WDR60 cDNA ORF clone, Falco peregrinus(peregrine falcon)

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR60
Entrez Gene ID	101918452
Full Name	WD repeat domain 60
Gene Type	protein-coding
Organism	Falco peregrinus(peregrine falcon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013296410.1	XP_013151864.1	WD repeat-containing protein 60
XM_027781743.1	XP_027637544.1	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
OFa46860	XM_013296410.1 Latest version!	Falco peregrinus WD repeat domain 60 (WDR60), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OFa63154	XM_027781743.1 Latest version!	Falco peregrinus WD repeat domain 60 (WDR60), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00

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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_013296410.1 ) cDNA ORF clone, Falco peregrinus(peregrine falcon) -> XP_013151864.1 Falco peregrinus WD repeat domain 60 (WDR60), mRNA.

Price & Availability↑

CloneID	OFa46860
Clone ID Related Accession (Same CDS sequence)	XM_013296410.1
Accession Version	XM_013296410.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3210bp) 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	2015-08-02
Organism	Falco peregrinus(peregrine falcon)
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 (NW_004930004.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Falco peregrinus Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGGGTTCTG GGAGTGGTTC TGCAGAAAAA GGATCTAGGG GTCCTGGTGG ACAGAAACAT 
CAGTGTGCTC TTCAGGTGGT TATGGCTAAC CACATACCGC TTACATGTAT CATGAAGACC 
GTAGCTGCAG GCAGAAGAAC CAAAGAAGAT ACTTGGAAGT CAGAAGAACT TAGGAAACAT 
CTTAGGGCAT CACAACCAGA TAGTCAAAAT GAAGACCAAA AACACAGAGA AAAGAAACTA 
CAGAAAGAGA ACTCTATTCA TGGCACAGAC ACTCATAAAC ACGAGCACAA AGACAGAGGG 
AAGAGCAAGG AAAGAAAGAG AGAGAGAGAT GTATTTAAAT CTGGTGAAAG AGACAGGGAC 
AAAATGAGAG AGAGACAAAG GGGGAAAGAG CACCAGAGAG GAGGAGACCA AGAGGGGTAC 
AAAGATAAGC TTCAAGAGTC AAGTTTGGAG AAGGAAAGAT ACAGCATATC AAAAGACAAA 
GACAGGGAAA GGGATAGAGA ACGAGACAAA AAGCATAAAA GACATGAGAT AAAGCAACTA 
GATACACAAA ATAATCTAAA ATCATTTGAA GGAAGAGGTA AAGAACATCA CAGAAGAAGA 
GAAAGCAGGC ATCATTTGGA GGAAGAGAAA ACAAGAAGTG AAGATCAAGA AAGAAGACAT 
ACAGAAAAGA AGGATAATGA TACCAAAAAG AGCATTGACA AAATTTTAGC CTACAAAGCT 
GAAGAAGCTG AACGTGTACA CAAGTTACAG AAAGATCGAG AGTTGGATAA AGAGGGAGAA 
AGAAGACACG GAGAAAAAAA AGAACATTCT GTTAGACCAG GAAAAGAGAG GCTTTCAAAA 
GACAGAAGTC ATAAACGTTA CAAAAAGGAA GAGGAAGAAA AACTAATAAC AAAGAGATCT 
AAAGAGCGAT CTTCCCTTGG AGACAGAGAA GGGCAACCAG CAGAAGCTAA TGAAAGAGTA 
AAAAGTAGAG AAAATGAAAG AAAGAAGCGT GATCTAATGA ACAGTGAATA CAAAAAAGAG 
GAGGGGATTC AAGAAGTAGT GAGCCATCAG CATGTAAGGA CTGCAAAAGA TAAAGGAAAA 
CTCATTGAAA AAGAGGAAAG GGACACAAAA CAAGAGGAAA TGAAAGATAC ACACATCTAT 
AATTCAGACA TGGGATTTGA TAACTTTTCA GCAAATTACG AAGATGATTT TGAAGATTAT 
GAAGATGATT TTGATGATGA TGAAGACAAA AGTAGTGAAG AAAGAGATGC AAAAGAAGAC 
CCAGGAGAGA TTCCATTTTC CAGAACATCA GAAATTGAAG AAATTCAAAG AGCAATTAGT 
GCAGAAAATG ATAGAATTTG TACTTTACTG CCAAAGAAAA TTGAAACTGA ACAAAAGGAA 
CTGATCATGG AAAAGCAATA CCCTTCTGTC AGAAACTCTT TTTGTGGAAT ATTCATGGAT 
TTTCAAATGG CAAACCAACG ACAAACTAGC CGAAGTATGG CTAGTAAGCA GAAAAAACGG 
AGTTCAGAAC TTCTCCGACT AATTGATCTG GACTTCTCAG TTAGTTTTTC TTTATTGGAC 
TTGCCTCCTG TAAATGAGTA CGACATGTAT ATCAGGAATT TTGGCAAAAT GAACACTAAG 
CAGGCATATG TTCAGTGTAA CGAGGACAAT CTTGAGAGAG ACGTTCAGAC TGAGGAAGTT 
GAGACACTGG AGAAATGGAC ACAACATCCA GGAGAAAGTG CCCTTGTATC TGGAGGTCCC 
ATAAACAGCC ATGATATGTC AGTGAATGGA GCTGTAACAC CTAAAGTTGA TTCACAAAGA 
TTAGCAAATT TCCTCCGGTC TGCTTGCCAG GTGATTGCTG TTTTGCTAGA GGAAGATCAA 
GTCGCAACAC AACCTGGGTG GAAACTAAGA TCTCGACAAA CCAGTCTGTC TATTAGTGAT 
AGCTGTTTCC AGTTAAATAC TAACCAACCA TTCCTCCATG ACCGAAAAAT ATCCTGCCTA 
TATGTCTCTC AAGTTCAGAG GCAGATACTA CTTTCTGCTC ATGGATTACC TGAAAAGGCA 
GGTGTTGGTT TACTGAACAG AAAGAGCCTC ATATGTGTTT GGAACATCTG GCAGCCCTCC 
AGTCCGCAGA AAGTTTTAAT ATGTGACTCA GAGGTGTTAT GTTGCTGCTT TAGTCCCAAT 
AAAACAACAT TAGTTTTTGC TGGAACAATA GATGGTTCAT TGTTGGTGTG GGATCTTCGA 
GAAGACTCAA GAATGCACCC TTATATGATG ATCGGTGAAA CTGACTGGAC ATTAAGAGTT 
CCAACATTTT CCACTGATGG CATTCTAAAC TCAGTCAACC ATACCTCTCC TATACTAGCA 
GTGGAACCCG TCTCAACCTC TCTCTACACT GATCAGAATT ATGGGTTCTC AAGCCTCCCT 
TATCAGGAGG ACATGTCAAG CCCTCCATTC CACATAGCTT CAATGGATGA AAATGGAATC 
CTCAATATGT GGGTAGTTGT TGAATTACAA AAAGTGGATT TAGCTGGTTC ACAAACTGAT 
TTAGGTTTAA TACCTGGAGG GAAAGTGAAG TTAGTACATA GCTCCACTAT GGAATTGAAT 
AACAGCCTTT TCCCAAAGGA TGTGCGCCAG AGAATACCCC AGACACTGAC TATTAAATAT 
CTGTCTTCTA ATCCTAATCA TTTCATTGTT GGAACAAACA TTGGGCTGGT AGGTCATGGT 
ACAAGACATG ATTTAAAAGT TTTTCCAAAG TTATTCAGAC CCCGGGAGAG TGGACTGAGA 
GCTATAAGCA TTAATGCAAT TGATTTCTTC CCTTTCGGAA AGCAGCTATT TTTGGTTGGC 
TGTTCAGATG GAAGCATTAG GTTACACCAA ATGACATCAG AGTATCCCCT CATGCAGTGG 
AATGACAGCA CAAACGGCCG GCCAGTTATT GCTCTGCAGT GGGCTTTAAC AAGACCCGCT 
GTGTTTTTTG TCCTGGATGC ATCATCTAAT ATTTACATTT GGGATCTTCT GGAAAGTGAT 
TTGTTGCCTG TTGCAAAGCA GACTATTCCA ACAGAGAATG TTGTAACTAT GGCTCTTCTG 
GGAGAACCAG AAAAAACAAA TGGATTGTTG GGCATTGCAC TGGCTAAAGA ATCTGGACAG 
ATAGACATTC AGTTTGTAAA GAAGAAGTGG GCATTACCTC AGCCTCAGGA ATCTGAAAAA 
CTACATTTGA TTTTATCGCA GTCTTTTTAG

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

RefSeq	XP_013151864.1
CDS	1..3210
Translation	MGSGSGSAEKGSRGPGGQKHQCALQVVMANHIPLTCIMKTVAAGRRTKEDTWKSEELRKHLRASQPDSQNEDQKHREKKLQKENSIHGTDTHKHEHKDRGKSKERKRERDVFKSGERDRDKMRERQRGKEHQRGGDQEGYKDKLQESSLEKERYSISKDKDRERDRERDKKHKRHEIKQLDTQNNLKSFEGRGKEHHRRRESRHHLEEEKTRSEDQERRHTEKKDNDTKKSIDKILAYKAEEAERVHKLQKDRELDKEGERRHGEKKEHSVRPGKERLSKDRSHKRYKKEEEEKLITKRSKERSSLGDREGQPAEANERVKSRENERKKRDLMNSEYKKEEGIQEVVSHQHVRTAKDKGKLIEKEERDTKQEEMKDTHIYNSDMGFDNFSANYEDDFEDYEDDFDDDEDKSSEERDAKEDPGEIPFSRTSEIEEIQRAISAENDRICTLLPKKIETEQKELIMEKQYPSVRNSFCGIFMDFQMANQRQTSRSMASKQKKRSSELLRLIDLDFSVSFSLLDLPPVNEYDMYIRNFGKMNTKQAYVQCNEDNLERDVQTEEVETLEKWTQHPGESALVSGGPINSHDMSVNGAVTPKVDSQRLANFLRSACQVIAVLLEEDQVATQPGWKLRSRQTSLSISDSCFQLNTNQPFLHDRKISCLYVSQVQRQILLSAHGLPEKAGVGLLNRKSLICVWNIWQPSSPQKVLICDSEVLCCCFSPNKTTLVFAGTIDGSLLVWDLREDSRMHPYMMIGETDWTLRVPTFSTDGILNSVNHTSPILAVEPVSTSLYTDQNYGFSSLPYQEDMSSPPFHIASMDENGILNMWVVVELQKVDLAGSQTDLGLIPGGKVKLVHSSTMELNNSLFPKDVRQRIPQTLTIKYLSSNPNHFIVGTNIGLVGHGTRHDLKVFPKLFRPRESGLRAISINAIDFFPFGKQLFLVGCSDGSIRLHQMTSEYPLMQWNDSTNGRPVIALQWALTRPAVFFVLDASSNIYIWDLLESDLLPVAKQTIPTENVVTMALLGEPEKTNGLLGIALAKESGQIDIQFVKKKWALPQPQESEKLHLILSQSF

Target ORF information:

RefSeq Version	XM_013296410.1
Organism	Falco peregrinus(peregrine falcon)
Definition	Falco peregrinus 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_013296410.1

ORF Insert Sequence:

ATGGGTTCTG GGAGTGGTTC TGCAGAAAAA GGATCTAGGG GTCCTGGTGG ACAGAAACAT 
CAGTGTGCTC TTCAGGTGGT TATGGCTAAC CACATACCGC TTACATGTAT CATGAAGACC 
GTAGCTGCAG GCAGAAGAAC CAAAGAAGAT ACTTGGAAGT CAGAAGAACT TAGGAAACAT 
CTTAGGGCAT CACAACCAGA TAGTCAAAAT GAAGACCAAA AACACAGAGA AAAGAAACTA 
CAGAAAGAGA ACTCTATTCA TGGCACAGAC ACTCATAAAC ACGAGCACAA AGACAGAGGG 
AAGAGCAAGG AAAGAAAGAG AGAGAGAGAT GTATTTAAAT CTGGTGAAAG AGACAGGGAC 
AAAATGAGAG AGAGACAAAG GGGGAAAGAG CACCAGAGAG GAGGAGACCA AGAGGGGTAC 
AAAGATAAGC TTCAAGAGTC AAGTTTGGAG AAGGAAAGAT ACAGCATATC AAAAGACAAA 
GACAGGGAAA GGGATAGAGA ACGAGACAAA AAGCATAAAA GACATGAGAT AAAGCAACTA 
GATACACAAA ATAATCTAAA ATCATTTGAA GGAAGAGGTA AAGAACATCA CAGAAGAAGA 
GAAAGCAGGC ATCATTTGGA GGAAGAGAAA ACAAGAAGTG AAGATCAAGA AAGAAGACAT 
ACAGAAAAGA AGGATAATGA TACCAAAAAG AGCATTGACA AAATTTTAGC CTACAAAGCT 
GAAGAAGCTG AACGTGTACA CAAGTTACAG AAAGATCGAG AGTTGGATAA AGAGGGAGAA 
AGAAGACACG GAGAAAAAAA AGAACATTCT GTTAGACCAG GAAAAGAGAG GCTTTCAAAA 
GACAGAAGTC ATAAACGTTA CAAAAAGGAA GAGGAAGAAA AACTAATAAC AAAGAGATCT 
AAAGAGCGAT CTTCCCTTGG AGACAGAGAA GGGCAACCAG CAGAAGCTAA TGAAAGAGTA 
AAAAGTAGAG AAAATGAAAG AAAGAAGCGT GATCTAATGA ACAGTGAATA CAAAAAAGAG 
GAGGGGATTC AAGAAGTAGT GAGCCATCAG CATGTAAGGA CTGCAAAAGA TAAAGGAAAA 
CTCATTGAAA AAGAGGAAAG GGACACAAAA CAAGAGGAAA TGAAAGATAC ACACATCTAT 
AATTCAGACA TGGGATTTGA TAACTTTTCA GCAAATTACG AAGATGATTT TGAAGATTAT 
GAAGATGATT TTGATGATGA TGAAGACAAA AGTAGTGAAG AAAGAGATGC AAAAGAAGAC 
CCAGGAGAGA TTCCATTTTC CAGAACATCA GAAATTGAAG AAATTCAAAG AGCAATTAGT 
GCAGAAAATG ATAGAATTTG TACTTTACTG CCAAAGAAAA TTGAAACTGA ACAAAAGGAA 
CTGATCATGG AAAAGCAATA CCCTTCTGTC AGAAACTCTT TTTGTGGAAT ATTCATGGAT 
TTTCAAATGG CAAACCAACG ACAAACTAGC CGAAGTATGG CTAGTAAGCA GAAAAAACGG 
AGTTCAGAAC TTCTCCGACT AATTGATCTG GACTTCTCAG TTAGTTTTTC TTTATTGGAC 
TTGCCTCCTG TAAATGAGTA CGACATGTAT ATCAGGAATT TTGGCAAAAT GAACACTAAG 
CAGGCATATG TTCAGTGTAA CGAGGACAAT CTTGAGAGAG ACGTTCAGAC TGAGGAAGTT 
GAGACACTGG AGAAATGGAC ACAACATCCA GGAGAAAGTG CCCTTGTATC TGGAGGTCCC 
ATAAACAGCC ATGATATGTC AGTGAATGGA GCTGTAACAC CTAAAGTTGA TTCACAAAGA 
TTAGCAAATT TCCTCCGGTC TGCTTGCCAG GTGATTGCTG TTTTGCTAGA GGAAGATCAA 
GTCGCAACAC AACCTGGGTG GAAACTAAGA TCTCGACAAA CCAGTCTGTC TATTAGTGAT 
AGCTGTTTCC AGTTAAATAC TAACCAACCA TTCCTCCATG ACCGAAAAAT ATCCTGCCTA 
TATGTCTCTC AAGTTCAGAG GCAGATACTA CTTTCTGCTC ATGGATTACC TGAAAAGGCA 
GGTGTTGGTT TACTGAACAG AAAGAGCCTC ATATGTGTTT GGAACATCTG GCAGCCCTCC 
AGTCCGCAGA AAGTTTTAAT ATGTGACTCA GAGGTGTTAT GTTGCTGCTT TAGTCCCAAT 
AAAACAACAT TAGTTTTTGC TGGAACAATA GATGGTTCAT TGTTGGTGTG GGATCTTCGA 
GAAGACTCAA GAATGCACCC TTATATGATG ATCGGTGAAA CTGACTGGAC ATTAAGAGTT 
CCAACATTTT CCACTGATGG CATTCTAAAC TCAGTCAACC ATACCTCTCC TATACTAGCA 
GTGGAACCCG TCTCAACCTC TCTCTACACT GATCAGAATT ATGGGTTCTC AAGCCTCCCT 
TATCAGGAGG ACATGTCAAG CCCTCCATTC CACATAGCTT CAATGGATGA AAATGGAATC 
CTCAATATGT GGGTAGTTGT TGAATTACAA AAAGTGGATT TAGCTGGTTC ACAAACTGAT 
TTAGGTTTAA TACCTGGAGG GAAAGTGAAG TTAGTACATA GCTCCACTAT GGAATTGAAT 
AACAGCCTTT TCCCAAAGGA TGTGCGCCAG AGAATACCCC AGACACTGAC TATTAAATAT 
CTGTCTTCTA ATCCTAATCA TTTCATTGTT GGAACAAACA TTGGGCTGGT AGGTCATGGT 
ACAAGACATG ATTTAAAAGT TTTTCCAAAG TTATTCAGAC CCCGGGAGAG TGGACTGAGA 
GCTATAAGCA TTAATGCAAT TGATTTCTTC CCTTTCGGAA AGCAGCTATT TTTGGTTGGC 
TGTTCAGATG GAAGCATTAG GTTACACCAA ATGACATCAG AGTATCCCCT CATGCAGTGG 
AATGACAGCA CAAACGGCCG GCCAGTTATT GCTCTGCAGT GGGCTTTAAC AAGACCCGCT 
GTGTTTTTTG TCCTGGATGC ATCATCTAAT ATTTACATTT GGGATCTTCT GGAAAGTGAT 
TTGTTGCCTG TTGCAAAGCA GACTATTCCA ACAGAGAATG TTGTAACTAT GGCTCTTCTG 
GGAGAACCAG AAAAAACAAA TGGATTGTTG GGCATTGCAC TGGCTAAAGA ATCTGGACAG 
ATAGACATTC AGTTTGTAAA GAAGAAGTGG GCATTACCTC AGCCTCAGGA ATCTGAAAAA 
CTACATTTGA TTTTATCGCA GTCTTTTTAG

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

WDR60 ( XM_027781743.1 ) cDNA ORF clone, Falco peregrinus(peregrine falcon) -> XP_027637544.1 Falco peregrinus WD repeat domain 60 (WDR60), mRNA.

Price & Availability↑

CloneID	OFa63154
Clone ID Related Accession (Same CDS sequence)	XM_027781743.1
Accession Version	XM_027781743.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3108bp) 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	2019-01-22
Organism	Falco peregrinus(peregrine falcon)
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 (NW_004930004.1) 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 Name :: Falco peregrinus Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGTTTA CCAGTCCACT ACAATCTTCT AGAAGAACCA AAGAAGATAC TTGGAAGTCA 
GAAGAACTTA GGAAACATCT TAGGGCATCA CAACCAGATA GTCAAAATGA AGACCAAAAA 
CACAGAGAAA AGAAACTACA GAAAGAGAAC TCTATTCATG GCACAGACAC TCATAAACAC 
GAGCACAAAG ACAGAGGGAA GAGCAAGGAA AGAAAGAGAG AGAGAGATGT ATTTAAATCT 
GGTGAAAGAG ACAGGGACAA AATGAGAGAG AGACAAAGGG GGAAAGAGCA CCAGAGAGGA 
GGAGACCAAG AGGGGTACAA AGATAAGCTT CAAGAGTCAA GTTTGGAGAA GGAAAGATAC 
AGCATATCAA AAGACAAAGA CAGGGAAAGG GATAGAGAAC GAGACAAAAA GCATAAAAGA 
CATGAGATAA AGCAACTAGA TACACAAAAT AATCTAAAAT CATTTGAAGG AAGAGGTAAA 
GAACATCACA GAAGAAGAGA AAGCAGGCAT CATTTGGAGG AAGAGAAAAC AAGAAGTGAA 
GATCAAGAAA GAAGACATAC AGAAAAGAAG GATAATGATA CCAAAAAGAG CATTGACAAA 
ATTTTAGCCT ACAAAGCTGA AGAAGCTGAA CGTGTACACA AGTTACAGAA AGATCGAGAG 
TTGGATAAAG AGGGAGAAAG AAGACACGGA GAAAAAAAAG AACATTCTGT TAGACCAGGA 
AAAGAGAGGC TTTCAAAAGA CAGAAGTCAT AAACGTTACA AAAAGGAAGA GGAAGAAAAA 
CTAATAACAA AGAGATCTAA AGAGCGATCT TCCCTTGGAG ACAGAGAAGG GCAACCAGCA 
GAAGCTAATG AAAGAGTAAA AAGTAGAGAA AATGAAAGAA AGAAGCGTGA TCTAATGAAC 
AGTGAATACA AAAAAGAGGA GGGGATTCAA GAAGTAGTGA GCCATCAGCA TGTAAGGACT 
GCAAAAGATA AAGGAAAACT CATTGAAAAA GAGGAAAGGG ACACAAAACA AGAGGAAATG 
AAAGATACAC ACATCTATAA TTCAGACATG GGATTTGATA ACTTTTCAGC AAATTACGAA 
GATGATTTTG AAGATTATGA AGATGATTTT GATGATGATG AAGACAAAAG TAGTGAAGAA 
AGAGATGCAA AAGAAGACCC AGGAGAGATT CCATTTTCCA GAACATCAGA AATTGAAGAA 
ATTCAAAGAG CAATTAGTGC AGAAAATGAT AGAATTTGTA CTTTACTGCC AAAGAAAATT 
GAAACTGAAC AAAAGGAACT GATCATGGAA AAGCAATACC CTTCTGTCAG AAACTCTTTT 
TGTGGAATAT TCATGGATTT TCAAATGGCA AACCAACGAC AAACTAGCCG AAGTATGGCT 
AGTAAGCAGA AAAAACGGAG TTCAGAACTT CTCCGACTAA TTGATCTGGA CTTCTCAGTT 
AGTTTTTCTT TATTGGACTT GCCTCCTGTA AATGAGTACG ACATGTATAT CAGGAATTTT 
GGCAAAATGA ACACTAAGCA GGCATATGTT CAGTGTAACG AGGACAATCT TGAGAGAGAC 
GTTCAGACTG AGGAAGTTGA GACACTGGAG AAATGGACAC AACATCCAGG AGAAAGTGCC 
CTTGTATCTG GAGGTCCCAT AAACAGCCAT GATATGTCAG TGAATGGAGC TGTAACACCT 
AAAGTTGATT CACAAAGATT AGCAAATTTC CTCCGGTCTG CTTGCCAGGT GATTGCTGTT 
TTGCTAGAGG AAGATCAAGT CGCAACACAA CCTGGGTGGA AACTAAGATC TCGACAAACC 
AGTCTGTCTA TTAGTGATAG CTGTTTCCAG TTAAATACTA ACCAACCATT CCTCCATGAC 
CGAAAAATAT CCTGCCTATA TGTCTCTCAA GTTCAGAGGC AGATACTACT TTCTGCTCAT 
GGATTACCTG AAAAGGCAGG TGTTGGTTTA CTGAACAGAA AGAGCCTCAT ATGTGTTTGG 
AACATCTGGC AGCCCTCCAG TCCGCAGAAA GTTTTAATAT GTGACTCAGA GGTGTTATGT 
TGCTGCTTTA GTCCCAATAA AACAACATTA GTTTTTGCTG GAACAATAGA TGGTTCATTG 
TTGGTGTGGG ATCTTCGAGA AGACTCAAGA ATGCACCCTT ATATGATGAT CGGTGAAACT 
GACTGGACAT TAAGAGTTCC AACATTTTCC ACTGATGGCA TTCTAAACTC AGTCAACCAT 
ACCTCTCCTA TACTAGCAGT GGAACCCGTC TCAACCTCTC TCTACACTGA TCAGAATTAT 
GGGTTCTCAA GCCTCCCTTA TCAGGAGGAC ATGTCAAGCC CTCCATTCCA CATAGCTTCA 
ATGGATGAAA ATGGAATCCT CAATATGTGG GTAGTTGTTG AATTACAAAA AGTGGATTTA 
GCTGGTTCAC AAACTGATTT AGGTTTAATA CCTGGAGGGA AAGTGAAGTT AGTACATAGC 
TCCACTATGG AATTGAATAA CAGCCTTTTC CCAAAGGATG TGCGCCAGAG AATACCCCAG 
ACACTGACTA TTAAATATCT GTCTTCTAAT CCTAATCATT TCATTGTTGG AACAAACATT 
GGGCTGGTAG GTCATGGTAC AAGACATGAT TTAAAAGTTT TTCCAAAGTT ATTCAGACCC 
CGGGAGAGTG GACTGAGAGC TATAAGCATT AATGCAATTG ATTTCTTCCC TTTCGGAAAG 
CAGCTATTTT TGGTTGGCTG TTCAGATGGA AGCATTAGGT TACACCAAAT GACATCAGAG 
TATCCCCTCA TGCAGTGGAA TGACAGCACA AACGGCCGGC CAGTTATTGC TCTGCAGTGG 
GCTTTAACAA GACCCGCTGT GTTTTTTGTC CTGGATGCAT CATCTAATAT TTACATTTGG 
GATCTTCTGG AAAGTGATTT GTTGCCTGTT GCAAAGCAGA CTATTCCAAC AGAGAATGTT 
GTAACTATGG CTCTTCTGGG AGAACCAGAA AAAACAAATG GATTGTTGGG CATTGCACTG 
GCTAAAGAAT CTGGACAGAT AGACATTCAG TTTGTAAAGA AGAAGTGGGC ATTACCTCAG 
CCTCAGGAAT CTGAAAAACT ACATTTGATT TTATCGCAGT CTTTTTAG

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

RefSeq	XP_027637544.1
CDS	327..3434
Translation	MKFTSPLQSSRRTKEDTWKSEELRKHLRASQPDSQNEDQKHREKKLQKENSIHGTDTHKHEHKDRGKSKERKRERDVFKSGERDRDKMRERQRGKEHQRGGDQEGYKDKLQESSLEKERYSISKDKDRERDRERDKKHKRHEIKQLDTQNNLKSFEGRGKEHHRRRESRHHLEEEKTRSEDQERRHTEKKDNDTKKSIDKILAYKAEEAERVHKLQKDRELDKEGERRHGEKKEHSVRPGKERLSKDRSHKRYKKEEEEKLITKRSKERSSLGDREGQPAEANERVKSRENERKKRDLMNSEYKKEEGIQEVVSHQHVRTAKDKGKLIEKEERDTKQEEMKDTHIYNSDMGFDNFSANYEDDFEDYEDDFDDDEDKSSEERDAKEDPGEIPFSRTSEIEEIQRAISAENDRICTLLPKKIETEQKELIMEKQYPSVRNSFCGIFMDFQMANQRQTSRSMASKQKKRSSELLRLIDLDFSVSFSLLDLPPVNEYDMYIRNFGKMNTKQAYVQCNEDNLERDVQTEEVETLEKWTQHPGESALVSGGPINSHDMSVNGAVTPKVDSQRLANFLRSACQVIAVLLEEDQVATQPGWKLRSRQTSLSISDSCFQLNTNQPFLHDRKISCLYVSQVQRQILLSAHGLPEKAGVGLLNRKSLICVWNIWQPSSPQKVLICDSEVLCCCFSPNKTTLVFAGTIDGSLLVWDLREDSRMHPYMMIGETDWTLRVPTFSTDGILNSVNHTSPILAVEPVSTSLYTDQNYGFSSLPYQEDMSSPPFHIASMDENGILNMWVVVELQKVDLAGSQTDLGLIPGGKVKLVHSSTMELNNSLFPKDVRQRIPQTLTIKYLSSNPNHFIVGTNIGLVGHGTRHDLKVFPKLFRPRESGLRAISINAIDFFPFGKQLFLVGCSDGSIRLHQMTSEYPLMQWNDSTNGRPVIALQWALTRPAVFFVLDASSNIYIWDLLESDLLPVAKQTIPTENVVTMALLGEPEKTNGLLGIALAKESGQIDIQFVKKKWALPQPQESEKLHLILSQSF

Target ORF information:

RefSeq Version	XM_027781743.1
Organism	Falco peregrinus(peregrine falcon)
Definition	Falco peregrinus 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_027781743.1

ORF Insert Sequence:

ATGAAGTTTA CCAGTCCACT ACAATCTTCT AGAAGAACCA AAGAAGATAC TTGGAAGTCA 
GAAGAACTTA GGAAACATCT TAGGGCATCA CAACCAGATA GTCAAAATGA AGACCAAAAA 
CACAGAGAAA AGAAACTACA GAAAGAGAAC TCTATTCATG GCACAGACAC TCATAAACAC 
GAGCACAAAG ACAGAGGGAA GAGCAAGGAA AGAAAGAGAG AGAGAGATGT ATTTAAATCT 
GGTGAAAGAG ACAGGGACAA AATGAGAGAG AGACAAAGGG GGAAAGAGCA CCAGAGAGGA 
GGAGACCAAG AGGGGTACAA AGATAAGCTT CAAGAGTCAA GTTTGGAGAA GGAAAGATAC 
AGCATATCAA AAGACAAAGA CAGGGAAAGG GATAGAGAAC GAGACAAAAA GCATAAAAGA 
CATGAGATAA AGCAACTAGA TACACAAAAT AATCTAAAAT CATTTGAAGG AAGAGGTAAA 
GAACATCACA GAAGAAGAGA AAGCAGGCAT CATTTGGAGG AAGAGAAAAC AAGAAGTGAA 
GATCAAGAAA GAAGACATAC AGAAAAGAAG GATAATGATA CCAAAAAGAG CATTGACAAA 
ATTTTAGCCT ACAAAGCTGA AGAAGCTGAA CGTGTACACA AGTTACAGAA AGATCGAGAG 
TTGGATAAAG AGGGAGAAAG AAGACACGGA GAAAAAAAAG AACATTCTGT TAGACCAGGA 
AAAGAGAGGC TTTCAAAAGA CAGAAGTCAT AAACGTTACA AAAAGGAAGA GGAAGAAAAA 
CTAATAACAA AGAGATCTAA AGAGCGATCT TCCCTTGGAG ACAGAGAAGG GCAACCAGCA 
GAAGCTAATG AAAGAGTAAA AAGTAGAGAA AATGAAAGAA AGAAGCGTGA TCTAATGAAC 
AGTGAATACA AAAAAGAGGA GGGGATTCAA GAAGTAGTGA GCCATCAGCA TGTAAGGACT 
GCAAAAGATA AAGGAAAACT CATTGAAAAA GAGGAAAGGG ACACAAAACA AGAGGAAATG 
AAAGATACAC ACATCTATAA TTCAGACATG GGATTTGATA ACTTTTCAGC AAATTACGAA 
GATGATTTTG AAGATTATGA AGATGATTTT GATGATGATG AAGACAAAAG TAGTGAAGAA 
AGAGATGCAA AAGAAGACCC AGGAGAGATT CCATTTTCCA GAACATCAGA AATTGAAGAA 
ATTCAAAGAG CAATTAGTGC AGAAAATGAT AGAATTTGTA CTTTACTGCC AAAGAAAATT 
GAAACTGAAC AAAAGGAACT GATCATGGAA AAGCAATACC CTTCTGTCAG AAACTCTTTT 
TGTGGAATAT TCATGGATTT TCAAATGGCA AACCAACGAC AAACTAGCCG AAGTATGGCT 
AGTAAGCAGA AAAAACGGAG TTCAGAACTT CTCCGACTAA TTGATCTGGA CTTCTCAGTT 
AGTTTTTCTT TATTGGACTT GCCTCCTGTA AATGAGTACG ACATGTATAT CAGGAATTTT 
GGCAAAATGA ACACTAAGCA GGCATATGTT CAGTGTAACG AGGACAATCT TGAGAGAGAC 
GTTCAGACTG AGGAAGTTGA GACACTGGAG AAATGGACAC AACATCCAGG AGAAAGTGCC 
CTTGTATCTG GAGGTCCCAT AAACAGCCAT GATATGTCAG TGAATGGAGC TGTAACACCT 
AAAGTTGATT CACAAAGATT AGCAAATTTC CTCCGGTCTG CTTGCCAGGT GATTGCTGTT 
TTGCTAGAGG AAGATCAAGT CGCAACACAA CCTGGGTGGA AACTAAGATC TCGACAAACC 
AGTCTGTCTA TTAGTGATAG CTGTTTCCAG TTAAATACTA ACCAACCATT CCTCCATGAC 
CGAAAAATAT CCTGCCTATA TGTCTCTCAA GTTCAGAGGC AGATACTACT TTCTGCTCAT 
GGATTACCTG AAAAGGCAGG TGTTGGTTTA CTGAACAGAA AGAGCCTCAT ATGTGTTTGG 
AACATCTGGC AGCCCTCCAG TCCGCAGAAA GTTTTAATAT GTGACTCAGA GGTGTTATGT 
TGCTGCTTTA GTCCCAATAA AACAACATTA GTTTTTGCTG GAACAATAGA TGGTTCATTG 
TTGGTGTGGG ATCTTCGAGA AGACTCAAGA ATGCACCCTT ATATGATGAT CGGTGAAACT 
GACTGGACAT TAAGAGTTCC AACATTTTCC ACTGATGGCA TTCTAAACTC AGTCAACCAT 
ACCTCTCCTA TACTAGCAGT GGAACCCGTC TCAACCTCTC TCTACACTGA TCAGAATTAT 
GGGTTCTCAA GCCTCCCTTA TCAGGAGGAC ATGTCAAGCC CTCCATTCCA CATAGCTTCA 
ATGGATGAAA ATGGAATCCT CAATATGTGG GTAGTTGTTG AATTACAAAA AGTGGATTTA 
GCTGGTTCAC AAACTGATTT AGGTTTAATA CCTGGAGGGA AAGTGAAGTT AGTACATAGC 
TCCACTATGG AATTGAATAA CAGCCTTTTC CCAAAGGATG TGCGCCAGAG AATACCCCAG 
ACACTGACTA TTAAATATCT GTCTTCTAAT CCTAATCATT TCATTGTTGG AACAAACATT 
GGGCTGGTAG GTCATGGTAC AAGACATGAT TTAAAAGTTT TTCCAAAGTT ATTCAGACCC 
CGGGAGAGTG GACTGAGAGC TATAAGCATT AATGCAATTG ATTTCTTCCC TTTCGGAAAG 
CAGCTATTTT TGGTTGGCTG TTCAGATGGA AGCATTAGGT TACACCAAAT GACATCAGAG 
TATCCCCTCA TGCAGTGGAA TGACAGCACA AACGGCCGGC CAGTTATTGC TCTGCAGTGG 
GCTTTAACAA GACCCGCTGT GTTTTTTGTC CTGGATGCAT CATCTAATAT TTACATTTGG 
GATCTTCTGG AAAGTGATTT GTTGCCTGTT GCAAAGCAGA CTATTCCAAC AGAGAATGTT 
GTAACTATGG CTCTTCTGGG AGAACCAGAA AAAACAAATG GATTGTTGGG CATTGCACTG 
GCTAAAGAAT CTGGACAGAT AGACATTCAG TTTGTAAAGA AGAAGTGGGC ATTACCTCAG 
CCTCAGGAAT CTGAAAAACT ACATTTGATT TTATCGCAGT CTTTTTAG