WDR17 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR17
Entrez Gene ID	106484019
Full Name	WD repeat domain 17
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013942094.1	XP_013797548.1	WD repeat-containing protein 17 isoform X2
XM_013942093.1	XP_013797547.1	WD repeat-containing protein 17 isoform X1

Pathways from BioSystems
Gene Ontology

The following WDR17 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the WDR17 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
OAp13730	XM_013942093.1 Latest version!	Apteryx australis mantelli WD repeat domain 17 (WDR17), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAp13731	XM_013942094.1 Latest version!	Apteryx australis mantelli WD repeat domain 17 (WDR17), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

WDR17 ( XM_013942093.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013797547.1 Apteryx australis mantelli WD repeat domain 17 (WDR17), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAp13730
Clone ID Related Accession (Same CDS sequence)	XM_013942093.1
Accession Version	XM_013942093.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3969bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	WD repeat-containing protein 17 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013990475.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTGGA TGACTTATAT TTCCCACTGG TTTGATGAAG ATGATTGGTA TGAAGGACAA 
CAAAGAGCAA AAATGTCACA GGTTAAACAA GTGGGCCTTT TAGCTGCTGG ATGTCAGCCA 
TGGAACAAAG ATGTGTGTGC AGCTAGTGGA GACAGATTTG CCTACTGTGC TACCCTTGCT 
ATTTATATTT ATCAGCTGGA TCACCGATAC AATGAATTCA AACTCCAGGC AATTATGTCT 
GAGCATAAGA AGACAATCAC AGCCATATCT TGGTGTCCCC ACAACCCAGA CATGTTTGCA 
AGTGCCAGTG CAGATAGTTT AGTAATTGTT TGGAATGTGG CTGAACACAA AGTCATCGCC 
AAGCTGGACA ATACAAAAGG AATTCCGGCC TCGCTTAGCT GGTGCTGGAA TGTGGGTGAC 
TCGGTTGCAT TTGTGTCCCA CAGAGGCCCC TTGTACATTT GGACTATCTC AGGACCTGAC 
AGTGGGGTAA CTGTACATAA GGAAGCACAT AGTTTCTTGT CAGATATCTG TCTGTTTAGA 
TGGCATCCAA AGAAAAAAGG AAAAGTAGTG TTTGGACATA CTGATGGAAG TCTGTCTATT 
TTTCAGCCAG GTTCTAAAAG TCAGAAACAT GTCTTAAGAC CAGAGTCTCT TGAAGGGACA 
GATGAGGAGG ATCCGGTTAC AGCGCTGGAG TGGGATCCTC TGTCAACTGA CTACCTTCTT 
GTTGCTAATT TACATAATGG TATTCGCCTA GTTGATTCTG AATCTCTGAC CTGTATCACA 
ACTTTTAATT TTCCCACTGC AGCAGCATCA GTTCAGTGTT TAGCCTGGGT TTCCAGTGCA 
CCTGGAATGT TTATAACTGG AGATTCTCAG GTTGGTGTGT TGCGTATTTG GAATGTTTCA 
CGTACAACAC CTATAGATAA TTTTAAATTG AAGAAAACTG GTTTCCATGG TTTGCATGTG 
CTAAGTTCTC CTCCCAAAAA AAAGCCATTT TCATCACAAT CTCCTACTAA AAATCATCAT 
ACATCCTCAA CAAGTGAGGC AGTTCCTCCT CCAACTTTAA CCCAAAACCA AGCATTTTCT 
CTTCCTCCTG GTCACGCTGT CTGTTGTTTC ATGGATGGTG GAGTGGGGCT TTATGACATG 
GGAGCCAAAA AATGGGATTT CCTTAGAGAT TTGGGACATG TTGAGACCAT CTTTGATTGT 
AAATTCAAGC CTGATAACCC TGATCTTCTT GCTACAGCAT CATTTGATGG CACAATAAAA 
GTCTGGGACA TAAATACTTT AACAGCAGTT TACACATCTC CTGGTAATGA GGGGGTTATT 
TATTCCCTTT CTTGGGCTCC AGGAGATCTG AACTGCATAG CAGGTGCAAC ATCCAGAAAT 
GGTGGCTTCA TCTGGGATGT CCCAAGAGGC AAAGTGATAA CCCGGTTCAG TGAGCATGGA 
AAGAATGGGA TCTTCTGCAT TGCCTGGAGT CATAAAGATT CCAAAAGAAT AGCAACCTGC 
AGCGGTGATG GATTTTGTAT TATTCGAACC ATTGATGGCA AGGTTCTTCA CAAGTACAAG 
CATCCAGGTG CAGTTTTTGG CTGTGATTGG AGTCAAAACA ACAAGGATAT GATAGCTACC 
GGTTGTGAGG ATAAAAATGT TCGTGTTTAT TACTTAGCAA CAAGCTCTGA TCAGCCGCTG 
AAAGTTTTTA CGGGGCATAC TGCAAAGGTG TTTCATGTAC GGTGGTCTCC TCTGAGAGAA 
GGAATCCTCT GCAGTGGCTC TGATGATGGT ACTGTTCGAA TATGGGATTA TACACAGGAT 
GCCTGTATAA ATGTTCTTAG TGGACATACA GCTCCAGTTC GGGGACTGAT GTGGAATCCT 
GAAATTCCTT ACCTACTAAT ATCAGGCAGT TGGGACTATA CTATTCGAGT CTGGGACACA 
AGAGATGGAA CATGTTTGGA CACAGTTTAT GATCATGGTG CAGATGTATA TGGATTAACA 
TGTCATCCTA GTCGTCCGTT TACTATGGCA TCTTGCTCTC GGGACTCTAC TGTGAGACTC 
TGGTCATTGA CACCTCTTAT AAACCCTCTA CAAATAAATA TCTTAGCAGA TAGATGTTGG 
GATGAGATTA TTGGTAATAC AGATCGCGCT GTGGAATCTG ATGCTCCTCC TTTGCTATGT 
GGTAAAGTTT CTAGGGATAT TAAACAAGAG GTGGAAAAAT TGTCAGGAAA TCCTCGAGGA 
AAAAAACTAA GGTGGTTTTC AGAATGTTTT TCACCTCCAG GAGGCAGCAA AAATTTATGG 
GATTTAGTTG CCATAATAAA AGGACAGGAT GATAGTTTGC TTCCACAAAA CTACTGCAAA 
GGAATTATGC ATATGAAACA TCTCCTTAGA TTTAGAATGT CCAAAGCACA AGAACTGACA 
ACAGTAAAAA TGTCCAAGTT TGGAGGTGGT ATTGGTGCAC CAAGCAAAGA GGAGAGGCTT 
AAAGAAGCTG CAGAAATACA TTTAAGATTA GGACAAATTC AGAGATATTG TGAACTGATG 
GTAGAGCTCG GAGAGTGGGA CAAAGCTCTC TCAGTTGCAC CTGGTGTATC GATGAAATAT 
TGGAAGAAGT TAATGCAAAG GAGAGCTGAT CAGTTAATTC AGGAAGAAAA TGATGATGTC 
ATCCCATACT GTATAGCTGT TGGAGATGTG AAGAAACTAG TTTCTTTCTT TACTTCGAGA 
GGCCAGCTTA AAGAGGCTCT ACTTGTTGTG CAGGCAGCTT GTGAGGGTAA TATACAAATA 
TCACCACTCT CTACAACAAC TGGGTCTTCA ACTTCTGATG GAAACAATAC AGATGATTAT 
AATGAACTCC TACATAAGGT CAGTAAAGAA CTGGCAGAAT GGTATTTCCA GGACGGCCGT 
GCAGTACTTG CAGCATGTTG CCATTTGGCT GTTGAAAACA TAGAGCTTGC CATGGCAAAC 
CTGATTCGTG GAAATGAACT GGAGTTGGCA ATCAGTGTGG GTACTGTCTT AGGAGAAAGT 
GCCGCGCAAG CAACACATTA TGCACTAGAA TTGCTAGCAA GAAAATGTAT GACAGTAACA 
ACATGCTTTC CATCAGTTGG ATACAGTGTC GTCTTCTGTT CACACAGGGA TTTAGCAGCT 
GATCTTATGA TGATGATTCC TGATAATAAA CTGCAATTAG TAAAACTATG TGCTTTTTAT 
CCTGGATGCA CAGCAGAAAT AAATGACCTA CATGAAAAGT GTAATCTTCC TGATGTAGAA 
GAATGTATGC AACTGGCAGA GACAATTCAA GTAGACGGAG ATGTATTTGA AACTATAAAG 
TACTATCTGT TAAGTACAGA ACCAGAAAAG GCTCTCCCTA TTGGCATACA GTATGTTAAA 
GAACAACTTC GTGGCTCAGA TTGGACTTTA GATTCAGTCT GTCCCTATCT CGATCTTCTA 
AGTTACATAC GCACCGAACG ATTAGTGTTG CATAAATGTA GTGAATTTCG GAATGAGTTA 
CTGATTTTGT GTGGTTATGT TGGTGCTTTG CTTGCTATCA GAAGACAGTA CAACAGCATT 
GTGCCTGCAC TTTATGAATA CACAAGCCAG CTTTTAAAAA GACGGGAAGT ATCTGTACCT 
TTGAAAATTG AACAGCTCTC TGAGGAGTTA GATGCATGGA GAGCTTGTAC TCAATTAGCC 
AACAGGCCTA CTGATGAATT GCCAGGCACG CCGCCATCTG AATCACAGAG AACAGCGTAT 
TCAATATTGG CATCACGAAT ACAAGAAGAG CCTCTGAAAG GAATGGTTGG GCCAGACTGT 
GTCACTGGAT CAAATCTTCC TAGTCATTCA GACAATCATA CCTCTTGCTT GACAGGATTG 
AGGATACAGG GTCCAGTGTT CTTCCTTGAA GATGGAAAAT CTGCTATTTC ACTGAACGAT 
GCTTTGATGT GGGCCAAAGT GAATCCTTTT TCACCATTAG GAACAGGAAT ACGACTTAAC 
CCATTCTGA

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

RefSeq	XP_013797547.1
CDS	1..3969
Translation	MAWMTYISHWFDEDDWYEGQQRAKMSQVKQVGLLAAGCQPWNKDVCAASGDRFAYCATLAIYIYQLDHRYNEFKLQAIMSEHKKTITAISWCPHNPDMFASASADSLVIVWNVAEHKVIAKLDNTKGIPASLSWCWNVGDSVAFVSHRGPLYIWTISGPDSGVTVHKEAHSFLSDICLFRWHPKKKGKVVFGHTDGSLSIFQPGSKSQKHVLRPESLEGTDEEDPVTALEWDPLSTDYLLVANLHNGIRLVDSESLTCITTFNFPTAAASVQCLAWVSSAPGMFITGDSQVGVLRIWNVSRTTPIDNFKLKKTGFHGLHVLSSPPKKKPFSSQSPTKNHHTSSTSEAVPPPTLTQNQAFSLPPGHAVCCFMDGGVGLYDMGAKKWDFLRDLGHVETIFDCKFKPDNPDLLATASFDGTIKVWDINTLTAVYTSPGNEGVIYSLSWAPGDLNCIAGATSRNGGFIWDVPRGKVITRFSEHGKNGIFCIAWSHKDSKRIATCSGDGFCIIRTIDGKVLHKYKHPGAVFGCDWSQNNKDMIATGCEDKNVRVYYLATSSDQPLKVFTGHTAKVFHVRWSPLREGILCSGSDDGTVRIWDYTQDACINVLSGHTAPVRGLMWNPEIPYLLISGSWDYTIRVWDTRDGTCLDTVYDHGADVYGLTCHPSRPFTMASCSRDSTVRLWSLTPLINPLQINILADRCWDEIIGNTDRAVESDAPPLLCGKVSRDIKQEVEKLSGNPRGKKLRWFSECFSPPGGSKNLWDLVAIIKGQDDSLLPQNYCKGIMHMKHLLRFRMSKAQELTTVKMSKFGGGIGAPSKEERLKEAAEIHLRLGQIQRYCELMVELGEWDKALSVAPGVSMKYWKKLMQRRADQLIQEENDDVIPYCIAVGDVKKLVSFFTSRGQLKEALLVVQAACEGNIQISPLSTTTGSSTSDGNNTDDYNELLHKVSKELAEWYFQDGRAVLAACCHLAVENIELAMANLIRGNELELAISVGTVLGESAAQATHYALELLARKCMTVTTCFPSVGYSVVFCSHRDLAADLMMMIPDNKLQLVKLCAFYPGCTAEINDLHEKCNLPDVEECMQLAETIQVDGDVFETIKYYLLSTEPEKALPIGIQYVKEQLRGSDWTLDSVCPYLDLLSYIRTERLVLHKCSEFRNELLILCGYVGALLAIRRQYNSIVPALYEYTSQLLKRREVSVPLKIEQLSEELDAWRACTQLANRPTDELPGTPPSESQRTAYSILASRIQEEPLKGMVGPDCVTGSNLPSHSDNHTSCLTGLRIQGPVFFLEDGKSAISLNDALMWAKVNPFSPLGTGIRLNPF

Target ORF information:

RefSeq Version	XM_013942093.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli WD repeat domain 17 (WDR17), transcript variant X1, mRNA.

Target ORF information:

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

XM_013942093.1

ORF Insert Sequence:

ATGGCTTGGA TGACTTATAT TTCCCACTGG TTTGATGAAG ATGATTGGTA TGAAGGACAA 
CAAAGAGCAA AAATGTCACA GGTTAAACAA GTGGGCCTTT TAGCTGCTGG ATGTCAGCCA 
TGGAACAAAG ATGTGTGTGC AGCTAGTGGA GACAGATTTG CCTACTGTGC TACCCTTGCT 
ATTTATATTT ATCAGCTGGA TCACCGATAC AATGAATTCA AACTCCAGGC AATTATGTCT 
GAGCATAAGA AGACAATCAC AGCCATATCT TGGTGTCCCC ACAACCCAGA CATGTTTGCA 
AGTGCCAGTG CAGATAGTTT AGTAATTGTT TGGAATGTGG CTGAACACAA AGTCATCGCC 
AAGCTGGACA ATACAAAAGG AATTCCGGCC TCGCTTAGCT GGTGCTGGAA TGTGGGTGAC 
TCGGTTGCAT TTGTGTCCCA CAGAGGCCCC TTGTACATTT GGACTATCTC AGGACCTGAC 
AGTGGGGTAA CTGTACATAA GGAAGCACAT AGTTTCTTGT CAGATATCTG TCTGTTTAGA 
TGGCATCCAA AGAAAAAAGG AAAAGTAGTG TTTGGACATA CTGATGGAAG TCTGTCTATT 
TTTCAGCCAG GTTCTAAAAG TCAGAAACAT GTCTTAAGAC CAGAGTCTCT TGAAGGGACA 
GATGAGGAGG ATCCGGTTAC AGCGCTGGAG TGGGATCCTC TGTCAACTGA CTACCTTCTT 
GTTGCTAATT TACATAATGG TATTCGCCTA GTTGATTCTG AATCTCTGAC CTGTATCACA 
ACTTTTAATT TTCCCACTGC AGCAGCATCA GTTCAGTGTT TAGCCTGGGT TTCCAGTGCA 
CCTGGAATGT TTATAACTGG AGATTCTCAG GTTGGTGTGT TGCGTATTTG GAATGTTTCA 
CGTACAACAC CTATAGATAA TTTTAAATTG AAGAAAACTG GTTTCCATGG TTTGCATGTG 
CTAAGTTCTC CTCCCAAAAA AAAGCCATTT TCATCACAAT CTCCTACTAA AAATCATCAT 
ACATCCTCAA CAAGTGAGGC AGTTCCTCCT CCAACTTTAA CCCAAAACCA AGCATTTTCT 
CTTCCTCCTG GTCACGCTGT CTGTTGTTTC ATGGATGGTG GAGTGGGGCT TTATGACATG 
GGAGCCAAAA AATGGGATTT CCTTAGAGAT TTGGGACATG TTGAGACCAT CTTTGATTGT 
AAATTCAAGC CTGATAACCC TGATCTTCTT GCTACAGCAT CATTTGATGG CACAATAAAA 
GTCTGGGACA TAAATACTTT AACAGCAGTT TACACATCTC CTGGTAATGA GGGGGTTATT 
TATTCCCTTT CTTGGGCTCC AGGAGATCTG AACTGCATAG CAGGTGCAAC ATCCAGAAAT 
GGTGGCTTCA TCTGGGATGT CCCAAGAGGC AAAGTGATAA CCCGGTTCAG TGAGCATGGA 
AAGAATGGGA TCTTCTGCAT TGCCTGGAGT CATAAAGATT CCAAAAGAAT AGCAACCTGC 
AGCGGTGATG GATTTTGTAT TATTCGAACC ATTGATGGCA AGGTTCTTCA CAAGTACAAG 
CATCCAGGTG CAGTTTTTGG CTGTGATTGG AGTCAAAACA ACAAGGATAT GATAGCTACC 
GGTTGTGAGG ATAAAAATGT TCGTGTTTAT TACTTAGCAA CAAGCTCTGA TCAGCCGCTG 
AAAGTTTTTA CGGGGCATAC TGCAAAGGTG TTTCATGTAC GGTGGTCTCC TCTGAGAGAA 
GGAATCCTCT GCAGTGGCTC TGATGATGGT ACTGTTCGAA TATGGGATTA TACACAGGAT 
GCCTGTATAA ATGTTCTTAG TGGACATACA GCTCCAGTTC GGGGACTGAT GTGGAATCCT 
GAAATTCCTT ACCTACTAAT ATCAGGCAGT TGGGACTATA CTATTCGAGT CTGGGACACA 
AGAGATGGAA CATGTTTGGA CACAGTTTAT GATCATGGTG CAGATGTATA TGGATTAACA 
TGTCATCCTA GTCGTCCGTT TACTATGGCA TCTTGCTCTC GGGACTCTAC TGTGAGACTC 
TGGTCATTGA CACCTCTTAT AAACCCTCTA CAAATAAATA TCTTAGCAGA TAGATGTTGG 
GATGAGATTA TTGGTAATAC AGATCGCGCT GTGGAATCTG ATGCTCCTCC TTTGCTATGT 
GGTAAAGTTT CTAGGGATAT TAAACAAGAG GTGGAAAAAT TGTCAGGAAA TCCTCGAGGA 
AAAAAACTAA GGTGGTTTTC AGAATGTTTT TCACCTCCAG GAGGCAGCAA AAATTTATGG 
GATTTAGTTG CCATAATAAA AGGACAGGAT GATAGTTTGC TTCCACAAAA CTACTGCAAA 
GGAATTATGC ATATGAAACA TCTCCTTAGA TTTAGAATGT CCAAAGCACA AGAACTGACA 
ACAGTAAAAA TGTCCAAGTT TGGAGGTGGT ATTGGTGCAC CAAGCAAAGA GGAGAGGCTT 
AAAGAAGCTG CAGAAATACA TTTAAGATTA GGACAAATTC AGAGATATTG TGAACTGATG 
GTAGAGCTCG GAGAGTGGGA CAAAGCTCTC TCAGTTGCAC CTGGTGTATC GATGAAATAT 
TGGAAGAAGT TAATGCAAAG GAGAGCTGAT CAGTTAATTC AGGAAGAAAA TGATGATGTC 
ATCCCATACT GTATAGCTGT TGGAGATGTG AAGAAACTAG TTTCTTTCTT TACTTCGAGA 
GGCCAGCTTA AAGAGGCTCT ACTTGTTGTG CAGGCAGCTT GTGAGGGTAA TATACAAATA 
TCACCACTCT CTACAACAAC TGGGTCTTCA ACTTCTGATG GAAACAATAC AGATGATTAT 
AATGAACTCC TACATAAGGT CAGTAAAGAA CTGGCAGAAT GGTATTTCCA GGACGGCCGT 
GCAGTACTTG CAGCATGTTG CCATTTGGCT GTTGAAAACA TAGAGCTTGC CATGGCAAAC 
CTGATTCGTG GAAATGAACT GGAGTTGGCA ATCAGTGTGG GTACTGTCTT AGGAGAAAGT 
GCCGCGCAAG CAACACATTA TGCACTAGAA TTGCTAGCAA GAAAATGTAT GACAGTAACA 
ACATGCTTTC CATCAGTTGG ATACAGTGTC GTCTTCTGTT CACACAGGGA TTTAGCAGCT 
GATCTTATGA TGATGATTCC TGATAATAAA CTGCAATTAG TAAAACTATG TGCTTTTTAT 
CCTGGATGCA CAGCAGAAAT AAATGACCTA CATGAAAAGT GTAATCTTCC TGATGTAGAA 
GAATGTATGC AACTGGCAGA GACAATTCAA GTAGACGGAG ATGTATTTGA AACTATAAAG 
TACTATCTGT TAAGTACAGA ACCAGAAAAG GCTCTCCCTA TTGGCATACA GTATGTTAAA 
GAACAACTTC GTGGCTCAGA TTGGACTTTA GATTCAGTCT GTCCCTATCT CGATCTTCTA 
AGTTACATAC GCACCGAACG ATTAGTGTTG CATAAATGTA GTGAATTTCG GAATGAGTTA 
CTGATTTTGT GTGGTTATGT TGGTGCTTTG CTTGCTATCA GAAGACAGTA CAACAGCATT 
GTGCCTGCAC TTTATGAATA CACAAGCCAG CTTTTAAAAA GACGGGAAGT ATCTGTACCT 
TTGAAAATTG AACAGCTCTC TGAGGAGTTA GATGCATGGA GAGCTTGTAC TCAATTAGCC 
AACAGGCCTA CTGATGAATT GCCAGGCACG CCGCCATCTG AATCACAGAG AACAGCGTAT 
TCAATATTGG CATCACGAAT ACAAGAAGAG CCTCTGAAAG GAATGGTTGG GCCAGACTGT 
GTCACTGGAT CAAATCTTCC TAGTCATTCA GACAATCATA CCTCTTGCTT GACAGGATTG 
AGGATACAGG GTCCAGTGTT CTTCCTTGAA GATGGAAAAT CTGCTATTTC ACTGAACGAT 
GCTTTGATGT GGGCCAAAGT GAATCCTTTT TCACCATTAG GAACAGGAAT ACGACTTAAC 
CCATTCTGA

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

WDR17 ( XM_013942094.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013797548.1 Apteryx australis mantelli WD repeat domain 17 (WDR17), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAp13731
Clone ID Related Accession (Same CDS sequence)	XM_013942094.1
Accession Version	XM_013942094.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3855bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	WD repeat-containing protein 17 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013990475.1) 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 :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCACAGG TTAAACAAGT GGGCCTTTTA GCTGCTGGAT GTCAGCCATG GAACAAAGAT 
GTGTGTGCAG CTAGTGGAGA CAGATTTGCC TACTGTGCTA CCCTTGCTAT TTATATTTAT 
CAGCTGGATC ACCGATACAA TGAATTCAAA CTCCAGGCAA TTATGTCTGA GCATAAGAAG 
ACAATCACAG CCATATCTTG GTGTCCCCAC AACCCAGACA TGTTTGCAAG TGCCAGTGCA 
GATAGTTTAG TAATTGTTTG GAATGTGGCT GAACACAAAG TCATCGCCAA GCTGGACAAT 
ACAAAAGGAA TTCCGGCCTC GCTTAGCTGG TGCTGGAATG TGGGTGACTC GGTTGCATTT 
GTGTCCCACA GAGGCCCCTT GTACATTTGG ACTATCTCAG GACCTGACAG TGGGGTAACT 
GTACATAAGG AAGCACATAG TTTCTTGTCA GATATCTGTC TGTTTAGATG GCATCCAAAG 
AAAAAAGGAA AAGTAGTGTT TGGACATACT GATGGAAGTC TGTCTATTTT TCAGCCAGGT 
TCTAAAAGTC AGAAACATGT CTTAAGACCA GAGTCTCTTG AAGGGACAGA TGAGGAGGAT 
CCGGTTACAG CGCTGGAGTG GGATCCTCTG TCAACTGACT ACCTTCTTGT TGCTAATTTA 
CATAATGGTA TTCGCCTAGT TGATTCTGAA TCTCTGACCT GTATCACAAC TTTTAATTTT 
CCCACTGCAG CAGCATCAGT TCAGTGTTTA GCCTGGGTTT CCAGTGCACC TGGAATGTTT 
ATAACTGGAG ATTCTCAGGT TGGTGTGTTG CGTATTTGGA ATGTTTCACG TACAACACCT 
ATAGATAATT TTAAATTGAA GAAAACTGGT TTCCATGGTT TGCATGTGCT AAGTTCTCCT 
CCCAAAAAAA AGCCATTTTC ATCACAATCT CCTACTAAAA ATCATCATAC ATCCTCAACA 
AGTGAGGCAG TTCCTCCTCC AACTTTAACC CAAAACCAAG CATTTTCTCT TCCTCCTGGT 
CACGCTGTCT GTTGTTTCAT GGATGGTGGA GTGGGGCTTT ATGACATGGG AGCCAAAAAA 
TGGGATTTCC TTAGAGATTT GGGACATGTT GAGACCATCT TTGATTGTAA ATTCAAGCCT 
GATAACCCTG ATCTTCTTGC TACAGCATCA TTTGATGGCA CAATAAAAGT CTGGGACATA 
AATACTTTAA CAGCAGTTTA CACATCTCCT GGTAATGAGG GGGTTATTTA TTCCCTTTCT 
TGGGCTCCAG GAGATCTGAA CTGCATAGCA GGTGCAACAT CCAGAAATGG TGGCTTCATC 
TGGGATGTCC CAAGAGGCAA AGTGATAACC CGGTTCAGTG AGCATGGAAA GAATGGGATC 
TTCTGCATTG CCTGGAGTCA TAAAGATTCC AAAAGAATAG CAACCTGCAG CGGTGATGGA 
TTTTGTATTA TTCGAACCAT TGATGGCAAG GTTCTTCACA AGTACAAGCA TCCAGGTGCA 
GTTTTTGGCT GTGATTGGAG TCAAAACAAC AAGGATATGA TAGCTACCGG TTGTGAGGAT 
AAAAATGTTC GTGTTTATTA CTTAGCAACA AGCTCTGATC AGCCGCTGAA AGTTTTTACG 
GGGCATACTG CAAAGGTGTT TCATGTACGG TGGTCTCCTC TGAGAGAAGG AATCCTCTGC 
AGTGGCTCTG ATGATGGTAC TGTTCGAATA TGGGATTATA CACAGGATGC CTGTATAAAT 
GTTCTTAGTG GACATACAGC TCCAGTTCGG GGACTGATGT GGAATCCTGA AATTCCTTAC 
CTACTAATAT CAGGCAGTTG GGACTATACT ATTCGAGTCT GGGACACAAG AGATGGAACA 
TGTTTGGACA CAGTTTATGA TCATGGTGCA GATGTATATG GATTAACATG TCATCCTAGT 
CGTCCGTTTA CTATGGCATC TTGCTCTCGG GACTCTACTG TGAGACTCTG GTCATTGACA 
CCTCTTATAA ACCCTCTACA AATAAATATC TTAGCAGATA GATGTTGGGA TGAGATTATT 
GGTAATACAG ATCGCGCTGT GGAATCTGAT GCTCCTCCTT TGCTATGTGG TAAAGTTTCT 
AGGGATATTA AACAAGAGGT GGAAAAATTG TCAGGAAATC CTCGAGGAAA AAAACTAAGG 
TGGTTTTCAG AATGTTTTTC ACCTCCAGGA GGCAGCAAAA ATTTATGGGA TTTAGTTGCC 
ATAATAAAAG GACAGGATGA TAGTTTGCTT CCACAAAACT ACTGCAAAGG AATTATGCAT 
ATGAAACATC TCCTTAGATT TAGAATGTCC AAAGCACAAG AACTGACAAC AGTAAAAATG 
TCCAAGTTTG GAGGTGGTAT TGGTGCACCA AGCAAAGAGG AGAGGCTTAA AGAAGCTGCA 
GAAATACATT TAAGATTAGG ACAAATTCAG AGATATTGTG AACTGATGGT AGAGCTCGGA 
GAGTGGGACA AAGCTCTCTC AGTTGCACCT GGTGTATCGA TGAAATATTG GAAGAAGTTA 
ATGCAAAGGA GAGCTGATCA GTTAATTCAG GAAGAAAATG ATGATGTCAT CCCATACTGT 
ATAGCTGTTG GAGATGTGAA GAAACTAGTT TCTTTCTTTA CTTCGAGAGG CCAGCTTAAA 
GAGGCTCTAC TTGTTGTGCA GGCAGCTTGT GAGGGTAATA TACAAATATC ACCACTCTCT 
ACAACAACTG GGTCTTCAAC TTCTGATGGA AACAATACAG ATGATTATAA TGAACTCCTA 
CATAAGGTCA GTAAAGAACT GGCAGAATGG TATTTCCAGG ACGGCCGTGC AGTACTTGCA 
GCATGTTGCC ATTTGGCTGT TGAAAACATA GAGCTTGCCA TGGCAAACCT GATTCGTGGA 
AATGAACTGG AGTTGGCAAT CAGTGTGGGT ACTGTCTTAG GAGAAAGTGC CGCGCAAGCA 
ACACATTATG CACTAGAATT GCTAGCAAGA AAATGTATGA CAGTAACAAC ATGGGATTTA 
GCAGCTGATC TTATGATGAT GATTCCTGAT AATAAACTGC AATTAGTAAA ACTATGTGCT 
TTTTATCCTG GATGCACAGC AGAAATAAAT GACCTACATG AAAAGTGTAA TCTTCCTGAT 
GTAGAAGAAT GTATGCAACT GGCAGAGACA ATTCAAGTAG ACGGAGATGT ATTTGAAACT 
ATAAAGTACT ATCTGTTAAG TACAGAACCA GAAAAGGCTC TCCCTATTGG CATACAGTAT 
GTTAAAGAAC AACTTCGTGG CTCAGATTGG ACTTTAGATT CAGTCTGTCC CTATCTCGAT 
CTTCTAAGTT ACATACGCAC CGAACGATTA GTGTTGCATA AATGTAGTGA ATTTCGGAAT 
GAGTTACTGA TTTTGTGTGG TTATGTTGGT GCTTTGCTTG CTATCAGAAG ACAGTACAAC 
AGCATTGTGC CTGCACTTTA TGAATACACA AGCCAGCTTT TAAAAAGACG GGAAGTATCT 
GTACCTTTGA AAATTGAACA GCTCTCTGAG GAGTTAGATG CATGGAGAGC TTGTACTCAA 
TTAGCCAACA GGCCTACTGA TGAATTGCCA GGCACGCCGC CATCTGAATC ACAGAGAACA 
GCGTATTCAA TATTGGCATC ACGAATACAA GAAGAGCCTC TGAAAGGAAT GGTTGGGCCA 
GACTGTGTCA CTGGATCAAA TCTTCCTAGT CATTCAGACA ATCATACCTC TTGCTTGACA 
GGATTGAGGA TACAGGGTCC AGTGTTCTTC CTTGAAGATG GAAAATCTGC TATTTCACTG 
AACGATGCTT TGATGTGGGC CAAAGTGAAT CCTTTTTCAC CATTAGGAAC AGGAATACGA 
CTTAACCCAT TCTGA

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

RefSeq	XP_013797548.1
CDS	1..3855
Translation	MSQVKQVGLLAAGCQPWNKDVCAASGDRFAYCATLAIYIYQLDHRYNEFKLQAIMSEHKKTITAISWCPHNPDMFASASADSLVIVWNVAEHKVIAKLDNTKGIPASLSWCWNVGDSVAFVSHRGPLYIWTISGPDSGVTVHKEAHSFLSDICLFRWHPKKKGKVVFGHTDGSLSIFQPGSKSQKHVLRPESLEGTDEEDPVTALEWDPLSTDYLLVANLHNGIRLVDSESLTCITTFNFPTAAASVQCLAWVSSAPGMFITGDSQVGVLRIWNVSRTTPIDNFKLKKTGFHGLHVLSSPPKKKPFSSQSPTKNHHTSSTSEAVPPPTLTQNQAFSLPPGHAVCCFMDGGVGLYDMGAKKWDFLRDLGHVETIFDCKFKPDNPDLLATASFDGTIKVWDINTLTAVYTSPGNEGVIYSLSWAPGDLNCIAGATSRNGGFIWDVPRGKVITRFSEHGKNGIFCIAWSHKDSKRIATCSGDGFCIIRTIDGKVLHKYKHPGAVFGCDWSQNNKDMIATGCEDKNVRVYYLATSSDQPLKVFTGHTAKVFHVRWSPLREGILCSGSDDGTVRIWDYTQDACINVLSGHTAPVRGLMWNPEIPYLLISGSWDYTIRVWDTRDGTCLDTVYDHGADVYGLTCHPSRPFTMASCSRDSTVRLWSLTPLINPLQINILADRCWDEIIGNTDRAVESDAPPLLCGKVSRDIKQEVEKLSGNPRGKKLRWFSECFSPPGGSKNLWDLVAIIKGQDDSLLPQNYCKGIMHMKHLLRFRMSKAQELTTVKMSKFGGGIGAPSKEERLKEAAEIHLRLGQIQRYCELMVELGEWDKALSVAPGVSMKYWKKLMQRRADQLIQEENDDVIPYCIAVGDVKKLVSFFTSRGQLKEALLVVQAACEGNIQISPLSTTTGSSTSDGNNTDDYNELLHKVSKELAEWYFQDGRAVLAACCHLAVENIELAMANLIRGNELELAISVGTVLGESAAQATHYALELLARKCMTVTTWDLAADLMMMIPDNKLQLVKLCAFYPGCTAEINDLHEKCNLPDVEECMQLAETIQVDGDVFETIKYYLLSTEPEKALPIGIQYVKEQLRGSDWTLDSVCPYLDLLSYIRTERLVLHKCSEFRNELLILCGYVGALLAIRRQYNSIVPALYEYTSQLLKRREVSVPLKIEQLSEELDAWRACTQLANRPTDELPGTPPSESQRTAYSILASRIQEEPLKGMVGPDCVTGSNLPSHSDNHTSCLTGLRIQGPVFFLEDGKSAISLNDALMWAKVNPFSPLGTGIRLNPF

Target ORF information:

RefSeq Version	XM_013942094.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli WD repeat domain 17 (WDR17), transcript variant X2, mRNA.

Target ORF information:

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

XM_013942094.1

ORF Insert Sequence:

ATGTCACAGG TTAAACAAGT GGGCCTTTTA GCTGCTGGAT GTCAGCCATG GAACAAAGAT 
GTGTGTGCAG CTAGTGGAGA CAGATTTGCC TACTGTGCTA CCCTTGCTAT TTATATTTAT 
CAGCTGGATC ACCGATACAA TGAATTCAAA CTCCAGGCAA TTATGTCTGA GCATAAGAAG 
ACAATCACAG CCATATCTTG GTGTCCCCAC AACCCAGACA TGTTTGCAAG TGCCAGTGCA 
GATAGTTTAG TAATTGTTTG GAATGTGGCT GAACACAAAG TCATCGCCAA GCTGGACAAT 
ACAAAAGGAA TTCCGGCCTC GCTTAGCTGG TGCTGGAATG TGGGTGACTC GGTTGCATTT 
GTGTCCCACA GAGGCCCCTT GTACATTTGG ACTATCTCAG GACCTGACAG TGGGGTAACT 
GTACATAAGG AAGCACATAG TTTCTTGTCA GATATCTGTC TGTTTAGATG GCATCCAAAG 
AAAAAAGGAA AAGTAGTGTT TGGACATACT GATGGAAGTC TGTCTATTTT TCAGCCAGGT 
TCTAAAAGTC AGAAACATGT CTTAAGACCA GAGTCTCTTG AAGGGACAGA TGAGGAGGAT 
CCGGTTACAG CGCTGGAGTG GGATCCTCTG TCAACTGACT ACCTTCTTGT TGCTAATTTA 
CATAATGGTA TTCGCCTAGT TGATTCTGAA TCTCTGACCT GTATCACAAC TTTTAATTTT 
CCCACTGCAG CAGCATCAGT TCAGTGTTTA GCCTGGGTTT CCAGTGCACC TGGAATGTTT 
ATAACTGGAG ATTCTCAGGT TGGTGTGTTG CGTATTTGGA ATGTTTCACG TACAACACCT 
ATAGATAATT TTAAATTGAA GAAAACTGGT TTCCATGGTT TGCATGTGCT AAGTTCTCCT 
CCCAAAAAAA AGCCATTTTC ATCACAATCT CCTACTAAAA ATCATCATAC ATCCTCAACA 
AGTGAGGCAG TTCCTCCTCC AACTTTAACC CAAAACCAAG CATTTTCTCT TCCTCCTGGT 
CACGCTGTCT GTTGTTTCAT GGATGGTGGA GTGGGGCTTT ATGACATGGG AGCCAAAAAA 
TGGGATTTCC TTAGAGATTT GGGACATGTT GAGACCATCT TTGATTGTAA ATTCAAGCCT 
GATAACCCTG ATCTTCTTGC TACAGCATCA TTTGATGGCA CAATAAAAGT CTGGGACATA 
AATACTTTAA CAGCAGTTTA CACATCTCCT GGTAATGAGG GGGTTATTTA TTCCCTTTCT 
TGGGCTCCAG GAGATCTGAA CTGCATAGCA GGTGCAACAT CCAGAAATGG TGGCTTCATC 
TGGGATGTCC CAAGAGGCAA AGTGATAACC CGGTTCAGTG AGCATGGAAA GAATGGGATC 
TTCTGCATTG CCTGGAGTCA TAAAGATTCC AAAAGAATAG CAACCTGCAG CGGTGATGGA 
TTTTGTATTA TTCGAACCAT TGATGGCAAG GTTCTTCACA AGTACAAGCA TCCAGGTGCA 
GTTTTTGGCT GTGATTGGAG TCAAAACAAC AAGGATATGA TAGCTACCGG TTGTGAGGAT 
AAAAATGTTC GTGTTTATTA CTTAGCAACA AGCTCTGATC AGCCGCTGAA AGTTTTTACG 
GGGCATACTG CAAAGGTGTT TCATGTACGG TGGTCTCCTC TGAGAGAAGG AATCCTCTGC 
AGTGGCTCTG ATGATGGTAC TGTTCGAATA TGGGATTATA CACAGGATGC CTGTATAAAT 
GTTCTTAGTG GACATACAGC TCCAGTTCGG GGACTGATGT GGAATCCTGA AATTCCTTAC 
CTACTAATAT CAGGCAGTTG GGACTATACT ATTCGAGTCT GGGACACAAG AGATGGAACA 
TGTTTGGACA CAGTTTATGA TCATGGTGCA GATGTATATG GATTAACATG TCATCCTAGT 
CGTCCGTTTA CTATGGCATC TTGCTCTCGG GACTCTACTG TGAGACTCTG GTCATTGACA 
CCTCTTATAA ACCCTCTACA AATAAATATC TTAGCAGATA GATGTTGGGA TGAGATTATT 
GGTAATACAG ATCGCGCTGT GGAATCTGAT GCTCCTCCTT TGCTATGTGG TAAAGTTTCT 
AGGGATATTA AACAAGAGGT GGAAAAATTG TCAGGAAATC CTCGAGGAAA AAAACTAAGG 
TGGTTTTCAG AATGTTTTTC ACCTCCAGGA GGCAGCAAAA ATTTATGGGA TTTAGTTGCC 
ATAATAAAAG GACAGGATGA TAGTTTGCTT CCACAAAACT ACTGCAAAGG AATTATGCAT 
ATGAAACATC TCCTTAGATT TAGAATGTCC AAAGCACAAG AACTGACAAC AGTAAAAATG 
TCCAAGTTTG GAGGTGGTAT TGGTGCACCA AGCAAAGAGG AGAGGCTTAA AGAAGCTGCA 
GAAATACATT TAAGATTAGG ACAAATTCAG AGATATTGTG AACTGATGGT AGAGCTCGGA 
GAGTGGGACA AAGCTCTCTC AGTTGCACCT GGTGTATCGA TGAAATATTG GAAGAAGTTA 
ATGCAAAGGA GAGCTGATCA GTTAATTCAG GAAGAAAATG ATGATGTCAT CCCATACTGT 
ATAGCTGTTG GAGATGTGAA GAAACTAGTT TCTTTCTTTA CTTCGAGAGG CCAGCTTAAA 
GAGGCTCTAC TTGTTGTGCA GGCAGCTTGT GAGGGTAATA TACAAATATC ACCACTCTCT 
ACAACAACTG GGTCTTCAAC TTCTGATGGA AACAATACAG ATGATTATAA TGAACTCCTA 
CATAAGGTCA GTAAAGAACT GGCAGAATGG TATTTCCAGG ACGGCCGTGC AGTACTTGCA 
GCATGTTGCC ATTTGGCTGT TGAAAACATA GAGCTTGCCA TGGCAAACCT GATTCGTGGA 
AATGAACTGG AGTTGGCAAT CAGTGTGGGT ACTGTCTTAG GAGAAAGTGC CGCGCAAGCA 
ACACATTATG CACTAGAATT GCTAGCAAGA AAATGTATGA CAGTAACAAC ATGGGATTTA 
GCAGCTGATC TTATGATGAT GATTCCTGAT AATAAACTGC AATTAGTAAA ACTATGTGCT 
TTTTATCCTG GATGCACAGC AGAAATAAAT GACCTACATG AAAAGTGTAA TCTTCCTGAT 
GTAGAAGAAT GTATGCAACT GGCAGAGACA ATTCAAGTAG ACGGAGATGT ATTTGAAACT 
ATAAAGTACT ATCTGTTAAG TACAGAACCA GAAAAGGCTC TCCCTATTGG CATACAGTAT 
GTTAAAGAAC AACTTCGTGG CTCAGATTGG ACTTTAGATT CAGTCTGTCC CTATCTCGAT 
CTTCTAAGTT ACATACGCAC CGAACGATTA GTGTTGCATA AATGTAGTGA ATTTCGGAAT 
GAGTTACTGA TTTTGTGTGG TTATGTTGGT GCTTTGCTTG CTATCAGAAG ACAGTACAAC 
AGCATTGTGC CTGCACTTTA TGAATACACA AGCCAGCTTT TAAAAAGACG GGAAGTATCT 
GTACCTTTGA AAATTGAACA GCTCTCTGAG GAGTTAGATG CATGGAGAGC TTGTACTCAA 
TTAGCCAACA GGCCTACTGA TGAATTGCCA GGCACGCCGC CATCTGAATC ACAGAGAACA 
GCGTATTCAA TATTGGCATC ACGAATACAA GAAGAGCCTC TGAAAGGAAT GGTTGGGCCA 
GACTGTGTCA CTGGATCAAA TCTTCCTAGT CATTCAGACA ATCATACCTC TTGCTTGACA 
GGATTGAGGA TACAGGGTCC AGTGTTCTTC CTTGAAGATG GAAAATCTGC TATTTCACTG 
AACGATGCTT TGATGTGGGC CAAAGTGAAT CCTTTTTCAC CATTAGGAAC AGGAATACGA 
CTTAACCCAT TCTGA