WDR19 cDNA ORF clone, Echinops telfairi(small Madagascar hedgehog)

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR19
Entrez Gene ID	101653548
Full Name	WD repeat domain 19
Gene Type	protein-coding
Organism	Echinops telfairi(small Madagascar hedgehog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_004703166.1	XP_004703223.1	WD repeat-containing protein 19 isoform X2
XM_004703165.1	XP_004703222.1	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)	Select
OEc10179	XM_004703165.1 Latest version!	Echinops telfairi WD repeat domain 19 (WDR19), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OEc10180	XM_004703166.1 Latest version!	Echinops telfairi WD repeat domain 19 (WDR19), transcript variant X2, 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_004703165.1 ) cDNA ORF clone, Echinops telfairi(small Madagascar hedgehog) -> XP_004703222.1 Echinops telfairi WD repeat domain 19 (WDR19), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OEc10179
Clone ID Related Accession (Same CDS sequence)	XM_004703165.1
Accession Version	XM_004703165.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4029bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-09-18
Organism	Echinops telfairi(small Madagascar hedgehog)
Product	WD repeat-containing protein 19 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_022111369.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Echinops telfairi Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGCGTG TTTTCTTACT ACTAGAAAAG ACATTGCTTG GCACACCAAT ACAGTTCACC 
TGGCAAAAAA CATCAGGAAA CTACCTTGCA GTAGCAGGAG CGGATCATAT TGTGAAAATC 
TTTGATCGCC ATGGTCAAAA AAGAAGTGAA ATTAACTTAC CTGGTAACTG TGTTGCTATG 
GATTGGGATA AAGATGGAGA CATCCTAGCA GTGATTGCTG AGCAGTCTAG TGGCATCTAT 
CTATGGGATG CCAACACAAA TAAGGCCAGC CAGCTAGACA GCGGCATGAG GGATCAAATG 
TCTTTCCTCC TTTGGTCAAA AGTCGGAAGT GTTCTGGCTG TTGGAACCGT TAAAGGAAAC 
TTGCTTATTT ATAATCGACA GACGTCTCGA AAGATACCTG TTCTTGGAAA ACATACTCAG 
AGAATCACAT GTGGATGTTG GAATGCAGAA AATCTACTGG CATTAGGTGG CGAGGATAAA 
ATGATCACAG TTAGTAACCA GGAAGGTGAC ACAATAAGAC AGAAACAGGT GAGGGCAGAG 
CCCAGCAACT TGCAGTTTTC CCTGATGAGG ACTGATGAAC GACCTGCCGC GTCTGAAAGC 
ACAATAAGTG TGGTGGTTGG CAAGAAAATG CTATTTCTTT TTAATCTGAA TGACCCAGAT 
GACCCAGTTA GTTTAGAATT TCAGCAGGGC TATGGCACCA TTGTCTGCTA TACTTGGTAT 
GGTGATGGCT ACATCATGAT TGGTTTTTCA CGCGGAACTC TTTTGGTGAT TTCTACTCAT 
ACCCAAGAGA TTGGCAAAGA AGTATTTCAG ACTAGTGATC ATAAAGATAA CCTAACCAGT 
ATTGCAGTAT CACAGACCCT TAACAAAGCT GCAACGTGTG GAGATAATTG CATTAAGATC 
CATGACCTGG CAGAATTAAA AGACATGTAT GCTATCATCA ACCTGGACGA TGAAAATAAA 
GGGTTGGACA CCTTGGCCTG GACAGACGAT GGTCAATTGC TGGCATTGTC CACCCAGAGG 
GGCTCACTCT ACGTTTTCCT GACCAAGCTT CCCATCCTCG GGGATGCCTG CAGCACGAGG 
GTTGCTTACC TCACCTCGCT CCTTGAGGTC ACTGTGGCCA ACCACGTTGA AGGAGAGCTG 
CCAATCACAG TCTCTGTGGA CGTGGAACCC AACTTTGTAG CCGTCGGTCT CTACCATCTG 
GCAGCGGGAA TGAATAACCG AGCTTGGTTT TACGTCCTTG GAGAGAAAGC TGTGAAAAAA 
TTGAAGGATG TGGAGTACTT GGGCACCGTG GCCAGTATCT GCCTGCACTC TGACTATGCT 
GCTGCGCTTT GTGAGGGCAA AGTCCAGTTA CATTTGATAG AAAGTGAAAT TTCAGATGCT 
CAAGAAGAAC GGGAGACTCG GCTCTTCCCA GCAGTGGATG AAAAGTGTCG GATTTTGTGC 
CATGCCTTAA CTAGCGATTT CCTCATATAT GGTACTGATG CTGGTGTCAT TCAGCATTTC 
TACATTGAAG ACTGGCAATT TGTAAACGAA TATCGACATC CTTTCGGGGT GAAAAAGATT 
TTTCCTGATC CAAATGGGAC AAGATTGGTT TTCATTGATG AAAAGAGTGA AGGATTTGTC 
TATTGCCCAG TTAATGATGC TACTTATGAG ATTCCCGACT TTTCACCGAC AATTAAAGGT 
GTTCTCTGGG ACAACTGGCC AATGGACAAA GGAGTGTTTG TTGCGTATGA TGATGATAAG 
GTGTACACGT ACGTTTTTCA CAAGGATGTT ATCCAAGGCT CCAAGGTCAT TTTGGCCGGT 
GGCACCAAAG TCCCCTTCTC CCATAAACCT CTGCTGCTGT ATAACGGAGA ACTGACGTGC 
CAGACGCAGA GCGGGAAAGT CAACAACATC TTCCTCAGCA CCCATAGCTT CTGCAACTCT 
CTGAAAGACG TGGGGCCGGA GGAGCTGAGG CAAATGCTGA CCCAGACGCT AATGCTGAAA 
AGGTTTCCAG ATGCCTGGGA GATGTGCAGG ATCCTGAATG ACCATGCTGC CTGGAATGAG 
TTGGCCAAAG CCTGTCTGCA TCACATGGAA GTGGAGTTTG CAATCCGAGT GTATCGGGCC 
ATTGGGAATG TTGGCATGGT GATGTCCTTG GACCAAATAA AGGGAATAGA GGACCACAAC 
CTTTTGGCAG GACATCTTGC CATGTTTACT AATGATTTCA ACCTGGCTCA GGACCTGTAC 
CTGGCGTCCA GCTGCCCCAT GGCTGCCCTG GAGATGAGAA GGGATTTACA GCACTGGGAC 
AGTGCTTTGC AGTTAGCAAA GCGTTTGGCC CCAGACCAGA TACCATTTAT ATCCAAAGAA 
TATGCTATTC AGCTTGAATT CACGGGTGAT TATGTAAATG CTTTGGCTCA TTATGAGAAA 
GGGATAACAG GTGATAATAA GGAACACGAT GAGGTATGTC TGGCCGGAGT CGCCCAGATG 
TCCATTAGGA TGGGAGACAT ACGGCGAGGA GTTAACCAAG CCCTCAGACA TCCCAGCAAG 
GTCCTGAAAC GAGACTGTGG AGCCATCCTG GAGACTATGA AGCAATTTTC AGAAGCAGCG 
CAACTGTATG AAAAAGGTCT GTACTATGAC AAAGCCGCAT CCGTGTACAT CCGCTGCAAG 
AACTGGGTAA AAGTTGGTGA GCTTCTGCCT CATGTCTCCT CTCCGAAGAT TCACTTGCAA 
TATGCCAAAG CCAAAGAAGC GGATGGAAGA TACAAAGAAG CTGTTGTGGC TTATGAGAAT 
GCAAAACAGT GGACCAGTGT CATCCGCCTC TACCTGGACC ACCTCAACCG TCCAGAGAAA 
GCCGTCAGCA TCGTGCGAGA GACCCATTCT CTGGATGGAG CCAAAATGGT AGCCAGGTTT 
TTCCTGCAGC TAGGTGACTA CGGGTCTGCC ATTCAGTTTC TTGTCATGTC CAAGTGTAAC 
CATGAAGCCT TCACCCTGGC TCAGCAGCAC AACAAAATGG AGATCTACGC AGACATTATT 
GGCTCTGAAG ACACGGCAAA CGAAGACTAC CAGAGCATCG CCTTACACTT TGAAGGGGAA 
AAGAGACATT TTCAGGCCGG AAAGTTCTTC TTGCTGTGCG GCCAATATTC CCGAGCACTT 
AAACACTTCC TGAAATGCCC AAGCTCAGAA GATAACATGG CAATAGAAAT GGCCATTGAA 
ACTGTTGGTC AGGCCAAAGA CGAACTGCTG ACCAGTCAAC TGATTGACCA CCTCATGGGG 
GAGAGCGATG GCATGCCGAA GGATGCCAAG TACCTGTTCC GCTTGTACAT GGCTCTAAAA 
CAATACCGGG AAGCTGCCCG CACTGCCATT ATCATTGCCC GGGAGGAGCA GTCTTCAGGC 
AACTATCGGA ATGCGCACGA TGTCCTCTTC AGCATGTACA TAGAGCTGAA ATCCCAGAAA 
ATCAAAATCC CCTCGGAGAT GGCCACCAAC CTCATGATCC TGCACAGTTA CATCCTAGTC 
AAGATTCATG TTAAAAATGG AGATCATATG AAAGGCGCAC GTATGCTCAT TCGAGTGGCC 
AACAACATTA GCAAATTCCC ATCACACATC GTGCCGATCC TGACGTCGAC CGTGATTGAG 
TGCCACCGAG CCGGCCTGAA GAACTCAGCG TTCAGCTTTG CAGCTATGCT CATGAGGCCC 
GAGTACCGCA ACAAGATCAA CGCCAAGTAC AAAAAGAAGA TTGAGGCAAT GGTCAGGAGA 
CCTGACACGT CGGAGACAGA AGAGGCCACA GCCCCATGTC CGTTCTGTGA ATTCATGCTC 
CCGGAGTGTG AACTCCTGTG CCCCGGATGT AAAAACAACA TCCCATACTG CATCGCAACA 
GGCCGACATA TGCTGAAAGA CGACTGGACA GTGTGCCCGC ACTGTGAATT CCCAGCTCTG 
TACTCTGAAT TTAAGATGCT GTTGAACACT GAAAACACGT GTCCTATGTG TTCCGAGAGA 
TTAAACTTTG CTCAACTGAA AAAAATCTTG AACTGTACCC AGTACCTGCA AACAGAAGTG 
GAGCAGTGA

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

RefSeq	XP_004703222.1
CDS	147..4175
Translation	MKRVFLLLEKTLLGTPIQFTWQKTSGNYLAVAGADHIVKIFDRHGQKRSEINLPGNCVAMDWDKDGDILAVIAEQSSGIYLWDANTNKASQLDSGMRDQMSFLLWSKVGSVLAVGTVKGNLLIYNRQTSRKIPVLGKHTQRITCGCWNAENLLALGGEDKMITVSNQEGDTIRQKQVRAEPSNLQFSLMRTDERPAASESTISVVVGKKMLFLFNLNDPDDPVSLEFQQGYGTIVCYTWYGDGYIMIGFSRGTLLVISTHTQEIGKEVFQTSDHKDNLTSIAVSQTLNKAATCGDNCIKIHDLAELKDMYAIINLDDENKGLDTLAWTDDGQLLALSTQRGSLYVFLTKLPILGDACSTRVAYLTSLLEVTVANHVEGELPITVSVDVEPNFVAVGLYHLAAGMNNRAWFYVLGEKAVKKLKDVEYLGTVASICLHSDYAAALCEGKVQLHLIESEISDAQEERETRLFPAVDEKCRILCHALTSDFLIYGTDAGVIQHFYIEDWQFVNEYRHPFGVKKIFPDPNGTRLVFIDEKSEGFVYCPVNDATYEIPDFSPTIKGVLWDNWPMDKGVFVAYDDDKVYTYVFHKDVIQGSKVILAGGTKVPFSHKPLLLYNGELTCQTQSGKVNNIFLSTHSFCNSLKDVGPEELRQMLTQTLMLKRFPDAWEMCRILNDHAAWNELAKACLHHMEVEFAIRVYRAIGNVGMVMSLDQIKGIEDHNLLAGHLAMFTNDFNLAQDLYLASSCPMAALEMRRDLQHWDSALQLAKRLAPDQIPFISKEYAIQLEFTGDYVNALAHYEKGITGDNKEHDEVCLAGVAQMSIRMGDIRRGVNQALRHPSKVLKRDCGAILETMKQFSEAAQLYEKGLYYDKAASVYIRCKNWVKVGELLPHVSSPKIHLQYAKAKEADGRYKEAVVAYENAKQWTSVIRLYLDHLNRPEKAVSIVRETHSLDGAKMVARFFLQLGDYGSAIQFLVMSKCNHEAFTLAQQHNKMEIYADIIGSEDTANEDYQSIALHFEGEKRHFQAGKFFLLCGQYSRALKHFLKCPSSEDNMAIEMAIETVGQAKDELLTSQLIDHLMGESDGMPKDAKYLFRLYMALKQYREAARTAIIIAREEQSSGNYRNAHDVLFSMYIELKSQKIKIPSEMATNLMILHSYILVKIHVKNGDHMKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFSFAAMLMRPEYRNKINAKYKKKIEAMVRRPDTSETEEATAPCPFCEFMLPECELLCPGCKNNIPYCIATGRHMLKDDWTVCPHCEFPALYSEFKMLLNTENTCPMCSERLNFAQLKKILNCTQYLQTEVEQ

Target ORF information:

RefSeq Version	XM_004703165.1
Organism	Echinops telfairi(small Madagascar hedgehog)
Definition	Echinops telfairi 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_004703165.1

ORF Insert Sequence:

ATGAAGCGTG TTTTCTTACT ACTAGAAAAG ACATTGCTTG GCACACCAAT ACAGTTCACC 
TGGCAAAAAA CATCAGGAAA CTACCTTGCA GTAGCAGGAG CGGATCATAT TGTGAAAATC 
TTTGATCGCC ATGGTCAAAA AAGAAGTGAA ATTAACTTAC CTGGTAACTG TGTTGCTATG 
GATTGGGATA AAGATGGAGA CATCCTAGCA GTGATTGCTG AGCAGTCTAG TGGCATCTAT 
CTATGGGATG CCAACACAAA TAAGGCCAGC CAGCTAGACA GCGGCATGAG GGATCAAATG 
TCTTTCCTCC TTTGGTCAAA AGTCGGAAGT GTTCTGGCTG TTGGAACCGT TAAAGGAAAC 
TTGCTTATTT ATAATCGACA GACGTCTCGA AAGATACCTG TTCTTGGAAA ACATACTCAG 
AGAATCACAT GTGGATGTTG GAATGCAGAA AATCTACTGG CATTAGGTGG CGAGGATAAA 
ATGATCACAG TTAGTAACCA GGAAGGTGAC ACAATAAGAC AGAAACAGGT GAGGGCAGAG 
CCCAGCAACT TGCAGTTTTC CCTGATGAGG ACTGATGAAC GACCTGCCGC GTCTGAAAGC 
ACAATAAGTG TGGTGGTTGG CAAGAAAATG CTATTTCTTT TTAATCTGAA TGACCCAGAT 
GACCCAGTTA GTTTAGAATT TCAGCAGGGC TATGGCACCA TTGTCTGCTA TACTTGGTAT 
GGTGATGGCT ACATCATGAT TGGTTTTTCA CGCGGAACTC TTTTGGTGAT TTCTACTCAT 
ACCCAAGAGA TTGGCAAAGA AGTATTTCAG ACTAGTGATC ATAAAGATAA CCTAACCAGT 
ATTGCAGTAT CACAGACCCT TAACAAAGCT GCAACGTGTG GAGATAATTG CATTAAGATC 
CATGACCTGG CAGAATTAAA AGACATGTAT GCTATCATCA ACCTGGACGA TGAAAATAAA 
GGGTTGGACA CCTTGGCCTG GACAGACGAT GGTCAATTGC TGGCATTGTC CACCCAGAGG 
GGCTCACTCT ACGTTTTCCT GACCAAGCTT CCCATCCTCG GGGATGCCTG CAGCACGAGG 
GTTGCTTACC TCACCTCGCT CCTTGAGGTC ACTGTGGCCA ACCACGTTGA AGGAGAGCTG 
CCAATCACAG TCTCTGTGGA CGTGGAACCC AACTTTGTAG CCGTCGGTCT CTACCATCTG 
GCAGCGGGAA TGAATAACCG AGCTTGGTTT TACGTCCTTG GAGAGAAAGC TGTGAAAAAA 
TTGAAGGATG TGGAGTACTT GGGCACCGTG GCCAGTATCT GCCTGCACTC TGACTATGCT 
GCTGCGCTTT GTGAGGGCAA AGTCCAGTTA CATTTGATAG AAAGTGAAAT TTCAGATGCT 
CAAGAAGAAC GGGAGACTCG GCTCTTCCCA GCAGTGGATG AAAAGTGTCG GATTTTGTGC 
CATGCCTTAA CTAGCGATTT CCTCATATAT GGTACTGATG CTGGTGTCAT TCAGCATTTC 
TACATTGAAG ACTGGCAATT TGTAAACGAA TATCGACATC CTTTCGGGGT GAAAAAGATT 
TTTCCTGATC CAAATGGGAC AAGATTGGTT TTCATTGATG AAAAGAGTGA AGGATTTGTC 
TATTGCCCAG TTAATGATGC TACTTATGAG ATTCCCGACT TTTCACCGAC AATTAAAGGT 
GTTCTCTGGG ACAACTGGCC AATGGACAAA GGAGTGTTTG TTGCGTATGA TGATGATAAG 
GTGTACACGT ACGTTTTTCA CAAGGATGTT ATCCAAGGCT CCAAGGTCAT TTTGGCCGGT 
GGCACCAAAG TCCCCTTCTC CCATAAACCT CTGCTGCTGT ATAACGGAGA ACTGACGTGC 
CAGACGCAGA GCGGGAAAGT CAACAACATC TTCCTCAGCA CCCATAGCTT CTGCAACTCT 
CTGAAAGACG TGGGGCCGGA GGAGCTGAGG CAAATGCTGA CCCAGACGCT AATGCTGAAA 
AGGTTTCCAG ATGCCTGGGA GATGTGCAGG ATCCTGAATG ACCATGCTGC CTGGAATGAG 
TTGGCCAAAG CCTGTCTGCA TCACATGGAA GTGGAGTTTG CAATCCGAGT GTATCGGGCC 
ATTGGGAATG TTGGCATGGT GATGTCCTTG GACCAAATAA AGGGAATAGA GGACCACAAC 
CTTTTGGCAG GACATCTTGC CATGTTTACT AATGATTTCA ACCTGGCTCA GGACCTGTAC 
CTGGCGTCCA GCTGCCCCAT GGCTGCCCTG GAGATGAGAA GGGATTTACA GCACTGGGAC 
AGTGCTTTGC AGTTAGCAAA GCGTTTGGCC CCAGACCAGA TACCATTTAT ATCCAAAGAA 
TATGCTATTC AGCTTGAATT CACGGGTGAT TATGTAAATG CTTTGGCTCA TTATGAGAAA 
GGGATAACAG GTGATAATAA GGAACACGAT GAGGTATGTC TGGCCGGAGT CGCCCAGATG 
TCCATTAGGA TGGGAGACAT ACGGCGAGGA GTTAACCAAG CCCTCAGACA TCCCAGCAAG 
GTCCTGAAAC GAGACTGTGG AGCCATCCTG GAGACTATGA AGCAATTTTC AGAAGCAGCG 
CAACTGTATG AAAAAGGTCT GTACTATGAC AAAGCCGCAT CCGTGTACAT CCGCTGCAAG 
AACTGGGTAA AAGTTGGTGA GCTTCTGCCT CATGTCTCCT CTCCGAAGAT TCACTTGCAA 
TATGCCAAAG CCAAAGAAGC GGATGGAAGA TACAAAGAAG CTGTTGTGGC TTATGAGAAT 
GCAAAACAGT GGACCAGTGT CATCCGCCTC TACCTGGACC ACCTCAACCG TCCAGAGAAA 
GCCGTCAGCA TCGTGCGAGA GACCCATTCT CTGGATGGAG CCAAAATGGT AGCCAGGTTT 
TTCCTGCAGC TAGGTGACTA CGGGTCTGCC ATTCAGTTTC TTGTCATGTC CAAGTGTAAC 
CATGAAGCCT TCACCCTGGC TCAGCAGCAC AACAAAATGG AGATCTACGC AGACATTATT 
GGCTCTGAAG ACACGGCAAA CGAAGACTAC CAGAGCATCG CCTTACACTT TGAAGGGGAA 
AAGAGACATT TTCAGGCCGG AAAGTTCTTC TTGCTGTGCG GCCAATATTC CCGAGCACTT 
AAACACTTCC TGAAATGCCC AAGCTCAGAA GATAACATGG CAATAGAAAT GGCCATTGAA 
ACTGTTGGTC AGGCCAAAGA CGAACTGCTG ACCAGTCAAC TGATTGACCA CCTCATGGGG 
GAGAGCGATG GCATGCCGAA GGATGCCAAG TACCTGTTCC GCTTGTACAT GGCTCTAAAA 
CAATACCGGG AAGCTGCCCG CACTGCCATT ATCATTGCCC GGGAGGAGCA GTCTTCAGGC 
AACTATCGGA ATGCGCACGA TGTCCTCTTC AGCATGTACA TAGAGCTGAA ATCCCAGAAA 
ATCAAAATCC CCTCGGAGAT GGCCACCAAC CTCATGATCC TGCACAGTTA CATCCTAGTC 
AAGATTCATG TTAAAAATGG AGATCATATG AAAGGCGCAC GTATGCTCAT TCGAGTGGCC 
AACAACATTA GCAAATTCCC ATCACACATC GTGCCGATCC TGACGTCGAC CGTGATTGAG 
TGCCACCGAG CCGGCCTGAA GAACTCAGCG TTCAGCTTTG CAGCTATGCT CATGAGGCCC 
GAGTACCGCA ACAAGATCAA CGCCAAGTAC AAAAAGAAGA TTGAGGCAAT GGTCAGGAGA 
CCTGACACGT CGGAGACAGA AGAGGCCACA GCCCCATGTC CGTTCTGTGA ATTCATGCTC 
CCGGAGTGTG AACTCCTGTG CCCCGGATGT AAAAACAACA TCCCATACTG CATCGCAACA 
GGCCGACATA TGCTGAAAGA CGACTGGACA GTGTGCCCGC ACTGTGAATT CCCAGCTCTG 
TACTCTGAAT TTAAGATGCT GTTGAACACT GAAAACACGT GTCCTATGTG TTCCGAGAGA 
TTAAACTTTG CTCAACTGAA AAAAATCTTG AACTGTACCC AGTACCTGCA AACAGAAGTG 
GAGCAGTGA

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

WDR19 ( XM_004703166.1 ) cDNA ORF clone, Echinops telfairi(small Madagascar hedgehog) -> XP_004703223.1 Echinops telfairi WD repeat domain 19 (WDR19), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OEc10180
Clone ID Related Accession (Same CDS sequence)	XM_004703166.1
Accession Version	XM_004703166.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3549bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-09-18
Organism	Echinops telfairi(small Madagascar hedgehog)
Product	WD repeat-containing protein 19 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_022111369.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Echinops telfairi Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATCACAG TTAGTAACCA GGAAGGTGAC ACAATAAGAC AGAAACAGGT GAGGGCAGAG 
CCCAGCAACT TGCAGTTTTC CCTGATGAGG ACTGATGAAC GACCTGCCGC GTCTGAAAGC 
ACAATAAGTG TGGTGGTTGG CAAGAAAATG CTATTTCTTT TTAATCTGAA TGACCCAGAT 
GACCCAGTTA GTTTAGAATT TCAGCAGGGC TATGGCACCA TTGTCTGCTA TACTTGGTAT 
GGTGATGGCT ACATCATGAT TGGTTTTTCA CGCGGAACTC TTTTGGTGAT TTCTACTCAT 
ACCCAAGAGA TTGGCAAAGA AGTATTTCAG ACTAGTGATC ATAAAGATAA CCTAACCAGT 
ATTGCAGTAT CACAGACCCT TAACAAAGCT GCAACGTGTG GAGATAATTG CATTAAGATC 
CATGACCTGG CAGAATTAAA AGACATGTAT GCTATCATCA ACCTGGACGA TGAAAATAAA 
GGGTTGGACA CCTTGGCCTG GACAGACGAT GGTCAATTGC TGGCATTGTC CACCCAGAGG 
GGCTCACTCT ACGTTTTCCT GACCAAGCTT CCCATCCTCG GGGATGCCTG CAGCACGAGG 
GTTGCTTACC TCACCTCGCT CCTTGAGGTC ACTGTGGCCA ACCACGTTGA AGGAGAGCTG 
CCAATCACAG TCTCTGTGGA CGTGGAACCC AACTTTGTAG CCGTCGGTCT CTACCATCTG 
GCAGCGGGAA TGAATAACCG AGCTTGGTTT TACGTCCTTG GAGAGAAAGC TGTGAAAAAA 
TTGAAGGATG TGGAGTACTT GGGCACCGTG GCCAGTATCT GCCTGCACTC TGACTATGCT 
GCTGCGCTTT GTGAGGGCAA AGTCCAGTTA CATTTGATAG AAAGTGAAAT TTCAGATGCT 
CAAGAAGAAC GGGAGACTCG GCTCTTCCCA GCAGTGGATG AAAAGTGTCG GATTTTGTGC 
CATGCCTTAA CTAGCGATTT CCTCATATAT GGTACTGATG CTGGTGTCAT TCAGCATTTC 
TACATTGAAG ACTGGCAATT TGTAAACGAA TATCGACATC CTTTCGGGGT GAAAAAGATT 
TTTCCTGATC CAAATGGGAC AAGATTGGTT TTCATTGATG AAAAGAGTGA AGGATTTGTC 
TATTGCCCAG TTAATGATGC TACTTATGAG ATTCCCGACT TTTCACCGAC AATTAAAGGT 
GTTCTCTGGG ACAACTGGCC AATGGACAAA GGAGTGTTTG TTGCGTATGA TGATGATAAG 
GTGTACACGT ACGTTTTTCA CAAGGATGTT ATCCAAGGCT CCAAGGTCAT TTTGGCCGGT 
GGCACCAAAG TCCCCTTCTC CCATAAACCT CTGCTGCTGT ATAACGGAGA ACTGACGTGC 
CAGACGCAGA GCGGGAAAGT CAACAACATC TTCCTCAGCA CCCATAGCTT CTGCAACTCT 
CTGAAAGACG TGGGGCCGGA GGAGCTGAGG CAAATGCTGA CCCAGACGCT AATGCTGAAA 
AGGTTTCCAG ATGCCTGGGA GATGTGCAGG ATCCTGAATG ACCATGCTGC CTGGAATGAG 
TTGGCCAAAG CCTGTCTGCA TCACATGGAA GTGGAGTTTG CAATCCGAGT GTATCGGGCC 
ATTGGGAATG TTGGCATGGT GATGTCCTTG GACCAAATAA AGGGAATAGA GGACCACAAC 
CTTTTGGCAG GACATCTTGC CATGTTTACT AATGATTTCA ACCTGGCTCA GGACCTGTAC 
CTGGCGTCCA GCTGCCCCAT GGCTGCCCTG GAGATGAGAA GGGATTTACA GCACTGGGAC 
AGTGCTTTGC AGTTAGCAAA GCGTTTGGCC CCAGACCAGA TACCATTTAT ATCCAAAGAA 
TATGCTATTC AGCTTGAATT CACGGGTGAT TATGTAAATG CTTTGGCTCA TTATGAGAAA 
GGGATAACAG GTGATAATAA GGAACACGAT GAGGTATGTC TGGCCGGAGT CGCCCAGATG 
TCCATTAGGA TGGGAGACAT ACGGCGAGGA GTTAACCAAG CCCTCAGACA TCCCAGCAAG 
GTCCTGAAAC GAGACTGTGG AGCCATCCTG GAGACTATGA AGCAATTTTC AGAAGCAGCG 
CAACTGTATG AAAAAGGTCT GTACTATGAC AAAGCCGCAT CCGTGTACAT CCGCTGCAAG 
AACTGGGTAA AAGTTGGTGA GCTTCTGCCT CATGTCTCCT CTCCGAAGAT TCACTTGCAA 
TATGCCAAAG CCAAAGAAGC GGATGGAAGA TACAAAGAAG CTGTTGTGGC TTATGAGAAT 
GCAAAACAGT GGACCAGTGT CATCCGCCTC TACCTGGACC ACCTCAACCG TCCAGAGAAA 
GCCGTCAGCA TCGTGCGAGA GACCCATTCT CTGGATGGAG CCAAAATGGT AGCCAGGTTT 
TTCCTGCAGC TAGGTGACTA CGGGTCTGCC ATTCAGTTTC TTGTCATGTC CAAGTGTAAC 
CATGAAGCCT TCACCCTGGC TCAGCAGCAC AACAAAATGG AGATCTACGC AGACATTATT 
GGCTCTGAAG ACACGGCAAA CGAAGACTAC CAGAGCATCG CCTTACACTT TGAAGGGGAA 
AAGAGACATT TTCAGGCCGG AAAGTTCTTC TTGCTGTGCG GCCAATATTC CCGAGCACTT 
AAACACTTCC TGAAATGCCC AAGCTCAGAA GATAACATGG CAATAGAAAT GGCCATTGAA 
ACTGTTGGTC AGGCCAAAGA CGAACTGCTG ACCAGTCAAC TGATTGACCA CCTCATGGGG 
GAGAGCGATG GCATGCCGAA GGATGCCAAG TACCTGTTCC GCTTGTACAT GGCTCTAAAA 
CAATACCGGG AAGCTGCCCG CACTGCCATT ATCATTGCCC GGGAGGAGCA GTCTTCAGGC 
AACTATCGGA ATGCGCACGA TGTCCTCTTC AGCATGTACA TAGAGCTGAA ATCCCAGAAA 
ATCAAAATCC CCTCGGAGAT GGCCACCAAC CTCATGATCC TGCACAGTTA CATCCTAGTC 
AAGATTCATG TTAAAAATGG AGATCATATG AAAGGCGCAC GTATGCTCAT TCGAGTGGCC 
AACAACATTA GCAAATTCCC ATCACACATC GTGCCGATCC TGACGTCGAC CGTGATTGAG 
TGCCACCGAG CCGGCCTGAA GAACTCAGCG TTCAGCTTTG CAGCTATGCT CATGAGGCCC 
GAGTACCGCA ACAAGATCAA CGCCAAGTAC AAAAAGAAGA TTGAGGCAAT GGTCAGGAGA 
CCTGACACGT CGGAGACAGA AGAGGCCACA GCCCCATGTC CGTTCTGTGA ATTCATGCTC 
CCGGAGTGTG AACTCCTGTG CCCCGGATGT AAAAACAACA TCCCATACTG CATCGCAACA 
GGCCGACATA TGCTGAAAGA CGACTGGACA GTGTGCCCGC ACTGTGAATT CCCAGCTCTG 
TACTCTGAAT TTAAGATGCT GTTGAACACT GAAAACACGT GTCCTATGTG TTCCGAGAGA 
TTAAACTTTG CTCAACTGAA AAAAATCTTG AACTGTACCC AGTACCTGCA AACAGAAGTG 
GAGCAGTGA

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

RefSeq	XP_004703223.1
CDS	389..3937
Translation	MITVSNQEGDTIRQKQVRAEPSNLQFSLMRTDERPAASESTISVVVGKKMLFLFNLNDPDDPVSLEFQQGYGTIVCYTWYGDGYIMIGFSRGTLLVISTHTQEIGKEVFQTSDHKDNLTSIAVSQTLNKAATCGDNCIKIHDLAELKDMYAIINLDDENKGLDTLAWTDDGQLLALSTQRGSLYVFLTKLPILGDACSTRVAYLTSLLEVTVANHVEGELPITVSVDVEPNFVAVGLYHLAAGMNNRAWFYVLGEKAVKKLKDVEYLGTVASICLHSDYAAALCEGKVQLHLIESEISDAQEERETRLFPAVDEKCRILCHALTSDFLIYGTDAGVIQHFYIEDWQFVNEYRHPFGVKKIFPDPNGTRLVFIDEKSEGFVYCPVNDATYEIPDFSPTIKGVLWDNWPMDKGVFVAYDDDKVYTYVFHKDVIQGSKVILAGGTKVPFSHKPLLLYNGELTCQTQSGKVNNIFLSTHSFCNSLKDVGPEELRQMLTQTLMLKRFPDAWEMCRILNDHAAWNELAKACLHHMEVEFAIRVYRAIGNVGMVMSLDQIKGIEDHNLLAGHLAMFTNDFNLAQDLYLASSCPMAALEMRRDLQHWDSALQLAKRLAPDQIPFISKEYAIQLEFTGDYVNALAHYEKGITGDNKEHDEVCLAGVAQMSIRMGDIRRGVNQALRHPSKVLKRDCGAILETMKQFSEAAQLYEKGLYYDKAASVYIRCKNWVKVGELLPHVSSPKIHLQYAKAKEADGRYKEAVVAYENAKQWTSVIRLYLDHLNRPEKAVSIVRETHSLDGAKMVARFFLQLGDYGSAIQFLVMSKCNHEAFTLAQQHNKMEIYADIIGSEDTANEDYQSIALHFEGEKRHFQAGKFFLLCGQYSRALKHFLKCPSSEDNMAIEMAIETVGQAKDELLTSQLIDHLMGESDGMPKDAKYLFRLYMALKQYREAARTAIIIAREEQSSGNYRNAHDVLFSMYIELKSQKIKIPSEMATNLMILHSYILVKIHVKNGDHMKGARMLIRVANNISKFPSHIVPILTSTVIECHRAGLKNSAFSFAAMLMRPEYRNKINAKYKKKIEAMVRRPDTSETEEATAPCPFCEFMLPECELLCPGCKNNIPYCIATGRHMLKDDWTVCPHCEFPALYSEFKMLLNTENTCPMCSERLNFAQLKKILNCTQYLQTEVEQ

Target ORF information:

RefSeq Version	XM_004703166.1
Organism	Echinops telfairi(small Madagascar hedgehog)
Definition	Echinops telfairi 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_004703166.1

ORF Insert Sequence:

ATGATCACAG TTAGTAACCA GGAAGGTGAC ACAATAAGAC AGAAACAGGT GAGGGCAGAG 
CCCAGCAACT TGCAGTTTTC CCTGATGAGG ACTGATGAAC GACCTGCCGC GTCTGAAAGC 
ACAATAAGTG TGGTGGTTGG CAAGAAAATG CTATTTCTTT TTAATCTGAA TGACCCAGAT 
GACCCAGTTA GTTTAGAATT TCAGCAGGGC TATGGCACCA TTGTCTGCTA TACTTGGTAT 
GGTGATGGCT ACATCATGAT TGGTTTTTCA CGCGGAACTC TTTTGGTGAT TTCTACTCAT 
ACCCAAGAGA TTGGCAAAGA AGTATTTCAG ACTAGTGATC ATAAAGATAA CCTAACCAGT 
ATTGCAGTAT CACAGACCCT TAACAAAGCT GCAACGTGTG GAGATAATTG CATTAAGATC 
CATGACCTGG CAGAATTAAA AGACATGTAT GCTATCATCA ACCTGGACGA TGAAAATAAA 
GGGTTGGACA CCTTGGCCTG GACAGACGAT GGTCAATTGC TGGCATTGTC CACCCAGAGG 
GGCTCACTCT ACGTTTTCCT GACCAAGCTT CCCATCCTCG GGGATGCCTG CAGCACGAGG 
GTTGCTTACC TCACCTCGCT CCTTGAGGTC ACTGTGGCCA ACCACGTTGA AGGAGAGCTG 
CCAATCACAG TCTCTGTGGA CGTGGAACCC AACTTTGTAG CCGTCGGTCT CTACCATCTG 
GCAGCGGGAA TGAATAACCG AGCTTGGTTT TACGTCCTTG GAGAGAAAGC TGTGAAAAAA 
TTGAAGGATG TGGAGTACTT GGGCACCGTG GCCAGTATCT GCCTGCACTC TGACTATGCT 
GCTGCGCTTT GTGAGGGCAA AGTCCAGTTA CATTTGATAG AAAGTGAAAT TTCAGATGCT 
CAAGAAGAAC GGGAGACTCG GCTCTTCCCA GCAGTGGATG AAAAGTGTCG GATTTTGTGC 
CATGCCTTAA CTAGCGATTT CCTCATATAT GGTACTGATG CTGGTGTCAT TCAGCATTTC 
TACATTGAAG ACTGGCAATT TGTAAACGAA TATCGACATC CTTTCGGGGT GAAAAAGATT 
TTTCCTGATC CAAATGGGAC AAGATTGGTT TTCATTGATG AAAAGAGTGA AGGATTTGTC 
TATTGCCCAG TTAATGATGC TACTTATGAG ATTCCCGACT TTTCACCGAC AATTAAAGGT 
GTTCTCTGGG ACAACTGGCC AATGGACAAA GGAGTGTTTG TTGCGTATGA TGATGATAAG 
GTGTACACGT ACGTTTTTCA CAAGGATGTT ATCCAAGGCT CCAAGGTCAT TTTGGCCGGT 
GGCACCAAAG TCCCCTTCTC CCATAAACCT CTGCTGCTGT ATAACGGAGA ACTGACGTGC 
CAGACGCAGA GCGGGAAAGT CAACAACATC TTCCTCAGCA CCCATAGCTT CTGCAACTCT 
CTGAAAGACG TGGGGCCGGA GGAGCTGAGG CAAATGCTGA CCCAGACGCT AATGCTGAAA 
AGGTTTCCAG ATGCCTGGGA GATGTGCAGG ATCCTGAATG ACCATGCTGC CTGGAATGAG 
TTGGCCAAAG CCTGTCTGCA TCACATGGAA GTGGAGTTTG CAATCCGAGT GTATCGGGCC 
ATTGGGAATG TTGGCATGGT GATGTCCTTG GACCAAATAA AGGGAATAGA GGACCACAAC 
CTTTTGGCAG GACATCTTGC CATGTTTACT AATGATTTCA ACCTGGCTCA GGACCTGTAC 
CTGGCGTCCA GCTGCCCCAT GGCTGCCCTG GAGATGAGAA GGGATTTACA GCACTGGGAC 
AGTGCTTTGC AGTTAGCAAA GCGTTTGGCC CCAGACCAGA TACCATTTAT ATCCAAAGAA 
TATGCTATTC AGCTTGAATT CACGGGTGAT TATGTAAATG CTTTGGCTCA TTATGAGAAA 
GGGATAACAG GTGATAATAA GGAACACGAT GAGGTATGTC TGGCCGGAGT CGCCCAGATG 
TCCATTAGGA TGGGAGACAT ACGGCGAGGA GTTAACCAAG CCCTCAGACA TCCCAGCAAG 
GTCCTGAAAC GAGACTGTGG AGCCATCCTG GAGACTATGA AGCAATTTTC AGAAGCAGCG 
CAACTGTATG AAAAAGGTCT GTACTATGAC AAAGCCGCAT CCGTGTACAT CCGCTGCAAG 
AACTGGGTAA AAGTTGGTGA GCTTCTGCCT CATGTCTCCT CTCCGAAGAT TCACTTGCAA 
TATGCCAAAG CCAAAGAAGC GGATGGAAGA TACAAAGAAG CTGTTGTGGC TTATGAGAAT 
GCAAAACAGT GGACCAGTGT CATCCGCCTC TACCTGGACC ACCTCAACCG TCCAGAGAAA 
GCCGTCAGCA TCGTGCGAGA GACCCATTCT CTGGATGGAG CCAAAATGGT AGCCAGGTTT 
TTCCTGCAGC TAGGTGACTA CGGGTCTGCC ATTCAGTTTC TTGTCATGTC CAAGTGTAAC 
CATGAAGCCT TCACCCTGGC TCAGCAGCAC AACAAAATGG AGATCTACGC AGACATTATT 
GGCTCTGAAG ACACGGCAAA CGAAGACTAC CAGAGCATCG CCTTACACTT TGAAGGGGAA 
AAGAGACATT TTCAGGCCGG AAAGTTCTTC TTGCTGTGCG GCCAATATTC CCGAGCACTT 
AAACACTTCC TGAAATGCCC AAGCTCAGAA GATAACATGG CAATAGAAAT GGCCATTGAA 
ACTGTTGGTC AGGCCAAAGA CGAACTGCTG ACCAGTCAAC TGATTGACCA CCTCATGGGG 
GAGAGCGATG GCATGCCGAA GGATGCCAAG TACCTGTTCC GCTTGTACAT GGCTCTAAAA 
CAATACCGGG AAGCTGCCCG CACTGCCATT ATCATTGCCC GGGAGGAGCA GTCTTCAGGC 
AACTATCGGA ATGCGCACGA TGTCCTCTTC AGCATGTACA TAGAGCTGAA ATCCCAGAAA 
ATCAAAATCC CCTCGGAGAT GGCCACCAAC CTCATGATCC TGCACAGTTA CATCCTAGTC 
AAGATTCATG TTAAAAATGG AGATCATATG AAAGGCGCAC GTATGCTCAT TCGAGTGGCC 
AACAACATTA GCAAATTCCC ATCACACATC GTGCCGATCC TGACGTCGAC CGTGATTGAG 
TGCCACCGAG CCGGCCTGAA GAACTCAGCG TTCAGCTTTG CAGCTATGCT CATGAGGCCC 
GAGTACCGCA ACAAGATCAA CGCCAAGTAC AAAAAGAAGA TTGAGGCAAT GGTCAGGAGA 
CCTGACACGT CGGAGACAGA AGAGGCCACA GCCCCATGTC CGTTCTGTGA ATTCATGCTC 
CCGGAGTGTG AACTCCTGTG CCCCGGATGT AAAAACAACA TCCCATACTG CATCGCAACA 
GGCCGACATA TGCTGAAAGA CGACTGGACA GTGTGCCCGC ACTGTGAATT CCCAGCTCTG 
TACTCTGAAT TTAAGATGCT GTTGAACACT GAAAACACGT GTCCTATGTG TTCCGAGAGA 
TTAAACTTTG CTCAACTGAA AAAAATCTTG AACTGTACCC AGTACCTGCA AACAGAAGTG 
GAGCAGTGA