA 
TCAGAGGACG CCCCGTGCGC TGTCACCTTC CACCCCACAA GGCCAACCTT TTTCTGTGGC 
TTTAGCAGTG GGGCCGTGCG CTCCTTCAGC CTGGAGGCCG CTGAGGTCCT GGTGGAACAC 
ACGTGCCACC GAGGAGCTGT CACCGGCCTG ACCGCCACCC CTGACGGCCG CCTGCTCTTC 
AGCTCCTGCT CCCAGGGCTC CCTGGCCCAG TACAGCTGTG CGGACCCCCA GTGGCATGTC 
CTCCGAGTGG CAGCGGACAT GGTATGCCCG GATGCCCCCG CGAGCCCCAG CGCCCTGGCA 
GTCAGCAGGG ATGGCCGCCT GCTGGCCTTT GTGGGACCCT CCAGGTGCAC AGTGACAGTC 
ATGGGCTCGG CCTCCCTTGA TGAGCTGCTG CGAGTTGACA TCGGCACTCT GGACCTGGCC 
AGCAGCCGCC TGGACTCAGC CATGGCTGTG TGCTTTGGCC CTGCAGCTCT GGGCCACCTG 
CTGGTGTCCA CCTCGTCCAA CAGAGTCGTG GTGCTGGATG CTGTGTCGGG CCGCATCATC 
CGGGAGCTGC CCGGTGTCCA CCCTGAGCCC TGCCCCTCCT TGACGCTCAG TGAGGACGCC 
CGCTTCCTGC TGATTGCCGC CGGCCGGACC ATCAAGGTGT GGGACTACGC CACACAGGCC 
AGCCCAGGCC CCCAGGTGTA CATCGGCCAC TCGGAACCCG TGCAGGCTGT GGCCTTCTCT 
CCTGACCAGC AGCAGGTCCT CAGCGCAGGG GACGCCGTCT TCCTCTGGGA TGTCCTGGCC 
CCTACTGAGA GCGACCAAAG CTTCCCCGGG GCCCCCCCAG CCTGCAAGAC AGGCCCGGGC 
GCAGGACCGC TGGAGGACGC AGCGTCCAGG GCCAGCGAGC TCCCCCGGCA GCAGGTCCCC 
AAGCCATGTC AGGCATCTCC ACCACGGCTG GGCGTCTGTG CCAGGCCTCC CGAAGGTGGC 
GATGGCGCCA GGGACACCAG GAATTCGGGG GCCCCACGCA CCACCTACCT GGCTTCCTGC 
AAGGCCTTCA CGCCTGCCAG GGTCAGCTGC AGCCCCCACT CTGCCAAGGG CACTTGCCCG 
CCTCCCGCCA GCGGTGGGTG GCTGCGTCTG AAGGCTGTCG TCGGTTACAG CGGGAATGGG 
CGGGCCAACA TGGTCTGGAG GCCGGACACA GGCTTCTTTG CCTACACGTG CGGCCGCCTG 
GTGGTGGTGG AGGACCTGCA CTCTGGCGCC CAGCAGCACT GGTCCGGCCA CTCTGCGGAG 
ATCTCCACGC TGGCCCTCAG CCACAGTGCC CAGGTCCTGG CCTCTGCCTC GGGCCGAAGC 
AGCACGACCG CCCATTGTCA GATCCGCGTC TGGGACGTGT CTGGCGGCCT CTGCCAGCAT 
CTCATTTTCC CCCATAGCAC CACCGTGCTG GCCCTGGCCT TCTCACCAGA TGACAGGCTT 
CTTGTCACAC TGGGGGACCA CGATGGCCGC ACCCTCGCCC TGTGGGGCAC GGCCACCTAT 
GACCTCGTGT CCTCCACCCG CCTCCCGGAG CCGGTGCATG GTGTGGCCTT CAACCCCTGG 
GACGCCGGCG AGCTCACCTG TGTGGGCCAG GGCACTGTCA CCTTCTGGCT CCTTCAGCAG 
CGTGGGGCAG ACATCAGCCT TCAGGTGCGT CGAGAGCCAG TCCCAGAGGC AGTGGGGGCT 
GGAGAGCTGA CCTCGCTCTG CTACGGGGCA CCTCCCCTGC TCTATTGTGG CACCAGCTCT 
GGCCAGGTCT GTGTCTGGGA CACGCGTGCC GGCCGCTGCT TCTTGTCCTG GGAGGCGGAT 
GACGGTGGCA TTGGGCTGTT GCTGTTCTCG GGTTCTCGAT TGGTCAGCGG CAGCAGCACG 
GGGCGGCTGC GCCTGTGGGC CGTGGGGGCT GTGTCGGAGC TGAGGTGCAA GGGCTCAGGC 
GCCAGTTCTG TGTTCATGGA ACACGAGCTG GTGCTGGACG GGGCTGTGGT GAGTGCCAGC 
TTCGATGACA GCGTGGACAT GGGCGTCGTG GGCACCACGG CGGGCACGCT GTGGTTTGTC 
AGCTGGGCCG AGGGCACCAG CACACGTCTC ATCAGTGGCC ACAGGAGCAA GGTGAACGAG 
GTGGTCTTCA GCCCCGGGGA GTCCCACTGC GCCACATGCA GTGAGGATGG GAGTGTGCGG 
GTGTGGGCCT TGGCCAGCAT GGAGCTTGTG ATCCAGTTCC AGGTGCTGAA CCAGAGCTGC 
CTCTGCCTGG CATGGAGCCC CCCGTGCTGT GGCCGCCCTG AGCAGCAGCG GCTAGCGGCT 
GGCTACGGTG ACGGCTCCCT GCGCATCTTC AGCGTCTCCC GCACGGCCAT GGAGCTCAAG 
ATGCACCCCC ACCCGGTGGC GCTGACCACT GTTGCCTTCT CCACCGATGG TCAGACTGTC 
CTCTCTGGAG ACAAGGATGG GCTCGTGGCT GTGAGCCACC CCTGCACAGG GACAACCTTC 
CGTGTGCTGA GTGACCACCA GGGCGCCCCA ATCTCTACCA TCTGTGTCAC GTGCAAAGAG 
TGTGAAGACT TAGGGGTGGA GGGCACAGAC CTATGGCTGG CTGCCAGTGG GGACCAGCGG 
GTCAGCGTCT GGGCCTCCGA CTGGCTGCGG AACCACTGTG AGCTTGTGGA CTGGTTGAGT 
TTCCCAATGC CTGCCACCAC GGAGACTCAG GGCCACCTGC CACCCTCCCT CGCTGCCTTC 
TGCCCTTGGG ATGGGGCGCT CCTGATGTAC GTGGGCCCCG GTGTTTACAA GGAGGTGATC 
ATCTACAACC TCTGCCAGAA GCAGGTGGTG GAGAAGATAC CACTGCCCTT TTTTGCCATG 
TCCCTGAGCC TGTCCCCCGG GACCCACCTC CTGGCTGTTG GCTTTGCTGA GTGCATGCTG 
AGGCTGGTAG ACTGTGCCAT GGGGACTGCC CAAGACTTTG CCGGCCACGA CAACGCAGTG 
CACCTGTGCA GGTTTACACC GTCCGCCAGG CTGCTCTTCA CGGCCGCCCG CAACGAGATC 
CTTGTGTGGG AGGTCCCCGG CCTCTGA

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

RefSeq	NP_660337.3
CDS	55..5301
Translation	MARAWQHPFLNVFRHFRVDEWKRSAKQGDVAVVTDKTLKGAVYRIRGSVSAANYIQLPKSSTQSLGLTGRYLYVLFRPLPSKHFVIHLDVSSKDNQVIRVSFSNLFKEFKSTATWLQFPLVLEARTPQRDLVGLAPSGARWTCLQLDLQDVLLVYLNRCYGHLKSIRLCASLLVRNLYTSDLCFEPAISGAQWAKLPVTPMPREMAFPVPKGESWHDRYIHVRFPSESLKVPSKPIEKSCSPPEAVLLGPGPQPLPCPVASSKPVRFSVSPVVQTPSPTASGRAALAPRPFPEVSLSQERSDASNADGPGFHSLEPWAQLEASDIHTAAAGTHVLTHESAEVPVARTGSCEGFLPDPVLRLKGVIGFGGHGTRQALWTPDGAAVVYPCHAVIVVLLVDTGEQRFFLGHTDKVSALALDGSSSLLASAQARAPSVMRLWDFQTGRCLCLFRSPMHVVCSLSFSDSGALLCGVGKDHHGRTMVVAWGTGQVGLGGEVVVLAKAHTDFDVQAFRVTFFDETRMASCGQGSVRLWRLRGGVLRSCPVDLGEHHALQFTDLAFKQARDGCPEPSAAMLFVCSRSGHILEIDCQRMVVRHARRLLPTRTPGGPHPQKQTFSSGPGIAISSLSVSPAMCAVGSEDGFLRLWPLDFSSVLLEAEHEGPVSSVCVSPDGLRVLSATSSGHLGFLDTLSRVYHMLARSHTAPVLALAMEQRRGQLATVSQDRTVRIWDLATLQQLYDFTSSEDAPCAVTFHPTRPTFFCGFSSGAVRSFSLEAAEVLVEHTCHRGAVTGLTATPDGRLLFSSCSQGSLAQYSCADPQWHVLRVAADMVCPDAPASPSALAVSRDGRLLAFVGPSRCTVTVMGSASLDELLRVDIGTLDLASSRLDSAMAVCFGPAALGHLLVSTSSNRVVVLDAVSGRIIRELPGVHPEPCPSLTLSEDARFLLIAAGRTIKVWDYATQASPGPQVYIGHSEPVQAVAFSPDQQQVLSAGDAVFLWDVLAPTESDQSFPGAPPACKTGPGAGPLEDAASRASELPRQQVPKPCQASPPRLGVCARPPEGGDGARDTRNSGAPRTTYLASCKAFTPARVSCSPHSAKGTCPPPASGGWLRLKAVVGYSGNGRANMVWRPDTGFFAYTCGRLVVVEDLHSGAQQHWSGHSAEISTLALSHSAQVLASASGRSSTTAHCQIRVWDVSGGLCQHLIFPHSTTVLALAFSPDDRLLVTLGDHDGRTLALWGTATYDLVSSTRLPEPVHGVAFNPWDAGELTCVGQGTVTFWLLQQRGADISLQVRREPVPEAVGAGELTSLCYGAPPLLYCGTSSGQVCVWDTRAGRCFLSWEADDGGIGLLLFSGSRLVSGSSTGRLRLWAVGAVSELRCKGSGASSVFMEHELVLDGAVVSASFDDSVDMGVVGTTAGTLWFVSWAEGTSTRLISGHRSKVNEVVFSPGESHCATCSEDGSVRVWALASMELVIQFQVLNQSCLCLAWSPPCCGRPEQQRLAAGYGDGSLRIFSVSRTAMELKMHPHPVALTTVAFSTDGQTVLSGDKDGLVAVSHPCTGTTFRVLSDHQGAPISTICVTCKECEDLGVEGTDLWLAASGDQRVSVWASDWLRNHCELVDWLSFPMPATTETQGHLPPSLAAFCPWDGALLMYVGPGVYKEVIIYNLCQKQVVEKIPLPFFAMSLSLSPGTHLLAVGFAECMLRLVDCAMGTAQDFAGHDNAVHLCRFTPSARLLFTAARNEILVWEVPGL

Target ORF information:

RefSeq Version	NM_145294.4
Organism	Homo sapiens(human)
Definition	Homo sapiens 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

NM_145294.4

ORF Insert Sequence:

ATGGCCCGAG CGTGGCAGCA CCCGTTCCTC AACGTCTTCA GACACTTCCG GGTGGACGAG 
TGGAAGCGCT CCGCCAAGCA GGGGGACGTG GCCGTGGTCA CGGACAAGAC CCTGAAGGGC 
GCCGTGTATC GCATTCGGGG CTCAGTCTCT GCCGCCAACT ACATCCAGCT CCCTAAGAGC 
AGCACCCAGT CTCTGGGGCT GACGGGACGA TACCTGTATG TGCTCTTTCG GCCCCTGCCC 
AGCAAGCACT TCGTCATCCA CCTCGATGTG TCCTCCAAGG ACAACCAAGT CATCCGTGTG 
TCTTTCTCCA ACCTCTTCAA GGAGTTTAAG TCTACGGCCA CGTGGCTCCA GTTTCCCTTG 
GTCCTGGAGG CCAGGACACC TCAGAGAGAT CTGGTGGGTT TGGCCCCCTC CGGAGCCCGC 
TGGACCTGCC TGCAGCTCGA TCTGCAGGAC GTTCTCCTGG TCTACCTGAA CCGGTGCTAC 
GGCCATCTCA AGAGCATCAG GCTGTGCGCC AGCCTGCTGG TCAGGAACCT GTACACCAGT 
GACCTGTGCT TTGAGCCTGC CATCTCTGGG GCCCAGTGGG CAAAGCTGCC CGTGACTCCT 
ATGCCTCGGG AAATGGCATT CCCTGTGCCC AAGGGAGAGA GCTGGCATGA CCGCTACATC 
CACGTCCGGT TTCCAAGTGA GAGCTTGAAA GTGCCTTCCA AGCCGATTGA GAAGAGCTGT 
TCCCCTCCTG AGGCAGTCCT CCTGGGGCCG GGGCCACAGC CTCTCCCTTG CCCGGTGGCC 
TCCAGCAAAC CTGTGCGGTT CAGTGTGTCT CCAGTGGTCC AGACGCCCAG CCCCACAGCC 
TCCGGCCGGG CCGCCTTGGC ACCCAGGCCC TTCCCGGAGG TCAGCCTGTC CCAAGAGCGC 
TCAGACGCCT CCAACGCGGA TGGCCCCGGT TTCCATAGCC TTGAGCCCTG GGCCCAGCTG 
GAGGCCTCTG ACATCCACAC GGCTGCTGCC GGCACCCACG TGTTGACTCA CGAGTCGGCT 
GAGGTGCCCG TGGCCCGCAC CGGCTCCTGC GAAGGCTTCC TCCCAGACCC AGTCCTGAGG 
CTCAAGGGCG TCATCGGCTT TGGGGGCCAC GGCACCAGAC AGGCCCTGTG GACCCCAGAC 
GGGGCGGCTG TCGTGTACCC CTGCCATGCG GTCATCGTCG TCCTGCTCGT GGACACGGGG 
GAGCAGCGCT TCTTCCTTGG CCACACAGAC AAGGTCTCCG CCCTGGCGCT GGATGGCAGC 
AGCTCACTAT TGGCCTCGGC CCAGGCAAGG GCCCCTAGTG TGATGCGGCT CTGGGACTTC 
CAGACCGGGC GGTGCTTGTG CCTGTTCCGG AGCCCAATGC ACGTTGTCTG CTCTCTCAGC 
TTCTCTGACA GCGGGGCCCT TCTCTGCGGG GTTGGCAAGG ACCACCACGG GAGGACGATG 
GTGGTGGCCT GGGGCACCGG CCAGGTGGGC CTCGGTGGCG AGGTGGTCGT TCTGGCAAAG 
GCGCACACTG ACTTTGACGT CCAGGCCTTC CGGGTCACCT TTTTTGATGA AACCAGGATG 
GCGTCGTGCG GGCAGGGCAG TGTGCGGCTC TGGCGGCTGC GTGGCGGGGT GCTGCGTTCC 
TGCCCCGTGG ACTTAGGGGA GCACCACGCG CTGCAGTTCA CCGACCTGGC CTTCAAGCAG 
GCCCGGGACG GCTGCCCGGA GCCCTCGGCT GCCATGCTCT TCGTGTGCAG CCGCAGTGGC 
CACATCTTGG AGATTGACTG TCAGCGCATG GTCGTGCGGC ATGCCCGCCG CCTGCTCCCC 
ACACGGACTC CAGGCGGTCC CCACCCACAG AAGCAGACCT TCAGCTCAGG CCCCGGCATT 
GCCATCAGCA GCCTCAGCGT CTCCCCGGCC ATGTGTGCTG TGGGCTCTGA GGACGGCTTC 
TTGCGGCTCT GGCCCCTGGA CTTCTCCTCG GTGCTCCTGG AGGCAGAGCA CGAGGGCCCC 
GTCAGCTCAG TCTGTGTCAG CCCCGATGGC CTCCGTGTGC TGTCTGCCAC CTCCTCGGGC 
CACCTGGGCT TCCTGGACAC GCTGTCCCGG GTGTACCACA TGCTGGCTCG CTCCCACACC 
GCCCCGGTGT TGGCCCTCGC CATGGAGCAG AGGCGGGGAC AGCTGGCCAC CGTGTCCCAG 
GACCGTACCG TCCGCATCTG GGACCTGGCC ACCCTGCAGC AGCTATACGA CTTCACATCA 
TCAGAGGACG CCCCGTGCGC TGTCACCTTC CACCCCACAA GGCCAACCTT TTTCTGTGGC 
TTTAGCAGTG GGGCCGTGCG CTCCTTCAGC CTGGAGGCCG CTGAGGTCCT GGTGGAACAC 
ACGTGCCACC GAGGAGCTGT CACCGGCCTG ACCGCCACCC CTGACGGCCG CCTGCTCTTC 
AGCTCCTGCT CCCAGGGCTC CCTGGCCCAG TACAGCTGTG CGGACCCCCA GTGGCATGTC 
CTCCGAGTGG CAGCGGACAT GGTATGCCCG GATGCCCCCG CGAGCCCCAG CGCCCTGGCA 
GTCAGCAGGG ATGGCCGCCT GCTGGCCTTT GTGGGACCCT CCAGGTGCAC AGTGACAGTC 
ATGGGCTCGG CCTCCCTTGA TGAGCTGCTG CGAGTTGACA TCGGCACTCT GGACCTGGCC 
AGCAGCCGCC TGGACTCAGC CATGGCTGTG TGCTTTGGCC CTGCAGCTCT GGGCCACCTG 
CTGGTGTCCA CCTCGTCCAA CAGAGTCGTG GTGCTGGATG CTGTGTCGGG CCGCATCATC 
CGGGAGCTGC CCGGTGTCCA CCCTGAGCCC TGCCCCTCCT TGACGCTCAG TGAGGACGCC 
CGCTTCCTGC TGATTGCCGC CGGCCGGACC ATCAAGGTGT GGGACTACGC CACACAGGCC 
AGCCCAGGCC CCCAGGTGTA CATCGGCCAC TCGGAACCCG TGCAGGCTGT GGCCTTCTCT 
CCTGACCAGC AGCAGGTCCT CAGCGCAGGG GACGCCGTCT TCCTCTGGGA TGTCCTGGCC 
CCTACTGAGA GCGACCAAAG CTTCCCCGGG GCCCCCCCAG CCTGCAAGAC AGGCCCGGGC 
GCAGGACCGC TGGAGGACGC AGCGTCCAGG GCCAGCGAGC TCCCCCGGCA GCAGGTCCCC 
AAGCCATGTC AGGCATCTCC ACCACGGCTG GGCGTCTGTG CCAGGCCTCC CGAAGGTGGC 
GATGGCGCCA GGGACACCAG GAATTCGGGG GCCCCACGCA CCACCTACCT GGCTTCCTGC 
AAGGCCTTCA CGCCTGCCAG GGTCAGCTGC AGCCCCCACT CTGCCAAGGG CACTTGCCCG 
CCTCCCGCCA GCGGTGGGTG GCTGCGTCTG AAGGCTGTCG TCGGTTACAG CGGGAATGGG 
CGGGCCAACA TGGTCTGGAG GCCGGACACA GGCTTCTTTG CCTACACGTG CGGCCGCCTG 
GTGGTGGTGG AGGACCTGCA CTCTGGCGCC CAGCAGCACT GGTCCGGCCA CTCTGCGGAG 
ATCTCCACGC TGGCCCTCAG CCACAGTGCC CAGGTCCTGG CCTCTGCCTC GGGCCGAAGC 
AGCACGACCG CCCATTGTCA GATCCGCGTC TGGGACGTGT CTGGCGGCCT CTGCCAGCAT 
CTCATTTTCC CCCATAGCAC CACCGTGCTG GCCCTGGCCT TCTCACCAGA TGACAGGCTT 
CTTGTCACAC TGGGGGACCA CGATGGCCGC ACCCTCGCCC TGTGGGGCAC GGCCACCTAT 
GACCTCGTGT CCTCCACCCG CCTCCCGGAG CCGGTGCATG GTGTGGCCTT CAACCCCTGG 
GACGCCGGCG AGCTCACCTG TGTGGGCCAG GGCACTGTCA CCTTCTGGCT CCTTCAGCAG 
CGTGGGGCAG ACATCAGCCT TCAGGTGCGT CGAGAGCCAG TCCCAGAGGC AGTGGGGGCT 
GGAGAGCTGA CCTCGCTCTG CTACGGGGCA CCTCCCCTGC TCTATTGTGG CACCAGCTCT 
GGCCAGGTCT GTGTCTGGGA CACGCGTGCC GGCCGCTGCT TCTTGTCCTG GGAGGCGGAT 
GACGGTGGCA TTGGGCTGTT GCTGTTCTCG GGTTCTCGAT TGGTCAGCGG CAGCAGCACG 
GGGCGGCTGC GCCTGTGGGC CGTGGGGGCT GTGTCGGAGC TGAGGTGCAA GGGCTCAGGC 
GCCAGTTCTG TGTTCATGGA ACACGAGCTG GTGCTGGACG GGGCTGTGGT GAGTGCCAGC 
TTCGATGACA GCGTGGACAT GGGCGTCGTG GGCACCACGG CGGGCACGCT GTGGTTTGTC 
AGCTGGGCCG AGGGCACCAG CACACGTCTC ATCAGTGGCC ACAGGAGCAA GGTGAACGAG 
GTGGTCTTCA GCCCCGGGGA GTCCCACTGC GCCACATGCA GTGAGGATGG GAGTGTGCGG 
GTGTGGGCCT TGGCCAGCAT GGAGCTTGTG ATCCAGTTCC AGGTGCTGAA CCAGAGCTGC 
CTCTGCCTGG CATGGAGCCC CCCGTGCTGT GGCCGCCCTG AGCAGCAGCG GCTAGCGGCT 
GGCTACGGTG ACGGCTCCCT GCGCATCTTC AGCGTCTCCC GCACGGCCAT GGAGCTCAAG 
ATGCACCCCC ACCCGGTGGC GCTGACCACT GTTGCCTTCT CCACCGATGG TCAGACTGTC 
CTCTCTGGAG ACAAGGATGG GCTCGTGGCT GTGAGCCACC CCTGCACAGG GACAACCTTC 
CGTGTGCTGA GTGACCACCA GGGCGCCCCA ATCTCTACCA TCTGTGTCAC GTGCAAAGAG 
TGTGAAGACT TAGGGGTGGA GGGCACAGAC CTATGGCTGG CTGCCAGTGG GGACCAGCGG 
GTCAGCGTCT GGGCCTCCGA CTGGCTGCGG AACCACTGTG AGCTTGTGGA CTGGTTGAGT 
TTCCCAATGC CTGCCACCAC GGAGACTCAG GGCCACCTGC CACCCTCCCT CGCTGCCTTC 
TGCCCTTGGG ATGGGGCGCT CCTGATGTAC GTGGGCCCCG GTGTTTACAA GGAGGTGATC 
ATCTACAACC TCTGCCAGAA GCAGGTGGTG GAGAAGATAC CACTGCCCTT TTTTGCCATG 
TCCCTGAGCC TGTCCCCCGG GACCCACCTC CTGGCTGTTG GCTTTGCTGA GTGCATGCTG 
AGGCTGGTAG ACTGTGCCAT GGGGACTGCC CAAGACTTTG CCGGCCACGA CAACGCAGTG 
CACCTGTGCA GGTTTACACC GTCCGCCAGG CTGCTCTTCA CGGCCGCCCG CAACGAGATC 
CTTGTGTGGG AGGTCCCCGG CCTCTGA

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

WDR90 ( NM_145294.5 ) cDNA ORF clone, Homo sapiens(human) -> NP_660337.3 Homo sapiens WD repeat domain 90 (WDR90), mRNA.

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CloneID	OHu06529
Clone ID Related Accession (Same CDS sequence)	NM_145294.4 , NM_145294.5
Accession Version	NM_145294.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5247bp) 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	1559836800000
Organism	Homo sapiens(human)
Product	WD repeat-containing protein 90
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AK091062.1, AB067511.1, AK126622.1, AK092719.1 and Z92544.1. On Nov 23, 2018 this sequence version replaced NM_145294.4. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1968540, SAMEA1968968 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000293879.9/ ENSP00000293879.4 RefSeq Select criteria :: based on conservation, expression ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGGCCCGAG CGTGGCAGCA CCCGTTCCTC AACGTCTTCA GACACTTCCG GGTGGACGAG 
TGGAAGCGCT CCGCCAAGCA GGGGGACGTG GCCGTGGTCA CGGACAAGAC CCTGAAGGGC 
GCCGTGTATC GCATTCGGGG CTCAGTCTCT GCCGCCAACT ACATCCAGCT CCCTAAGAGC 
AGCACCCAGT CTCTGGGGCT GACGGGACGA TACCTGTATG TGCTCTTTCG GCCCCTGCCC 
AGCAAGCACT TCGTCATCCA CCTCGATGTG TCCTCCAAGG ACAACCAAGT CATCCGTGTG 
TCTTTCTCCA ACCTCTTCAA GGAGTTTAAG TCTACGGCCA CGTGGCTCCA GTTTCCCTTG 
GTCCTGGAGG CCAGGACACC TCAGAGAGAT CTGGTGGGTT TGGCCCCCTC CGGAGCCCGC 
TGGACCTGCC TGCAGCTCGA TCTGCAGGAC GTTCTCCTGG TCTACCTGAA CCGGTGCTAC 
GGCCATCTCA AGAGCATCAG GCTGTGCGCC AGCCTGCTGG TCAGGAACCT GTACACCAGT 
GACCTGTGCT TTGAGCCTGC CATCTCTGGG GCCCAGTGGG CAAAGCTGCC CGTGACTCCT 
ATGCCTCGGG AAATGGCATT CCCTGTGCCC AAGGGAGAGA GCTGGCATGA CCGCTACATC 
CACGTCCGGT TTCCAAGTGA GAGCTTGAAA GTGCCTTCCA AGCCGATTGA GAAGAGCTGT 
TCCCCTCCTG AGGCAGTCCT CCTGGGGCCG GGGCCACAGC CTCTCCCTTG CCCGGTGGCC 
TCCAGCAAAC CTGTGCGGTT CAGTGTGTCT CCAGTGGTCC AGACGCCCAG CCCCACAGCC 
TCCGGCCGGG CCGCCTTGGC ACCCAGGCCC TTCCCGGAGG TCAGCCTGTC CCAAGAGCGC 
TCAGACGCCT CCAACGCGGA TGGCCCCGGT TTCCATAGCC TTGAGCCCTG GGCCCAGCTG 
GAGGCCTCTG ACATCCACAC GGCTGCTGCC GGCACCCACG TGTTGACTCA CGAGTCGGCT 
GAGGTGCCCG TGGCCCGCAC CGGCTCCTGC GAAGGCTTCC TCCCAGACCC AGTCCTGAGG 
CTCAAGGGCG TCATCGGCTT TGGGGGCCAC GGCACCAGAC AGGCCCTGTG GACCCCAGAC 
GGGGCGGCTG TCGTGTACCC CTGCCATGCG GTCATCGTCG TCCTGCTCGT GGACACGGGG 
GAGCAGCGCT TCTTCCTTGG CCACACAGAC AAGGTCTCCG CCCTGGCGCT GGATGGCAGC 
AGCTCACTAT TGGCCTCGGC CCAGGCAAGG GCCCCTAGTG TGATGCGGCT CTGGGACTTC 
CAGACCGGGC GGTGCTTGTG CCTGTTCCGG AGCCCAATGC ACGTTGTCTG CTCTCTCAGC 
TTCTCTGACA GCGGGGCCCT TCTCTGCGGG GTTGGCAAGG ACCACCACGG GAGGACGATG 
GTGGTGGCCT GGGGCACCGG CCAGGTGGGC CTCGGTGGCG AGGTGGTCGT TCTGGCAAAG 
GCGCACACTG ACTTTGACGT CCAGGCCTTC CGGGTCACCT TTTTTGATGA AACCAGGATG 
GCGTCGTGCG GGCAGGGCAG TGTGCGGCTC TGGCGGCTGC GTGGCGGGGT GCTGCGTTCC 
TGCCCCGTGG ACTTAGGGGA GCACCACGCG CTGCAGTTCA CCGACCTGGC CTTCAAGCAG 
GCCCGGGACG GCTGCCCGGA GCCCTCGGCT GCCATGCTCT TCGTGTGCAG CCGCAGTGGC 
CACATCTTGG AGATTGACTG TCAGCGCATG GTCGTGCGGC ATGCCCGCCG CCTGCTCCCC 
ACACGGACTC CAGGCGGTCC CCACCCACAG AAGCAGACCT TCAGCTCAGG CCCCGGCATT 
GCCATCAGCA GCCTCAGCGT CTCCCCGGCC ATGTGTGCTG TGGGCTCTGA GGACGGCTTC 
TTGCGGCTCT GGCCCCTGGA CTTCTCCTCG GTGCTCCTGG AGGCAGAGCA CGAGGGCCCC 
GTCAGCTCAG TCTGTGTCAG CCCCGATGGC CTCCGTGTGC TGTCTGCCAC CTCCTCGGGC 
CACCTGGGCT TCCTGGACAC GCTGTCCCGG GTGTACCACA TGCTGGCTCG CTCCCACACC 
GCCCCGGTGT TGGCCCTCGC CATGGAGCAG AGGCGGGGAC AGCTGGCCAC CGTGTCCCAG 
GACCGTACCG TCCGCATCTG GGACCTGGCC ACCCTGCAGC AGCTATACGA CTTCACATCA 
TCAGAGGACG CCCCGTGCGC TGTCACCTTC CACCCCACAA GGCCAACCTT TTTCTGTGGC 
TTTAGCAGTG GGGCCGTGCG CTCCTTCAGC CTGGAGGCCG CTGAGGTCCT GGTGGAACAC 
ACGTGCCACC GAGGAGCTGT CACCGGCCTG ACCGCCACCC CTGACGGCCG CCTGCTCTTC 
AGCTCCTGCT CCCAGGGCTC CCTGGCCCAG TACAGCTGTG CGGACCCCCA GTGGCATGTC 
CTCCGAGTGG CAGCGGACAT GGTATGCCCG GATGCCCCCG CGAGCCCCAG CGCCCTGGCA 
GTCAGCAGGG ATGGCCGCCT GCTGGCCTTT GTGGGACCCT CCAGGTGCAC AGTGACAGTC 
ATGGGCTCGG CCTCCCTTGA TGAGCTGCTG CGAGTTGACA TCGGCACTCT GGACCTGGCC 
AGCAGCCGCC TGGACTCAGC CATGGCTGTG TGCTTTGGCC CTGCAGCTCT GGGCCACCTG 
CTGGTGTCCA CCTCGTCCAA CAGAGTCGTG GTGCTGGATG CTGTGTCGGG CCGCATCATC 
CGGGAGCTGC CCGGTGTCCA CCCTGAGCCC TGCCCCTCCT TGACGCTCAG TGAGGACGCC 
CGCTTCCTGC TGATTGCCGC CGGCCGGACC ATCAAGGTGT GGGACTACGC CACACAGGCC 
AGCCCAGGCC CCCAGGTGTA CATCGGCCAC TCGGAACCCG TGCAGGCTGT GGCCTTCTCT 
CCTGACCAGC AGCAGGTCCT CAGCGCAGGG GACGCCGTCT TCCTCTGGGA TGTCCTGGCC 
CCTACTGAGA GCGACCAAAG CTTCCCCGGG GCCCCCCCAG CCTGCAAGAC AGGCCCGGGC 
GCAGGACCGC TGGAGGACGC AGCGTCCAGG GCCAGCGAGC TCCCCCGGCA GCAGGTCCCC 
AAGCCATGTC AGGCATCTCC ACCACGGCTG GGCGTCTGTG CCAGGCCTCC CGAAGGTGGC 
GATGGCGCCA GGGACACCAG GAATTCGGGG GCCCCACGCA CCACCTACCT GGCTTCCTGC 
AAGGCCTTCA CGCCTGCCAG GGTCAGCTGC AGCCCCCACT CTGCCAAGGG CACTTGCCCG 
CCTCCCGCCA GCGGTGGGTG GCTGCGTCTG AAGGCTGTCG TCGGTTACAG CGGGAATGGG 
CGGGCCAACA TGGTCTGGAG GCCGGACACA GGCTTCTTTG CCTACACGTG CGGCCGCCTG 
GTGGTGGTGG AGGACCTGCA CTCTGGCGCC CAGCAGCACT GGTCCGGCCA CTCTGCGGAG 
ATCTCCACGC TGGCCCTCAG CCACAGTGCC CAGGTCCTGG CCTCTGCCTC GGGCCGAAGC 
AGCACGACCG CCCATTGTCA GATCCGCGTC TGGGACGTGT CTGGCGGCCT CTGCCAGCAT 
CTCATTTTCC CCCATAGCAC CACCGTGCTG GCCCTGGCCT TCTCACCAGA TGACAGGCTT 
CTTGTCACAC TGGGGGACCA CGATGGCCGC ACCCTCGCCC TGTGGGGCAC GGCCACCTAT 
GACCTCGTGT CCTCCACCCG CCTCCCGGAG CCGGTGCATG GTGTGGCCTT CAACCCCTGG 
GACGCCGGCG AGCTCACCTG TGTGGGCCAG GGCACTGTCA CCTTCTGGCT CCTTCAGCAG 
CGTGGGGCAG ACATCAGCCT TCAGGTGCGT CGAGAGCCAG TCCCAGAGGC AGTGGGGGCT 
GGAGAGCTGA CCTCGCTCTG CTACGGGGCA CCTCCCCTGC TCTATTGTGG CACCAGCTCT 
GGCCAGGTCT GTGTCTGGGA CACGCGTGCC GGCCGCTGCT TCTTGTCCTG GGAGGCGGAT 
GACGGTGGCA TTGGGCTGTT GCTGTTCTCG GGTTCTCGAT TGGTCAGCGG CAGCAGCACG 
GGGCGGCTGC GCCTGTGGGC CGTGGGGGCT GTGTCGGAGC TGAGGTGCAA GGGCTCAGGC 
GCCAGTTCTG TGTTCATGGA ACACGAGCTG GTGCTGGACG GGGCTGTGGT GAGTGCCAGC 
TTCGATGACA GCGTGGACAT GGGCGTCGTG GGCACCACGG CGGGCACGCT GTGGTTTGTC 
AGCTGGGCCG AGGGCACCAG CACACGTCTC ATCAGTGGCC ACAGGAGCAA GGTGAACGAG 
GTGGTCTTCA GCCCCGGGGA GTCCCACTGC GCCACATGCA GTGAGGATGG GAGTGTGCGG 
GTGTGGGCCT TGGCCAGCAT GGAGCTTGTG ATCCAGTTCC AGGTGCTGAA CCAGAGCTGC 
CTCTGCCTGG CATGGAGCCC CCCGTGCTGT GGCCGCCCTG AGCAGCAGCG GCTAGCGGCT 
GGCTACGGTG ACGGCTCCCT GCGCATCTTC AGCGTCTCCC GCACGGCCAT GGAGCTCAAG 
ATGCACCCCC ACCCGGTGGC GCTGACCACT GTTGCCTTCT CCACCGATGG TCAGACTGTC 
CTCTCTGGAG ACAAGGATGG GCTCGTGGCT GTGAGCCACC CCTGCACAGG GACAACCTTC 
CGTGTGCTGA GTGACCACCA GGGCGCCCCA ATCTCTACCA TCTGTGTCAC GTGCAAAGAG 
TGTGAAGACT TAGGGGTGGA GGGCACAGAC CTATGGCTGG CTGCCAGTGG GGACCAGCGG 
GTCAGCGTCT GGGCCTCCGA CTGGCTGCGG AACCACTGTG AGCTTGTGGA CTGGTTGAGT 
TTCCCAATGC CTGCCACCAC GGAGACTCAG GGCCACCTGC CACCCTCCCT CGCTGCCTTC 
TGCCCTTGGG ATGGGGCGCT CCTGATGTAC GTGGGCCCCG GTGTTTACAA GGAGGTGATC 
ATCTACAACC TCTGCCAGAA GCAGGTGGTG GAGAAGATAC CACTGCCCTT TTTTGCCATG 
TCCCTGAGCC TGTCCCCCGG GACCCACCTC CTGGCTGTTG GCTTTGCTGA GTGCATGCTG 
AGGCTGGTAG ACTGTGCCAT GGGGACTGCC CAAGACTTTG CCGGCCACGA CAACGCAGTG 
CACCTGTGCA GGTTTACACC GTCCGCCAGG CTGCTCTTCA CGGCCGCCCG CAACGAGATC 
CTTGTGTGGG AGGTCCCCGG CCTCTGA

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

RefSeq	NP_660337.3
CDS	53..5299
Translation	MARAWQHPFLNVFRHFRVDEWKRSAKQGDVAVVTDKTLKGAVYRIRGSVSAANYIQLPKSSTQSLGLTGRYLYVLFRPLPSKHFVIHLDVSSKDNQVIRVSFSNLFKEFKSTATWLQFPLVLEARTPQRDLVGLAPSGARWTCLQLDLQDVLLVYLNRCYGHLKSIRLCASLLVRNLYTSDLCFEPAISGAQWAKLPVTPMPREMAFPVPKGESWHDRYIHVRFPSESLKVPSKPIEKSCSPPEAVLLGPGPQPLPCPVASSKPVRFSVSPVVQTPSPTASGRAALAPRPFPEVSLSQERSDASNADGPGFHSLEPWAQLEASDIHTAAAGTHVLTHESAEVPVARTGSCEGFLPDPVLRLKGVIGFGGHGTRQALWTPDGAAVVYPCHAVIVVLLVDTGEQRFFLGHTDKVSALALDGSSSLLASAQARAPSVMRLWDFQTGRCLCLFRSPMHVVCSLSFSDSGALLCGVGKDHHGRTMVVAWGTGQVGLGGEVVVLAKAHTDFDVQAFRVTFFDETRMASCGQGSVRLWRLRGGVLRSCPVDLGEHHALQFTDLAFKQARDGCPEPSAAMLFVCSRSGHILEIDCQRMVVRHARRLLPTRTPGGPHPQKQTFSSGPGIAISSLSVSPAMCAVGSEDGFLRLWPLDFSSVLLEAEHEGPVSSVCVSPDGLRVLSATSSGHLGFLDTLSRVYHMLARSHTAPVLALAMEQRRGQLATVSQDRTVRIWDLATLQQLYDFTSSEDAPCAVTFHPTRPTFFCGFSSGAVRSFSLEAAEVLVEHTCHRGAVTGLTATPDGRLLFSSCSQGSLAQYSCADPQWHVLRVAADMVCPDAPASPSALAVSRDGRLLAFVGPSRCTVTVMGSASLDELLRVDIGTLDLASSRLDSAMAVCFGPAALGHLLVSTSSNRVVVLDAVSGRIIRELPGVHPEPCPSLTLSEDARFLLIAAGRTIKVWDYATQASPGPQVYIGHSEPVQAVAFSPDQQQVLSAGDAVFLWDVLAPTESDQSFPGAPPACKTGPGAGPLEDAASRASELPRQQVPKPCQASPPRLGVCARPPEGGDGARDTRNSGAPRTTYLASCKAFTPARVSCSPHSAKGTCPPPASGGWLRLKAVVGYSGNGRANMVWRPDTGFFAYTCGRLVVVEDLHSGAQQHWSGHSAEISTLALSHSAQVLASASGRSSTTAHCQIRVWDVSGGLCQHLIFPHSTTVLALAFSPDDRLLVTLGDHDGRTLALWGTATYDLVSSTRLPEPVHGVAFNPWDAGELTCVGQGTVTFWLLQQRGADISLQVRREPVPEAVGAGELTSLCYGAPPLLYCGTSSGQVCVWDTRAGRCFLSWEADDGGIGLLLFSGSRLVSGSSTGRLRLWAVGAVSELRCKGSGASSVFMEHELVLDGAVVSASFDDSVDMGVVGTTAGTLWFVSWAEGTSTRLISGHRSKVNEVVFSPGESHCATCSEDGSVRVWALASMELVIQFQVLNQSCLCLAWSPPCCGRPEQQRLAAGYGDGSLRIFSVSRTAMELKMHPHPVALTTVAFSTDGQTVLSGDKDGLVAVSHPCTGTTFRVLSDHQGAPISTICVTCKECEDLGVEGTDLWLAASGDQRVSVWASDWLRNHCELVDWLSFPMPATTETQGHLPPSLAAFCPWDGALLMYVGPGVYKEVIIYNLCQKQVVEKIPLPFFAMSLSLSPGTHLLAVGFAECMLRLVDCAMGTAQDFAGHDNAVHLCRFTPSARLLFTAARNEILVWEVPGL

Target ORF information:

RefSeq Version	NM_145294.5
Organism	Homo sapiens(human)
Definition	Homo sapiens 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

NM_145294.5

ORF Insert Sequence:

ATGGCCCGAG CGTGGCAGCA CCCGTTCCTC AACGTCTTCA GACACTTCCG GGTGGACGAG 
TGGAAGCGCT CCGCCAAGCA GGGGGACGTG GCCGTGGTCA CGGACAAGAC CCTGAAGGGC 
GCCGTGTATC GCATTCGGGG CTCAGTCTCT GCCGCCAACT ACATCCAGCT CCCTAAGAGC 
AGCACCCAGT CTCTGGGGCT GACGGGACGA TACCTGTATG TGCTCTTTCG GCCCCTGCCC 
AGCAAGCACT TCGTCATCCA CCTCGATGTG TCCTCCAAGG ACAACCAAGT CATCCGTGTG 
TCTTTCTCCA ACCTCTTCAA GGAGTTTAAG TCTACGGCCA CGTGGCTCCA GTTTCCCTTG 
GTCCTGGAGG CCAGGACACC TCAGAGAGAT CTGGTGGGTT TGGCCCCCTC CGGAGCCCGC 
TGGACCTGCC TGCAGCTCGA TCTGCAGGAC GTTCTCCTGG TCTACCTGAA CCGGTGCTAC 
GGCCATCTCA AGAGCATCAG GCTGTGCGCC AGCCTGCTGG TCAGGAACCT GTACACCAGT 
GACCTGTGCT TTGAGCCTGC CATCTCTGGG GCCCAGTGGG CAAAGCTGCC CGTGACTCCT 
ATGCCTCGGG AAATGGCATT CCCTGTGCCC AAGGGAGAGA GCTGGCATGA CCGCTACATC 
CACGTCCGGT TTCCAAGTGA GAGCTTGAAA GTGCCTTCCA AGCCGATTGA GAAGAGCTGT 
TCCCCTCCTG AGGCAGTCCT CCTGGGGCCG GGGCCACAGC CTCTCCCTTG CCCGGTGGCC 
TCCAGCAAAC CTGTGCGGTT CAGTGTGTCT CCAGTGGTCC AGACGCCCAG CCCCACAGCC 
TCCGGCCGGG CCGCCTTGGC ACCCAGGCCC TTCCCGGAGG TCAGCCTGTC CCAAGAGCGC 
TCAGACGCCT CCAACGCGGA TGGCCCCGGT TTCCATAGCC TTGAGCCCTG GGCCCAGCTG 
GAGGCCTCTG ACATCCACAC GGCTGCTGCC GGCACCCACG TGTTGACTCA CGAGTCGGCT 
GAGGTGCCCG TGGCCCGCAC CGGCTCCTGC GAAGGCTTCC TCCCAGACCC AGTCCTGAGG 
CTCAAGGGCG TCATCGGCTT TGGGGGCCAC GGCACCAGAC AGGCCCTGTG GACCCCAGAC 
GGGGCGGCTG TCGTGTACCC CTGCCATGCG GTCATCGTCG TCCTGCTCGT GGACACGGGG 
GAGCAGCGCT TCTTCCTTGG CCACACAGAC AAGGTCTCCG CCCTGGCGCT GGATGGCAGC 
AGCTCACTAT TGGCCTCGGC CCAGGCAAGG GCCCCTAGTG TGATGCGGCT CTGGGACTTC 
CAGACCGGGC GGTGCTTGTG CCTGTTCCGG AGCCCAATGC ACGTTGTCTG CTCTCTCAGC 
TTCTCTGACA GCGGGGCCCT TCTCTGCGGG GTTGGCAAGG ACCACCACGG GAGGACGATG 
GTGGTGGCCT GGGGCACCGG CCAGGTGGGC CTCGGTGGCG AGGTGGTCGT TCTGGCAAAG 
GCGCACACTG ACTTTGACGT CCAGGCCTTC CGGGTCACCT TTTTTGATGA AACCAGGATG 
GCGTCGTGCG GGCAGGGCAG TGTGCGGCTC TGGCGGCTGC GTGGCGGGGT GCTGCGTTCC 
TGCCCCGTGG ACTTAGGGGA GCACCACGCG CTGCAGTTCA CCGACCTGGC CTTCAAGCAG 
GCCCGGGACG GCTGCCCGGA GCCCTCGGCT GCCATGCTCT TCGTGTGCAG CCGCAGTGGC 
CACATCTTGG AGATTGACTG TCAGCGCATG GTCGTGCGGC ATGCCCGCCG CCTGCTCCCC 
ACACGGACTC CAGGCGGTCC CCACCCACAG AAGCAGACCT TCAGCTCAGG CCCCGGCATT 
GCCATCAGCA GCCTCAGCGT CTCCCCGGCC ATGTGTGCTG TGGGCTCTGA GGACGGCTTC 
TTGCGGCTCT GGCCCCTGGA CTTCTCCTCG GTGCTCCTGG AGGCAGAGCA CGAGGGCCCC 
GTCAGCTCAG TCTGTGTCAG CCCCGATGGC CTCCGTGTGC TGTCTGCCAC CTCCTCGGGC 
CACCTGGGCT TCCTGGACAC GCTGTCCCGG GTGTACCACA TGCTGGCTCG CTCCCACACC 
GCCCCGGTGT TGGCCCTCGC CATGGAGCAG AGGCGGGGAC AGCTGGCCAC CGTGTCCCAG 
GACCGTACCG TCCGCATCTG GGACCTGGCC ACCCTGCAGC AGCTATACGA CTTCACATCA 
TCAGAGGACG CCCCGTGCGC TGTCACCTTC CACCCCACAA GGCCAACCTT TTTCTGTGGC 
TTTAGCAGTG GGGCCGTGCG CTCCTTCAGC CTGGAGGCCG CTGAGGTCCT GGTGGAACAC 
ACGTGCCACC GAGGAGCTGT CACCGGCCTG ACCGCCACCC CTGACGGCCG CCTGCTCTTC 
AGCTCCTGCT CCCAGGGCTC CCTGGCCCAG TACAGCTGTG CGGACCCCCA GTGGCATGTC 
CTCCGAGTGG CAGCGGACAT GGTATGCCCG GATGCCCCCG CGAGCCCCAG CGCCCTGGCA 
GTCAGCAGGG ATGGCCGCCT GCTGGCCTTT GTGGGACCCT CCAGGTGCAC AGTGACAGTC 
ATGGGCTCGG CCTCCCTTGA TGAGCTGCTG CGAGTTGACA TCGGCACTCT GGACCTGGCC 
AGCAGCCGCC TGGACTCAGC CATGGCTGTG TGCTTTGGCC CTGCAGCTCT GGGCCACCTG 
CTGGTGTCCA CCTCGTCCAA CAGAGTCGTG GTGCTGGATG CTGTGTCGGG CCGCATCATC 
CGGGAGCTGC CCGGTGTCCA CCCTGAGCCC TGCCCCTCCT TGACGCTCAG TGAGGACGCC 
CGCTTCCTGC TGATTGCCGC CGGCCGGACC ATCAAGGTGT GGGACTACGC CACACAGGCC 
AGCCCAGGCC CCCAGGTGTA CATCGGCCAC TCGGAACCCG TGCAGGCTGT GGCCTTCTCT 
CCTGACCAGC AGCAGGTCCT CAGCGCAGGG GACGCCGTCT TCCTCTGGGA TGTCCTGGCC 
CCTACTGAGA GCGACCAAAG CTTCCCCGGG GCCCCCCCAG CCTGCAAGAC AGGCCCGGGC 
GCAGGACCGC TGGAGGACGC AGCGTCCAGG GCCAGCGAGC TCCCCCGGCA GCAGGTCCCC 
AAGCCATGTC AGGCATCTCC ACCACGGCTG GGCGTCTGTG CCAGGCCTCC CGAAGGTGGC 
GATGGCGCCA GGGACACCAG GAATTCGGGG GCCCCACGCA CCACCTACCT GGCTTCCTGC 
AAGGCCTTCA CGCCTGCCAG GGTCAGCTGC AGCCCCCACT CTGCCAAGGG CACTTGCCCG 
CCTCCCGCCA GCGGTGGGTG GCTGCGTCTG AAGGCTGTCG TCGGTTACAG CGGGAATGGG 
CGGGCCAACA TGGTCTGGAG GCCGGACACA GGCTTCTTTG CCTACACGTG CGGCCGCCTG 
GTGGTGGTGG AGGACCTGCA CTCTGGCGCC CAGCAGCACT GGTCCGGCCA CTCTGCGGAG 
ATCTCCACGC TGGCCCTCAG CCACAGTGCC CAGGTCCTGG CCTCTGCCTC GGGCCGAAGC 
AGCACGACCG CCCATTGTCA GATCCGCGTC TGGGACGTGT CTGGCGGCCT CTGCCAGCAT 
CTCATTTTCC CCCATAGCAC CACCGTGCTG GCCCTGGCCT TCTCACCAGA TGACAGGCTT 
CTTGTCACAC TGGGGGACCA CGATGGCCGC ACCCTCGCCC TGTGGGGCAC GGCCACCTAT 
GACCTCGTGT CCTCCACCCG CCTCCCGGAG CCGGTGCATG GTGTGGCCTT CAACCCCTGG 
GACGCCGGCG AGCTCACCTG TGTGGGCCAG GGCACTGTCA CCTTCTGGCT CCTTCAGCAG 
CGTGGGGCAG ACATCAGCCT TCAGGTGCGT CGAGAGCCAG TCCCAGAGGC AGTGGGGGCT 
GGAGAGCTGA CCTCGCTCTG CTACGGGGCA CCTCCCCTGC TCTATTGTGG CACCAGCTCT 
GGCCAGGTCT GTGTCTGGGA CACGCGTGCC GGCCGCTGCT TCTTGTCCTG GGAGGCGGAT 
GACGGTGGCA TTGGGCTGTT GCTGTTCTCG GGTTCTCGAT TGGTCAGCGG CAGCAGCACG 
GGGCGGCTGC GCCTGTGGGC CGTGGGGGCT GTGTCGGAGC TGAGGTGCAA GGGCTCAGGC 
GCCAGTTCTG TGTTCATGGA ACACGAGCTG GTGCTGGACG GGGCTGTGGT GAGTGCCAGC 
TTCGATGACA GCGTGGACAT GGGCGTCGTG GGCACCACGG CGGGCACGCT GTGGTTTGTC 
AGCTGGGCCG AGGGCACCAG CACACGTCTC ATCAGTGGCC ACAGGAGCAA GGTGAACGAG 
GTGGTCTTCA GCCCCGGGGA GTCCCACTGC GCCACATGCA GTGAGGATGG GAGTGTGCGG 
GTGTGGGCCT TGGCCAGCAT GGAGCTTGTG ATCCAGTTCC AGGTGCTGAA CCAGAGCTGC 
CTCTGCCTGG CATGGAGCCC CCCGTGCTGT GGCCGCCCTG AGCAGCAGCG GCTAGCGGCT 
GGCTACGGTG ACGGCTCCCT GCGCATCTTC AGCGTCTCCC GCACGGCCAT GGAGCTCAAG 
ATGCACCCCC ACCCGGTGGC GCTGACCACT GTTGCCTTCT CCACCGATGG TCAGACTGTC 
CTCTCTGGAG ACAAGGATGG GCTCGTGGCT GTGAGCCACC CCTGCACAGG GACAACCTTC 
CGTGTGCTGA GTGACCACCA GGGCGCCCCA ATCTCTACCA TCTGTGTCAC GTGCAAAGAG 
TGTGAAGACT TAGGGGTGGA GGGCACAGAC CTATGGCTGG CTGCCAGTGG GGACCAGCGG 
GTCAGCGTCT GGGCCTCCGA CTGGCTGCGG AACCACTGTG AGCTTGTGGA CTGGTTGAGT 
TTCCCAATGC CTGCCACCAC GGAGACTCAG GGCCACCTGC CACCCTCCCT CGCTGCCTTC 
TGCCCTTGGG ATGGGGCGCT CCTGATGTAC GTGGGCCCCG GTGTTTACAA GGAGGTGATC 
ATCTACAACC TCTGCCAGAA GCAGGTGGTG GAGAAGATAC CACTGCCCTT TTTTGCCATG 
TCCCTGAGCC TGTCCCCCGG GACCCACCTC CTGGCTGTTG GCTTTGCTGA GTGCATGCTG 
AGGCTGGTAG ACTGTGCCAT GGGGACTGCC CAAGACTTTG CCGGCCACGA CAACGCAGTG 
CACCTGTGCA GGTTTACACC GTCCGCCAGG CTGCTCTTCA CGGCCGCCCG CAACGAGATC 
CTTGTGTGGG AGGTCCCCGG CCTCTGA

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

PubMed

Identification of Chlamydomonas Central Core Centriolar Proteins Reveals a Role for Human WDR90 in Ciliogenesis.
Current biology : CB27(16)2486-2498.e6(2017 Aug)
Hamel V,Steib E,Hamelin R,Armand F,Borgers S,Flückiger I,Busso C,Olieric N,Sorzano COS,Steinmetz MO,Guichard P,Gönczy P

Genome-wide association analysis of red blood cell traits in African Americans: the COGENT Network.
Human molecular genetics22(12)2529-38(2013 Jun)
Chen Z,Tang H,Qayyum R,Schick UM,Nalls MA,Handsaker R,Li J,Lu Y,Yanek LR,Keating B,Meng Y,van Rooij FJ,Okada Y,Kubo M,Rasmussen-Torvik L,Keller MF,Lange L,Evans M,Bottinger EP,Linderman MD,Ruderfer DM,Hakonarson H,Papanicolaou G,Zonderman AB,Gottesman O,,,Thomson C,Ziv E,Singleton AB,Loos RJ,Sleiman PM,Ganesh S,McCarroll S,Becker DM,Wilson JG,Lettre G,Reiner AP

Sequence, structure and pathology of the fully annotated terminal 2 Mb of the short arm of human chromosome 16.
Human molecular genetics10(4)339-52(2001 Feb)
Daniels RJ,Peden JF,Lloyd C,Horsley SW,Clark K,Tufarelli C,Kearney L,Buckle VJ,Doggett NA,Flint J,Higgs DR

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WDR90 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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