WDR19 cDNA ORF clone, Anas platyrhynchos(Mallard)

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR19
Entrez Gene ID	101794969
Full Name	WD repeat domain 19
Gene Type	protein-coding
Organism	Anas platyrhynchos(Mallard)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013109610.1	XP_012965064.1	WD repeat-containing protein 19 isoform X2
XM_013109609.2	XP_012965063.1	WD repeat-containing protein 19
XM_005030845.2	XP_005030902.1	WD repeat-containing protein 19 isoform X1
XM_027457235.1	XP_027313036.1	WD repeat-containing protein 19
XM_013109608.2	XP_012965062.1	WD repeat-containing protein 19
XM_013109608.1	XP_012965062.1	WD repeat-containing protein 19 isoform X1
XM_027457234.1	XP_027313035.1	WD repeat-containing protein 19
XM_013109609.1	XP_012965063.1	WD repeat-containing protein 19 isoform X1

Pathways from BioSystems
Gene Ontology

The following WDR19 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the WDR19 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)
OAn121745	XM_005030845.2 Latest version!	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAn121745	XM_013109609.2 Latest version!	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAn121745	XM_013109608.2 Latest version!	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAn121746	XM_013109610.1 Latest version!	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OAn178278	XM_027457234.1 Latest version!	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAn178278	XM_027457235.1 Latest version!	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
View Old Accession Versions >>
OAn121745	XM_013109608.1	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAn121745	XM_013109609.1	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
Hide Old Accession Versions >>

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

WDR19 ( XM_013109609.2 ) cDNA ORF clone, Anas platyrhynchos(Mallard) -> XP_012965063.1 Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAn121745
Clone ID Related Accession (Same CDS sequence)	XM_013109609.2 , XM_005030845.2 , XM_013109608.2 , XM_013109608.1 , XM_013109609.1
Accession Version	XM_013109609.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4059bp) 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	2017-05-23
Organism	Anas platyrhynchos(mallard)
Product	WD repeat-containing protein 19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004680547.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On May 24, 2017 this sequence version replaced XM_013109609.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Anas platyrhynchos Annotation Release 102 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##

ATGTGCAATT TCCCTCTCTT TGTTCCCCAG CAAGTCTTCA GTCTAATAGA AAAATCATGG 
TCTGGTTCCT CTGTGCAGTT TGCTTGGCAG AAAACTTTGG GAAATTTCCT TGCTGTAACA 
GGAGGTGATC GCACGGTGAG CATTTTTGAT CGTCACGGTC AGAAGATAAA TGAAATTACC 
TTACCAGGTA ACTGTGTTAC CCTGGACTGG GATAAAGATG GAGATACTTT AGCAATAATT 
ACAGACAAAT CTAGTGCCAT TTATCTCTGG GATGCCAACA CAAACAAAAC AAGCCAATTA 
GACAGTGGCA TGAGGGATGC AATGTCTTTC TTATTATGGT CTCGAGTTGG AAGTTTACTT 
GCCATTGGAA CCACAAAGGG AAACTTGCTT ATATATAACC GCCAGACTTC TCGCAAGATT 
CCTGTTCTTG GTAAGCACAC TAAGCGGATT ACTTGCGGTT GTTGGAGCAC TGAAAACCTT 
CTGGCTCTAG GCGGTGAAGA TAAAATGATT ACTATAAGCA ATCAGGAAGG GGATACTATC 
AGACAGACCT CAGTGAACTC AGAACCCAGT GATATGCAGT TCTCAGTTAT GAAGACTGAT 
GAAAGAGTAT CAACCAGGGA AAGCACAGTA AGTGTAGTGG TCGGCAAGAA GACTCTCTTT 
CTTTTTAATT TGAATGATCC TGATAACCCG ATTGATCTGA AATTTCAGCA GTCTTATGGC 
AGTATTGTAA CCTACAGATG GTATGGTGAT GGCTACATTA TGATTGGTTT CTCACGAGGA 
TGTTTTGTAG TCATTTCTAC ACACATTCGT GAAATAGGTC AAGAAATCTT TCAAGCTCAT 
AATCATAAGG ATAATCTAAC CAGCATTGCT ATATCACAGT CATTGAACAA AGCTGCATCA 
TGTGGAGACA ATTGCATTAA AATCCATGAT CTGTCAGACC TGAGAGAGAT GTATGCTATA 
ATAAACCTGG ATGATGAAAA CAAAGGTGTA GAACAGCTGG CTTGGACAGA TGATGGACAG 
CTGTTGGCAG TATCTACACG AAGAGCATCC CTTCATGTTT TCTTGACAAA GCTTCCAATC 
CTGGGAGATG CTTGCAGTAC GCGGATCGCA TACCTCACAT CTCTTCTTGA AGTTACTATA 
GCCAACCACG TGGAGGGAGA GCTACCAGTC ACTGTCTCTG TTGAAGTAGA GCCCAGTTTT 
GTTGCAATTG GTGTCTATCA TTTGGCTGTA GGAATGAACA ATCGGGCTTG GTTTTATGCA 
CTTGGAGAGA ACAATGTGAA AAAGCTTAAA GATGTGGAGT ACCTGGGTAC AGTTGCAAAC 
ATGCATCTTA ATTCTGATTA TGCTGCTGCT CTCTTTGAGG GTAAAGTCCA ATTGCATATG 
ATAGAAAGTG AAGGCTTGGA TGCTCAGGAA GAACGGGAAA CTCGTCTCTT CCCAGCAGAT 
GATGATAAAT GCCGAATTTT ATGCCATGCT TTAACTGGTG ACTTCCTTAT ATATGGCACA 
GATACTGGAG TAATTCATTA TTTCTACATT GAAGACTGGC AATATGTGAA TGAATATCGT 
CATCCTGTCG GTGTGAGAAA AATTTTTCCT GATCCCAATG GAACCAGACT GGCTTTCATA 
GATGAAAAAA GTGATGGCTT TGTCTACTGC CCAGTAAGTG ATAGATTATA TGAGATTCCA 
AATTTCTCAC CAACTATTAA AGGAATCCTG TGGGAAAACT GGCCAATGGA TAAAGGTGTT 
TTTGTTGCTT ATGATGATGA TAAAGCGTAT ACTTATGTCT TTCATAAAGA TGCCATTCAA 
GGATCCAAGG TTATATTGGC AGGTGGCACC GATGTCCCCT TTTCCCATAA ACCTTTGCTG 
CTGTATAATG GAGAACTAAC TTGTCAGACT CAGAGTGGGA AAACAAACAA TATCTATCTC 
AGTACTCACA GTTTCCTTGG AAATTTGAAA GACTTTGGAC CTAATGAGCT GGCAGAAATG 
CTTACTCAAA CGTTAATGTT GAAAAGGTTT TCTGAAGCTT GGGAGATATG CAGGCTTCTG 
AATGACCCAT CTGGTTGGAA TGAACTGGCC AAAGCCTGCT TATATCATAT GGAGGTGGAT 
TTTGCAATAC GTGTTTATCG GACGTTTGGT AATGCTGGGA TGGTGATGTC ACTAGAACAG 
ATAAAGGGAA TAGAAGACCA CAACCTTTTA GCAGGACACC TTGCCATGTT TACTGGTGAT 
TTTAATCTGG CTCAGGATTT ATATCTGGCA TCCTCCCGTC CTACTGCTGC ACTTGAGATG 
CGAAAAGACT TGCAACACTG GGACAGCGCG CTTCAGCTGG CTAAGCGGTT GGCCCCAGAC 
CAAATCCCAT TCATATCAAA GGAGTATGCA ATGCAGCTTG AATTCACGGG TGATTATATT 
AACGCTCTGG TGCATTATGA GAAGGGAATT ACTAAAGACA ATAAGTACCA GGAACATGAT 
GAAGCTTGCC TCGCTGGGAT AGCTCAGATG TCCATTCGAA CGGGAGATAT CCGTCGAGGG 
GTAAACCAGG CCATCAAGCA TCCCAGTAGG TTACTAAAAA GAGACTGTGG AACTATCCTG 
GAGAGTATGA AGCAATTTTC AGAAGCTGCT CAGCTGTATG AAAAGGGACA ATATTATGAC 
AAGGCAGCAT CAGTATACAT CCGGTGTAAA AACTGGGCAA AGGTTGGTGA GCTTCTTTCT 
TATGTTTCGT CTCCAAAGAT TCATCTACAA TATGCAAAGG CCAAAGAAGC TGATGGCAGT 
TACAAGGAAG CTGTGATGGC TTATGAAAAT GCAAAACAGT GGGACAGCGT AATCCGACTG 
TATTTGGATC ACCTTAATAA TCCTGAAAAG GCTGTTAATG TTGTGAGAGA AACACAGTCT 
CTTGATGGAG CAAAGATGGT GGCCAGATTC TTCCTGAAGC TCGGTGACTA TGGCTCTGCC 
ATCCAGTTCC TGGTCATGTC CAAGTGCAAT AATGAGGCTT TCACATTAGC TCAACAACAC 
AACAAGATGG AGATTTATGC TGATATCATC AGTTCTGAGA ATACTAGCAA TGAAGATTAT 
CAGAGCATTG CACTGTATTT TGAAGGAGAA AAGAAACATT TTCAAGCAGG AAAATTTTTC 
TTGCTTTGTG GCCAGTATGC ACGGGCATTA AAGCACTTTA TAAAAAGTCC AAATACAGAA 
GATAACTTGT CTATAGAAAT GGCAATTGAA ACAGTGGGAC AGGCAAAAGA TGAAGCCCTA 
ACAAATCAGC TGATAGATTA TCTTATGGGA GAGAGTGATG GCATGCCTAA GGATGCCAAG 
TACCTATTCC GCCTGTACAT GGCACTGAAG CAATACCGAG AAGCTGCCAG GACTGCTATC 
ATAATTGCCA GGGAGGAGCA GTGCTCAGGA AACTACCGAA ATGCACATGA TGTTCTTTTC 
AGTATGTATT CAGAATTAAA GACCCAGAAG ATTAAAATTC CTTCTGAGAT GGCTACAAAC 
CTTATGATTC TACACAGCTA TATTTTAGTA AAGGCTCATG TGAAACGTGG AGATCACATG 
AAGGGAGCGC GCATGCTCAT ACGTGTAGCC AACAACATCA GCAAGTTCCC ATCACACATC 
GTACCGATTT TGACTTCAAC AGTAATTGAG TGTCACAGAG CAGGACTGAA GAACTCAGCC 
TTCAATTTTG CCGCCATGTT GATGAGACCT GAGTATCGAA ATAAAATAGA TCCAAAATAC 
AAAAAGAAAA TTGAAGCAAT GGTCAGGCGT CCTGACACAA CCGAGGCAGA AGAGCCAACG 
ACAGCCTGTC CGCACTGCGC CTTCCAGCTC CCCGAGTGCG AACTCCTGTG TCCCGGGTGC 
AAGAACAGCC TGCCTTACTG CATTGCCACC GGCCGGCACA TGGTACAAGA TGACTGGACA 
GTCTGCCCCC ACTGTGACTT CCCTGCCCTC TATTCAGAAT TCAAGAACAT GTTACAGAGT 
GAAAATATAT GTCCAATGTG TTCTGAAAGA ATTAACATTG TTCATCTTAA GAAAATCAGT 
GACTGCACAC AGTACCTCAA ACAAGACACG GACCAGTAA

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

RefSeq	XP_012965063.1
CDS	3..4061
Translation	MCNFPLFVPQQVFSLIEKSWSGSSVQFAWQKTLGNFLAVTGGDRTVSIFDRHGQKINEITLPGNCVTLDWDKDGDTLAIITDKSSAIYLWDANTNKTSQLDSGMRDAMSFLLWSRVGSLLAIGTTKGNLLIYNRQTSRKIPVLGKHTKRITCGCWSTENLLALGGEDKMITISNQEGDTIRQTSVNSEPSDMQFSVMKTDERVSTRESTVSVVVGKKTLFLFNLNDPDNPIDLKFQQSYGSIVTYRWYGDGYIMIGFSRGCFVVISTHIREIGQEIFQAHNHKDNLTSIAISQSLNKAASCGDNCIKIHDLSDLREMYAIINLDDENKGVEQLAWTDDGQLLAVSTRRASLHVFLTKLPILGDACSTRIAYLTSLLEVTIANHVEGELPVTVSVEVEPSFVAIGVYHLAVGMNNRAWFYALGENNVKKLKDVEYLGTVANMHLNSDYAAALFEGKVQLHMIESEGLDAQEERETRLFPADDDKCRILCHALTGDFLIYGTDTGVIHYFYIEDWQYVNEYRHPVGVRKIFPDPNGTRLAFIDEKSDGFVYCPVSDRLYEIPNFSPTIKGILWENWPMDKGVFVAYDDDKAYTYVFHKDAIQGSKVILAGGTDVPFSHKPLLLYNGELTCQTQSGKTNNIYLSTHSFLGNLKDFGPNELAEMLTQTLMLKRFSEAWEICRLLNDPSGWNELAKACLYHMEVDFAIRVYRTFGNAGMVMSLEQIKGIEDHNLLAGHLAMFTGDFNLAQDLYLASSRPTAALEMRKDLQHWDSALQLAKRLAPDQIPFISKEYAMQLEFTGDYINALVHYEKGITKDNKYQEHDEACLAGIAQMSIRTGDIRRGVNQAIKHPSRLLKRDCGTILESMKQFSEAAQLYEKGQYYDKAASVYIRCKNWAKVGELLSYVSSPKIHLQYAKAKEADGSYKEAVMAYENAKQWDSVIRLYLDHLNNPEKAVNVVRETQSLDGAKMVARFFLKLGDYGSAIQFLVMSKCNNEAFTLAQQHNKMEIYADIISSENTSNEDYQSIALYFEGEKKHFQAGKFFLLCGQYARALKHFIKSPNTEDNLSIEMAIETVGQAKDEALTNQLIDYLMGESDGMPKDAKYLFRLYMALKQYREAARTAIIIAREEQCSGNYRNAHDVLFSMYSELKTQKIKIPSEMATNLMILHSYILVKAHVKRGDHMKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFNFAAMLMRPEYRNKIDPKYKKKIEAMVRRPDTTEAEEPTTACPHCAFQLPECELLCPGCKNSLPYCIATGRHMVQDDWTVCPHCDFPALYSEFKNMLQSENICPMCSERINIVHLKKISDCTQYLKQDTDQ

Target ORF information:

RefSeq Version	XM_013109609.2
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X2, mRNA.

Target ORF information:

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

XM_013109609.2

ORF Insert Sequence:

ATGTGCAATT TCCCTCTCTT TGTTCCCCAG CAAGTCTTCA GTCTAATAGA AAAATCATGG 
TCTGGTTCCT CTGTGCAGTT TGCTTGGCAG AAAACTTTGG GAAATTTCCT TGCTGTAACA 
GGAGGTGATC GCACGGTGAG CATTTTTGAT CGTCACGGTC AGAAGATAAA TGAAATTACC 
TTACCAGGTA ACTGTGTTAC CCTGGACTGG GATAAAGATG GAGATACTTT AGCAATAATT 
ACAGACAAAT CTAGTGCCAT TTATCTCTGG GATGCCAACA CAAACAAAAC AAGCCAATTA 
GACAGTGGCA TGAGGGATGC AATGTCTTTC TTATTATGGT CTCGAGTTGG AAGTTTACTT 
GCCATTGGAA CCACAAAGGG AAACTTGCTT ATATATAACC GCCAGACTTC TCGCAAGATT 
CCTGTTCTTG GTAAGCACAC TAAGCGGATT ACTTGCGGTT GTTGGAGCAC TGAAAACCTT 
CTGGCTCTAG GCGGTGAAGA TAAAATGATT ACTATAAGCA ATCAGGAAGG GGATACTATC 
AGACAGACCT CAGTGAACTC AGAACCCAGT GATATGCAGT TCTCAGTTAT GAAGACTGAT 
GAAAGAGTAT CAACCAGGGA AAGCACAGTA AGTGTAGTGG TCGGCAAGAA GACTCTCTTT 
CTTTTTAATT TGAATGATCC TGATAACCCG ATTGATCTGA AATTTCAGCA GTCTTATGGC 
AGTATTGTAA CCTACAGATG GTATGGTGAT GGCTACATTA TGATTGGTTT CTCACGAGGA 
TGTTTTGTAG TCATTTCTAC ACACATTCGT GAAATAGGTC AAGAAATCTT TCAAGCTCAT 
AATCATAAGG ATAATCTAAC CAGCATTGCT ATATCACAGT CATTGAACAA AGCTGCATCA 
TGTGGAGACA ATTGCATTAA AATCCATGAT CTGTCAGACC TGAGAGAGAT GTATGCTATA 
ATAAACCTGG ATGATGAAAA CAAAGGTGTA GAACAGCTGG CTTGGACAGA TGATGGACAG 
CTGTTGGCAG TATCTACACG AAGAGCATCC CTTCATGTTT TCTTGACAAA GCTTCCAATC 
CTGGGAGATG CTTGCAGTAC GCGGATCGCA TACCTCACAT CTCTTCTTGA AGTTACTATA 
GCCAACCACG TGGAGGGAGA GCTACCAGTC ACTGTCTCTG TTGAAGTAGA GCCCAGTTTT 
GTTGCAATTG GTGTCTATCA TTTGGCTGTA GGAATGAACA ATCGGGCTTG GTTTTATGCA 
CTTGGAGAGA ACAATGTGAA AAAGCTTAAA GATGTGGAGT ACCTGGGTAC AGTTGCAAAC 
ATGCATCTTA ATTCTGATTA TGCTGCTGCT CTCTTTGAGG GTAAAGTCCA ATTGCATATG 
ATAGAAAGTG AAGGCTTGGA TGCTCAGGAA GAACGGGAAA CTCGTCTCTT CCCAGCAGAT 
GATGATAAAT GCCGAATTTT ATGCCATGCT TTAACTGGTG ACTTCCTTAT ATATGGCACA 
GATACTGGAG TAATTCATTA TTTCTACATT GAAGACTGGC AATATGTGAA TGAATATCGT 
CATCCTGTCG GTGTGAGAAA AATTTTTCCT GATCCCAATG GAACCAGACT GGCTTTCATA 
GATGAAAAAA GTGATGGCTT TGTCTACTGC CCAGTAAGTG ATAGATTATA TGAGATTCCA 
AATTTCTCAC CAACTATTAA AGGAATCCTG TGGGAAAACT GGCCAATGGA TAAAGGTGTT 
TTTGTTGCTT ATGATGATGA TAAAGCGTAT ACTTATGTCT TTCATAAAGA TGCCATTCAA 
GGATCCAAGG TTATATTGGC AGGTGGCACC GATGTCCCCT TTTCCCATAA ACCTTTGCTG 
CTGTATAATG GAGAACTAAC TTGTCAGACT CAGAGTGGGA AAACAAACAA TATCTATCTC 
AGTACTCACA GTTTCCTTGG AAATTTGAAA GACTTTGGAC CTAATGAGCT GGCAGAAATG 
CTTACTCAAA CGTTAATGTT GAAAAGGTTT TCTGAAGCTT GGGAGATATG CAGGCTTCTG 
AATGACCCAT CTGGTTGGAA TGAACTGGCC AAAGCCTGCT TATATCATAT GGAGGTGGAT 
TTTGCAATAC GTGTTTATCG GACGTTTGGT AATGCTGGGA TGGTGATGTC ACTAGAACAG 
ATAAAGGGAA TAGAAGACCA CAACCTTTTA GCAGGACACC TTGCCATGTT TACTGGTGAT 
TTTAATCTGG CTCAGGATTT ATATCTGGCA TCCTCCCGTC CTACTGCTGC ACTTGAGATG 
CGAAAAGACT TGCAACACTG GGACAGCGCG CTTCAGCTGG CTAAGCGGTT GGCCCCAGAC 
CAAATCCCAT TCATATCAAA GGAGTATGCA ATGCAGCTTG AATTCACGGG TGATTATATT 
AACGCTCTGG TGCATTATGA GAAGGGAATT ACTAAAGACA ATAAGTACCA GGAACATGAT 
GAAGCTTGCC TCGCTGGGAT AGCTCAGATG TCCATTCGAA CGGGAGATAT CCGTCGAGGG 
GTAAACCAGG CCATCAAGCA TCCCAGTAGG TTACTAAAAA GAGACTGTGG AACTATCCTG 
GAGAGTATGA AGCAATTTTC AGAAGCTGCT CAGCTGTATG AAAAGGGACA ATATTATGAC 
AAGGCAGCAT CAGTATACAT CCGGTGTAAA AACTGGGCAA AGGTTGGTGA GCTTCTTTCT 
TATGTTTCGT CTCCAAAGAT TCATCTACAA TATGCAAAGG CCAAAGAAGC TGATGGCAGT 
TACAAGGAAG CTGTGATGGC TTATGAAAAT GCAAAACAGT GGGACAGCGT AATCCGACTG 
TATTTGGATC ACCTTAATAA TCCTGAAAAG GCTGTTAATG TTGTGAGAGA AACACAGTCT 
CTTGATGGAG CAAAGATGGT GGCCAGATTC TTCCTGAAGC TCGGTGACTA TGGCTCTGCC 
ATCCAGTTCC TGGTCATGTC CAAGTGCAAT AATGAGGCTT TCACATTAGC TCAACAACAC 
AACAAGATGG AGATTTATGC TGATATCATC AGTTCTGAGA ATACTAGCAA TGAAGATTAT 
CAGAGCATTG CACTGTATTT TGAAGGAGAA AAGAAACATT TTCAAGCAGG AAAATTTTTC 
TTGCTTTGTG GCCAGTATGC ACGGGCATTA AAGCACTTTA TAAAAAGTCC AAATACAGAA 
GATAACTTGT CTATAGAAAT GGCAATTGAA ACAGTGGGAC AGGCAAAAGA TGAAGCCCTA 
ACAAATCAGC TGATAGATTA TCTTATGGGA GAGAGTGATG GCATGCCTAA GGATGCCAAG 
TACCTATTCC GCCTGTACAT GGCACTGAAG CAATACCGAG AAGCTGCCAG GACTGCTATC 
ATAATTGCCA GGGAGGAGCA GTGCTCAGGA AACTACCGAA ATGCACATGA TGTTCTTTTC 
AGTATGTATT CAGAATTAAA GACCCAGAAG ATTAAAATTC CTTCTGAGAT GGCTACAAAC 
CTTATGATTC TACACAGCTA TATTTTAGTA AAGGCTCATG TGAAACGTGG AGATCACATG 
AAGGGAGCGC GCATGCTCAT ACGTGTAGCC AACAACATCA GCAAGTTCCC ATCACACATC 
GTACCGATTT TGACTTCAAC AGTAATTGAG TGTCACAGAG CAGGACTGAA GAACTCAGCC 
TTCAATTTTG CCGCCATGTT GATGAGACCT GAGTATCGAA ATAAAATAGA TCCAAAATAC 
AAAAAGAAAA TTGAAGCAAT GGTCAGGCGT CCTGACACAA CCGAGGCAGA AGAGCCAACG 
ACAGCCTGTC CGCACTGCGC CTTCCAGCTC CCCGAGTGCG AACTCCTGTG TCCCGGGTGC 
AAGAACAGCC TGCCTTACTG CATTGCCACC GGCCGGCACA TGGTACAAGA TGACTGGACA 
GTCTGCCCCC ACTGTGACTT CCCTGCCCTC TATTCAGAAT TCAAGAACAT GTTACAGAGT 
GAAAATATAT GTCCAATGTG TTCTGAAAGA ATTAACATTG TTCATCTTAA GAAAATCAGT 
GACTGCACAC AGTACCTCAA ACAAGACACG GACCAGTAA

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

WDR19 ( XM_005030845.2 ) cDNA ORF clone, Anas platyrhynchos(Mallard) -> XP_005030902.1 Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAn121745
Clone ID Related Accession (Same CDS sequence)	XM_013109609.2 , XM_005030845.2 , XM_013109608.2 , XM_013109608.1 , XM_013109609.1
Accession Version	XM_005030845.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4059bp) 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	2015-07-08
Organism	Anas platyrhynchos(Mallard)
Product	WD repeat-containing protein 19 isoform X1
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004680547.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jul 9, 2015 this sequence version replaced XM_005030845.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Anas platyrhynchos Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGCAATT TCCCTCTCTT TGTTCCCCAG CAAGTCTTCA GTCTAATAGA AAAATCATGG 
TCTGGTTCCT CTGTGCAGTT TGCTTGGCAG AAAACTTTGG GAAATTTCCT TGCTGTAACA 
GGAGGTGATC GCACGGTGAG CATTTTTGAT CGTCACGGTC AGAAGATAAA TGAAATTACC 
TTACCAGGTA ACTGTGTTAC CCTGGACTGG GATAAAGATG GAGATACTTT AGCAATAATT 
ACAGACAAAT CTAGTGCCAT TTATCTCTGG GATGCCAACA CAAACAAAAC AAGCCAATTA 
GACAGTGGCA TGAGGGATGC AATGTCTTTC TTATTATGGT CTCGAGTTGG AAGTTTACTT 
GCCATTGGAA CCACAAAGGG AAACTTGCTT ATATATAACC GCCAGACTTC TCGCAAGATT 
CCTGTTCTTG GTAAGCACAC TAAGCGGATT ACTTGCGGTT GTTGGAGCAC TGAAAACCTT 
CTGGCTCTAG GCGGTGAAGA TAAAATGATT ACTATAAGCA ATCAGGAAGG GGATACTATC 
AGACAGACCT CAGTGAACTC AGAACCCAGT GATATGCAGT TCTCAGTTAT GAAGACTGAT 
GAAAGAGTAT CAACCAGGGA AAGCACAGTA AGTGTAGTGG TCGGCAAGAA GACTCTCTTT 
CTTTTTAATT TGAATGATCC TGATAACCCG ATTGATCTGA AATTTCAGCA GTCTTATGGC 
AGTATTGTAA CCTACAGATG GTATGGTGAT GGCTACATTA TGATTGGTTT CTCACGAGGA 
TGTTTTGTAG TCATTTCTAC ACACATTCGT GAAATAGGTC AAGAAATCTT TCAAGCTCAT 
AATCATAAGG ATAATCTAAC CAGCATTGCT ATATCACAGT CATTGAACAA AGCTGCATCA 
TGTGGAGACA ATTGCATTAA AATCCATGAT CTGTCAGACC TGAGAGAGAT GTATGCTATA 
ATAAACCTGG ATGATGAAAA CAAAGGTGTA GAACAGCTGG CTTGGACAGA TGATGGACAG 
CTGTTGGCAG TATCTACACG AAGAGCATCC CTTCATGTTT TCTTGACAAA GCTTCCAATC 
CTGGGAGATG CTTGCAGTAC GCGGATCGCA TACCTCACAT CTCTTCTTGA AGTTACTATA 
GCCAACCACG TGGAGGGAGA GCTACCAGTC ACTGTCTCTG TTGAAGTAGA GCCCAGTTTT 
GTTGCAATTG GTGTCTATCA TTTGGCTGTA GGAATGAACA ATCGGGCTTG GTTTTATGCA 
CTTGGAGAGA ACAATGTGAA AAAGCTTAAA GATGTGGAGT ACCTGGGTAC AGTTGCAAAC 
ATGCATCTTA ATTCTGATTA TGCTGCTGCT CTCTTTGAGG GTAAAGTCCA ATTGCATATG 
ATAGAAAGTG AAGGCTTGGA TGCTCAGGAA GAACGGGAAA CTCGTCTCTT CCCAGCAGAT 
GATGATAAAT GCCGAATTTT ATGCCATGCT TTAACTGGTG ACTTCCTTAT ATATGGCACA 
GATACTGGAG TAATTCATTA TTTCTACATT GAAGACTGGC AATATGTGAA TGAATATCGT 
CATCCTGTCG GTGTGAGAAA AATTTTTCCT GATCCCAATG GAACCAGACT GGCTTTCATA 
GATGAAAAAA GTGATGGCTT TGTCTACTGC CCAGTAAGTG ATAGATTATA TGAGATTCCA 
AATTTCTCAC CAACTATTAA AGGAATCCTG TGGGAAAACT GGCCAATGGA TAAAGGTGTT 
TTTGTTGCTT ATGATGATGA TAAAGCGTAT ACTTATGTCT TTCATAAAGA TGCCATTCAA 
GGATCCAAGG TTATATTGGC AGGTGGCACC GATGTCCCCT TTTCCCATAA ACCTTTGCTG 
CTGTATAATG GAGAACTAAC TTGTCAGACT CAGAGTGGGA AAACAAACAA TATCTATCTC 
AGTACTCACA GTTTCCTTGG AAATTTGAAA GACTTTGGAC CTAATGAGCT GGCAGAAATG 
CTTACTCAAA CGTTAATGTT GAAAAGGTTT TCTGAAGCTT GGGAGATATG CAGGCTTCTG 
AATGACCCAT CTGGTTGGAA TGAACTGGCC AAAGCCTGCT TATATCATAT GGAGGTGGAT 
TTTGCAATAC GTGTTTATCG GACGTTTGGT AATGCTGGGA TGGTGATGTC ACTAGAACAG 
ATAAAGGGAA TAGAAGACCA CAACCTTTTA GCAGGACACC TTGCCATGTT TACTGGTGAT 
TTTAATCTGG CTCAGGATTT ATATCTGGCA TCCTCCCGTC CTACTGCTGC ACTTGAGATG 
CGAAAAGACT TGCAACACTG GGACAGCGCG CTTCAGCTGG CTAAGCGGTT GGCCCCAGAC 
CAAATCCCAT TCATATCAAA GGAGTATGCA ATGCAGCTTG AATTCACGGG TGATTATATT 
AACGCTCTGG TGCATTATGA GAAGGGAATT ACTAAAGACA ATAAGTACCA GGAACATGAT 
GAAGCTTGCC TCGCTGGGAT AGCTCAGATG TCCATTCGAA CGGGAGATAT CCGTCGAGGG 
GTAAACCAGG CCATCAAGCA TCCCAGTAGG TTACTAAAAA GAGACTGTGG AACTATCCTG 
GAGAGTATGA AGCAATTTTC AGAAGCTGCT CAGCTGTATG AAAAGGGACA ATATTATGAC 
AAGGCAGCAT CAGTATACAT CCGGTGTAAA AACTGGGCAA AGGTTGGTGA GCTTCTTTCT 
TATGTTTCGT CTCCAAAGAT TCATCTACAA TATGCAAAGG CCAAAGAAGC TGATGGCAGT 
TACAAGGAAG CTGTGATGGC TTATGAAAAT GCAAAACAGT GGGACAGCGT AATCCGACTG 
TATTTGGATC ACCTTAATAA TCCTGAAAAG GCTGTTAATG TTGTGAGAGA AACACAGTCT 
CTTGATGGAG CAAAGATGGT GGCCAGATTC TTCCTGAAGC TCGGTGACTA TGGCTCTGCC 
ATCCAGTTCC TGGTCATGTC CAAGTGCAAT AATGAGGCTT TCACATTAGC TCAACAACAC 
AACAAGATGG AGATTTATGC TGATATCATC AGTTCTGAGA ATACTAGCAA TGAAGATTAT 
CAGAGCATTG CACTGTATTT TGAAGGAGAA AAGAAACATT TTCAAGCAGG AAAATTTTTC 
TTGCTTTGTG GCCAGTATGC ACGGGCATTA AAGCACTTTA TAAAAAGTCC AAATACAGAA 
GATAACTTGT CTATAGAAAT GGCAATTGAA ACAGTGGGAC AGGCAAAAGA TGAAGCCCTA 
ACAAATCAGC TGATAGATTA TCTTATGGGA GAGAGTGATG GCATGCCTAA GGATGCCAAG 
TACCTATTCC GCCTGTACAT GGCACTGAAG CAATACCGAG AAGCTGCCAG GACTGCTATC 
ATAATTGCCA GGGAGGAGCA GTGCTCAGGA AACTACCGAA ATGCACATGA TGTTCTTTTC 
AGTATGTATT CAGAATTAAA GACCCAGAAG ATTAAAATTC CTTCTGAGAT GGCTACAAAC 
CTTATGATTC TACACAGCTA TATTTTAGTA AAGGCTCATG TGAAACGTGG AGATCACATG 
AAGGGAGCGC GCATGCTCAT ACGTGTAGCC AACAACATCA GCAAGTTCCC ATCACACATC 
GTACCGATTT TGACTTCAAC AGTAATTGAG TGTCACAGAG CAGGACTGAA GAACTCAGCC 
TTCAATTTTG CCGCCATGTT GATGAGACCT GAGTATCGAA ATAAAATAGA TCCAAAATAC 
AAAAAGAAAA TTGAAGCAAT GGTCAGGCGT CCTGACACAA CCGAGGCAGA AGAGCCAACG 
ACAGCCTGTC CGCACTGCGC CTTCCAGCTC CCCGAGTGCG AACTCCTGTG TCCCGGGTGC 
AAGAACAGCC TGCCTTACTG CATTGCCACC GGCCGGCACA TGGTACAAGA TGACTGGACA 
GTCTGCCCCC ACTGTGACTT CCCTGCCCTC TATTCAGAAT TCAAGAACAT GTTACAGAGT 
GAAAATATAT GTCCAATGTG TTCTGAAAGA ATTAACATTG TTCATCTTAA GAAAATCAGT 
GACTGCACAC AGTACCTCAA ACAAGACACG GACCAGTAA

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

RefSeq	XP_005030902.1
CDS	16..4074
Translation	MCNFPLFVPQQVFSLIEKSWSGSSVQFAWQKTLGNFLAVTGGDRTVSIFDRHGQKINEITLPGNCVTLDWDKDGDTLAIITDKSSAIYLWDANTNKTSQLDSGMRDAMSFLLWSRVGSLLAIGTTKGNLLIYNRQTSRKIPVLGKHTKRITCGCWSTENLLALGGEDKMITISNQEGDTIRQTSVNSEPSDMQFSVMKTDERVSTRESTVSVVVGKKTLFLFNLNDPDNPIDLKFQQSYGSIVTYRWYGDGYIMIGFSRGCFVVISTHIREIGQEIFQAHNHKDNLTSIAISQSLNKAASCGDNCIKIHDLSDLREMYAIINLDDENKGVEQLAWTDDGQLLAVSTRRASLHVFLTKLPILGDACSTRIAYLTSLLEVTIANHVEGELPVTVSVEVEPSFVAIGVYHLAVGMNNRAWFYALGENNVKKLKDVEYLGTVANMHLNSDYAAALFEGKVQLHMIESEGLDAQEERETRLFPADDDKCRILCHALTGDFLIYGTDTGVIHYFYIEDWQYVNEYRHPVGVRKIFPDPNGTRLAFIDEKSDGFVYCPVSDRLYEIPNFSPTIKGILWENWPMDKGVFVAYDDDKAYTYVFHKDAIQGSKVILAGGTDVPFSHKPLLLYNGELTCQTQSGKTNNIYLSTHSFLGNLKDFGPNELAEMLTQTLMLKRFSEAWEICRLLNDPSGWNELAKACLYHMEVDFAIRVYRTFGNAGMVMSLEQIKGIEDHNLLAGHLAMFTGDFNLAQDLYLASSRPTAALEMRKDLQHWDSALQLAKRLAPDQIPFISKEYAMQLEFTGDYINALVHYEKGITKDNKYQEHDEACLAGIAQMSIRTGDIRRGVNQAIKHPSRLLKRDCGTILESMKQFSEAAQLYEKGQYYDKAASVYIRCKNWAKVGELLSYVSSPKIHLQYAKAKEADGSYKEAVMAYENAKQWDSVIRLYLDHLNNPEKAVNVVRETQSLDGAKMVARFFLKLGDYGSAIQFLVMSKCNNEAFTLAQQHNKMEIYADIISSENTSNEDYQSIALYFEGEKKHFQAGKFFLLCGQYARALKHFIKSPNTEDNLSIEMAIETVGQAKDEALTNQLIDYLMGESDGMPKDAKYLFRLYMALKQYREAARTAIIIAREEQCSGNYRNAHDVLFSMYSELKTQKIKIPSEMATNLMILHSYILVKAHVKRGDHMKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFNFAAMLMRPEYRNKIDPKYKKKIEAMVRRPDTTEAEEPTTACPHCAFQLPECELLCPGCKNSLPYCIATGRHMVQDDWTVCPHCDFPALYSEFKNMLQSENICPMCSERINIVHLKKISDCTQYLKQDTDQ

Target ORF information:

RefSeq Version	XM_005030845.2
Organism	Anas platyrhynchos(Mallard)
Definition	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X1, mRNA.

Target ORF information:

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

XM_005030845.2

ORF Insert Sequence:

ATGTGCAATT TCCCTCTCTT TGTTCCCCAG CAAGTCTTCA GTCTAATAGA AAAATCATGG 
TCTGGTTCCT CTGTGCAGTT TGCTTGGCAG AAAACTTTGG GAAATTTCCT TGCTGTAACA 
GGAGGTGATC GCACGGTGAG CATTTTTGAT CGTCACGGTC AGAAGATAAA TGAAATTACC 
TTACCAGGTA ACTGTGTTAC CCTGGACTGG GATAAAGATG GAGATACTTT AGCAATAATT 
ACAGACAAAT CTAGTGCCAT TTATCTCTGG GATGCCAACA CAAACAAAAC AAGCCAATTA 
GACAGTGGCA TGAGGGATGC AATGTCTTTC TTATTATGGT CTCGAGTTGG AAGTTTACTT 
GCCATTGGAA CCACAAAGGG AAACTTGCTT ATATATAACC GCCAGACTTC TCGCAAGATT 
CCTGTTCTTG GTAAGCACAC TAAGCGGATT ACTTGCGGTT GTTGGAGCAC TGAAAACCTT 
CTGGCTCTAG GCGGTGAAGA TAAAATGATT ACTATAAGCA ATCAGGAAGG GGATACTATC 
AGACAGACCT CAGTGAACTC AGAACCCAGT GATATGCAGT TCTCAGTTAT GAAGACTGAT 
GAAAGAGTAT CAACCAGGGA AAGCACAGTA AGTGTAGTGG TCGGCAAGAA GACTCTCTTT 
CTTTTTAATT TGAATGATCC TGATAACCCG ATTGATCTGA AATTTCAGCA GTCTTATGGC 
AGTATTGTAA CCTACAGATG GTATGGTGAT GGCTACATTA TGATTGGTTT CTCACGAGGA 
TGTTTTGTAG TCATTTCTAC ACACATTCGT GAAATAGGTC AAGAAATCTT TCAAGCTCAT 
AATCATAAGG ATAATCTAAC CAGCATTGCT ATATCACAGT CATTGAACAA AGCTGCATCA 
TGTGGAGACA ATTGCATTAA AATCCATGAT CTGTCAGACC TGAGAGAGAT GTATGCTATA 
ATAAACCTGG ATGATGAAAA CAAAGGTGTA GAACAGCTGG CTTGGACAGA TGATGGACAG 
CTGTTGGCAG TATCTACACG AAGAGCATCC CTTCATGTTT TCTTGACAAA GCTTCCAATC 
CTGGGAGATG CTTGCAGTAC GCGGATCGCA TACCTCACAT CTCTTCTTGA AGTTACTATA 
GCCAACCACG TGGAGGGAGA GCTACCAGTC ACTGTCTCTG TTGAAGTAGA GCCCAGTTTT 
GTTGCAATTG GTGTCTATCA TTTGGCTGTA GGAATGAACA ATCGGGCTTG GTTTTATGCA 
CTTGGAGAGA ACAATGTGAA AAAGCTTAAA GATGTGGAGT ACCTGGGTAC AGTTGCAAAC 
ATGCATCTTA ATTCTGATTA TGCTGCTGCT CTCTTTGAGG GTAAAGTCCA ATTGCATATG 
ATAGAAAGTG AAGGCTTGGA TGCTCAGGAA GAACGGGAAA CTCGTCTCTT CCCAGCAGAT 
GATGATAAAT GCCGAATTTT ATGCCATGCT TTAACTGGTG ACTTCCTTAT ATATGGCACA 
GATACTGGAG TAATTCATTA TTTCTACATT GAAGACTGGC AATATGTGAA TGAATATCGT 
CATCCTGTCG GTGTGAGAAA AATTTTTCCT GATCCCAATG GAACCAGACT GGCTTTCATA 
GATGAAAAAA GTGATGGCTT TGTCTACTGC CCAGTAAGTG ATAGATTATA TGAGATTCCA 
AATTTCTCAC CAACTATTAA AGGAATCCTG TGGGAAAACT GGCCAATGGA TAAAGGTGTT 
TTTGTTGCTT ATGATGATGA TAAAGCGTAT ACTTATGTCT TTCATAAAGA TGCCATTCAA 
GGATCCAAGG TTATATTGGC AGGTGGCACC GATGTCCCCT TTTCCCATAA ACCTTTGCTG 
CTGTATAATG GAGAACTAAC TTGTCAGACT CAGAGTGGGA AAACAAACAA TATCTATCTC 
AGTACTCACA GTTTCCTTGG AAATTTGAAA GACTTTGGAC CTAATGAGCT GGCAGAAATG 
CTTACTCAAA CGTTAATGTT GAAAAGGTTT TCTGAAGCTT GGGAGATATG CAGGCTTCTG 
AATGACCCAT CTGGTTGGAA TGAACTGGCC AAAGCCTGCT TATATCATAT GGAGGTGGAT 
TTTGCAATAC GTGTTTATCG GACGTTTGGT AATGCTGGGA TGGTGATGTC ACTAGAACAG 
ATAAAGGGAA TAGAAGACCA CAACCTTTTA GCAGGACACC TTGCCATGTT TACTGGTGAT 
TTTAATCTGG CTCAGGATTT ATATCTGGCA TCCTCCCGTC CTACTGCTGC ACTTGAGATG 
CGAAAAGACT TGCAACACTG GGACAGCGCG CTTCAGCTGG CTAAGCGGTT GGCCCCAGAC 
CAAATCCCAT TCATATCAAA GGAGTATGCA ATGCAGCTTG AATTCACGGG TGATTATATT 
AACGCTCTGG TGCATTATGA GAAGGGAATT ACTAAAGACA ATAAGTACCA GGAACATGAT 
GAAGCTTGCC TCGCTGGGAT AGCTCAGATG TCCATTCGAA CGGGAGATAT CCGTCGAGGG 
GTAAACCAGG CCATCAAGCA TCCCAGTAGG TTACTAAAAA GAGACTGTGG AACTATCCTG 
GAGAGTATGA AGCAATTTTC AGAAGCTGCT CAGCTGTATG AAAAGGGACA ATATTATGAC 
AAGGCAGCAT CAGTATACAT CCGGTGTAAA AACTGGGCAA AGGTTGGTGA GCTTCTTTCT 
TATGTTTCGT CTCCAAAGAT TCATCTACAA TATGCAAAGG CCAAAGAAGC TGATGGCAGT 
TACAAGGAAG CTGTGATGGC TTATGAAAAT GCAAAACAGT GGGACAGCGT AATCCGACTG 
TATTTGGATC ACCTTAATAA TCCTGAAAAG GCTGTTAATG TTGTGAGAGA AACACAGTCT 
CTTGATGGAG CAAAGATGGT GGCCAGATTC TTCCTGAAGC TCGGTGACTA TGGCTCTGCC 
ATCCAGTTCC TGGTCATGTC CAAGTGCAAT AATGAGGCTT TCACATTAGC TCAACAACAC 
AACAAGATGG AGATTTATGC TGATATCATC AGTTCTGAGA ATACTAGCAA TGAAGATTAT 
CAGAGCATTG CACTGTATTT TGAAGGAGAA AAGAAACATT TTCAAGCAGG AAAATTTTTC 
TTGCTTTGTG GCCAGTATGC ACGGGCATTA AAGCACTTTA TAAAAAGTCC AAATACAGAA 
GATAACTTGT CTATAGAAAT GGCAATTGAA ACAGTGGGAC AGGCAAAAGA TGAAGCCCTA 
ACAAATCAGC TGATAGATTA TCTTATGGGA GAGAGTGATG GCATGCCTAA GGATGCCAAG 
TACCTATTCC GCCTGTACAT GGCACTGAAG CAATACCGAG AAGCTGCCAG GACTGCTATC 
ATAATTGCCA GGGAGGAGCA GTGCTCAGGA AACTACCGAA ATGCACATGA TGTTCTTTTC 
AGTATGTATT CAGAATTAAA GACCCAGAAG ATTAAAATTC CTTCTGAGAT GGCTACAAAC 
CTTATGATTC TACACAGCTA TATTTTAGTA AAGGCTCATG TGAAACGTGG AGATCACATG 
AAGGGAGCGC GCATGCTCAT ACGTGTAGCC AACAACATCA GCAAGTTCCC ATCACACATC 
GTACCGATTT TGACTTCAAC AGTAATTGAG TGTCACAGAG CAGGACTGAA GAACTCAGCC 
TTCAATTTTG CCGCCATGTT GATGAGACCT GAGTATCGAA ATAAAATAGA TCCAAAATAC 
AAAAAGAAAA TTGAAGCAAT GGTCAGGCGT CCTGACACAA CCGAGGCAGA AGAGCCAACG 
ACAGCCTGTC CGCACTGCGC CTTCCAGCTC CCCGAGTGCG AACTCCTGTG TCCCGGGTGC 
AAGAACAGCC TGCCTTACTG CATTGCCACC GGCCGGCACA TGGTACAAGA TGACTGGACA 
GTCTGCCCCC ACTGTGACTT CCCTGCCCTC TATTCAGAAT TCAAGAACAT GTTACAGAGT 
GAAAATATAT GTCCAATGTG TTCTGAAAGA ATTAACATTG TTCATCTTAA GAAAATCAGT 
GACTGCACAC AGTACCTCAA ACAAGACACG GACCAGTAA

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

WDR19 ( XM_013109608.2 ) cDNA ORF clone, Anas platyrhynchos(Mallard) -> XP_012965062.1 Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAn121745
Clone ID Related Accession (Same CDS sequence)	XM_013109609.2 , XM_005030845.2 , XM_013109608.2 , XM_013109608.1 , XM_013109609.1
Accession Version	XM_013109608.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4059bp) 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	2017-05-23
Organism	Anas platyrhynchos(mallard)
Product	WD repeat-containing protein 19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004680547.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On May 24, 2017 this sequence version replaced XM_013109608.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Anas platyrhynchos Annotation Release 102 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##

ATGTGCAATT TCCCTCTCTT TGTTCCCCAG CAAGTCTTCA GTCTAATAGA AAAATCATGG 
TCTGGTTCCT CTGTGCAGTT TGCTTGGCAG AAAACTTTGG GAAATTTCCT TGCTGTAACA 
GGAGGTGATC GCACGGTGAG CATTTTTGAT CGTCACGGTC AGAAGATAAA TGAAATTACC 
TTACCAGGTA ACTGTGTTAC CCTGGACTGG GATAAAGATG GAGATACTTT AGCAATAATT 
ACAGACAAAT CTAGTGCCAT TTATCTCTGG GATGCCAACA CAAACAAAAC AAGCCAATTA 
GACAGTGGCA TGAGGGATGC AATGTCTTTC TTATTATGGT CTCGAGTTGG AAGTTTACTT 
GCCATTGGAA CCACAAAGGG AAACTTGCTT ATATATAACC GCCAGACTTC TCGCAAGATT 
CCTGTTCTTG GTAAGCACAC TAAGCGGATT ACTTGCGGTT GTTGGAGCAC TGAAAACCTT 
CTGGCTCTAG GCGGTGAAGA TAAAATGATT ACTATAAGCA ATCAGGAAGG GGATACTATC 
AGACAGACCT CAGTGAACTC AGAACCCAGT GATATGCAGT TCTCAGTTAT GAAGACTGAT 
GAAAGAGTAT CAACCAGGGA AAGCACAGTA AGTGTAGTGG TCGGCAAGAA GACTCTCTTT 
CTTTTTAATT TGAATGATCC TGATAACCCG ATTGATCTGA AATTTCAGCA GTCTTATGGC 
AGTATTGTAA CCTACAGATG GTATGGTGAT GGCTACATTA TGATTGGTTT CTCACGAGGA 
TGTTTTGTAG TCATTTCTAC ACACATTCGT GAAATAGGTC AAGAAATCTT TCAAGCTCAT 
AATCATAAGG ATAATCTAAC CAGCATTGCT ATATCACAGT CATTGAACAA AGCTGCATCA 
TGTGGAGACA ATTGCATTAA AATCCATGAT CTGTCAGACC TGAGAGAGAT GTATGCTATA 
ATAAACCTGG ATGATGAAAA CAAAGGTGTA GAACAGCTGG CTTGGACAGA TGATGGACAG 
CTGTTGGCAG TATCTACACG AAGAGCATCC CTTCATGTTT TCTTGACAAA GCTTCCAATC 
CTGGGAGATG CTTGCAGTAC GCGGATCGCA TACCTCACAT CTCTTCTTGA AGTTACTATA 
GCCAACCACG TGGAGGGAGA GCTACCAGTC ACTGTCTCTG TTGAAGTAGA GCCCAGTTTT 
GTTGCAATTG GTGTCTATCA TTTGGCTGTA GGAATGAACA ATCGGGCTTG GTTTTATGCA 
CTTGGAGAGA ACAATGTGAA AAAGCTTAAA GATGTGGAGT ACCTGGGTAC AGTTGCAAAC 
ATGCATCTTA ATTCTGATTA TGCTGCTGCT CTCTTTGAGG GTAAAGTCCA ATTGCATATG 
ATAGAAAGTG AAGGCTTGGA TGCTCAGGAA GAACGGGAAA CTCGTCTCTT CCCAGCAGAT 
GATGATAAAT GCCGAATTTT ATGCCATGCT TTAACTGGTG ACTTCCTTAT ATATGGCACA 
GATACTGGAG TAATTCATTA TTTCTACATT GAAGACTGGC AATATGTGAA TGAATATCGT 
CATCCTGTCG GTGTGAGAAA AATTTTTCCT GATCCCAATG GAACCAGACT GGCTTTCATA 
GATGAAAAAA GTGATGGCTT TGTCTACTGC CCAGTAAGTG ATAGATTATA TGAGATTCCA 
AATTTCTCAC CAACTATTAA AGGAATCCTG TGGGAAAACT GGCCAATGGA TAAAGGTGTT 
TTTGTTGCTT ATGATGATGA TAAAGCGTAT ACTTATGTCT TTCATAAAGA TGCCATTCAA 
GGATCCAAGG TTATATTGGC AGGTGGCACC GATGTCCCCT TTTCCCATAA ACCTTTGCTG 
CTGTATAATG GAGAACTAAC TTGTCAGACT CAGAGTGGGA AAACAAACAA TATCTATCTC 
AGTACTCACA GTTTCCTTGG AAATTTGAAA GACTTTGGAC CTAATGAGCT GGCAGAAATG 
CTTACTCAAA CGTTAATGTT GAAAAGGTTT TCTGAAGCTT GGGAGATATG CAGGCTTCTG 
AATGACCCAT CTGGTTGGAA TGAACTGGCC AAAGCCTGCT TATATCATAT GGAGGTGGAT 
TTTGCAATAC GTGTTTATCG GACGTTTGGT AATGCTGGGA TGGTGATGTC ACTAGAACAG 
ATAAAGGGAA TAGAAGACCA CAACCTTTTA GCAGGACACC TTGCCATGTT TACTGGTGAT 
TTTAATCTGG CTCAGGATTT ATATCTGGCA TCCTCCCGTC CTACTGCTGC ACTTGAGATG 
CGAAAAGACT TGCAACACTG GGACAGCGCG CTTCAGCTGG CTAAGCGGTT GGCCCCAGAC 
CAAATCCCAT TCATATCAAA GGAGTATGCA ATGCAGCTTG AATTCACGGG TGATTATATT 
AACGCTCTGG TGCATTATGA GAAGGGAATT ACTAAAGACA ATAAGTACCA GGAACATGAT 
GAAGCTTGCC TCGCTGGGAT AGCTCAGATG TCCATTCGAA CGGGAGATAT CCGTCGAGGG 
GTAAACCAGG CCATCAAGCA TCCCAGTAGG TTACTAAAAA GAGACTGTGG AACTATCCTG 
GAGAGTATGA AGCAATTTTC AGAAGCTGCT CAGCTGTATG AAAAGGGACA ATATTATGAC 
AAGGCAGCAT CAGTATACAT CCGGTGTAAA AACTGGGCAA AGGTTGGTGA GCTTCTTTCT 
TATGTTTCGT CTCCAAAGAT TCATCTACAA TATGCAAAGG CCAAAGAAGC TGATGGCAGT 
TACAAGGAAG CTGTGATGGC TTATGAAAAT GCAAAACAGT GGGACAGCGT AATCCGACTG 
TATTTGGATC ACCTTAATAA TCCTGAAAAG GCTGTTAATG TTGTGAGAGA AACACAGTCT 
CTTGATGGAG CAAAGATGGT GGCCAGATTC TTCCTGAAGC TCGGTGACTA TGGCTCTGCC 
ATCCAGTTCC TGGTCATGTC CAAGTGCAAT AATGAGGCTT TCACATTAGC TCAACAACAC 
AACAAGATGG AGATTTATGC TGATATCATC AGTTCTGAGA ATACTAGCAA TGAAGATTAT 
CAGAGCATTG CACTGTATTT TGAAGGAGAA AAGAAACATT TTCAAGCAGG AAAATTTTTC 
TTGCTTTGTG GCCAGTATGC ACGGGCATTA AAGCACTTTA TAAAAAGTCC AAATACAGAA 
GATAACTTGT CTATAGAAAT GGCAATTGAA ACAGTGGGAC AGGCAAAAGA TGAAGCCCTA 
ACAAATCAGC TGATAGATTA TCTTATGGGA GAGAGTGATG GCATGCCTAA GGATGCCAAG 
TACCTATTCC GCCTGTACAT GGCACTGAAG CAATACCGAG AAGCTGCCAG GACTGCTATC 
ATAATTGCCA GGGAGGAGCA GTGCTCAGGA AACTACCGAA ATGCACATGA TGTTCTTTTC 
AGTATGTATT CAGAATTAAA GACCCAGAAG ATTAAAATTC CTTCTGAGAT GGCTACAAAC 
CTTATGATTC TACACAGCTA TATTTTAGTA AAGGCTCATG TGAAACGTGG AGATCACATG 
AAGGGAGCGC GCATGCTCAT ACGTGTAGCC AACAACATCA GCAAGTTCCC ATCACACATC 
GTACCGATTT TGACTTCAAC AGTAATTGAG TGTCACAGAG CAGGACTGAA GAACTCAGCC 
TTCAATTTTG CCGCCATGTT GATGAGACCT GAGTATCGAA ATAAAATAGA TCCAAAATAC 
AAAAAGAAAA TTGAAGCAAT GGTCAGGCGT CCTGACACAA CCGAGGCAGA AGAGCCAACG 
ACAGCCTGTC CGCACTGCGC CTTCCAGCTC CCCGAGTGCG AACTCCTGTG TCCCGGGTGC 
AAGAACAGCC TGCCTTACTG CATTGCCACC GGCCGGCACA TGGTACAAGA TGACTGGACA 
GTCTGCCCCC ACTGTGACTT CCCTGCCCTC TATTCAGAAT TCAAGAACAT GTTACAGAGT 
GAAAATATAT GTCCAATGTG TTCTGAAAGA ATTAACATTG TTCATCTTAA GAAAATCAGT 
GACTGCACAC AGTACCTCAA ACAAGACACG GACCAGTAA

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

RefSeq	XP_012965062.1
CDS	3..4061
Translation	MCNFPLFVPQQVFSLIEKSWSGSSVQFAWQKTLGNFLAVTGGDRTVSIFDRHGQKINEITLPGNCVTLDWDKDGDTLAIITDKSSAIYLWDANTNKTSQLDSGMRDAMSFLLWSRVGSLLAIGTTKGNLLIYNRQTSRKIPVLGKHTKRITCGCWSTENLLALGGEDKMITISNQEGDTIRQTSVNSEPSDMQFSVMKTDERVSTRESTVSVVVGKKTLFLFNLNDPDNPIDLKFQQSYGSIVTYRWYGDGYIMIGFSRGCFVVISTHIREIGQEIFQAHNHKDNLTSIAISQSLNKAASCGDNCIKIHDLSDLREMYAIINLDDENKGVEQLAWTDDGQLLAVSTRRASLHVFLTKLPILGDACSTRIAYLTSLLEVTIANHVEGELPVTVSVEVEPSFVAIGVYHLAVGMNNRAWFYALGENNVKKLKDVEYLGTVANMHLNSDYAAALFEGKVQLHMIESEGLDAQEERETRLFPADDDKCRILCHALTGDFLIYGTDTGVIHYFYIEDWQYVNEYRHPVGVRKIFPDPNGTRLAFIDEKSDGFVYCPVSDRLYEIPNFSPTIKGILWENWPMDKGVFVAYDDDKAYTYVFHKDAIQGSKVILAGGTDVPFSHKPLLLYNGELTCQTQSGKTNNIYLSTHSFLGNLKDFGPNELAEMLTQTLMLKRFSEAWEICRLLNDPSGWNELAKACLYHMEVDFAIRVYRTFGNAGMVMSLEQIKGIEDHNLLAGHLAMFTGDFNLAQDLYLASSRPTAALEMRKDLQHWDSALQLAKRLAPDQIPFISKEYAMQLEFTGDYINALVHYEKGITKDNKYQEHDEACLAGIAQMSIRTGDIRRGVNQAIKHPSRLLKRDCGTILESMKQFSEAAQLYEKGQYYDKAASVYIRCKNWAKVGELLSYVSSPKIHLQYAKAKEADGSYKEAVMAYENAKQWDSVIRLYLDHLNNPEKAVNVVRETQSLDGAKMVARFFLKLGDYGSAIQFLVMSKCNNEAFTLAQQHNKMEIYADIISSENTSNEDYQSIALYFEGEKKHFQAGKFFLLCGQYARALKHFIKSPNTEDNLSIEMAIETVGQAKDEALTNQLIDYLMGESDGMPKDAKYLFRLYMALKQYREAARTAIIIAREEQCSGNYRNAHDVLFSMYSELKTQKIKIPSEMATNLMILHSYILVKAHVKRGDHMKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFNFAAMLMRPEYRNKIDPKYKKKIEAMVRRPDTTEAEEPTTACPHCAFQLPECELLCPGCKNSLPYCIATGRHMVQDDWTVCPHCDFPALYSEFKNMLQSENICPMCSERINIVHLKKISDCTQYLKQDTDQ

Target ORF information:

RefSeq Version	XM_013109608.2
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X1, mRNA.

Target ORF information:

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

XM_013109608.2

ORF Insert Sequence:

ATGTGCAATT TCCCTCTCTT TGTTCCCCAG CAAGTCTTCA GTCTAATAGA AAAATCATGG 
TCTGGTTCCT CTGTGCAGTT TGCTTGGCAG AAAACTTTGG GAAATTTCCT TGCTGTAACA 
GGAGGTGATC GCACGGTGAG CATTTTTGAT CGTCACGGTC AGAAGATAAA TGAAATTACC 
TTACCAGGTA ACTGTGTTAC CCTGGACTGG GATAAAGATG GAGATACTTT AGCAATAATT 
ACAGACAAAT CTAGTGCCAT TTATCTCTGG GATGCCAACA CAAACAAAAC AAGCCAATTA 
GACAGTGGCA TGAGGGATGC AATGTCTTTC TTATTATGGT CTCGAGTTGG AAGTTTACTT 
GCCATTGGAA CCACAAAGGG AAACTTGCTT ATATATAACC GCCAGACTTC TCGCAAGATT 
CCTGTTCTTG GTAAGCACAC TAAGCGGATT ACTTGCGGTT GTTGGAGCAC TGAAAACCTT 
CTGGCTCTAG GCGGTGAAGA TAAAATGATT ACTATAAGCA ATCAGGAAGG GGATACTATC 
AGACAGACCT CAGTGAACTC AGAACCCAGT GATATGCAGT TCTCAGTTAT GAAGACTGAT 
GAAAGAGTAT CAACCAGGGA AAGCACAGTA AGTGTAGTGG TCGGCAAGAA GACTCTCTTT 
CTTTTTAATT TGAATGATCC TGATAACCCG ATTGATCTGA AATTTCAGCA GTCTTATGGC 
AGTATTGTAA CCTACAGATG GTATGGTGAT GGCTACATTA TGATTGGTTT CTCACGAGGA 
TGTTTTGTAG TCATTTCTAC ACACATTCGT GAAATAGGTC AAGAAATCTT TCAAGCTCAT 
AATCATAAGG ATAATCTAAC CAGCATTGCT ATATCACAGT CATTGAACAA AGCTGCATCA 
TGTGGAGACA ATTGCATTAA AATCCATGAT CTGTCAGACC TGAGAGAGAT GTATGCTATA 
ATAAACCTGG ATGATGAAAA CAAAGGTGTA GAACAGCTGG CTTGGACAGA TGATGGACAG 
CTGTTGGCAG TATCTACACG AAGAGCATCC CTTCATGTTT TCTTGACAAA GCTTCCAATC 
CTGGGAGATG CTTGCAGTAC GCGGATCGCA TACCTCACAT CTCTTCTTGA AGTTACTATA 
GCCAACCACG TGGAGGGAGA GCTACCAGTC ACTGTCTCTG TTGAAGTAGA GCCCAGTTTT 
GTTGCAATTG GTGTCTATCA TTTGGCTGTA GGAATGAACA ATCGGGCTTG GTTTTATGCA 
CTTGGAGAGA ACAATGTGAA AAAGCTTAAA GATGTGGAGT ACCTGGGTAC AGTTGCAAAC 
ATGCATCTTA ATTCTGATTA TGCTGCTGCT CTCTTTGAGG GTAAAGTCCA ATTGCATATG 
ATAGAAAGTG AAGGCTTGGA TGCTCAGGAA GAACGGGAAA CTCGTCTCTT CCCAGCAGAT 
GATGATAAAT GCCGAATTTT ATGCCATGCT TTAACTGGTG ACTTCCTTAT ATATGGCACA 
GATACTGGAG TAATTCATTA TTTCTACATT GAAGACTGGC AATATGTGAA TGAATATCGT 
CATCCTGTCG GTGTGAGAAA AATTTTTCCT GATCCCAATG GAACCAGACT GGCTTTCATA 
GATGAAAAAA GTGATGGCTT TGTCTACTGC CCAGTAAGTG ATAGATTATA TGAGATTCCA 
AATTTCTCAC CAACTATTAA AGGAATCCTG TGGGAAAACT GGCCAATGGA TAAAGGTGTT 
TTTGTTGCTT ATGATGATGA TAAAGCGTAT ACTTATGTCT TTCATAAAGA TGCCATTCAA 
GGATCCAAGG TTATATTGGC AGGTGGCACC GATGTCCCCT TTTCCCATAA ACCTTTGCTG 
CTGTATAATG GAGAACTAAC TTGTCAGACT CAGAGTGGGA AAACAAACAA TATCTATCTC 
AGTACTCACA GTTTCCTTGG AAATTTGAAA GACTTTGGAC CTAATGAGCT GGCAGAAATG 
CTTACTCAAA CGTTAATGTT GAAAAGGTTT TCTGAAGCTT GGGAGATATG CAGGCTTCTG 
AATGACCCAT CTGGTTGGAA TGAACTGGCC AAAGCCTGCT TATATCATAT GGAGGTGGAT 
TTTGCAATAC GTGTTTATCG GACGTTTGGT AATGCTGGGA TGGTGATGTC ACTAGAACAG 
ATAAAGGGAA TAGAAGACCA CAACCTTTTA GCAGGACACC TTGCCATGTT TACTGGTGAT 
TTTAATCTGG CTCAGGATTT ATATCTGGCA TCCTCCCGTC CTACTGCTGC ACTTGAGATG 
CGAAAAGACT TGCAACACTG GGACAGCGCG CTTCAGCTGG CTAAGCGGTT GGCCCCAGAC 
CAAATCCCAT TCATATCAAA GGAGTATGCA ATGCAGCTTG AATTCACGGG TGATTATATT 
AACGCTCTGG TGCATTATGA GAAGGGAATT ACTAAAGACA ATAAGTACCA GGAACATGAT 
GAAGCTTGCC TCGCTGGGAT AGCTCAGATG TCCATTCGAA CGGGAGATAT CCGTCGAGGG 
GTAAACCAGG CCATCAAGCA TCCCAGTAGG TTACTAAAAA GAGACTGTGG AACTATCCTG 
GAGAGTATGA AGCAATTTTC AGAAGCTGCT CAGCTGTATG AAAAGGGACA ATATTATGAC 
AAGGCAGCAT CAGTATACAT CCGGTGTAAA AACTGGGCAA AGGTTGGTGA GCTTCTTTCT 
TATGTTTCGT CTCCAAAGAT TCATCTACAA TATGCAAAGG CCAAAGAAGC TGATGGCAGT 
TACAAGGAAG CTGTGATGGC TTATGAAAAT GCAAAACAGT GGGACAGCGT AATCCGACTG 
TATTTGGATC ACCTTAATAA TCCTGAAAAG GCTGTTAATG TTGTGAGAGA AACACAGTCT 
CTTGATGGAG CAAAGATGGT GGCCAGATTC TTCCTGAAGC TCGGTGACTA TGGCTCTGCC 
ATCCAGTTCC TGGTCATGTC CAAGTGCAAT AATGAGGCTT TCACATTAGC TCAACAACAC 
AACAAGATGG AGATTTATGC TGATATCATC AGTTCTGAGA ATACTAGCAA TGAAGATTAT 
CAGAGCATTG CACTGTATTT TGAAGGAGAA AAGAAACATT TTCAAGCAGG AAAATTTTTC 
TTGCTTTGTG GCCAGTATGC ACGGGCATTA AAGCACTTTA TAAAAAGTCC AAATACAGAA 
GATAACTTGT CTATAGAAAT GGCAATTGAA ACAGTGGGAC AGGCAAAAGA TGAAGCCCTA 
ACAAATCAGC TGATAGATTA TCTTATGGGA GAGAGTGATG GCATGCCTAA GGATGCCAAG 
TACCTATTCC GCCTGTACAT GGCACTGAAG CAATACCGAG AAGCTGCCAG GACTGCTATC 
ATAATTGCCA GGGAGGAGCA GTGCTCAGGA AACTACCGAA ATGCACATGA TGTTCTTTTC 
AGTATGTATT CAGAATTAAA GACCCAGAAG ATTAAAATTC CTTCTGAGAT GGCTACAAAC 
CTTATGATTC TACACAGCTA TATTTTAGTA AAGGCTCATG TGAAACGTGG AGATCACATG 
AAGGGAGCGC GCATGCTCAT ACGTGTAGCC AACAACATCA GCAAGTTCCC ATCACACATC 
GTACCGATTT TGACTTCAAC AGTAATTGAG TGTCACAGAG CAGGACTGAA GAACTCAGCC 
TTCAATTTTG CCGCCATGTT GATGAGACCT GAGTATCGAA ATAAAATAGA TCCAAAATAC 
AAAAAGAAAA TTGAAGCAAT GGTCAGGCGT CCTGACACAA CCGAGGCAGA AGAGCCAACG 
ACAGCCTGTC CGCACTGCGC CTTCCAGCTC CCCGAGTGCG AACTCCTGTG TCCCGGGTGC 
AAGAACAGCC TGCCTTACTG CATTGCCACC GGCCGGCACA TGGTACAAGA TGACTGGACA 
GTCTGCCCCC ACTGTGACTT CCCTGCCCTC TATTCAGAAT TCAAGAACAT GTTACAGAGT 
GAAAATATAT GTCCAATGTG TTCTGAAAGA ATTAACATTG TTCATCTTAA GAAAATCAGT 
GACTGCACAC AGTACCTCAA ACAAGACACG GACCAGTAA

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

WDR19 ( XM_013109608.1 ) cDNA ORF clone, Anas platyrhynchos(Mallard) -> XP_012965062.1 Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAn121745
Clone ID Related Accession (Same CDS sequence)	XM_013109609.2 , XM_005030845.2 , XM_013109608.2 , XM_013109608.1 , XM_013109609.1
Accession Version	XM_013109608.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4059bp) 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	2015-07-08
Organism	Anas platyrhynchos(Mallard)
Product	WD repeat-containing protein 19 isoform X1
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004680547.1) 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 :: Anas platyrhynchos Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGCAATT TCCCTCTCTT TGTTCCCCAG CAAGTCTTCA GTCTAATAGA AAAATCATGG 
TCTGGTTCCT CTGTGCAGTT TGCTTGGCAG AAAACTTTGG GAAATTTCCT TGCTGTAACA 
GGAGGTGATC GCACGGTGAG CATTTTTGAT CGTCACGGTC AGAAGATAAA TGAAATTACC 
TTACCAGGTA ACTGTGTTAC CCTGGACTGG GATAAAGATG GAGATACTTT AGCAATAATT 
ACAGACAAAT CTAGTGCCAT TTATCTCTGG GATGCCAACA CAAACAAAAC AAGCCAATTA 
GACAGTGGCA TGAGGGATGC AATGTCTTTC TTATTATGGT CTCGAGTTGG AAGTTTACTT 
GCCATTGGAA CCACAAAGGG AAACTTGCTT ATATATAACC GCCAGACTTC TCGCAAGATT 
CCTGTTCTTG GTAAGCACAC TAAGCGGATT ACTTGCGGTT GTTGGAGCAC TGAAAACCTT 
CTGGCTCTAG GCGGTGAAGA TAAAATGATT ACTATAAGCA ATCAGGAAGG GGATACTATC 
AGACAGACCT CAGTGAACTC AGAACCCAGT GATATGCAGT TCTCAGTTAT GAAGACTGAT 
GAAAGAGTAT CAACCAGGGA AAGCACAGTA AGTGTAGTGG TCGGCAAGAA GACTCTCTTT 
CTTTTTAATT TGAATGATCC TGATAACCCG ATTGATCTGA AATTTCAGCA GTCTTATGGC 
AGTATTGTAA CCTACAGATG GTATGGTGAT GGCTACATTA TGATTGGTTT CTCACGAGGA 
TGTTTTGTAG TCATTTCTAC ACACATTCGT GAAATAGGTC AAGAAATCTT TCAAGCTCAT 
AATCATAAGG ATAATCTAAC CAGCATTGCT ATATCACAGT CATTGAACAA AGCTGCATCA 
TGTGGAGACA ATTGCATTAA AATCCATGAT CTGTCAGACC TGAGAGAGAT GTATGCTATA 
ATAAACCTGG ATGATGAAAA CAAAGGTGTA GAACAGCTGG CTTGGACAGA TGATGGACAG 
CTGTTGGCAG TATCTACACG AAGAGCATCC CTTCATGTTT TCTTGACAAA GCTTCCAATC 
CTGGGAGATG CTTGCAGTAC GCGGATCGCA TACCTCACAT CTCTTCTTGA AGTTACTATA 
GCCAACCACG TGGAGGGAGA GCTACCAGTC ACTGTCTCTG TTGAAGTAGA GCCCAGTTTT 
GTTGCAATTG GTGTCTATCA TTTGGCTGTA GGAATGAACA ATCGGGCTTG GTTTTATGCA 
CTTGGAGAGA ACAATGTGAA AAAGCTTAAA GATGTGGAGT ACCTGGGTAC AGTTGCAAAC 
ATGCATCTTA ATTCTGATTA TGCTGCTGCT CTCTTTGAGG GTAAAGTCCA ATTGCATATG 
ATAGAAAGTG AAGGCTTGGA TGCTCAGGAA GAACGGGAAA CTCGTCTCTT CCCAGCAGAT 
GATGATAAAT GCCGAATTTT ATGCCATGCT TTAACTGGTG ACTTCCTTAT ATATGGCACA 
GATACTGGAG TAATTCATTA TTTCTACATT GAAGACTGGC AATATGTGAA TGAATATCGT 
CATCCTGTCG GTGTGAGAAA AATTTTTCCT GATCCCAATG GAACCAGACT GGCTTTCATA 
GATGAAAAAA GTGATGGCTT TGTCTACTGC CCAGTAAGTG ATAGATTATA TGAGATTCCA 
AATTTCTCAC CAACTATTAA AGGAATCCTG TGGGAAAACT GGCCAATGGA TAAAGGTGTT 
TTTGTTGCTT ATGATGATGA TAAAGCGTAT ACTTATGTCT TTCATAAAGA TGCCATTCAA 
GGATCCAAGG TTATATTGGC AGGTGGCACC GATGTCCCCT TTTCCCATAA ACCTTTGCTG 
CTGTATAATG GAGAACTAAC TTGTCAGACT CAGAGTGGGA AAACAAACAA TATCTATCTC 
AGTACTCACA GTTTCCTTGG AAATTTGAAA GACTTTGGAC CTAATGAGCT GGCAGAAATG 
CTTACTCAAA CGTTAATGTT GAAAAGGTTT TCTGAAGCTT GGGAGATATG CAGGCTTCTG 
AATGACCCAT CTGGTTGGAA TGAACTGGCC AAAGCCTGCT TATATCATAT GGAGGTGGAT 
TTTGCAATAC GTGTTTATCG GACGTTTGGT AATGCTGGGA TGGTGATGTC ACTAGAACAG 
ATAAAGGGAA TAGAAGACCA CAACCTTTTA GCAGGACACC TTGCCATGTT TACTGGTGAT 
TTTAATCTGG CTCAGGATTT ATATCTGGCA TCCTCCCGTC CTACTGCTGC ACTTGAGATG 
CGAAAAGACT TGCAACACTG GGACAGCGCG CTTCAGCTGG CTAAGCGGTT GGCCCCAGAC 
CAAATCCCAT TCATATCAAA GGAGTATGCA ATGCAGCTTG AATTCACGGG TGATTATATT 
AACGCTCTGG TGCATTATGA GAAGGGAATT ACTAAAGACA ATAAGTACCA GGAACATGAT 
GAAGCTTGCC TCGCTGGGAT AGCTCAGATG TCCATTCGAA CGGGAGATAT CCGTCGAGGG 
GTAAACCAGG CCATCAAGCA TCCCAGTAGG TTACTAAAAA GAGACTGTGG AACTATCCTG 
GAGAGTATGA AGCAATTTTC AGAAGCTGCT CAGCTGTATG AAAAGGGACA ATATTATGAC 
AAGGCAGCAT CAGTATACAT CCGGTGTAAA AACTGGGCAA AGGTTGGTGA GCTTCTTTCT 
TATGTTTCGT CTCCAAAGAT TCATCTACAA TATGCAAAGG CCAAAGAAGC TGATGGCAGT 
TACAAGGAAG CTGTGATGGC TTATGAAAAT GCAAAACAGT GGGACAGCGT AATCCGACTG 
TATTTGGATC ACCTTAATAA TCCTGAAAAG GCTGTTAATG TTGTGAGAGA AACACAGTCT 
CTTGATGGAG CAAAGATGGT GGCCAGATTC TTCCTGAAGC TCGGTGACTA TGGCTCTGCC 
ATCCAGTTCC TGGTCATGTC CAAGTGCAAT AATGAGGCTT TCACATTAGC TCAACAACAC 
AACAAGATGG AGATTTATGC TGATATCATC AGTTCTGAGA ATACTAGCAA TGAAGATTAT 
CAGAGCATTG CACTGTATTT TGAAGGAGAA AAGAAACATT TTCAAGCAGG AAAATTTTTC 
TTGCTTTGTG GCCAGTATGC ACGGGCATTA AAGCACTTTA TAAAAAGTCC AAATACAGAA 
GATAACTTGT CTATAGAAAT GGCAATTGAA ACAGTGGGAC AGGCAAAAGA TGAAGCCCTA 
ACAAATCAGC TGATAGATTA TCTTATGGGA GAGAGTGATG GCATGCCTAA GGATGCCAAG 
TACCTATTCC GCCTGTACAT GGCACTGAAG CAATACCGAG AAGCTGCCAG GACTGCTATC 
ATAATTGCCA GGGAGGAGCA GTGCTCAGGA AACTACCGAA ATGCACATGA TGTTCTTTTC 
AGTATGTATT CAGAATTAAA GACCCAGAAG ATTAAAATTC CTTCTGAGAT GGCTACAAAC 
CTTATGATTC TACACAGCTA TATTTTAGTA AAGGCTCATG TGAAACGTGG AGATCACATG 
AAGGGAGCGC GCATGCTCAT ACGTGTAGCC AACAACATCA GCAAGTTCCC ATCACACATC 
GTACCGATTT TGACTTCAAC AGTAATTGAG TGTCACAGAG CAGGACTGAA GAACTCAGCC 
TTCAATTTTG CCGCCATGTT GATGAGACCT GAGTATCGAA ATAAAATAGA TCCAAAATAC 
AAAAAGAAAA TTGAAGCAAT GGTCAGGCGT CCTGACACAA CCGAGGCAGA AGAGCCAACG 
ACAGCCTGTC CGCACTGCGC CTTCCAGCTC CCCGAGTGCG AACTCCTGTG TCCCGGGTGC 
AAGAACAGCC TGCCTTACTG CATTGCCACC GGCCGGCACA TGGTACAAGA TGACTGGACA 
GTCTGCCCCC ACTGTGACTT CCCTGCCCTC TATTCAGAAT TCAAGAACAT GTTACAGAGT 
GAAAATATAT GTCCAATGTG TTCTGAAAGA ATTAACATTG TTCATCTTAA GAAAATCAGT 
GACTGCACAC AGTACCTCAA ACAAGACACG GACCAGTAA

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

RefSeq	XP_012965062.1
CDS	16..4074
Translation	MCNFPLFVPQQVFSLIEKSWSGSSVQFAWQKTLGNFLAVTGGDRTVSIFDRHGQKINEITLPGNCVTLDWDKDGDTLAIITDKSSAIYLWDANTNKTSQLDSGMRDAMSFLLWSRVGSLLAIGTTKGNLLIYNRQTSRKIPVLGKHTKRITCGCWSTENLLALGGEDKMITISNQEGDTIRQTSVNSEPSDMQFSVMKTDERVSTRESTVSVVVGKKTLFLFNLNDPDNPIDLKFQQSYGSIVTYRWYGDGYIMIGFSRGCFVVISTHIREIGQEIFQAHNHKDNLTSIAISQSLNKAASCGDNCIKIHDLSDLREMYAIINLDDENKGVEQLAWTDDGQLLAVSTRRASLHVFLTKLPILGDACSTRIAYLTSLLEVTIANHVEGELPVTVSVEVEPSFVAIGVYHLAVGMNNRAWFYALGENNVKKLKDVEYLGTVANMHLNSDYAAALFEGKVQLHMIESEGLDAQEERETRLFPADDDKCRILCHALTGDFLIYGTDTGVIHYFYIEDWQYVNEYRHPVGVRKIFPDPNGTRLAFIDEKSDGFVYCPVSDRLYEIPNFSPTIKGILWENWPMDKGVFVAYDDDKAYTYVFHKDAIQGSKVILAGGTDVPFSHKPLLLYNGELTCQTQSGKTNNIYLSTHSFLGNLKDFGPNELAEMLTQTLMLKRFSEAWEICRLLNDPSGWNELAKACLYHMEVDFAIRVYRTFGNAGMVMSLEQIKGIEDHNLLAGHLAMFTGDFNLAQDLYLASSRPTAALEMRKDLQHWDSALQLAKRLAPDQIPFISKEYAMQLEFTGDYINALVHYEKGITKDNKYQEHDEACLAGIAQMSIRTGDIRRGVNQAIKHPSRLLKRDCGTILESMKQFSEAAQLYEKGQYYDKAASVYIRCKNWAKVGELLSYVSSPKIHLQYAKAKEADGSYKEAVMAYENAKQWDSVIRLYLDHLNNPEKAVNVVRETQSLDGAKMVARFFLKLGDYGSAIQFLVMSKCNNEAFTLAQQHNKMEIYADIISSENTSNEDYQSIALYFEGEKKHFQAGKFFLLCGQYARALKHFIKSPNTEDNLSIEMAIETVGQAKDEALTNQLIDYLMGESDGMPKDAKYLFRLYMALKQYREAARTAIIIAREEQCSGNYRNAHDVLFSMYSELKTQKIKIPSEMATNLMILHSYILVKAHVKRGDHMKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFNFAAMLMRPEYRNKIDPKYKKKIEAMVRRPDTTEAEEPTTACPHCAFQLPECELLCPGCKNSLPYCIATGRHMVQDDWTVCPHCDFPALYSEFKNMLQSENICPMCSERINIVHLKKISDCTQYLKQDTDQ

Target ORF information:

RefSeq Version	XM_013109608.1
Organism	Anas platyrhynchos(Mallard)
Definition	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X2, mRNA.

Target ORF information:

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

XM_013109608.1

ORF Insert Sequence:

ATGTGCAATT TCCCTCTCTT TGTTCCCCAG CAAGTCTTCA GTCTAATAGA AAAATCATGG 
TCTGGTTCCT CTGTGCAGTT TGCTTGGCAG AAAACTTTGG GAAATTTCCT TGCTGTAACA 
GGAGGTGATC GCACGGTGAG CATTTTTGAT CGTCACGGTC AGAAGATAAA TGAAATTACC 
TTACCAGGTA ACTGTGTTAC CCTGGACTGG GATAAAGATG GAGATACTTT AGCAATAATT 
ACAGACAAAT CTAGTGCCAT TTATCTCTGG GATGCCAACA CAAACAAAAC AAGCCAATTA 
GACAGTGGCA TGAGGGATGC AATGTCTTTC TTATTATGGT CTCGAGTTGG AAGTTTACTT 
GCCATTGGAA CCACAAAGGG AAACTTGCTT ATATATAACC GCCAGACTTC TCGCAAGATT 
CCTGTTCTTG GTAAGCACAC TAAGCGGATT ACTTGCGGTT GTTGGAGCAC TGAAAACCTT 
CTGGCTCTAG GCGGTGAAGA TAAAATGATT ACTATAAGCA ATCAGGAAGG GGATACTATC 
AGACAGACCT CAGTGAACTC AGAACCCAGT GATATGCAGT TCTCAGTTAT GAAGACTGAT 
GAAAGAGTAT CAACCAGGGA AAGCACAGTA AGTGTAGTGG TCGGCAAGAA GACTCTCTTT 
CTTTTTAATT TGAATGATCC TGATAACCCG ATTGATCTGA AATTTCAGCA GTCTTATGGC 
AGTATTGTAA CCTACAGATG GTATGGTGAT GGCTACATTA TGATTGGTTT CTCACGAGGA 
TGTTTTGTAG TCATTTCTAC ACACATTCGT GAAATAGGTC AAGAAATCTT TCAAGCTCAT 
AATCATAAGG ATAATCTAAC CAGCATTGCT ATATCACAGT CATTGAACAA AGCTGCATCA 
TGTGGAGACA ATTGCATTAA AATCCATGAT CTGTCAGACC TGAGAGAGAT GTATGCTATA 
ATAAACCTGG ATGATGAAAA CAAAGGTGTA GAACAGCTGG CTTGGACAGA TGATGGACAG 
CTGTTGGCAG TATCTACACG AAGAGCATCC CTTCATGTTT TCTTGACAAA GCTTCCAATC 
CTGGGAGATG CTTGCAGTAC GCGGATCGCA TACCTCACAT CTCTTCTTGA AGTTACTATA 
GCCAACCACG TGGAGGGAGA GCTACCAGTC ACTGTCTCTG TTGAAGTAGA GCCCAGTTTT 
GTTGCAATTG GTGTCTATCA TTTGGCTGTA GGAATGAACA ATCGGGCTTG GTTTTATGCA 
CTTGGAGAGA ACAATGTGAA AAAGCTTAAA GATGTGGAGT ACCTGGGTAC AGTTGCAAAC 
ATGCATCTTA ATTCTGATTA TGCTGCTGCT CTCTTTGAGG GTAAAGTCCA ATTGCATATG 
ATAGAAAGTG AAGGCTTGGA TGCTCAGGAA GAACGGGAAA CTCGTCTCTT CCCAGCAGAT 
GATGATAAAT GCCGAATTTT ATGCCATGCT TTAACTGGTG ACTTCCTTAT ATATGGCACA 
GATACTGGAG TAATTCATTA TTTCTACATT GAAGACTGGC AATATGTGAA TGAATATCGT 
CATCCTGTCG GTGTGAGAAA AATTTTTCCT GATCCCAATG GAACCAGACT GGCTTTCATA 
GATGAAAAAA GTGATGGCTT TGTCTACTGC CCAGTAAGTG ATAGATTATA TGAGATTCCA 
AATTTCTCAC CAACTATTAA AGGAATCCTG TGGGAAAACT GGCCAATGGA TAAAGGTGTT 
TTTGTTGCTT ATGATGATGA TAAAGCGTAT ACTTATGTCT TTCATAAAGA TGCCATTCAA 
GGATCCAAGG TTATATTGGC AGGTGGCACC GATGTCCCCT TTTCCCATAA ACCTTTGCTG 
CTGTATAATG GAGAACTAAC TTGTCAGACT CAGAGTGGGA AAACAAACAA TATCTATCTC 
AGTACTCACA GTTTCCTTGG AAATTTGAAA GACTTTGGAC CTAATGAGCT GGCAGAAATG 
CTTACTCAAA CGTTAATGTT GAAAAGGTTT TCTGAAGCTT GGGAGATATG CAGGCTTCTG 
AATGACCCAT CTGGTTGGAA TGAACTGGCC AAAGCCTGCT TATATCATAT GGAGGTGGAT 
TTTGCAATAC GTGTTTATCG GACGTTTGGT AATGCTGGGA TGGTGATGTC ACTAGAACAG 
ATAAAGGGAA TAGAAGACCA CAACCTTTTA GCAGGACACC TTGCCATGTT TACTGGTGAT 
TTTAATCTGG CTCAGGATTT ATATCTGGCA TCCTCCCGTC CTACTGCTGC ACTTGAGATG 
CGAAAAGACT TGCAACACTG GGACAGCGCG CTTCAGCTGG CTAAGCGGTT GGCCCCAGAC 
CAAATCCCAT TCATATCAAA GGAGTATGCA ATGCAGCTTG AATTCACGGG TGATTATATT 
AACGCTCTGG TGCATTATGA GAAGGGAATT ACTAAAGACA ATAAGTACCA GGAACATGAT 
GAAGCTTGCC TCGCTGGGAT AGCTCAGATG TCCATTCGAA CGGGAGATAT CCGTCGAGGG 
GTAAACCAGG CCATCAAGCA TCCCAGTAGG TTACTAAAAA GAGACTGTGG AACTATCCTG 
GAGAGTATGA AGCAATTTTC AGAAGCTGCT CAGCTGTATG AAAAGGGACA ATATTATGAC 
AAGGCAGCAT CAGTATACAT CCGGTGTAAA AACTGGGCAA AGGTTGGTGA GCTTCTTTCT 
TATGTTTCGT CTCCAAAGAT TCATCTACAA TATGCAAAGG CCAAAGAAGC TGATGGCAGT 
TACAAGGAAG CTGTGATGGC TTATGAAAAT GCAAAACAGT GGGACAGCGT AATCCGACTG 
TATTTGGATC ACCTTAATAA TCCTGAAAAG GCTGTTAATG TTGTGAGAGA AACACAGTCT 
CTTGATGGAG CAAAGATGGT GGCCAGATTC TTCCTGAAGC TCGGTGACTA TGGCTCTGCC 
ATCCAGTTCC TGGTCATGTC CAAGTGCAAT AATGAGGCTT TCACATTAGC TCAACAACAC 
AACAAGATGG AGATTTATGC TGATATCATC AGTTCTGAGA ATACTAGCAA TGAAGATTAT 
CAGAGCATTG CACTGTATTT TGAAGGAGAA AAGAAACATT TTCAAGCAGG AAAATTTTTC 
TTGCTTTGTG GCCAGTATGC ACGGGCATTA AAGCACTTTA TAAAAAGTCC AAATACAGAA 
GATAACTTGT CTATAGAAAT GGCAATTGAA ACAGTGGGAC AGGCAAAAGA TGAAGCCCTA 
ACAAATCAGC TGATAGATTA TCTTATGGGA GAGAGTGATG GCATGCCTAA GGATGCCAAG 
TACCTATTCC GCCTGTACAT GGCACTGAAG CAATACCGAG AAGCTGCCAG GACTGCTATC 
ATAATTGCCA GGGAGGAGCA GTGCTCAGGA AACTACCGAA ATGCACATGA TGTTCTTTTC 
AGTATGTATT CAGAATTAAA GACCCAGAAG ATTAAAATTC CTTCTGAGAT GGCTACAAAC 
CTTATGATTC TACACAGCTA TATTTTAGTA AAGGCTCATG TGAAACGTGG AGATCACATG 
AAGGGAGCGC GCATGCTCAT ACGTGTAGCC AACAACATCA GCAAGTTCCC ATCACACATC 
GTACCGATTT TGACTTCAAC AGTAATTGAG TGTCACAGAG CAGGACTGAA GAACTCAGCC 
TTCAATTTTG CCGCCATGTT GATGAGACCT GAGTATCGAA ATAAAATAGA TCCAAAATAC 
AAAAAGAAAA TTGAAGCAAT GGTCAGGCGT CCTGACACAA CCGAGGCAGA AGAGCCAACG 
ACAGCCTGTC CGCACTGCGC CTTCCAGCTC CCCGAGTGCG AACTCCTGTG TCCCGGGTGC 
AAGAACAGCC TGCCTTACTG CATTGCCACC GGCCGGCACA TGGTACAAGA TGACTGGACA 
GTCTGCCCCC ACTGTGACTT CCCTGCCCTC TATTCAGAAT TCAAGAACAT GTTACAGAGT 
GAAAATATAT GTCCAATGTG TTCTGAAAGA ATTAACATTG TTCATCTTAA GAAAATCAGT 
GACTGCACAC AGTACCTCAA ACAAGACACG GACCAGTAA

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

WDR19 ( XM_013109609.1 ) cDNA ORF clone, Anas platyrhynchos(Mallard) -> XP_012965063.1 Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OAn121745
Clone ID Related Accession (Same CDS sequence)	XM_013109609.2 , XM_005030845.2 , XM_013109608.2 , XM_013109608.1 , XM_013109609.1
Accession Version	XM_013109609.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4059bp) 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	2015-07-08
Organism	Anas platyrhynchos(Mallard)
Product	WD repeat-containing protein 19 isoform X1
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004680547.1) 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 :: Anas platyrhynchos Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGCAATT TCCCTCTCTT TGTTCCCCAG CAAGTCTTCA GTCTAATAGA AAAATCATGG 
TCTGGTTCCT CTGTGCAGTT TGCTTGGCAG AAAACTTTGG GAAATTTCCT TGCTGTAACA 
GGAGGTGATC GCACGGTGAG CATTTTTGAT CGTCACGGTC AGAAGATAAA TGAAATTACC 
TTACCAGGTA ACTGTGTTAC CCTGGACTGG GATAAAGATG GAGATACTTT AGCAATAATT 
ACAGACAAAT CTAGTGCCAT TTATCTCTGG GATGCCAACA CAAACAAAAC AAGCCAATTA 
GACAGTGGCA TGAGGGATGC AATGTCTTTC TTATTATGGT CTCGAGTTGG AAGTTTACTT 
GCCATTGGAA CCACAAAGGG AAACTTGCTT ATATATAACC GCCAGACTTC TCGCAAGATT 
CCTGTTCTTG GTAAGCACAC TAAGCGGATT ACTTGCGGTT GTTGGAGCAC TGAAAACCTT 
CTGGCTCTAG GCGGTGAAGA TAAAATGATT ACTATAAGCA ATCAGGAAGG GGATACTATC 
AGACAGACCT CAGTGAACTC AGAACCCAGT GATATGCAGT TCTCAGTTAT GAAGACTGAT 
GAAAGAGTAT CAACCAGGGA AAGCACAGTA AGTGTAGTGG TCGGCAAGAA GACTCTCTTT 
CTTTTTAATT TGAATGATCC TGATAACCCG ATTGATCTGA AATTTCAGCA GTCTTATGGC 
AGTATTGTAA CCTACAGATG GTATGGTGAT GGCTACATTA TGATTGGTTT CTCACGAGGA 
TGTTTTGTAG TCATTTCTAC ACACATTCGT GAAATAGGTC AAGAAATCTT TCAAGCTCAT 
AATCATAAGG ATAATCTAAC CAGCATTGCT ATATCACAGT CATTGAACAA AGCTGCATCA 
TGTGGAGACA ATTGCATTAA AATCCATGAT CTGTCAGACC TGAGAGAGAT GTATGCTATA 
ATAAACCTGG ATGATGAAAA CAAAGGTGTA GAACAGCTGG CTTGGACAGA TGATGGACAG 
CTGTTGGCAG TATCTACACG AAGAGCATCC CTTCATGTTT TCTTGACAAA GCTTCCAATC 
CTGGGAGATG CTTGCAGTAC GCGGATCGCA TACCTCACAT CTCTTCTTGA AGTTACTATA 
GCCAACCACG TGGAGGGAGA GCTACCAGTC ACTGTCTCTG TTGAAGTAGA GCCCAGTTTT 
GTTGCAATTG GTGTCTATCA TTTGGCTGTA GGAATGAACA ATCGGGCTTG GTTTTATGCA 
CTTGGAGAGA ACAATGTGAA AAAGCTTAAA GATGTGGAGT ACCTGGGTAC AGTTGCAAAC 
ATGCATCTTA ATTCTGATTA TGCTGCTGCT CTCTTTGAGG GTAAAGTCCA ATTGCATATG 
ATAGAAAGTG AAGGCTTGGA TGCTCAGGAA GAACGGGAAA CTCGTCTCTT CCCAGCAGAT 
GATGATAAAT GCCGAATTTT ATGCCATGCT TTAACTGGTG ACTTCCTTAT ATATGGCACA 
GATACTGGAG TAATTCATTA TTTCTACATT GAAGACTGGC AATATGTGAA TGAATATCGT 
CATCCTGTCG GTGTGAGAAA AATTTTTCCT GATCCCAATG GAACCAGACT GGCTTTCATA 
GATGAAAAAA GTGATGGCTT TGTCTACTGC CCAGTAAGTG ATAGATTATA TGAGATTCCA 
AATTTCTCAC CAACTATTAA AGGAATCCTG TGGGAAAACT GGCCAATGGA TAAAGGTGTT 
TTTGTTGCTT ATGATGATGA TAAAGCGTAT ACTTATGTCT TTCATAAAGA TGCCATTCAA 
GGATCCAAGG TTATATTGGC AGGTGGCACC GATGTCCCCT TTTCCCATAA ACCTTTGCTG 
CTGTATAATG GAGAACTAAC TTGTCAGACT CAGAGTGGGA AAACAAACAA TATCTATCTC 
AGTACTCACA GTTTCCTTGG AAATTTGAAA GACTTTGGAC CTAATGAGCT GGCAGAAATG 
CTTACTCAAA CGTTAATGTT GAAAAGGTTT TCTGAAGCTT GGGAGATATG CAGGCTTCTG 
AATGACCCAT CTGGTTGGAA TGAACTGGCC AAAGCCTGCT TATATCATAT GGAGGTGGAT 
TTTGCAATAC GTGTTTATCG GACGTTTGGT AATGCTGGGA TGGTGATGTC ACTAGAACAG 
ATAAAGGGAA TAGAAGACCA CAACCTTTTA GCAGGACACC TTGCCATGTT TACTGGTGAT 
TTTAATCTGG CTCAGGATTT ATATCTGGCA TCCTCCCGTC CTACTGCTGC ACTTGAGATG 
CGAAAAGACT TGCAACACTG GGACAGCGCG CTTCAGCTGG CTAAGCGGTT GGCCCCAGAC 
CAAATCCCAT TCATATCAAA GGAGTATGCA ATGCAGCTTG AATTCACGGG TGATTATATT 
AACGCTCTGG TGCATTATGA GAAGGGAATT ACTAAAGACA ATAAGTACCA GGAACATGAT 
GAAGCTTGCC TCGCTGGGAT AGCTCAGATG TCCATTCGAA CGGGAGATAT CCGTCGAGGG 
GTAAACCAGG CCATCAAGCA TCCCAGTAGG TTACTAAAAA GAGACTGTGG AACTATCCTG 
GAGAGTATGA AGCAATTTTC AGAAGCTGCT CAGCTGTATG AAAAGGGACA ATATTATGAC 
AAGGCAGCAT CAGTATACAT CCGGTGTAAA AACTGGGCAA AGGTTGGTGA GCTTCTTTCT 
TATGTTTCGT CTCCAAAGAT TCATCTACAA TATGCAAAGG CCAAAGAAGC TGATGGCAGT 
TACAAGGAAG CTGTGATGGC TTATGAAAAT GCAAAACAGT GGGACAGCGT AATCCGACTG 
TATTTGGATC ACCTTAATAA TCCTGAAAAG GCTGTTAATG TTGTGAGAGA AACACAGTCT 
CTTGATGGAG CAAAGATGGT GGCCAGATTC TTCCTGAAGC TCGGTGACTA TGGCTCTGCC 
ATCCAGTTCC TGGTCATGTC CAAGTGCAAT AATGAGGCTT TCACATTAGC TCAACAACAC 
AACAAGATGG AGATTTATGC TGATATCATC AGTTCTGAGA ATACTAGCAA TGAAGATTAT 
CAGAGCATTG CACTGTATTT TGAAGGAGAA AAGAAACATT TTCAAGCAGG AAAATTTTTC 
TTGCTTTGTG GCCAGTATGC ACGGGCATTA AAGCACTTTA TAAAAAGTCC AAATACAGAA 
GATAACTTGT CTATAGAAAT GGCAATTGAA ACAGTGGGAC AGGCAAAAGA TGAAGCCCTA 
ACAAATCAGC TGATAGATTA TCTTATGGGA GAGAGTGATG GCATGCCTAA GGATGCCAAG 
TACCTATTCC GCCTGTACAT GGCACTGAAG CAATACCGAG AAGCTGCCAG GACTGCTATC 
ATAATTGCCA GGGAGGAGCA GTGCTCAGGA AACTACCGAA ATGCACATGA TGTTCTTTTC 
AGTATGTATT CAGAATTAAA GACCCAGAAG ATTAAAATTC CTTCTGAGAT GGCTACAAAC 
CTTATGATTC TACACAGCTA TATTTTAGTA AAGGCTCATG TGAAACGTGG AGATCACATG 
AAGGGAGCGC GCATGCTCAT ACGTGTAGCC AACAACATCA GCAAGTTCCC ATCACACATC 
GTACCGATTT TGACTTCAAC AGTAATTGAG TGTCACAGAG CAGGACTGAA GAACTCAGCC 
TTCAATTTTG CCGCCATGTT GATGAGACCT GAGTATCGAA ATAAAATAGA TCCAAAATAC 
AAAAAGAAAA TTGAAGCAAT GGTCAGGCGT CCTGACACAA CCGAGGCAGA AGAGCCAACG 
ACAGCCTGTC CGCACTGCGC CTTCCAGCTC CCCGAGTGCG AACTCCTGTG TCCCGGGTGC 
AAGAACAGCC TGCCTTACTG CATTGCCACC GGCCGGCACA TGGTACAAGA TGACTGGACA 
GTCTGCCCCC ACTGTGACTT CCCTGCCCTC TATTCAGAAT TCAAGAACAT GTTACAGAGT 
GAAAATATAT GTCCAATGTG TTCTGAAAGA ATTAACATTG TTCATCTTAA GAAAATCAGT 
GACTGCACAC AGTACCTCAA ACAAGACACG GACCAGTAA

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

RefSeq	XP_012965063.1
CDS	16..4074
Translation	MCNFPLFVPQQVFSLIEKSWSGSSVQFAWQKTLGNFLAVTGGDRTVSIFDRHGQKINEITLPGNCVTLDWDKDGDTLAIITDKSSAIYLWDANTNKTSQLDSGMRDAMSFLLWSRVGSLLAIGTTKGNLLIYNRQTSRKIPVLGKHTKRITCGCWSTENLLALGGEDKMITISNQEGDTIRQTSVNSEPSDMQFSVMKTDERVSTRESTVSVVVGKKTLFLFNLNDPDNPIDLKFQQSYGSIVTYRWYGDGYIMIGFSRGCFVVISTHIREIGQEIFQAHNHKDNLTSIAISQSLNKAASCGDNCIKIHDLSDLREMYAIINLDDENKGVEQLAWTDDGQLLAVSTRRASLHVFLTKLPILGDACSTRIAYLTSLLEVTIANHVEGELPVTVSVEVEPSFVAIGVYHLAVGMNNRAWFYALGENNVKKLKDVEYLGTVANMHLNSDYAAALFEGKVQLHMIESEGLDAQEERETRLFPADDDKCRILCHALTGDFLIYGTDTGVIHYFYIEDWQYVNEYRHPVGVRKIFPDPNGTRLAFIDEKSDGFVYCPVSDRLYEIPNFSPTIKGILWENWPMDKGVFVAYDDDKAYTYVFHKDAIQGSKVILAGGTDVPFSHKPLLLYNGELTCQTQSGKTNNIYLSTHSFLGNLKDFGPNELAEMLTQTLMLKRFSEAWEICRLLNDPSGWNELAKACLYHMEVDFAIRVYRTFGNAGMVMSLEQIKGIEDHNLLAGHLAMFTGDFNLAQDLYLASSRPTAALEMRKDLQHWDSALQLAKRLAPDQIPFISKEYAMQLEFTGDYINALVHYEKGITKDNKYQEHDEACLAGIAQMSIRTGDIRRGVNQAIKHPSRLLKRDCGTILESMKQFSEAAQLYEKGQYYDKAASVYIRCKNWAKVGELLSYVSSPKIHLQYAKAKEADGSYKEAVMAYENAKQWDSVIRLYLDHLNNPEKAVNVVRETQSLDGAKMVARFFLKLGDYGSAIQFLVMSKCNNEAFTLAQQHNKMEIYADIISSENTSNEDYQSIALYFEGEKKHFQAGKFFLLCGQYARALKHFIKSPNTEDNLSIEMAIETVGQAKDEALTNQLIDYLMGESDGMPKDAKYLFRLYMALKQYREAARTAIIIAREEQCSGNYRNAHDVLFSMYSELKTQKIKIPSEMATNLMILHSYILVKAHVKRGDHMKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFNFAAMLMRPEYRNKIDPKYKKKIEAMVRRPDTTEAEEPTTACPHCAFQLPECELLCPGCKNSLPYCIATGRHMVQDDWTVCPHCDFPALYSEFKNMLQSENICPMCSERINIVHLKKISDCTQYLKQDTDQ

Target ORF information:

RefSeq Version	XM_013109609.1
Organism	Anas platyrhynchos(Mallard)
Definition	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X3, mRNA.

Target ORF information:

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

XM_013109609.1

ORF Insert Sequence:

ATGTGCAATT TCCCTCTCTT TGTTCCCCAG CAAGTCTTCA GTCTAATAGA AAAATCATGG 
TCTGGTTCCT CTGTGCAGTT TGCTTGGCAG AAAACTTTGG GAAATTTCCT TGCTGTAACA 
GGAGGTGATC GCACGGTGAG CATTTTTGAT CGTCACGGTC AGAAGATAAA TGAAATTACC 
TTACCAGGTA ACTGTGTTAC CCTGGACTGG GATAAAGATG GAGATACTTT AGCAATAATT 
ACAGACAAAT CTAGTGCCAT TTATCTCTGG GATGCCAACA CAAACAAAAC AAGCCAATTA 
GACAGTGGCA TGAGGGATGC AATGTCTTTC TTATTATGGT CTCGAGTTGG AAGTTTACTT 
GCCATTGGAA CCACAAAGGG AAACTTGCTT ATATATAACC GCCAGACTTC TCGCAAGATT 
CCTGTTCTTG GTAAGCACAC TAAGCGGATT ACTTGCGGTT GTTGGAGCAC TGAAAACCTT 
CTGGCTCTAG GCGGTGAAGA TAAAATGATT ACTATAAGCA ATCAGGAAGG GGATACTATC 
AGACAGACCT CAGTGAACTC AGAACCCAGT GATATGCAGT TCTCAGTTAT GAAGACTGAT 
GAAAGAGTAT CAACCAGGGA AAGCACAGTA AGTGTAGTGG TCGGCAAGAA GACTCTCTTT 
CTTTTTAATT TGAATGATCC TGATAACCCG ATTGATCTGA AATTTCAGCA GTCTTATGGC 
AGTATTGTAA CCTACAGATG GTATGGTGAT GGCTACATTA TGATTGGTTT CTCACGAGGA 
TGTTTTGTAG TCATTTCTAC ACACATTCGT GAAATAGGTC AAGAAATCTT TCAAGCTCAT 
AATCATAAGG ATAATCTAAC CAGCATTGCT ATATCACAGT CATTGAACAA AGCTGCATCA 
TGTGGAGACA ATTGCATTAA AATCCATGAT CTGTCAGACC TGAGAGAGAT GTATGCTATA 
ATAAACCTGG ATGATGAAAA CAAAGGTGTA GAACAGCTGG CTTGGACAGA TGATGGACAG 
CTGTTGGCAG TATCTACACG AAGAGCATCC CTTCATGTTT TCTTGACAAA GCTTCCAATC 
CTGGGAGATG CTTGCAGTAC GCGGATCGCA TACCTCACAT CTCTTCTTGA AGTTACTATA 
GCCAACCACG TGGAGGGAGA GCTACCAGTC ACTGTCTCTG TTGAAGTAGA GCCCAGTTTT 
GTTGCAATTG GTGTCTATCA TTTGGCTGTA GGAATGAACA ATCGGGCTTG GTTTTATGCA 
CTTGGAGAGA ACAATGTGAA AAAGCTTAAA GATGTGGAGT ACCTGGGTAC AGTTGCAAAC 
ATGCATCTTA ATTCTGATTA TGCTGCTGCT CTCTTTGAGG GTAAAGTCCA ATTGCATATG 
ATAGAAAGTG AAGGCTTGGA TGCTCAGGAA GAACGGGAAA CTCGTCTCTT CCCAGCAGAT 
GATGATAAAT GCCGAATTTT ATGCCATGCT TTAACTGGTG ACTTCCTTAT ATATGGCACA 
GATACTGGAG TAATTCATTA TTTCTACATT GAAGACTGGC AATATGTGAA TGAATATCGT 
CATCCTGTCG GTGTGAGAAA AATTTTTCCT GATCCCAATG GAACCAGACT GGCTTTCATA 
GATGAAAAAA GTGATGGCTT TGTCTACTGC CCAGTAAGTG ATAGATTATA TGAGATTCCA 
AATTTCTCAC CAACTATTAA AGGAATCCTG TGGGAAAACT GGCCAATGGA TAAAGGTGTT 
TTTGTTGCTT ATGATGATGA TAAAGCGTAT ACTTATGTCT TTCATAAAGA TGCCATTCAA 
GGATCCAAGG TTATATTGGC AGGTGGCACC GATGTCCCCT TTTCCCATAA ACCTTTGCTG 
CTGTATAATG GAGAACTAAC TTGTCAGACT CAGAGTGGGA AAACAAACAA TATCTATCTC 
AGTACTCACA GTTTCCTTGG AAATTTGAAA GACTTTGGAC CTAATGAGCT GGCAGAAATG 
CTTACTCAAA CGTTAATGTT GAAAAGGTTT TCTGAAGCTT GGGAGATATG CAGGCTTCTG 
AATGACCCAT CTGGTTGGAA TGAACTGGCC AAAGCCTGCT TATATCATAT GGAGGTGGAT 
TTTGCAATAC GTGTTTATCG GACGTTTGGT AATGCTGGGA TGGTGATGTC ACTAGAACAG 
ATAAAGGGAA TAGAAGACCA CAACCTTTTA GCAGGACACC TTGCCATGTT TACTGGTGAT 
TTTAATCTGG CTCAGGATTT ATATCTGGCA TCCTCCCGTC CTACTGCTGC ACTTGAGATG 
CGAAAAGACT TGCAACACTG GGACAGCGCG CTTCAGCTGG CTAAGCGGTT GGCCCCAGAC 
CAAATCCCAT TCATATCAAA GGAGTATGCA ATGCAGCTTG AATTCACGGG TGATTATATT 
AACGCTCTGG TGCATTATGA GAAGGGAATT ACTAAAGACA ATAAGTACCA GGAACATGAT 
GAAGCTTGCC TCGCTGGGAT AGCTCAGATG TCCATTCGAA CGGGAGATAT CCGTCGAGGG 
GTAAACCAGG CCATCAAGCA TCCCAGTAGG TTACTAAAAA GAGACTGTGG AACTATCCTG 
GAGAGTATGA AGCAATTTTC AGAAGCTGCT CAGCTGTATG AAAAGGGACA ATATTATGAC 
AAGGCAGCAT CAGTATACAT CCGGTGTAAA AACTGGGCAA AGGTTGGTGA GCTTCTTTCT 
TATGTTTCGT CTCCAAAGAT TCATCTACAA TATGCAAAGG CCAAAGAAGC TGATGGCAGT 
TACAAGGAAG CTGTGATGGC TTATGAAAAT GCAAAACAGT GGGACAGCGT AATCCGACTG 
TATTTGGATC ACCTTAATAA TCCTGAAAAG GCTGTTAATG TTGTGAGAGA AACACAGTCT 
CTTGATGGAG CAAAGATGGT GGCCAGATTC TTCCTGAAGC TCGGTGACTA TGGCTCTGCC 
ATCCAGTTCC TGGTCATGTC CAAGTGCAAT AATGAGGCTT TCACATTAGC TCAACAACAC 
AACAAGATGG AGATTTATGC TGATATCATC AGTTCTGAGA ATACTAGCAA TGAAGATTAT 
CAGAGCATTG CACTGTATTT TGAAGGAGAA AAGAAACATT TTCAAGCAGG AAAATTTTTC 
TTGCTTTGTG GCCAGTATGC ACGGGCATTA AAGCACTTTA TAAAAAGTCC AAATACAGAA 
GATAACTTGT CTATAGAAAT GGCAATTGAA ACAGTGGGAC AGGCAAAAGA TGAAGCCCTA 
ACAAATCAGC TGATAGATTA TCTTATGGGA GAGAGTGATG GCATGCCTAA GGATGCCAAG 
TACCTATTCC GCCTGTACAT GGCACTGAAG CAATACCGAG AAGCTGCCAG GACTGCTATC 
ATAATTGCCA GGGAGGAGCA GTGCTCAGGA AACTACCGAA ATGCACATGA TGTTCTTTTC 
AGTATGTATT CAGAATTAAA GACCCAGAAG ATTAAAATTC CTTCTGAGAT GGCTACAAAC 
CTTATGATTC TACACAGCTA TATTTTAGTA AAGGCTCATG TGAAACGTGG AGATCACATG 
AAGGGAGCGC GCATGCTCAT ACGTGTAGCC AACAACATCA GCAAGTTCCC ATCACACATC 
GTACCGATTT TGACTTCAAC AGTAATTGAG TGTCACAGAG CAGGACTGAA GAACTCAGCC 
TTCAATTTTG CCGCCATGTT GATGAGACCT GAGTATCGAA ATAAAATAGA TCCAAAATAC 
AAAAAGAAAA TTGAAGCAAT GGTCAGGCGT CCTGACACAA CCGAGGCAGA AGAGCCAACG 
ACAGCCTGTC CGCACTGCGC CTTCCAGCTC CCCGAGTGCG AACTCCTGTG TCCCGGGTGC 
AAGAACAGCC TGCCTTACTG CATTGCCACC GGCCGGCACA TGGTACAAGA TGACTGGACA 
GTCTGCCCCC ACTGTGACTT CCCTGCCCTC TATTCAGAAT TCAAGAACAT GTTACAGAGT 
GAAAATATAT GTCCAATGTG TTCTGAAAGA ATTAACATTG TTCATCTTAA GAAAATCAGT 
GACTGCACAC AGTACCTCAA ACAAGACACG GACCAGTAA

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

WDR19 ( XM_013109610.1 ) cDNA ORF clone, Anas platyrhynchos(Mallard) -> XP_012965064.1 Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OAn121746
Clone ID Related Accession (Same CDS sequence)	XM_013109610.1
Accession Version	XM_013109610.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3348bp) 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	2015-07-08
Organism	Anas platyrhynchos(Mallard)
Product	WD repeat-containing protein 19 isoform X2
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004680547.1) 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 :: Anas platyrhynchos Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAGAGT ATCAACCAGG GAAAGCACAG TATGGTGATG GCTACATTAT GATTGGTTTC 
TCACGAGGAT GTTTTGTAGT CATTTCTACA CACATTCGTG AAATAGGTCA AGAAATCTTT 
CAAGCTCATA ATCATAAGGA TAATCTAACC AGCATTGCTA TATCACAGTC ATTGAACAAA 
GCTGCATCAT GTGGAGACAA TTGCATTAAA ATCCATGATC TGTCAGACCT GAGAGAGATG 
TATGCTATAA TAAACCTGGA TGATGAAAAC AAAGGTGTAG AACAGCTGGC TTGGACAGAT 
GATGGACAGC TGTTGGCAGT ATCTACACGA AGAGCATCCC TTCATGTTTT CTTGACAAAG 
CTTCCAATCC TGGGAGATGC TTGCAGTACG CGGATCGCAT ACCTCACATC TCTTCTTGAA 
GTTACTATAG CCAACCACGT GGAGGGAGAG CTACCAGTCA CTGTCTCTGT TGAAGTAGAG 
CCCAGTTTTG TTGCAATTGG TGTCTATCAT TTGGCTGTAG GAATGAACAA TCGGGCTTGG 
TTTTATGCAC TTGGAGAGAA CAATGTGAAA AAGCTTAAAG ATGTGGAGTA CCTGGGTACA 
GTTGCAAACA TGCATCTTAA TTCTGATTAT GCTGCTGCTC TCTTTGAGGG TAAAGTCCAA 
TTGCATATGA TAGAAAGTGA AGGCTTGGAT GCTCAGGAAG AACGGGAAAC TCGTCTCTTC 
CCAGCAGATG ATGATAAATG CCGAATTTTA TGCCATGCTT TAACTGGTGA CTTCCTTATA 
TATGGCACAG ATACTGGAGT AATTCATTAT TTCTACATTG AAGACTGGCA ATATGTGAAT 
GAATATCGTC ATCCTGTCGG TGTGAGAAAA ATTTTTCCTG ATCCCAATGG AACCAGACTG 
GCTTTCATAG ATGAAAAAAG TGATGGCTTT GTCTACTGCC CAGTAAGTGA TAGATTATAT 
GAGATTCCAA ATTTCTCACC AACTATTAAA GGAATCCTGT GGGAAAACTG GCCAATGGAT 
AAAGGTGTTT TTGTTGCTTA TGATGATGAT AAAGCGTATA CTTATGTCTT TCATAAAGAT 
GCCATTCAAG GATCCAAGGT TATATTGGCA GGTGGCACCG ATGTCCCCTT TTCCCATAAA 
CCTTTGCTGC TGTATAATGG AGAACTAACT TGTCAGACTC AGAGTGGGAA AACAAACAAT 
ATCTATCTCA GTACTCACAG TTTCCTTGGA AATTTGAAAG ACTTTGGACC TAATGAGCTG 
GCAGAAATGC TTACTCAAAC GTTAATGTTG AAAAGGTTTT CTGAAGCTTG GGAGATATGC 
AGGCTTCTGA ATGACCCATC TGGTTGGAAT GAACTGGCCA AAGCCTGCTT ATATCATATG 
GAGGTGGATT TTGCAATACG TGTTTATCGG ACGTTTGGTA ATGCTGGGAT GGTGATGTCA 
CTAGAACAGA TAAAGGGAAT AGAAGACCAC AACCTTTTAG CAGGACACCT TGCCATGTTT 
ACTGGTGATT TTAATCTGGC TCAGGATTTA TATCTGGCAT CCTCCCGTCC TACTGCTGCA 
CTTGAGATGC GAAAAGACTT GCAACACTGG GACAGCGCGC TTCAGCTGGC TAAGCGGTTG 
GCCCCAGACC AAATCCCATT CATATCAAAG GAGTATGCAA TGCAGCTTGA ATTCACGGGT 
GATTATATTA ACGCTCTGGT GCATTATGAG AAGGGAATTA CTAAAGACAA TAAGTACCAG 
GAACATGATG AAGCTTGCCT CGCTGGGATA GCTCAGATGT CCATTCGAAC GGGAGATATC 
CGTCGAGGGG TAAACCAGGC CATCAAGCAT CCCAGTAGGT TACTAAAAAG AGACTGTGGA 
ACTATCCTGG AGAGTATGAA GCAATTTTCA GAAGCTGCTC AGCTGTATGA AAAGGGACAA 
TATTATGACA AGGCAGCATC AGTATACATC CGGTGTAAAA ACTGGGCAAA GGTTGGTGAG 
CTTCTTTCTT ATGTTTCGTC TCCAAAGATT CATCTACAAT ATGCAAAGGC CAAAGAAGCT 
GATGGCAGTT ACAAGGAAGC TGTGATGGCT TATGAAAATG CAAAACAGTG GGACAGCGTA 
ATCCGACTGT ATTTGGATCA CCTTAATAAT CCTGAAAAGG CTGTTAATGT TGTGAGAGAA 
ACACAGTCTC TTGATGGAGC AAAGATGGTG GCCAGATTCT TCCTGAAGCT CGGTGACTAT 
GGCTCTGCCA TCCAGTTCCT GGTCATGTCC AAGTGCAATA ATGAGGCTTT CACATTAGCT 
CAACAACACA ACAAGATGGA GATTTATGCT GATATCATCA GTTCTGAGAA TACTAGCAAT 
GAAGATTATC AGAGCATTGC ACTGTATTTT GAAGGAGAAA AGAAACATTT TCAAGCAGGA 
AAATTTTTCT TGCTTTGTGG CCAGTATGCA CGGGCATTAA AGCACTTTAT AAAAAGTCCA 
AATACAGAAG ATAACTTGTC TATAGAAATG GCAATTGAAA CAGTGGGACA GGCAAAAGAT 
GAAGCCCTAA CAAATCAGCT GATAGATTAT CTTATGGGAG AGAGTGATGG CATGCCTAAG 
GATGCCAAGT ACCTATTCCG CCTGTACATG GCACTGAAGC AATACCGAGA AGCTGCCAGG 
ACTGCTATCA TAATTGCCAG GGAGGAGCAG TGCTCAGGAA ACTACCGAAA TGCACATGAT 
GTTCTTTTCA GTATGTATTC AGAATTAAAG ACCCAGAAGA TTAAAATTCC TTCTGAGATG 
GCTACAAACC TTATGATTCT ACACAGCTAT ATTTTAGTAA AGGCTCATGT GAAACGTGGA 
GATCACATGA AGGGAGCGCG CATGCTCATA CGTGTAGCCA ACAACATCAG CAAGTTCCCA 
TCACACATCG TACCGATTTT GACTTCAACA GTAATTGAGT GTCACAGAGC AGGACTGAAG 
AACTCAGCCT TCAATTTTGC CGCCATGTTG ATGAGACCTG AGTATCGAAA TAAAATAGAT 
CCAAAATACA AAAAGAAAAT TGAAGCAATG GTCAGGCGTC CTGACACAAC CGAGGCAGAA 
GAGCCAACGA CAGCCTGTCC GCACTGCGCC TTCCAGCTCC CCGAGTGCGA ACTCCTGTGT 
CCCGGGTGCA AGAACAGCCT GCCTTACTGC ATTGCCACCG GCCGGCACAT GGTACAAGAT 
GACTGGACAG TCTGCCCCCA CTGTGACTTC CCTGCCCTCT ATTCAGAATT CAAGAACATG 
TTACAGAGTG AAAATATATG TCCAATGTGT TCTGAAAGAA TTAACATTGT TCATCTTAAG 
AAAATCAGTG ACTGCACACA GTACCTCAAA CAAGACACGG ACCAGTAA

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

RefSeq	XP_012965064.1
CDS	142..3489
Translation	MKEYQPGKAQYGDGYIMIGFSRGCFVVISTHIREIGQEIFQAHNHKDNLTSIAISQSLNKAASCGDNCIKIHDLSDLREMYAIINLDDENKGVEQLAWTDDGQLLAVSTRRASLHVFLTKLPILGDACSTRIAYLTSLLEVTIANHVEGELPVTVSVEVEPSFVAIGVYHLAVGMNNRAWFYALGENNVKKLKDVEYLGTVANMHLNSDYAAALFEGKVQLHMIESEGLDAQEERETRLFPADDDKCRILCHALTGDFLIYGTDTGVIHYFYIEDWQYVNEYRHPVGVRKIFPDPNGTRLAFIDEKSDGFVYCPVSDRLYEIPNFSPTIKGILWENWPMDKGVFVAYDDDKAYTYVFHKDAIQGSKVILAGGTDVPFSHKPLLLYNGELTCQTQSGKTNNIYLSTHSFLGNLKDFGPNELAEMLTQTLMLKRFSEAWEICRLLNDPSGWNELAKACLYHMEVDFAIRVYRTFGNAGMVMSLEQIKGIEDHNLLAGHLAMFTGDFNLAQDLYLASSRPTAALEMRKDLQHWDSALQLAKRLAPDQIPFISKEYAMQLEFTGDYINALVHYEKGITKDNKYQEHDEACLAGIAQMSIRTGDIRRGVNQAIKHPSRLLKRDCGTILESMKQFSEAAQLYEKGQYYDKAASVYIRCKNWAKVGELLSYVSSPKIHLQYAKAKEADGSYKEAVMAYENAKQWDSVIRLYLDHLNNPEKAVNVVRETQSLDGAKMVARFFLKLGDYGSAIQFLVMSKCNNEAFTLAQQHNKMEIYADIISSENTSNEDYQSIALYFEGEKKHFQAGKFFLLCGQYARALKHFIKSPNTEDNLSIEMAIETVGQAKDEALTNQLIDYLMGESDGMPKDAKYLFRLYMALKQYREAARTAIIIAREEQCSGNYRNAHDVLFSMYSELKTQKIKIPSEMATNLMILHSYILVKAHVKRGDHMKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFNFAAMLMRPEYRNKIDPKYKKKIEAMVRRPDTTEAEEPTTACPHCAFQLPECELLCPGCKNSLPYCIATGRHMVQDDWTVCPHCDFPALYSEFKNMLQSENICPMCSERINIVHLKKISDCTQYLKQDTDQ

Target ORF information:

RefSeq Version	XM_013109610.1
Organism	Anas platyrhynchos(Mallard)
Definition	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X4, mRNA.

Target ORF information:

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

XM_013109610.1

ORF Insert Sequence:

ATGAAAGAGT ATCAACCAGG GAAAGCACAG TATGGTGATG GCTACATTAT GATTGGTTTC 
TCACGAGGAT GTTTTGTAGT CATTTCTACA CACATTCGTG AAATAGGTCA AGAAATCTTT 
CAAGCTCATA ATCATAAGGA TAATCTAACC AGCATTGCTA TATCACAGTC ATTGAACAAA 
GCTGCATCAT GTGGAGACAA TTGCATTAAA ATCCATGATC TGTCAGACCT GAGAGAGATG 
TATGCTATAA TAAACCTGGA TGATGAAAAC AAAGGTGTAG AACAGCTGGC TTGGACAGAT 
GATGGACAGC TGTTGGCAGT ATCTACACGA AGAGCATCCC TTCATGTTTT CTTGACAAAG 
CTTCCAATCC TGGGAGATGC TTGCAGTACG CGGATCGCAT ACCTCACATC TCTTCTTGAA 
GTTACTATAG CCAACCACGT GGAGGGAGAG CTACCAGTCA CTGTCTCTGT TGAAGTAGAG 
CCCAGTTTTG TTGCAATTGG TGTCTATCAT TTGGCTGTAG GAATGAACAA TCGGGCTTGG 
TTTTATGCAC TTGGAGAGAA CAATGTGAAA AAGCTTAAAG ATGTGGAGTA CCTGGGTACA 
GTTGCAAACA TGCATCTTAA TTCTGATTAT GCTGCTGCTC TCTTTGAGGG TAAAGTCCAA 
TTGCATATGA TAGAAAGTGA AGGCTTGGAT GCTCAGGAAG AACGGGAAAC TCGTCTCTTC 
CCAGCAGATG ATGATAAATG CCGAATTTTA TGCCATGCTT TAACTGGTGA CTTCCTTATA 
TATGGCACAG ATACTGGAGT AATTCATTAT TTCTACATTG AAGACTGGCA ATATGTGAAT 
GAATATCGTC ATCCTGTCGG TGTGAGAAAA ATTTTTCCTG ATCCCAATGG AACCAGACTG 
GCTTTCATAG ATGAAAAAAG TGATGGCTTT GTCTACTGCC CAGTAAGTGA TAGATTATAT 
GAGATTCCAA ATTTCTCACC AACTATTAAA GGAATCCTGT GGGAAAACTG GCCAATGGAT 
AAAGGTGTTT TTGTTGCTTA TGATGATGAT AAAGCGTATA CTTATGTCTT TCATAAAGAT 
GCCATTCAAG GATCCAAGGT TATATTGGCA GGTGGCACCG ATGTCCCCTT TTCCCATAAA 
CCTTTGCTGC TGTATAATGG AGAACTAACT TGTCAGACTC AGAGTGGGAA AACAAACAAT 
ATCTATCTCA GTACTCACAG TTTCCTTGGA AATTTGAAAG ACTTTGGACC TAATGAGCTG 
GCAGAAATGC TTACTCAAAC GTTAATGTTG AAAAGGTTTT CTGAAGCTTG GGAGATATGC 
AGGCTTCTGA ATGACCCATC TGGTTGGAAT GAACTGGCCA AAGCCTGCTT ATATCATATG 
GAGGTGGATT TTGCAATACG TGTTTATCGG ACGTTTGGTA ATGCTGGGAT GGTGATGTCA 
CTAGAACAGA TAAAGGGAAT AGAAGACCAC AACCTTTTAG CAGGACACCT TGCCATGTTT 
ACTGGTGATT TTAATCTGGC TCAGGATTTA TATCTGGCAT CCTCCCGTCC TACTGCTGCA 
CTTGAGATGC GAAAAGACTT GCAACACTGG GACAGCGCGC TTCAGCTGGC TAAGCGGTTG 
GCCCCAGACC AAATCCCATT CATATCAAAG GAGTATGCAA TGCAGCTTGA ATTCACGGGT 
GATTATATTA ACGCTCTGGT GCATTATGAG AAGGGAATTA CTAAAGACAA TAAGTACCAG 
GAACATGATG AAGCTTGCCT CGCTGGGATA GCTCAGATGT CCATTCGAAC GGGAGATATC 
CGTCGAGGGG TAAACCAGGC CATCAAGCAT CCCAGTAGGT TACTAAAAAG AGACTGTGGA 
ACTATCCTGG AGAGTATGAA GCAATTTTCA GAAGCTGCTC AGCTGTATGA AAAGGGACAA 
TATTATGACA AGGCAGCATC AGTATACATC CGGTGTAAAA ACTGGGCAAA GGTTGGTGAG 
CTTCTTTCTT ATGTTTCGTC TCCAAAGATT CATCTACAAT ATGCAAAGGC CAAAGAAGCT 
GATGGCAGTT ACAAGGAAGC TGTGATGGCT TATGAAAATG CAAAACAGTG GGACAGCGTA 
ATCCGACTGT ATTTGGATCA CCTTAATAAT CCTGAAAAGG CTGTTAATGT TGTGAGAGAA 
ACACAGTCTC TTGATGGAGC AAAGATGGTG GCCAGATTCT TCCTGAAGCT CGGTGACTAT 
GGCTCTGCCA TCCAGTTCCT GGTCATGTCC AAGTGCAATA ATGAGGCTTT CACATTAGCT 
CAACAACACA ACAAGATGGA GATTTATGCT GATATCATCA GTTCTGAGAA TACTAGCAAT 
GAAGATTATC AGAGCATTGC ACTGTATTTT GAAGGAGAAA AGAAACATTT TCAAGCAGGA 
AAATTTTTCT TGCTTTGTGG CCAGTATGCA CGGGCATTAA AGCACTTTAT AAAAAGTCCA 
AATACAGAAG ATAACTTGTC TATAGAAATG GCAATTGAAA CAGTGGGACA GGCAAAAGAT 
GAAGCCCTAA CAAATCAGCT GATAGATTAT CTTATGGGAG AGAGTGATGG CATGCCTAAG 
GATGCCAAGT ACCTATTCCG CCTGTACATG GCACTGAAGC AATACCGAGA AGCTGCCAGG 
ACTGCTATCA TAATTGCCAG GGAGGAGCAG TGCTCAGGAA ACTACCGAAA TGCACATGAT 
GTTCTTTTCA GTATGTATTC AGAATTAAAG ACCCAGAAGA TTAAAATTCC TTCTGAGATG 
GCTACAAACC TTATGATTCT ACACAGCTAT ATTTTAGTAA AGGCTCATGT GAAACGTGGA 
GATCACATGA AGGGAGCGCG CATGCTCATA CGTGTAGCCA ACAACATCAG CAAGTTCCCA 
TCACACATCG TACCGATTTT GACTTCAACA GTAATTGAGT GTCACAGAGC AGGACTGAAG 
AACTCAGCCT TCAATTTTGC CGCCATGTTG ATGAGACCTG AGTATCGAAA TAAAATAGAT 
CCAAAATACA AAAAGAAAAT TGAAGCAATG GTCAGGCGTC CTGACACAAC CGAGGCAGAA 
GAGCCAACGA CAGCCTGTCC GCACTGCGCC TTCCAGCTCC CCGAGTGCGA ACTCCTGTGT 
CCCGGGTGCA AGAACAGCCT GCCTTACTGC ATTGCCACCG GCCGGCACAT GGTACAAGAT 
GACTGGACAG TCTGCCCCCA CTGTGACTTC CCTGCCCTCT ATTCAGAATT CAAGAACATG 
TTACAGAGTG AAAATATATG TCCAATGTGT TCTGAAAGAA TTAACATTGT TCATCTTAAG 
AAAATCAGTG ACTGCACACA GTACCTCAAA CAAGACACGG ACCAGTAA

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

WDR19 ( XM_027457235.1 ) cDNA ORF clone, Anas platyrhynchos(Mallard) -> XP_027313036.1 Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAn178278
Clone ID Related Accession (Same CDS sequence)	XM_027457235.1 , XM_027457234.1
Accession Version	XM_027457235.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4251bp) 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	2018-12-19
Organism	Anas platyrhynchos(mallard)
Product	WD repeat-containing protein 19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040049.1) 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 Name :: Anas platyrhynchos Annotation Release 103 Annotation Version :: 103 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##

ATGGGAGCTA CCGCCTCCGC AGGCCTCGCT TTCCCATTGG CTCCGAGGCG GGACGTGGCC 
CCGCCCACCT CCCTTGATTG GTTCCGACCT TCTCCCGCCT TCCCCGTCTC CCTGGCAACG 
CGGACGCCGG GCGGGGTGAG GGGGGTCCGG CTCCCTGCTC GGCTGGGGGG GGCGGCGCAT 
GCGCACGGGG GCGCTGCGCG GCGAGCGGTG GGCGCGATGA AGCAAGTCTT CAGTCTAATA 
GAAAAATCAT GGTCTGGTTC CTCTGTGCAG TTTGCTTGGC AGAAAACTTT GGGAAATTTC 
CTTGCTGTAA CAGGAGGTGA TCGCACGGTG AGCATTTTTG ATCGTCACGG TCAGAAGATA 
AATGAAATTA CCTTACCAGG TAACTGTGTT ACCCTGGACT GGGATAAAGA TGGAGATACT 
TTAGCAATAA TTACAGACAA ATCTAGTGCC ATTTATCTCT GGGATGCCAA CACAAACAAA 
ACAAGCCAAT TAGACAGTGG CATGAGGGAT GCAATGTCTT TCTTATTATG GTCTCGAGTT 
GGAAGTTTAC TTGCCATTGG AACCACAAAG GGAAACTTGC TTATATATAA CCGCCAGACT 
TCTCGCAAGA TTCCTGTTCT TGGTAAGCAC ACTAAGCGGA TTACTTGCGG TTGTTGGAGC 
ACTGAAAACC TTCTGGCTCT AGGCGGTGAA GATAAAATGA TTACTATAAG CAATCAGGAA 
GGGGATACTA TCAGACAGAC CTCAGTGAAC TCAGAACCCA GTGATATGCA GTTCTCAGTT 
ATGAAGACTG ATGAAAGAGT ATCAACCAGG GAAAGCACAG TAAGTGTAGT GGTCGGCAAG 
AAGACTCTCT TTCTTTTTAA TTTGAATGAT CCTGATAACC CGATTGATCT GAAATTTCAG 
CAGTCTTATG GCAGTATTGT AACCTACAGA TGGTATGGTG ATGGCTACAT TATGATTGGT 
TTCTCACGAG GATGTTTTGT AGTCATTTCT ACACACATTC GTGAAATAGG TCAAGAAATC 
TTTCAAGCTC ATAATCATAA GGATAATCTA ACCAGCATTG CTATATCACA GTCATTGAAC 
AAAGCTGCAT CATGTGGAGA CAATTGCATT AAAATCCATG ATCTGTCAGA CCTGAGAGAG 
ATGTATGCTA TAATAAACCT GGATGATGAA AACAAAGGTG TAGAACAGCT GGCTTGGACA 
GATGATGGAC AGCTGTTGGC AGTATCTACA CGAAGAGCAT CCCTTCATGT TTTCTTGACA 
AAGCTTCCAA TCCTGGGAGA TGCTTGCAGT ACGCGGATCG CATACCTCAC ATCTCTTCTT 
GAAGTTACTA TAGCCAACCA CGTGGAGGGA GAGCTACCAG TCACTGTCTC TGTTGAAGTA 
GAGCCCAGTT TTGTTGCAAT TGGTGTCTAT CATTTGGCTG TAGGAATGAA CAATCGGGCT 
TGGTTTTATG CACTTGGAGA GAACAATGTG AAAAAGCTTA AAGATGTGGA GTACCTGGGT 
ACAGTTGCAA ACATGCATCT TAATTCTGAT TATGCTGCTG CTCTCTTTGA GGGTAAAGTC 
CAATTGCATA TGATAGAAAG TGAAGGCTTG GATGCTCAGG AAGAACGGGA AACTCGTCTC 
TTCCCAGCAG ATGATGATAA ATGCCGAATT TTATGCCATG CTTTAACTGG TGACTTCCTT 
ATATATGGCA CAGATACTGG AGTAATTCAT TATTTCTACA TTGAAGACTG GCAATATGTG 
AATGAATATC GTCATCCTGT CGGTGTGAGA AAAATTTTTC CTGATCCCAA TGGAACCAGA 
CTGGCTTTCA TAGATGAAAA AAGTGATGGC TTTGTCTACT GCCCAGTAAG TGATAGATTA 
TATGAGATTC CAAATTTCTC ACCAACTATT AAAGGAATCC TGTGGGAAAA CTGGCCAATG 
GATAAAGGTG TTTTTGTTGC TTATGATGAT GATAAAGCGT ATACTTATGT CTTTCATAAA 
GATGCCATTC AAGGATCCAA GGTTATATTG GCAGGTGGCA CCGATGTCCC CTTTTCCCAT 
AAACCTTTGC TGCTGTATAA TGGAGAACTA ACTTGTCAGA CTCAGAGTGG GAAAACAAAC 
AATATCTATC TCAGTACTCA CAGTTTCCTT GGAAATTTGA AAGACTTTGG ACCTAATGAG 
CTGGTAGAAA TGCTTACTCA AACGTTAATG TTGAAAAGGT TTTCTGAAGC TTGGGAGATA 
TGCAGGCTTC TGAATGACCC ATCTGGTTGG AATGAACTGG CCAAAGCCTG CTTATATCAT 
ATGGAGGTGG ATTTTGCAAT ACGTGTTTAT CGGACGTTTG GTAATGCTGG GATGGTGATG 
TCACTAGAAC AGATAAAGGG AATAGAAGAC CACAACCTTT TAGCAGGACA CCTTGCCATG 
TTTACTGGTG ATTTTAATCT GGCTCAGGAT TTATATCTGG CATCCTCCCG TCCTACTGCT 
GCACTTGAGA TGCGAAAAGA CTTGCAACAC TGGGACAGCG CGCTTCAGCT GGCTAAGCGG 
TTGGCCCCAG ACCAAATCCC ATTCATATCA AAGGAGTATG CAATGCAGCT TGAATTCACG 
GGTGATTATA TTAACGCTCT GGTGCATTAT GAGAAGGGAA TTACTAAAGA CAATAAGTAC 
CAGGAACATG ATGAAGCTTG CCTCGCTGGG ATAGCTCAGA TGTCCATTCG AACGGGAGAT 
ATCCGTCGAG GGGTAAACCA GGCCATCAAG CATCCCAGTA GGTTACTAAA AAGAGACTGT 
GGAACTATCC TGGAGAGTAT GAAGCAATTT TCAGAAGCTG CTCAGCTGTA TGAAAAGGGA 
CAATATTATG ACAAGGCAGC ATCAGTATAC ATCCGGTGTA AAAACTGGGC AAAGGTTGGT 
GAGCTTCTTT CTTATGTTTC GTCTCCAAAG ATTCATCTAC AATATGCAAA GGCCAAAGAA 
GCTGATGGCA GTTACAAGGA AGCTGTGATG GCTTATGAAA ATGCAAAACA GTGGGACAGC 
GTAATCCGAC TGTATTTGGA TCACCTTAAT AATCCTGAAA AGGCTGTTAA TGTTGTGAGA 
GAAACACAGT CTCTTGATGG AGCAAAGATG GTGGCCAGAT TCTTCCTGAA GCTCGGTGAC 
TATGGCTCTG CCATCCAGTT CCTGGTCATG TCCAAGTGCA ATAATGAGGC TTTCACATTA 
GCTCAACAAC ACAACAAGAT GGAGATTTAT GCTGATATCA TCAGTTCTGA GAATACTAGC 
GATGAAGATT ATCAGAGCAT TGCACTGTAT TTTGAAGGAG AAAAGAAACA TTTTCAAGCA 
GGAAAATTTT TCTTGCTTTG TGGCCAGTAT GCACGGGCAT TAAAGCACTT TATAAAAAGT 
CCAAATACAG AAGATAACTT GTCTATAGAA ATGGCAATTG AAACAGTGGG ACAGGCAAAA 
GATGAAGCCC TAACAAATCA GCTGATAGAT TATCTTATGG GAGAGAGTGA TGGCATGCCT 
AAGGATGCCA AGTACCTATT CCGCCTGTAC ATGGCACTGA AGCAATACCG AGAAGCTGCC 
AGGACTGCTA TCATAATTGC CAGGGAGGAG CAGTGCTCAG GAAACTACCG AAATGCACAT 
GATGTTCTTT TCAGTATGTA TTCAGAATTA AAGACCCAGA AGATTAAAAT TCCTTCTGAG 
ATGGCTACAA ACCTTATGAT TCTACACAGC TATATTTTAG TAAAGGCTCA TGTGAAACGT 
GGAGATCACA TGAAGGGAGC GCGCATGCTC ATACGTGTAG CCAACAACAT CAGCAAGTTC 
CCATCACACA TCGTACCGAT TTTGACTTCA ACAGTAATTG AGTGTCACAG AGCAGGACTG 
AAGAACTCAG CCTTCAATTT TGCCGCCATG TTGATGAGAC CTGAGTATCG AAATAAAATA 
GATCCAAAAT ACAAAAAGAA AATTGAAGCA ATGGTCAGGC GTCCTGACAC AACCGAGGCA 
GAAGAGCCAA CGACAGCCTG TCCGCACTGC GCCTTCCAGC TCCCTGAGTG CGAACTCCTG 
TGTCCCGGGT GCAAGAACAG CCTGCCTTAC TGCATTGCCA CCGGCCGGCA CATGGTACAA 
GATGACTGGA CAGTCTGCCC CCACTGTGAC TTCCCTGCCC TCTATTCAGA ATTCAAGAAC 
ATGTTACAGA GTGAAAATAT ATGTCCAATG TGTTCTGAAA GAATTAACAT TGTTCATCTT 
AAGAAAATCA GTGACTGCAC ACAGTACCTC AAACAAGACA CGGACCAGTA A

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

RefSeq	XP_027313036.1
CDS	40..4290
Translation	MGATASAGLAFPLAPRRDVAPPTSLDWFRPSPAFPVSLATRTPGGVRGVRLPARLGGAAHAHGGAARRAVGAMKQVFSLIEKSWSGSSVQFAWQKTLGNFLAVTGGDRTVSIFDRHGQKINEITLPGNCVTLDWDKDGDTLAIITDKSSAIYLWDANTNKTSQLDSGMRDAMSFLLWSRVGSLLAIGTTKGNLLIYNRQTSRKIPVLGKHTKRITCGCWSTENLLALGGEDKMITISNQEGDTIRQTSVNSEPSDMQFSVMKTDERVSTRESTVSVVVGKKTLFLFNLNDPDNPIDLKFQQSYGSIVTYRWYGDGYIMIGFSRGCFVVISTHIREIGQEIFQAHNHKDNLTSIAISQSLNKAASCGDNCIKIHDLSDLREMYAIINLDDENKGVEQLAWTDDGQLLAVSTRRASLHVFLTKLPILGDACSTRIAYLTSLLEVTIANHVEGELPVTVSVEVEPSFVAIGVYHLAVGMNNRAWFYALGENNVKKLKDVEYLGTVANMHLNSDYAAALFEGKVQLHMIESEGLDAQEERETRLFPADDDKCRILCHALTGDFLIYGTDTGVIHYFYIEDWQYVNEYRHPVGVRKIFPDPNGTRLAFIDEKSDGFVYCPVSDRLYEIPNFSPTIKGILWENWPMDKGVFVAYDDDKAYTYVFHKDAIQGSKVILAGGTDVPFSHKPLLLYNGELTCQTQSGKTNNIYLSTHSFLGNLKDFGPNELVEMLTQTLMLKRFSEAWEICRLLNDPSGWNELAKACLYHMEVDFAIRVYRTFGNAGMVMSLEQIKGIEDHNLLAGHLAMFTGDFNLAQDLYLASSRPTAALEMRKDLQHWDSALQLAKRLAPDQIPFISKEYAMQLEFTGDYINALVHYEKGITKDNKYQEHDEACLAGIAQMSIRTGDIRRGVNQAIKHPSRLLKRDCGTILESMKQFSEAAQLYEKGQYYDKAASVYIRCKNWAKVGELLSYVSSPKIHLQYAKAKEADGSYKEAVMAYENAKQWDSVIRLYLDHLNNPEKAVNVVRETQSLDGAKMVARFFLKLGDYGSAIQFLVMSKCNNEAFTLAQQHNKMEIYADIISSENTSDEDYQSIALYFEGEKKHFQAGKFFLLCGQYARALKHFIKSPNTEDNLSIEMAIETVGQAKDEALTNQLIDYLMGESDGMPKDAKYLFRLYMALKQYREAARTAIIIAREEQCSGNYRNAHDVLFSMYSELKTQKIKIPSEMATNLMILHSYILVKAHVKRGDHMKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFNFAAMLMRPEYRNKIDPKYKKKIEAMVRRPDTTEAEEPTTACPHCAFQLPECELLCPGCKNSLPYCIATGRHMVQDDWTVCPHCDFPALYSEFKNMLQSENICPMCSERINIVHLKKISDCTQYLKQDTDQ

Target ORF information:

RefSeq Version	XM_027457235.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X2, mRNA.

Target ORF information:

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

XM_027457235.1

ORF Insert Sequence:

ATGGGAGCTA CCGCCTCCGC AGGCCTCGCT TTCCCATTGG CTCCGAGGCG GGACGTGGCC 
CCGCCCACCT CCCTTGATTG GTTCCGACCT TCTCCCGCCT TCCCCGTCTC CCTGGCAACG 
CGGACGCCGG GCGGGGTGAG GGGGGTCCGG CTCCCTGCTC GGCTGGGGGG GGCGGCGCAT 
GCGCACGGGG GCGCTGCGCG GCGAGCGGTG GGCGCGATGA AGCAAGTCTT CAGTCTAATA 
GAAAAATCAT GGTCTGGTTC CTCTGTGCAG TTTGCTTGGC AGAAAACTTT GGGAAATTTC 
CTTGCTGTAA CAGGAGGTGA TCGCACGGTG AGCATTTTTG ATCGTCACGG TCAGAAGATA 
AATGAAATTA CCTTACCAGG TAACTGTGTT ACCCTGGACT GGGATAAAGA TGGAGATACT 
TTAGCAATAA TTACAGACAA ATCTAGTGCC ATTTATCTCT GGGATGCCAA CACAAACAAA 
ACAAGCCAAT TAGACAGTGG CATGAGGGAT GCAATGTCTT TCTTATTATG GTCTCGAGTT 
GGAAGTTTAC TTGCCATTGG AACCACAAAG GGAAACTTGC TTATATATAA CCGCCAGACT 
TCTCGCAAGA TTCCTGTTCT TGGTAAGCAC ACTAAGCGGA TTACTTGCGG TTGTTGGAGC 
ACTGAAAACC TTCTGGCTCT AGGCGGTGAA GATAAAATGA TTACTATAAG CAATCAGGAA 
GGGGATACTA TCAGACAGAC CTCAGTGAAC TCAGAACCCA GTGATATGCA GTTCTCAGTT 
ATGAAGACTG ATGAAAGAGT ATCAACCAGG GAAAGCACAG TAAGTGTAGT GGTCGGCAAG 
AAGACTCTCT TTCTTTTTAA TTTGAATGAT CCTGATAACC CGATTGATCT GAAATTTCAG 
CAGTCTTATG GCAGTATTGT AACCTACAGA TGGTATGGTG ATGGCTACAT TATGATTGGT 
TTCTCACGAG GATGTTTTGT AGTCATTTCT ACACACATTC GTGAAATAGG TCAAGAAATC 
TTTCAAGCTC ATAATCATAA GGATAATCTA ACCAGCATTG CTATATCACA GTCATTGAAC 
AAAGCTGCAT CATGTGGAGA CAATTGCATT AAAATCCATG ATCTGTCAGA CCTGAGAGAG 
ATGTATGCTA TAATAAACCT GGATGATGAA AACAAAGGTG TAGAACAGCT GGCTTGGACA 
GATGATGGAC AGCTGTTGGC AGTATCTACA CGAAGAGCAT CCCTTCATGT TTTCTTGACA 
AAGCTTCCAA TCCTGGGAGA TGCTTGCAGT ACGCGGATCG CATACCTCAC ATCTCTTCTT 
GAAGTTACTA TAGCCAACCA CGTGGAGGGA GAGCTACCAG TCACTGTCTC TGTTGAAGTA 
GAGCCCAGTT TTGTTGCAAT TGGTGTCTAT CATTTGGCTG TAGGAATGAA CAATCGGGCT 
TGGTTTTATG CACTTGGAGA GAACAATGTG AAAAAGCTTA AAGATGTGGA GTACCTGGGT 
ACAGTTGCAA ACATGCATCT TAATTCTGAT TATGCTGCTG CTCTCTTTGA GGGTAAAGTC 
CAATTGCATA TGATAGAAAG TGAAGGCTTG GATGCTCAGG AAGAACGGGA AACTCGTCTC 
TTCCCAGCAG ATGATGATAA ATGCCGAATT TTATGCCATG CTTTAACTGG TGACTTCCTT 
ATATATGGCA CAGATACTGG AGTAATTCAT TATTTCTACA TTGAAGACTG GCAATATGTG 
AATGAATATC GTCATCCTGT CGGTGTGAGA AAAATTTTTC CTGATCCCAA TGGAACCAGA 
CTGGCTTTCA TAGATGAAAA AAGTGATGGC TTTGTCTACT GCCCAGTAAG TGATAGATTA 
TATGAGATTC CAAATTTCTC ACCAACTATT AAAGGAATCC TGTGGGAAAA CTGGCCAATG 
GATAAAGGTG TTTTTGTTGC TTATGATGAT GATAAAGCGT ATACTTATGT CTTTCATAAA 
GATGCCATTC AAGGATCCAA GGTTATATTG GCAGGTGGCA CCGATGTCCC CTTTTCCCAT 
AAACCTTTGC TGCTGTATAA TGGAGAACTA ACTTGTCAGA CTCAGAGTGG GAAAACAAAC 
AATATCTATC TCAGTACTCA CAGTTTCCTT GGAAATTTGA AAGACTTTGG ACCTAATGAG 
CTGGTAGAAA TGCTTACTCA AACGTTAATG TTGAAAAGGT TTTCTGAAGC TTGGGAGATA 
TGCAGGCTTC TGAATGACCC ATCTGGTTGG AATGAACTGG CCAAAGCCTG CTTATATCAT 
ATGGAGGTGG ATTTTGCAAT ACGTGTTTAT CGGACGTTTG GTAATGCTGG GATGGTGATG 
TCACTAGAAC AGATAAAGGG AATAGAAGAC CACAACCTTT TAGCAGGACA CCTTGCCATG 
TTTACTGGTG ATTTTAATCT GGCTCAGGAT TTATATCTGG CATCCTCCCG TCCTACTGCT 
GCACTTGAGA TGCGAAAAGA CTTGCAACAC TGGGACAGCG CGCTTCAGCT GGCTAAGCGG 
TTGGCCCCAG ACCAAATCCC ATTCATATCA AAGGAGTATG CAATGCAGCT TGAATTCACG 
GGTGATTATA TTAACGCTCT GGTGCATTAT GAGAAGGGAA TTACTAAAGA CAATAAGTAC 
CAGGAACATG ATGAAGCTTG CCTCGCTGGG ATAGCTCAGA TGTCCATTCG AACGGGAGAT 
ATCCGTCGAG GGGTAAACCA GGCCATCAAG CATCCCAGTA GGTTACTAAA AAGAGACTGT 
GGAACTATCC TGGAGAGTAT GAAGCAATTT TCAGAAGCTG CTCAGCTGTA TGAAAAGGGA 
CAATATTATG ACAAGGCAGC ATCAGTATAC ATCCGGTGTA AAAACTGGGC AAAGGTTGGT 
GAGCTTCTTT CTTATGTTTC GTCTCCAAAG ATTCATCTAC AATATGCAAA GGCCAAAGAA 
GCTGATGGCA GTTACAAGGA AGCTGTGATG GCTTATGAAA ATGCAAAACA GTGGGACAGC 
GTAATCCGAC TGTATTTGGA TCACCTTAAT AATCCTGAAA AGGCTGTTAA TGTTGTGAGA 
GAAACACAGT CTCTTGATGG AGCAAAGATG GTGGCCAGAT TCTTCCTGAA GCTCGGTGAC 
TATGGCTCTG CCATCCAGTT CCTGGTCATG TCCAAGTGCA ATAATGAGGC TTTCACATTA 
GCTCAACAAC ACAACAAGAT GGAGATTTAT GCTGATATCA TCAGTTCTGA GAATACTAGC 
GATGAAGATT ATCAGAGCAT TGCACTGTAT TTTGAAGGAG AAAAGAAACA TTTTCAAGCA 
GGAAAATTTT TCTTGCTTTG TGGCCAGTAT GCACGGGCAT TAAAGCACTT TATAAAAAGT 
CCAAATACAG AAGATAACTT GTCTATAGAA ATGGCAATTG AAACAGTGGG ACAGGCAAAA 
GATGAAGCCC TAACAAATCA GCTGATAGAT TATCTTATGG GAGAGAGTGA TGGCATGCCT 
AAGGATGCCA AGTACCTATT CCGCCTGTAC ATGGCACTGA AGCAATACCG AGAAGCTGCC 
AGGACTGCTA TCATAATTGC CAGGGAGGAG CAGTGCTCAG GAAACTACCG AAATGCACAT 
GATGTTCTTT TCAGTATGTA TTCAGAATTA AAGACCCAGA AGATTAAAAT TCCTTCTGAG 
ATGGCTACAA ACCTTATGAT TCTACACAGC TATATTTTAG TAAAGGCTCA TGTGAAACGT 
GGAGATCACA TGAAGGGAGC GCGCATGCTC ATACGTGTAG CCAACAACAT CAGCAAGTTC 
CCATCACACA TCGTACCGAT TTTGACTTCA ACAGTAATTG AGTGTCACAG AGCAGGACTG 
AAGAACTCAG CCTTCAATTT TGCCGCCATG TTGATGAGAC CTGAGTATCG AAATAAAATA 
GATCCAAAAT ACAAAAAGAA AATTGAAGCA ATGGTCAGGC GTCCTGACAC AACCGAGGCA 
GAAGAGCCAA CGACAGCCTG TCCGCACTGC GCCTTCCAGC TCCCTGAGTG CGAACTCCTG 
TGTCCCGGGT GCAAGAACAG CCTGCCTTAC TGCATTGCCA CCGGCCGGCA CATGGTACAA 
GATGACTGGA CAGTCTGCCC CCACTGTGAC TTCCCTGCCC TCTATTCAGA ATTCAAGAAC 
ATGTTACAGA GTGAAAATAT ATGTCCAATG TGTTCTGAAA GAATTAACAT TGTTCATCTT 
AAGAAAATCA GTGACTGCAC ACAGTACCTC AAACAAGACA CGGACCAGTA A

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

WDR19 ( XM_027457234.1 ) cDNA ORF clone, Anas platyrhynchos(Mallard) -> XP_027313035.1 Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAn178278
Clone ID Related Accession (Same CDS sequence)	XM_027457235.1 , XM_027457234.1
Accession Version	XM_027457234.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4251bp) 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	2018-12-19
Organism	Anas platyrhynchos(mallard)
Product	WD repeat-containing protein 19
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_040049.1) 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 Name :: Anas platyrhynchos Annotation Release 103 Annotation Version :: 103 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##

ATGGGAGCTA CCGCCTCCGC AGGCCTCGCT TTCCCATTGG CTCCGAGGCG GGACGTGGCC 
CCGCCCACCT CCCTTGATTG GTTCCGACCT TCTCCCGCCT TCCCCGTCTC CCTGGCAACG 
CGGACGCCGG GCGGGGTGAG GGGGGTCCGG CTCCCTGCTC GGCTGGGGGG GGCGGCGCAT 
GCGCACGGGG GCGCTGCGCG GCGAGCGGTG GGCGCGATGA AGCAAGTCTT CAGTCTAATA 
GAAAAATCAT GGTCTGGTTC CTCTGTGCAG TTTGCTTGGC AGAAAACTTT GGGAAATTTC 
CTTGCTGTAA CAGGAGGTGA TCGCACGGTG AGCATTTTTG ATCGTCACGG TCAGAAGATA 
AATGAAATTA CCTTACCAGG TAACTGTGTT ACCCTGGACT GGGATAAAGA TGGAGATACT 
TTAGCAATAA TTACAGACAA ATCTAGTGCC ATTTATCTCT GGGATGCCAA CACAAACAAA 
ACAAGCCAAT TAGACAGTGG CATGAGGGAT GCAATGTCTT TCTTATTATG GTCTCGAGTT 
GGAAGTTTAC TTGCCATTGG AACCACAAAG GGAAACTTGC TTATATATAA CCGCCAGACT 
TCTCGCAAGA TTCCTGTTCT TGGTAAGCAC ACTAAGCGGA TTACTTGCGG TTGTTGGAGC 
ACTGAAAACC TTCTGGCTCT AGGCGGTGAA GATAAAATGA TTACTATAAG CAATCAGGAA 
GGGGATACTA TCAGACAGAC CTCAGTGAAC TCAGAACCCA GTGATATGCA GTTCTCAGTT 
ATGAAGACTG ATGAAAGAGT ATCAACCAGG GAAAGCACAG TAAGTGTAGT GGTCGGCAAG 
AAGACTCTCT TTCTTTTTAA TTTGAATGAT CCTGATAACC CGATTGATCT GAAATTTCAG 
CAGTCTTATG GCAGTATTGT AACCTACAGA TGGTATGGTG ATGGCTACAT TATGATTGGT 
TTCTCACGAG GATGTTTTGT AGTCATTTCT ACACACATTC GTGAAATAGG TCAAGAAATC 
TTTCAAGCTC ATAATCATAA GGATAATCTA ACCAGCATTG CTATATCACA GTCATTGAAC 
AAAGCTGCAT CATGTGGAGA CAATTGCATT AAAATCCATG ATCTGTCAGA CCTGAGAGAG 
ATGTATGCTA TAATAAACCT GGATGATGAA AACAAAGGTG TAGAACAGCT GGCTTGGACA 
GATGATGGAC AGCTGTTGGC AGTATCTACA CGAAGAGCAT CCCTTCATGT TTTCTTGACA 
AAGCTTCCAA TCCTGGGAGA TGCTTGCAGT ACGCGGATCG CATACCTCAC ATCTCTTCTT 
GAAGTTACTA TAGCCAACCA CGTGGAGGGA GAGCTACCAG TCACTGTCTC TGTTGAAGTA 
GAGCCCAGTT TTGTTGCAAT TGGTGTCTAT CATTTGGCTG TAGGAATGAA CAATCGGGCT 
TGGTTTTATG CACTTGGAGA GAACAATGTG AAAAAGCTTA AAGATGTGGA GTACCTGGGT 
ACAGTTGCAA ACATGCATCT TAATTCTGAT TATGCTGCTG CTCTCTTTGA GGGTAAAGTC 
CAATTGCATA TGATAGAAAG TGAAGGCTTG GATGCTCAGG AAGAACGGGA AACTCGTCTC 
TTCCCAGCAG ATGATGATAA ATGCCGAATT TTATGCCATG CTTTAACTGG TGACTTCCTT 
ATATATGGCA CAGATACTGG AGTAATTCAT TATTTCTACA TTGAAGACTG GCAATATGTG 
AATGAATATC GTCATCCTGT CGGTGTGAGA AAAATTTTTC CTGATCCCAA TGGAACCAGA 
CTGGCTTTCA TAGATGAAAA AAGTGATGGC TTTGTCTACT GCCCAGTAAG TGATAGATTA 
TATGAGATTC CAAATTTCTC ACCAACTATT AAAGGAATCC TGTGGGAAAA CTGGCCAATG 
GATAAAGGTG TTTTTGTTGC TTATGATGAT GATAAAGCGT ATACTTATGT CTTTCATAAA 
GATGCCATTC AAGGATCCAA GGTTATATTG GCAGGTGGCA CCGATGTCCC CTTTTCCCAT 
AAACCTTTGC TGCTGTATAA TGGAGAACTA ACTTGTCAGA CTCAGAGTGG GAAAACAAAC 
AATATCTATC TCAGTACTCA CAGTTTCCTT GGAAATTTGA AAGACTTTGG ACCTAATGAG 
CTGGTAGAAA TGCTTACTCA AACGTTAATG TTGAAAAGGT TTTCTGAAGC TTGGGAGATA 
TGCAGGCTTC TGAATGACCC ATCTGGTTGG AATGAACTGG CCAAAGCCTG CTTATATCAT 
ATGGAGGTGG ATTTTGCAAT ACGTGTTTAT CGGACGTTTG GTAATGCTGG GATGGTGATG 
TCACTAGAAC AGATAAAGGG AATAGAAGAC CACAACCTTT TAGCAGGACA CCTTGCCATG 
TTTACTGGTG ATTTTAATCT GGCTCAGGAT TTATATCTGG CATCCTCCCG TCCTACTGCT 
GCACTTGAGA TGCGAAAAGA CTTGCAACAC TGGGACAGCG CGCTTCAGCT GGCTAAGCGG 
TTGGCCCCAG ACCAAATCCC ATTCATATCA AAGGAGTATG CAATGCAGCT TGAATTCACG 
GGTGATTATA TTAACGCTCT GGTGCATTAT GAGAAGGGAA TTACTAAAGA CAATAAGTAC 
CAGGAACATG ATGAAGCTTG CCTCGCTGGG ATAGCTCAGA TGTCCATTCG AACGGGAGAT 
ATCCGTCGAG GGGTAAACCA GGCCATCAAG CATCCCAGTA GGTTACTAAA AAGAGACTGT 
GGAACTATCC TGGAGAGTAT GAAGCAATTT TCAGAAGCTG CTCAGCTGTA TGAAAAGGGA 
CAATATTATG ACAAGGCAGC ATCAGTATAC ATCCGGTGTA AAAACTGGGC AAAGGTTGGT 
GAGCTTCTTT CTTATGTTTC GTCTCCAAAG ATTCATCTAC AATATGCAAA GGCCAAAGAA 
GCTGATGGCA GTTACAAGGA AGCTGTGATG GCTTATGAAA ATGCAAAACA GTGGGACAGC 
GTAATCCGAC TGTATTTGGA TCACCTTAAT AATCCTGAAA AGGCTGTTAA TGTTGTGAGA 
GAAACACAGT CTCTTGATGG AGCAAAGATG GTGGCCAGAT TCTTCCTGAA GCTCGGTGAC 
TATGGCTCTG CCATCCAGTT CCTGGTCATG TCCAAGTGCA ATAATGAGGC TTTCACATTA 
GCTCAACAAC ACAACAAGAT GGAGATTTAT GCTGATATCA TCAGTTCTGA GAATACTAGC 
GATGAAGATT ATCAGAGCAT TGCACTGTAT TTTGAAGGAG AAAAGAAACA TTTTCAAGCA 
GGAAAATTTT TCTTGCTTTG TGGCCAGTAT GCACGGGCAT TAAAGCACTT TATAAAAAGT 
CCAAATACAG AAGATAACTT GTCTATAGAA ATGGCAATTG AAACAGTGGG ACAGGCAAAA 
GATGAAGCCC TAACAAATCA GCTGATAGAT TATCTTATGG GAGAGAGTGA TGGCATGCCT 
AAGGATGCCA AGTACCTATT CCGCCTGTAC ATGGCACTGA AGCAATACCG AGAAGCTGCC 
AGGACTGCTA TCATAATTGC CAGGGAGGAG CAGTGCTCAG GAAACTACCG AAATGCACAT 
GATGTTCTTT TCAGTATGTA TTCAGAATTA AAGACCCAGA AGATTAAAAT TCCTTCTGAG 
ATGGCTACAA ACCTTATGAT TCTACACAGC TATATTTTAG TAAAGGCTCA TGTGAAACGT 
GGAGATCACA TGAAGGGAGC GCGCATGCTC ATACGTGTAG CCAACAACAT CAGCAAGTTC 
CCATCACACA TCGTACCGAT TTTGACTTCA ACAGTAATTG AGTGTCACAG AGCAGGACTG 
AAGAACTCAG CCTTCAATTT TGCCGCCATG TTGATGAGAC CTGAGTATCG AAATAAAATA 
GATCCAAAAT ACAAAAAGAA AATTGAAGCA ATGGTCAGGC GTCCTGACAC AACCGAGGCA 
GAAGAGCCAA CGACAGCCTG TCCGCACTGC GCCTTCCAGC TCCCTGAGTG CGAACTCCTG 
TGTCCCGGGT GCAAGAACAG CCTGCCTTAC TGCATTGCCA CCGGCCGGCA CATGGTACAA 
GATGACTGGA CAGTCTGCCC CCACTGTGAC TTCCCTGCCC TCTATTCAGA ATTCAAGAAC 
ATGTTACAGA GTGAAAATAT ATGTCCAATG TGTTCTGAAA GAATTAACAT TGTTCATCTT 
AAGAAAATCA GTGACTGCAC ACAGTACCTC AAACAAGACA CGGACCAGTA A

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

RefSeq	XP_027313035.1
CDS	40..4290
Translation	MGATASAGLAFPLAPRRDVAPPTSLDWFRPSPAFPVSLATRTPGGVRGVRLPARLGGAAHAHGGAARRAVGAMKQVFSLIEKSWSGSSVQFAWQKTLGNFLAVTGGDRTVSIFDRHGQKINEITLPGNCVTLDWDKDGDTLAIITDKSSAIYLWDANTNKTSQLDSGMRDAMSFLLWSRVGSLLAIGTTKGNLLIYNRQTSRKIPVLGKHTKRITCGCWSTENLLALGGEDKMITISNQEGDTIRQTSVNSEPSDMQFSVMKTDERVSTRESTVSVVVGKKTLFLFNLNDPDNPIDLKFQQSYGSIVTYRWYGDGYIMIGFSRGCFVVISTHIREIGQEIFQAHNHKDNLTSIAISQSLNKAASCGDNCIKIHDLSDLREMYAIINLDDENKGVEQLAWTDDGQLLAVSTRRASLHVFLTKLPILGDACSTRIAYLTSLLEVTIANHVEGELPVTVSVEVEPSFVAIGVYHLAVGMNNRAWFYALGENNVKKLKDVEYLGTVANMHLNSDYAAALFEGKVQLHMIESEGLDAQEERETRLFPADDDKCRILCHALTGDFLIYGTDTGVIHYFYIEDWQYVNEYRHPVGVRKIFPDPNGTRLAFIDEKSDGFVYCPVSDRLYEIPNFSPTIKGILWENWPMDKGVFVAYDDDKAYTYVFHKDAIQGSKVILAGGTDVPFSHKPLLLYNGELTCQTQSGKTNNIYLSTHSFLGNLKDFGPNELVEMLTQTLMLKRFSEAWEICRLLNDPSGWNELAKACLYHMEVDFAIRVYRTFGNAGMVMSLEQIKGIEDHNLLAGHLAMFTGDFNLAQDLYLASSRPTAALEMRKDLQHWDSALQLAKRLAPDQIPFISKEYAMQLEFTGDYINALVHYEKGITKDNKYQEHDEACLAGIAQMSIRTGDIRRGVNQAIKHPSRLLKRDCGTILESMKQFSEAAQLYEKGQYYDKAASVYIRCKNWAKVGELLSYVSSPKIHLQYAKAKEADGSYKEAVMAYENAKQWDSVIRLYLDHLNNPEKAVNVVRETQSLDGAKMVARFFLKLGDYGSAIQFLVMSKCNNEAFTLAQQHNKMEIYADIISSENTSDEDYQSIALYFEGEKKHFQAGKFFLLCGQYARALKHFIKSPNTEDNLSIEMAIETVGQAKDEALTNQLIDYLMGESDGMPKDAKYLFRLYMALKQYREAARTAIIIAREEQCSGNYRNAHDVLFSMYSELKTQKIKIPSEMATNLMILHSYILVKAHVKRGDHMKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFNFAAMLMRPEYRNKIDPKYKKKIEAMVRRPDTTEAEEPTTACPHCAFQLPECELLCPGCKNSLPYCIATGRHMVQDDWTVCPHCDFPALYSEFKNMLQSENICPMCSERINIVHLKKISDCTQYLKQDTDQ

Target ORF information:

RefSeq Version	XM_027457234.1
Organism	Anas platyrhynchos(mallard)
Definition	Anas platyrhynchos WD repeat domain 19 (WDR19), transcript variant X1, mRNA.

Target ORF information:

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

XM_027457234.1

ORF Insert Sequence:

ATGGGAGCTA CCGCCTCCGC AGGCCTCGCT TTCCCATTGG CTCCGAGGCG GGACGTGGCC 
CCGCCCACCT CCCTTGATTG GTTCCGACCT TCTCCCGCCT TCCCCGTCTC CCTGGCAACG 
CGGACGCCGG GCGGGGTGAG GGGGGTCCGG CTCCCTGCTC GGCTGGGGGG GGCGGCGCAT 
GCGCACGGGG GCGCTGCGCG GCGAGCGGTG GGCGCGATGA AGCAAGTCTT CAGTCTAATA 
GAAAAATCAT GGTCTGGTTC CTCTGTGCAG TTTGCTTGGC AGAAAACTTT GGGAAATTTC 
CTTGCTGTAA CAGGAGGTGA TCGCACGGTG AGCATTTTTG ATCGTCACGG TCAGAAGATA 
AATGAAATTA CCTTACCAGG TAACTGTGTT ACCCTGGACT GGGATAAAGA TGGAGATACT 
TTAGCAATAA TTACAGACAA ATCTAGTGCC ATTTATCTCT GGGATGCCAA CACAAACAAA 
ACAAGCCAAT TAGACAGTGG CATGAGGGAT GCAATGTCTT TCTTATTATG GTCTCGAGTT 
GGAAGTTTAC TTGCCATTGG AACCACAAAG GGAAACTTGC TTATATATAA CCGCCAGACT 
TCTCGCAAGA TTCCTGTTCT TGGTAAGCAC ACTAAGCGGA TTACTTGCGG TTGTTGGAGC 
ACTGAAAACC TTCTGGCTCT AGGCGGTGAA GATAAAATGA TTACTATAAG CAATCAGGAA 
GGGGATACTA TCAGACAGAC CTCAGTGAAC TCAGAACCCA GTGATATGCA GTTCTCAGTT 
ATGAAGACTG ATGAAAGAGT ATCAACCAGG GAAAGCACAG TAAGTGTAGT GGTCGGCAAG 
AAGACTCTCT TTCTTTTTAA TTTGAATGAT CCTGATAACC CGATTGATCT GAAATTTCAG 
CAGTCTTATG GCAGTATTGT AACCTACAGA TGGTATGGTG ATGGCTACAT TATGATTGGT 
TTCTCACGAG GATGTTTTGT AGTCATTTCT ACACACATTC GTGAAATAGG TCAAGAAATC 
TTTCAAGCTC ATAATCATAA GGATAATCTA ACCAGCATTG CTATATCACA GTCATTGAAC 
AAAGCTGCAT CATGTGGAGA CAATTGCATT AAAATCCATG ATCTGTCAGA CCTGAGAGAG 
ATGTATGCTA TAATAAACCT GGATGATGAA AACAAAGGTG TAGAACAGCT GGCTTGGACA 
GATGATGGAC AGCTGTTGGC AGTATCTACA CGAAGAGCAT CCCTTCATGT TTTCTTGACA 
AAGCTTCCAA TCCTGGGAGA TGCTTGCAGT ACGCGGATCG CATACCTCAC ATCTCTTCTT 
GAAGTTACTA TAGCCAACCA CGTGGAGGGA GAGCTACCAG TCACTGTCTC TGTTGAAGTA 
GAGCCCAGTT TTGTTGCAAT TGGTGTCTAT CATTTGGCTG TAGGAATGAA CAATCGGGCT 
TGGTTTTATG CACTTGGAGA GAACAATGTG AAAAAGCTTA AAGATGTGGA GTACCTGGGT 
ACAGTTGCAA ACATGCATCT TAATTCTGAT TATGCTGCTG CTCTCTTTGA GGGTAAAGTC 
CAATTGCATA TGATAGAAAG TGAAGGCTTG GATGCTCAGG AAGAACGGGA AACTCGTCTC 
TTCCCAGCAG ATGATGATAA ATGCCGAATT TTATGCCATG CTTTAACTGG TGACTTCCTT 
ATATATGGCA CAGATACTGG AGTAATTCAT TATTTCTACA TTGAAGACTG GCAATATGTG 
AATGAATATC GTCATCCTGT CGGTGTGAGA AAAATTTTTC CTGATCCCAA TGGAACCAGA 
CTGGCTTTCA TAGATGAAAA AAGTGATGGC TTTGTCTACT GCCCAGTAAG TGATAGATTA 
TATGAGATTC CAAATTTCTC ACCAACTATT AAAGGAATCC TGTGGGAAAA CTGGCCAATG 
GATAAAGGTG TTTTTGTTGC TTATGATGAT GATAAAGCGT ATACTTATGT CTTTCATAAA 
GATGCCATTC AAGGATCCAA GGTTATATTG GCAGGTGGCA CCGATGTCCC CTTTTCCCAT 
AAACCTTTGC TGCTGTATAA TGGAGAACTA ACTTGTCAGA CTCAGAGTGG GAAAACAAAC 
AATATCTATC TCAGTACTCA CAGTTTCCTT GGAAATTTGA AAGACTTTGG ACCTAATGAG 
CTGGTAGAAA TGCTTACTCA AACGTTAATG TTGAAAAGGT TTTCTGAAGC TTGGGAGATA 
TGCAGGCTTC TGAATGACCC ATCTGGTTGG AATGAACTGG CCAAAGCCTG CTTATATCAT 
ATGGAGGTGG ATTTTGCAAT ACGTGTTTAT CGGACGTTTG GTAATGCTGG GATGGTGATG 
TCACTAGAAC AGATAAAGGG AATAGAAGAC CACAACCTTT TAGCAGGACA CCTTGCCATG 
TTTACTGGTG ATTTTAATCT GGCTCAGGAT TTATATCTGG CATCCTCCCG TCCTACTGCT 
GCACTTGAGA TGCGAAAAGA CTTGCAACAC TGGGACAGCG CGCTTCAGCT GGCTAAGCGG 
TTGGCCCCAG ACCAAATCCC ATTCATATCA AAGGAGTATG CAATGCAGCT TGAATTCACG 
GGTGATTATA TTAACGCTCT GGTGCATTAT GAGAAGGGAA TTACTAAAGA CAATAAGTAC 
CAGGAACATG ATGAAGCTTG CCTCGCTGGG ATAGCTCAGA TGTCCATTCG AACGGGAGAT 
ATCCGTCGAG GGGTAAACCA GGCCATCAAG CATCCCAGTA GGTTACTAAA AAGAGACTGT 
GGAACTATCC TGGAGAGTAT GAAGCAATTT TCAGAAGCTG CTCAGCTGTA TGAAAAGGGA 
CAATATTATG ACAAGGCAGC ATCAGTATAC ATCCGGTGTA AAAACTGGGC AAAGGTTGGT 
GAGCTTCTTT CTTATGTTTC GTCTCCAAAG ATTCATCTAC AATATGCAAA GGCCAAAGAA 
GCTGATGGCA GTTACAAGGA AGCTGTGATG GCTTATGAAA ATGCAAAACA GTGGGACAGC 
GTAATCCGAC TGTATTTGGA TCACCTTAAT AATCCTGAAA AGGCTGTTAA TGTTGTGAGA 
GAAACACAGT CTCTTGATGG AGCAAAGATG GTGGCCAGAT TCTTCCTGAA GCTCGGTGAC 
TATGGCTCTG CCATCCAGTT CCTGGTCATG TCCAAGTGCA ATAATGAGGC TTTCACATTA 
GCTCAACAAC ACAACAAGAT GGAGATTTAT GCTGATATCA TCAGTTCTGA GAATACTAGC 
GATGAAGATT ATCAGAGCAT TGCACTGTAT TTTGAAGGAG AAAAGAAACA TTTTCAAGCA 
GGAAAATTTT TCTTGCTTTG TGGCCAGTAT GCACGGGCAT TAAAGCACTT TATAAAAAGT 
CCAAATACAG AAGATAACTT GTCTATAGAA ATGGCAATTG AAACAGTGGG ACAGGCAAAA 
GATGAAGCCC TAACAAATCA GCTGATAGAT TATCTTATGG GAGAGAGTGA TGGCATGCCT 
AAGGATGCCA AGTACCTATT CCGCCTGTAC ATGGCACTGA AGCAATACCG AGAAGCTGCC 
AGGACTGCTA TCATAATTGC CAGGGAGGAG CAGTGCTCAG GAAACTACCG AAATGCACAT 
GATGTTCTTT TCAGTATGTA TTCAGAATTA AAGACCCAGA AGATTAAAAT TCCTTCTGAG 
ATGGCTACAA ACCTTATGAT TCTACACAGC TATATTTTAG TAAAGGCTCA TGTGAAACGT 
GGAGATCACA TGAAGGGAGC GCGCATGCTC ATACGTGTAG CCAACAACAT CAGCAAGTTC 
CCATCACACA TCGTACCGAT TTTGACTTCA ACAGTAATTG AGTGTCACAG AGCAGGACTG 
AAGAACTCAG CCTTCAATTT TGCCGCCATG TTGATGAGAC CTGAGTATCG AAATAAAATA 
GATCCAAAAT ACAAAAAGAA AATTGAAGCA ATGGTCAGGC GTCCTGACAC AACCGAGGCA 
GAAGAGCCAA CGACAGCCTG TCCGCACTGC GCCTTCCAGC TCCCTGAGTG CGAACTCCTG 
TGTCCCGGGT GCAAGAACAG CCTGCCTTAC TGCATTGCCA CCGGCCGGCA CATGGTACAA 
GATGACTGGA CAGTCTGCCC CCACTGTGAC TTCCCTGCCC TCTATTCAGA ATTCAAGAAC 
ATGTTACAGA GTGAAAATAT ATGTCCAATG TGTTCTGAAA GAATTAACAT TGTTCATCTT 
AAGAAAATCA GTGACTGCAC ACAGTACCTC AAACAAGACA CGGACCAGTA A

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

PubMed

- Most Popular Services
  - 人工遺伝子合成& DNA合成-納期保証
- Services & Products

見積依頼

Eメール

[email protected]

電話

03-6811-6572

FAX

03-6811-6573
050-3174-7589(受注専用)

オンラインフォーム

オンライン注文

WDR19 cDNA ORF clone, Anas platyrhynchos(Mallard)

Gene

Clones

gRNAs

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:

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:

Most Popular Services

Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム