WDR60 cDNA ORF clone, Numida meleagris(helmeted guineafowl)

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR60
Entrez Gene ID	110394244
Full Name	WD repeat domain 60
Gene Type	protein-coding
Organism	Numida meleagris(helmeted guineafowl)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021388008.1	XP_021243683.1	WD repeat-containing protein 60 isoform X1
XM_021388009.1	XP_021243684.1	WD repeat-containing protein 60 isoform X2

Pathways from BioSystems
Gene Ontology

The following WDR60 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the WDR60 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
ONu13873	XM_021388008.1 Latest version!	Numida meleagris WD repeat domain 60 (WDR60), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$629.30 $899.00
ONu13874	XM_021388009.1 Latest version!	Numida meleagris WD repeat domain 60 (WDR60), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$629.30 $899.00

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)

WDR60 ( XM_021388008.1 ) cDNA ORF clone, Numida meleagris(helmeted guineafowl) -> XP_021243683.1 Numida meleagris WD repeat domain 60 (WDR60), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ONu13873
Clone ID Related Accession (Same CDS sequence)	XM_021388008.1
Accession Version	XM_021388008.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3090bp) 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	2017-06-06
Organism	Numida meleagris(helmeted guineafowl)
Product	WD repeat-containing protein 60 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034410.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Numida meleagris Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGGCG ATAAGAGAAG AACCAAAGAA GATACTTGGA AATCAGAAGA ACTTAGGAAA 
CATCTTCCGG CAACACAACC AAAGAGTCAA AATGAAGACA AAAAGCACAG AGAAAAGAAA 
CTGCAGAAAG AGAAGGTTGT TCATGACACA GGCACTCATA AAGATGAACG CAAAGACAGA 
GGGAAGAGCA AGGAAAGAAC AAGAGAGAGA CTGAAATCTG TTGAAAGAGA CAGGGATAAA 
ATGAAGGAGA GAGAAAGGGG AAAAGAACAC CACAAAGAAC GAGACAGAGA GAGATATCAA 
GATAAGCTTC ACGGATCAAG TTTAGAGAAG GAAAGATACA GTGTACCAAA AGATAAAGAC 
AGGGAGAGCA ATAAAGAACG TGATAAAATG CATAAAAGAC ATGAGATAAA GAAAACAGAT 
ATGCAAGATA ATCTGAAATC ATTTGAAGGA AAAGATAAAG AACATCACAG AAGAAGAGAG 
AAAAGCAGGC ATCGTCTGGA AGAGGAGAAA ACAAGTGGTG AAGAGCGAGA AAGAAGACAT 
ACAGGGAAGA AGGATAATAA TACAAAATCC AGCATTGACG CATTATTAGC AGACAAAGTT 
GGAGTAAGTG AACGTGGACA CAAGTTACAG AAAGATAAAG AATTGGATAA AGAGGAAAAA 
AGAAGATACA GGGAAAAAAA AGAACATTCC ATTAGGCCAG TAAAAGACAG ACTTTCAAAA 
GAGAGAAGTC ATAAATCTTA TGAAGAAGAA GAGGAAGAAA GACATAAGTC AAAGAGATCT 
AAGGAGGAAT CTTCCCGTGG AGACAGAGGA CAACCAGCAG AAGATAGTAA GAGAGTAAAA 
AGCGGAGAAA ACAAAAAAAA GAAGCTTGAT CTTAAGAGCA GTGAACACAA AACAGAGGAG 
GGGAATCAAG GAGAAGAAAT GAGCCATGAG CGTGTAAGGA CTGGAAAAGA TAAAGGAGAA 
ATCAGTGAAA AAGAGAAAAG AGACACAAGC CAAGAGGAAG TTAAAGCTAC ACACATCCAT 
AATTCAGACA GAGAGCTAGA TAACTTTTCA GCAGATTATG AAGATGATTT TGAAGATTAT 
GAAGATGATT TTGATGATTA CGATGAAGAC AAAAGTGAAG AAGGAGATAC GGAGGACAAA 
CTAAGAGAGA TTCATTTTTC CAAAACATCA GAGATTGAAG AGATTCAAAG AGCGATTAAT 
GCAGAAAATG ATAGAATCTG TACTTCACTG CCTCAGAAAG TCAGAAATGA AAAACCGGAA 
CCAGTCGTGG AAAGGCAATA TCCTCCTGCC AGAAATTCTT TTCGTGGAAT ATTCATGGAT 
TTTGAAACAG CAAATCAAAG ACAAAGTAGC CAAAGTATGG CTAGCAAGCA GAAAAAACGG 
AGTGCAGAGC TTCTCCCACT AATTGATCTG GACTTCTCAG TTAGTTTTTC TTTATTGGAT 
TTGCCTCCTG TAAATGAGTA TGACATGTAT ATTAGGAACT ATGGTAAAAT GAACACTAAG 
CAGGCCTATG TTCAGTGTAA TGAGGACAAT CTTGACAGAG ACATTCAGAC TGAGGAGGTT 
GAGACACTGG AGAAATGGAC GCAGCATCCA GGAGAAAGTG CACTTGTATC TGGAGGTCCC 
ACGAATGGCC AGGAGATGAC AGCAAATGGA GCTCTGACAC CCAAAATTGA TTCCCAAAGA 
TTAGCAAATT TCCTTCTATC AGCAGGCCAG GTGATTGCTG TTTTGCTAGA GGAAGATCAA 
GCTGCTGCAC AACCCAGATG GAAATTAAGA TCTCAACAAA CCAGTCTGTC TATTAGTGAT 
AGCTGTTTCC AGTTAAATAC TAACCAGCCA TTCCTCCATG ATCGGAAAAT ATCCTGCCTA 
TATGTCTCTC AAGTTCAGAG GCAGGCAGTA CTTTCTGTTC ATGGGTTACC TGAAAAAGCA 
GGTGTTGCTT TGCTGAACAG AAAGAGCATC ATATGCGTTT GGAACATCTG GCAGCCCTCC 
AGTCCTCAGA AAGTTTTAAT ATGTGACTCA GAGGTCCTGT GTTGCTGCTT TAGTCCCAGT 
AAAACAACGT TAGTTTTTGC TGGAACAGTA GATGGTTCGT TGTTGGTGTG GGATCTTCGA 
GAAGATGCAA GAATGCACCC TCACGTCACA TTCAGTGAAA CTGATTGGAC ATTTAGAGTT 
CCAACATTTT CCACTGATGG TATTCTAAAT TCAGTAAACC ACACCTCTCC TATACTAGCA 
GTGGAACCCA TCTCAACTCC TCTCTACGCT GATCAGAATT ACGGGCTCGC GAGCCTCTCT 
CATCAGGAGG AAATGTCAGG CCCTCCATTT CAGATAGCTT CAATGGATGA AAATGGAATC 
CTCAATACGT GGGTAGTTGT AGAATTACAG AAAGTGGATT TAGCTGGTTC ACAAACTGAT 
TTAGGCTTGA TTCCTGGAGG GAAAGTGAAG TTAGTACACA GCTCGTCTAT GGAATTGAAT 
TGCAGCCTTT TCCCAAAGGA TGTGCGCCTG AGAATGCCCC AAATGCTGAC TGTTAAATTT 
CTGCCTTCTG ATCCTAATCA TTTCATTGTT GGAACAAACA TTGGTCTGGT AGGCCATGGT 
ACAAGACATG ATTTAAAAGT TCTTCCAAAG CTATTCAGAC CCCGGGAGAG TAGAATGAGA 
TCAATAAGCA TCAATGCAAT TGATTTCTTC CCTTTTGGAA AGTCACTCTT TTTGGTTGGC 
TGTTCAGATG GAAGCATTAG ATTACACCAA ATGACATCAG AGTATCCCCT CATGCAGTGG 
AATGACAGCA CGAATGGCCA GCCAATTATT GCCCTGCAGT GGGCTTTAAC CAGACCCGCT 
GTGTTTTTTG TCCTTGATGC ATCATCTAAT ATTTATATCT GGGATCTTCT GGAAAATGAT 
TTGTTTCCTG TGGCAAAGCA AACTGTTCCA TCAGAGAATG TTGTAACTAT GGCTCTACTT 
GGAGAACCAG AAAAAACAAA TGGATTGTTA GGAATTGTGC TGGCCAGCGG CTCTGGAGAG 
ATAGACATTC AGCATGTAAA GAAGAAGTGG GCACAACCTC AGCCCGAGGA ATCTGAAAAA 
CTAAATTTGA TTCTGTTGCA GTCTTTTTAG

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

RefSeq	XP_021243683.1
CDS	776..3865
Translation	MEGDKRRTKEDTWKSEELRKHLPATQPKSQNEDKKHREKKLQKEKVVHDTGTHKDERKDRGKSKERTRERLKSVERDRDKMKERERGKEHHKERDRERYQDKLHGSSLEKERYSVPKDKDRESNKERDKMHKRHEIKKTDMQDNLKSFEGKDKEHHRRREKSRHRLEEEKTSGEERERRHTGKKDNNTKSSIDALLADKVGVSERGHKLQKDKELDKEEKRRYREKKEHSIRPVKDRLSKERSHKSYEEEEEERHKSKRSKEESSRGDRGQPAEDSKRVKSGENKKKKLDLKSSEHKTEEGNQGEEMSHERVRTGKDKGEISEKEKRDTSQEEVKATHIHNSDRELDNFSADYEDDFEDYEDDFDDYDEDKSEEGDTEDKLREIHFSKTSEIEEIQRAINAENDRICTSLPQKVRNEKPEPVVERQYPPARNSFRGIFMDFETANQRQSSQSMASKQKKRSAELLPLIDLDFSVSFSLLDLPPVNEYDMYIRNYGKMNTKQAYVQCNEDNLDRDIQTEEVETLEKWTQHPGESALVSGGPTNGQEMTANGALTPKIDSQRLANFLLSAGQVIAVLLEEDQAAAQPRWKLRSQQTSLSISDSCFQLNTNQPFLHDRKISCLYVSQVQRQAVLSVHGLPEKAGVALLNRKSIICVWNIWQPSSPQKVLICDSEVLCCCFSPSKTTLVFAGTVDGSLLVWDLREDARMHPHVTFSETDWTFRVPTFSTDGILNSVNHTSPILAVEPISTPLYADQNYGLASLSHQEEMSGPPFQIASMDENGILNTWVVVELQKVDLAGSQTDLGLIPGGKVKLVHSSSMELNCSLFPKDVRLRMPQMLTVKFLPSDPNHFIVGTNIGLVGHGTRHDLKVLPKLFRPRESRMRSISINAIDFFPFGKSLFLVGCSDGSIRLHQMTSEYPLMQWNDSTNGQPIIALQWALTRPAVFFVLDASSNIYIWDLLENDLFPVAKQTVPSENVVTMALLGEPEKTNGLLGIVLASGSGEIDIQHVKKKWAQPQPEESEKLNLILLQSF

Target ORF information:

RefSeq Version	XM_021388008.1
Organism	Numida meleagris(helmeted guineafowl)
Definition	Numida meleagris WD repeat domain 60 (WDR60), transcript variant X1, mRNA.

Target ORF information:

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

XM_021388008.1

ORF Insert Sequence:

ATGGAGGGCG ATAAGAGAAG AACCAAAGAA GATACTTGGA AATCAGAAGA ACTTAGGAAA 
CATCTTCCGG CAACACAACC AAAGAGTCAA AATGAAGACA AAAAGCACAG AGAAAAGAAA 
CTGCAGAAAG AGAAGGTTGT TCATGACACA GGCACTCATA AAGATGAACG CAAAGACAGA 
GGGAAGAGCA AGGAAAGAAC AAGAGAGAGA CTGAAATCTG TTGAAAGAGA CAGGGATAAA 
ATGAAGGAGA GAGAAAGGGG AAAAGAACAC CACAAAGAAC GAGACAGAGA GAGATATCAA 
GATAAGCTTC ACGGATCAAG TTTAGAGAAG GAAAGATACA GTGTACCAAA AGATAAAGAC 
AGGGAGAGCA ATAAAGAACG TGATAAAATG CATAAAAGAC ATGAGATAAA GAAAACAGAT 
ATGCAAGATA ATCTGAAATC ATTTGAAGGA AAAGATAAAG AACATCACAG AAGAAGAGAG 
AAAAGCAGGC ATCGTCTGGA AGAGGAGAAA ACAAGTGGTG AAGAGCGAGA AAGAAGACAT 
ACAGGGAAGA AGGATAATAA TACAAAATCC AGCATTGACG CATTATTAGC AGACAAAGTT 
GGAGTAAGTG AACGTGGACA CAAGTTACAG AAAGATAAAG AATTGGATAA AGAGGAAAAA 
AGAAGATACA GGGAAAAAAA AGAACATTCC ATTAGGCCAG TAAAAGACAG ACTTTCAAAA 
GAGAGAAGTC ATAAATCTTA TGAAGAAGAA GAGGAAGAAA GACATAAGTC AAAGAGATCT 
AAGGAGGAAT CTTCCCGTGG AGACAGAGGA CAACCAGCAG AAGATAGTAA GAGAGTAAAA 
AGCGGAGAAA ACAAAAAAAA GAAGCTTGAT CTTAAGAGCA GTGAACACAA AACAGAGGAG 
GGGAATCAAG GAGAAGAAAT GAGCCATGAG CGTGTAAGGA CTGGAAAAGA TAAAGGAGAA 
ATCAGTGAAA AAGAGAAAAG AGACACAAGC CAAGAGGAAG TTAAAGCTAC ACACATCCAT 
AATTCAGACA GAGAGCTAGA TAACTTTTCA GCAGATTATG AAGATGATTT TGAAGATTAT 
GAAGATGATT TTGATGATTA CGATGAAGAC AAAAGTGAAG AAGGAGATAC GGAGGACAAA 
CTAAGAGAGA TTCATTTTTC CAAAACATCA GAGATTGAAG AGATTCAAAG AGCGATTAAT 
GCAGAAAATG ATAGAATCTG TACTTCACTG CCTCAGAAAG TCAGAAATGA AAAACCGGAA 
CCAGTCGTGG AAAGGCAATA TCCTCCTGCC AGAAATTCTT TTCGTGGAAT ATTCATGGAT 
TTTGAAACAG CAAATCAAAG ACAAAGTAGC CAAAGTATGG CTAGCAAGCA GAAAAAACGG 
AGTGCAGAGC TTCTCCCACT AATTGATCTG GACTTCTCAG TTAGTTTTTC TTTATTGGAT 
TTGCCTCCTG TAAATGAGTA TGACATGTAT ATTAGGAACT ATGGTAAAAT GAACACTAAG 
CAGGCCTATG TTCAGTGTAA TGAGGACAAT CTTGACAGAG ACATTCAGAC TGAGGAGGTT 
GAGACACTGG AGAAATGGAC GCAGCATCCA GGAGAAAGTG CACTTGTATC TGGAGGTCCC 
ACGAATGGCC AGGAGATGAC AGCAAATGGA GCTCTGACAC CCAAAATTGA TTCCCAAAGA 
TTAGCAAATT TCCTTCTATC AGCAGGCCAG GTGATTGCTG TTTTGCTAGA GGAAGATCAA 
GCTGCTGCAC AACCCAGATG GAAATTAAGA TCTCAACAAA CCAGTCTGTC TATTAGTGAT 
AGCTGTTTCC AGTTAAATAC TAACCAGCCA TTCCTCCATG ATCGGAAAAT ATCCTGCCTA 
TATGTCTCTC AAGTTCAGAG GCAGGCAGTA CTTTCTGTTC ATGGGTTACC TGAAAAAGCA 
GGTGTTGCTT TGCTGAACAG AAAGAGCATC ATATGCGTTT GGAACATCTG GCAGCCCTCC 
AGTCCTCAGA AAGTTTTAAT ATGTGACTCA GAGGTCCTGT GTTGCTGCTT TAGTCCCAGT 
AAAACAACGT TAGTTTTTGC TGGAACAGTA GATGGTTCGT TGTTGGTGTG GGATCTTCGA 
GAAGATGCAA GAATGCACCC TCACGTCACA TTCAGTGAAA CTGATTGGAC ATTTAGAGTT 
CCAACATTTT CCACTGATGG TATTCTAAAT TCAGTAAACC ACACCTCTCC TATACTAGCA 
GTGGAACCCA TCTCAACTCC TCTCTACGCT GATCAGAATT ACGGGCTCGC GAGCCTCTCT 
CATCAGGAGG AAATGTCAGG CCCTCCATTT CAGATAGCTT CAATGGATGA AAATGGAATC 
CTCAATACGT GGGTAGTTGT AGAATTACAG AAAGTGGATT TAGCTGGTTC ACAAACTGAT 
TTAGGCTTGA TTCCTGGAGG GAAAGTGAAG TTAGTACACA GCTCGTCTAT GGAATTGAAT 
TGCAGCCTTT TCCCAAAGGA TGTGCGCCTG AGAATGCCCC AAATGCTGAC TGTTAAATTT 
CTGCCTTCTG ATCCTAATCA TTTCATTGTT GGAACAAACA TTGGTCTGGT AGGCCATGGT 
ACAAGACATG ATTTAAAAGT TCTTCCAAAG CTATTCAGAC CCCGGGAGAG TAGAATGAGA 
TCAATAAGCA TCAATGCAAT TGATTTCTTC CCTTTTGGAA AGTCACTCTT TTTGGTTGGC 
TGTTCAGATG GAAGCATTAG ATTACACCAA ATGACATCAG AGTATCCCCT CATGCAGTGG 
AATGACAGCA CGAATGGCCA GCCAATTATT GCCCTGCAGT GGGCTTTAAC CAGACCCGCT 
GTGTTTTTTG TCCTTGATGC ATCATCTAAT ATTTATATCT GGGATCTTCT GGAAAATGAT 
TTGTTTCCTG TGGCAAAGCA AACTGTTCCA TCAGAGAATG TTGTAACTAT GGCTCTACTT 
GGAGAACCAG AAAAAACAAA TGGATTGTTA GGAATTGTGC TGGCCAGCGG CTCTGGAGAG 
ATAGACATTC AGCATGTAAA GAAGAAGTGG GCACAACCTC AGCCCGAGGA ATCTGAAAAA 
CTAAATTTGA TTCTGTTGCA GTCTTTTTAG

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

WDR60 ( XM_021388009.1 ) cDNA ORF clone, Numida meleagris(helmeted guineafowl) -> XP_021243684.1 Numida meleagris WD repeat domain 60 (WDR60), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ONu13874
Clone ID Related Accession (Same CDS sequence)	XM_021388009.1
Accession Version	XM_021388009.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3087bp) 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	2017-06-06
Organism	Numida meleagris(helmeted guineafowl)
Product	WD repeat-containing protein 60 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034410.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Numida meleagris Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGGCG ATAAGAGAAG AACCAAAGAA GATACTTGGA AATCAGAAGA ACTTAGGAAA 
CATCTTCCGG CAACACAACC AAAGAGTCAA AATGAAGACA AAAAGCACAG AGAAAAGAAA 
CTGCAGAAAG AGAAGGTTGT TCATGACACA GGCACTCATA AAGATGAACG CAAAGACAGA 
GGGAAGAGCA AGGAAAGAAC AAGAGAGAGA CTGAAATCTG TTGAAAGAGA CAGGGATAAA 
ATGAAGGAGA GAGAAAGGGG AAAAGAACAC CACAAAGAAC GAGACAGAGA GAGATATCAA 
GATAAGCTTC ACGGATCAAG TTTAGAGAAG GAAAGATACA GTGTACCAAA AGATAAAGAC 
AGGGAGAGCA ATAAAGAACG TGATAAAATG CATAAAAGAC ATGAGATAAA GAAAACAGAT 
ATGCAAGATA ATCTGAAATC ATTTGAAGGA AAAGATAAAG AACATCACAG AAGAAGAGAG 
AAAAGCAGGC ATCGTCTGGA GGAGAAAACA AGTGGTGAAG AGCGAGAAAG AAGACATACA 
GGGAAGAAGG ATAATAATAC AAAATCCAGC ATTGACGCAT TATTAGCAGA CAAAGTTGGA 
GTAAGTGAAC GTGGACACAA GTTACAGAAA GATAAAGAAT TGGATAAAGA GGAAAAAAGA 
AGATACAGGG AAAAAAAAGA ACATTCCATT AGGCCAGTAA AAGACAGACT TTCAAAAGAG 
AGAAGTCATA AATCTTATGA AGAAGAAGAG GAAGAAAGAC ATAAGTCAAA GAGATCTAAG 
GAGGAATCTT CCCGTGGAGA CAGAGGACAA CCAGCAGAAG ATAGTAAGAG AGTAAAAAGC 
GGAGAAAACA AAAAAAAGAA GCTTGATCTT AAGAGCAGTG AACACAAAAC AGAGGAGGGG 
AATCAAGGAG AAGAAATGAG CCATGAGCGT GTAAGGACTG GAAAAGATAA AGGAGAAATC 
AGTGAAAAAG AGAAAAGAGA CACAAGCCAA GAGGAAGTTA AAGCTACACA CATCCATAAT 
TCAGACAGAG AGCTAGATAA CTTTTCAGCA GATTATGAAG ATGATTTTGA AGATTATGAA 
GATGATTTTG ATGATTACGA TGAAGACAAA AGTGAAGAAG GAGATACGGA GGACAAACTA 
AGAGAGATTC ATTTTTCCAA AACATCAGAG ATTGAAGAGA TTCAAAGAGC GATTAATGCA 
GAAAATGATA GAATCTGTAC TTCACTGCCT CAGAAAGTCA GAAATGAAAA ACCGGAACCA 
GTCGTGGAAA GGCAATATCC TCCTGCCAGA AATTCTTTTC GTGGAATATT CATGGATTTT 
GAAACAGCAA ATCAAAGACA AAGTAGCCAA AGTATGGCTA GCAAGCAGAA AAAACGGAGT 
GCAGAGCTTC TCCCACTAAT TGATCTGGAC TTCTCAGTTA GTTTTTCTTT ATTGGATTTG 
CCTCCTGTAA ATGAGTATGA CATGTATATT AGGAACTATG GTAAAATGAA CACTAAGCAG 
GCCTATGTTC AGTGTAATGA GGACAATCTT GACAGAGACA TTCAGACTGA GGAGGTTGAG 
ACACTGGAGA AATGGACGCA GCATCCAGGA GAAAGTGCAC TTGTATCTGG AGGTCCCACG 
AATGGCCAGG AGATGACAGC AAATGGAGCT CTGACACCCA AAATTGATTC CCAAAGATTA 
GCAAATTTCC TTCTATCAGC AGGCCAGGTG ATTGCTGTTT TGCTAGAGGA AGATCAAGCT 
GCTGCACAAC CCAGATGGAA ATTAAGATCT CAACAAACCA GTCTGTCTAT TAGTGATAGC 
TGTTTCCAGT TAAATACTAA CCAGCCATTC CTCCATGATC GGAAAATATC CTGCCTATAT 
GTCTCTCAAG TTCAGAGGCA GGCAGTACTT TCTGTTCATG GGTTACCTGA AAAAGCAGGT 
GTTGCTTTGC TGAACAGAAA GAGCATCATA TGCGTTTGGA ACATCTGGCA GCCCTCCAGT 
CCTCAGAAAG TTTTAATATG TGACTCAGAG GTCCTGTGTT GCTGCTTTAG TCCCAGTAAA 
ACAACGTTAG TTTTTGCTGG AACAGTAGAT GGTTCGTTGT TGGTGTGGGA TCTTCGAGAA 
GATGCAAGAA TGCACCCTCA CGTCACATTC AGTGAAACTG ATTGGACATT TAGAGTTCCA 
ACATTTTCCA CTGATGGTAT TCTAAATTCA GTAAACCACA CCTCTCCTAT ACTAGCAGTG 
GAACCCATCT CAACTCCTCT CTACGCTGAT CAGAATTACG GGCTCGCGAG CCTCTCTCAT 
CAGGAGGAAA TGTCAGGCCC TCCATTTCAG ATAGCTTCAA TGGATGAAAA TGGAATCCTC 
AATACGTGGG TAGTTGTAGA ATTACAGAAA GTGGATTTAG CTGGTTCACA AACTGATTTA 
GGCTTGATTC CTGGAGGGAA AGTGAAGTTA GTACACAGCT CGTCTATGGA ATTGAATTGC 
AGCCTTTTCC CAAAGGATGT GCGCCTGAGA ATGCCCCAAA TGCTGACTGT TAAATTTCTG 
CCTTCTGATC CTAATCATTT CATTGTTGGA ACAAACATTG GTCTGGTAGG CCATGGTACA 
AGACATGATT TAAAAGTTCT TCCAAAGCTA TTCAGACCCC GGGAGAGTAG AATGAGATCA 
ATAAGCATCA ATGCAATTGA TTTCTTCCCT TTTGGAAAGT CACTCTTTTT GGTTGGCTGT 
TCAGATGGAA GCATTAGATT ACACCAAATG ACATCAGAGT ATCCCCTCAT GCAGTGGAAT 
GACAGCACGA ATGGCCAGCC AATTATTGCC CTGCAGTGGG CTTTAACCAG ACCCGCTGTG 
TTTTTTGTCC TTGATGCATC ATCTAATATT TATATCTGGG ATCTTCTGGA AAATGATTTG 
TTTCCTGTGG CAAAGCAAAC TGTTCCATCA GAGAATGTTG TAACTATGGC TCTACTTGGA 
GAACCAGAAA AAACAAATGG ATTGTTAGGA ATTGTGCTGG CCAGCGGCTC TGGAGAGATA 
GACATTCAGC ATGTAAAGAA GAAGTGGGCA CAACCTCAGC CCGAGGAATC TGAAAAACTA 
AATTTGATTC TGTTGCAGTC TTTTTAG

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

RefSeq	XP_021243684.1
CDS	777..3863
Translation	MEGDKRRTKEDTWKSEELRKHLPATQPKSQNEDKKHREKKLQKEKVVHDTGTHKDERKDRGKSKERTRERLKSVERDRDKMKERERGKEHHKERDRERYQDKLHGSSLEKERYSVPKDKDRESNKERDKMHKRHEIKKTDMQDNLKSFEGKDKEHHRRREKSRHRLEEKTSGEERERRHTGKKDNNTKSSIDALLADKVGVSERGHKLQKDKELDKEEKRRYREKKEHSIRPVKDRLSKERSHKSYEEEEEERHKSKRSKEESSRGDRGQPAEDSKRVKSGENKKKKLDLKSSEHKTEEGNQGEEMSHERVRTGKDKGEISEKEKRDTSQEEVKATHIHNSDRELDNFSADYEDDFEDYEDDFDDYDEDKSEEGDTEDKLREIHFSKTSEIEEIQRAINAENDRICTSLPQKVRNEKPEPVVERQYPPARNSFRGIFMDFETANQRQSSQSMASKQKKRSAELLPLIDLDFSVSFSLLDLPPVNEYDMYIRNYGKMNTKQAYVQCNEDNLDRDIQTEEVETLEKWTQHPGESALVSGGPTNGQEMTANGALTPKIDSQRLANFLLSAGQVIAVLLEEDQAAAQPRWKLRSQQTSLSISDSCFQLNTNQPFLHDRKISCLYVSQVQRQAVLSVHGLPEKAGVALLNRKSIICVWNIWQPSSPQKVLICDSEVLCCCFSPSKTTLVFAGTVDGSLLVWDLREDARMHPHVTFSETDWTFRVPTFSTDGILNSVNHTSPILAVEPISTPLYADQNYGLASLSHQEEMSGPPFQIASMDENGILNTWVVVELQKVDLAGSQTDLGLIPGGKVKLVHSSSMELNCSLFPKDVRLRMPQMLTVKFLPSDPNHFIVGTNIGLVGHGTRHDLKVLPKLFRPRESRMRSISINAIDFFPFGKSLFLVGCSDGSIRLHQMTSEYPLMQWNDSTNGQPIIALQWALTRPAVFFVLDASSNIYIWDLLENDLFPVAKQTVPSENVVTMALLGEPEKTNGLLGIVLASGSGEIDIQHVKKKWAQPQPEESEKLNLILLQSF

Target ORF information:

RefSeq Version	XM_021388009.1
Organism	Numida meleagris(helmeted guineafowl)
Definition	Numida meleagris WD repeat domain 60 (WDR60), transcript variant X2, mRNA.

Target ORF information:

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

XM_021388009.1

ORF Insert Sequence:

ATGGAGGGCG ATAAGAGAAG AACCAAAGAA GATACTTGGA AATCAGAAGA ACTTAGGAAA 
CATCTTCCGG CAACACAACC AAAGAGTCAA AATGAAGACA AAAAGCACAG AGAAAAGAAA 
CTGCAGAAAG AGAAGGTTGT TCATGACACA GGCACTCATA AAGATGAACG CAAAGACAGA 
GGGAAGAGCA AGGAAAGAAC AAGAGAGAGA CTGAAATCTG TTGAAAGAGA CAGGGATAAA 
ATGAAGGAGA GAGAAAGGGG AAAAGAACAC CACAAAGAAC GAGACAGAGA GAGATATCAA 
GATAAGCTTC ACGGATCAAG TTTAGAGAAG GAAAGATACA GTGTACCAAA AGATAAAGAC 
AGGGAGAGCA ATAAAGAACG TGATAAAATG CATAAAAGAC ATGAGATAAA GAAAACAGAT 
ATGCAAGATA ATCTGAAATC ATTTGAAGGA AAAGATAAAG AACATCACAG AAGAAGAGAG 
AAAAGCAGGC ATCGTCTGGA GGAGAAAACA AGTGGTGAAG AGCGAGAAAG AAGACATACA 
GGGAAGAAGG ATAATAATAC AAAATCCAGC ATTGACGCAT TATTAGCAGA CAAAGTTGGA 
GTAAGTGAAC GTGGACACAA GTTACAGAAA GATAAAGAAT TGGATAAAGA GGAAAAAAGA 
AGATACAGGG AAAAAAAAGA ACATTCCATT AGGCCAGTAA AAGACAGACT TTCAAAAGAG 
AGAAGTCATA AATCTTATGA AGAAGAAGAG GAAGAAAGAC ATAAGTCAAA GAGATCTAAG 
GAGGAATCTT CCCGTGGAGA CAGAGGACAA CCAGCAGAAG ATAGTAAGAG AGTAAAAAGC 
GGAGAAAACA AAAAAAAGAA GCTTGATCTT AAGAGCAGTG AACACAAAAC AGAGGAGGGG 
AATCAAGGAG AAGAAATGAG CCATGAGCGT GTAAGGACTG GAAAAGATAA AGGAGAAATC 
AGTGAAAAAG AGAAAAGAGA CACAAGCCAA GAGGAAGTTA AAGCTACACA CATCCATAAT 
TCAGACAGAG AGCTAGATAA CTTTTCAGCA GATTATGAAG ATGATTTTGA AGATTATGAA 
GATGATTTTG ATGATTACGA TGAAGACAAA AGTGAAGAAG GAGATACGGA GGACAAACTA 
AGAGAGATTC ATTTTTCCAA AACATCAGAG ATTGAAGAGA TTCAAAGAGC GATTAATGCA 
GAAAATGATA GAATCTGTAC TTCACTGCCT CAGAAAGTCA GAAATGAAAA ACCGGAACCA 
GTCGTGGAAA GGCAATATCC TCCTGCCAGA AATTCTTTTC GTGGAATATT CATGGATTTT 
GAAACAGCAA ATCAAAGACA AAGTAGCCAA AGTATGGCTA GCAAGCAGAA AAAACGGAGT 
GCAGAGCTTC TCCCACTAAT TGATCTGGAC TTCTCAGTTA GTTTTTCTTT ATTGGATTTG 
CCTCCTGTAA ATGAGTATGA CATGTATATT AGGAACTATG GTAAAATGAA CACTAAGCAG 
GCCTATGTTC AGTGTAATGA GGACAATCTT GACAGAGACA TTCAGACTGA GGAGGTTGAG 
ACACTGGAGA AATGGACGCA GCATCCAGGA GAAAGTGCAC TTGTATCTGG AGGTCCCACG 
AATGGCCAGG AGATGACAGC AAATGGAGCT CTGACACCCA AAATTGATTC CCAAAGATTA 
GCAAATTTCC TTCTATCAGC AGGCCAGGTG ATTGCTGTTT TGCTAGAGGA AGATCAAGCT 
GCTGCACAAC CCAGATGGAA ATTAAGATCT CAACAAACCA GTCTGTCTAT TAGTGATAGC 
TGTTTCCAGT TAAATACTAA CCAGCCATTC CTCCATGATC GGAAAATATC CTGCCTATAT 
GTCTCTCAAG TTCAGAGGCA GGCAGTACTT TCTGTTCATG GGTTACCTGA AAAAGCAGGT 
GTTGCTTTGC TGAACAGAAA GAGCATCATA TGCGTTTGGA ACATCTGGCA GCCCTCCAGT 
CCTCAGAAAG TTTTAATATG TGACTCAGAG GTCCTGTGTT GCTGCTTTAG TCCCAGTAAA 
ACAACGTTAG TTTTTGCTGG AACAGTAGAT GGTTCGTTGT TGGTGTGGGA TCTTCGAGAA 
GATGCAAGAA TGCACCCTCA CGTCACATTC AGTGAAACTG ATTGGACATT TAGAGTTCCA 
ACATTTTCCA CTGATGGTAT TCTAAATTCA GTAAACCACA CCTCTCCTAT ACTAGCAGTG 
GAACCCATCT CAACTCCTCT CTACGCTGAT CAGAATTACG GGCTCGCGAG CCTCTCTCAT 
CAGGAGGAAA TGTCAGGCCC TCCATTTCAG ATAGCTTCAA TGGATGAAAA TGGAATCCTC 
AATACGTGGG TAGTTGTAGA ATTACAGAAA GTGGATTTAG CTGGTTCACA AACTGATTTA 
GGCTTGATTC CTGGAGGGAA AGTGAAGTTA GTACACAGCT CGTCTATGGA ATTGAATTGC 
AGCCTTTTCC CAAAGGATGT GCGCCTGAGA ATGCCCCAAA TGCTGACTGT TAAATTTCTG 
CCTTCTGATC CTAATCATTT CATTGTTGGA ACAAACATTG GTCTGGTAGG CCATGGTACA 
AGACATGATT TAAAAGTTCT TCCAAAGCTA TTCAGACCCC GGGAGAGTAG AATGAGATCA 
ATAAGCATCA ATGCAATTGA TTTCTTCCCT TTTGGAAAGT CACTCTTTTT GGTTGGCTGT 
TCAGATGGAA GCATTAGATT ACACCAAATG ACATCAGAGT ATCCCCTCAT GCAGTGGAAT 
GACAGCACGA ATGGCCAGCC AATTATTGCC CTGCAGTGGG CTTTAACCAG ACCCGCTGTG 
TTTTTTGTCC TTGATGCATC ATCTAATATT TATATCTGGG ATCTTCTGGA AAATGATTTG 
TTTCCTGTGG CAAAGCAAAC TGTTCCATCA GAGAATGTTG TAACTATGGC TCTACTTGGA 
GAACCAGAAA AAACAAATGG ATTGTTAGGA ATTGTGCTGG CCAGCGGCTC TGGAGAGATA 
GACATTCAGC ATGTAAAGAA GAAGTGGGCA CAACCTCAGC CCGAGGAATC TGAAAAACTA 
AATTTGATTC TGTTGCAGTC TTTTTAG