WDR60 cDNA ORF clone, Parus major(Great Tit)

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR60
Entrez Gene ID	107200915
Full Name	WD repeat domain 60
Gene Type	protein-coding
Organism	Parus major(Great Tit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015620022.1	XP_015475508.1	WD repeat-containing protein 60

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
OPa169478	XM_015620022.1 Latest version!	Parus major WD repeat domain 60 (WDR60), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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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_015620022.1 ) cDNA ORF clone, Parus major(Great Tit) -> XP_015475508.1 Parus major WD repeat domain 60 (WDR60), mRNA.

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CloneID	OPa169478
Clone ID Related Accession (Same CDS sequence)	XM_015620022.1
Accession Version	XM_015620022.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3075bp) 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	2016-11-13
Organism	Parus major(Great Tit)
Product	WD repeat-containing protein 60
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_031769.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Parus major Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGGGG ACAAGAAAAG AACCAAAGAA GATACTTGGA AAGCAGAAGA ACTTAGGAAA 
CATCTAAAGG CATCACTACC AGAACAAAAT GAAGACCAAA AACACAGAGA GAAGAAACTG 
CAGAGAGAGA GGACTGTTTA TGACATAGAC CCTAACAGAC GTGAACTCAG AGGCAGAGAG 
AAGAGCAAGG AAAGAACAAG AGAGAGAGAA AGATTTAAAT CCAGTGAAAG GAACAGGGAC 
AAACGGAGAG AAAGGGAACA GGAACACCAG AGAGAAGACC GAGGGAGACA CAAAGATAAG 
GTTCAAGAGT CATATTTGGA GGAGAGACAT GGTATACTGA AACATAAAGA CAGAGAGACT 
GATAGAGAAC GAGACAAAAA GCACAAGACA TATGAAATAA AGCAAACAGA TCCACAAAAT 
TACCTGAAAT CATTTGAAGG AAGAGATACA GAACATCACA GAAGAAGAGA AATCAGGCAT 
CGTTTGGAGG AGGAGAAAGC AAGAACTGAG GAGCGAGAAA GAAGACATAA AGCACAGAAG 
GATAATGATT TAAGAAAGAA AATTGAGAAA GTTTTAGCCT ACAAAGTTGA AGAAGGTGAA 
CGTGTACACA AGTTAGAGAA ACATCAAGAG CTGGATAAAG AGAGAGAAAG AAAACACAGA 
GAAAAAAAAG AACATTCTGT TGGGACAGAA AAAGAGAGGC TTTCTAAAGA GAAAAGTCAT 
AAACATTATG GAAAGGGAGA GGAAGAAAAG CATAAATCGA AGAGATCTAA AGAAAAGTCT 
TCCCATGGAG ACAGAGAGGG GCCAGCAGCA GAAGCTAAGG AGAGAGTAAA AAGTAGAGAA 
AATGAGAGAA AGAAACATGA TCTAAAGAAC AGTGAATACA AAAAGGAGGA CAAGATTCAA 
GAAGAAATGA GACATCAGCT TACAAGGACT GTAAAAGATA AAGGAAAACT CATCAAAAAA 
GAGGAGATGG ACACAAGACA AGAGGAAATG AAAGATACAC ACATCTCTAA TTCAGACACA 
GGACTTGAGG ATTTTTCACC AAATTATGAA AATGACTTTG AAGACTATGA AGATGATTTT 
GAAGATGATG AAGACAAAAC TGGTGAAGTA GGAGATGCAG AAGAAAACCT GAGAGAGGTT 
CCATTTTCCA GAACTTCAGA AATTGAAGAA ATTCAAAGAG CAATTACTGC AGAAAATGAT 
AGGATTTTTA ATCCATTGCC AAAGAAACTG GAAAATGAAA AAAAGGAACC AGTCATGGAA 
AGGCAAGATT CTTCTGTCAG AAGCTCTTTT TGTGGAATAT TCATGGATTT CCAAATGGCA 
AACCAAAGAC AAAGCAGCCG AAGTATGGCC AGTAAGCAGA AAAAACGGAG TTCAGAACTT 
CTTCCACTAA TTGACCTGGA TTTCTCAGTT AGTTTTTCAT TGCTGGATTT GCCCCCTGTC 
AATGAGTACG ACATGTATAT CAGGAATTTT GGTAAAATGG ACACCAAGCA GGCATATGTT 
CAGTGTAATG AGGACAATCT TGATAGAGAC ATTCAGACTG AGGAAGTTGA GACACTGGAG 
AAATGGACAC AGCATCCAGG AGAAAGTGCT CTTGTATCTG GAGGTCCCAT AAACAGCCAG 
GATACATCAG TGAATGGAGC TCTGACGCCT AAAATAGATT CACAAAGATT AGCAAATTTT 
CTCCGGTCTG CTTGCCAGGT GATTGCTGTT TTGCTAGAGG AAGATCAAGT TGCAACACAA 
CCCAGGAAAC TAAGATCTCG ACAAACCAGT CTGTCTATTA GTGATAGCTG TTTCCAGTTA 
AATACTAACC AGCCATTCCT CCATGGCCGA AAAATACCCT GCTTGTATGT CTCTCAAGTT 
CAGAGGCAGA CACTACTTTC TGTCCATGGA TTACCTGAAA AGGCAGGTGT TGGTTTGCTG 
AGCAGAAAGA GCCTTATATG TGTTTGGAAC ATCTGGCAGC CCTCCAGTCC TCAGAAAGTT 
TTAATATGTG ATTCAGAGGT GGTATGTTGC TGCCTTAGTC CCAGTAAAGC AACATTAGTT 
TTTGCTGGAA CAGTAGATGG TTCATTGTTG GTGTGGGATC TTCGAGAAGA CTCAAGAATG 
CACCCTTGTA TGATGATCAG TGAAACTGAG TGGACATTTA GAGTTCCCAC ATTTTCCACA 
GATGGCATTC TCAACTCAGT AAACCACACC TCTCCTATAC TGGCAGTGGA ACCTGTCTCA 
ACTTCTCTCA CCAGTGACCA CAGTTATGGG CTCTCAAGCC TCTCTTACCA GGAGGAAATG 
TCAAGCTCTC CATTTCAGAT AGCTTCAATG GATGAAAATG GAATCCTCAA CATGTGGGTA 
GTTGTTGAAT TGCGAAAAGT GGATCTAGCG GGTTCACAAA CTGACTTAGG TTTAGTTCCT 
GGAGGGAGAG TGAAGTTAGT ACATAGCTCT ACTATGGAAT TGAATAACAG CCTTTTCCCA 
AAGGATATTA GCCAGAGAAT GCCACAGACA CTGACTATTA AATTTCTGTC TTCTAATACC 
AATCACTTCA TTGTTGGAAC AAACATTGGT CTGGTAGGCC ATGGTACAAG ACATGATTTA 
AAAGTTGTTC CAAAGCTATT CAGACCCCAG GAGAGCAGAC TAAGATCAAT AAGCATCACT 
GCAATTGATT TCTTCCCTTT TGGAAAGCCA CTGTTTTTGG TTGGTTGTTC AGATGGAAGT 
ATTAGATTAC ATCAGATGAC ATCAGAGTAT CCCCTCATGC AGTGGAATGG GAGCACAAAG 
GGCCAGCCAA TTCTTGCCCT GCAGTGGGCT TTGACAAGAC CTGCTGTGTT CTTTGCCCTG 
GATGCATCAT CCAATATTTA CATTTGGGAT CTTCTGGAAA ATGATTTGTT GCCTGTGGCA 
AAGCAGACTA TCCCATCAGA GAAGGTTGTA ACTATGACTC TGCTGGGAGA GCCAGAAAAA 
GCAAATGGAT TGTTAGGCAT CGTGCTGGCC AAGGAATCTG GACAGATAGA CATTCAGTAT 
GTAAAGAAGA AGTGGGCATT ACCTCAGCCT GAGGAATCTG ACAAACTGTA TTCTATTTTA 
TTGCAGTCTT TTTAG

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

RefSeq	XP_015475508.1
CDS	50..3124
Translation	MEGDKKRTKEDTWKAEELRKHLKASLPEQNEDQKHREKKLQRERTVYDIDPNRRELRGREKSKERTRERERFKSSERNRDKRREREQEHQREDRGRHKDKVQESYLEERHGILKHKDRETDRERDKKHKTYEIKQTDPQNYLKSFEGRDTEHHRRREIRHRLEEEKARTEERERRHKAQKDNDLRKKIEKVLAYKVEEGERVHKLEKHQELDKERERKHREKKEHSVGTEKERLSKEKSHKHYGKGEEEKHKSKRSKEKSSHGDREGPAAEAKERVKSRENERKKHDLKNSEYKKEDKIQEEMRHQLTRTVKDKGKLIKKEEMDTRQEEMKDTHISNSDTGLEDFSPNYENDFEDYEDDFEDDEDKTGEVGDAEENLREVPFSRTSEIEEIQRAITAENDRIFNPLPKKLENEKKEPVMERQDSSVRSSFCGIFMDFQMANQRQSSRSMASKQKKRSSELLPLIDLDFSVSFSLLDLPPVNEYDMYIRNFGKMDTKQAYVQCNEDNLDRDIQTEEVETLEKWTQHPGESALVSGGPINSQDTSVNGALTPKIDSQRLANFLRSACQVIAVLLEEDQVATQPRKLRSRQTSLSISDSCFQLNTNQPFLHGRKIPCLYVSQVQRQTLLSVHGLPEKAGVGLLSRKSLICVWNIWQPSSPQKVLICDSEVVCCCLSPSKATLVFAGTVDGSLLVWDLREDSRMHPCMMISETEWTFRVPTFSTDGILNSVNHTSPILAVEPVSTSLTSDHSYGLSSLSYQEEMSSSPFQIASMDENGILNMWVVVELRKVDLAGSQTDLGLVPGGRVKLVHSSTMELNNSLFPKDISQRMPQTLTIKFLSSNTNHFIVGTNIGLVGHGTRHDLKVVPKLFRPQESRLRSISITAIDFFPFGKPLFLVGCSDGSIRLHQMTSEYPLMQWNGSTKGQPILALQWALTRPAVFFALDASSNIYIWDLLENDLLPVAKQTIPSEKVVTMTLLGEPEKANGLLGIVLAKESGQIDIQYVKKKWALPQPEESDKLYSILLQSF

Target ORF information:

RefSeq Version	XM_015620022.1
Organism	Parus major(Great Tit)
Definition	Parus major WD repeat domain 60 (WDR60), mRNA.

Target ORF information:

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

XM_015620022.1

ORF Insert Sequence:

ATGGAGGGGG ACAAGAAAAG AACCAAAGAA GATACTTGGA AAGCAGAAGA ACTTAGGAAA 
CATCTAAAGG CATCACTACC AGAACAAAAT GAAGACCAAA AACACAGAGA GAAGAAACTG 
CAGAGAGAGA GGACTGTTTA TGACATAGAC CCTAACAGAC GTGAACTCAG AGGCAGAGAG 
AAGAGCAAGG AAAGAACAAG AGAGAGAGAA AGATTTAAAT CCAGTGAAAG GAACAGGGAC 
AAACGGAGAG AAAGGGAACA GGAACACCAG AGAGAAGACC GAGGGAGACA CAAAGATAAG 
GTTCAAGAGT CATATTTGGA GGAGAGACAT GGTATACTGA AACATAAAGA CAGAGAGACT 
GATAGAGAAC GAGACAAAAA GCACAAGACA TATGAAATAA AGCAAACAGA TCCACAAAAT 
TACCTGAAAT CATTTGAAGG AAGAGATACA GAACATCACA GAAGAAGAGA AATCAGGCAT 
CGTTTGGAGG AGGAGAAAGC AAGAACTGAG GAGCGAGAAA GAAGACATAA AGCACAGAAG 
GATAATGATT TAAGAAAGAA AATTGAGAAA GTTTTAGCCT ACAAAGTTGA AGAAGGTGAA 
CGTGTACACA AGTTAGAGAA ACATCAAGAG CTGGATAAAG AGAGAGAAAG AAAACACAGA 
GAAAAAAAAG AACATTCTGT TGGGACAGAA AAAGAGAGGC TTTCTAAAGA GAAAAGTCAT 
AAACATTATG GAAAGGGAGA GGAAGAAAAG CATAAATCGA AGAGATCTAA AGAAAAGTCT 
TCCCATGGAG ACAGAGAGGG GCCAGCAGCA GAAGCTAAGG AGAGAGTAAA AAGTAGAGAA 
AATGAGAGAA AGAAACATGA TCTAAAGAAC AGTGAATACA AAAAGGAGGA CAAGATTCAA 
GAAGAAATGA GACATCAGCT TACAAGGACT GTAAAAGATA AAGGAAAACT CATCAAAAAA 
GAGGAGATGG ACACAAGACA AGAGGAAATG AAAGATACAC ACATCTCTAA TTCAGACACA 
GGACTTGAGG ATTTTTCACC AAATTATGAA AATGACTTTG AAGACTATGA AGATGATTTT 
GAAGATGATG AAGACAAAAC TGGTGAAGTA GGAGATGCAG AAGAAAACCT GAGAGAGGTT 
CCATTTTCCA GAACTTCAGA AATTGAAGAA ATTCAAAGAG CAATTACTGC AGAAAATGAT 
AGGATTTTTA ATCCATTGCC AAAGAAACTG GAAAATGAAA AAAAGGAACC AGTCATGGAA 
AGGCAAGATT CTTCTGTCAG AAGCTCTTTT TGTGGAATAT TCATGGATTT CCAAATGGCA 
AACCAAAGAC AAAGCAGCCG AAGTATGGCC AGTAAGCAGA AAAAACGGAG TTCAGAACTT 
CTTCCACTAA TTGACCTGGA TTTCTCAGTT AGTTTTTCAT TGCTGGATTT GCCCCCTGTC 
AATGAGTACG ACATGTATAT CAGGAATTTT GGTAAAATGG ACACCAAGCA GGCATATGTT 
CAGTGTAATG AGGACAATCT TGATAGAGAC ATTCAGACTG AGGAAGTTGA GACACTGGAG 
AAATGGACAC AGCATCCAGG AGAAAGTGCT CTTGTATCTG GAGGTCCCAT AAACAGCCAG 
GATACATCAG TGAATGGAGC TCTGACGCCT AAAATAGATT CACAAAGATT AGCAAATTTT 
CTCCGGTCTG CTTGCCAGGT GATTGCTGTT TTGCTAGAGG AAGATCAAGT TGCAACACAA 
CCCAGGAAAC TAAGATCTCG ACAAACCAGT CTGTCTATTA GTGATAGCTG TTTCCAGTTA 
AATACTAACC AGCCATTCCT CCATGGCCGA AAAATACCCT GCTTGTATGT CTCTCAAGTT 
CAGAGGCAGA CACTACTTTC TGTCCATGGA TTACCTGAAA AGGCAGGTGT TGGTTTGCTG 
AGCAGAAAGA GCCTTATATG TGTTTGGAAC ATCTGGCAGC CCTCCAGTCC TCAGAAAGTT 
TTAATATGTG ATTCAGAGGT GGTATGTTGC TGCCTTAGTC CCAGTAAAGC AACATTAGTT 
TTTGCTGGAA CAGTAGATGG TTCATTGTTG GTGTGGGATC TTCGAGAAGA CTCAAGAATG 
CACCCTTGTA TGATGATCAG TGAAACTGAG TGGACATTTA GAGTTCCCAC ATTTTCCACA 
GATGGCATTC TCAACTCAGT AAACCACACC TCTCCTATAC TGGCAGTGGA ACCTGTCTCA 
ACTTCTCTCA CCAGTGACCA CAGTTATGGG CTCTCAAGCC TCTCTTACCA GGAGGAAATG 
TCAAGCTCTC CATTTCAGAT AGCTTCAATG GATGAAAATG GAATCCTCAA CATGTGGGTA 
GTTGTTGAAT TGCGAAAAGT GGATCTAGCG GGTTCACAAA CTGACTTAGG TTTAGTTCCT 
GGAGGGAGAG TGAAGTTAGT ACATAGCTCT ACTATGGAAT TGAATAACAG CCTTTTCCCA 
AAGGATATTA GCCAGAGAAT GCCACAGACA CTGACTATTA AATTTCTGTC TTCTAATACC 
AATCACTTCA TTGTTGGAAC AAACATTGGT CTGGTAGGCC ATGGTACAAG ACATGATTTA 
AAAGTTGTTC CAAAGCTATT CAGACCCCAG GAGAGCAGAC TAAGATCAAT AAGCATCACT 
GCAATTGATT TCTTCCCTTT TGGAAAGCCA CTGTTTTTGG TTGGTTGTTC AGATGGAAGT 
ATTAGATTAC ATCAGATGAC ATCAGAGTAT CCCCTCATGC AGTGGAATGG GAGCACAAAG 
GGCCAGCCAA TTCTTGCCCT GCAGTGGGCT TTGACAAGAC CTGCTGTGTT CTTTGCCCTG 
GATGCATCAT CCAATATTTA CATTTGGGAT CTTCTGGAAA ATGATTTGTT GCCTGTGGCA 
AAGCAGACTA TCCCATCAGA GAAGGTTGTA ACTATGACTC TGCTGGGAGA GCCAGAAAAA 
GCAAATGGAT TGTTAGGCAT CGTGCTGGCC AAGGAATCTG GACAGATAGA CATTCAGTAT 
GTAAAGAAGA AGTGGGCATT ACCTCAGCCT GAGGAATCTG ACAAACTGTA TTCTATTTTA 
TTGCAGTCTT TTTAG