wdr90 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	wdr90
Entrez Gene ID	100036617
Full Name	WD repeat domain 90
General protein information	Preferred Names WD repeat domain 90 Names WD repeat-containing protein 90
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018097013.1	XP_017952502.1	WD repeat-containing protein 90 isoform X2
NM_001097176.1	NP_001090645.1	WD repeat-containing protein 90
XM_018097012.1	XP_017952501.1	WD repeat-containing protein 90 isoform X1
XM_018097014.1	XP_017952503.1	WD repeat-containing protein 90 isoform X3
XM_018097013.2	XP_017952502.2	WD repeat-containing protein 90 isoform X1

Pathways from BioSystems

Homologies

Xenopus tropicalis (tropical clawed frog)	wdr90	NP_001090645.1
	WDR90	XP_002802392.1
Rattus norvegicus (Norway rat)	LOC102555298	XP_006246130.1
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

Genetic and genomic tools for Xenopus research: The NIH Xenopus initiative.
Klein SL, Strausberg RL, Wagner L, Pontius J, Clifton SW, Richardson P
Developmental dynamics : an official publication of the American Association of Anatomists225(4)384-91(2002 Dec)

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.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OXa46543	XM_018097012.1 Latest version!	Xenopus tropicalis WD repeat domain 90 (wdr90), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OXa46544	XM_018097013.1 Latest version!	Xenopus tropicalis WD repeat domain 90 (wdr90), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OXa46545	XM_018097014.1 Latest version!	Xenopus tropicalis WD repeat domain 90 (wdr90), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OXa65781	XM_018097013.2 Latest version!	Xenopus tropicalis WD repeat domain 90 (wdr90), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa01132	NM_001097176.1 Latest version!	Xenopus tropicalis WD repeat domain 90 (wdr90), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00

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_018097012.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017952501.1 Xenopus tropicalis WD repeat domain 90 (wdr90), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa46543
Clone ID Related Accession (Same CDS sequence)	XM_018097012.1
Accession Version	XM_018097012.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5562bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
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_030685.1) 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 :: Xenopus tropicalis Annotation Release 103 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##

ATGTCGGTCT CGCTCTGTCC CTCAGTCTGG CAGCACCCAT TTGTAAATGT CTTCAAGCAC 
TTGCGGTTGG AAGAATGGAA GAAATCCAGC AAGGAGGGGG ATGTGACCAG CGTCATGGAC 
AAGACCCTTA AATGTACAGT GTACAGAATC CGCGGCTCCA TTCCAGCCGG AAACTACATC 
CAACTGCCAA AAACCAGCTC TCAGTCCCTG GGTCTGACCG GGCGCTATCT CTACATCTTG 
TTCAAGCCTC TGCCCGGGAA ACACTTTGTG GTGCATATAG ATGTGAGCGC AGAGGATGGT 
CAGACCGTCA GGATCTCCTT CTCCAATCTA TTTAAAGAGT TCAAGTCCAC AGCAACATGG 
CTGCAGTTCC CATTTGTATG CGGAGCAATA AAGGGGTCGG TGTACGACAG CACAGCGCAG 
GGGGCGCGGC AAGGAATGGT AGGCCCTGCC CCCTCAGGCT CCCGCTGGAC CTGTCTCCTA 
TTGGATGTCC AGTACATTCT GTCTCTGTAC CTAAGCCGTA GGTACAGCCA CCTGAGGAGT 
GCCAAGCTCT GCTCTAACCT GCTTGTGAAG AACTTAATGA CCAGCGACCT GCTCTTCAAC 
CCAGAAGTGA ACTTCATGGA GGCACGACAT GCAAAGCCCC TCCCTGATGG CATTTCTCCT 
ATGCCTCGCG AGATGTCATT CCCTGTTCCC AAGGGCGAGA AGTGGCATGA CCTATATGAC 
TTTATTATGT TCCCCTCTGA TAGCTCCAAA CTGCCCTACG ACTCCATACA GAAGGGCCAG 
TCTATGGTGA CGGCCCCTGG TGCCCCCATG TCTCGCAGCC CCGCTCGGGA ACGTCCCCGT 
TCTGTTACTA TTAGCAAACC TGTACAGGAC AGAGTGTCTC TAATCCAGCA GATAACCACC 
CCCAGACCGA TGCCCCATAG AAGTCTGTTA CGGGTAGAAT CTGTTCCTGA ACGGCCTGTC 
TCTGTAAGCG CGAGGGCAGA GGAGGCAAGA GATTTGGAGG ACCGCAGCAG AGGTGTGGAA 
CAAGATGGAG GAGTTCATGT TTACGCACAC AAGACAAACA AGCTCTCAAT CCATAGGCAC 
AAATCTGACT CTGAACAGGT GATTTGTACT AAAGTGGACA GACCAGAGAC TTTGTCAGTG 
CCCCCCGAGT GCAAGAAACT TCTTCCTGAC CCAATTTTCA ATCTCAGGAG AATTATTGGT 
TTTGGTGGAT GCACAGAGCG CTTTGCGCTC TGGACTCATA CTGGCTGCTC TGTGGTGTAT 
CCATGCCATG CCATTATAGT GGTTCTCGAA GTGAAGACAG GAGAACAAAG ATTTTTGTTG 
GGTCATACTG ACAAGGTCTC GGCTCTGGCC TTTAATGGCA GCTGCACTCT GCTGGCGTCG 
GCACAGACAG GTTCCCTCAG CATGGTGCGA CTCTGGCACT TCCAGAAAGG CAGCTGTCTC 
GCCATGTTCA AAACTCATGT TCACTCCGTC TCATACCTCA GTTTCTCACA CAGCGGAACT 
GTTTTATGCG GCGTTGGGAA AGACGGCCAT GGAAAAACAA TGGTGGTTGT ATGGAATACG 
TCTCAGGCGA GCCGGAGTGG GGAGGTCGCA GTGTTGGCTA AAGCTCACAC AGACATTGAC 
ATCCAGACCA TGAAAATTGC TTTCTTTGAT GACACGCGGA TGGTCTCATG TGGGAAGGAT 
AACGTGCGCC TCTGGCGGGT ACGCGGTGGG ACTTTGCGTT CCTGTCCAGT GAATTTGGGC 
GAATACCATA TGCTGGAGTT TAGCGATTTG GCTTTTGAGG CTGGGCATAG GCCTGAGAAG 
GAAGCCGAGG ACAGGACCCT GTATGTGAGC AGCTGTAGTG GCCACATACT GGAAATAGAC 
TATAAGAATG TTGTTCTGCG CAACGTGAGG CGGGTCCAGC CAGGTCAGCA GCAGCACAGT 
GAGCGTCGGG ACAAACAGAC TTTCTCTTCA GGTCCTGGCA TTGCTATCAA CAGCCTCAGT 
GTTTCTGCAA CATTCTGTGC CACGGGCACA GAAGATGGCT ATTTGCGTCT GTGGCCATTG 
GATTTTTCTG GGGTCTTCCT GGAAGCTGAA CATGAAGGAC CTGTGAGCTG TGTGGCTATT 
AGCCCAGAAG GTCTGCGCGT CCTGTCCTGT ACCTCAAGCG GGGAGCTGGG GGTCCTGGAT 
GTGCCTTCTC GCGGCTACAA CACGCTAATG CGCTCCCACA CAGATACGCT GCTCTCTTTC 
TCCTGTCACC CCACCCACCC ACAACTCGTC ACAGTGTCTA GTGACAATAC CATCCGGATC 
TGGGATACTG GCACTCTGCA GCAGCTATAT GACTTCACAG CAGAAGAAGA GACCCCCTGT 
GCTGTGACCT TCCACCCCGT TCGACAGGCC TTTGCCTGTG GTTTCAGCAG CGGCACCATC 
AGGTTCTTCG ACATCACAGC TACAGCTCTG CAGGCGGAGC ATAAGCAGCA TCGAGGTGCA 
ATCACAGGCC TGCTCTTTTC TCCTGATGGT AGCCTCATGT ACAGCTGCTG CTCTCTTGGC 
TCCGTGGCAC TGTACAGCAT TGGGCACAAG GAGCAGCATG TCCTGCGGGT ACTAGGCAAT 
GTGGTATGCA AGGACTCTGA GAGGGGCCCT ATGGCTCTGT CTTTGAGCAG TGATGGCCGT 
CTCCTTGCCT TTGTGGGTCC TACAGAATAC ACAGTAACCG TGATGGATGC CCGGTCATTA 
GATGAGCTCC TACGCGTTGA TGTGAGCATC CTGGATTTAG ATAGTACTAC TCTGGACTGT 
GCTCTGGGCC TGGCCTTCAG CCCTCTCAAG CCCCACCACC TTCTGGTGAG CACCTCCGGC 
AACAAGATCT TATGGCTGGA CCCAAAGACT GGACGTCTTA CAAGAGAAGT GACCCAGGTA 
CACAAGCAGT GCTGCTCCTC TCTAGCGGTG AGCATGGATA CCCGGTACAT GCTTACGGCA 
GGGGACAGGC TCCTCAAAGT ATGGGATCAG CGGCAACCAG GGACTGTCCG ACCTCAGGTG 
TTTATCGGTC ACTCTGAAGC TGTACAGCAG GTGGATTTCT CTCCAGACCA GCAATCGGTC 
ATCAGTGCCG GCGATGCTGT TTTCATATGG GATTTCTTGG CAGCCCCTGA TCCTGAGTTT 
ACAAAGACAG ACTGTGTACC AGCGCTTCCA TTTGCACTGC ACTCCAGTGC CGCACTAGAT 
CCTAGCTCTG AGCACCGGAG GGATTCTACA TTCATCTCTT CTGGGATGCC ACGGGGTACA 
GCCCCCCGAC CTTGCATTTC CTCCCCTCCG CGGTTAGACA TCAGCCCCGT ACAGGGTATG 
GACCACCCAG ATCTCTTCTC AGAGTCTGAT GATGGGCAGG AAGAGGAAGG GAACAGAGAC 
GAGCAGGAAA GGACGCTGGT TCCAGACACT AGAGACAATC TAGTGGAAAG TGATGAACAG 
TCTTCAGTGG TCATCATTGA GTGTCAGCCC AACAGGGCCA AACTACTCAC GGGCTCTAAA 
AGCAACAGTA GCAGCCTAAG GGAAGGTATG GTTAAGTCAA CCCATGAGCC ACCACGTCCT 
GATTCATACA CACATTTCCA CACTCGCTTT AAGGCTTCCT GTTTAGCCAA GGGAATGTGC 
CATCCCCCTG AGGGGCAGGA GATGCTGACT CTGAGAGCAC TGATTGGGTA CAATGGCAAT 
GGCCGAGCCA ACATGGCGTG GAACCCAGAC ACAGGGTTCT TCTCGTACAC TTGCGGCTGT 
GTAATTGTGG TGGAGGACCT GCACTCTGGA TCCCAGCGAC ACTGGCTGGG GCACCCTGAG 
GAAATCTCCA CCTTGGCTCT CACCAATGAT GCCCTAGTCT TGGCTTCAGC TTCAGGATCA 
GGGGATGGTT CATCCTTGTG TCAGATCCGT ATCTGGGACA CCCAAGATGG CTCCTGCATG 
AAGATACTGA CGCACCACCG CACAGAGGTG CAGGCAATGA GCTACTCCCG AGATGACCGT 
CTCTTTGTCA GTATCGGTGA CTACAGAGAT GGCAACCTTG CCCTGTGGAG TACAAAGGGC 
TATGAGCTCT TGGCCACCAG TCGCCTCTTC CAGCCAGTGC ACGCAGTCAC CTTCAACCCT 
GCACACTTCG ATGACTTTGC AAGCGCGGGC CCTGGGGCTG TCAGCTTCTG GAGGATAGAG 
ACTCAAGGGA CTGACACGCA GATAAAGGTG TACAGAGTGG CGGTTCCAGA AGAGGTTGGT 
ACAGCAGCAG AGCTGACCTC CATCACATAT AACTCCACGT CCCTGCTGTA CAGCGGCTGC 
AGCACAGGAC AAGTGTGTGT GTGGGACTGT CAGACTCACC GGTGCTTCCT GACGTGGGAA 
GCCGACCAGG GGGAGATAGG GATTCTGCTG TGCAGAGGGA ACAGGTTACT GACTGGGAGT 
AATACGCGCA GGATCCGGCT GTGGTGTGTG GCTGCTGTGC AGGAACTGAG AGAAAAAGGC 
TCCGGCGCCA GCTCTACGTC TGTCCTTATG GAGCACGAGA TGACACTGGA CGGCGCCATT 
GTTAGTGCCA CGTTTGATGA TGCCTTGGAG ATGGGAATTG TGGGCACCAC GGCTGGTACA 
CTCTGGTACA TTAACTGGGT GGAGAATACT AGCATCCGAC TGATCAGCGG CCATAGGAAC 
AAGGTGATGG ATCTGGCGGT TGCTCACGGT GAGAGCCACT GTGCCACATG TGGGGAGGAT 
GGCAGCTTAC GGATCTGGTC CCTGCAAAGC TGTGAGTTGC TCCTTCAGTT CCAAGTTCTC 
AACCAGAGCT GCTTATGTCT AGCCTGGAGC CCCCAACCCA AGTCTGGCCC GTCCACAGAA 
GATCAGAGAA TTGCCGCGGG CTACAGCGAC GGCACCATCA GAATATTCAG CGTCTCCAAA 
ACCGAGATGG AAATGAAAAT ACATCCTCAT CCGTGTGCAG TAACCTCCAT CGCATACTCC 
ACTTCTGGCG ACGTTCTTCT GACCGGTGGA AAGGATGGGC AGATGGCCAT TACCAGCCCA 
CGTACAGGAA TGACCATTCG AGTCTTAAGT GACCACAAGG GATCACCCAT CACCACGATT 
GAGTGCACCG GCAGGAAGCT GACTGGGCTT CCTACGGATG GAGAACTTTG GTTGGCTGCA 
AGCACAGACA GGCGTGTCAG TATCTGGGCT TCTGATTGGT CAAAGGATAA ATGTGAGCTA 
TTGGACTGGC TAAGCTTCCC AGCTCCTACT AGCCAGAAGG ATCTGGATGT GTCTGTGCCC 
ACCCTGGCAG CATTCTGTCC TTGGCAGCCT GGCACTGTGG TGTATTCGGG ATTTGGGGTG 
GAAAAAGAAA TTCTATTCTA CAGTCTCATC CAGAAGCAGG TGCTGCTGAG GATCCCACTC 
TCTCACTTTG CCACGTCTCT TACCCTGTCT CCCGCGGCGT CGCTTATAGC CGTCGGCAGT 
AATGAGCGAC TCCTGCGTCT CATCGACACC TCAGCTGGCA CCAAACAAGA TTTTGCAGCC 
TACGATGACG GCGTACATCT CTGCCGAGTA TCTCCCTCGG GCAACTTACT GCTCACGGCT 
TCATATAATC AAGTGCTGGT GTGGGACATT CAGAATTCAT AG

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

RefSeq	XP_017952501.1
CDS	157..5718
Translation	MSVSLCPSVWQHPFVNVFKHLRLEEWKKSSKEGDVTSVMDKTLKCTVYRIRGSIPAGNYIQLPKTSSQSLGLTGRYLYILFKPLPGKHFVVHIDVSAEDGQTVRISFSNLFKEFKSTATWLQFPFVCGAIKGSVYDSTAQGARQGMVGPAPSGSRWTCLLLDVQYILSLYLSRRYSHLRSAKLCSNLLVKNLMTSDLLFNPEVNFMEARHAKPLPDGISPMPREMSFPVPKGEKWHDLYDFIMFPSDSSKLPYDSIQKGQSMVTAPGAPMSRSPARERPRSVTISKPVQDRVSLIQQITTPRPMPHRSLLRVESVPERPVSVSARAEEARDLEDRSRGVEQDGGVHVYAHKTNKLSIHRHKSDSEQVICTKVDRPETLSVPPECKKLLPDPIFNLRRIIGFGGCTERFALWTHTGCSVVYPCHAIIVVLEVKTGEQRFLLGHTDKVSALAFNGSCTLLASAQTGSLSMVRLWHFQKGSCLAMFKTHVHSVSYLSFSHSGTVLCGVGKDGHGKTMVVVWNTSQASRSGEVAVLAKAHTDIDIQTMKIAFFDDTRMVSCGKDNVRLWRVRGGTLRSCPVNLGEYHMLEFSDLAFEAGHRPEKEAEDRTLYVSSCSGHILEIDYKNVVLRNVRRVQPGQQQHSERRDKQTFSSGPGIAINSLSVSATFCATGTEDGYLRLWPLDFSGVFLEAEHEGPVSCVAISPEGLRVLSCTSSGELGVLDVPSRGYNTLMRSHTDTLLSFSCHPTHPQLVTVSSDNTIRIWDTGTLQQLYDFTAEEETPCAVTFHPVRQAFACGFSSGTIRFFDITATALQAEHKQHRGAITGLLFSPDGSLMYSCCSLGSVALYSIGHKEQHVLRVLGNVVCKDSERGPMALSLSSDGRLLAFVGPTEYTVTVMDARSLDELLRVDVSILDLDSTTLDCALGLAFSPLKPHHLLVSTSGNKILWLDPKTGRLTREVTQVHKQCCSSLAVSMDTRYMLTAGDRLLKVWDQRQPGTVRPQVFIGHSEAVQQVDFSPDQQSVISAGDAVFIWDFLAAPDPEFTKTDCVPALPFALHSSAALDPSSEHRRDSTFISSGMPRGTAPRPCISSPPRLDISPVQGMDHPDLFSESDDGQEEEGNRDEQERTLVPDTRDNLVESDEQSSVVIIECQPNRAKLLTGSKSNSSSLREGMVKSTHEPPRPDSYTHFHTRFKASCLAKGMCHPPEGQEMLTLRALIGYNGNGRANMAWNPDTGFFSYTCGCVIVVEDLHSGSQRHWLGHPEEISTLALTNDALVLASASGSGDGSSLCQIRIWDTQDGSCMKILTHHRTEVQAMSYSRDDRLFVSIGDYRDGNLALWSTKGYELLATSRLFQPVHAVTFNPAHFDDFASAGPGAVSFWRIETQGTDTQIKVYRVAVPEEVGTAAELTSITYNSTSLLYSGCSTGQVCVWDCQTHRCFLTWEADQGEIGILLCRGNRLLTGSNTRRIRLWCVAAVQELREKGSGASSTSVLMEHEMTLDGAIVSATFDDALEMGIVGTTAGTLWYINWVENTSIRLISGHRNKVMDLAVAHGESHCATCGEDGSLRIWSLQSCELLLQFQVLNQSCLCLAWSPQPKSGPSTEDQRIAAGYSDGTIRIFSVSKTEMEMKIHPHPCAVTSIAYSTSGDVLLTGGKDGQMAITSPRTGMTIRVLSDHKGSPITTIECTGRKLTGLPTDGELWLAASTDRRVSIWASDWSKDKCELLDWLSFPAPTSQKDLDVSVPTLAAFCPWQPGTVVYSGFGVEKEILFYSLIQKQVLLRIPLSHFATSLTLSPAASLIAVGSNERLLRLIDTSAGTKQDFAAYDDGVHLCRVSPSGNLLLTASYNQVLVWDIQNS

Target ORF information:

RefSeq Version	XM_018097012.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis 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_018097012.1

ORF Insert Sequence:

ATGTCGGTCT CGCTCTGTCC CTCAGTCTGG CAGCACCCAT TTGTAAATGT CTTCAAGCAC 
TTGCGGTTGG AAGAATGGAA GAAATCCAGC AAGGAGGGGG ATGTGACCAG CGTCATGGAC 
AAGACCCTTA AATGTACAGT GTACAGAATC CGCGGCTCCA TTCCAGCCGG AAACTACATC 
CAACTGCCAA AAACCAGCTC TCAGTCCCTG GGTCTGACCG GGCGCTATCT CTACATCTTG 
TTCAAGCCTC TGCCCGGGAA ACACTTTGTG GTGCATATAG ATGTGAGCGC AGAGGATGGT 
CAGACCGTCA GGATCTCCTT CTCCAATCTA TTTAAAGAGT TCAAGTCCAC AGCAACATGG 
CTGCAGTTCC CATTTGTATG CGGAGCAATA AAGGGGTCGG TGTACGACAG CACAGCGCAG 
GGGGCGCGGC AAGGAATGGT AGGCCCTGCC CCCTCAGGCT CCCGCTGGAC CTGTCTCCTA 
TTGGATGTCC AGTACATTCT GTCTCTGTAC CTAAGCCGTA GGTACAGCCA CCTGAGGAGT 
GCCAAGCTCT GCTCTAACCT GCTTGTGAAG AACTTAATGA CCAGCGACCT GCTCTTCAAC 
CCAGAAGTGA ACTTCATGGA GGCACGACAT GCAAAGCCCC TCCCTGATGG CATTTCTCCT 
ATGCCTCGCG AGATGTCATT CCCTGTTCCC AAGGGCGAGA AGTGGCATGA CCTATATGAC 
TTTATTATGT TCCCCTCTGA TAGCTCCAAA CTGCCCTACG ACTCCATACA GAAGGGCCAG 
TCTATGGTGA CGGCCCCTGG TGCCCCCATG TCTCGCAGCC CCGCTCGGGA ACGTCCCCGT 
TCTGTTACTA TTAGCAAACC TGTACAGGAC AGAGTGTCTC TAATCCAGCA GATAACCACC 
CCCAGACCGA TGCCCCATAG AAGTCTGTTA CGGGTAGAAT CTGTTCCTGA ACGGCCTGTC 
TCTGTAAGCG CGAGGGCAGA GGAGGCAAGA GATTTGGAGG ACCGCAGCAG AGGTGTGGAA 
CAAGATGGAG GAGTTCATGT TTACGCACAC AAGACAAACA AGCTCTCAAT CCATAGGCAC 
AAATCTGACT CTGAACAGGT GATTTGTACT AAAGTGGACA GACCAGAGAC TTTGTCAGTG 
CCCCCCGAGT GCAAGAAACT TCTTCCTGAC CCAATTTTCA ATCTCAGGAG AATTATTGGT 
TTTGGTGGAT GCACAGAGCG CTTTGCGCTC TGGACTCATA CTGGCTGCTC TGTGGTGTAT 
CCATGCCATG CCATTATAGT GGTTCTCGAA GTGAAGACAG GAGAACAAAG ATTTTTGTTG 
GGTCATACTG ACAAGGTCTC GGCTCTGGCC TTTAATGGCA GCTGCACTCT GCTGGCGTCG 
GCACAGACAG GTTCCCTCAG CATGGTGCGA CTCTGGCACT TCCAGAAAGG CAGCTGTCTC 
GCCATGTTCA AAACTCATGT TCACTCCGTC TCATACCTCA GTTTCTCACA CAGCGGAACT 
GTTTTATGCG GCGTTGGGAA AGACGGCCAT GGAAAAACAA TGGTGGTTGT ATGGAATACG 
TCTCAGGCGA GCCGGAGTGG GGAGGTCGCA GTGTTGGCTA AAGCTCACAC AGACATTGAC 
ATCCAGACCA TGAAAATTGC TTTCTTTGAT GACACGCGGA TGGTCTCATG TGGGAAGGAT 
AACGTGCGCC TCTGGCGGGT ACGCGGTGGG ACTTTGCGTT CCTGTCCAGT GAATTTGGGC 
GAATACCATA TGCTGGAGTT TAGCGATTTG GCTTTTGAGG CTGGGCATAG GCCTGAGAAG 
GAAGCCGAGG ACAGGACCCT GTATGTGAGC AGCTGTAGTG GCCACATACT GGAAATAGAC 
TATAAGAATG TTGTTCTGCG CAACGTGAGG CGGGTCCAGC CAGGTCAGCA GCAGCACAGT 
GAGCGTCGGG ACAAACAGAC TTTCTCTTCA GGTCCTGGCA TTGCTATCAA CAGCCTCAGT 
GTTTCTGCAA CATTCTGTGC CACGGGCACA GAAGATGGCT ATTTGCGTCT GTGGCCATTG 
GATTTTTCTG GGGTCTTCCT GGAAGCTGAA CATGAAGGAC CTGTGAGCTG TGTGGCTATT 
AGCCCAGAAG GTCTGCGCGT CCTGTCCTGT ACCTCAAGCG GGGAGCTGGG GGTCCTGGAT 
GTGCCTTCTC GCGGCTACAA CACGCTAATG CGCTCCCACA CAGATACGCT GCTCTCTTTC 
TCCTGTCACC CCACCCACCC ACAACTCGTC ACAGTGTCTA GTGACAATAC CATCCGGATC 
TGGGATACTG GCACTCTGCA GCAGCTATAT GACTTCACAG CAGAAGAAGA GACCCCCTGT 
GCTGTGACCT TCCACCCCGT TCGACAGGCC TTTGCCTGTG GTTTCAGCAG CGGCACCATC 
AGGTTCTTCG ACATCACAGC TACAGCTCTG CAGGCGGAGC ATAAGCAGCA TCGAGGTGCA 
ATCACAGGCC TGCTCTTTTC TCCTGATGGT AGCCTCATGT ACAGCTGCTG CTCTCTTGGC 
TCCGTGGCAC TGTACAGCAT TGGGCACAAG GAGCAGCATG TCCTGCGGGT ACTAGGCAAT 
GTGGTATGCA AGGACTCTGA GAGGGGCCCT ATGGCTCTGT CTTTGAGCAG TGATGGCCGT 
CTCCTTGCCT TTGTGGGTCC TACAGAATAC ACAGTAACCG TGATGGATGC CCGGTCATTA 
GATGAGCTCC TACGCGTTGA TGTGAGCATC CTGGATTTAG ATAGTACTAC TCTGGACTGT 
GCTCTGGGCC TGGCCTTCAG CCCTCTCAAG CCCCACCACC TTCTGGTGAG CACCTCCGGC 
AACAAGATCT TATGGCTGGA CCCAAAGACT GGACGTCTTA CAAGAGAAGT GACCCAGGTA 
CACAAGCAGT GCTGCTCCTC TCTAGCGGTG AGCATGGATA CCCGGTACAT GCTTACGGCA 
GGGGACAGGC TCCTCAAAGT ATGGGATCAG CGGCAACCAG GGACTGTCCG ACCTCAGGTG 
TTTATCGGTC ACTCTGAAGC TGTACAGCAG GTGGATTTCT CTCCAGACCA GCAATCGGTC 
ATCAGTGCCG GCGATGCTGT TTTCATATGG GATTTCTTGG CAGCCCCTGA TCCTGAGTTT 
ACAAAGACAG ACTGTGTACC AGCGCTTCCA TTTGCACTGC ACTCCAGTGC CGCACTAGAT 
CCTAGCTCTG AGCACCGGAG GGATTCTACA TTCATCTCTT CTGGGATGCC ACGGGGTACA 
GCCCCCCGAC CTTGCATTTC CTCCCCTCCG CGGTTAGACA TCAGCCCCGT ACAGGGTATG 
GACCACCCAG ATCTCTTCTC AGAGTCTGAT GATGGGCAGG AAGAGGAAGG GAACAGAGAC 
GAGCAGGAAA GGACGCTGGT TCCAGACACT AGAGACAATC TAGTGGAAAG TGATGAACAG 
TCTTCAGTGG TCATCATTGA GTGTCAGCCC AACAGGGCCA AACTACTCAC GGGCTCTAAA 
AGCAACAGTA GCAGCCTAAG GGAAGGTATG GTTAAGTCAA CCCATGAGCC ACCACGTCCT 
GATTCATACA CACATTTCCA CACTCGCTTT AAGGCTTCCT GTTTAGCCAA GGGAATGTGC 
CATCCCCCTG AGGGGCAGGA GATGCTGACT CTGAGAGCAC TGATTGGGTA CAATGGCAAT 
GGCCGAGCCA ACATGGCGTG GAACCCAGAC ACAGGGTTCT TCTCGTACAC TTGCGGCTGT 
GTAATTGTGG TGGAGGACCT GCACTCTGGA TCCCAGCGAC ACTGGCTGGG GCACCCTGAG 
GAAATCTCCA CCTTGGCTCT CACCAATGAT GCCCTAGTCT TGGCTTCAGC TTCAGGATCA 
GGGGATGGTT CATCCTTGTG TCAGATCCGT ATCTGGGACA CCCAAGATGG CTCCTGCATG 
AAGATACTGA CGCACCACCG CACAGAGGTG CAGGCAATGA GCTACTCCCG AGATGACCGT 
CTCTTTGTCA GTATCGGTGA CTACAGAGAT GGCAACCTTG CCCTGTGGAG TACAAAGGGC 
TATGAGCTCT TGGCCACCAG TCGCCTCTTC CAGCCAGTGC ACGCAGTCAC CTTCAACCCT 
GCACACTTCG ATGACTTTGC AAGCGCGGGC CCTGGGGCTG TCAGCTTCTG GAGGATAGAG 
ACTCAAGGGA CTGACACGCA GATAAAGGTG TACAGAGTGG CGGTTCCAGA AGAGGTTGGT 
ACAGCAGCAG AGCTGACCTC CATCACATAT AACTCCACGT CCCTGCTGTA CAGCGGCTGC 
AGCACAGGAC AAGTGTGTGT GTGGGACTGT CAGACTCACC GGTGCTTCCT GACGTGGGAA 
GCCGACCAGG GGGAGATAGG GATTCTGCTG TGCAGAGGGA ACAGGTTACT GACTGGGAGT 
AATACGCGCA GGATCCGGCT GTGGTGTGTG GCTGCTGTGC AGGAACTGAG AGAAAAAGGC 
TCCGGCGCCA GCTCTACGTC TGTCCTTATG GAGCACGAGA TGACACTGGA CGGCGCCATT 
GTTAGTGCCA CGTTTGATGA TGCCTTGGAG ATGGGAATTG TGGGCACCAC GGCTGGTACA 
CTCTGGTACA TTAACTGGGT GGAGAATACT AGCATCCGAC TGATCAGCGG CCATAGGAAC 
AAGGTGATGG ATCTGGCGGT TGCTCACGGT GAGAGCCACT GTGCCACATG TGGGGAGGAT 
GGCAGCTTAC GGATCTGGTC CCTGCAAAGC TGTGAGTTGC TCCTTCAGTT CCAAGTTCTC 
AACCAGAGCT GCTTATGTCT AGCCTGGAGC CCCCAACCCA AGTCTGGCCC GTCCACAGAA 
GATCAGAGAA TTGCCGCGGG CTACAGCGAC GGCACCATCA GAATATTCAG CGTCTCCAAA 
ACCGAGATGG AAATGAAAAT ACATCCTCAT CCGTGTGCAG TAACCTCCAT CGCATACTCC 
ACTTCTGGCG ACGTTCTTCT GACCGGTGGA AAGGATGGGC AGATGGCCAT TACCAGCCCA 
CGTACAGGAA TGACCATTCG AGTCTTAAGT GACCACAAGG GATCACCCAT CACCACGATT 
GAGTGCACCG GCAGGAAGCT GACTGGGCTT CCTACGGATG GAGAACTTTG GTTGGCTGCA 
AGCACAGACA GGCGTGTCAG TATCTGGGCT TCTGATTGGT CAAAGGATAA ATGTGAGCTA 
TTGGACTGGC TAAGCTTCCC AGCTCCTACT AGCCAGAAGG ATCTGGATGT GTCTGTGCCC 
ACCCTGGCAG CATTCTGTCC TTGGCAGCCT GGCACTGTGG TGTATTCGGG ATTTGGGGTG 
GAAAAAGAAA TTCTATTCTA CAGTCTCATC CAGAAGCAGG TGCTGCTGAG GATCCCACTC 
TCTCACTTTG CCACGTCTCT TACCCTGTCT CCCGCGGCGT CGCTTATAGC CGTCGGCAGT 
AATGAGCGAC TCCTGCGTCT CATCGACACC TCAGCTGGCA CCAAACAAGA TTTTGCAGCC 
TACGATGACG GCGTACATCT CTGCCGAGTA TCTCCCTCGG GCAACTTACT GCTCACGGCT 
TCATATAATC AAGTGCTGGT GTGGGACATT CAGAATTCAT AG

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

wdr90 ( XM_018097013.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017952502.1 Xenopus tropicalis WD repeat domain 90 (wdr90), transcript variant X2, mRNA.

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CloneID	OXa46544
Clone ID Related Accession (Same CDS sequence)	XM_018097013.1
Accession Version	XM_018097013.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5547bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
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_030685.1) 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 :: Xenopus tropicalis Annotation Release 103 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##

ATGTCGGTCT CGCTCTGTCC CTCAGTCTGG CAGCACCCAT TTGTAAATGT CTTCAAGCAC 
TTGCGGTTGG AAGAATGGAA GAAATCCAGC AAGGAGGGGG ATGTGACCAG CGTCATGGAC 
AAGACCCTTA AATGTACAGT GTACAGAATC CGCGGCTCCA TTCCAGCCGG AAACTACATC 
CAACTGCCAA AAACCAGCTC TCAGTCCCTG GGTCTGACCG GGCGCTATCT CTACATCTTG 
TTCAAGCCTC TGCCCGGGAA ACACTTTGTG GTGCATATAG ATGTGAGCGC AGAGGATGGT 
CAGACCGTCA GGATCTCCTT CTCCAATCTA TTTAAAGAGT TCAAGTCCAC AGCAACATGG 
CTGCAGTTCC CATTTGTATG CGGAGCAATA AAGGGGTCGG TGTACGACAG CACAGCGCAG 
GGGGCGCGGC AAGGAATGGT AGGCCCTGCC CCCTCAGGCT CCCGCTGGAC CTGTCTCCTA 
TTGGATGTCC AGTACATTCT GTCTCTGTAC CTAAGCCGTA GGTACAGCCA CCTGAGGAGT 
GCCAAGCTCT GCTCTAACCT GCTTGTGAAG AACTTAATGA CCAGCGACCT GCTCTTCAAC 
CCAGAAGTGA ACTTCATGGA GGCACGACAT GCAAAGCCCC TCCCTGATGG CATTTCTCCT 
ATGCCTCGCG AGATGTCATT CCCTGTTCCC AAGGGCGAGA AGTGGCATGA CCTATATGAC 
TTTATTATGT TCCCCTCTGA TAGCTCCAAA CTGCCCTACG ACTCCATACA GAAGGGCCAG 
TCTATGGTGA CGGCCCCTGG TGCCCCCATG TCTCGCAGCC CCGCTCGGGA ACGTCCCCGT 
TCTGTTACTA TTAGCAAACC TGTACAGGAC AGAGTGTCTC TAATCCAGCA GATAACCACC 
CCCAGACCGA TGCCCCATAG AAGTCTGTTA CGGGTAGAAT CTGTTCCTGA ACGGCCTGTC 
TCTGTAAGCG CGAGGGCAGA GGAGGCAAGA GATTTGGAGG ACCGCAGCAG AGGTGTGGAA 
CAAGATGGAG GAGTTCATGT TTACGCACAC AAGACAAACA AGCTCTCAAT CCATAGGCAC 
AAATCTGACT CTGAACAGGT GATTTGTACT AAAGTGGACA GACCAGAGAC TTTGTCAGTG 
CCCCCCGAGT GCAAGAAACT TCTTCCTGAC CCAATTTTCA ATCTCAGGAG AATTATTGGT 
TTTGGTGGAT GCACAGAGCG CTTTGCGCTC TGGACTCATA CTGGCTGCTC TGTGGTGTAT 
CCATGCCATG CCATTATAGT GGTTCTCGAA GTGAAGACAG GAGAACAAAG ATTTTTGTTG 
GGTCATACTG ACAAGGTCTC GGCTCTGGCC TTTAATGGCA GCTGCACTCT GCTGGCGTCG 
GCACAGACAG GTTCCCTCAG CATGGTGCGA CTCTGGCACT TCCAGAAAGG CAGCTGTCTC 
GCCATGTTCA AAACTCATGT TCACTCCGTC TCATACCTCA GTTTCTCACA CAGCGGAACT 
GTTTTATGCG GCGTTGGGAA AGACGGCCAT GGAAAAACAA TGGTGGTTGT ATGGAATACG 
TCTCAGGCGA GCCGGAGTGG GGAGGTCGCA GTGTTGGCTA AAGCTCACAC AGACATTGAC 
ATCCAGACCA TGAAAATTGC TTTCTTTGAT GACACGCGGA TGGTCTCATG TGGGAAGGAT 
AACGTGCGCC TCTGGCGGGT ACGCGGTGGG ACTTTGCGTT CCTGTCCAGT GAATTTGGGC 
GAATACCATA TGCTGGAGTT TAGCGATTTG GCTTTTGAGG CTGGGCATAG GCCTGAGAAG 
GAAGCCGAGG ACAGGACCCT GTATGTGAGC AGCTGTAGTG GCCACATACT GGAAATAGAC 
TATAAGAATG TTGTTCTGCG CAACGTGAGG CGGGTCCAGC CAGGTCAGCA GCAGCACAGT 
GAGCGTCGGG ACAAACAGAC TTTCTCTTCA GGTCCTGGCA TTGCTATCAA CAGCCTCAGT 
GTTTCTGCAA CATTCTGTGC CACGGGCACA GAAGATGGCT ATTTGCGTCT GTGGCCATTG 
GATTTTTCTG GGGTCTTCCT GGAAGCTGAA CATGAAGGAC CTGTGAGCTG TGTGGCTATT 
AGCCCAGAAG GTCTGCGCGT CCTGTCCTGT ACCTCAAGCG GGGAGCTGGG GGTCCTGGAT 
GTGCCTTCTC GCGGCTACAA CACGCTAATG CGCTCCCACA CAGATACGCT GCTCTCTTTC 
TCCTGTCACC CCACCCACCC ACAACTCGTC ACAGTGTCTA GTGACAATAC CATCCGGATC 
TGGGATACTG GCACTCTGCA GCAGCTATAT GACTTCACAG CAGAAGAAGA GACCCCCTGT 
GCTGTGACCT TCCACCCCGT TCGACAGGCC TTTGCCTGTG GTTTCAGCAG CGGCACCATC 
AGGTTCTTCG ACATCACAGC TACAGCTCTG CAGGCGGAGC ATAAGCAGCA TCGAGGTGCA 
ATCACAGGCC TGCTCTTTTC TCCTGATGGT AGCCTCATGT ACAGCTGCTG CTCTCTTGGC 
TCCGTGGCAC TGTACAGCAT TGGGCACAAG GAGCAGCATG TCCTGCGGGT ACTAGGCAAT 
GTGGTATGCA AGGACTCTGA GAGGGGCCCT ATGGCTCTGT CTTTGAGCAG TGATGGCCGT 
CTCCTTGCCT TTGTGGGTCC TACAGAATAC ACAGTAACCG TGATGGATGC CCGGTCATTA 
GATGAGCTCC TACGCGTTGA TGTGAGCATC CTGGATTTAG ATAGTACTAC TCTGGACTGT 
GCTCTGGGCC TGGCCTTCAG CCCTCTCAAG CCCCACCACC TTCTGGTGAG CACCTCCGGC 
AACAAGATCT TATGGCTGGA CCCAAAGACT GGACGTCTTA CAAGAGAAGT GACCCAGGTA 
CACAAGCAGT GCTGCTCCTC TCTAGCGGTG AGCATGGATA CCCGGTACAT GCTTACGGCA 
GGGGACAGGC TCCTCAAAGT ATGGGATCAG CGGCAACCAG GGACTGTCCG ACCTCAGGTG 
TTTATCGGTC ACTCTGAAGC TGTACAGCAG GTGGATTTCT CTCCAGACCA GCAATCGGTC 
ATCAGTGCCG GCGATGCTGT TTTCATATGG GATTTCTTGG CAGCCCCTGA TCCTGAGTTT 
ACAAAGACAG ACTGTGTACC AGCGCTTCCA TTTGCACTGC ACTCCAGTGC CGCACTAGAT 
CCTAGCTCTG AGCACCGGAG GGATTCTACA TTCATCTCTT CTGGGATGCC ACGGGGTACA 
GCCCCCCGAC CTTGCATTTC CTCCCCTCCG CGGTTAGACA TCAGCCCCGT ACAGGATCTC 
TTCTCAGAGT CTGATGATGG GCAGGAAGAG GAAGGGAACA GAGACGAGCA GGAAAGGACG 
CTGGTTCCAG ACACTAGAGA CAATCTAGTG GAAAGTGATG AACAGTCTTC AGTGGTCATC 
ATTGAGTGTC AGCCCAACAG GGCCAAACTA CTCACGGGCT CTAAAAGCAA CAGTAGCAGC 
CTAAGGGAAG GTATGGTTAA GTCAACCCAT GAGCCACCAC GTCCTGATTC ATACACACAT 
TTCCACACTC GCTTTAAGGC TTCCTGTTTA GCCAAGGGAA TGTGCCATCC CCCTGAGGGG 
CAGGAGATGC TGACTCTGAG AGCACTGATT GGGTACAATG GCAATGGCCG AGCCAACATG 
GCGTGGAACC CAGACACAGG GTTCTTCTCG TACACTTGCG GCTGTGTAAT TGTGGTGGAG 
GACCTGCACT CTGGATCCCA GCGACACTGG CTGGGGCACC CTGAGGAAAT CTCCACCTTG 
GCTCTCACCA ATGATGCCCT AGTCTTGGCT TCAGCTTCAG GATCAGGGGA TGGTTCATCC 
TTGTGTCAGA TCCGTATCTG GGACACCCAA GATGGCTCCT GCATGAAGAT ACTGACGCAC 
CACCGCACAG AGGTGCAGGC AATGAGCTAC TCCCGAGATG ACCGTCTCTT TGTCAGTATC 
GGTGACTACA GAGATGGCAA CCTTGCCCTG TGGAGTACAA AGGGCTATGA GCTCTTGGCC 
ACCAGTCGCC TCTTCCAGCC AGTGCACGCA GTCACCTTCA ACCCTGCACA CTTCGATGAC 
TTTGCAAGCG CGGGCCCTGG GGCTGTCAGC TTCTGGAGGA TAGAGACTCA AGGGACTGAC 
ACGCAGATAA AGGTGTACAG AGTGGCGGTT CCAGAAGAGG TTGGTACAGC AGCAGAGCTG 
ACCTCCATCA CATATAACTC CACGTCCCTG CTGTACAGCG GCTGCAGCAC AGGACAAGTG 
TGTGTGTGGG ACTGTCAGAC TCACCGGTGC TTCCTGACGT GGGAAGCCGA CCAGGGGGAG 
ATAGGGATTC TGCTGTGCAG AGGGAACAGG TTACTGACTG GGAGTAATAC GCGCAGGATC 
CGGCTGTGGT GTGTGGCTGC TGTGCAGGAA CTGAGAGAAA AAGGCTCCGG CGCCAGCTCT 
ACGTCTGTCC TTATGGAGCA CGAGATGACA CTGGACGGCG CCATTGTTAG TGCCACGTTT 
GATGATGCCT TGGAGATGGG AATTGTGGGC ACCACGGCTG GTACACTCTG GTACATTAAC 
TGGGTGGAGA ATACTAGCAT CCGACTGATC AGCGGCCATA GGAACAAGGT GATGGATCTG 
GCGGTTGCTC ACGGTGAGAG CCACTGTGCC ACATGTGGGG AGGATGGCAG CTTACGGATC 
TGGTCCCTGC AAAGCTGTGA GTTGCTCCTT CAGTTCCAAG TTCTCAACCA GAGCTGCTTA 
TGTCTAGCCT GGAGCCCCCA ACCCAAGTCT GGCCCGTCCA CAGAAGATCA GAGAATTGCC 
GCGGGCTACA GCGACGGCAC CATCAGAATA TTCAGCGTCT CCAAAACCGA GATGGAAATG 
AAAATACATC CTCATCCGTG TGCAGTAACC TCCATCGCAT ACTCCACTTC TGGCGACGTT 
CTTCTGACCG GTGGAAAGGA TGGGCAGATG GCCATTACCA GCCCACGTAC AGGAATGACC 
ATTCGAGTCT TAAGTGACCA CAAGGGATCA CCCATCACCA CGATTGAGTG CACCGGCAGG 
AAGCTGACTG GGCTTCCTAC GGATGGAGAA CTTTGGTTGG CTGCAAGCAC AGACAGGCGT 
GTCAGTATCT GGGCTTCTGA TTGGTCAAAG GATAAATGTG AGCTATTGGA CTGGCTAAGC 
TTCCCAGCTC CTACTAGCCA GAAGGATCTG GATGTGTCTG TGCCCACCCT GGCAGCATTC 
TGTCCTTGGC AGCCTGGCAC TGTGGTGTAT TCGGGATTTG GGGTGGAAAA AGAAATTCTA 
TTCTACAGTC TCATCCAGAA GCAGGTGCTG CTGAGGATCC CACTCTCTCA CTTTGCCACG 
TCTCTTACCC TGTCTCCCGC GGCGTCGCTT ATAGCCGTCG GCAGTAATGA GCGACTCCTG 
CGTCTCATCG ACACCTCAGC TGGCACCAAA CAAGATTTTG CAGCCTACGA TGACGGCGTA 
CATCTCTGCC GAGTATCTCC CTCGGGCAAC TTACTGCTCA CGGCTTCATA TAATCAAGTG 
CTGGTGTGGG ACATTCAGAA TTCATAG

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

RefSeq	XP_017952502.1
CDS	158..5704
Translation	MSVSLCPSVWQHPFVNVFKHLRLEEWKKSSKEGDVTSVMDKTLKCTVYRIRGSIPAGNYIQLPKTSSQSLGLTGRYLYILFKPLPGKHFVVHIDVSAEDGQTVRISFSNLFKEFKSTATWLQFPFVCGAIKGSVYDSTAQGARQGMVGPAPSGSRWTCLLLDVQYILSLYLSRRYSHLRSAKLCSNLLVKNLMTSDLLFNPEVNFMEARHAKPLPDGISPMPREMSFPVPKGEKWHDLYDFIMFPSDSSKLPYDSIQKGQSMVTAPGAPMSRSPARERPRSVTISKPVQDRVSLIQQITTPRPMPHRSLLRVESVPERPVSVSARAEEARDLEDRSRGVEQDGGVHVYAHKTNKLSIHRHKSDSEQVICTKVDRPETLSVPPECKKLLPDPIFNLRRIIGFGGCTERFALWTHTGCSVVYPCHAIIVVLEVKTGEQRFLLGHTDKVSALAFNGSCTLLASAQTGSLSMVRLWHFQKGSCLAMFKTHVHSVSYLSFSHSGTVLCGVGKDGHGKTMVVVWNTSQASRSGEVAVLAKAHTDIDIQTMKIAFFDDTRMVSCGKDNVRLWRVRGGTLRSCPVNLGEYHMLEFSDLAFEAGHRPEKEAEDRTLYVSSCSGHILEIDYKNVVLRNVRRVQPGQQQHSERRDKQTFSSGPGIAINSLSVSATFCATGTEDGYLRLWPLDFSGVFLEAEHEGPVSCVAISPEGLRVLSCTSSGELGVLDVPSRGYNTLMRSHTDTLLSFSCHPTHPQLVTVSSDNTIRIWDTGTLQQLYDFTAEEETPCAVTFHPVRQAFACGFSSGTIRFFDITATALQAEHKQHRGAITGLLFSPDGSLMYSCCSLGSVALYSIGHKEQHVLRVLGNVVCKDSERGPMALSLSSDGRLLAFVGPTEYTVTVMDARSLDELLRVDVSILDLDSTTLDCALGLAFSPLKPHHLLVSTSGNKILWLDPKTGRLTREVTQVHKQCCSSLAVSMDTRYMLTAGDRLLKVWDQRQPGTVRPQVFIGHSEAVQQVDFSPDQQSVISAGDAVFIWDFLAAPDPEFTKTDCVPALPFALHSSAALDPSSEHRRDSTFISSGMPRGTAPRPCISSPPRLDISPVQDLFSESDDGQEEEGNRDEQERTLVPDTRDNLVESDEQSSVVIIECQPNRAKLLTGSKSNSSSLREGMVKSTHEPPRPDSYTHFHTRFKASCLAKGMCHPPEGQEMLTLRALIGYNGNGRANMAWNPDTGFFSYTCGCVIVVEDLHSGSQRHWLGHPEEISTLALTNDALVLASASGSGDGSSLCQIRIWDTQDGSCMKILTHHRTEVQAMSYSRDDRLFVSIGDYRDGNLALWSTKGYELLATSRLFQPVHAVTFNPAHFDDFASAGPGAVSFWRIETQGTDTQIKVYRVAVPEEVGTAAELTSITYNSTSLLYSGCSTGQVCVWDCQTHRCFLTWEADQGEIGILLCRGNRLLTGSNTRRIRLWCVAAVQELREKGSGASSTSVLMEHEMTLDGAIVSATFDDALEMGIVGTTAGTLWYINWVENTSIRLISGHRNKVMDLAVAHGESHCATCGEDGSLRIWSLQSCELLLQFQVLNQSCLCLAWSPQPKSGPSTEDQRIAAGYSDGTIRIFSVSKTEMEMKIHPHPCAVTSIAYSTSGDVLLTGGKDGQMAITSPRTGMTIRVLSDHKGSPITTIECTGRKLTGLPTDGELWLAASTDRRVSIWASDWSKDKCELLDWLSFPAPTSQKDLDVSVPTLAAFCPWQPGTVVYSGFGVEKEILFYSLIQKQVLLRIPLSHFATSLTLSPAASLIAVGSNERLLRLIDTSAGTKQDFAAYDDGVHLCRVSPSGNLLLTASYNQVLVWDIQNS

Target ORF information:

RefSeq Version	XM_018097013.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis 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_018097013.1

ORF Insert Sequence:

ATGTCGGTCT CGCTCTGTCC CTCAGTCTGG CAGCACCCAT TTGTAAATGT CTTCAAGCAC 
TTGCGGTTGG AAGAATGGAA GAAATCCAGC AAGGAGGGGG ATGTGACCAG CGTCATGGAC 
AAGACCCTTA AATGTACAGT GTACAGAATC CGCGGCTCCA TTCCAGCCGG AAACTACATC 
CAACTGCCAA AAACCAGCTC TCAGTCCCTG GGTCTGACCG GGCGCTATCT CTACATCTTG 
TTCAAGCCTC TGCCCGGGAA ACACTTTGTG GTGCATATAG ATGTGAGCGC AGAGGATGGT 
CAGACCGTCA GGATCTCCTT CTCCAATCTA TTTAAAGAGT TCAAGTCCAC AGCAACATGG 
CTGCAGTTCC CATTTGTATG CGGAGCAATA AAGGGGTCGG TGTACGACAG CACAGCGCAG 
GGGGCGCGGC AAGGAATGGT AGGCCCTGCC CCCTCAGGCT CCCGCTGGAC CTGTCTCCTA 
TTGGATGTCC AGTACATTCT GTCTCTGTAC CTAAGCCGTA GGTACAGCCA CCTGAGGAGT 
GCCAAGCTCT GCTCTAACCT GCTTGTGAAG AACTTAATGA CCAGCGACCT GCTCTTCAAC 
CCAGAAGTGA ACTTCATGGA GGCACGACAT GCAAAGCCCC TCCCTGATGG CATTTCTCCT 
ATGCCTCGCG AGATGTCATT CCCTGTTCCC AAGGGCGAGA AGTGGCATGA CCTATATGAC 
TTTATTATGT TCCCCTCTGA TAGCTCCAAA CTGCCCTACG ACTCCATACA GAAGGGCCAG 
TCTATGGTGA CGGCCCCTGG TGCCCCCATG TCTCGCAGCC CCGCTCGGGA ACGTCCCCGT 
TCTGTTACTA TTAGCAAACC TGTACAGGAC AGAGTGTCTC TAATCCAGCA GATAACCACC 
CCCAGACCGA TGCCCCATAG AAGTCTGTTA CGGGTAGAAT CTGTTCCTGA ACGGCCTGTC 
TCTGTAAGCG CGAGGGCAGA GGAGGCAAGA GATTTGGAGG ACCGCAGCAG AGGTGTGGAA 
CAAGATGGAG GAGTTCATGT TTACGCACAC AAGACAAACA AGCTCTCAAT CCATAGGCAC 
AAATCTGACT CTGAACAGGT GATTTGTACT AAAGTGGACA GACCAGAGAC TTTGTCAGTG 
CCCCCCGAGT GCAAGAAACT TCTTCCTGAC CCAATTTTCA ATCTCAGGAG AATTATTGGT 
TTTGGTGGAT GCACAGAGCG CTTTGCGCTC TGGACTCATA CTGGCTGCTC TGTGGTGTAT 
CCATGCCATG CCATTATAGT GGTTCTCGAA GTGAAGACAG GAGAACAAAG ATTTTTGTTG 
GGTCATACTG ACAAGGTCTC GGCTCTGGCC TTTAATGGCA GCTGCACTCT GCTGGCGTCG 
GCACAGACAG GTTCCCTCAG CATGGTGCGA CTCTGGCACT TCCAGAAAGG CAGCTGTCTC 
GCCATGTTCA AAACTCATGT TCACTCCGTC TCATACCTCA GTTTCTCACA CAGCGGAACT 
GTTTTATGCG GCGTTGGGAA AGACGGCCAT GGAAAAACAA TGGTGGTTGT ATGGAATACG 
TCTCAGGCGA GCCGGAGTGG GGAGGTCGCA GTGTTGGCTA AAGCTCACAC AGACATTGAC 
ATCCAGACCA TGAAAATTGC TTTCTTTGAT GACACGCGGA TGGTCTCATG TGGGAAGGAT 
AACGTGCGCC TCTGGCGGGT ACGCGGTGGG ACTTTGCGTT CCTGTCCAGT GAATTTGGGC 
GAATACCATA TGCTGGAGTT TAGCGATTTG GCTTTTGAGG CTGGGCATAG GCCTGAGAAG 
GAAGCCGAGG ACAGGACCCT GTATGTGAGC AGCTGTAGTG GCCACATACT GGAAATAGAC 
TATAAGAATG TTGTTCTGCG CAACGTGAGG CGGGTCCAGC CAGGTCAGCA GCAGCACAGT 
GAGCGTCGGG ACAAACAGAC TTTCTCTTCA GGTCCTGGCA TTGCTATCAA CAGCCTCAGT 
GTTTCTGCAA CATTCTGTGC CACGGGCACA GAAGATGGCT ATTTGCGTCT GTGGCCATTG 
GATTTTTCTG GGGTCTTCCT GGAAGCTGAA CATGAAGGAC CTGTGAGCTG TGTGGCTATT 
AGCCCAGAAG GTCTGCGCGT CCTGTCCTGT ACCTCAAGCG GGGAGCTGGG GGTCCTGGAT 
GTGCCTTCTC GCGGCTACAA CACGCTAATG CGCTCCCACA CAGATACGCT GCTCTCTTTC 
TCCTGTCACC CCACCCACCC ACAACTCGTC ACAGTGTCTA GTGACAATAC CATCCGGATC 
TGGGATACTG GCACTCTGCA GCAGCTATAT GACTTCACAG CAGAAGAAGA GACCCCCTGT 
GCTGTGACCT TCCACCCCGT TCGACAGGCC TTTGCCTGTG GTTTCAGCAG CGGCACCATC 
AGGTTCTTCG ACATCACAGC TACAGCTCTG CAGGCGGAGC ATAAGCAGCA TCGAGGTGCA 
ATCACAGGCC TGCTCTTTTC TCCTGATGGT AGCCTCATGT ACAGCTGCTG CTCTCTTGGC 
TCCGTGGCAC TGTACAGCAT TGGGCACAAG GAGCAGCATG TCCTGCGGGT ACTAGGCAAT 
GTGGTATGCA AGGACTCTGA GAGGGGCCCT ATGGCTCTGT CTTTGAGCAG TGATGGCCGT 
CTCCTTGCCT TTGTGGGTCC TACAGAATAC ACAGTAACCG TGATGGATGC CCGGTCATTA 
GATGAGCTCC TACGCGTTGA TGTGAGCATC CTGGATTTAG ATAGTACTAC TCTGGACTGT 
GCTCTGGGCC TGGCCTTCAG CCCTCTCAAG CCCCACCACC TTCTGGTGAG CACCTCCGGC 
AACAAGATCT TATGGCTGGA CCCAAAGACT GGACGTCTTA CAAGAGAAGT GACCCAGGTA 
CACAAGCAGT GCTGCTCCTC TCTAGCGGTG AGCATGGATA CCCGGTACAT GCTTACGGCA 
GGGGACAGGC TCCTCAAAGT ATGGGATCAG CGGCAACCAG GGACTGTCCG ACCTCAGGTG 
TTTATCGGTC ACTCTGAAGC TGTACAGCAG GTGGATTTCT CTCCAGACCA GCAATCGGTC 
ATCAGTGCCG GCGATGCTGT TTTCATATGG GATTTCTTGG CAGCCCCTGA TCCTGAGTTT 
ACAAAGACAG ACTGTGTACC AGCGCTTCCA TTTGCACTGC ACTCCAGTGC CGCACTAGAT 
CCTAGCTCTG AGCACCGGAG GGATTCTACA TTCATCTCTT CTGGGATGCC ACGGGGTACA 
GCCCCCCGAC CTTGCATTTC CTCCCCTCCG CGGTTAGACA TCAGCCCCGT ACAGGATCTC 
TTCTCAGAGT CTGATGATGG GCAGGAAGAG GAAGGGAACA GAGACGAGCA GGAAAGGACG 
CTGGTTCCAG ACACTAGAGA CAATCTAGTG GAAAGTGATG AACAGTCTTC AGTGGTCATC 
ATTGAGTGTC AGCCCAACAG GGCCAAACTA CTCACGGGCT CTAAAAGCAA CAGTAGCAGC 
CTAAGGGAAG GTATGGTTAA GTCAACCCAT GAGCCACCAC GTCCTGATTC ATACACACAT 
TTCCACACTC GCTTTAAGGC TTCCTGTTTA GCCAAGGGAA TGTGCCATCC CCCTGAGGGG 
CAGGAGATGC TGACTCTGAG AGCACTGATT GGGTACAATG GCAATGGCCG AGCCAACATG 
GCGTGGAACC CAGACACAGG GTTCTTCTCG TACACTTGCG GCTGTGTAAT TGTGGTGGAG 
GACCTGCACT CTGGATCCCA GCGACACTGG CTGGGGCACC CTGAGGAAAT CTCCACCTTG 
GCTCTCACCA ATGATGCCCT AGTCTTGGCT TCAGCTTCAG GATCAGGGGA TGGTTCATCC 
TTGTGTCAGA TCCGTATCTG GGACACCCAA GATGGCTCCT GCATGAAGAT ACTGACGCAC 
CACCGCACAG AGGTGCAGGC AATGAGCTAC TCCCGAGATG ACCGTCTCTT TGTCAGTATC 
GGTGACTACA GAGATGGCAA CCTTGCCCTG TGGAGTACAA AGGGCTATGA GCTCTTGGCC 
ACCAGTCGCC TCTTCCAGCC AGTGCACGCA GTCACCTTCA ACCCTGCACA CTTCGATGAC 
TTTGCAAGCG CGGGCCCTGG GGCTGTCAGC TTCTGGAGGA TAGAGACTCA AGGGACTGAC 
ACGCAGATAA AGGTGTACAG AGTGGCGGTT CCAGAAGAGG TTGGTACAGC AGCAGAGCTG 
ACCTCCATCA CATATAACTC CACGTCCCTG CTGTACAGCG GCTGCAGCAC AGGACAAGTG 
TGTGTGTGGG ACTGTCAGAC TCACCGGTGC TTCCTGACGT GGGAAGCCGA CCAGGGGGAG 
ATAGGGATTC TGCTGTGCAG AGGGAACAGG TTACTGACTG GGAGTAATAC GCGCAGGATC 
CGGCTGTGGT GTGTGGCTGC TGTGCAGGAA CTGAGAGAAA AAGGCTCCGG CGCCAGCTCT 
ACGTCTGTCC TTATGGAGCA CGAGATGACA CTGGACGGCG CCATTGTTAG TGCCACGTTT 
GATGATGCCT TGGAGATGGG AATTGTGGGC ACCACGGCTG GTACACTCTG GTACATTAAC 
TGGGTGGAGA ATACTAGCAT CCGACTGATC AGCGGCCATA GGAACAAGGT GATGGATCTG 
GCGGTTGCTC ACGGTGAGAG CCACTGTGCC ACATGTGGGG AGGATGGCAG CTTACGGATC 
TGGTCCCTGC AAAGCTGTGA GTTGCTCCTT CAGTTCCAAG TTCTCAACCA GAGCTGCTTA 
TGTCTAGCCT GGAGCCCCCA ACCCAAGTCT GGCCCGTCCA CAGAAGATCA GAGAATTGCC 
GCGGGCTACA GCGACGGCAC CATCAGAATA TTCAGCGTCT CCAAAACCGA GATGGAAATG 
AAAATACATC CTCATCCGTG TGCAGTAACC TCCATCGCAT ACTCCACTTC TGGCGACGTT 
CTTCTGACCG GTGGAAAGGA TGGGCAGATG GCCATTACCA GCCCACGTAC AGGAATGACC 
ATTCGAGTCT TAAGTGACCA CAAGGGATCA CCCATCACCA CGATTGAGTG CACCGGCAGG 
AAGCTGACTG GGCTTCCTAC GGATGGAGAA CTTTGGTTGG CTGCAAGCAC AGACAGGCGT 
GTCAGTATCT GGGCTTCTGA TTGGTCAAAG GATAAATGTG AGCTATTGGA CTGGCTAAGC 
TTCCCAGCTC CTACTAGCCA GAAGGATCTG GATGTGTCTG TGCCCACCCT GGCAGCATTC 
TGTCCTTGGC AGCCTGGCAC TGTGGTGTAT TCGGGATTTG GGGTGGAAAA AGAAATTCTA 
TTCTACAGTC TCATCCAGAA GCAGGTGCTG CTGAGGATCC CACTCTCTCA CTTTGCCACG 
TCTCTTACCC TGTCTCCCGC GGCGTCGCTT ATAGCCGTCG GCAGTAATGA GCGACTCCTG 
CGTCTCATCG ACACCTCAGC TGGCACCAAA CAAGATTTTG CAGCCTACGA TGACGGCGTA 
CATCTCTGCC GAGTATCTCC CTCGGGCAAC TTACTGCTCA CGGCTTCATA TAATCAAGTG 
CTGGTGTGGG ACATTCAGAA TTCATAG

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

wdr90 ( XM_018097014.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017952503.1 Xenopus tropicalis WD repeat domain 90 (wdr90), transcript variant X3, mRNA.

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CloneID	OXa46545
Clone ID Related Accession (Same CDS sequence)	XM_018097014.1
Accession Version	XM_018097014.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5493bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	WD repeat-containing protein 90 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030685.1) 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 :: Xenopus tropicalis Annotation Release 103 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##

ATGTCGGTCT CGCTCTGTCC CTCAGTCTGG CAGCACCCAT TTGTAAATGT CTTCAAGCAC 
TTGCGGTTGG AAGAATGGAA GAAATCCAGC AAGGAGGGGG ATGTGACCAG CGTCATGGAC 
AAGACCCTTA AATGTACAGT GTACAGAATC CGCGGCTCCA TTCCAGCCGG AAACTACATC 
CAACTGCCAA AAACCAGCTC TCAGTCCCTG GGTCTGACCG GGCGCTATCT CTACATCTTG 
TTCAAGCCTC TGCCCGGGAA ACACTTTGTG GTGCATATAG ATGTGAGCGC AGAGGATGGT 
CAGACCGTCA GGATCTCCTT CTCCAATCTA TTTAAAGAGT TCAAGTCCAC AGCAACATGG 
CTGCAGTTCC CATTTGTATG CGGAGCAATA AAGGGGTCGG TGTACGACAG CACAGCGCAG 
GGGGCGCGGC AAGGAATGGT AGGCCCTGCC CCCTCAGGCT CCCGCTGGAC CTGTCTCCTA 
TTGGATGTCC AGTACATTCT GTCTCTGTAC CTAAGCCGTA GGTACAGCCA CCTGAGGAGT 
GCCAAGCTCT GCTCTAACCT GCTTGTGAAG AACTTAATGA CCAGCGACCT GCTCTTCAAC 
CCAGAAGTGA ACTTCATGGA GGCACGACAT GCAAAGCCCC TCCCTGATGG CATTTCTCCT 
ATGCCTCGCG AGATGTCATT CCCTGTTCCC AAGGGCGAGA AGTGGCATGA CCTATATGAC 
TTTATTATGT TCCCCTCTGA TAGCTCCAAA CTGCCCTACG ACTCCATACA GAAGGGCCAG 
TCTATGGTGA CGGCCCCTGG TGCCCCCATG TCTCGCAGCC CCGCTCGGGA ACGTCCCCGT 
TCTGTTACTA TTAGCAAACC TGTACAGGAC AGAGTGTCTC TAATCCAGCA GATAACCACC 
CCCAGACCGA TGCCCCATAG AAGTCTGTTA CGGGTAGAAT CTGTTCCTGA ACGGCCTGTC 
TCTGTAAGCG CGAGGGCAGA GGAGGCAAGA GATTTGGAGG ACCGCAGCAG AGGTGTGGAA 
CAAGATGGAG GAGTTCATGT TTACGCACAC AAGACAAACA AGCTCTCAAT CCATAGGCAC 
AAATCTGACT CTGAACAGGT GATTTGTACT AAAGTGGACA GACCAGAGAC TTTGTCAGTG 
CCCCCCGAGT GCAAGGCGCT CTGGACTCAT ACTGGCTGCT CTGTGGTGTA TCCATGCCAT 
GCCATTATAG TGGTTCTCGA AGTGAAGACA GGAGAACAAA GATTTTTGTT GGGTCATACT 
GACAAGGTCT CGGCTCTGGC CTTTAATGGC AGCTGCACTC TGCTGGCGTC GGCACAGACA 
GGTTCCCTCA GCATGGTGCG ACTCTGGCAC TTCCAGAAAG GCAGCTGTCT CGCCATGTTC 
AAAACTCATG TTCACTCCGT CTCATACCTC AGTTTCTCAC ACAGCGGAAC TGTTTTATGC 
GGCGTTGGGA AAGACGGCCA TGGAAAAACA ATGGTGGTTG TATGGAATAC GTCTCAGGCG 
AGCCGGAGTG GGGAGGTCGC AGTGTTGGCT AAAGCTCACA CAGACATTGA CATCCAGACC 
ATGAAAATTG CTTTCTTTGA TGACACGCGG ATGGTCTCAT GTGGGAAGGA TAACGTGCGC 
CTCTGGCGGG TACGCGGTGG GACTTTGCGT TCCTGTCCAG TGAATTTGGG CGAATACCAT 
ATGCTGGAGT TTAGCGATTT GGCTTTTGAG GCTGGGCATA GGCCTGAGAA GGAAGCCGAG 
GACAGGACCC TGTATGTGAG CAGCTGTAGT GGCCACATAC TGGAAATAGA CTATAAGAAT 
GTTGTTCTGC GCAACGTGAG GCGGGTCCAG CCAGGTCAGC AGCAGCACAG TGAGCGTCGG 
GACAAACAGA CTTTCTCTTC AGGTCCTGGC ATTGCTATCA ACAGCCTCAG TGTTTCTGCA 
ACATTCTGTG CCACGGGCAC AGAAGATGGC TATTTGCGTC TGTGGCCATT GGATTTTTCT 
GGGGTCTTCC TGGAAGCTGA ACATGAAGGA CCTGTGAGCT GTGTGGCTAT TAGCCCAGAA 
GGTCTGCGCG TCCTGTCCTG TACCTCAAGC GGGGAGCTGG GGGTCCTGGA TGTGCCTTCT 
CGCGGCTACA ACACGCTAAT GCGCTCCCAC ACAGATACGC TGCTCTCTTT CTCCTGTCAC 
CCCACCCACC CACAACTCGT CACAGTGTCT AGTGACAATA CCATCCGGAT CTGGGATACT 
GGCACTCTGC AGCAGCTATA TGACTTCACA GCAGAAGAAG AGACCCCCTG TGCTGTGACC 
TTCCACCCCG TTCGACAGGC CTTTGCCTGT GGTTTCAGCA GCGGCACCAT CAGGTTCTTC 
GACATCACAG CTACAGCTCT GCAGGCGGAG CATAAGCAGC ATCGAGGTGC AATCACAGGC 
CTGCTCTTTT CTCCTGATGG TAGCCTCATG TACAGCTGCT GCTCTCTTGG CTCCGTGGCA 
CTGTACAGCA TTGGGCACAA GGAGCAGCAT GTCCTGCGGG TACTAGGCAA TGTGGTATGC 
AAGGACTCTG AGAGGGGCCC TATGGCTCTG TCTTTGAGCA GTGATGGCCG TCTCCTTGCC 
TTTGTGGGTC CTACAGAATA CACAGTAACC GTGATGGATG CCCGGTCATT AGATGAGCTC 
CTACGCGTTG ATGTGAGCAT CCTGGATTTA GATAGTACTA CTCTGGACTG TGCTCTGGGC 
CTGGCCTTCA GCCCTCTCAA GCCCCACCAC CTTCTGGTGA GCACCTCCGG CAACAAGATC 
TTATGGCTGG ACCCAAAGAC TGGACGTCTT ACAAGAGAAG TGACCCAGGT ACACAAGCAG 
TGCTGCTCCT CTCTAGCGGT GAGCATGGAT ACCCGGTACA TGCTTACGGC AGGGGACAGG 
CTCCTCAAAG TATGGGATCA GCGGCAACCA GGGACTGTCC GACCTCAGGT GTTTATCGGT 
CACTCTGAAG CTGTACAGCA GGTGGATTTC TCTCCAGACC AGCAATCGGT CATCAGTGCC 
GGCGATGCTG TTTTCATATG GGATTTCTTG GCAGCCCCTG ATCCTGAGTT TACAAAGACA 
GACTGTGTAC CAGCGCTTCC ATTTGCACTG CACTCCAGTG CCGCACTAGA TCCTAGCTCT 
GAGCACCGGA GGGATTCTAC ATTCATCTCT TCTGGGATGC CACGGGGTAC AGCCCCCCGA 
CCTTGCATTT CCTCCCCTCC GCGGTTAGAC ATCAGCCCCG TACAGGGTAT GGACCACCCA 
GATCTCTTCT CAGAGTCTGA TGATGGGCAG GAAGAGGAAG GGAACAGAGA CGAGCAGGAA 
AGGACGCTGG TTCCAGACAC TAGAGACAAT CTAGTGGAAA GTGATGAACA GTCTTCAGTG 
GTCATCATTG AGTGTCAGCC CAACAGGGCC AAACTACTCA CGGGCTCTAA AAGCAACAGT 
AGCAGCCTAA GGGAAGGTAT GGTTAAGTCA ACCCATGAGC CACCACGTCC TGATTCATAC 
ACACATTTCC ACACTCGCTT TAAGGCTTCC TGTTTAGCCA AGGGAATGTG CCATCCCCCT 
GAGGGGCAGG AGATGCTGAC TCTGAGAGCA CTGATTGGGT ACAATGGCAA TGGCCGAGCC 
AACATGGCGT GGAACCCAGA CACAGGGTTC TTCTCGTACA CTTGCGGCTG TGTAATTGTG 
GTGGAGGACC TGCACTCTGG ATCCCAGCGA CACTGGCTGG GGCACCCTGA GGAAATCTCC 
ACCTTGGCTC TCACCAATGA TGCCCTAGTC TTGGCTTCAG CTTCAGGATC AGGGGATGGT 
TCATCCTTGT GTCAGATCCG TATCTGGGAC ACCCAAGATG GCTCCTGCAT GAAGATACTG 
ACGCACCACC GCACAGAGGT GCAGGCAATG AGCTACTCCC GAGATGACCG TCTCTTTGTC 
AGTATCGGTG ACTACAGAGA TGGCAACCTT GCCCTGTGGA GTACAAAGGG CTATGAGCTC 
TTGGCCACCA GTCGCCTCTT CCAGCCAGTG CACGCAGTCA CCTTCAACCC TGCACACTTC 
GATGACTTTG CAAGCGCGGG CCCTGGGGCT GTCAGCTTCT GGAGGATAGA GACTCAAGGG 
ACTGACACGC AGATAAAGGT GTACAGAGTG GCGGTTCCAG AAGAGGTTGG TACAGCAGCA 
GAGCTGACCT CCATCACATA TAACTCCACG TCCCTGCTGT ACAGCGGCTG CAGCACAGGA 
CAAGTGTGTG TGTGGGACTG TCAGACTCAC CGGTGCTTCC TGACGTGGGA AGCCGACCAG 
GGGGAGATAG GGATTCTGCT GTGCAGAGGG AACAGGTTAC TGACTGGGAG TAATACGCGC 
AGGATCCGGC TGTGGTGTGT GGCTGCTGTG CAGGAACTGA GAGAAAAAGG CTCCGGCGCC 
AGCTCTACGT CTGTCCTTAT GGAGCACGAG ATGACACTGG ACGGCGCCAT TGTTAGTGCC 
ACGTTTGATG ATGCCTTGGA GATGGGAATT GTGGGCACCA CGGCTGGTAC ACTCTGGTAC 
ATTAACTGGG TGGAGAATAC TAGCATCCGA CTGATCAGCG GCCATAGGAA CAAGGTGATG 
GATCTGGCGG TTGCTCACGG TGAGAGCCAC TGTGCCACAT GTGGGGAGGA TGGCAGCTTA 
CGGATCTGGT CCCTGCAAAG CTGTGAGTTG CTCCTTCAGT TCCAAGTTCT CAACCAGAGC 
TGCTTATGTC TAGCCTGGAG CCCCCAACCC AAGTCTGGCC CGTCCACAGA AGATCAGAGA 
ATTGCCGCGG GCTACAGCGA CGGCACCATC AGAATATTCA GCGTCTCCAA AACCGAGATG 
GAAATGAAAA TACATCCTCA TCCGTGTGCA GTAACCTCCA TCGCATACTC CACTTCTGGC 
GACGTTCTTC TGACCGGTGG AAAGGATGGG CAGATGGCCA TTACCAGCCC ACGTACAGGA 
ATGACCATTC GAGTCTTAAG TGACCACAAG GGATCACCCA TCACCACGAT TGAGTGCACC 
GGCAGGAAGC TGACTGGGCT TCCTACGGAT GGAGAACTTT GGTTGGCTGC AAGCACAGAC 
AGGCGTGTCA GTATCTGGGC TTCTGATTGG TCAAAGGATA AATGTGAGCT ATTGGACTGG 
CTAAGCTTCC CAGCTCCTAC TAGCCAGAAG GATCTGGATG TGTCTGTGCC CACCCTGGCA 
GCATTCTGTC CTTGGCAGCC TGGCACTGTG GTGTATTCGG GATTTGGGGT GGAAAAAGAA 
ATTCTATTCT ACAGTCTCAT CCAGAAGCAG GTGCTGCTGA GGATCCCACT CTCTCACTTT 
GCCACGTCTC TTACCCTGTC TCCCGCGGCG TCGCTTATAG CCGTCGGCAG TAATGAGCGA 
CTCCTGCGTC TCATCGACAC CTCAGCTGGC ACCAAACAAG ATTTTGCAGC CTACGATGAC 
GGCGTACATC TCTGCCGAGT ATCTCCCTCG GGCAACTTAC TGCTCACGGC TTCATATAAT 
CAAGTGCTGG TGTGGGACAT TCAGAATTCA TAG

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

RefSeq	XP_017952503.1
CDS	157..5649
Translation	MSVSLCPSVWQHPFVNVFKHLRLEEWKKSSKEGDVTSVMDKTLKCTVYRIRGSIPAGNYIQLPKTSSQSLGLTGRYLYILFKPLPGKHFVVHIDVSAEDGQTVRISFSNLFKEFKSTATWLQFPFVCGAIKGSVYDSTAQGARQGMVGPAPSGSRWTCLLLDVQYILSLYLSRRYSHLRSAKLCSNLLVKNLMTSDLLFNPEVNFMEARHAKPLPDGISPMPREMSFPVPKGEKWHDLYDFIMFPSDSSKLPYDSIQKGQSMVTAPGAPMSRSPARERPRSVTISKPVQDRVSLIQQITTPRPMPHRSLLRVESVPERPVSVSARAEEARDLEDRSRGVEQDGGVHVYAHKTNKLSIHRHKSDSEQVICTKVDRPETLSVPPECKALWTHTGCSVVYPCHAIIVVLEVKTGEQRFLLGHTDKVSALAFNGSCTLLASAQTGSLSMVRLWHFQKGSCLAMFKTHVHSVSYLSFSHSGTVLCGVGKDGHGKTMVVVWNTSQASRSGEVAVLAKAHTDIDIQTMKIAFFDDTRMVSCGKDNVRLWRVRGGTLRSCPVNLGEYHMLEFSDLAFEAGHRPEKEAEDRTLYVSSCSGHILEIDYKNVVLRNVRRVQPGQQQHSERRDKQTFSSGPGIAINSLSVSATFCATGTEDGYLRLWPLDFSGVFLEAEHEGPVSCVAISPEGLRVLSCTSSGELGVLDVPSRGYNTLMRSHTDTLLSFSCHPTHPQLVTVSSDNTIRIWDTGTLQQLYDFTAEEETPCAVTFHPVRQAFACGFSSGTIRFFDITATALQAEHKQHRGAITGLLFSPDGSLMYSCCSLGSVALYSIGHKEQHVLRVLGNVVCKDSERGPMALSLSSDGRLLAFVGPTEYTVTVMDARSLDELLRVDVSILDLDSTTLDCALGLAFSPLKPHHLLVSTSGNKILWLDPKTGRLTREVTQVHKQCCSSLAVSMDTRYMLTAGDRLLKVWDQRQPGTVRPQVFIGHSEAVQQVDFSPDQQSVISAGDAVFIWDFLAAPDPEFTKTDCVPALPFALHSSAALDPSSEHRRDSTFISSGMPRGTAPRPCISSPPRLDISPVQGMDHPDLFSESDDGQEEEGNRDEQERTLVPDTRDNLVESDEQSSVVIIECQPNRAKLLTGSKSNSSSLREGMVKSTHEPPRPDSYTHFHTRFKASCLAKGMCHPPEGQEMLTLRALIGYNGNGRANMAWNPDTGFFSYTCGCVIVVEDLHSGSQRHWLGHPEEISTLALTNDALVLASASGSGDGSSLCQIRIWDTQDGSCMKILTHHRTEVQAMSYSRDDRLFVSIGDYRDGNLALWSTKGYELLATSRLFQPVHAVTFNPAHFDDFASAGPGAVSFWRIETQGTDTQIKVYRVAVPEEVGTAAELTSITYNSTSLLYSGCSTGQVCVWDCQTHRCFLTWEADQGEIGILLCRGNRLLTGSNTRRIRLWCVAAVQELREKGSGASSTSVLMEHEMTLDGAIVSATFDDALEMGIVGTTAGTLWYINWVENTSIRLISGHRNKVMDLAVAHGESHCATCGEDGSLRIWSLQSCELLLQFQVLNQSCLCLAWSPQPKSGPSTEDQRIAAGYSDGTIRIFSVSKTEMEMKIHPHPCAVTSIAYSTSGDVLLTGGKDGQMAITSPRTGMTIRVLSDHKGSPITTIECTGRKLTGLPTDGELWLAASTDRRVSIWASDWSKDKCELLDWLSFPAPTSQKDLDVSVPTLAAFCPWQPGTVVYSGFGVEKEILFYSLIQKQVLLRIPLSHFATSLTLSPAASLIAVGSNERLLRLIDTSAGTKQDFAAYDDGVHLCRVSPSGNLLLTASYNQVLVWDIQNS

Target ORF information:

RefSeq Version	XM_018097014.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis WD repeat domain 90 (wdr90), transcript variant X3, mRNA.

Target ORF information:

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

XM_018097014.1

ORF Insert Sequence:

ATGTCGGTCT CGCTCTGTCC CTCAGTCTGG CAGCACCCAT TTGTAAATGT CTTCAAGCAC 
TTGCGGTTGG AAGAATGGAA GAAATCCAGC AAGGAGGGGG ATGTGACCAG CGTCATGGAC 
AAGACCCTTA AATGTACAGT GTACAGAATC CGCGGCTCCA TTCCAGCCGG AAACTACATC 
CAACTGCCAA AAACCAGCTC TCAGTCCCTG GGTCTGACCG GGCGCTATCT CTACATCTTG 
TTCAAGCCTC TGCCCGGGAA ACACTTTGTG GTGCATATAG ATGTGAGCGC AGAGGATGGT 
CAGACCGTCA GGATCTCCTT CTCCAATCTA TTTAAAGAGT TCAAGTCCAC AGCAACATGG 
CTGCAGTTCC CATTTGTATG CGGAGCAATA AAGGGGTCGG TGTACGACAG CACAGCGCAG 
GGGGCGCGGC AAGGAATGGT AGGCCCTGCC CCCTCAGGCT CCCGCTGGAC CTGTCTCCTA 
TTGGATGTCC AGTACATTCT GTCTCTGTAC CTAAGCCGTA GGTACAGCCA CCTGAGGAGT 
GCCAAGCTCT GCTCTAACCT GCTTGTGAAG AACTTAATGA CCAGCGACCT GCTCTTCAAC 
CCAGAAGTGA ACTTCATGGA GGCACGACAT GCAAAGCCCC TCCCTGATGG CATTTCTCCT 
ATGCCTCGCG AGATGTCATT CCCTGTTCCC AAGGGCGAGA AGTGGCATGA CCTATATGAC 
TTTATTATGT TCCCCTCTGA TAGCTCCAAA CTGCCCTACG ACTCCATACA GAAGGGCCAG 
TCTATGGTGA CGGCCCCTGG TGCCCCCATG TCTCGCAGCC CCGCTCGGGA ACGTCCCCGT 
TCTGTTACTA TTAGCAAACC TGTACAGGAC AGAGTGTCTC TAATCCAGCA GATAACCACC 
CCCAGACCGA TGCCCCATAG AAGTCTGTTA CGGGTAGAAT CTGTTCCTGA ACGGCCTGTC 
TCTGTAAGCG CGAGGGCAGA GGAGGCAAGA GATTTGGAGG ACCGCAGCAG AGGTGTGGAA 
CAAGATGGAG GAGTTCATGT TTACGCACAC AAGACAAACA AGCTCTCAAT CCATAGGCAC 
AAATCTGACT CTGAACAGGT GATTTGTACT AAAGTGGACA GACCAGAGAC TTTGTCAGTG 
CCCCCCGAGT GCAAGGCGCT CTGGACTCAT ACTGGCTGCT CTGTGGTGTA TCCATGCCAT 
GCCATTATAG TGGTTCTCGA AGTGAAGACA GGAGAACAAA GATTTTTGTT GGGTCATACT 
GACAAGGTCT CGGCTCTGGC CTTTAATGGC AGCTGCACTC TGCTGGCGTC GGCACAGACA 
GGTTCCCTCA GCATGGTGCG ACTCTGGCAC TTCCAGAAAG GCAGCTGTCT CGCCATGTTC 
AAAACTCATG TTCACTCCGT CTCATACCTC AGTTTCTCAC ACAGCGGAAC TGTTTTATGC 
GGCGTTGGGA AAGACGGCCA TGGAAAAACA ATGGTGGTTG TATGGAATAC GTCTCAGGCG 
AGCCGGAGTG GGGAGGTCGC AGTGTTGGCT AAAGCTCACA CAGACATTGA CATCCAGACC 
ATGAAAATTG CTTTCTTTGA TGACACGCGG ATGGTCTCAT GTGGGAAGGA TAACGTGCGC 
CTCTGGCGGG TACGCGGTGG GACTTTGCGT TCCTGTCCAG TGAATTTGGG CGAATACCAT 
ATGCTGGAGT TTAGCGATTT GGCTTTTGAG GCTGGGCATA GGCCTGAGAA GGAAGCCGAG 
GACAGGACCC TGTATGTGAG CAGCTGTAGT GGCCACATAC TGGAAATAGA CTATAAGAAT 
GTTGTTCTGC GCAACGTGAG GCGGGTCCAG CCAGGTCAGC AGCAGCACAG TGAGCGTCGG 
GACAAACAGA CTTTCTCTTC AGGTCCTGGC ATTGCTATCA ACAGCCTCAG TGTTTCTGCA 
ACATTCTGTG CCACGGGCAC AGAAGATGGC TATTTGCGTC TGTGGCCATT GGATTTTTCT 
GGGGTCTTCC TGGAAGCTGA ACATGAAGGA CCTGTGAGCT GTGTGGCTAT TAGCCCAGAA 
GGTCTGCGCG TCCTGTCCTG TACCTCAAGC GGGGAGCTGG GGGTCCTGGA TGTGCCTTCT 
CGCGGCTACA ACACGCTAAT GCGCTCCCAC ACAGATACGC TGCTCTCTTT CTCCTGTCAC 
CCCACCCACC CACAACTCGT CACAGTGTCT AGTGACAATA CCATCCGGAT CTGGGATACT 
GGCACTCTGC AGCAGCTATA TGACTTCACA GCAGAAGAAG AGACCCCCTG TGCTGTGACC 
TTCCACCCCG TTCGACAGGC CTTTGCCTGT GGTTTCAGCA GCGGCACCAT CAGGTTCTTC 
GACATCACAG CTACAGCTCT GCAGGCGGAG CATAAGCAGC ATCGAGGTGC AATCACAGGC 
CTGCTCTTTT CTCCTGATGG TAGCCTCATG TACAGCTGCT GCTCTCTTGG CTCCGTGGCA 
CTGTACAGCA TTGGGCACAA GGAGCAGCAT GTCCTGCGGG TACTAGGCAA TGTGGTATGC 
AAGGACTCTG AGAGGGGCCC TATGGCTCTG TCTTTGAGCA GTGATGGCCG TCTCCTTGCC 
TTTGTGGGTC CTACAGAATA CACAGTAACC GTGATGGATG CCCGGTCATT AGATGAGCTC 
CTACGCGTTG ATGTGAGCAT CCTGGATTTA GATAGTACTA CTCTGGACTG TGCTCTGGGC 
CTGGCCTTCA GCCCTCTCAA GCCCCACCAC CTTCTGGTGA GCACCTCCGG CAACAAGATC 
TTATGGCTGG ACCCAAAGAC TGGACGTCTT ACAAGAGAAG TGACCCAGGT ACACAAGCAG 
TGCTGCTCCT CTCTAGCGGT GAGCATGGAT ACCCGGTACA TGCTTACGGC AGGGGACAGG 
CTCCTCAAAG TATGGGATCA GCGGCAACCA GGGACTGTCC GACCTCAGGT GTTTATCGGT 
CACTCTGAAG CTGTACAGCA GGTGGATTTC TCTCCAGACC AGCAATCGGT CATCAGTGCC 
GGCGATGCTG TTTTCATATG GGATTTCTTG GCAGCCCCTG ATCCTGAGTT TACAAAGACA 
GACTGTGTAC CAGCGCTTCC ATTTGCACTG CACTCCAGTG CCGCACTAGA TCCTAGCTCT 
GAGCACCGGA GGGATTCTAC ATTCATCTCT TCTGGGATGC CACGGGGTAC AGCCCCCCGA 
CCTTGCATTT CCTCCCCTCC GCGGTTAGAC ATCAGCCCCG TACAGGGTAT GGACCACCCA 
GATCTCTTCT CAGAGTCTGA TGATGGGCAG GAAGAGGAAG GGAACAGAGA CGAGCAGGAA 
AGGACGCTGG TTCCAGACAC TAGAGACAAT CTAGTGGAAA GTGATGAACA GTCTTCAGTG 
GTCATCATTG AGTGTCAGCC CAACAGGGCC AAACTACTCA CGGGCTCTAA AAGCAACAGT 
AGCAGCCTAA GGGAAGGTAT GGTTAAGTCA ACCCATGAGC CACCACGTCC TGATTCATAC 
ACACATTTCC ACACTCGCTT TAAGGCTTCC TGTTTAGCCA AGGGAATGTG CCATCCCCCT 
GAGGGGCAGG AGATGCTGAC TCTGAGAGCA CTGATTGGGT ACAATGGCAA TGGCCGAGCC 
AACATGGCGT GGAACCCAGA CACAGGGTTC TTCTCGTACA CTTGCGGCTG TGTAATTGTG 
GTGGAGGACC TGCACTCTGG ATCCCAGCGA CACTGGCTGG GGCACCCTGA GGAAATCTCC 
ACCTTGGCTC TCACCAATGA TGCCCTAGTC TTGGCTTCAG CTTCAGGATC AGGGGATGGT 
TCATCCTTGT GTCAGATCCG TATCTGGGAC ACCCAAGATG GCTCCTGCAT GAAGATACTG 
ACGCACCACC GCACAGAGGT GCAGGCAATG AGCTACTCCC GAGATGACCG TCTCTTTGTC 
AGTATCGGTG ACTACAGAGA TGGCAACCTT GCCCTGTGGA GTACAAAGGG CTATGAGCTC 
TTGGCCACCA GTCGCCTCTT CCAGCCAGTG CACGCAGTCA CCTTCAACCC TGCACACTTC 
GATGACTTTG CAAGCGCGGG CCCTGGGGCT GTCAGCTTCT GGAGGATAGA GACTCAAGGG 
ACTGACACGC AGATAAAGGT GTACAGAGTG GCGGTTCCAG AAGAGGTTGG TACAGCAGCA 
GAGCTGACCT CCATCACATA TAACTCCACG TCCCTGCTGT ACAGCGGCTG CAGCACAGGA 
CAAGTGTGTG TGTGGGACTG TCAGACTCAC CGGTGCTTCC TGACGTGGGA AGCCGACCAG 
GGGGAGATAG GGATTCTGCT GTGCAGAGGG AACAGGTTAC TGACTGGGAG TAATACGCGC 
AGGATCCGGC TGTGGTGTGT GGCTGCTGTG CAGGAACTGA GAGAAAAAGG CTCCGGCGCC 
AGCTCTACGT CTGTCCTTAT GGAGCACGAG ATGACACTGG ACGGCGCCAT TGTTAGTGCC 
ACGTTTGATG ATGCCTTGGA GATGGGAATT GTGGGCACCA CGGCTGGTAC ACTCTGGTAC 
ATTAACTGGG TGGAGAATAC TAGCATCCGA CTGATCAGCG GCCATAGGAA CAAGGTGATG 
GATCTGGCGG TTGCTCACGG TGAGAGCCAC TGTGCCACAT GTGGGGAGGA TGGCAGCTTA 
CGGATCTGGT CCCTGCAAAG CTGTGAGTTG CTCCTTCAGT TCCAAGTTCT CAACCAGAGC 
TGCTTATGTC TAGCCTGGAG CCCCCAACCC AAGTCTGGCC CGTCCACAGA AGATCAGAGA 
ATTGCCGCGG GCTACAGCGA CGGCACCATC AGAATATTCA GCGTCTCCAA AACCGAGATG 
GAAATGAAAA TACATCCTCA TCCGTGTGCA GTAACCTCCA TCGCATACTC CACTTCTGGC 
GACGTTCTTC TGACCGGTGG AAAGGATGGG CAGATGGCCA TTACCAGCCC ACGTACAGGA 
ATGACCATTC GAGTCTTAAG TGACCACAAG GGATCACCCA TCACCACGAT TGAGTGCACC 
GGCAGGAAGC TGACTGGGCT TCCTACGGAT GGAGAACTTT GGTTGGCTGC AAGCACAGAC 
AGGCGTGTCA GTATCTGGGC TTCTGATTGG TCAAAGGATA AATGTGAGCT ATTGGACTGG 
CTAAGCTTCC CAGCTCCTAC TAGCCAGAAG GATCTGGATG TGTCTGTGCC CACCCTGGCA 
GCATTCTGTC CTTGGCAGCC TGGCACTGTG GTGTATTCGG GATTTGGGGT GGAAAAAGAA 
ATTCTATTCT ACAGTCTCAT CCAGAAGCAG GTGCTGCTGA GGATCCCACT CTCTCACTTT 
GCCACGTCTC TTACCCTGTC TCCCGCGGCG TCGCTTATAG CCGTCGGCAG TAATGAGCGA 
CTCCTGCGTC TCATCGACAC CTCAGCTGGC ACCAAACAAG ATTTTGCAGC CTACGATGAC 
GGCGTACATC TCTGCCGAGT ATCTCCCTCG GGCAACTTAC TGCTCACGGC TTCATATAAT 
CAAGTGCTGG TGTGGGACAT TCAGAATTCA TAG

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

wdr90 ( XM_018097013.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017952502.2 Xenopus tropicalis WD repeat domain 90 (wdr90), transcript variant X1, mRNA.

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CloneID	OXa65781
Clone ID Related Accession (Same CDS sequence)	XM_018097013.2
Accession Version	XM_018097013.2 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
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_030685.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_018097013.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGGAG TCTGGCAGCA CCCATTTGTA AATGTCTTCA AGCACTTGCG GTTGGAAGAA 
TGGAAGAAAT CCAGCAAGGA GGGGGATGTG ACCAGCGTCA TGGACAAGAC CCTTAAATGT 
ACAGTGTACA GAATCCGCGG CTCCATTCCA GCCGGAAACT ACATCCAACT GCCAAAAACC 
AGCTCTCAGT CCCTGGGTCT GACCGGGCGC TATCTCTACA TCTTGTTCAA GCCTCTGCCC 
GGGAAACACT TTGTGGTGCA TATAGATGTG AGCGCAGAGG ATGGTCAGAC CGTCAGGATC 
TCCTTCTCCA ATCTATTTAA AGAGTTCAAG TCCACAGCAA CATGGCTGCA GTTCCCATTT 
GTATGCGGAG CAATAAAGGG GTCGGTGTAC GACAGCACAG CGCAGGGGGC GCGGCAAGGA 
ATGGTAGGCC CTGCCCCCTC AGGCTCCCGC TGGACCTGTC TCCTATTGGA TGTCCAGTAC 
ATTCTGTCTC TGTACCTAAG CCGTAGGTAC AGCCACCTGA GGAGTGCCAA GCTCTGCTCT 
AACCTGCTTG TGAGGAACTT AATGACCAGC GACCTGCTCT TCAACCCAGA AGTGAACTTC 
ATGGAGGCAC GACATGCAAA GACCCTCCCT GATGGCATTT CTCCTATGCC TCGCGAGATG 
TCATTCCCTG TTCCCAAGGG CGAGAAGTGG CATGACCTAT ATGACTTTAT TATGTTCCCC 
TCTGATAGCT CCAAACTGCC CTACGACTCC ATACAGAAGG GCCAGTCTAT GGTGACGGCC 
CCTGGTGCCC CCATGTCTCG CAGCCCCGCT CGGGAACGTC CCCGTTCTGT TACTATTAGC 
AAACCTGTAC AGGACAGAGT GTCTCTAATC CAGCAGATAA CCACCCCCAG ACCGATGCCC 
CATAGAAGTC TGTTACGGGT AGAATCTGTT CCTGAACGGC CTGTCTCTGT AAGCGCGAGG 
GCAGAGGAGG CAAGAGATTT GGAGGACCGC AGCAGAGGTG TGGAACAAGA TGGAGGAGTT 
CATGTTTACG CACACAAGAC AAACAAGCTC TCAATCCATA GGCACAAATC TGACTCTGAA 
CAGGTGATTT GTACTAAAGT GGACAGACCA GAGACTTTGT CAGTGCCCCC CGAGTGCAAG 
AAACTTCTTC CTGACCCAAT TTTCAATCTC AGGAGAATTA TTGGTTTTGG TGGATGCACA 
GAGTGCTTTG CGCTCTGGAC TCATACTGGC TGCTCTGTGG TGTATCCATG CCATGCCATT 
ATAGTGGTTC TCGAAGTGAA GACAGGAGAA CAAAGATTTT TGTTGGGTCA TACTGACAAG 
GTCTCGGCTC TGGCCTTTAA TGGCAGCTGC ACTCTGCTGG CGTCGGCACA GACAGGTTCC 
CTCAGCATGG TGCGACTCTG GCACTTCCAG AAAGGCAGCT GTCTCGCCAT GTTCAAAACT 
CATGTTCACT CCGTCTCATA CCTCAGTTTC TCACACAGCG GAACTGTTTT ATGCGGCGTT 
GGGAAAGACG GCCATGGAAA AACAATGGTG GTTGTATGGA ATACGTCTCA GGCGAGCCGG 
AGTGGGGAGG TCGCAGTGTT GGCTAAAGCT CACACAGACA TTGACATCCA GACCATGAAA 
ATTGCTTTCT TTGATGACAC GCGGATGGTC TCATGTGGGA AGGATAACGT GCGCCTCTGG 
CGGGTACGCG GTGGGACTTT GCGTTCCTGT CCAGTGAATT TGGGCGAATA CCATATGCTG 
GAGTTTAGCG ATTTGGCTTT TGAGGCTGGG CATAGGCCTG AGAAGGAAGC CGAGGACAGG 
ACCCTGTATG TGAGCAGCCG TAGTGGCCAC ATACTGGAAA TAGACTATAA GAATGTTGTT 
CTGCGCAACG TGAGGCGGGT CCAGCCAGGT CAGCAGCAGC ACAGTGAGCG TCGGGACAAA 
CAGACTTTCT CTTCAGGTCC TGGCATTGCT ATCAACAGCC TCAGTGTTTC TGCAACATTC 
TGTGCCACGG GCACAGAAGA TGGCTATTTG CGTCTGTGGC CATTGGATTT TTCTGGGGTC 
TTCCTGGAAG CTGAACATGA AGGACCTGTG AGCTGTGTGG CTATTAGCCC AGAAGGTCTG 
CGCGTCCTGT CCTGTACCTC AAGCGGGGAG CTGGGGGTCC TGGATGTGCC TTCTCGCGGC 
TACAACACGC TAATGCGCTC CCACACAGAT ACGCTGCTCT CTTTCTCCTG TCACCCCACC 
CACCCACAAC TCGTCACAGT GTCTAGTGAC AATACCATCC GGATCTGGGA TACTGGCACT 
CTGCAGCAGC TATATGACTT CACAGCAGAA GAAGAGACCC CCTGTGCTGT GACCTTCCAC 
CCCGTTCGAC AGGCCTTTGC CTGTGGTTTC AGCAGCGGCA CCATCAGGTT CTTCGACATC 
ACAGCTACAG CTCTGCAGGC GGAGCATAAG CAGCATCGAG GTGCAATCAC AGGCCTGCTC 
TTTTCTCCTG ATGGTAGCCT CATGTACAGC TGCTGCTCTC TTGGCTCCGT GGCACTGTAC 
AGCATTGGGC ACAAGGAGCA GCATGTCCTG CGGGTACTAG GCAATGTGGT ATGCAAGGAC 
TCTGAGAGGG GCCCTATGGC TCTGTCTTTG AGCAGTGATG GCCGTCTCCT TGCCTTTGTG 
GGTCCTACAG AATACACAGT AACCGTGATG GATGCCCGGT CATTAGATGA GCTCCTACGC 
GTTGATGTGA GCATCCTGGA TTTAGATAGT ACTACTCTGG ACTGTGCTCT GGGCCTGGCC 
TTCAGCCCTC TCAAGCCCCA CCACCTTCTG GTGAGCACCT CCGGCAACAA GATCTTATGG 
CTGGACCCAA AGACTGGACG TCTTACAAGA GAAGTGACCC AGGTACACAA GCAGTGCTGC 
TCCTCTCTAG CGGTGAGCAT GGATACCCGG TACATGCTTA CGGCAGGGGA CAGGCTCCTC 
AAAGTATGGG ATCAGCGGCA ACCAGGGACT GTCCGACCTC AGGTGTTTAT CGGTCACTCT 
GAAGCTGTAC AGCAGGTGGA TTTCTCTCCA GACCAGCAAT CGGTCATCAG TGCCGGCGAT 
GCTGTTTTCA TATGGGATTT CTTGGCAGCC CCTGATCCTG AGTTTACAAA GACAGACTGT 
GTACCAGCGC TTCCATTTGC ACTGCACTCC AGTGCCGCAC TAGATCCTAG CTCTGAGCAC 
CGGAGGGATT CTACATTCAT CTCTTCTGGG ATGCCACGGG GTACAGCCCC CCGACCTTGC 
ATTTCCTCCC CTCCGCGGTT AGACATCAGC CCCGTACAGG ATCTCTTCTC AGAGTCTGAT 
GATGGGCAGG AAGAGGAAGG GAACAGAGAC GAGCAGGAAA GGACGCTGGT TCCAGACACT 
AGAGACAATC TAGTGGAAAG TGATGAACAG TCTTCAGTGG TCATCATTGA GTGTCAGCCC 
AACAGGGCCA AACTACTCAC GGGCTCTAAA AGCAACAGTA GCAGCCTAAG GGAAGGTATG 
GTTAAGTCAA CCCATGAGCC ACCACGTCCT GATTCATACA CACATTTCCA CACTCGCTTT 
AAGGCTTCCT GTTTAGCCAA GGGAATGTGC CATCCCCCTG AGGGGCAGGA GATGCTGACT 
CTGAGAGCAC TGATTGGGTA CAATGGCAAT GGCCGAGCCA ACATGGCGTG GAACCCAGAC 
ACAGGGTTCT TCTCGTACAC TTGCGGCTGT GTAATTGTGG TGGAGGACCT GCACTCTGGA 
TCCCAGCGAC ACTGGCTGGG GCACCCTGAG GAAATCTCCA CCTTGGCTCT CACCAATGAT 
GCCCTAGTCT TGGCTTCAGC TTCAGGATCA GGGGATGGTT CATCCTTGTG TCAGATCCGT 
ATCTGGGACA CCCAAGATGG CTCCTGCATG AAGATACTGA CGCACCACCG CACAGAGGTG 
CAGGCAATGA GCTACTCCCG AGATGACCGT CTCTTTGTCA GTATCGGTGA CTACAGAGAT 
GGCAACCTTG CCCTGTGGAG TACAAAGGGC TATGAGCTCT TGGCCACCAG TCGCCTCTTC 
CAGCCAGTGC ACGCAGTCAC CTTCAACCCT GCACACTTCG ATGACTTTGC AAGCGCGGGC 
CCTGGGGCTG TCAGCTTCTG GAGGATAGAG ACTCAAGGGA CTGACACGCA GATAAAGGTG 
TACAGAGTGG CGGTTCCAGA AGAGGTTGGT ACAGCAGCAG AGCTGACCTC CATCACATAT 
AACTCCACGT CCCTGCTGTA CAGCGGCTGC AGCACAGGAC AAGTGTGTGT GTGGGACTGT 
CAGACTCACC GGTGCTTCCT GACGTGGGAA GCCGACCAGG GGGAGATAGG GATTCTGCTG 
TGCAGAGGGA ACAGGTTACT GACTGGGAGT AATACGCGCA GGATCCGGCT GTGGTGTGTG 
GCTGCTGTGC AGGAACTGAG AGAAAAAGGC TCCGGCGCCA GCTCTACGTC TGTCCTTATG 
GAGCACGAGA TGACACTGGA CGGCGCCATT GTTAGTGCCA CGTTTGATGA TGCCTTGGAG 
ATGGGAATTG TGGGCACCAC GGCTGGTACA CTCTGGTACA TTAACTGGGT GGAGAATACT 
AGCATCCGAC TGATCAGCGG CCATAGGAAC AAGGTGATGG ATCTGGCGGT TGCTCACGGT 
GAGAGCCACT GTGCCACATG TGGGGAGGAT GGCAGCTTAC GGATCTGGTC CCTGCAAAGC 
TGTGAGTTGC TCCTTCAGTT CCAAGTTCTC AACCAGAGCT GCTTATGTCT AGCCTGGAGC 
CCCCAACCCA AGTCTGGCCC GTCCACAGAA GATCAGAGAA TTGCCGCGGG CTACAGCGAC 
GGCACCATCA GAATATTCAG CGTCTCCAAA ACCGAGATGG AAATGAAAAT ACATCCTCAT 
CCGTGTGCAG TAACCTCCAT CGCGTACTCC ACTTCTGGCG ACGTTCTTCT GACTGGTGGA 
AAGGATGGGC AGATGGCCAT TACCAGCCCA CGTACAGGAA TGACCATTCG AGTCTTAAGT 
GACCACAAGG GATCACCCAT CACCACGATT GAGTGCACCG GCAGGAAGCT GACTGGGCTT 
CCTACGGATG GAGAACTTTG GTTGGCTGCA AGCACAGACA GGCGTGTCAG TATCTGGGCT 
TCTGATTGGT CAAAGGATAA ATGTGAGCTA TTGGACTGGC TAAGCTTCCC AGCTCCTACT 
AGCCAGAAGG ATCTGGATGT GTCTGTGCCC ACCCTGGCAG CATTCTGTCC TTGGCAGCCT 
GGCACTGTGG TGTATTCGGG ATTTGGGGTG GAAAAAGAAA TTCTATTCTA CAGTCTCATC 
CAGAAGCAGG TGCTGCTGAG GATCCCACTC TCTCACTTTG CCACGTCTCT TACCCTGTCT 
CCCGCGGCGT CGCTTATAGC CGTCGGCAGT AATGAGCGAC TCCTGCGTCT CATCGACACC 
TCAGCTGGCA CCAAACAAGA TTTTGCAGCC TACGATGACG GCGTACATCT CTGCCGAGTA 
TCTCCCTCGG GCAACTTACT GCTCACGGCT TCATATAATC AAGTGCTGGT GTGGGACATT 
CAGAATTCAT AG

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

RefSeq	XP_017952502.2
CDS	92..5623
Translation	MAGVWQHPFVNVFKHLRLEEWKKSSKEGDVTSVMDKTLKCTVYRIRGSIPAGNYIQLPKTSSQSLGLTGRYLYILFKPLPGKHFVVHIDVSAEDGQTVRISFSNLFKEFKSTATWLQFPFVCGAIKGSVYDSTAQGARQGMVGPAPSGSRWTCLLLDVQYILSLYLSRRYSHLRSAKLCSNLLVRNLMTSDLLFNPEVNFMEARHAKTLPDGISPMPREMSFPVPKGEKWHDLYDFIMFPSDSSKLPYDSIQKGQSMVTAPGAPMSRSPARERPRSVTISKPVQDRVSLIQQITTPRPMPHRSLLRVESVPERPVSVSARAEEARDLEDRSRGVEQDGGVHVYAHKTNKLSIHRHKSDSEQVICTKVDRPETLSVPPECKKLLPDPIFNLRRIIGFGGCTECFALWTHTGCSVVYPCHAIIVVLEVKTGEQRFLLGHTDKVSALAFNGSCTLLASAQTGSLSMVRLWHFQKGSCLAMFKTHVHSVSYLSFSHSGTVLCGVGKDGHGKTMVVVWNTSQASRSGEVAVLAKAHTDIDIQTMKIAFFDDTRMVSCGKDNVRLWRVRGGTLRSCPVNLGEYHMLEFSDLAFEAGHRPEKEAEDRTLYVSSRSGHILEIDYKNVVLRNVRRVQPGQQQHSERRDKQTFSSGPGIAINSLSVSATFCATGTEDGYLRLWPLDFSGVFLEAEHEGPVSCVAISPEGLRVLSCTSSGELGVLDVPSRGYNTLMRSHTDTLLSFSCHPTHPQLVTVSSDNTIRIWDTGTLQQLYDFTAEEETPCAVTFHPVRQAFACGFSSGTIRFFDITATALQAEHKQHRGAITGLLFSPDGSLMYSCCSLGSVALYSIGHKEQHVLRVLGNVVCKDSERGPMALSLSSDGRLLAFVGPTEYTVTVMDARSLDELLRVDVSILDLDSTTLDCALGLAFSPLKPHHLLVSTSGNKILWLDPKTGRLTREVTQVHKQCCSSLAVSMDTRYMLTAGDRLLKVWDQRQPGTVRPQVFIGHSEAVQQVDFSPDQQSVISAGDAVFIWDFLAAPDPEFTKTDCVPALPFALHSSAALDPSSEHRRDSTFISSGMPRGTAPRPCISSPPRLDISPVQDLFSESDDGQEEEGNRDEQERTLVPDTRDNLVESDEQSSVVIIECQPNRAKLLTGSKSNSSSLREGMVKSTHEPPRPDSYTHFHTRFKASCLAKGMCHPPEGQEMLTLRALIGYNGNGRANMAWNPDTGFFSYTCGCVIVVEDLHSGSQRHWLGHPEEISTLALTNDALVLASASGSGDGSSLCQIRIWDTQDGSCMKILTHHRTEVQAMSYSRDDRLFVSIGDYRDGNLALWSTKGYELLATSRLFQPVHAVTFNPAHFDDFASAGPGAVSFWRIETQGTDTQIKVYRVAVPEEVGTAAELTSITYNSTSLLYSGCSTGQVCVWDCQTHRCFLTWEADQGEIGILLCRGNRLLTGSNTRRIRLWCVAAVQELREKGSGASSTSVLMEHEMTLDGAIVSATFDDALEMGIVGTTAGTLWYINWVENTSIRLISGHRNKVMDLAVAHGESHCATCGEDGSLRIWSLQSCELLLQFQVLNQSCLCLAWSPQPKSGPSTEDQRIAAGYSDGTIRIFSVSKTEMEMKIHPHPCAVTSIAYSTSGDVLLTGGKDGQMAITSPRTGMTIRVLSDHKGSPITTIECTGRKLTGLPTDGELWLAASTDRRVSIWASDWSKDKCELLDWLSFPAPTSQKDLDVSVPTLAAFCPWQPGTVVYSGFGVEKEILFYSLIQKQVLLRIPLSHFATSLTLSPAASLIAVGSNERLLRLIDTSAGTKQDFAAYDDGVHLCRVSPSGNLLLTASYNQVLVWDIQNS

Target ORF information:

RefSeq Version	XM_018097013.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis 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_018097013.2

ORF Insert Sequence:

ATGGCTGGAG TCTGGCAGCA CCCATTTGTA AATGTCTTCA AGCACTTGCG GTTGGAAGAA 
TGGAAGAAAT CCAGCAAGGA GGGGGATGTG ACCAGCGTCA TGGACAAGAC CCTTAAATGT 
ACAGTGTACA GAATCCGCGG CTCCATTCCA GCCGGAAACT ACATCCAACT GCCAAAAACC 
AGCTCTCAGT CCCTGGGTCT GACCGGGCGC TATCTCTACA TCTTGTTCAA GCCTCTGCCC 
GGGAAACACT TTGTGGTGCA TATAGATGTG AGCGCAGAGG ATGGTCAGAC CGTCAGGATC 
TCCTTCTCCA ATCTATTTAA AGAGTTCAAG TCCACAGCAA CATGGCTGCA GTTCCCATTT 
GTATGCGGAG CAATAAAGGG GTCGGTGTAC GACAGCACAG CGCAGGGGGC GCGGCAAGGA 
ATGGTAGGCC CTGCCCCCTC AGGCTCCCGC TGGACCTGTC TCCTATTGGA TGTCCAGTAC 
ATTCTGTCTC TGTACCTAAG CCGTAGGTAC AGCCACCTGA GGAGTGCCAA GCTCTGCTCT 
AACCTGCTTG TGAGGAACTT AATGACCAGC GACCTGCTCT TCAACCCAGA AGTGAACTTC 
ATGGAGGCAC GACATGCAAA GACCCTCCCT GATGGCATTT CTCCTATGCC TCGCGAGATG 
TCATTCCCTG TTCCCAAGGG CGAGAAGTGG CATGACCTAT ATGACTTTAT TATGTTCCCC 
TCTGATAGCT CCAAACTGCC CTACGACTCC ATACAGAAGG GCCAGTCTAT GGTGACGGCC 
CCTGGTGCCC CCATGTCTCG CAGCCCCGCT CGGGAACGTC CCCGTTCTGT TACTATTAGC 
AAACCTGTAC AGGACAGAGT GTCTCTAATC CAGCAGATAA CCACCCCCAG ACCGATGCCC 
CATAGAAGTC TGTTACGGGT AGAATCTGTT CCTGAACGGC CTGTCTCTGT AAGCGCGAGG 
GCAGAGGAGG CAAGAGATTT GGAGGACCGC AGCAGAGGTG TGGAACAAGA TGGAGGAGTT 
CATGTTTACG CACACAAGAC AAACAAGCTC TCAATCCATA GGCACAAATC TGACTCTGAA 
CAGGTGATTT GTACTAAAGT GGACAGACCA GAGACTTTGT CAGTGCCCCC CGAGTGCAAG 
AAACTTCTTC CTGACCCAAT TTTCAATCTC AGGAGAATTA TTGGTTTTGG TGGATGCACA 
GAGTGCTTTG CGCTCTGGAC TCATACTGGC TGCTCTGTGG TGTATCCATG CCATGCCATT 
ATAGTGGTTC TCGAAGTGAA GACAGGAGAA CAAAGATTTT TGTTGGGTCA TACTGACAAG 
GTCTCGGCTC TGGCCTTTAA TGGCAGCTGC ACTCTGCTGG CGTCGGCACA GACAGGTTCC 
CTCAGCATGG TGCGACTCTG GCACTTCCAG AAAGGCAGCT GTCTCGCCAT GTTCAAAACT 
CATGTTCACT CCGTCTCATA CCTCAGTTTC TCACACAGCG GAACTGTTTT ATGCGGCGTT 
GGGAAAGACG GCCATGGAAA AACAATGGTG GTTGTATGGA ATACGTCTCA GGCGAGCCGG 
AGTGGGGAGG TCGCAGTGTT GGCTAAAGCT CACACAGACA TTGACATCCA GACCATGAAA 
ATTGCTTTCT TTGATGACAC GCGGATGGTC TCATGTGGGA AGGATAACGT GCGCCTCTGG 
CGGGTACGCG GTGGGACTTT GCGTTCCTGT CCAGTGAATT TGGGCGAATA CCATATGCTG 
GAGTTTAGCG ATTTGGCTTT TGAGGCTGGG CATAGGCCTG AGAAGGAAGC CGAGGACAGG 
ACCCTGTATG TGAGCAGCCG TAGTGGCCAC ATACTGGAAA TAGACTATAA GAATGTTGTT 
CTGCGCAACG TGAGGCGGGT CCAGCCAGGT CAGCAGCAGC ACAGTGAGCG TCGGGACAAA 
CAGACTTTCT CTTCAGGTCC TGGCATTGCT ATCAACAGCC TCAGTGTTTC TGCAACATTC 
TGTGCCACGG GCACAGAAGA TGGCTATTTG CGTCTGTGGC CATTGGATTT TTCTGGGGTC 
TTCCTGGAAG CTGAACATGA AGGACCTGTG AGCTGTGTGG CTATTAGCCC AGAAGGTCTG 
CGCGTCCTGT CCTGTACCTC AAGCGGGGAG CTGGGGGTCC TGGATGTGCC TTCTCGCGGC 
TACAACACGC TAATGCGCTC CCACACAGAT ACGCTGCTCT CTTTCTCCTG TCACCCCACC 
CACCCACAAC TCGTCACAGT GTCTAGTGAC AATACCATCC GGATCTGGGA TACTGGCACT 
CTGCAGCAGC TATATGACTT CACAGCAGAA GAAGAGACCC CCTGTGCTGT GACCTTCCAC 
CCCGTTCGAC AGGCCTTTGC CTGTGGTTTC AGCAGCGGCA CCATCAGGTT CTTCGACATC 
ACAGCTACAG CTCTGCAGGC GGAGCATAAG CAGCATCGAG GTGCAATCAC AGGCCTGCTC 
TTTTCTCCTG ATGGTAGCCT CATGTACAGC TGCTGCTCTC TTGGCTCCGT GGCACTGTAC 
AGCATTGGGC ACAAGGAGCA GCATGTCCTG CGGGTACTAG GCAATGTGGT ATGCAAGGAC 
TCTGAGAGGG GCCCTATGGC TCTGTCTTTG AGCAGTGATG GCCGTCTCCT TGCCTTTGTG 
GGTCCTACAG AATACACAGT AACCGTGATG GATGCCCGGT CATTAGATGA GCTCCTACGC 
GTTGATGTGA GCATCCTGGA TTTAGATAGT ACTACTCTGG ACTGTGCTCT GGGCCTGGCC 
TTCAGCCCTC TCAAGCCCCA CCACCTTCTG GTGAGCACCT CCGGCAACAA GATCTTATGG 
CTGGACCCAA AGACTGGACG TCTTACAAGA GAAGTGACCC AGGTACACAA GCAGTGCTGC 
TCCTCTCTAG CGGTGAGCAT GGATACCCGG TACATGCTTA CGGCAGGGGA CAGGCTCCTC 
AAAGTATGGG ATCAGCGGCA ACCAGGGACT GTCCGACCTC AGGTGTTTAT CGGTCACTCT 
GAAGCTGTAC AGCAGGTGGA TTTCTCTCCA GACCAGCAAT CGGTCATCAG TGCCGGCGAT 
GCTGTTTTCA TATGGGATTT CTTGGCAGCC CCTGATCCTG AGTTTACAAA GACAGACTGT 
GTACCAGCGC TTCCATTTGC ACTGCACTCC AGTGCCGCAC TAGATCCTAG CTCTGAGCAC 
CGGAGGGATT CTACATTCAT CTCTTCTGGG ATGCCACGGG GTACAGCCCC CCGACCTTGC 
ATTTCCTCCC CTCCGCGGTT AGACATCAGC CCCGTACAGG ATCTCTTCTC AGAGTCTGAT 
GATGGGCAGG AAGAGGAAGG GAACAGAGAC GAGCAGGAAA GGACGCTGGT TCCAGACACT 
AGAGACAATC TAGTGGAAAG TGATGAACAG TCTTCAGTGG TCATCATTGA GTGTCAGCCC 
AACAGGGCCA AACTACTCAC GGGCTCTAAA AGCAACAGTA GCAGCCTAAG GGAAGGTATG 
GTTAAGTCAA CCCATGAGCC ACCACGTCCT GATTCATACA CACATTTCCA CACTCGCTTT 
AAGGCTTCCT GTTTAGCCAA GGGAATGTGC CATCCCCCTG AGGGGCAGGA GATGCTGACT 
CTGAGAGCAC TGATTGGGTA CAATGGCAAT GGCCGAGCCA ACATGGCGTG GAACCCAGAC 
ACAGGGTTCT TCTCGTACAC TTGCGGCTGT GTAATTGTGG TGGAGGACCT GCACTCTGGA 
TCCCAGCGAC ACTGGCTGGG GCACCCTGAG GAAATCTCCA CCTTGGCTCT CACCAATGAT 
GCCCTAGTCT TGGCTTCAGC TTCAGGATCA GGGGATGGTT CATCCTTGTG TCAGATCCGT 
ATCTGGGACA CCCAAGATGG CTCCTGCATG AAGATACTGA CGCACCACCG CACAGAGGTG 
CAGGCAATGA GCTACTCCCG AGATGACCGT CTCTTTGTCA GTATCGGTGA CTACAGAGAT 
GGCAACCTTG CCCTGTGGAG TACAAAGGGC TATGAGCTCT TGGCCACCAG TCGCCTCTTC 
CAGCCAGTGC ACGCAGTCAC CTTCAACCCT GCACACTTCG ATGACTTTGC AAGCGCGGGC 
CCTGGGGCTG TCAGCTTCTG GAGGATAGAG ACTCAAGGGA CTGACACGCA GATAAAGGTG 
TACAGAGTGG CGGTTCCAGA AGAGGTTGGT ACAGCAGCAG AGCTGACCTC CATCACATAT 
AACTCCACGT CCCTGCTGTA CAGCGGCTGC AGCACAGGAC AAGTGTGTGT GTGGGACTGT 
CAGACTCACC GGTGCTTCCT GACGTGGGAA GCCGACCAGG GGGAGATAGG GATTCTGCTG 
TGCAGAGGGA ACAGGTTACT GACTGGGAGT AATACGCGCA GGATCCGGCT GTGGTGTGTG 
GCTGCTGTGC AGGAACTGAG AGAAAAAGGC TCCGGCGCCA GCTCTACGTC TGTCCTTATG 
GAGCACGAGA TGACACTGGA CGGCGCCATT GTTAGTGCCA CGTTTGATGA TGCCTTGGAG 
ATGGGAATTG TGGGCACCAC GGCTGGTACA CTCTGGTACA TTAACTGGGT GGAGAATACT 
AGCATCCGAC TGATCAGCGG CCATAGGAAC AAGGTGATGG ATCTGGCGGT TGCTCACGGT 
GAGAGCCACT GTGCCACATG TGGGGAGGAT GGCAGCTTAC GGATCTGGTC CCTGCAAAGC 
TGTGAGTTGC TCCTTCAGTT CCAAGTTCTC AACCAGAGCT GCTTATGTCT AGCCTGGAGC 
CCCCAACCCA AGTCTGGCCC GTCCACAGAA GATCAGAGAA TTGCCGCGGG CTACAGCGAC 
GGCACCATCA GAATATTCAG CGTCTCCAAA ACCGAGATGG AAATGAAAAT ACATCCTCAT 
CCGTGTGCAG TAACCTCCAT CGCGTACTCC ACTTCTGGCG ACGTTCTTCT GACTGGTGGA 
AAGGATGGGC AGATGGCCAT TACCAGCCCA CGTACAGGAA TGACCATTCG AGTCTTAAGT 
GACCACAAGG GATCACCCAT CACCACGATT GAGTGCACCG GCAGGAAGCT GACTGGGCTT 
CCTACGGATG GAGAACTTTG GTTGGCTGCA AGCACAGACA GGCGTGTCAG TATCTGGGCT 
TCTGATTGGT CAAAGGATAA ATGTGAGCTA TTGGACTGGC TAAGCTTCCC AGCTCCTACT 
AGCCAGAAGG ATCTGGATGT GTCTGTGCCC ACCCTGGCAG CATTCTGTCC TTGGCAGCCT 
GGCACTGTGG TGTATTCGGG ATTTGGGGTG GAAAAAGAAA TTCTATTCTA CAGTCTCATC 
CAGAAGCAGG TGCTGCTGAG GATCCCACTC TCTCACTTTG CCACGTCTCT TACCCTGTCT 
CCCGCGGCGT CGCTTATAGC CGTCGGCAGT AATGAGCGAC TCCTGCGTCT CATCGACACC 
TCAGCTGGCA CCAAACAAGA TTTTGCAGCC TACGATGACG GCGTACATCT CTGCCGAGTA 
TCTCCCTCGG GCAACTTACT GCTCACGGCT TCATATAATC AAGTGCTGGT GTGGGACATT 
CAGAATTCAT AG

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

wdr90 ( NM_001097176.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> NP_001090645.1 Xenopus tropicalis WD repeat domain 90 (wdr90), mRNA.

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CloneID	OXa01132
Clone ID Related Accession (Same CDS sequence)	NM_001097176.1
Accession Version	NM_001097176.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5547bp) 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	2019-12-21
Organism	Xenopus tropicalis(tropical clawed frog)
Product	WD repeat-containing protein 90
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from BC127273.1. ##Evidence-Data-START## Transcript exon combination :: BC127273.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMD00028290, SAMD00028291 [ECO:0000348] ##Evidence-Data-END##

ATGGCTGGAG TCTGGCAGCA CCCATTTGTA AATGTCTTCA AGCACTTGCG GTTGGAAGAA 
TGGAAGAAAT CCAGCAAGGA GGGGGATGTG ACCAGCGTCA TGGACAAGAC CCTTAAATGT 
ACAGTGTACA GAATCCGCGG CTCCATTCCA GCCGGAAACT ACATCCAACT GCCAAAAACC 
AGCTCTCAGT CCCTGGGTCT GACCGGGCGC TATCTCTACA TCTTGTTCAA GCCTCTGCCC 
GGGAAACACT TTGTGGTGCA TATAGATGTG AGCGCAGAGG ATGGTCAGAC CGTCAGGATC 
TCCTTCTCCA ATCTATTTAA AGAGTTCAAG TCCACAGCAA CATGGCTGCA GTTCCCATTT 
GTATGCGGAG CAATAAAGGG GTCGGTGTAC GACAGCACAG CGCAGGGGGC GCGGCAAGGA 
ATGGTAGGCC CTGCCCCCTC AGGCTCCCGC TGGACCTGTC TCCTATTGGA TGTCCAGTAC 
ATTCTGTCTC TGTACCTAAG CCGTAGGTAC AGCCACCTGA GGAGTGCCAA GCTCTGCTCT 
AACCTGCTTG TGAGGAACTT AATGACCAGC GACCTGCTCT TCAACCCAGA AGTGAACTTC 
ATGGAGGCAC GACATGCAAA GACCCTCCCT GATGGCATTT CTCCTATGCC TCGCGAGATG 
TCATTCCCTG TTCCCAAGGG CGAGAAGTGG CATGACCTAT ATGACTTTAT TATGTTCCCC 
TCTGATAGCT CCAAACTGCC CTACGACTCC ATACAGAAGG GCCAGTCTAT GGTGACGGCC 
CCTGGTGCCC CCATGTCTCG CAGCCCCGCT CGGGAACGTC CCCGTTCTGT TACTATTAGC 
AAACCTGTAC AGGACAGAGT GTCTCTAATC CAGCAGATAA CCACCCCCAG ACCGATGCCC 
CATAGAAGTC TGTTACGGGT AGAATCTGTT CCTGAACGGC CTGTCTCTGT AAGCGCGAGG 
GCAGAGGAGG CAAGAGATTT GGAGGACCGC AGCAGAGGTG TGGAACAAGA TGGAGGAGTT 
CATGTTTACG CACACAAGAC AAACAAGCTC TCAATCCATA GGCACAAATC TGACTCTGAA 
CAGGTGATTT GTACTAAAGT GGACAGACCA GAGACTTTGT CAGTGCCCCC CGAGTGCAAG 
AAACTTCTTC CTGACCCAAT TTTCAATCTC AGGAGAATTA TTGGTTTTGG TGGATGCACA 
GAGTGCTTTG CGCTCTGGAC TCATACTGGC TGCTCTGTGG TGTATCCATG CCATGCCATT 
ATAGTGGTTC TCGAAGTGAA GACAGGAGAA CAAAGATTTT TGTTGGGTCA TACTGACAAG 
GTCTCGGCTC TGGCCTTTAA TGGCAGCTGC ACTCTGCTGG CGTCGGCACA GACAGGTTCC 
CTCAGCATGG TGCGACTCTG GCACTTCCAG AAAGGCAGCT GTCTCGCCAT GTTCAAAACT 
CATGTTCACT CCGTCTCATA CCTCAGTTTC TCACACAGCG GAACTGTTTT ATGCGGCGTT 
GGGAAAGACG GCCATGGAAA AACAATGGTG GTTGTATGGA ATACGTCTCA GGCGAGCCGG 
AGTGGGGAGG TCGCAGTGTT GGCTAAAGCT CACACAGACA TTGACATCCA GACCATGAAA 
ATTGCTTTCT TTGATGACAC GCGGATGGTC TCATGTGGGA AGGATAACGT GCGCCTCTGG 
CGGGTACGCG GTGGGACTTT GCGTTCCTGT CCAGTGAATT TGGGCGAATA CCATATGCTG 
GAGTTTAGCG ATTTGGCTTT TGAGGCTGGG CATAGGCCTG AGAAGGAAGC CGAGGACAGG 
ACCCTGTATG TGAGCAGCCG TAGTGGCCAC ATACTGGAAA TAGACTATAA GAATGTTGTT 
CTGCGCAACG TGAGGCGGGT CCAGCCAGGT CAGCAGCAGC ACAGTGAGCG TCGGGACAAA 
CAGACTTTCT CTTCAGGTCC TGGCATTGCT ATCAACAGCC TCAGTGTTTC TGCAACATTC 
TGTGCCACGG GCACAGAAGA TGGCTATTTG CGTCTGTGGC CATTGGATTT TTCTGGGGTC 
TTCCTGGAAG CTGAACATGA AGGACCTGTG AGCTGTGTGG CTATTAGCCC AGAAGGTCTG 
CGCGTCCTGT CCTGTACCTC AAGCGGGGAG CTGGGGGTCC TGGATGTGCC TTCTCGCGGC 
TACAACACGC TAATGCGCTC CCACACAGAT ACGCTGCTCT CTTTCTCCTG TCACCCCACC 
CACCCACAAC TCGTCACAGT GTCTAGTGAC AATACCATCC GGATCTGGGA TACTGGCACT 
CTGCAGCAGC TATATGACTT CACAGCAGAA GAAGAGACCC CCTGTGCTGT GACCTTCCAC 
CCCGTTCGAC AGGCCTTTGC CTGTGGTTTC AGCAGCGGCA CCATCAGGTT CTTCGACATC 
ACAGCTACAG CTCTGCAGGC GGAGCATAAG CAGCATCGAG GTGCAATCAC AGGCCTGCTC 
TTTTCTCCTG ATGGTAGCCT CATGTACAGC TGCTGCTCTC TTGGCTCCGT GGCACTGTAC 
AGCATTGGGC ACAAGGAGCA GCATGTCCTG CGGGTACTAG GCAATGTGGT ATGCAAGGAC 
TCTGAGAGGG GCCCTATGGC TCTGTCTTTG AGCAGTGATG GCCGTCTCCT TGCCTTTGTG 
GGTCCTACAG AATACACAGT AACCGTGATG GATGCCCGGT CATTAGATGA GCTCCTACGC 
GTTGATGTGA GCATCCTGGA TTTAGATAGT ACTACTCTGG ACTGTGCTCT GGGCCTGGCC 
TTCAGCCCTC TCAAGCCCCA CCACCTTCTG GTGAGCACCT CCGGCAACAA GATCTTATGG 
CTGGACCCAA AGACTGGACG TCTTACAAGA GAAGTGACCC AGGTACACAA GCAGTGCTGC 
TCCTCTCTAG CGGTGAGCAT GGATACCCGG TACATGCTTA CGGCAGGGGA CAGGCTCCTC 
AAAGTATGGG ATCAGCGGCA ACCAGGGACT GTCCGACCTC AGGTGTTTAT CGGTCACTCT 
GAAGCTGTAC AGCAGGTGGA TTTCTCTCCA GACCAGCAAT CGGTCATCAG TGCCGGCGAT 
GCTGTTTTCA TATGGGATTT CTTGGCAGCC CCTGATCCTG AGTTTACAAA GACAGACTGT 
GTACCAGCGC TTCCATTTGC ACTGCACTCC AGTGCCGCAC TAGATCCTAG CTCTGAGCAC 
CGGAGGGATT CTACATTCAT CTCTTCTGGG ATGCCACGGG GTACAGCCCC CCGACCTTGC 
ATTTCCTCCC CTCCGCGGTT AGACATCAGC CCCGTACAGG GTATGGACCA CCCAGATCTC 
TTCTCAGAGT CTGATGATGG GCAGGAAGAG GAAGGGAACA GAGACGAGCA GGAAAGGACG 
CTGGTTCCAG ACACTAGAGA CAATCTAGTG GAAAGTGATG AACAGTCTTC AGTGGTCATC 
ATTGAGTGTC AGCCCAACAG GGCCAAACTA CTCACGGGCT CTAAAAGCAA CAGTAGCAGC 
CTAAGGGAAG GTATGGTTAA GTCAACCCAT GAGCCACCAC GTCCTGATTC ATACACACAT 
TTCCACACTC GCTTTAAGGC TTCCTGTTTA GCCAAGGGAA TGTGCCATCC CCCTGAGGGG 
CAGGAGATGC TGACTCTGAG AGCACTGATT GGGTACAATG GCAATGGCCG AGCCAACATG 
GCGTGGAACC CAGACACAGG GTTCTTCTCG TACACTTGCG GCTGTGTAAT TGTGGTGGAG 
GACCTGCACT CTGGATCCCA GCGACACTGG CTGGGGCACC CTGAGGAAAT CTCCACCTTG 
GCTCTCACCA ATGATGCCCT AGTCTTGGCT TCAGCTTCAG GATCAGGGGA TGGTTCATCC 
TTGTGTCAGA TCCGTATCTG GGACACCCAA GATGGCTCCT GCATGAAGAT ACTGACGCAC 
CACCGCACAG AGGTGCAGGC AATGAGCTAC TCCCGAGATG ACCGTCTCTT TGTCAGTATC 
GGTGACTACA GAGATGGCAA CCTTGCCCTG TGGAGTACAA AGGGCTATGA GCTCTTGGCC 
ACCAGTCGCC TCTTCCAGCC AGTGCACGCA GTCACCTTCA ACCCTGCACA CTTCGATGAC 
TTTGCAAGCG CGGGCCCTGG GGCTGTCAGC TTCTGGAGGA TAGAGACTCA AGGGACTGAC 
ACGCAGATAA AGGTGTACAG AGTGGCGGTT CCAGAAGAGG TTGGTACAGC AGCAGAGCTG 
ACCTCCATCA CATATAACTC CACGTCCCTG CTGTACAGCG GCTGCAGCAC AGGACAAGTG 
TGTGTGTGGG ACTGTCAGAC TCACCGGTGC TTCCTGACGT GGGAAGCCGA CCAGGGGGAG 
ATAGGGATTC TGCTGTGCAG AGGGAACAGG TTACTGACTG GGAGTAATAC GCGCAGGATC 
CGGCTGTGGT GTGTGGCTGC TGTGCAGGAA CTGAGAGAAA AAGGCTCCGG CGCCAGCTCT 
ACGTCTGTCC TTATGGAGCA CGAGATGACA CTGGACGGCG CCATTGTTAG TGCCACGTTT 
GATGATGCCT TGGAGATGGG AATTGTGGGC ACCACGGCTG GTACACTCTG GTACATTAAC 
TGGGTGGAGA ATACTAGCAT CCGACTGATC AGCGGCCATA GGAACAAGGT GATGGATCTG 
GCGGTTGCTC ACGGTGAGAG CCACTGTGCC ACATGTGGGG AGGATGGCAG CTTACGGATC 
TGGTCCCTGC AAAGCTGTGA GTTGCTCCTT CAGTTCCAAG TTCTCAACCA GAGCTGCTTA 
TGTCTAGCCT GGAGCCCCCA ACCCAAGTCT GGCCCGTCCA CAGAAGATCA GAGAATTGCC 
GCGGGCTACA GCGACGGCAC CATCAGAATA TTCAGCGTCT CCAAAACCGA GATGGAAATG 
AAAATACATC CTCATCCGTG TGCAGTAACC TCCATCGCGT ACTCCACTTC TGGCGACGTT 
CTTCTGACTG GTGGAAAGGA TGGGCAGATG GCCATTACCA GCCCACGTAC AGGAATGACC 
ATTCGAGTCT TAAGTGACCA CAAGGGATCA CCCATCACCA CGATTGAGTG CACCGGCAGG 
AAGCTGACTG GGCTTCCTAC GGATGGAGAA CTTTGGTTGG CTGCAAGCAC AGACAGGCGT 
GTCAGTATCT GGGCTTCTGA TTGGTCAAAG GATAAATGTG AGCTATTGGA CTGGCTAAGC 
TTCCCAGCTC CTACTAGCCA GAAGGATCTG GATGTGTCTG TGCCCACCCT GGCAGCATTC 
TGTCCTTGGC AGCCTGGCAC TGTGGTGTAT TCGGGATTTG GGGTGGAAAA AGAAATTCTA 
TTCTACAGTC TCATCCAGAA GCAGGTGCTG CTGAGGATCC CACTCTCTCA CTTTGCCACG 
TCTCTTACCC TGTCTCCCGC GGCGTCGCTT ATAGCCGTCG GCAGTAATGA GCGACTCCTG 
CGTCTCATCG ACACCTCAGC TGGCACCAAA CAAGATTTTG CAGCCTACGA TGACGGCGTA 
CATCTCTGCC GAGTATCTCC CTCGGGCAAC TTACTGCTCA CGGCTTCATA TAATCAAGTG 
CTGGTGTGGG ACATTCAGAA TTCATAG

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

RefSeq	NP_001090645.1
CDS	63..5609
Translation	MAGVWQHPFVNVFKHLRLEEWKKSSKEGDVTSVMDKTLKCTVYRIRGSIPAGNYIQLPKTSSQSLGLTGRYLYILFKPLPGKHFVVHIDVSAEDGQTVRISFSNLFKEFKSTATWLQFPFVCGAIKGSVYDSTAQGARQGMVGPAPSGSRWTCLLLDVQYILSLYLSRRYSHLRSAKLCSNLLVRNLMTSDLLFNPEVNFMEARHAKTLPDGISPMPREMSFPVPKGEKWHDLYDFIMFPSDSSKLPYDSIQKGQSMVTAPGAPMSRSPARERPRSVTISKPVQDRVSLIQQITTPRPMPHRSLLRVESVPERPVSVSARAEEARDLEDRSRGVEQDGGVHVYAHKTNKLSIHRHKSDSEQVICTKVDRPETLSVPPECKKLLPDPIFNLRRIIGFGGCTECFALWTHTGCSVVYPCHAIIVVLEVKTGEQRFLLGHTDKVSALAFNGSCTLLASAQTGSLSMVRLWHFQKGSCLAMFKTHVHSVSYLSFSHSGTVLCGVGKDGHGKTMVVVWNTSQASRSGEVAVLAKAHTDIDIQTMKIAFFDDTRMVSCGKDNVRLWRVRGGTLRSCPVNLGEYHMLEFSDLAFEAGHRPEKEAEDRTLYVSSRSGHILEIDYKNVVLRNVRRVQPGQQQHSERRDKQTFSSGPGIAINSLSVSATFCATGTEDGYLRLWPLDFSGVFLEAEHEGPVSCVAISPEGLRVLSCTSSGELGVLDVPSRGYNTLMRSHTDTLLSFSCHPTHPQLVTVSSDNTIRIWDTGTLQQLYDFTAEEETPCAVTFHPVRQAFACGFSSGTIRFFDITATALQAEHKQHRGAITGLLFSPDGSLMYSCCSLGSVALYSIGHKEQHVLRVLGNVVCKDSERGPMALSLSSDGRLLAFVGPTEYTVTVMDARSLDELLRVDVSILDLDSTTLDCALGLAFSPLKPHHLLVSTSGNKILWLDPKTGRLTREVTQVHKQCCSSLAVSMDTRYMLTAGDRLLKVWDQRQPGTVRPQVFIGHSEAVQQVDFSPDQQSVISAGDAVFIWDFLAAPDPEFTKTDCVPALPFALHSSAALDPSSEHRRDSTFISSGMPRGTAPRPCISSPPRLDISPVQGMDHPDLFSESDDGQEEEGNRDEQERTLVPDTRDNLVESDEQSSVVIIECQPNRAKLLTGSKSNSSSLREGMVKSTHEPPRPDSYTHFHTRFKASCLAKGMCHPPEGQEMLTLRALIGYNGNGRANMAWNPDTGFFSYTCGCVIVVEDLHSGSQRHWLGHPEEISTLALTNDALVLASASGSGDGSSLCQIRIWDTQDGSCMKILTHHRTEVQAMSYSRDDRLFVSIGDYRDGNLALWSTKGYELLATSRLFQPVHAVTFNPAHFDDFASAGPGAVSFWRIETQGTDTQIKVYRVAVPEEVGTAAELTSITYNSTSLLYSGCSTGQVCVWDCQTHRCFLTWEADQGEIGILLCRGNRLLTGSNTRRIRLWCVAAVQELREKGSGASSTSVLMEHEMTLDGAIVSATFDDALEMGIVGTTAGTLWYINWVENTSIRLISGHRNKVMDLAVAHGESHCATCGEDGSLRIWSLQSCELLLQFQVLNQSCLCLAWSPQPKSGPSTEDQRIAAGYSDGTIRIFSVSKTEMEMKIHPHPCAVTSIAYSTSGDVLLTGGKDGQMAITSPRTGMTIRVLSDHKGSPITTIECTGRKLTGLPTDGELWLAASTDRRVSIWASDWSKDKCELLDWLSFPAPTSQKDLDVSVPTLAAFCPWQPGTVVYSGFGVEKEILFYSLIQKQVLLRIPLSHFATSLTLSPAASLIAVGSNERLLRLIDTSAGTKQDFAAYDDGVHLCRVSPSGNLLLTASYNQVLVWDIQNS

Target ORF information:

RefSeq Version	NM_001097176.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis 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_001097176.1

ORF Insert Sequence:

ATGGCTGGAG TCTGGCAGCA CCCATTTGTA AATGTCTTCA AGCACTTGCG GTTGGAAGAA 
TGGAAGAAAT CCAGCAAGGA GGGGGATGTG ACCAGCGTCA TGGACAAGAC CCTTAAATGT 
ACAGTGTACA GAATCCGCGG CTCCATTCCA GCCGGAAACT ACATCCAACT GCCAAAAACC 
AGCTCTCAGT CCCTGGGTCT GACCGGGCGC TATCTCTACA TCTTGTTCAA GCCTCTGCCC 
GGGAAACACT TTGTGGTGCA TATAGATGTG AGCGCAGAGG ATGGTCAGAC CGTCAGGATC 
TCCTTCTCCA ATCTATTTAA AGAGTTCAAG TCCACAGCAA CATGGCTGCA GTTCCCATTT 
GTATGCGGAG CAATAAAGGG GTCGGTGTAC GACAGCACAG CGCAGGGGGC GCGGCAAGGA 
ATGGTAGGCC CTGCCCCCTC AGGCTCCCGC TGGACCTGTC TCCTATTGGA TGTCCAGTAC 
ATTCTGTCTC TGTACCTAAG CCGTAGGTAC AGCCACCTGA GGAGTGCCAA GCTCTGCTCT 
AACCTGCTTG TGAGGAACTT AATGACCAGC GACCTGCTCT TCAACCCAGA AGTGAACTTC 
ATGGAGGCAC GACATGCAAA GACCCTCCCT GATGGCATTT CTCCTATGCC TCGCGAGATG 
TCATTCCCTG TTCCCAAGGG CGAGAAGTGG CATGACCTAT ATGACTTTAT TATGTTCCCC 
TCTGATAGCT CCAAACTGCC CTACGACTCC ATACAGAAGG GCCAGTCTAT GGTGACGGCC 
CCTGGTGCCC CCATGTCTCG CAGCCCCGCT CGGGAACGTC CCCGTTCTGT TACTATTAGC 
AAACCTGTAC AGGACAGAGT GTCTCTAATC CAGCAGATAA CCACCCCCAG ACCGATGCCC 
CATAGAAGTC TGTTACGGGT AGAATCTGTT CCTGAACGGC CTGTCTCTGT AAGCGCGAGG 
GCAGAGGAGG CAAGAGATTT GGAGGACCGC AGCAGAGGTG TGGAACAAGA TGGAGGAGTT 
CATGTTTACG CACACAAGAC AAACAAGCTC TCAATCCATA GGCACAAATC TGACTCTGAA 
CAGGTGATTT GTACTAAAGT GGACAGACCA GAGACTTTGT CAGTGCCCCC CGAGTGCAAG 
AAACTTCTTC CTGACCCAAT TTTCAATCTC AGGAGAATTA TTGGTTTTGG TGGATGCACA 
GAGTGCTTTG CGCTCTGGAC TCATACTGGC TGCTCTGTGG TGTATCCATG CCATGCCATT 
ATAGTGGTTC TCGAAGTGAA GACAGGAGAA CAAAGATTTT TGTTGGGTCA TACTGACAAG 
GTCTCGGCTC TGGCCTTTAA TGGCAGCTGC ACTCTGCTGG CGTCGGCACA GACAGGTTCC 
CTCAGCATGG TGCGACTCTG GCACTTCCAG AAAGGCAGCT GTCTCGCCAT GTTCAAAACT 
CATGTTCACT CCGTCTCATA CCTCAGTTTC TCACACAGCG GAACTGTTTT ATGCGGCGTT 
GGGAAAGACG GCCATGGAAA AACAATGGTG GTTGTATGGA ATACGTCTCA GGCGAGCCGG 
AGTGGGGAGG TCGCAGTGTT GGCTAAAGCT CACACAGACA TTGACATCCA GACCATGAAA 
ATTGCTTTCT TTGATGACAC GCGGATGGTC TCATGTGGGA AGGATAACGT GCGCCTCTGG 
CGGGTACGCG GTGGGACTTT GCGTTCCTGT CCAGTGAATT TGGGCGAATA CCATATGCTG 
GAGTTTAGCG ATTTGGCTTT TGAGGCTGGG CATAGGCCTG AGAAGGAAGC CGAGGACAGG 
ACCCTGTATG TGAGCAGCCG TAGTGGCCAC ATACTGGAAA TAGACTATAA GAATGTTGTT 
CTGCGCAACG TGAGGCGGGT CCAGCCAGGT CAGCAGCAGC ACAGTGAGCG TCGGGACAAA 
CAGACTTTCT CTTCAGGTCC TGGCATTGCT ATCAACAGCC TCAGTGTTTC TGCAACATTC 
TGTGCCACGG GCACAGAAGA TGGCTATTTG CGTCTGTGGC CATTGGATTT TTCTGGGGTC 
TTCCTGGAAG CTGAACATGA AGGACCTGTG AGCTGTGTGG CTATTAGCCC AGAAGGTCTG 
CGCGTCCTGT CCTGTACCTC AAGCGGGGAG CTGGGGGTCC TGGATGTGCC TTCTCGCGGC 
TACAACACGC TAATGCGCTC CCACACAGAT ACGCTGCTCT CTTTCTCCTG TCACCCCACC 
CACCCACAAC TCGTCACAGT GTCTAGTGAC AATACCATCC GGATCTGGGA TACTGGCACT 
CTGCAGCAGC TATATGACTT CACAGCAGAA GAAGAGACCC CCTGTGCTGT GACCTTCCAC 
CCCGTTCGAC AGGCCTTTGC CTGTGGTTTC AGCAGCGGCA CCATCAGGTT CTTCGACATC 
ACAGCTACAG CTCTGCAGGC GGAGCATAAG CAGCATCGAG GTGCAATCAC AGGCCTGCTC 
TTTTCTCCTG ATGGTAGCCT CATGTACAGC TGCTGCTCTC TTGGCTCCGT GGCACTGTAC 
AGCATTGGGC ACAAGGAGCA GCATGTCCTG CGGGTACTAG GCAATGTGGT ATGCAAGGAC 
TCTGAGAGGG GCCCTATGGC TCTGTCTTTG AGCAGTGATG GCCGTCTCCT TGCCTTTGTG 
GGTCCTACAG AATACACAGT AACCGTGATG GATGCCCGGT CATTAGATGA GCTCCTACGC 
GTTGATGTGA GCATCCTGGA TTTAGATAGT ACTACTCTGG ACTGTGCTCT GGGCCTGGCC 
TTCAGCCCTC TCAAGCCCCA CCACCTTCTG GTGAGCACCT CCGGCAACAA GATCTTATGG 
CTGGACCCAA AGACTGGACG TCTTACAAGA GAAGTGACCC AGGTACACAA GCAGTGCTGC 
TCCTCTCTAG CGGTGAGCAT GGATACCCGG TACATGCTTA CGGCAGGGGA CAGGCTCCTC 
AAAGTATGGG ATCAGCGGCA ACCAGGGACT GTCCGACCTC AGGTGTTTAT CGGTCACTCT 
GAAGCTGTAC AGCAGGTGGA TTTCTCTCCA GACCAGCAAT CGGTCATCAG TGCCGGCGAT 
GCTGTTTTCA TATGGGATTT CTTGGCAGCC CCTGATCCTG AGTTTACAAA GACAGACTGT 
GTACCAGCGC TTCCATTTGC ACTGCACTCC AGTGCCGCAC TAGATCCTAG CTCTGAGCAC 
CGGAGGGATT CTACATTCAT CTCTTCTGGG ATGCCACGGG GTACAGCCCC CCGACCTTGC 
ATTTCCTCCC CTCCGCGGTT AGACATCAGC CCCGTACAGG GTATGGACCA CCCAGATCTC 
TTCTCAGAGT CTGATGATGG GCAGGAAGAG GAAGGGAACA GAGACGAGCA GGAAAGGACG 
CTGGTTCCAG ACACTAGAGA CAATCTAGTG GAAAGTGATG AACAGTCTTC AGTGGTCATC 
ATTGAGTGTC AGCCCAACAG GGCCAAACTA CTCACGGGCT CTAAAAGCAA CAGTAGCAGC 
CTAAGGGAAG GTATGGTTAA GTCAACCCAT GAGCCACCAC GTCCTGATTC ATACACACAT 
TTCCACACTC GCTTTAAGGC TTCCTGTTTA GCCAAGGGAA TGTGCCATCC CCCTGAGGGG 
CAGGAGATGC TGACTCTGAG AGCACTGATT GGGTACAATG GCAATGGCCG AGCCAACATG 
GCGTGGAACC CAGACACAGG GTTCTTCTCG TACACTTGCG GCTGTGTAAT TGTGGTGGAG 
GACCTGCACT CTGGATCCCA GCGACACTGG CTGGGGCACC CTGAGGAAAT CTCCACCTTG 
GCTCTCACCA ATGATGCCCT AGTCTTGGCT TCAGCTTCAG GATCAGGGGA TGGTTCATCC 
TTGTGTCAGA TCCGTATCTG GGACACCCAA GATGGCTCCT GCATGAAGAT ACTGACGCAC 
CACCGCACAG AGGTGCAGGC AATGAGCTAC TCCCGAGATG ACCGTCTCTT TGTCAGTATC 
GGTGACTACA GAGATGGCAA CCTTGCCCTG TGGAGTACAA AGGGCTATGA GCTCTTGGCC 
ACCAGTCGCC TCTTCCAGCC AGTGCACGCA GTCACCTTCA ACCCTGCACA CTTCGATGAC 
TTTGCAAGCG CGGGCCCTGG GGCTGTCAGC TTCTGGAGGA TAGAGACTCA AGGGACTGAC 
ACGCAGATAA AGGTGTACAG AGTGGCGGTT CCAGAAGAGG TTGGTACAGC AGCAGAGCTG 
ACCTCCATCA CATATAACTC CACGTCCCTG CTGTACAGCG GCTGCAGCAC AGGACAAGTG 
TGTGTGTGGG ACTGTCAGAC TCACCGGTGC TTCCTGACGT GGGAAGCCGA CCAGGGGGAG 
ATAGGGATTC TGCTGTGCAG AGGGAACAGG TTACTGACTG GGAGTAATAC GCGCAGGATC 
CGGCTGTGGT GTGTGGCTGC TGTGCAGGAA CTGAGAGAAA AAGGCTCCGG CGCCAGCTCT 
ACGTCTGTCC TTATGGAGCA CGAGATGACA CTGGACGGCG CCATTGTTAG TGCCACGTTT 
GATGATGCCT TGGAGATGGG AATTGTGGGC ACCACGGCTG GTACACTCTG GTACATTAAC 
TGGGTGGAGA ATACTAGCAT CCGACTGATC AGCGGCCATA GGAACAAGGT GATGGATCTG 
GCGGTTGCTC ACGGTGAGAG CCACTGTGCC ACATGTGGGG AGGATGGCAG CTTACGGATC 
TGGTCCCTGC AAAGCTGTGA GTTGCTCCTT CAGTTCCAAG TTCTCAACCA GAGCTGCTTA 
TGTCTAGCCT GGAGCCCCCA ACCCAAGTCT GGCCCGTCCA CAGAAGATCA GAGAATTGCC 
GCGGGCTACA GCGACGGCAC CATCAGAATA TTCAGCGTCT CCAAAACCGA GATGGAAATG 
AAAATACATC CTCATCCGTG TGCAGTAACC TCCATCGCGT ACTCCACTTC TGGCGACGTT 
CTTCTGACTG GTGGAAAGGA TGGGCAGATG GCCATTACCA GCCCACGTAC AGGAATGACC 
ATTCGAGTCT TAAGTGACCA CAAGGGATCA CCCATCACCA CGATTGAGTG CACCGGCAGG 
AAGCTGACTG GGCTTCCTAC GGATGGAGAA CTTTGGTTGG CTGCAAGCAC AGACAGGCGT 
GTCAGTATCT GGGCTTCTGA TTGGTCAAAG GATAAATGTG AGCTATTGGA CTGGCTAAGC 
TTCCCAGCTC CTACTAGCCA GAAGGATCTG GATGTGTCTG TGCCCACCCT GGCAGCATTC 
TGTCCTTGGC AGCCTGGCAC TGTGGTGTAT TCGGGATTTG GGGTGGAAAA AGAAATTCTA 
TTCTACAGTC TCATCCAGAA GCAGGTGCTG CTGAGGATCC CACTCTCTCA CTTTGCCACG 
TCTCTTACCC TGTCTCCCGC GGCGTCGCTT ATAGCCGTCG GCAGTAATGA GCGACTCCTG 
CGTCTCATCG ACACCTCAGC TGGCACCAAA CAAGATTTTG CAGCCTACGA TGACGGCGTA 
CATCTCTGCC GAGTATCTCC CTCGGGCAAC TTACTGCTCA CGGCTTCATA TAATCAAGTG 
CTGGTGTGGG ACATTCAGAA TTCATAG

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

PubMed

Genetic and genomic tools for Xenopus research: The NIH Xenopus initiative.
Developmental dynamics : an official publication of the American Association of Anatomists225(4)384-91(2002 Dec)
Klein SL,Strausberg RL,Wagner L,Pontius J,Clifton SW,Richardson P

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wdr90 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Related articles in PubMed

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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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