WDR19 cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey)

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR19
Entrez Gene ID	108536738
Full Name	WD repeat domain 19
Gene Type	protein-coding
Organism	Rhinopithecus bieti(black snub-nosed monkey)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017883743.1	XP_017739232.1	WD repeat-containing protein 19

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)	Select
ORh60966	XM_017883743.1 Latest version!	Rhinopithecus bieti WD repeat domain 19 (WDR19), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

WDR19 ( XM_017883743.1 ) cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey) -> XP_017739232.1 Rhinopithecus bieti WD repeat domain 19 (WDR19), mRNA.

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CloneID	ORh60966
Clone ID Related Accession (Same CDS sequence)	XM_017883743.1
Accession Version	XM_017883743.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3831bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-23
Organism	Rhinopithecus bieti(black snub-nosed monkey)
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_016807772.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rhinopithecus bieti Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGATTGGG ATAAAGATGG AGATGTCCTA GCAGTGATTG CTGAGAAATC TAGCTGCATT 
TATCTTTGGG ATGCCAACAC AAATAAGACT AGCCAGTTAG ATAATGGCAT GAGGGATCAA 
ATGTCTTTCC TTCTTTGGTC AAAAGTTGGA AGTTTCCTGG CTGTTGGAAC TGTTAAAGGA 
AATTTGCTTA TTTATAATCG TCAGACATCT CGAAAGATTC CTGTCCTTGG AAAACATACT 
AAGAGAATCA CTTGTGGATG TTGGAATACA GAAAATCTGC TTGCTTTAGG TGGTGAAGAT 
AAAATGATTA CAGTCAGTAA TCAGGAAGGT GACACGATAA GACAGACACA AGTGAGATCA 
GAGCCTAGTA ACATACAGTT TTCCTTGATG AAGACAGATG ACCGAACCTC TGCTGCTGAA 
AGCATGATAA GTGTGGTGCT TGGCAAGAAA GCTTTGTTTC TTTTTAATCT GAATGACCCA 
GATAACCCAG CTGATCTTGA ATTTCAGCAG GACTTTGGCA ACATTGTCTG CTATAATTGG 
TATGGTGATG GCCGCATCAT GATTGGTTTT TCACGTGGAC ATTTTGTGGT CGTTTCTACT 
CATACTGGAG AGCTTGGTCA AGAGATATTT CAGGCTCGTA ACCATAAAGA TAATCTAACT 
AGCATTGCAG TGTCACAGAC TCTTAACAAA GTTGCTACAT GTGGAGATAA CTGCATTAAA 
ATCCAAGACT TGGTTGACTT AAAAGACATG TATGCTATAC TCAGCCTGGA TGAGGAAAAT 
AAAGGATTGG GTACCTTGTC CTGGACTGAT GATGGCCAGT TGCTAGCACT CTCTACCCAA 
AGGGGCTCAC TTCATGTTTT CCTGACCAAG CTTCCTATAC TTGGGGATGC CTGCAGCACA 
AGGATTGCCT ATCTCACCTC CCTCCTTGAA GTCACCATAG CCAACCCTAT TGAAGGAGAG 
CTACCAATCA CAGTTTCTGT TGATGTGGAA CCCAACTTTG TGGCAGTAGG TCTTTATCAT 
CTGGCTGTAG GAATGAATAA TCGAGCTTGG TTTTATGTCC TTGGAGAGAA TGCTGTGAAA 
AAATTGAAAG ATATGGAGTA TCTGGGAACA GTAGCCAGTA TTTGCCTTCA TTCTGACTAT 
GCTGCTGCAC TTTTTGAAGG CAAAGTCCAG TTACATTTGA TAGAAAGCGA AATCTTGGAT 
GCTCAAGAAG AACGTGAGAC TCGGCTTTTC CCAGCAGTGG ATGATAAGTG CCGTATCTTA 
TGCCATGCCT TAACTAGTGA TTTCCTCATC TATGGTACAG ATACTGGTGT CGTTCAGTAT 
TTCTACATTG AAGACTGGCA GTTCGTTAAT GATTATCGAC ATCCTGTCAG TGTGAAAAAG 
ATTTTTCCCG ACCCAAATGG GACCAGATTA GTTTTCATTG ATGAAAAAAG TGATGGATTT 
GTTTACTGTC CAGTTAATGA CACTACCTGT GAGATTCCAG ATTTTTCACC AACCATTAAA 
GGTATTCTTT GGGAAAACTG GCCAATGGAT AAAGGTGTAT TTATTGCTTA TGATGATGAT 
AAGGTGTACA CTTATGTCTT TCACAAGGAC ACTATACAAG GAGCCAAGGT TATTTTGGCT 
GGTAGCACCA AAGTTCCTTT TGCTCATAAA CCTTTGCTGC TATATAATGG AGAGTTGACC 
TGCCAAACAC AGAGTGGAAA AGTAAACAAC ATCTACCTTA GCACCTATGG CTTTCTCAGC 
AACTTCAAAG ATACGGGGCC TGACGAACTG AGACCAATGC TGGCACAGAA TTTGATGCTA 
AAAAGGTTTT CTGATGCTTG GGAAATGTGC AGGATTCTGA ATGATGAGGC TGCCTGGAAT 
GAGTTGGCCA GAGCTTGTCT ACATCACATG GAAGTAGAGT TTGCAATCCG TGTTTATCGG 
AGAATTGGAA ATGTTGGCAT GGTGATGTCC TTGGAACAAA TAAAGGGACT AGAGGACTAC 
AATCTTTTGG CAGGACACCT TGCCATGTTT ACCAATGATT ATAACCTGGC TCAGGACCTG 
TACCTTGCAT CCAGCTGTCC TATTGCTGCC CTGGAGATGA GAAGGGATTT ACAGCATTGG 
GACAGTGCTC TACAACTGGC AAAGCATTTG GCCCCAGACC AGATTCCTTT TATATCAAAA 
GAATATGCTA TTCAGCTTGA ATTCGCTTTT TTGAGTTTCA TGTGTATGAA AATTAGACAA 
TTGGAACATG ATGAAGCTTG TCTGGCTGGA GTGGCTCAGA TGTCCATAAG AATGGGAGAC 
ATACGTCGAG GGGTTAACCA AGCACTCAAG CATCCCAGCA GGGTCCTTAA AAGAGACTGT 
GGAGCCATAT TGGAGAATAT GAAGCAATTT TCAGAAGCAG CCCAACTGTA TGAAAAAGGT 
CTCTACTATG ACAAAGCAGC ATCTGTTTAC ATCCGCTCTA AGAATTGGGC AAAAGTTGGT 
GATCTTCTGC CCCACGTTTC TTCTCCTAAG ATCCATTTGC AGTATGCCAA AGCCAAGGAA 
GCAGATGGAA GATACAAAGA AGCTGTTGTG GCTTATGAGA ATGCAAAACA ATGGCAAAGT 
GTAATCCGCA TCTATCTGGA TCACCTCAAT AATCCTGAAA AAGCTGTCAG TATTGTTAGA 
GAGACCCAGT CTCCGGATGG AGCCAAAATG GTAGCCAGGT TTTTTCTACA GCTTGGTGAC 
TATGGGTCTG CCATCCAGTT TCTTGTCATG TCCAAATGTA ACAATGAAGC TTTCACACTG 
GCTCAGCAAC ACAACAAAAT GGAAATCTAT GCAGATATTA TCGGTTCTGA AGACACTACT 
AATGAAGACT ATCAAAGCAT TGCCTTATAC TTTGAAGGAG AAAAGAGGTA TCTTCAGGCT 
GGAAAATTCT TCTTGCTGTG TGGCCAATAT TCACGAGCAC TTAAACACTT CCTGAAATGC 
CCAAGCTCAG AAGACAATGT GGCAATAGAA ATGGCAATTG AAACTGTTGG TCAGGCCAAA 
GATGAACTGC TGACCCATCA GCTGATAGAC CACCTCTTGG GGGAAAACGA TGGCGTGCCT 
AAGGATGCCA AGTACCTGTT CCGCTTGTAC ATGGCTCTGA AGCAATACCG AGAAGCTGCC 
CAGACTGCCA TCATCATTGC CAGAGAAGAG CAGTCTGCAG GCAACTACCG GAATGCACAC 
GATGTTCTTT TCAGTATGTA CGCAGAACTG AAATCCCAGA AGATCAGAAT TCCCTCCGAG 
ATGGCCACCA ACCTCATGAT TCTGCACAGC TATATACTAG TGAAGATTCA TGTTAAAAAT 
GGAGATCACA TGAAAGGGGC TCGCATGCTT ATTCGGGTGG CCAACAACAT CAGCAAATTT 
CCATCACACA TTGTACCAAT CCTGACGTCA ACTGTGATTG AGTGTCACAG GGCAGGCCTG 
AAGAACTCTG CTTTCAGCTT CGCAGCTATG TTGATGAGGC CTGAATACCG CAGCAAAATA 
GATGCCAAAT ACAAAAAGAA GATCGAGGGA ATGGTCAGGA GACCCGATAC ATCTGAGATA 
GAAGAGGCCA TGACTCCATG TCCATTCTGC AAATTTCTTC TCCCAGAGTG TGAACTCCTC 
TGTCCTGGAT GTAAAAACAG TATCCCATAT TGCATTGCAA CAGGTCGACA CATGTTGAAA 
GATGACTGGA CAGTGTGTCC ACATTGTGAC TTCCCTGCTC TGTACTCCGA ATTGAAGATC 
ATGCTAAACA CTGAAAGCAC ATGTCCTATG TGTTCAGAAA GATTAAACGC TGCTCAACTG 
AAAAAGATTT CAGACTGTAC CCAGTACCTG CGAACGGAGG AGGAACTGTG A

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

RefSeq	XP_017739232.1
CDS	15..3845
Translation	MDWDKDGDVLAVIAEKSSCIYLWDANTNKTSQLDNGMRDQMSFLLWSKVGSFLAVGTVKGNLLIYNRQTSRKIPVLGKHTKRITCGCWNTENLLALGGEDKMITVSNQEGDTIRQTQVRSEPSNIQFSLMKTDDRTSAAESMISVVLGKKALFLFNLNDPDNPADLEFQQDFGNIVCYNWYGDGRIMIGFSRGHFVVVSTHTGELGQEIFQARNHKDNLTSIAVSQTLNKVATCGDNCIKIQDLVDLKDMYAILSLDEENKGLGTLSWTDDGQLLALSTQRGSLHVFLTKLPILGDACSTRIAYLTSLLEVTIANPIEGELPITVSVDVEPNFVAVGLYHLAVGMNNRAWFYVLGENAVKKLKDMEYLGTVASICLHSDYAAALFEGKVQLHLIESEILDAQEERETRLFPAVDDKCRILCHALTSDFLIYGTDTGVVQYFYIEDWQFVNDYRHPVSVKKIFPDPNGTRLVFIDEKSDGFVYCPVNDTTCEIPDFSPTIKGILWENWPMDKGVFIAYDDDKVYTYVFHKDTIQGAKVILAGSTKVPFAHKPLLLYNGELTCQTQSGKVNNIYLSTYGFLSNFKDTGPDELRPMLAQNLMLKRFSDAWEMCRILNDEAAWNELARACLHHMEVEFAIRVYRRIGNVGMVMSLEQIKGLEDYNLLAGHLAMFTNDYNLAQDLYLASSCPIAALEMRRDLQHWDSALQLAKHLAPDQIPFISKEYAIQLEFAFLSFMCMKIRQLEHDEACLAGVAQMSIRMGDIRRGVNQALKHPSRVLKRDCGAILENMKQFSEAAQLYEKGLYYDKAASVYIRSKNWAKVGDLLPHVSSPKIHLQYAKAKEADGRYKEAVVAYENAKQWQSVIRIYLDHLNNPEKAVSIVRETQSPDGAKMVARFFLQLGDYGSAIQFLVMSKCNNEAFTLAQQHNKMEIYADIIGSEDTTNEDYQSIALYFEGEKRYLQAGKFFLLCGQYSRALKHFLKCPSSEDNVAIEMAIETVGQAKDELLTHQLIDHLLGENDGVPKDAKYLFRLYMALKQYREAAQTAIIIAREEQSAGNYRNAHDVLFSMYAELKSQKIRIPSEMATNLMILHSYILVKIHVKNGDHMKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFSFAAMLMRPEYRSKIDAKYKKKIEGMVRRPDTSEIEEAMTPCPFCKFLLPECELLCPGCKNSIPYCIATGRHMLKDDWTVCPHCDFPALYSELKIMLNTESTCPMCSERLNAAQLKKISDCTQYLRTEEEL

Target ORF information:

RefSeq Version	XM_017883743.1
Organism	Rhinopithecus bieti(black snub-nosed monkey)
Definition	Rhinopithecus bieti WD repeat domain 19 (WDR19), mRNA.

Target ORF information:

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

XM_017883743.1

ORF Insert Sequence:

ATGGATTGGG ATAAAGATGG AGATGTCCTA GCAGTGATTG CTGAGAAATC TAGCTGCATT 
TATCTTTGGG ATGCCAACAC AAATAAGACT AGCCAGTTAG ATAATGGCAT GAGGGATCAA 
ATGTCTTTCC TTCTTTGGTC AAAAGTTGGA AGTTTCCTGG CTGTTGGAAC TGTTAAAGGA 
AATTTGCTTA TTTATAATCG TCAGACATCT CGAAAGATTC CTGTCCTTGG AAAACATACT 
AAGAGAATCA CTTGTGGATG TTGGAATACA GAAAATCTGC TTGCTTTAGG TGGTGAAGAT 
AAAATGATTA CAGTCAGTAA TCAGGAAGGT GACACGATAA GACAGACACA AGTGAGATCA 
GAGCCTAGTA ACATACAGTT TTCCTTGATG AAGACAGATG ACCGAACCTC TGCTGCTGAA 
AGCATGATAA GTGTGGTGCT TGGCAAGAAA GCTTTGTTTC TTTTTAATCT GAATGACCCA 
GATAACCCAG CTGATCTTGA ATTTCAGCAG GACTTTGGCA ACATTGTCTG CTATAATTGG 
TATGGTGATG GCCGCATCAT GATTGGTTTT TCACGTGGAC ATTTTGTGGT CGTTTCTACT 
CATACTGGAG AGCTTGGTCA AGAGATATTT CAGGCTCGTA ACCATAAAGA TAATCTAACT 
AGCATTGCAG TGTCACAGAC TCTTAACAAA GTTGCTACAT GTGGAGATAA CTGCATTAAA 
ATCCAAGACT TGGTTGACTT AAAAGACATG TATGCTATAC TCAGCCTGGA TGAGGAAAAT 
AAAGGATTGG GTACCTTGTC CTGGACTGAT GATGGCCAGT TGCTAGCACT CTCTACCCAA 
AGGGGCTCAC TTCATGTTTT CCTGACCAAG CTTCCTATAC TTGGGGATGC CTGCAGCACA 
AGGATTGCCT ATCTCACCTC CCTCCTTGAA GTCACCATAG CCAACCCTAT TGAAGGAGAG 
CTACCAATCA CAGTTTCTGT TGATGTGGAA CCCAACTTTG TGGCAGTAGG TCTTTATCAT 
CTGGCTGTAG GAATGAATAA TCGAGCTTGG TTTTATGTCC TTGGAGAGAA TGCTGTGAAA 
AAATTGAAAG ATATGGAGTA TCTGGGAACA GTAGCCAGTA TTTGCCTTCA TTCTGACTAT 
GCTGCTGCAC TTTTTGAAGG CAAAGTCCAG TTACATTTGA TAGAAAGCGA AATCTTGGAT 
GCTCAAGAAG AACGTGAGAC TCGGCTTTTC CCAGCAGTGG ATGATAAGTG CCGTATCTTA 
TGCCATGCCT TAACTAGTGA TTTCCTCATC TATGGTACAG ATACTGGTGT CGTTCAGTAT 
TTCTACATTG AAGACTGGCA GTTCGTTAAT GATTATCGAC ATCCTGTCAG TGTGAAAAAG 
ATTTTTCCCG ACCCAAATGG GACCAGATTA GTTTTCATTG ATGAAAAAAG TGATGGATTT 
GTTTACTGTC CAGTTAATGA CACTACCTGT GAGATTCCAG ATTTTTCACC AACCATTAAA 
GGTATTCTTT GGGAAAACTG GCCAATGGAT AAAGGTGTAT TTATTGCTTA TGATGATGAT 
AAGGTGTACA CTTATGTCTT TCACAAGGAC ACTATACAAG GAGCCAAGGT TATTTTGGCT 
GGTAGCACCA AAGTTCCTTT TGCTCATAAA CCTTTGCTGC TATATAATGG AGAGTTGACC 
TGCCAAACAC AGAGTGGAAA AGTAAACAAC ATCTACCTTA GCACCTATGG CTTTCTCAGC 
AACTTCAAAG ATACGGGGCC TGACGAACTG AGACCAATGC TGGCACAGAA TTTGATGCTA 
AAAAGGTTTT CTGATGCTTG GGAAATGTGC AGGATTCTGA ATGATGAGGC TGCCTGGAAT 
GAGTTGGCCA GAGCTTGTCT ACATCACATG GAAGTAGAGT TTGCAATCCG TGTTTATCGG 
AGAATTGGAA ATGTTGGCAT GGTGATGTCC TTGGAACAAA TAAAGGGACT AGAGGACTAC 
AATCTTTTGG CAGGACACCT TGCCATGTTT ACCAATGATT ATAACCTGGC TCAGGACCTG 
TACCTTGCAT CCAGCTGTCC TATTGCTGCC CTGGAGATGA GAAGGGATTT ACAGCATTGG 
GACAGTGCTC TACAACTGGC AAAGCATTTG GCCCCAGACC AGATTCCTTT TATATCAAAA 
GAATATGCTA TTCAGCTTGA ATTCGCTTTT TTGAGTTTCA TGTGTATGAA AATTAGACAA 
TTGGAACATG ATGAAGCTTG TCTGGCTGGA GTGGCTCAGA TGTCCATAAG AATGGGAGAC 
ATACGTCGAG GGGTTAACCA AGCACTCAAG CATCCCAGCA GGGTCCTTAA AAGAGACTGT 
GGAGCCATAT TGGAGAATAT GAAGCAATTT TCAGAAGCAG CCCAACTGTA TGAAAAAGGT 
CTCTACTATG ACAAAGCAGC ATCTGTTTAC ATCCGCTCTA AGAATTGGGC AAAAGTTGGT 
GATCTTCTGC CCCACGTTTC TTCTCCTAAG ATCCATTTGC AGTATGCCAA AGCCAAGGAA 
GCAGATGGAA GATACAAAGA AGCTGTTGTG GCTTATGAGA ATGCAAAACA ATGGCAAAGT 
GTAATCCGCA TCTATCTGGA TCACCTCAAT AATCCTGAAA AAGCTGTCAG TATTGTTAGA 
GAGACCCAGT CTCCGGATGG AGCCAAAATG GTAGCCAGGT TTTTTCTACA GCTTGGTGAC 
TATGGGTCTG CCATCCAGTT TCTTGTCATG TCCAAATGTA ACAATGAAGC TTTCACACTG 
GCTCAGCAAC ACAACAAAAT GGAAATCTAT GCAGATATTA TCGGTTCTGA AGACACTACT 
AATGAAGACT ATCAAAGCAT TGCCTTATAC TTTGAAGGAG AAAAGAGGTA TCTTCAGGCT 
GGAAAATTCT TCTTGCTGTG TGGCCAATAT TCACGAGCAC TTAAACACTT CCTGAAATGC 
CCAAGCTCAG AAGACAATGT GGCAATAGAA ATGGCAATTG AAACTGTTGG TCAGGCCAAA 
GATGAACTGC TGACCCATCA GCTGATAGAC CACCTCTTGG GGGAAAACGA TGGCGTGCCT 
AAGGATGCCA AGTACCTGTT CCGCTTGTAC ATGGCTCTGA AGCAATACCG AGAAGCTGCC 
CAGACTGCCA TCATCATTGC CAGAGAAGAG CAGTCTGCAG GCAACTACCG GAATGCACAC 
GATGTTCTTT TCAGTATGTA CGCAGAACTG AAATCCCAGA AGATCAGAAT TCCCTCCGAG 
ATGGCCACCA ACCTCATGAT TCTGCACAGC TATATACTAG TGAAGATTCA TGTTAAAAAT 
GGAGATCACA TGAAAGGGGC TCGCATGCTT ATTCGGGTGG CCAACAACAT CAGCAAATTT 
CCATCACACA TTGTACCAAT CCTGACGTCA ACTGTGATTG AGTGTCACAG GGCAGGCCTG 
AAGAACTCTG CTTTCAGCTT CGCAGCTATG TTGATGAGGC CTGAATACCG CAGCAAAATA 
GATGCCAAAT ACAAAAAGAA GATCGAGGGA ATGGTCAGGA GACCCGATAC ATCTGAGATA 
GAAGAGGCCA TGACTCCATG TCCATTCTGC AAATTTCTTC TCCCAGAGTG TGAACTCCTC 
TGTCCTGGAT GTAAAAACAG TATCCCATAT TGCATTGCAA CAGGTCGACA CATGTTGAAA 
GATGACTGGA CAGTGTGTCC ACATTGTGAC TTCCCTGCTC TGTACTCCGA ATTGAAGATC 
ATGCTAAACA CTGAAAGCAC ATGTCCTATG TGTTCAGAAA GATTAAACGC TGCTCAACTG 
AAAAAGATTT CAGACTGTAC CCAGTACCTG CGAACGGAGG AGGAACTGTG A