WDR17 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR17
Entrez Gene ID	100227021
Full Name	WD repeat domain 17
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012573476.1	XP_012428930.1	WD repeat-containing protein 17
XM_030271313.1	XP_030127173.1	WD repeat-containing protein 17 isoform X3
XM_030271314.1	XP_030127174.1	WD repeat-containing protein 17 isoform X3
XM_030271316.1	XP_030127176.1	WD repeat-containing protein 17 isoform X4
XM_012573476.2	XP_012428930.2	WD repeat-containing protein 17 isoform X1
XM_030271312.1	XP_030127172.1	WD repeat-containing protein 17 isoform X2
XM_030271315.1	XP_030127175.1	WD repeat-containing protein 17 isoform X3
XM_030271317.1	XP_030127177.1	WD repeat-containing protein 17 isoform X5

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)
OTd18144	XM_012573476.1 Latest version!	Taeniopygia guttata WD repeat domain 17 (WDR17), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44543	XM_012573476.2 Latest version!	Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44544	XM_030271312.1 Latest version!	Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44545	XM_030271315.1 Latest version!	Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44545	XM_030271314.1 Latest version!	Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44545	XM_030271313.1 Latest version!	Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44546	XM_030271316.1 Latest version!	Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd44547	XM_030271317.1 Latest version!	Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

ORF Online Only Promotion

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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_012573476.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012428930.1 Taeniopygia guttata WD repeat domain 17 (WDR17), mRNA.

Price & Availability↑

CloneID	OTd18144
Clone ID Related Accession (Same CDS sequence)	XM_012573476.1
Accession Version	XM_012573476.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3945bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	WD repeat-containing protein 17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002198635.1) 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 :: Taeniopygia guttata Annotation Release 103 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##

ATGGCTTGGA TGACTTATAT TTCCCACTGG TTTGATGAAG ATGATTGGTA TGAAGGACAA 
CAAAGAGCAA AAATGTCACA TGTGAAACAA GTGGGACTTT TAGCTGCTGG ATGTCAGCCA 
TGGAACAAGG ATATATGTGC TGCTAGTGGG GACAGATTTG CCTACTGTGC TACCCTTGCT 
GTTTATATTT ATCAGCTGGA TCACCGATAC AATGAATTCA AGCTCCATGC CATTATGTCT 
GAGCACAAGA AGACAATCAC AGCCATATCT TGGTGTCCCC ACAACCCTGA CGTGTTTGCA 
AGTGCCAGTG CAGATAGTTT AGTGATCATT TGGAATGTGA ATGAACAGAA AGTTGTGGCC 
AAGCTGGACA ATACAAAAGG AATTCCTGCA TCCCTTGGCT GGTGCTGGAG TGCAGGTGAT 
GCAGTTGCAT TTGTGTCCCA CAGAGGTCCA CTGTACATTT GGACTATCTC AGGACCTGAC 
AGCGGGGTAA CTGTGCATAG GGAAGCACAT AGTTTCTTGT CAGATATCAG TCTGTTTAGA 
TGGCATCCGA AGAAAAAAGG AAAGGTAGTA TTTGGACATA CTGATGGAAG CCTATCTATT 
TTTCAACCAG GTTCTAAAAA TCAGAAACAC ATCTTAAGAC CAGAGTCTCT TGAAGGAACA 
GATGAAGAGG ATCCAGTTAC AGCTCTGGAG TGGGACCCTT TGTCAACTGA TTACCTTCTT 
GTTGCTAATT TACATAATGG TATTCGACTA GTTGATTCTG AATCTCTGTC CTGTATCACA 
ACTTTTAGTT TTCCCAGTGC AGCAGCATCT GTTCAGTGTT TAGCCTGGGT TTCTAGTGCA 
CCTGGAATGT TTATAACTGG AGATTCTCAG GTTGGTGTGT TACGTGTTTG GAATGTTTCA 
CGTACAACAC CTATAGATAA TGTTAAATTG AAGCAAACTG GTTTCCATGG CTTGCATGTG 
CTAAGTTCTC CTCCAAAAAA AAAGTCATGT TCATCACAGT ATCCTACTAA AAATCACCAT 
ACATCATCAA CAAGTGAGGC TGTTCCTCCT CCAACTTTAA CCCAAAACCA AGCATTTTCT 
CTTCCTCCTG GTCATACCGT CTGTTGCTTC ATGGATGGTG GAGTGGGGCT TTACGACATG 
GGAGCTAAAA AGTGGGATTT CCTTAGAGAT TTGGGACATG TTGAGACCAT CTTTGATTGC 
AAATTCAAAC CTGATAACCC TGATCTTCTT GCTACAGCTT CATTTGATGG CACAATAAAA 
GTTTGGGACA TAAATACTTT ATCAGCGGTT TATACATCTC CTGGTAATGA GGGGGTTATT 
TATTCCATTT CTTGGGCTCC AGGAAATTTG AACTGCATAG CAGGTGGAAC TTCCAGAAAT 
GGTGGCTTTA TCTGGGATAT ACAAAAAGGA AAACTGATAA CCAGATTCAG TGAGCATGGA 
AAGAATGGAA TCTTCTGCAT TGCCTGGAGT CATAAAGATT CCAAAAGAAT AGCAACCTGC 
AGCAGTGATG GATTTTGTAT TATTCGAACC ATTGATGGCA ATGTTCTTCA CAAGTACAAA 
CATCCAGCTG CAGTGTTTGG CTGTGATTGG AGTCAAAACA ACAAAGATAT GATAGCTACT 
GGTTGTGAGG ATAAAAATGT TCGTGTTTAC TACTTGGCAA CCAGCTCTGA TCAGCCACTG 
AAAGTTTTTA CTGGACATAC TGCAAAGGTG TTTCATGTAC GGTGGTCTCC TCTCAGAGAA 
GGAATTCTCT GCAGTGGCTC TGATGATGGT ACCGTTCGGA TATGGGATTA TACACAAGAT 
GCTTGTATAA ATGTTCTTAG TGGACATACC GCTCCAGTAC GGGGACTGAT GTGGAATCCT 
GAAATCCCTT ATCTTCTAAT ATCTGGCAGC TGGGACTATA CAATCCGAGT CTGGGACACA 
AGAGATGGAA CATGTTTAGA CACAGTTTAT GATCATGGTG CAGATGTATA TGGATTAACG 
TGTCATCCTA GTCGTCCATT TACTATGGCA TCTTGCTCTC GTGATTCCAC TGTGAGACTC 
TGGTCATTGA CACCTCTTAT AAACCCTCTA CAAATAAATA TCTTAACAGA TAGATGTTGG 
GATGATATTA TTGGCAATAC AGATCGTGCT GTGGAGTCTG GAGCTCCTCC TTTGCTGTGT 
GGTAAAGTTT CCAGGGATAT TAAACAAGAA TTGGAAAAAT TGTCAGGAAG TCCTCAAGGA 
AAAAAACTAA GGTGGTTTTC AGAATTTTTT TCACCTCCAG GAGGCAGCAA AAATTTATGG 
GATTTGGTTG CTGTAATAAA GGGACAGGAT GACAGTTTGC TTCCACAAAA CTACTGCAAA 
GGAATTATGC ATATGAAACA CCTCGTTAGA TTTAGACTGT CCAAGGCACA AGAACTGACA 
ACAGTAAAGA TGTCTAAATT TGGAGGTGGT ATTGGTGCAC CAAGCAAAGA GGAAAGACTC 
AAAGAAGCTG CAGAAATACA TTTAAGATTA GGACAAATTC AGCGATATTG TGAGCTAATG 
GTAGAACTTG GAGAGTGGGA CAAAGCTCTC TCAGTTGCAC CTGGAGTGTC AATGAAATAC 
TGGAGGAAGT TAATGCAAAG GAGAGCTGAT CAGTTAATTC AGGAAGAAAA TGATGATGTC 
ATTCCATACT GTATAGCTGT TGGAGATGTG AAGAAACTGG TTTCTTTCTT TACTTCAAGA 
GGTCAGCTTA AAGAGGCTCT ACTTGTTGCA CAGGCAGCCT GTGAAGGAAA TATCCAGATG 
TTACCACTCT CCACAACAAT GGGAACTTCA TACTCTGATG GAAACAATAC CTCTGATTAT 
ATTGATCTCC TGCAGAAGGT CAGTAAAGAA CTGGCAGATT GGTATTTCCA GGATGGCCAT 
GCAGTGCTTG CAGCGTGTTG TCATCTAGCT GTTGAAAATA TAGAGCTTGC GATGGCAAAC 
CTGATTCGTG GAAATGAACT GGAGCTGGCA ATCAGTGTGG GTACTGTCTT GGGAGAAAGT 
GCAGCCCAAG CAACACATTA TGCCCTAGAA TTACTAGCAA GAAAATGTAT GGCAGTAATA 
ACATGCTTCC CATCACTTGG ATACAGGGAT GTAGCAGTTG ATCTTCTTAT GATGATTCCT 
GATAATAAAC TGCAGTTAGT AAAACTATGT GCTTTTTATC CTGGATGCAT AGCAGAAATA 
AATGACCTGC ATGAAAAGTG TAATCTTCCT GATGTGGAAG AATGTATGCG AGTGGCAGAG 
ACAATGCAGG CAGATGGGGA TGTATTTGAA ACAATAAAGT ACTATCTGTT AAGCACAGAA 
CCTGAAAAGG CTCTCACTGT TGGCATTCAG TATGTGAAAG AACAACTGTG TGGCTCAGAT 
TGGAGTTTAG ATTCAGTCTT TCCATATCTT GATCTTTTAA GTTACATACG GACTGAACAG 
TTAATGTTGC CTAAGTGTAG TGAATTTCGG AATGAGTTGC TGATTTTGTG TGGTTACATT 
GGTGCTTTAT TTGCTATCAG AAGACAGTAC AATAGCATTG TACCTGCACT CTATGAGTAT 
ACAAGTCAGC TTTTAAAAAG ACGGGAAGTA TCTGTACCTT TGAAAATTGA ACAGCTTTCT 
GAGGAATTAG ATGCATGGAG AGCTTGCACA CAATCAAACA AGCCTATGGA TGAGTTGCCA 
TGCACCCCGC CCTCTGAATC ACAGAGAGCG CTGTATTCAG TACTTGTCTC GCGAATTCAG 
GAGGAGCCTC TGAAAGGAAT GGTCGGGCCA GACTGTGTCA CTGGATCAAA TCTTCCTAGT 
CATTCAGATG TTCATACCTC TTGTTTGACA GGGCTAAAGA TCCAGGGTCC TGTGTTCTTC 
CTTGAAGATG GAAAATCTGC AATTTCACTG AATGATGCTT TGATGTGGGC CAAAGTGAAT 
CCTTTTTCAC CATTAGGAAC AGGAATACGA CTTAACCCAT TTTGA

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

RefSeq	XP_012428930.1
CDS	1..3945
Translation	MAWMTYISHWFDEDDWYEGQQRAKMSHVKQVGLLAAGCQPWNKDICAASGDRFAYCATLAVYIYQLDHRYNEFKLHAIMSEHKKTITAISWCPHNPDVFASASADSLVIIWNVNEQKVVAKLDNTKGIPASLGWCWSAGDAVAFVSHRGPLYIWTISGPDSGVTVHREAHSFLSDISLFRWHPKKKGKVVFGHTDGSLSIFQPGSKNQKHILRPESLEGTDEEDPVTALEWDPLSTDYLLVANLHNGIRLVDSESLSCITTFSFPSAAASVQCLAWVSSAPGMFITGDSQVGVLRVWNVSRTTPIDNVKLKQTGFHGLHVLSSPPKKKSCSSQYPTKNHHTSSTSEAVPPPTLTQNQAFSLPPGHTVCCFMDGGVGLYDMGAKKWDFLRDLGHVETIFDCKFKPDNPDLLATASFDGTIKVWDINTLSAVYTSPGNEGVIYSISWAPGNLNCIAGGTSRNGGFIWDIQKGKLITRFSEHGKNGIFCIAWSHKDSKRIATCSSDGFCIIRTIDGNVLHKYKHPAAVFGCDWSQNNKDMIATGCEDKNVRVYYLATSSDQPLKVFTGHTAKVFHVRWSPLREGILCSGSDDGTVRIWDYTQDACINVLSGHTAPVRGLMWNPEIPYLLISGSWDYTIRVWDTRDGTCLDTVYDHGADVYGLTCHPSRPFTMASCSRDSTVRLWSLTPLINPLQINILTDRCWDDIIGNTDRAVESGAPPLLCGKVSRDIKQELEKLSGSPQGKKLRWFSEFFSPPGGSKNLWDLVAVIKGQDDSLLPQNYCKGIMHMKHLVRFRLSKAQELTTVKMSKFGGGIGAPSKEERLKEAAEIHLRLGQIQRYCELMVELGEWDKALSVAPGVSMKYWRKLMQRRADQLIQEENDDVIPYCIAVGDVKKLVSFFTSRGQLKEALLVAQAACEGNIQMLPLSTTMGTSYSDGNNTSDYIDLLQKVSKELADWYFQDGHAVLAACCHLAVENIELAMANLIRGNELELAISVGTVLGESAAQATHYALELLARKCMAVITCFPSLGYRDVAVDLLMMIPDNKLQLVKLCAFYPGCIAEINDLHEKCNLPDVEECMRVAETMQADGDVFETIKYYLLSTEPEKALTVGIQYVKEQLCGSDWSLDSVFPYLDLLSYIRTEQLMLPKCSEFRNELLILCGYIGALFAIRRQYNSIVPALYEYTSQLLKRREVSVPLKIEQLSEELDAWRACTQSNKPMDELPCTPPSESQRALYSVLVSRIQEEPLKGMVGPDCVTGSNLPSHSDVHTSCLTGLKIQGPVFFLEDGKSAISLNDALMWAKVNPFSPLGTGIRLNPF

Target ORF information:

RefSeq Version	XM_012573476.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata WD repeat domain 17 (WDR17), mRNA.

Target ORF information:

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

XM_012573476.1

ORF Insert Sequence:

ATGGCTTGGA TGACTTATAT TTCCCACTGG TTTGATGAAG ATGATTGGTA TGAAGGACAA 
CAAAGAGCAA AAATGTCACA TGTGAAACAA GTGGGACTTT TAGCTGCTGG ATGTCAGCCA 
TGGAACAAGG ATATATGTGC TGCTAGTGGG GACAGATTTG CCTACTGTGC TACCCTTGCT 
GTTTATATTT ATCAGCTGGA TCACCGATAC AATGAATTCA AGCTCCATGC CATTATGTCT 
GAGCACAAGA AGACAATCAC AGCCATATCT TGGTGTCCCC ACAACCCTGA CGTGTTTGCA 
AGTGCCAGTG CAGATAGTTT AGTGATCATT TGGAATGTGA ATGAACAGAA AGTTGTGGCC 
AAGCTGGACA ATACAAAAGG AATTCCTGCA TCCCTTGGCT GGTGCTGGAG TGCAGGTGAT 
GCAGTTGCAT TTGTGTCCCA CAGAGGTCCA CTGTACATTT GGACTATCTC AGGACCTGAC 
AGCGGGGTAA CTGTGCATAG GGAAGCACAT AGTTTCTTGT CAGATATCAG TCTGTTTAGA 
TGGCATCCGA AGAAAAAAGG AAAGGTAGTA TTTGGACATA CTGATGGAAG CCTATCTATT 
TTTCAACCAG GTTCTAAAAA TCAGAAACAC ATCTTAAGAC CAGAGTCTCT TGAAGGAACA 
GATGAAGAGG ATCCAGTTAC AGCTCTGGAG TGGGACCCTT TGTCAACTGA TTACCTTCTT 
GTTGCTAATT TACATAATGG TATTCGACTA GTTGATTCTG AATCTCTGTC CTGTATCACA 
ACTTTTAGTT TTCCCAGTGC AGCAGCATCT GTTCAGTGTT TAGCCTGGGT TTCTAGTGCA 
CCTGGAATGT TTATAACTGG AGATTCTCAG GTTGGTGTGT TACGTGTTTG GAATGTTTCA 
CGTACAACAC CTATAGATAA TGTTAAATTG AAGCAAACTG GTTTCCATGG CTTGCATGTG 
CTAAGTTCTC CTCCAAAAAA AAAGTCATGT TCATCACAGT ATCCTACTAA AAATCACCAT 
ACATCATCAA CAAGTGAGGC TGTTCCTCCT CCAACTTTAA CCCAAAACCA AGCATTTTCT 
CTTCCTCCTG GTCATACCGT CTGTTGCTTC ATGGATGGTG GAGTGGGGCT TTACGACATG 
GGAGCTAAAA AGTGGGATTT CCTTAGAGAT TTGGGACATG TTGAGACCAT CTTTGATTGC 
AAATTCAAAC CTGATAACCC TGATCTTCTT GCTACAGCTT CATTTGATGG CACAATAAAA 
GTTTGGGACA TAAATACTTT ATCAGCGGTT TATACATCTC CTGGTAATGA GGGGGTTATT 
TATTCCATTT CTTGGGCTCC AGGAAATTTG AACTGCATAG CAGGTGGAAC TTCCAGAAAT 
GGTGGCTTTA TCTGGGATAT ACAAAAAGGA AAACTGATAA CCAGATTCAG TGAGCATGGA 
AAGAATGGAA TCTTCTGCAT TGCCTGGAGT CATAAAGATT CCAAAAGAAT AGCAACCTGC 
AGCAGTGATG GATTTTGTAT TATTCGAACC ATTGATGGCA ATGTTCTTCA CAAGTACAAA 
CATCCAGCTG CAGTGTTTGG CTGTGATTGG AGTCAAAACA ACAAAGATAT GATAGCTACT 
GGTTGTGAGG ATAAAAATGT TCGTGTTTAC TACTTGGCAA CCAGCTCTGA TCAGCCACTG 
AAAGTTTTTA CTGGACATAC TGCAAAGGTG TTTCATGTAC GGTGGTCTCC TCTCAGAGAA 
GGAATTCTCT GCAGTGGCTC TGATGATGGT ACCGTTCGGA TATGGGATTA TACACAAGAT 
GCTTGTATAA ATGTTCTTAG TGGACATACC GCTCCAGTAC GGGGACTGAT GTGGAATCCT 
GAAATCCCTT ATCTTCTAAT ATCTGGCAGC TGGGACTATA CAATCCGAGT CTGGGACACA 
AGAGATGGAA CATGTTTAGA CACAGTTTAT GATCATGGTG CAGATGTATA TGGATTAACG 
TGTCATCCTA GTCGTCCATT TACTATGGCA TCTTGCTCTC GTGATTCCAC TGTGAGACTC 
TGGTCATTGA CACCTCTTAT AAACCCTCTA CAAATAAATA TCTTAACAGA TAGATGTTGG 
GATGATATTA TTGGCAATAC AGATCGTGCT GTGGAGTCTG GAGCTCCTCC TTTGCTGTGT 
GGTAAAGTTT CCAGGGATAT TAAACAAGAA TTGGAAAAAT TGTCAGGAAG TCCTCAAGGA 
AAAAAACTAA GGTGGTTTTC AGAATTTTTT TCACCTCCAG GAGGCAGCAA AAATTTATGG 
GATTTGGTTG CTGTAATAAA GGGACAGGAT GACAGTTTGC TTCCACAAAA CTACTGCAAA 
GGAATTATGC ATATGAAACA CCTCGTTAGA TTTAGACTGT CCAAGGCACA AGAACTGACA 
ACAGTAAAGA TGTCTAAATT TGGAGGTGGT ATTGGTGCAC CAAGCAAAGA GGAAAGACTC 
AAAGAAGCTG CAGAAATACA TTTAAGATTA GGACAAATTC AGCGATATTG TGAGCTAATG 
GTAGAACTTG GAGAGTGGGA CAAAGCTCTC TCAGTTGCAC CTGGAGTGTC AATGAAATAC 
TGGAGGAAGT TAATGCAAAG GAGAGCTGAT CAGTTAATTC AGGAAGAAAA TGATGATGTC 
ATTCCATACT GTATAGCTGT TGGAGATGTG AAGAAACTGG TTTCTTTCTT TACTTCAAGA 
GGTCAGCTTA AAGAGGCTCT ACTTGTTGCA CAGGCAGCCT GTGAAGGAAA TATCCAGATG 
TTACCACTCT CCACAACAAT GGGAACTTCA TACTCTGATG GAAACAATAC CTCTGATTAT 
ATTGATCTCC TGCAGAAGGT CAGTAAAGAA CTGGCAGATT GGTATTTCCA GGATGGCCAT 
GCAGTGCTTG CAGCGTGTTG TCATCTAGCT GTTGAAAATA TAGAGCTTGC GATGGCAAAC 
CTGATTCGTG GAAATGAACT GGAGCTGGCA ATCAGTGTGG GTACTGTCTT GGGAGAAAGT 
GCAGCCCAAG CAACACATTA TGCCCTAGAA TTACTAGCAA GAAAATGTAT GGCAGTAATA 
ACATGCTTCC CATCACTTGG ATACAGGGAT GTAGCAGTTG ATCTTCTTAT GATGATTCCT 
GATAATAAAC TGCAGTTAGT AAAACTATGT GCTTTTTATC CTGGATGCAT AGCAGAAATA 
AATGACCTGC ATGAAAAGTG TAATCTTCCT GATGTGGAAG AATGTATGCG AGTGGCAGAG 
ACAATGCAGG CAGATGGGGA TGTATTTGAA ACAATAAAGT ACTATCTGTT AAGCACAGAA 
CCTGAAAAGG CTCTCACTGT TGGCATTCAG TATGTGAAAG AACAACTGTG TGGCTCAGAT 
TGGAGTTTAG ATTCAGTCTT TCCATATCTT GATCTTTTAA GTTACATACG GACTGAACAG 
TTAATGTTGC CTAAGTGTAG TGAATTTCGG AATGAGTTGC TGATTTTGTG TGGTTACATT 
GGTGCTTTAT TTGCTATCAG AAGACAGTAC AATAGCATTG TACCTGCACT CTATGAGTAT 
ACAAGTCAGC TTTTAAAAAG ACGGGAAGTA TCTGTACCTT TGAAAATTGA ACAGCTTTCT 
GAGGAATTAG ATGCATGGAG AGCTTGCACA CAATCAAACA AGCCTATGGA TGAGTTGCCA 
TGCACCCCGC CCTCTGAATC ACAGAGAGCG CTGTATTCAG TACTTGTCTC GCGAATTCAG 
GAGGAGCCTC TGAAAGGAAT GGTCGGGCCA GACTGTGTCA CTGGATCAAA TCTTCCTAGT 
CATTCAGATG TTCATACCTC TTGTTTGACA GGGCTAAAGA TCCAGGGTCC TGTGTTCTTC 
CTTGAAGATG GAAAATCTGC AATTTCACTG AATGATGCTT TGATGTGGGC CAAAGTGAAT 
CCTTTTTCAC CATTAGGAAC AGGAATACGA CTTAACCCAT TTTGA

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

WDR17 ( XM_012573476.2 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012428930.2 Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTd44543
Clone ID Related Accession (Same CDS sequence)	XM_012573476.2
Accession Version	XM_012573476.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3945bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
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 (NC_044215.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Aug 9, 2019 this sequence version replaced XM_012573476.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 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##

ATGGCTTGGA TGACTTATAT TTCCCACTGG TTTGATGAAG ATGATTGGTA TGAAGGACAA 
CAAAGAGCAA AAATGTCACA TGTGAAACAA GTGGGACTTT TAGCTGCTGG ATGTCAGCCA 
TGGAACAAGG ATATATGTGC TGCTAGTGGG GACAGATTTG CCTACTGTGC TACCCTTGCT 
GTTTATATTT ATCAGCTGGA TCACCGATAC AATGAATTCA AGCTCCATGC CATTATGTCT 
GAGCACAAGA AGACAATCAC AGCCATATCT TGGTGTCCCC ACAACCCTGA CGTGTTTGCA 
AGTGCCAGTG CAGATAGTTT AGTGATCATC TGGAATGTGA ATGAACAGAA AGTTGTGGCC 
AAGCTGGACA ATACAAAAGG AATTCCTGCA TCCCTTGGCT GGTGCTGGAG TGCAGGTGAT 
GCAGTTGCAT TTGTGTCCCA CAGAGGTCCA CTGTACATTT GGACTATCTC AGGACCTGAC 
AGCGGGGTAA CTGTGCATAG GGAAGCACAT AGTTTCTTGT CAGATATCAG TCTGTTTAGA 
TGGCATCCGA AGAAAAAAGG AAAGGTAGTA TTTGGACATA CTGATGGAAG CCTATCTATT 
TTTCAACCAG GTTCTAAAAA TCAGAAACAC ATCTTAAGAC CAGAGTCTCT TGAAGGAACA 
GATGAAGAGG ATCCAGTTAC AGCTCTGGAG TGGGACCCTT TGTCAACTGA TTACCTTCTT 
GTTGCTAATT TACATAATGG TATTCGACTA GTTGATTCTG AATCTCTGTC CTGTATCACA 
ACTTTTAGTT TTCCCAGTGC AGCAGCATCT GTTCAGTGTT TAGCCTGGGT TTCTAGTGCA 
CCTGGAATGT TTATAACTGG AGATTCTCAG GTTGGTGTGT TACGTGTTTG GAATGTTTCA 
CGTACAACAC CTATAGATAA TGTTAAATTG AAGCAAACTG GTTTCCATGG CTTGCATGTG 
CTAAGTTCTC CTCCAAAAAA AAAGTCATGT TCATCACAGT ATCCTACTAA AAATCACCAT 
ACATCGTCAA CAAGTGAGGC TGTTCCTCCT CCAACTTTAA CCCAAAACCA AGCATTTTCT 
CTTCCTCCTG GTCATACCGT CTGTTGCTTC ATGGATGGTG GAGTGGGGCT TTACGACATG 
GGAGCAAAAA AGTGGGATTT CCTTAGAGAT TTGGGACATG TTGAGACCAT CTTTGATTGC 
AAATTCAAAC CTGATAACCC TGATCTTCTT GCTACAGCTT CATTTGATGG CACAATAAAA 
GTTTGGGACA TAAATACTTT ATCAGCGGTT TATACATCTC CTGGTAATGA GGGGGTTATT 
TATTCCATTT CTTGGGCTCC AGGAAATTTG AACTGCATAG CAGGTGGAAC TTCCAGAAAT 
GGTGGCTTTA TCTGGGATAT ACAAAAAGGA AAACTGATAA CCAGATTCAG TGAGCATGGA 
AAGAATGGAA TCTTCTGCAT TGCCTGGAGT CATAAAGATT CCAAAAGAAT AGCAACCTGC 
AGCAGTGATG GATTTTGTAT TATTCGAACC ATTGATGGCA ATGTTCTTCA CAAGTACAAA 
CATCCAGCTG CAGTGTTTGG CTGTGATTGG AGTCAAAACA ACAAAGATAT GATAGCTACT 
GGTTGTGAGG ATAAAAATGT TCGTGTTTAC TACTTGGCAA CCAGCTCTGA TCAGCCACTG 
AAAGTTTTTA CTGGACATAC TGCAAAGGTG TTTCATGTAC GGTGGTCTCC TCTCAGAGAA 
GGAATTCTCT GCAGTGGCTC TGATGATGGT ACCGTTCGGA TATGGGATTA TACACAAGAT 
GCTTGTATAA ATGTTCTTAG TGGACATACC GCTCCAGTAC GGGGACTGAT GTGGAATCCT 
GAAATCCCTT ATCTTCTAAT ATCTGGCAGC TGGGACTATA CAATCCGAGT CTGGGACACA 
AGAGATGGAA CATGTTTAGA CACAGTTTAT GATCATGGTG CAGATGTATA TGGATTAACG 
TGTCATCCTA GTCGTCCATT TACTATGGCA TCTTGCTCTC GTGATTCCAC TGTGAGACTC 
TGGTCATTGA CACCTCTTAT AAACCCTCTA CAAATAAATA TCTTAACAGA CAGATGTTGG 
GATGATATTA TTGGCAATAC AGATCGTGCT GTGGAGTCTG GAGCTCCTCC TTTGCTGTGT 
GGTAAAGTTT CCAGGGATAT TAAACAAGAA TTGGAAAAAT TGTCAGGAAG TCCTCAAGGA 
AAAAAACTAA GGTGGTTTTC AGAATTTTTT TCACCTCCAG GAGGCAGCAA AAATTTATGG 
GATTTGGTTG CTGTAATAAA GGGACAGGAT GACAGTTTGC TTCCACAAAA CTACTGCAAA 
GGAATTATGC ATATGAAACA CCTCGTTAGA TTTAGACTGT CCAAGGCACA AGAACTGACA 
ACAGTAAAGA TGTCTAAATT TGGAGGTGGT ATTGGTGCAC CAAGCAAAGA GGAAAGACTC 
AAAGAAGCTG CAGAAATACA TTTAAGATTA GGACAAATTC AGCGATATTG TGAGCTAATG 
GTAGAACTTG GAGAGTGGGA CAAAGCTCTC TCAGTTGCAC CTGGAGTGTC AATGAAATAC 
TGGAGGAAGT TAATGCAAAG GAGAGCTGAT CAGTTAATTC AGGAAGAAAA TGATGATGTC 
ATTCCATACT GTATAGCTGT TGGAGATGTG AAGAAACTGG TTTCTTTCTT TACTTCAAGA 
GGTCAGCTTA AAGAGGCTCT ACTTGTTGCA CAGGCAGCCT GTGAAGGAAA TATCCAGATG 
TTACCACTCT CCACAACAAG TGGAACTTCA AATTCTGATG GAAACAATAC AGATGATTAT 
AATGATCTCC TGCAGAAGGT CAGTAAAGAA TTGGCAGATT GGTATTTCCA GGATGGCCAT 
GCAGTGCTTG CAGCGTGTTG TCATCTAGCT GTTGAAAATA TAGAGCTTGC GATGGCAAAC 
CTGATTCGTG GAAATGAACT GGAGCTGGCA ATCAGTGTGG GTACTGTCTT GGGAGAAAGT 
GCAGCCCAAG CAACACATTA TGCCCTAGAA TTACTAGCAA GAAAATGTAT GGCAGTAATA 
ACATGCTTCC CATCACTTGG ATACAGGGAT GTAGCAGTTG ATCTTCTTAT GATGATTCCT 
GATAATAAAC TGCAGTTAGT AAAACTATGT GCTTTTTATC CTGGATGCAT AGCAGAAATA 
AATGACCTGC ATGAAAAGTG TAATCTTCCT GATGTGGAAG AATGTATGCG AGTGGCAGAG 
ACAATGCAGG CAGATGGGGA TGTATTTGAA ACAATAAAGT ACTATCTGTT AAGCACAGAA 
CCTGAAAAGG CTCTCACTGT TGGCATTCAG TATGTGAAAG AACAACTGTG TGGCTCAGAT 
TGGAGTTTAG ATTCAGTCTT TCCATATCTT GATCTTTTAA GTTACATACG GACTGAACAG 
TTAATGTTGC CTAAGTGTAG TGAATTTCGG AATGAGTTGC TGATTTTGTG TGGTTACATT 
GGTGCTTTAT TTGCTATCAG AAGACAGTAC AATAGCATTG TACCTGCACT CTATGAGTAT 
ACAAGTCAGC TTTTAAAAAG ACGGGAAGTA TCTGTACCTT TGAAAATTGA ACAGCTTTCT 
GAGGAATTAG ATGCATGGAG AGCTTGCACA CAATCAAACA AGCCTATGGA TGAGTTGCCA 
TGCACCCCGC CCTCTGAATC ACAGAGAGCG CTGTATTCAG TACTTGTCTC GCGAATTCAG 
GAGGAGCCTC TGAAAGGAAT GGTCGGGCCA GACTGTGTCA CTGGATCAAA TCTTCCTAGT 
CATTCAGATG TTCATACCTC TTGTTTGACA GGGCTAAAGA TCCAGGGTCC TGTGTTCTTC 
CTTGAAGATG GAAAATCTGC AATTTCACTG AATGATGCTT TGATGTGGGC CAAAGTGAAT 
CCTTTTTCAC CATTAGGAAC AGGAATACGA CTTAACCCAT TTTGA

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

RefSeq	XP_012428930.2
CDS	480..4424
Translation	MAWMTYISHWFDEDDWYEGQQRAKMSHVKQVGLLAAGCQPWNKDICAASGDRFAYCATLAVYIYQLDHRYNEFKLHAIMSEHKKTITAISWCPHNPDVFASASADSLVIIWNVNEQKVVAKLDNTKGIPASLGWCWSAGDAVAFVSHRGPLYIWTISGPDSGVTVHREAHSFLSDISLFRWHPKKKGKVVFGHTDGSLSIFQPGSKNQKHILRPESLEGTDEEDPVTALEWDPLSTDYLLVANLHNGIRLVDSESLSCITTFSFPSAAASVQCLAWVSSAPGMFITGDSQVGVLRVWNVSRTTPIDNVKLKQTGFHGLHVLSSPPKKKSCSSQYPTKNHHTSSTSEAVPPPTLTQNQAFSLPPGHTVCCFMDGGVGLYDMGAKKWDFLRDLGHVETIFDCKFKPDNPDLLATASFDGTIKVWDINTLSAVYTSPGNEGVIYSISWAPGNLNCIAGGTSRNGGFIWDIQKGKLITRFSEHGKNGIFCIAWSHKDSKRIATCSSDGFCIIRTIDGNVLHKYKHPAAVFGCDWSQNNKDMIATGCEDKNVRVYYLATSSDQPLKVFTGHTAKVFHVRWSPLREGILCSGSDDGTVRIWDYTQDACINVLSGHTAPVRGLMWNPEIPYLLISGSWDYTIRVWDTRDGTCLDTVYDHGADVYGLTCHPSRPFTMASCSRDSTVRLWSLTPLINPLQINILTDRCWDDIIGNTDRAVESGAPPLLCGKVSRDIKQELEKLSGSPQGKKLRWFSEFFSPPGGSKNLWDLVAVIKGQDDSLLPQNYCKGIMHMKHLVRFRLSKAQELTTVKMSKFGGGIGAPSKEERLKEAAEIHLRLGQIQRYCELMVELGEWDKALSVAPGVSMKYWRKLMQRRADQLIQEENDDVIPYCIAVGDVKKLVSFFTSRGQLKEALLVAQAACEGNIQMLPLSTTSGTSNSDGNNTDDYNDLLQKVSKELADWYFQDGHAVLAACCHLAVENIELAMANLIRGNELELAISVGTVLGESAAQATHYALELLARKCMAVITCFPSLGYRDVAVDLLMMIPDNKLQLVKLCAFYPGCIAEINDLHEKCNLPDVEECMRVAETMQADGDVFETIKYYLLSTEPEKALTVGIQYVKEQLCGSDWSLDSVFPYLDLLSYIRTEQLMLPKCSEFRNELLILCGYIGALFAIRRQYNSIVPALYEYTSQLLKRREVSVPLKIEQLSEELDAWRACTQSNKPMDELPCTPPSESQRALYSVLVSRIQEEPLKGMVGPDCVTGSNLPSHSDVHTSCLTGLKIQGPVFFLEDGKSAISLNDALMWAKVNPFSPLGTGIRLNPF

Target ORF information:

RefSeq Version	XM_012573476.2
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata 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_012573476.2

ORF Insert Sequence:

ATGGCTTGGA TGACTTATAT TTCCCACTGG TTTGATGAAG ATGATTGGTA TGAAGGACAA 
CAAAGAGCAA AAATGTCACA TGTGAAACAA GTGGGACTTT TAGCTGCTGG ATGTCAGCCA 
TGGAACAAGG ATATATGTGC TGCTAGTGGG GACAGATTTG CCTACTGTGC TACCCTTGCT 
GTTTATATTT ATCAGCTGGA TCACCGATAC AATGAATTCA AGCTCCATGC CATTATGTCT 
GAGCACAAGA AGACAATCAC AGCCATATCT TGGTGTCCCC ACAACCCTGA CGTGTTTGCA 
AGTGCCAGTG CAGATAGTTT AGTGATCATC TGGAATGTGA ATGAACAGAA AGTTGTGGCC 
AAGCTGGACA ATACAAAAGG AATTCCTGCA TCCCTTGGCT GGTGCTGGAG TGCAGGTGAT 
GCAGTTGCAT TTGTGTCCCA CAGAGGTCCA CTGTACATTT GGACTATCTC AGGACCTGAC 
AGCGGGGTAA CTGTGCATAG GGAAGCACAT AGTTTCTTGT CAGATATCAG TCTGTTTAGA 
TGGCATCCGA AGAAAAAAGG AAAGGTAGTA TTTGGACATA CTGATGGAAG CCTATCTATT 
TTTCAACCAG GTTCTAAAAA TCAGAAACAC ATCTTAAGAC CAGAGTCTCT TGAAGGAACA 
GATGAAGAGG ATCCAGTTAC AGCTCTGGAG TGGGACCCTT TGTCAACTGA TTACCTTCTT 
GTTGCTAATT TACATAATGG TATTCGACTA GTTGATTCTG AATCTCTGTC CTGTATCACA 
ACTTTTAGTT TTCCCAGTGC AGCAGCATCT GTTCAGTGTT TAGCCTGGGT TTCTAGTGCA 
CCTGGAATGT TTATAACTGG AGATTCTCAG GTTGGTGTGT TACGTGTTTG GAATGTTTCA 
CGTACAACAC CTATAGATAA TGTTAAATTG AAGCAAACTG GTTTCCATGG CTTGCATGTG 
CTAAGTTCTC CTCCAAAAAA AAAGTCATGT TCATCACAGT ATCCTACTAA AAATCACCAT 
ACATCGTCAA CAAGTGAGGC TGTTCCTCCT CCAACTTTAA CCCAAAACCA AGCATTTTCT 
CTTCCTCCTG GTCATACCGT CTGTTGCTTC ATGGATGGTG GAGTGGGGCT TTACGACATG 
GGAGCAAAAA AGTGGGATTT CCTTAGAGAT TTGGGACATG TTGAGACCAT CTTTGATTGC 
AAATTCAAAC CTGATAACCC TGATCTTCTT GCTACAGCTT CATTTGATGG CACAATAAAA 
GTTTGGGACA TAAATACTTT ATCAGCGGTT TATACATCTC CTGGTAATGA GGGGGTTATT 
TATTCCATTT CTTGGGCTCC AGGAAATTTG AACTGCATAG CAGGTGGAAC TTCCAGAAAT 
GGTGGCTTTA TCTGGGATAT ACAAAAAGGA AAACTGATAA CCAGATTCAG TGAGCATGGA 
AAGAATGGAA TCTTCTGCAT TGCCTGGAGT CATAAAGATT CCAAAAGAAT AGCAACCTGC 
AGCAGTGATG GATTTTGTAT TATTCGAACC ATTGATGGCA ATGTTCTTCA CAAGTACAAA 
CATCCAGCTG CAGTGTTTGG CTGTGATTGG AGTCAAAACA ACAAAGATAT GATAGCTACT 
GGTTGTGAGG ATAAAAATGT TCGTGTTTAC TACTTGGCAA CCAGCTCTGA TCAGCCACTG 
AAAGTTTTTA CTGGACATAC TGCAAAGGTG TTTCATGTAC GGTGGTCTCC TCTCAGAGAA 
GGAATTCTCT GCAGTGGCTC TGATGATGGT ACCGTTCGGA TATGGGATTA TACACAAGAT 
GCTTGTATAA ATGTTCTTAG TGGACATACC GCTCCAGTAC GGGGACTGAT GTGGAATCCT 
GAAATCCCTT ATCTTCTAAT ATCTGGCAGC TGGGACTATA CAATCCGAGT CTGGGACACA 
AGAGATGGAA CATGTTTAGA CACAGTTTAT GATCATGGTG CAGATGTATA TGGATTAACG 
TGTCATCCTA GTCGTCCATT TACTATGGCA TCTTGCTCTC GTGATTCCAC TGTGAGACTC 
TGGTCATTGA CACCTCTTAT AAACCCTCTA CAAATAAATA TCTTAACAGA CAGATGTTGG 
GATGATATTA TTGGCAATAC AGATCGTGCT GTGGAGTCTG GAGCTCCTCC TTTGCTGTGT 
GGTAAAGTTT CCAGGGATAT TAAACAAGAA TTGGAAAAAT TGTCAGGAAG TCCTCAAGGA 
AAAAAACTAA GGTGGTTTTC AGAATTTTTT TCACCTCCAG GAGGCAGCAA AAATTTATGG 
GATTTGGTTG CTGTAATAAA GGGACAGGAT GACAGTTTGC TTCCACAAAA CTACTGCAAA 
GGAATTATGC ATATGAAACA CCTCGTTAGA TTTAGACTGT CCAAGGCACA AGAACTGACA 
ACAGTAAAGA TGTCTAAATT TGGAGGTGGT ATTGGTGCAC CAAGCAAAGA GGAAAGACTC 
AAAGAAGCTG CAGAAATACA TTTAAGATTA GGACAAATTC AGCGATATTG TGAGCTAATG 
GTAGAACTTG GAGAGTGGGA CAAAGCTCTC TCAGTTGCAC CTGGAGTGTC AATGAAATAC 
TGGAGGAAGT TAATGCAAAG GAGAGCTGAT CAGTTAATTC AGGAAGAAAA TGATGATGTC 
ATTCCATACT GTATAGCTGT TGGAGATGTG AAGAAACTGG TTTCTTTCTT TACTTCAAGA 
GGTCAGCTTA AAGAGGCTCT ACTTGTTGCA CAGGCAGCCT GTGAAGGAAA TATCCAGATG 
TTACCACTCT CCACAACAAG TGGAACTTCA AATTCTGATG GAAACAATAC AGATGATTAT 
AATGATCTCC TGCAGAAGGT CAGTAAAGAA TTGGCAGATT GGTATTTCCA GGATGGCCAT 
GCAGTGCTTG CAGCGTGTTG TCATCTAGCT GTTGAAAATA TAGAGCTTGC GATGGCAAAC 
CTGATTCGTG GAAATGAACT GGAGCTGGCA ATCAGTGTGG GTACTGTCTT GGGAGAAAGT 
GCAGCCCAAG CAACACATTA TGCCCTAGAA TTACTAGCAA GAAAATGTAT GGCAGTAATA 
ACATGCTTCC CATCACTTGG ATACAGGGAT GTAGCAGTTG ATCTTCTTAT GATGATTCCT 
GATAATAAAC TGCAGTTAGT AAAACTATGT GCTTTTTATC CTGGATGCAT AGCAGAAATA 
AATGACCTGC ATGAAAAGTG TAATCTTCCT GATGTGGAAG AATGTATGCG AGTGGCAGAG 
ACAATGCAGG CAGATGGGGA TGTATTTGAA ACAATAAAGT ACTATCTGTT AAGCACAGAA 
CCTGAAAAGG CTCTCACTGT TGGCATTCAG TATGTGAAAG AACAACTGTG TGGCTCAGAT 
TGGAGTTTAG ATTCAGTCTT TCCATATCTT GATCTTTTAA GTTACATACG GACTGAACAG 
TTAATGTTGC CTAAGTGTAG TGAATTTCGG AATGAGTTGC TGATTTTGTG TGGTTACATT 
GGTGCTTTAT TTGCTATCAG AAGACAGTAC AATAGCATTG TACCTGCACT CTATGAGTAT 
ACAAGTCAGC TTTTAAAAAG ACGGGAAGTA TCTGTACCTT TGAAAATTGA ACAGCTTTCT 
GAGGAATTAG ATGCATGGAG AGCTTGCACA CAATCAAACA AGCCTATGGA TGAGTTGCCA 
TGCACCCCGC CCTCTGAATC ACAGAGAGCG CTGTATTCAG TACTTGTCTC GCGAATTCAG 
GAGGAGCCTC TGAAAGGAAT GGTCGGGCCA GACTGTGTCA CTGGATCAAA TCTTCCTAGT 
CATTCAGATG TTCATACCTC TTGTTTGACA GGGCTAAAGA TCCAGGGTCC TGTGTTCTTC 
CTTGAAGATG GAAAATCTGC AATTTCACTG AATGATGCTT TGATGTGGGC CAAAGTGAAT 
CCTTTTTCAC CATTAGGAAC AGGAATACGA CTTAACCCAT TTTGA

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

WDR17 ( XM_030271312.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127172.1 Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X2, mRNA.

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CloneID	OTd44544
Clone ID Related Accession (Same CDS sequence)	XM_030271312.1
Accession Version	XM_030271312.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3924bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
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 (NC_044215.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 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##

ATGGCTTGGA TGACTTATAT TTCCCACTGG TTTGATGAAG ATGATTGGTA TGAAGGACAA 
CAAAGAGCAA AAATGTCACA TGTGAAACAA GTGGGACTTT TAGCTGCTGG ATGTCAGCCA 
TGGAACAAGG ATATATGTGC TGCTAGTGGG GACAGATTTG CCTACTGTGC TACCCTTGCT 
GTTTATATTT ATCAGCTGGA TCACCGATAC AATGAATTCA AGCTCCATGC CATTATGTCT 
GAGCACAAGA AGACAATCAC AGCCATATCT TGGTGTCCCC ACAACCCTGA CGTGTTTGCA 
AGTGCCAGTG CAGATAGTTT AGTGATCATC TGGAATGTGA ATGAACAGAA AGTTGTGGCC 
AAGCTGGACA ATACAAAAGG AATTCCTGCA TCCCTTGGCT GGTGCTGGAG TGCAGGTGAT 
GCAGTTGCAT TTGTGTCCCA CAGAGGTCCA CTGTACATTT GGACTATCTC AGGACCTGAC 
AGCGGGGTAA CTGTGCATAG GGAAGCACAT AGTTTCTTGT CAGATATCAG TCTGTTTAGA 
TGGCATCCGA AGAAAAAAGG AAAGGTAGTA TTTGGACATA CTGATGGAAG CCTATCTATT 
TTTCAACCAG GTTCTAAAAA TCAGAAACAC ATCTTAAGAC CAGAGTCTCT TGAAGGAACA 
GATGAAGAGG ATCCAGTTAC AGCTCTGGAG TGGGACCCTT TGTCAACTGA TTACCTTCTT 
GTTGCTAATT TACATAATGG TATTCGACTA GTTGATTCTG AATCTCTGTC CTGTATCACA 
ACTTTTAGTT TTCCCAGTGC AGCAGCATCT GTTCAGTGTT TAGCCTGGGT TTCTAGTGCA 
CCTGGAATGT TTATAACTGG AGATTCTCAG GTTGGTGTGT TACGTGTTTG GAATGTTTCA 
CGTACAACAC CTATAGATAA TGTTAAATTG AAGCAAACTG GTTTCCATGG CTTGCATGTG 
CTAAGTTCTC CTCCAAAAAA AAAGTCATGT TCATCACAGT ATCCTACTAA AAATCACCAT 
ACATCGTCAA CAAGTGAGGC TGTTCCTCCT CCAACTTTAA CCCAAAACCA AGCATTTTCT 
CTTCCTCCTG GTCATACCGT CTGTTGCTTC ATGGATGGTG GAGTGGGGCT TTACGACATG 
GGAGCAAAAA AGTGGGATTT CCTTAGAGAT TTGGGACATG TTGAGACCAT CTTTGATTGC 
AAATTCAAAC CTGATAACCC TGATCTTCTT GCTACAGCTT CATTTGATGG CACAATAAAA 
GTTTGGGACA TAAATACTTT ATCAGCGGTT TATACATCTC CTGGTAATGA GGGGGTTATT 
TATTCCATTT CTTGGGCTCC AGGAAATTTG AACTGCATAG CAGGTGGAAC TTCCAGAAAT 
GGTGGCTTTA TCTGGGATAT ACAAAAAGGA AAACTGATAA CCAGATTCAG TGAGCATGGA 
AAGAATGGAA TCTTCTGCAT TGCCTGGAGT CATAAAGATT CCAAAAGAAT AGCAACCTGC 
AGCAGTGATG GATTTTGTAT TATTCGAACC ATTGATGGCA ATGTTCTTCA CAAGTACAAA 
CATCCAGCTG CAGTGTTTGG CTGTGATTGG AGTCAAAACA ACAAAGATAT GATAGCTACT 
GGTTGTGAGG ATAAAAATGT TCGTGTTTAC TACTTGGCAA CCAGCTCTGA TCAGCCACTG 
AAAGTTTTTA CTGGACATAC TGCAAAGGTG TTTCATGTAC GGTGGTCTCC TCTCAGAGAA 
GGAATTCTCT GCAGTGGCTC TGATGATGGT ACCGTTCGGA TATGGGATTA TACACAAGAT 
GCTTGTATAA ATGTTCTTAG TGGACATACC GCTCCAGTAC GGGGACTGAT GTGGAATCCT 
GAAATCCCTT ATCTTCTAAT ATCTGGCAGC TGGGACTATA CAATCCGAGT CTGGGACACA 
AGAGATGGAA CATGTTTAGA CACAGTTTAT GATCATGGTG CAGATGTATA TGGATTAACG 
TGTCATCCTA GTCGTCCATT TACTATGGCA TCTTGCTCTC GTGATTCCAC TGTGAGACTC 
TGGTCATTGA CACCTCTTAT AAACCCTCTA CAAATAAATA TCTTAACAGA CAGATGTTGG 
GATGATATTA TTGGCAATAC AGATCGTGCT GTGGAGTCTG GAGCTCCTCC TTTGCTGTGT 
GGTAAAGTTT CCAGGGATAT TAAACAAGAA TTGGAAAAAT TGTCAGGAAG TCCTCAAGGA 
AAAAAACTAA GGTGGTTTTC AGAATTTTTT TCACCTCCAG GAGGCAGCAA AAATTTATGG 
GATTTGGTTG CTGTAATAAA GGGACAGGAT GACAGTTTGC TTCCACAAAA CTACTGCAAA 
GGAATTATGC ATATGAAACA CCTCGTTAGA TTTAGACTGT CCAAGGCACA AGAACTGACA 
ACAGTAAAGA TGTCTAAATT TGGAGGTGGT ATTGGTGCAC CAAGCAAAGA GGAAAGACTC 
AAAGAAGCTG CAGAAATACA TTTAAGATTA GGACAAATTC AGCGATATTG TGAGCTAATG 
GTAGAACTTG GAGAGTGGGA CAAAGCTCTC TCAGTTGCAC CTGGAGTGTC AATGAAATAC 
TGGAGGAAGT TAATGCAAAG GAGAGCTGAT CAGTTAATTC AGGAAGAAAA TGATGATGTC 
ATTCCATACT GTATAGCTGT TGGAGATGTG AAGAAACTGG TTTCTTTCTT TACTTCAAGA 
GGTCAGCTTA AAGAGGCTCT ACTTGTTGCA CAGGCAGCCT GTGAAGGAAA TATCCAGATG 
TTACCACTCT CCACAACAAG TGGAACTTCA AATTCTGATG GAAACAATAC AGATGATTAT 
AATGATCTCC TGCAGAAGGT CAGTAAAGAA TTGGCAGATT GGTATTTCCA GGATGGCCAT 
GCAGTGCTTG CAGCGTGTTG TCATCTAGCT GTTGAAAATA TAGAGCTTGC GATGGCAAAC 
CTGATTCGTG GAAATGAACT GGAGCTGGCA ATCAGTGTGG GTACTGTCTT GGGAGAAAGT 
GCAGCCCAAG CAACACATTA TGCCCTAGAA TTACTAGCAA GAAAATGTAT GGCAGTAATA 
ACATGGGATG TAGCAGTTGA TCTTCTTATG ATGATTCCTG ATAATAAACT GCAGTTAGTA 
AAACTATGTG CTTTTTATCC TGGATGCATA GCAGAAATAA ATGACCTGCA TGAAAAGTGT 
AATCTTCCTG ATGTGGAAGA ATGTATGCGA GTGGCAGAGA CAATGCAGGC AGATGGGGAT 
GTATTTGAAA CAATAAAGTA CTATCTGTTA AGCACAGAAC CTGAAAAGGC TCTCACTGTT 
GGCATTCAGT ATGTGAAAGA ACAACTGTGT GGCTCAGATT GGAGTTTAGA TTCAGTCTTT 
CCATATCTTG ATCTTTTAAG TTACATACGG ACTGAACAGT TAATGTTGCC TAAGTGTAGT 
GAATTTCGGA ATGAGTTGCT GATTTTGTGT GGTTACATTG GTGCTTTATT TGCTATCAGA 
AGACAGTACA ATAGCATTGT ACCTGCACTC TATGAGTATA CAAGTCAGCT TTTAAAAAGA 
CGGGAAGTAT CTGTACCTTT GAAAATTGAA CAGCTTTCTG AGGAATTAGA TGCATGGAGA 
GCTTGCACAC AATCAAACAA GCCTATGGAT GAGTTGCCAT GCACCCCGCC CTCTGAATCA 
CAGAGAGCGC TGTATTCAGT ACTTGTCTCG CGAATTCAGG AGGAGCCTCT GAAAGGAATG 
GTCGGGCCAG ACTGTGTCAC TGGATCAAAT CTTCCTAGTC ATTCAGATGT TCATACCTCT 
TGTTTGACAG GGCTAAAGAT CCAGGGTCCT GTGTTCTTCC TTGAAGATGG AAAATCTGCA 
ATTTCACTGA ATGATGCTTT GATGTGGGCC AAAGTGAATC CTTTTTCACC ATTAGGAACA 
GGAATACGAC TTAACCCATT TTGA

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

RefSeq	XP_030127172.1
CDS	478..4401
Translation	MAWMTYISHWFDEDDWYEGQQRAKMSHVKQVGLLAAGCQPWNKDICAASGDRFAYCATLAVYIYQLDHRYNEFKLHAIMSEHKKTITAISWCPHNPDVFASASADSLVIIWNVNEQKVVAKLDNTKGIPASLGWCWSAGDAVAFVSHRGPLYIWTISGPDSGVTVHREAHSFLSDISLFRWHPKKKGKVVFGHTDGSLSIFQPGSKNQKHILRPESLEGTDEEDPVTALEWDPLSTDYLLVANLHNGIRLVDSESLSCITTFSFPSAAASVQCLAWVSSAPGMFITGDSQVGVLRVWNVSRTTPIDNVKLKQTGFHGLHVLSSPPKKKSCSSQYPTKNHHTSSTSEAVPPPTLTQNQAFSLPPGHTVCCFMDGGVGLYDMGAKKWDFLRDLGHVETIFDCKFKPDNPDLLATASFDGTIKVWDINTLSAVYTSPGNEGVIYSISWAPGNLNCIAGGTSRNGGFIWDIQKGKLITRFSEHGKNGIFCIAWSHKDSKRIATCSSDGFCIIRTIDGNVLHKYKHPAAVFGCDWSQNNKDMIATGCEDKNVRVYYLATSSDQPLKVFTGHTAKVFHVRWSPLREGILCSGSDDGTVRIWDYTQDACINVLSGHTAPVRGLMWNPEIPYLLISGSWDYTIRVWDTRDGTCLDTVYDHGADVYGLTCHPSRPFTMASCSRDSTVRLWSLTPLINPLQINILTDRCWDDIIGNTDRAVESGAPPLLCGKVSRDIKQELEKLSGSPQGKKLRWFSEFFSPPGGSKNLWDLVAVIKGQDDSLLPQNYCKGIMHMKHLVRFRLSKAQELTTVKMSKFGGGIGAPSKEERLKEAAEIHLRLGQIQRYCELMVELGEWDKALSVAPGVSMKYWRKLMQRRADQLIQEENDDVIPYCIAVGDVKKLVSFFTSRGQLKEALLVAQAACEGNIQMLPLSTTSGTSNSDGNNTDDYNDLLQKVSKELADWYFQDGHAVLAACCHLAVENIELAMANLIRGNELELAISVGTVLGESAAQATHYALELLARKCMAVITWDVAVDLLMMIPDNKLQLVKLCAFYPGCIAEINDLHEKCNLPDVEECMRVAETMQADGDVFETIKYYLLSTEPEKALTVGIQYVKEQLCGSDWSLDSVFPYLDLLSYIRTEQLMLPKCSEFRNELLILCGYIGALFAIRRQYNSIVPALYEYTSQLLKRREVSVPLKIEQLSEELDAWRACTQSNKPMDELPCTPPSESQRALYSVLVSRIQEEPLKGMVGPDCVTGSNLPSHSDVHTSCLTGLKIQGPVFFLEDGKSAISLNDALMWAKVNPFSPLGTGIRLNPF

Target ORF information:

RefSeq Version	XM_030271312.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata 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_030271312.1

ORF Insert Sequence:

ATGGCTTGGA TGACTTATAT TTCCCACTGG TTTGATGAAG ATGATTGGTA TGAAGGACAA 
CAAAGAGCAA AAATGTCACA TGTGAAACAA GTGGGACTTT TAGCTGCTGG ATGTCAGCCA 
TGGAACAAGG ATATATGTGC TGCTAGTGGG GACAGATTTG CCTACTGTGC TACCCTTGCT 
GTTTATATTT ATCAGCTGGA TCACCGATAC AATGAATTCA AGCTCCATGC CATTATGTCT 
GAGCACAAGA AGACAATCAC AGCCATATCT TGGTGTCCCC ACAACCCTGA CGTGTTTGCA 
AGTGCCAGTG CAGATAGTTT AGTGATCATC TGGAATGTGA ATGAACAGAA AGTTGTGGCC 
AAGCTGGACA ATACAAAAGG AATTCCTGCA TCCCTTGGCT GGTGCTGGAG TGCAGGTGAT 
GCAGTTGCAT TTGTGTCCCA CAGAGGTCCA CTGTACATTT GGACTATCTC AGGACCTGAC 
AGCGGGGTAA CTGTGCATAG GGAAGCACAT AGTTTCTTGT CAGATATCAG TCTGTTTAGA 
TGGCATCCGA AGAAAAAAGG AAAGGTAGTA TTTGGACATA CTGATGGAAG CCTATCTATT 
TTTCAACCAG GTTCTAAAAA TCAGAAACAC ATCTTAAGAC CAGAGTCTCT TGAAGGAACA 
GATGAAGAGG ATCCAGTTAC AGCTCTGGAG TGGGACCCTT TGTCAACTGA TTACCTTCTT 
GTTGCTAATT TACATAATGG TATTCGACTA GTTGATTCTG AATCTCTGTC CTGTATCACA 
ACTTTTAGTT TTCCCAGTGC AGCAGCATCT GTTCAGTGTT TAGCCTGGGT TTCTAGTGCA 
CCTGGAATGT TTATAACTGG AGATTCTCAG GTTGGTGTGT TACGTGTTTG GAATGTTTCA 
CGTACAACAC CTATAGATAA TGTTAAATTG AAGCAAACTG GTTTCCATGG CTTGCATGTG 
CTAAGTTCTC CTCCAAAAAA AAAGTCATGT TCATCACAGT ATCCTACTAA AAATCACCAT 
ACATCGTCAA CAAGTGAGGC TGTTCCTCCT CCAACTTTAA CCCAAAACCA AGCATTTTCT 
CTTCCTCCTG GTCATACCGT CTGTTGCTTC ATGGATGGTG GAGTGGGGCT TTACGACATG 
GGAGCAAAAA AGTGGGATTT CCTTAGAGAT TTGGGACATG TTGAGACCAT CTTTGATTGC 
AAATTCAAAC CTGATAACCC TGATCTTCTT GCTACAGCTT CATTTGATGG CACAATAAAA 
GTTTGGGACA TAAATACTTT ATCAGCGGTT TATACATCTC CTGGTAATGA GGGGGTTATT 
TATTCCATTT CTTGGGCTCC AGGAAATTTG AACTGCATAG CAGGTGGAAC TTCCAGAAAT 
GGTGGCTTTA TCTGGGATAT ACAAAAAGGA AAACTGATAA CCAGATTCAG TGAGCATGGA 
AAGAATGGAA TCTTCTGCAT TGCCTGGAGT CATAAAGATT CCAAAAGAAT AGCAACCTGC 
AGCAGTGATG GATTTTGTAT TATTCGAACC ATTGATGGCA ATGTTCTTCA CAAGTACAAA 
CATCCAGCTG CAGTGTTTGG CTGTGATTGG AGTCAAAACA ACAAAGATAT GATAGCTACT 
GGTTGTGAGG ATAAAAATGT TCGTGTTTAC TACTTGGCAA CCAGCTCTGA TCAGCCACTG 
AAAGTTTTTA CTGGACATAC TGCAAAGGTG TTTCATGTAC GGTGGTCTCC TCTCAGAGAA 
GGAATTCTCT GCAGTGGCTC TGATGATGGT ACCGTTCGGA TATGGGATTA TACACAAGAT 
GCTTGTATAA ATGTTCTTAG TGGACATACC GCTCCAGTAC GGGGACTGAT GTGGAATCCT 
GAAATCCCTT ATCTTCTAAT ATCTGGCAGC TGGGACTATA CAATCCGAGT CTGGGACACA 
AGAGATGGAA CATGTTTAGA CACAGTTTAT GATCATGGTG CAGATGTATA TGGATTAACG 
TGTCATCCTA GTCGTCCATT TACTATGGCA TCTTGCTCTC GTGATTCCAC TGTGAGACTC 
TGGTCATTGA CACCTCTTAT AAACCCTCTA CAAATAAATA TCTTAACAGA CAGATGTTGG 
GATGATATTA TTGGCAATAC AGATCGTGCT GTGGAGTCTG GAGCTCCTCC TTTGCTGTGT 
GGTAAAGTTT CCAGGGATAT TAAACAAGAA TTGGAAAAAT TGTCAGGAAG TCCTCAAGGA 
AAAAAACTAA GGTGGTTTTC AGAATTTTTT TCACCTCCAG GAGGCAGCAA AAATTTATGG 
GATTTGGTTG CTGTAATAAA GGGACAGGAT GACAGTTTGC TTCCACAAAA CTACTGCAAA 
GGAATTATGC ATATGAAACA CCTCGTTAGA TTTAGACTGT CCAAGGCACA AGAACTGACA 
ACAGTAAAGA TGTCTAAATT TGGAGGTGGT ATTGGTGCAC CAAGCAAAGA GGAAAGACTC 
AAAGAAGCTG CAGAAATACA TTTAAGATTA GGACAAATTC AGCGATATTG TGAGCTAATG 
GTAGAACTTG GAGAGTGGGA CAAAGCTCTC TCAGTTGCAC CTGGAGTGTC AATGAAATAC 
TGGAGGAAGT TAATGCAAAG GAGAGCTGAT CAGTTAATTC AGGAAGAAAA TGATGATGTC 
ATTCCATACT GTATAGCTGT TGGAGATGTG AAGAAACTGG TTTCTTTCTT TACTTCAAGA 
GGTCAGCTTA AAGAGGCTCT ACTTGTTGCA CAGGCAGCCT GTGAAGGAAA TATCCAGATG 
TTACCACTCT CCACAACAAG TGGAACTTCA AATTCTGATG GAAACAATAC AGATGATTAT 
AATGATCTCC TGCAGAAGGT CAGTAAAGAA TTGGCAGATT GGTATTTCCA GGATGGCCAT 
GCAGTGCTTG CAGCGTGTTG TCATCTAGCT GTTGAAAATA TAGAGCTTGC GATGGCAAAC 
CTGATTCGTG GAAATGAACT GGAGCTGGCA ATCAGTGTGG GTACTGTCTT GGGAGAAAGT 
GCAGCCCAAG CAACACATTA TGCCCTAGAA TTACTAGCAA GAAAATGTAT GGCAGTAATA 
ACATGGGATG TAGCAGTTGA TCTTCTTATG ATGATTCCTG ATAATAAACT GCAGTTAGTA 
AAACTATGTG CTTTTTATCC TGGATGCATA GCAGAAATAA ATGACCTGCA TGAAAAGTGT 
AATCTTCCTG ATGTGGAAGA ATGTATGCGA GTGGCAGAGA CAATGCAGGC AGATGGGGAT 
GTATTTGAAA CAATAAAGTA CTATCTGTTA AGCACAGAAC CTGAAAAGGC TCTCACTGTT 
GGCATTCAGT ATGTGAAAGA ACAACTGTGT GGCTCAGATT GGAGTTTAGA TTCAGTCTTT 
CCATATCTTG ATCTTTTAAG TTACATACGG ACTGAACAGT TAATGTTGCC TAAGTGTAGT 
GAATTTCGGA ATGAGTTGCT GATTTTGTGT GGTTACATTG GTGCTTTATT TGCTATCAGA 
AGACAGTACA ATAGCATTGT ACCTGCACTC TATGAGTATA CAAGTCAGCT TTTAAAAAGA 
CGGGAAGTAT CTGTACCTTT GAAAATTGAA CAGCTTTCTG AGGAATTAGA TGCATGGAGA 
GCTTGCACAC AATCAAACAA GCCTATGGAT GAGTTGCCAT GCACCCCGCC CTCTGAATCA 
CAGAGAGCGC TGTATTCAGT ACTTGTCTCG CGAATTCAGG AGGAGCCTCT GAAAGGAATG 
GTCGGGCCAG ACTGTGTCAC TGGATCAAAT CTTCCTAGTC ATTCAGATGT TCATACCTCT 
TGTTTGACAG GGCTAAAGAT CCAGGGTCCT GTGTTCTTCC TTGAAGATGG AAAATCTGCA 
ATTTCACTGA ATGATGCTTT GATGTGGGCC AAAGTGAATC CTTTTTCACC ATTAGGAACA 
GGAATACGAC TTAACCCATT TTGA

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

WDR17 ( XM_030271313.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127173.1 Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OTd44545
Clone ID Related Accession (Same CDS sequence)	XM_030271313.1 , XM_030271314.1 , XM_030271315.1
Accession Version	XM_030271313.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3873bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	WD repeat-containing protein 17 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 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##

ATGTCACATG TGAAACAAGT GGGACTTTTA GCTGCTGGAT GTCAGCCATG GAACAAGGAT 
ATATGTGCTG CTAGTGGGGA CAGATTTGCC TACTGTGCTA CCCTTGCTGT TTATATTTAT 
CAGCTGGATC ACCGATACAA TGAATTCAAG CTCCATGCCA TTATGTCTGA GCACAAGAAG 
ACAATCACAG CCATATCTTG GTGTCCCCAC AACCCTGACG TGTTTGCAAG TGCCAGTGCA 
GATAGTTTAG TGATCATCTG GAATGTGAAT GAACAGAAAG TTGTGGCCAA GCTGGACAAT 
ACAAAAGGAA TTCCTGCATC CCTTGGCTGG TGCTGGAGTG CAGGTGATGC AGTTGCATTT 
GTGTCCCACA GAGGTCCACT GTACATTTGG ACTATCTCAG GACCTGACAG CGGGGTAACT 
GTGCATAGGG AAGCACATAG TTTCTTGTCA GATATCAGTC TGTTTAGATG GCATCCGAAG 
AAAAAAGGAA AGGTAGTATT TGGACATACT GATGGAAGCC TATCTATTTT TCAACCAGGT 
TCTAAAAATC AGAAACACAT CTTAAGACCA GAGTCTCTTG AAGGAACAGA TGAAGAGGAT 
CCAGTTACAG CTCTGGAGTG GGACCCTTTG TCAACTGATT ACCTTCTTGT TGCTAATTTA 
CATAATGGTA TTCGACTAGT TGATTCTGAA TCTCTGTCCT GTATCACAAC TTTTAGTTTT 
CCCAGTGCAG CAGCATCTGT TCAGTGTTTA GCCTGGGTTT CTAGTGCACC TGGAATGTTT 
ATAACTGGAG ATTCTCAGGT TGGTGTGTTA CGTGTTTGGA ATGTTTCACG TACAACACCT 
ATAGATAATG TTAAATTGAA GCAAACTGGT TTCCATGGCT TGCATGTGCT AAGTTCTCCT 
CCAAAAAAAA AGTCATGTTC ATCACAGTAT CCTACTAAAA ATCACCATAC ATCGTCAACA 
AGTGAGGCTG TTCCTCCTCC AACTTTAACC CAAAACCAAG CATTTTCTCT TCCTCCTGGT 
CATACCGTCT GTTGCTTCAT GGATGGTGGA GTGGGGCTTT ACGACATGGG AGCAAAAAAG 
TGGGATTTCC TTAGAGATTT GGGACATGTT GAGACCATCT TTGATTGCAA ATTCAAACCT 
GATAACCCTG ATCTTCTTGC TACAGCTTCA TTTGATGGCA CAATAAAAGT TTGGGACATA 
AATACTTTAT CAGCGGTTTA TACATCTCCT GGTAATGAGG GGGTTATTTA TTCCATTTCT 
TGGGCTCCAG GAAATTTGAA CTGCATAGCA GGTGGAACTT CCAGAAATGG TGGCTTTATC 
TGGGATATAC AAAAAGGAAA ACTGATAACC AGATTCAGTG AGCATGGAAA GAATGGAATC 
TTCTGCATTG CCTGGAGTCA TAAAGATTCC AAAAGAATAG CAACCTGCAG CAGTGATGGA 
TTTTGTATTA TTCGAACCAT TGATGGCAAT GTTCTTCACA AGTACAAACA TCCAGCTGCA 
GTGTTTGGCT GTGATTGGAG TCAAAACAAC AAAGATATGA TAGCTACTGG TTGTGAGGAT 
AAAAATGTTC GTGTTTACTA CTTGGCAACC AGCTCTGATC AGCCACTGAA AGTTTTTACT 
GGACATACTG CAAAGGTGTT TCATGTACGG TGGTCTCCTC TCAGAGAAGG AATTCTCTGC 
AGTGGCTCTG ATGATGGTAC CGTTCGGATA TGGGATTATA CACAAGATGC TTGTATAAAT 
GTTCTTAGTG GACATACCGC TCCAGTACGG GGACTGATGT GGAATCCTGA AATCCCTTAT 
CTTCTAATAT CTGGCAGCTG GGACTATACA ATCCGAGTCT GGGACACAAG AGATGGAACA 
TGTTTAGACA CAGTTTATGA TCATGGTGCA GATGTATATG GATTAACGTG TCATCCTAGT 
CGTCCATTTA CTATGGCATC TTGCTCTCGT GATTCCACTG TGAGACTCTG GTCATTGACA 
CCTCTTATAA ACCCTCTACA AATAAATATC TTAACAGACA GATGTTGGGA TGATATTATT 
GGCAATACAG ATCGTGCTGT GGAGTCTGGA GCTCCTCCTT TGCTGTGTGG TAAAGTTTCC 
AGGGATATTA AACAAGAATT GGAAAAATTG TCAGGAAGTC CTCAAGGAAA AAAACTAAGG 
TGGTTTTCAG AATTTTTTTC ACCTCCAGGA GGCAGCAAAA ATTTATGGGA TTTGGTTGCT 
GTAATAAAGG GACAGGATGA CAGTTTGCTT CCACAAAACT ACTGCAAAGG AATTATGCAT 
ATGAAACACC TCGTTAGATT TAGACTGTCC AAGGCACAAG AACTGACAAC AGTAAAGATG 
TCTAAATTTG GAGGTGGTAT TGGTGCACCA AGCAAAGAGG AAAGACTCAA AGAAGCTGCA 
GAAATACATT TAAGATTAGG ACAAATTCAG CGATATTGTG AGCTAATGGT AGAACTTGGA 
GAGTGGGACA AAGCTCTCTC AGTTGCACCT GGAGTGTCAA TGAAATACTG GAGGAAGTTA 
ATGCAAAGGA GAGCTGATCA GTTAATTCAG GAAGAAAATG ATGATGTCAT TCCATACTGT 
ATAGCTGTTG GAGATGTGAA GAAACTGGTT TCTTTCTTTA CTTCAAGAGG TCAGCTTAAA 
GAGGCTCTAC TTGTTGCACA GGCAGCCTGT GAAGGAAATA TCCAGATGTT ACCACTCTCC 
ACAACAAGTG GAACTTCAAA TTCTGATGGA AACAATACAG ATGATTATAA TGATCTCCTG 
CAGAAGGTCA GTAAAGAATT GGCAGATTGG TATTTCCAGG ATGGCCATGC AGTGCTTGCA 
GCGTGTTGTC ATCTAGCTGT TGAAAATATA GAGCTTGCGA TGGCAAACCT GATTCGTGGA 
AATGAACTGG AGCTGGCAAT CAGTGTGGGT ACTGTCTTGG GAGAAAGTGC AGCCCAAGCA 
ACACATTATG CCCTAGAATT ACTAGCAAGA AAATGTATGG CAGTAATAAC ATGCTTCCCA 
TCACTTGGAT ACAGGGATGT AGCAGTTGAT CTTCTTATGA TGATTCCTGA TAATAAACTG 
CAGTTAGTAA AACTATGTGC TTTTTATCCT GGATGCATAG CAGAAATAAA TGACCTGCAT 
GAAAAGTGTA ATCTTCCTGA TGTGGAAGAA TGTATGCGAG TGGCAGAGAC AATGCAGGCA 
GATGGGGATG TATTTGAAAC AATAAAGTAC TATCTGTTAA GCACAGAACC TGAAAAGGCT 
CTCACTGTTG GCATTCAGTA TGTGAAAGAA CAACTGTGTG GCTCAGATTG GAGTTTAGAT 
TCAGTCTTTC CATATCTTGA TCTTTTAAGT TACATACGGA CTGAACAGTT AATGTTGCCT 
AAGTGTAGTG AATTTCGGAA TGAGTTGCTG ATTTTGTGTG GTTACATTGG TGCTTTATTT 
GCTATCAGAA GACAGTACAA TAGCATTGTA CCTGCACTCT ATGAGTATAC AAGTCAGCTT 
TTAAAAAGAC GGGAAGTATC TGTACCTTTG AAAATTGAAC AGCTTTCTGA GGAATTAGAT 
GCATGGAGAG CTTGCACACA ATCAAACAAG CCTATGGATG AGTTGCCATG CACCCCGCCC 
TCTGAATCAC AGAGAGCGCT GTATTCAGTA CTTGTCTCGC GAATTCAGGA GGAGCCTCTG 
AAAGGAATGG TCGGGCCAGA CTGTGTCACT GGATCAAATC TTCCTAGTCA TTCAGATGTT 
CATACCTCTT GTTTGACAGG GCTAAAGATC CAGGGTCCTG TGTTCTTCCT TGAAGATGGA 
AAATCTGCAA TTTCACTGAA TGATGCTTTG ATGTGGGCCA AAGTGAATCC TTTTTCACCA 
TTAGGAACAG GAATACGACT TAACCCATTT TGA

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

RefSeq	XP_030127173.1
CDS	629..4501
Translation	MSHVKQVGLLAAGCQPWNKDICAASGDRFAYCATLAVYIYQLDHRYNEFKLHAIMSEHKKTITAISWCPHNPDVFASASADSLVIIWNVNEQKVVAKLDNTKGIPASLGWCWSAGDAVAFVSHRGPLYIWTISGPDSGVTVHREAHSFLSDISLFRWHPKKKGKVVFGHTDGSLSIFQPGSKNQKHILRPESLEGTDEEDPVTALEWDPLSTDYLLVANLHNGIRLVDSESLSCITTFSFPSAAASVQCLAWVSSAPGMFITGDSQVGVLRVWNVSRTTPIDNVKLKQTGFHGLHVLSSPPKKKSCSSQYPTKNHHTSSTSEAVPPPTLTQNQAFSLPPGHTVCCFMDGGVGLYDMGAKKWDFLRDLGHVETIFDCKFKPDNPDLLATASFDGTIKVWDINTLSAVYTSPGNEGVIYSISWAPGNLNCIAGGTSRNGGFIWDIQKGKLITRFSEHGKNGIFCIAWSHKDSKRIATCSSDGFCIIRTIDGNVLHKYKHPAAVFGCDWSQNNKDMIATGCEDKNVRVYYLATSSDQPLKVFTGHTAKVFHVRWSPLREGILCSGSDDGTVRIWDYTQDACINVLSGHTAPVRGLMWNPEIPYLLISGSWDYTIRVWDTRDGTCLDTVYDHGADVYGLTCHPSRPFTMASCSRDSTVRLWSLTPLINPLQINILTDRCWDDIIGNTDRAVESGAPPLLCGKVSRDIKQELEKLSGSPQGKKLRWFSEFFSPPGGSKNLWDLVAVIKGQDDSLLPQNYCKGIMHMKHLVRFRLSKAQELTTVKMSKFGGGIGAPSKEERLKEAAEIHLRLGQIQRYCELMVELGEWDKALSVAPGVSMKYWRKLMQRRADQLIQEENDDVIPYCIAVGDVKKLVSFFTSRGQLKEALLVAQAACEGNIQMLPLSTTSGTSNSDGNNTDDYNDLLQKVSKELADWYFQDGHAVLAACCHLAVENIELAMANLIRGNELELAISVGTVLGESAAQATHYALELLARKCMAVITCFPSLGYRDVAVDLLMMIPDNKLQLVKLCAFYPGCIAEINDLHEKCNLPDVEECMRVAETMQADGDVFETIKYYLLSTEPEKALTVGIQYVKEQLCGSDWSLDSVFPYLDLLSYIRTEQLMLPKCSEFRNELLILCGYIGALFAIRRQYNSIVPALYEYTSQLLKRREVSVPLKIEQLSEELDAWRACTQSNKPMDELPCTPPSESQRALYSVLVSRIQEEPLKGMVGPDCVTGSNLPSHSDVHTSCLTGLKIQGPVFFLEDGKSAISLNDALMWAKVNPFSPLGTGIRLNPF

Target ORF information:

RefSeq Version	XM_030271313.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X3, mRNA.

Target ORF information:

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

XM_030271313.1

ORF Insert Sequence:

ATGTCACATG TGAAACAAGT GGGACTTTTA GCTGCTGGAT GTCAGCCATG GAACAAGGAT 
ATATGTGCTG CTAGTGGGGA CAGATTTGCC TACTGTGCTA CCCTTGCTGT TTATATTTAT 
CAGCTGGATC ACCGATACAA TGAATTCAAG CTCCATGCCA TTATGTCTGA GCACAAGAAG 
ACAATCACAG CCATATCTTG GTGTCCCCAC AACCCTGACG TGTTTGCAAG TGCCAGTGCA 
GATAGTTTAG TGATCATCTG GAATGTGAAT GAACAGAAAG TTGTGGCCAA GCTGGACAAT 
ACAAAAGGAA TTCCTGCATC CCTTGGCTGG TGCTGGAGTG CAGGTGATGC AGTTGCATTT 
GTGTCCCACA GAGGTCCACT GTACATTTGG ACTATCTCAG GACCTGACAG CGGGGTAACT 
GTGCATAGGG AAGCACATAG TTTCTTGTCA GATATCAGTC TGTTTAGATG GCATCCGAAG 
AAAAAAGGAA AGGTAGTATT TGGACATACT GATGGAAGCC TATCTATTTT TCAACCAGGT 
TCTAAAAATC AGAAACACAT CTTAAGACCA GAGTCTCTTG AAGGAACAGA TGAAGAGGAT 
CCAGTTACAG CTCTGGAGTG GGACCCTTTG TCAACTGATT ACCTTCTTGT TGCTAATTTA 
CATAATGGTA TTCGACTAGT TGATTCTGAA TCTCTGTCCT GTATCACAAC TTTTAGTTTT 
CCCAGTGCAG CAGCATCTGT TCAGTGTTTA GCCTGGGTTT CTAGTGCACC TGGAATGTTT 
ATAACTGGAG ATTCTCAGGT TGGTGTGTTA CGTGTTTGGA ATGTTTCACG TACAACACCT 
ATAGATAATG TTAAATTGAA GCAAACTGGT TTCCATGGCT TGCATGTGCT AAGTTCTCCT 
CCAAAAAAAA AGTCATGTTC ATCACAGTAT CCTACTAAAA ATCACCATAC ATCGTCAACA 
AGTGAGGCTG TTCCTCCTCC AACTTTAACC CAAAACCAAG CATTTTCTCT TCCTCCTGGT 
CATACCGTCT GTTGCTTCAT GGATGGTGGA GTGGGGCTTT ACGACATGGG AGCAAAAAAG 
TGGGATTTCC TTAGAGATTT GGGACATGTT GAGACCATCT TTGATTGCAA ATTCAAACCT 
GATAACCCTG ATCTTCTTGC TACAGCTTCA TTTGATGGCA CAATAAAAGT TTGGGACATA 
AATACTTTAT CAGCGGTTTA TACATCTCCT GGTAATGAGG GGGTTATTTA TTCCATTTCT 
TGGGCTCCAG GAAATTTGAA CTGCATAGCA GGTGGAACTT CCAGAAATGG TGGCTTTATC 
TGGGATATAC AAAAAGGAAA ACTGATAACC AGATTCAGTG AGCATGGAAA GAATGGAATC 
TTCTGCATTG CCTGGAGTCA TAAAGATTCC AAAAGAATAG CAACCTGCAG CAGTGATGGA 
TTTTGTATTA TTCGAACCAT TGATGGCAAT GTTCTTCACA AGTACAAACA TCCAGCTGCA 
GTGTTTGGCT GTGATTGGAG TCAAAACAAC AAAGATATGA TAGCTACTGG TTGTGAGGAT 
AAAAATGTTC GTGTTTACTA CTTGGCAACC AGCTCTGATC AGCCACTGAA AGTTTTTACT 
GGACATACTG CAAAGGTGTT TCATGTACGG TGGTCTCCTC TCAGAGAAGG AATTCTCTGC 
AGTGGCTCTG ATGATGGTAC CGTTCGGATA TGGGATTATA CACAAGATGC TTGTATAAAT 
GTTCTTAGTG GACATACCGC TCCAGTACGG GGACTGATGT GGAATCCTGA AATCCCTTAT 
CTTCTAATAT CTGGCAGCTG GGACTATACA ATCCGAGTCT GGGACACAAG AGATGGAACA 
TGTTTAGACA CAGTTTATGA TCATGGTGCA GATGTATATG GATTAACGTG TCATCCTAGT 
CGTCCATTTA CTATGGCATC TTGCTCTCGT GATTCCACTG TGAGACTCTG GTCATTGACA 
CCTCTTATAA ACCCTCTACA AATAAATATC TTAACAGACA GATGTTGGGA TGATATTATT 
GGCAATACAG ATCGTGCTGT GGAGTCTGGA GCTCCTCCTT TGCTGTGTGG TAAAGTTTCC 
AGGGATATTA AACAAGAATT GGAAAAATTG TCAGGAAGTC CTCAAGGAAA AAAACTAAGG 
TGGTTTTCAG AATTTTTTTC ACCTCCAGGA GGCAGCAAAA ATTTATGGGA TTTGGTTGCT 
GTAATAAAGG GACAGGATGA CAGTTTGCTT CCACAAAACT ACTGCAAAGG AATTATGCAT 
ATGAAACACC TCGTTAGATT TAGACTGTCC AAGGCACAAG AACTGACAAC AGTAAAGATG 
TCTAAATTTG GAGGTGGTAT TGGTGCACCA AGCAAAGAGG AAAGACTCAA AGAAGCTGCA 
GAAATACATT TAAGATTAGG ACAAATTCAG CGATATTGTG AGCTAATGGT AGAACTTGGA 
GAGTGGGACA AAGCTCTCTC AGTTGCACCT GGAGTGTCAA TGAAATACTG GAGGAAGTTA 
ATGCAAAGGA GAGCTGATCA GTTAATTCAG GAAGAAAATG ATGATGTCAT TCCATACTGT 
ATAGCTGTTG GAGATGTGAA GAAACTGGTT TCTTTCTTTA CTTCAAGAGG TCAGCTTAAA 
GAGGCTCTAC TTGTTGCACA GGCAGCCTGT GAAGGAAATA TCCAGATGTT ACCACTCTCC 
ACAACAAGTG GAACTTCAAA TTCTGATGGA AACAATACAG ATGATTATAA TGATCTCCTG 
CAGAAGGTCA GTAAAGAATT GGCAGATTGG TATTTCCAGG ATGGCCATGC AGTGCTTGCA 
GCGTGTTGTC ATCTAGCTGT TGAAAATATA GAGCTTGCGA TGGCAAACCT GATTCGTGGA 
AATGAACTGG AGCTGGCAAT CAGTGTGGGT ACTGTCTTGG GAGAAAGTGC AGCCCAAGCA 
ACACATTATG CCCTAGAATT ACTAGCAAGA AAATGTATGG CAGTAATAAC ATGCTTCCCA 
TCACTTGGAT ACAGGGATGT AGCAGTTGAT CTTCTTATGA TGATTCCTGA TAATAAACTG 
CAGTTAGTAA AACTATGTGC TTTTTATCCT GGATGCATAG CAGAAATAAA TGACCTGCAT 
GAAAAGTGTA ATCTTCCTGA TGTGGAAGAA TGTATGCGAG TGGCAGAGAC AATGCAGGCA 
GATGGGGATG TATTTGAAAC AATAAAGTAC TATCTGTTAA GCACAGAACC TGAAAAGGCT 
CTCACTGTTG GCATTCAGTA TGTGAAAGAA CAACTGTGTG GCTCAGATTG GAGTTTAGAT 
TCAGTCTTTC CATATCTTGA TCTTTTAAGT TACATACGGA CTGAACAGTT AATGTTGCCT 
AAGTGTAGTG AATTTCGGAA TGAGTTGCTG ATTTTGTGTG GTTACATTGG TGCTTTATTT 
GCTATCAGAA GACAGTACAA TAGCATTGTA CCTGCACTCT ATGAGTATAC AAGTCAGCTT 
TTAAAAAGAC GGGAAGTATC TGTACCTTTG AAAATTGAAC AGCTTTCTGA GGAATTAGAT 
GCATGGAGAG CTTGCACACA ATCAAACAAG CCTATGGATG AGTTGCCATG CACCCCGCCC 
TCTGAATCAC AGAGAGCGCT GTATTCAGTA CTTGTCTCGC GAATTCAGGA GGAGCCTCTG 
AAAGGAATGG TCGGGCCAGA CTGTGTCACT GGATCAAATC TTCCTAGTCA TTCAGATGTT 
CATACCTCTT GTTTGACAGG GCTAAAGATC CAGGGTCCTG TGTTCTTCCT TGAAGATGGA 
AAATCTGCAA TTTCACTGAA TGATGCTTTG ATGTGGGCCA AAGTGAATCC TTTTTCACCA 
TTAGGAACAG GAATACGACT TAACCCATTT TGA

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

WDR17 ( XM_030271314.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127174.1 Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OTd44545
Clone ID Related Accession (Same CDS sequence)	XM_030271313.1 , XM_030271314.1 , XM_030271315.1
Accession Version	XM_030271314.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3873bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	WD repeat-containing protein 17 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 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##

ATGTCACATG TGAAACAAGT GGGACTTTTA GCTGCTGGAT GTCAGCCATG GAACAAGGAT 
ATATGTGCTG CTAGTGGGGA CAGATTTGCC TACTGTGCTA CCCTTGCTGT TTATATTTAT 
CAGCTGGATC ACCGATACAA TGAATTCAAG CTCCATGCCA TTATGTCTGA GCACAAGAAG 
ACAATCACAG CCATATCTTG GTGTCCCCAC AACCCTGACG TGTTTGCAAG TGCCAGTGCA 
GATAGTTTAG TGATCATCTG GAATGTGAAT GAACAGAAAG TTGTGGCCAA GCTGGACAAT 
ACAAAAGGAA TTCCTGCATC CCTTGGCTGG TGCTGGAGTG CAGGTGATGC AGTTGCATTT 
GTGTCCCACA GAGGTCCACT GTACATTTGG ACTATCTCAG GACCTGACAG CGGGGTAACT 
GTGCATAGGG AAGCACATAG TTTCTTGTCA GATATCAGTC TGTTTAGATG GCATCCGAAG 
AAAAAAGGAA AGGTAGTATT TGGACATACT GATGGAAGCC TATCTATTTT TCAACCAGGT 
TCTAAAAATC AGAAACACAT CTTAAGACCA GAGTCTCTTG AAGGAACAGA TGAAGAGGAT 
CCAGTTACAG CTCTGGAGTG GGACCCTTTG TCAACTGATT ACCTTCTTGT TGCTAATTTA 
CATAATGGTA TTCGACTAGT TGATTCTGAA TCTCTGTCCT GTATCACAAC TTTTAGTTTT 
CCCAGTGCAG CAGCATCTGT TCAGTGTTTA GCCTGGGTTT CTAGTGCACC TGGAATGTTT 
ATAACTGGAG ATTCTCAGGT TGGTGTGTTA CGTGTTTGGA ATGTTTCACG TACAACACCT 
ATAGATAATG TTAAATTGAA GCAAACTGGT TTCCATGGCT TGCATGTGCT AAGTTCTCCT 
CCAAAAAAAA AGTCATGTTC ATCACAGTAT CCTACTAAAA ATCACCATAC ATCGTCAACA 
AGTGAGGCTG TTCCTCCTCC AACTTTAACC CAAAACCAAG CATTTTCTCT TCCTCCTGGT 
CATACCGTCT GTTGCTTCAT GGATGGTGGA GTGGGGCTTT ACGACATGGG AGCAAAAAAG 
TGGGATTTCC TTAGAGATTT GGGACATGTT GAGACCATCT TTGATTGCAA ATTCAAACCT 
GATAACCCTG ATCTTCTTGC TACAGCTTCA TTTGATGGCA CAATAAAAGT TTGGGACATA 
AATACTTTAT CAGCGGTTTA TACATCTCCT GGTAATGAGG GGGTTATTTA TTCCATTTCT 
TGGGCTCCAG GAAATTTGAA CTGCATAGCA GGTGGAACTT CCAGAAATGG TGGCTTTATC 
TGGGATATAC AAAAAGGAAA ACTGATAACC AGATTCAGTG AGCATGGAAA GAATGGAATC 
TTCTGCATTG CCTGGAGTCA TAAAGATTCC AAAAGAATAG CAACCTGCAG CAGTGATGGA 
TTTTGTATTA TTCGAACCAT TGATGGCAAT GTTCTTCACA AGTACAAACA TCCAGCTGCA 
GTGTTTGGCT GTGATTGGAG TCAAAACAAC AAAGATATGA TAGCTACTGG TTGTGAGGAT 
AAAAATGTTC GTGTTTACTA CTTGGCAACC AGCTCTGATC AGCCACTGAA AGTTTTTACT 
GGACATACTG CAAAGGTGTT TCATGTACGG TGGTCTCCTC TCAGAGAAGG AATTCTCTGC 
AGTGGCTCTG ATGATGGTAC CGTTCGGATA TGGGATTATA CACAAGATGC TTGTATAAAT 
GTTCTTAGTG GACATACCGC TCCAGTACGG GGACTGATGT GGAATCCTGA AATCCCTTAT 
CTTCTAATAT CTGGCAGCTG GGACTATACA ATCCGAGTCT GGGACACAAG AGATGGAACA 
TGTTTAGACA CAGTTTATGA TCATGGTGCA GATGTATATG GATTAACGTG TCATCCTAGT 
CGTCCATTTA CTATGGCATC TTGCTCTCGT GATTCCACTG TGAGACTCTG GTCATTGACA 
CCTCTTATAA ACCCTCTACA AATAAATATC TTAACAGACA GATGTTGGGA TGATATTATT 
GGCAATACAG ATCGTGCTGT GGAGTCTGGA GCTCCTCCTT TGCTGTGTGG TAAAGTTTCC 
AGGGATATTA AACAAGAATT GGAAAAATTG TCAGGAAGTC CTCAAGGAAA AAAACTAAGG 
TGGTTTTCAG AATTTTTTTC ACCTCCAGGA GGCAGCAAAA ATTTATGGGA TTTGGTTGCT 
GTAATAAAGG GACAGGATGA CAGTTTGCTT CCACAAAACT ACTGCAAAGG AATTATGCAT 
ATGAAACACC TCGTTAGATT TAGACTGTCC AAGGCACAAG AACTGACAAC AGTAAAGATG 
TCTAAATTTG GAGGTGGTAT TGGTGCACCA AGCAAAGAGG AAAGACTCAA AGAAGCTGCA 
GAAATACATT TAAGATTAGG ACAAATTCAG CGATATTGTG AGCTAATGGT AGAACTTGGA 
GAGTGGGACA AAGCTCTCTC AGTTGCACCT GGAGTGTCAA TGAAATACTG GAGGAAGTTA 
ATGCAAAGGA GAGCTGATCA GTTAATTCAG GAAGAAAATG ATGATGTCAT TCCATACTGT 
ATAGCTGTTG GAGATGTGAA GAAACTGGTT TCTTTCTTTA CTTCAAGAGG TCAGCTTAAA 
GAGGCTCTAC TTGTTGCACA GGCAGCCTGT GAAGGAAATA TCCAGATGTT ACCACTCTCC 
ACAACAAGTG GAACTTCAAA TTCTGATGGA AACAATACAG ATGATTATAA TGATCTCCTG 
CAGAAGGTCA GTAAAGAATT GGCAGATTGG TATTTCCAGG ATGGCCATGC AGTGCTTGCA 
GCGTGTTGTC ATCTAGCTGT TGAAAATATA GAGCTTGCGA TGGCAAACCT GATTCGTGGA 
AATGAACTGG AGCTGGCAAT CAGTGTGGGT ACTGTCTTGG GAGAAAGTGC AGCCCAAGCA 
ACACATTATG CCCTAGAATT ACTAGCAAGA AAATGTATGG CAGTAATAAC ATGCTTCCCA 
TCACTTGGAT ACAGGGATGT AGCAGTTGAT CTTCTTATGA TGATTCCTGA TAATAAACTG 
CAGTTAGTAA AACTATGTGC TTTTTATCCT GGATGCATAG CAGAAATAAA TGACCTGCAT 
GAAAAGTGTA ATCTTCCTGA TGTGGAAGAA TGTATGCGAG TGGCAGAGAC AATGCAGGCA 
GATGGGGATG TATTTGAAAC AATAAAGTAC TATCTGTTAA GCACAGAACC TGAAAAGGCT 
CTCACTGTTG GCATTCAGTA TGTGAAAGAA CAACTGTGTG GCTCAGATTG GAGTTTAGAT 
TCAGTCTTTC CATATCTTGA TCTTTTAAGT TACATACGGA CTGAACAGTT AATGTTGCCT 
AAGTGTAGTG AATTTCGGAA TGAGTTGCTG ATTTTGTGTG GTTACATTGG TGCTTTATTT 
GCTATCAGAA GACAGTACAA TAGCATTGTA CCTGCACTCT ATGAGTATAC AAGTCAGCTT 
TTAAAAAGAC GGGAAGTATC TGTACCTTTG AAAATTGAAC AGCTTTCTGA GGAATTAGAT 
GCATGGAGAG CTTGCACACA ATCAAACAAG CCTATGGATG AGTTGCCATG CACCCCGCCC 
TCTGAATCAC AGAGAGCGCT GTATTCAGTA CTTGTCTCGC GAATTCAGGA GGAGCCTCTG 
AAAGGAATGG TCGGGCCAGA CTGTGTCACT GGATCAAATC TTCCTAGTCA TTCAGATGTT 
CATACCTCTT GTTTGACAGG GCTAAAGATC CAGGGTCCTG TGTTCTTCCT TGAAGATGGA 
AAATCTGCAA TTTCACTGAA TGATGCTTTG ATGTGGGCCA AAGTGAATCC TTTTTCACCA 
TTAGGAACAG GAATACGACT TAACCCATTT TGA

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

RefSeq	XP_030127174.1
CDS	76..3948
Translation	MSHVKQVGLLAAGCQPWNKDICAASGDRFAYCATLAVYIYQLDHRYNEFKLHAIMSEHKKTITAISWCPHNPDVFASASADSLVIIWNVNEQKVVAKLDNTKGIPASLGWCWSAGDAVAFVSHRGPLYIWTISGPDSGVTVHREAHSFLSDISLFRWHPKKKGKVVFGHTDGSLSIFQPGSKNQKHILRPESLEGTDEEDPVTALEWDPLSTDYLLVANLHNGIRLVDSESLSCITTFSFPSAAASVQCLAWVSSAPGMFITGDSQVGVLRVWNVSRTTPIDNVKLKQTGFHGLHVLSSPPKKKSCSSQYPTKNHHTSSTSEAVPPPTLTQNQAFSLPPGHTVCCFMDGGVGLYDMGAKKWDFLRDLGHVETIFDCKFKPDNPDLLATASFDGTIKVWDINTLSAVYTSPGNEGVIYSISWAPGNLNCIAGGTSRNGGFIWDIQKGKLITRFSEHGKNGIFCIAWSHKDSKRIATCSSDGFCIIRTIDGNVLHKYKHPAAVFGCDWSQNNKDMIATGCEDKNVRVYYLATSSDQPLKVFTGHTAKVFHVRWSPLREGILCSGSDDGTVRIWDYTQDACINVLSGHTAPVRGLMWNPEIPYLLISGSWDYTIRVWDTRDGTCLDTVYDHGADVYGLTCHPSRPFTMASCSRDSTVRLWSLTPLINPLQINILTDRCWDDIIGNTDRAVESGAPPLLCGKVSRDIKQELEKLSGSPQGKKLRWFSEFFSPPGGSKNLWDLVAVIKGQDDSLLPQNYCKGIMHMKHLVRFRLSKAQELTTVKMSKFGGGIGAPSKEERLKEAAEIHLRLGQIQRYCELMVELGEWDKALSVAPGVSMKYWRKLMQRRADQLIQEENDDVIPYCIAVGDVKKLVSFFTSRGQLKEALLVAQAACEGNIQMLPLSTTSGTSNSDGNNTDDYNDLLQKVSKELADWYFQDGHAVLAACCHLAVENIELAMANLIRGNELELAISVGTVLGESAAQATHYALELLARKCMAVITCFPSLGYRDVAVDLLMMIPDNKLQLVKLCAFYPGCIAEINDLHEKCNLPDVEECMRVAETMQADGDVFETIKYYLLSTEPEKALTVGIQYVKEQLCGSDWSLDSVFPYLDLLSYIRTEQLMLPKCSEFRNELLILCGYIGALFAIRRQYNSIVPALYEYTSQLLKRREVSVPLKIEQLSEELDAWRACTQSNKPMDELPCTPPSESQRALYSVLVSRIQEEPLKGMVGPDCVTGSNLPSHSDVHTSCLTGLKIQGPVFFLEDGKSAISLNDALMWAKVNPFSPLGTGIRLNPF

Target ORF information:

RefSeq Version	XM_030271314.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X4, mRNA.

Target ORF information:

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

XM_030271314.1

ORF Insert Sequence:

ATGTCACATG TGAAACAAGT GGGACTTTTA GCTGCTGGAT GTCAGCCATG GAACAAGGAT 
ATATGTGCTG CTAGTGGGGA CAGATTTGCC TACTGTGCTA CCCTTGCTGT TTATATTTAT 
CAGCTGGATC ACCGATACAA TGAATTCAAG CTCCATGCCA TTATGTCTGA GCACAAGAAG 
ACAATCACAG CCATATCTTG GTGTCCCCAC AACCCTGACG TGTTTGCAAG TGCCAGTGCA 
GATAGTTTAG TGATCATCTG GAATGTGAAT GAACAGAAAG TTGTGGCCAA GCTGGACAAT 
ACAAAAGGAA TTCCTGCATC CCTTGGCTGG TGCTGGAGTG CAGGTGATGC AGTTGCATTT 
GTGTCCCACA GAGGTCCACT GTACATTTGG ACTATCTCAG GACCTGACAG CGGGGTAACT 
GTGCATAGGG AAGCACATAG TTTCTTGTCA GATATCAGTC TGTTTAGATG GCATCCGAAG 
AAAAAAGGAA AGGTAGTATT TGGACATACT GATGGAAGCC TATCTATTTT TCAACCAGGT 
TCTAAAAATC AGAAACACAT CTTAAGACCA GAGTCTCTTG AAGGAACAGA TGAAGAGGAT 
CCAGTTACAG CTCTGGAGTG GGACCCTTTG TCAACTGATT ACCTTCTTGT TGCTAATTTA 
CATAATGGTA TTCGACTAGT TGATTCTGAA TCTCTGTCCT GTATCACAAC TTTTAGTTTT 
CCCAGTGCAG CAGCATCTGT TCAGTGTTTA GCCTGGGTTT CTAGTGCACC TGGAATGTTT 
ATAACTGGAG ATTCTCAGGT TGGTGTGTTA CGTGTTTGGA ATGTTTCACG TACAACACCT 
ATAGATAATG TTAAATTGAA GCAAACTGGT TTCCATGGCT TGCATGTGCT AAGTTCTCCT 
CCAAAAAAAA AGTCATGTTC ATCACAGTAT CCTACTAAAA ATCACCATAC ATCGTCAACA 
AGTGAGGCTG TTCCTCCTCC AACTTTAACC CAAAACCAAG CATTTTCTCT TCCTCCTGGT 
CATACCGTCT GTTGCTTCAT GGATGGTGGA GTGGGGCTTT ACGACATGGG AGCAAAAAAG 
TGGGATTTCC TTAGAGATTT GGGACATGTT GAGACCATCT TTGATTGCAA ATTCAAACCT 
GATAACCCTG ATCTTCTTGC TACAGCTTCA TTTGATGGCA CAATAAAAGT TTGGGACATA 
AATACTTTAT CAGCGGTTTA TACATCTCCT GGTAATGAGG GGGTTATTTA TTCCATTTCT 
TGGGCTCCAG GAAATTTGAA CTGCATAGCA GGTGGAACTT CCAGAAATGG TGGCTTTATC 
TGGGATATAC AAAAAGGAAA ACTGATAACC AGATTCAGTG AGCATGGAAA GAATGGAATC 
TTCTGCATTG CCTGGAGTCA TAAAGATTCC AAAAGAATAG CAACCTGCAG CAGTGATGGA 
TTTTGTATTA TTCGAACCAT TGATGGCAAT GTTCTTCACA AGTACAAACA TCCAGCTGCA 
GTGTTTGGCT GTGATTGGAG TCAAAACAAC AAAGATATGA TAGCTACTGG TTGTGAGGAT 
AAAAATGTTC GTGTTTACTA CTTGGCAACC AGCTCTGATC AGCCACTGAA AGTTTTTACT 
GGACATACTG CAAAGGTGTT TCATGTACGG TGGTCTCCTC TCAGAGAAGG AATTCTCTGC 
AGTGGCTCTG ATGATGGTAC CGTTCGGATA TGGGATTATA CACAAGATGC TTGTATAAAT 
GTTCTTAGTG GACATACCGC TCCAGTACGG GGACTGATGT GGAATCCTGA AATCCCTTAT 
CTTCTAATAT CTGGCAGCTG GGACTATACA ATCCGAGTCT GGGACACAAG AGATGGAACA 
TGTTTAGACA CAGTTTATGA TCATGGTGCA GATGTATATG GATTAACGTG TCATCCTAGT 
CGTCCATTTA CTATGGCATC TTGCTCTCGT GATTCCACTG TGAGACTCTG GTCATTGACA 
CCTCTTATAA ACCCTCTACA AATAAATATC TTAACAGACA GATGTTGGGA TGATATTATT 
GGCAATACAG ATCGTGCTGT GGAGTCTGGA GCTCCTCCTT TGCTGTGTGG TAAAGTTTCC 
AGGGATATTA AACAAGAATT GGAAAAATTG TCAGGAAGTC CTCAAGGAAA AAAACTAAGG 
TGGTTTTCAG AATTTTTTTC ACCTCCAGGA GGCAGCAAAA ATTTATGGGA TTTGGTTGCT 
GTAATAAAGG GACAGGATGA CAGTTTGCTT CCACAAAACT ACTGCAAAGG AATTATGCAT 
ATGAAACACC TCGTTAGATT TAGACTGTCC AAGGCACAAG AACTGACAAC AGTAAAGATG 
TCTAAATTTG GAGGTGGTAT TGGTGCACCA AGCAAAGAGG AAAGACTCAA AGAAGCTGCA 
GAAATACATT TAAGATTAGG ACAAATTCAG CGATATTGTG AGCTAATGGT AGAACTTGGA 
GAGTGGGACA AAGCTCTCTC AGTTGCACCT GGAGTGTCAA TGAAATACTG GAGGAAGTTA 
ATGCAAAGGA GAGCTGATCA GTTAATTCAG GAAGAAAATG ATGATGTCAT TCCATACTGT 
ATAGCTGTTG GAGATGTGAA GAAACTGGTT TCTTTCTTTA CTTCAAGAGG TCAGCTTAAA 
GAGGCTCTAC TTGTTGCACA GGCAGCCTGT GAAGGAAATA TCCAGATGTT ACCACTCTCC 
ACAACAAGTG GAACTTCAAA TTCTGATGGA AACAATACAG ATGATTATAA TGATCTCCTG 
CAGAAGGTCA GTAAAGAATT GGCAGATTGG TATTTCCAGG ATGGCCATGC AGTGCTTGCA 
GCGTGTTGTC ATCTAGCTGT TGAAAATATA GAGCTTGCGA TGGCAAACCT GATTCGTGGA 
AATGAACTGG AGCTGGCAAT CAGTGTGGGT ACTGTCTTGG GAGAAAGTGC AGCCCAAGCA 
ACACATTATG CCCTAGAATT ACTAGCAAGA AAATGTATGG CAGTAATAAC ATGCTTCCCA 
TCACTTGGAT ACAGGGATGT AGCAGTTGAT CTTCTTATGA TGATTCCTGA TAATAAACTG 
CAGTTAGTAA AACTATGTGC TTTTTATCCT GGATGCATAG CAGAAATAAA TGACCTGCAT 
GAAAAGTGTA ATCTTCCTGA TGTGGAAGAA TGTATGCGAG TGGCAGAGAC AATGCAGGCA 
GATGGGGATG TATTTGAAAC AATAAAGTAC TATCTGTTAA GCACAGAACC TGAAAAGGCT 
CTCACTGTTG GCATTCAGTA TGTGAAAGAA CAACTGTGTG GCTCAGATTG GAGTTTAGAT 
TCAGTCTTTC CATATCTTGA TCTTTTAAGT TACATACGGA CTGAACAGTT AATGTTGCCT 
AAGTGTAGTG AATTTCGGAA TGAGTTGCTG ATTTTGTGTG GTTACATTGG TGCTTTATTT 
GCTATCAGAA GACAGTACAA TAGCATTGTA CCTGCACTCT ATGAGTATAC AAGTCAGCTT 
TTAAAAAGAC GGGAAGTATC TGTACCTTTG AAAATTGAAC AGCTTTCTGA GGAATTAGAT 
GCATGGAGAG CTTGCACACA ATCAAACAAG CCTATGGATG AGTTGCCATG CACCCCGCCC 
TCTGAATCAC AGAGAGCGCT GTATTCAGTA CTTGTCTCGC GAATTCAGGA GGAGCCTCTG 
AAAGGAATGG TCGGGCCAGA CTGTGTCACT GGATCAAATC TTCCTAGTCA TTCAGATGTT 
CATACCTCTT GTTTGACAGG GCTAAAGATC CAGGGTCCTG TGTTCTTCCT TGAAGATGGA 
AAATCTGCAA TTTCACTGAA TGATGCTTTG ATGTGGGCCA AAGTGAATCC TTTTTCACCA 
TTAGGAACAG GAATACGACT TAACCCATTT TGA

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

WDR17 ( XM_030271315.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127175.1 Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X5, mRNA.

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CloneID	OTd44545
Clone ID Related Accession (Same CDS sequence)	XM_030271313.1 , XM_030271314.1 , XM_030271315.1
Accession Version	XM_030271315.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3873bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	WD repeat-containing protein 17 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 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##

ATGTCACATG TGAAACAAGT GGGACTTTTA GCTGCTGGAT GTCAGCCATG GAACAAGGAT 
ATATGTGCTG CTAGTGGGGA CAGATTTGCC TACTGTGCTA CCCTTGCTGT TTATATTTAT 
CAGCTGGATC ACCGATACAA TGAATTCAAG CTCCATGCCA TTATGTCTGA GCACAAGAAG 
ACAATCACAG CCATATCTTG GTGTCCCCAC AACCCTGACG TGTTTGCAAG TGCCAGTGCA 
GATAGTTTAG TGATCATCTG GAATGTGAAT GAACAGAAAG TTGTGGCCAA GCTGGACAAT 
ACAAAAGGAA TTCCTGCATC CCTTGGCTGG TGCTGGAGTG CAGGTGATGC AGTTGCATTT 
GTGTCCCACA GAGGTCCACT GTACATTTGG ACTATCTCAG GACCTGACAG CGGGGTAACT 
GTGCATAGGG AAGCACATAG TTTCTTGTCA GATATCAGTC TGTTTAGATG GCATCCGAAG 
AAAAAAGGAA AGGTAGTATT TGGACATACT GATGGAAGCC TATCTATTTT TCAACCAGGT 
TCTAAAAATC AGAAACACAT CTTAAGACCA GAGTCTCTTG AAGGAACAGA TGAAGAGGAT 
CCAGTTACAG CTCTGGAGTG GGACCCTTTG TCAACTGATT ACCTTCTTGT TGCTAATTTA 
CATAATGGTA TTCGACTAGT TGATTCTGAA TCTCTGTCCT GTATCACAAC TTTTAGTTTT 
CCCAGTGCAG CAGCATCTGT TCAGTGTTTA GCCTGGGTTT CTAGTGCACC TGGAATGTTT 
ATAACTGGAG ATTCTCAGGT TGGTGTGTTA CGTGTTTGGA ATGTTTCACG TACAACACCT 
ATAGATAATG TTAAATTGAA GCAAACTGGT TTCCATGGCT TGCATGTGCT AAGTTCTCCT 
CCAAAAAAAA AGTCATGTTC ATCACAGTAT CCTACTAAAA ATCACCATAC ATCGTCAACA 
AGTGAGGCTG TTCCTCCTCC AACTTTAACC CAAAACCAAG CATTTTCTCT TCCTCCTGGT 
CATACCGTCT GTTGCTTCAT GGATGGTGGA GTGGGGCTTT ACGACATGGG AGCAAAAAAG 
TGGGATTTCC TTAGAGATTT GGGACATGTT GAGACCATCT TTGATTGCAA ATTCAAACCT 
GATAACCCTG ATCTTCTTGC TACAGCTTCA TTTGATGGCA CAATAAAAGT TTGGGACATA 
AATACTTTAT CAGCGGTTTA TACATCTCCT GGTAATGAGG GGGTTATTTA TTCCATTTCT 
TGGGCTCCAG GAAATTTGAA CTGCATAGCA GGTGGAACTT CCAGAAATGG TGGCTTTATC 
TGGGATATAC AAAAAGGAAA ACTGATAACC AGATTCAGTG AGCATGGAAA GAATGGAATC 
TTCTGCATTG CCTGGAGTCA TAAAGATTCC AAAAGAATAG CAACCTGCAG CAGTGATGGA 
TTTTGTATTA TTCGAACCAT TGATGGCAAT GTTCTTCACA AGTACAAACA TCCAGCTGCA 
GTGTTTGGCT GTGATTGGAG TCAAAACAAC AAAGATATGA TAGCTACTGG TTGTGAGGAT 
AAAAATGTTC GTGTTTACTA CTTGGCAACC AGCTCTGATC AGCCACTGAA AGTTTTTACT 
GGACATACTG CAAAGGTGTT TCATGTACGG TGGTCTCCTC TCAGAGAAGG AATTCTCTGC 
AGTGGCTCTG ATGATGGTAC CGTTCGGATA TGGGATTATA CACAAGATGC TTGTATAAAT 
GTTCTTAGTG GACATACCGC TCCAGTACGG GGACTGATGT GGAATCCTGA AATCCCTTAT 
CTTCTAATAT CTGGCAGCTG GGACTATACA ATCCGAGTCT GGGACACAAG AGATGGAACA 
TGTTTAGACA CAGTTTATGA TCATGGTGCA GATGTATATG GATTAACGTG TCATCCTAGT 
CGTCCATTTA CTATGGCATC TTGCTCTCGT GATTCCACTG TGAGACTCTG GTCATTGACA 
CCTCTTATAA ACCCTCTACA AATAAATATC TTAACAGACA GATGTTGGGA TGATATTATT 
GGCAATACAG ATCGTGCTGT GGAGTCTGGA GCTCCTCCTT TGCTGTGTGG TAAAGTTTCC 
AGGGATATTA AACAAGAATT GGAAAAATTG TCAGGAAGTC CTCAAGGAAA AAAACTAAGG 
TGGTTTTCAG AATTTTTTTC ACCTCCAGGA GGCAGCAAAA ATTTATGGGA TTTGGTTGCT 
GTAATAAAGG GACAGGATGA CAGTTTGCTT CCACAAAACT ACTGCAAAGG AATTATGCAT 
ATGAAACACC TCGTTAGATT TAGACTGTCC AAGGCACAAG AACTGACAAC AGTAAAGATG 
TCTAAATTTG GAGGTGGTAT TGGTGCACCA AGCAAAGAGG AAAGACTCAA AGAAGCTGCA 
GAAATACATT TAAGATTAGG ACAAATTCAG CGATATTGTG AGCTAATGGT AGAACTTGGA 
GAGTGGGACA AAGCTCTCTC AGTTGCACCT GGAGTGTCAA TGAAATACTG GAGGAAGTTA 
ATGCAAAGGA GAGCTGATCA GTTAATTCAG GAAGAAAATG ATGATGTCAT TCCATACTGT 
ATAGCTGTTG GAGATGTGAA GAAACTGGTT TCTTTCTTTA CTTCAAGAGG TCAGCTTAAA 
GAGGCTCTAC TTGTTGCACA GGCAGCCTGT GAAGGAAATA TCCAGATGTT ACCACTCTCC 
ACAACAAGTG GAACTTCAAA TTCTGATGGA AACAATACAG ATGATTATAA TGATCTCCTG 
CAGAAGGTCA GTAAAGAATT GGCAGATTGG TATTTCCAGG ATGGCCATGC AGTGCTTGCA 
GCGTGTTGTC ATCTAGCTGT TGAAAATATA GAGCTTGCGA TGGCAAACCT GATTCGTGGA 
AATGAACTGG AGCTGGCAAT CAGTGTGGGT ACTGTCTTGG GAGAAAGTGC AGCCCAAGCA 
ACACATTATG CCCTAGAATT ACTAGCAAGA AAATGTATGG CAGTAATAAC ATGCTTCCCA 
TCACTTGGAT ACAGGGATGT AGCAGTTGAT CTTCTTATGA TGATTCCTGA TAATAAACTG 
CAGTTAGTAA AACTATGTGC TTTTTATCCT GGATGCATAG CAGAAATAAA TGACCTGCAT 
GAAAAGTGTA ATCTTCCTGA TGTGGAAGAA TGTATGCGAG TGGCAGAGAC AATGCAGGCA 
GATGGGGATG TATTTGAAAC AATAAAGTAC TATCTGTTAA GCACAGAACC TGAAAAGGCT 
CTCACTGTTG GCATTCAGTA TGTGAAAGAA CAACTGTGTG GCTCAGATTG GAGTTTAGAT 
TCAGTCTTTC CATATCTTGA TCTTTTAAGT TACATACGGA CTGAACAGTT AATGTTGCCT 
AAGTGTAGTG AATTTCGGAA TGAGTTGCTG ATTTTGTGTG GTTACATTGG TGCTTTATTT 
GCTATCAGAA GACAGTACAA TAGCATTGTA CCTGCACTCT ATGAGTATAC AAGTCAGCTT 
TTAAAAAGAC GGGAAGTATC TGTACCTTTG AAAATTGAAC AGCTTTCTGA GGAATTAGAT 
GCATGGAGAG CTTGCACACA ATCAAACAAG CCTATGGATG AGTTGCCATG CACCCCGCCC 
TCTGAATCAC AGAGAGCGCT GTATTCAGTA CTTGTCTCGC GAATTCAGGA GGAGCCTCTG 
AAAGGAATGG TCGGGCCAGA CTGTGTCACT GGATCAAATC TTCCTAGTCA TTCAGATGTT 
CATACCTCTT GTTTGACAGG GCTAAAGATC CAGGGTCCTG TGTTCTTCCT TGAAGATGGA 
AAATCTGCAA TTTCACTGAA TGATGCTTTG ATGTGGGCCA AAGTGAATCC TTTTTCACCA 
TTAGGAACAG GAATACGACT TAACCCATTT TGA

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

RefSeq	XP_030127175.1
CDS	141..4013
Translation	MSHVKQVGLLAAGCQPWNKDICAASGDRFAYCATLAVYIYQLDHRYNEFKLHAIMSEHKKTITAISWCPHNPDVFASASADSLVIIWNVNEQKVVAKLDNTKGIPASLGWCWSAGDAVAFVSHRGPLYIWTISGPDSGVTVHREAHSFLSDISLFRWHPKKKGKVVFGHTDGSLSIFQPGSKNQKHILRPESLEGTDEEDPVTALEWDPLSTDYLLVANLHNGIRLVDSESLSCITTFSFPSAAASVQCLAWVSSAPGMFITGDSQVGVLRVWNVSRTTPIDNVKLKQTGFHGLHVLSSPPKKKSCSSQYPTKNHHTSSTSEAVPPPTLTQNQAFSLPPGHTVCCFMDGGVGLYDMGAKKWDFLRDLGHVETIFDCKFKPDNPDLLATASFDGTIKVWDINTLSAVYTSPGNEGVIYSISWAPGNLNCIAGGTSRNGGFIWDIQKGKLITRFSEHGKNGIFCIAWSHKDSKRIATCSSDGFCIIRTIDGNVLHKYKHPAAVFGCDWSQNNKDMIATGCEDKNVRVYYLATSSDQPLKVFTGHTAKVFHVRWSPLREGILCSGSDDGTVRIWDYTQDACINVLSGHTAPVRGLMWNPEIPYLLISGSWDYTIRVWDTRDGTCLDTVYDHGADVYGLTCHPSRPFTMASCSRDSTVRLWSLTPLINPLQINILTDRCWDDIIGNTDRAVESGAPPLLCGKVSRDIKQELEKLSGSPQGKKLRWFSEFFSPPGGSKNLWDLVAVIKGQDDSLLPQNYCKGIMHMKHLVRFRLSKAQELTTVKMSKFGGGIGAPSKEERLKEAAEIHLRLGQIQRYCELMVELGEWDKALSVAPGVSMKYWRKLMQRRADQLIQEENDDVIPYCIAVGDVKKLVSFFTSRGQLKEALLVAQAACEGNIQMLPLSTTSGTSNSDGNNTDDYNDLLQKVSKELADWYFQDGHAVLAACCHLAVENIELAMANLIRGNELELAISVGTVLGESAAQATHYALELLARKCMAVITCFPSLGYRDVAVDLLMMIPDNKLQLVKLCAFYPGCIAEINDLHEKCNLPDVEECMRVAETMQADGDVFETIKYYLLSTEPEKALTVGIQYVKEQLCGSDWSLDSVFPYLDLLSYIRTEQLMLPKCSEFRNELLILCGYIGALFAIRRQYNSIVPALYEYTSQLLKRREVSVPLKIEQLSEELDAWRACTQSNKPMDELPCTPPSESQRALYSVLVSRIQEEPLKGMVGPDCVTGSNLPSHSDVHTSCLTGLKIQGPVFFLEDGKSAISLNDALMWAKVNPFSPLGTGIRLNPF

Target ORF information:

RefSeq Version	XM_030271315.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X5, mRNA.

Target ORF information:

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

XM_030271315.1

ORF Insert Sequence:

ATGTCACATG TGAAACAAGT GGGACTTTTA GCTGCTGGAT GTCAGCCATG GAACAAGGAT 
ATATGTGCTG CTAGTGGGGA CAGATTTGCC TACTGTGCTA CCCTTGCTGT TTATATTTAT 
CAGCTGGATC ACCGATACAA TGAATTCAAG CTCCATGCCA TTATGTCTGA GCACAAGAAG 
ACAATCACAG CCATATCTTG GTGTCCCCAC AACCCTGACG TGTTTGCAAG TGCCAGTGCA 
GATAGTTTAG TGATCATCTG GAATGTGAAT GAACAGAAAG TTGTGGCCAA GCTGGACAAT 
ACAAAAGGAA TTCCTGCATC CCTTGGCTGG TGCTGGAGTG CAGGTGATGC AGTTGCATTT 
GTGTCCCACA GAGGTCCACT GTACATTTGG ACTATCTCAG GACCTGACAG CGGGGTAACT 
GTGCATAGGG AAGCACATAG TTTCTTGTCA GATATCAGTC TGTTTAGATG GCATCCGAAG 
AAAAAAGGAA AGGTAGTATT TGGACATACT GATGGAAGCC TATCTATTTT TCAACCAGGT 
TCTAAAAATC AGAAACACAT CTTAAGACCA GAGTCTCTTG AAGGAACAGA TGAAGAGGAT 
CCAGTTACAG CTCTGGAGTG GGACCCTTTG TCAACTGATT ACCTTCTTGT TGCTAATTTA 
CATAATGGTA TTCGACTAGT TGATTCTGAA TCTCTGTCCT GTATCACAAC TTTTAGTTTT 
CCCAGTGCAG CAGCATCTGT TCAGTGTTTA GCCTGGGTTT CTAGTGCACC TGGAATGTTT 
ATAACTGGAG ATTCTCAGGT TGGTGTGTTA CGTGTTTGGA ATGTTTCACG TACAACACCT 
ATAGATAATG TTAAATTGAA GCAAACTGGT TTCCATGGCT TGCATGTGCT AAGTTCTCCT 
CCAAAAAAAA AGTCATGTTC ATCACAGTAT CCTACTAAAA ATCACCATAC ATCGTCAACA 
AGTGAGGCTG TTCCTCCTCC AACTTTAACC CAAAACCAAG CATTTTCTCT TCCTCCTGGT 
CATACCGTCT GTTGCTTCAT GGATGGTGGA GTGGGGCTTT ACGACATGGG AGCAAAAAAG 
TGGGATTTCC TTAGAGATTT GGGACATGTT GAGACCATCT TTGATTGCAA ATTCAAACCT 
GATAACCCTG ATCTTCTTGC TACAGCTTCA TTTGATGGCA CAATAAAAGT TTGGGACATA 
AATACTTTAT CAGCGGTTTA TACATCTCCT GGTAATGAGG GGGTTATTTA TTCCATTTCT 
TGGGCTCCAG GAAATTTGAA CTGCATAGCA GGTGGAACTT CCAGAAATGG TGGCTTTATC 
TGGGATATAC AAAAAGGAAA ACTGATAACC AGATTCAGTG AGCATGGAAA GAATGGAATC 
TTCTGCATTG CCTGGAGTCA TAAAGATTCC AAAAGAATAG CAACCTGCAG CAGTGATGGA 
TTTTGTATTA TTCGAACCAT TGATGGCAAT GTTCTTCACA AGTACAAACA TCCAGCTGCA 
GTGTTTGGCT GTGATTGGAG TCAAAACAAC AAAGATATGA TAGCTACTGG TTGTGAGGAT 
AAAAATGTTC GTGTTTACTA CTTGGCAACC AGCTCTGATC AGCCACTGAA AGTTTTTACT 
GGACATACTG CAAAGGTGTT TCATGTACGG TGGTCTCCTC TCAGAGAAGG AATTCTCTGC 
AGTGGCTCTG ATGATGGTAC CGTTCGGATA TGGGATTATA CACAAGATGC TTGTATAAAT 
GTTCTTAGTG GACATACCGC TCCAGTACGG GGACTGATGT GGAATCCTGA AATCCCTTAT 
CTTCTAATAT CTGGCAGCTG GGACTATACA ATCCGAGTCT GGGACACAAG AGATGGAACA 
TGTTTAGACA CAGTTTATGA TCATGGTGCA GATGTATATG GATTAACGTG TCATCCTAGT 
CGTCCATTTA CTATGGCATC TTGCTCTCGT GATTCCACTG TGAGACTCTG GTCATTGACA 
CCTCTTATAA ACCCTCTACA AATAAATATC TTAACAGACA GATGTTGGGA TGATATTATT 
GGCAATACAG ATCGTGCTGT GGAGTCTGGA GCTCCTCCTT TGCTGTGTGG TAAAGTTTCC 
AGGGATATTA AACAAGAATT GGAAAAATTG TCAGGAAGTC CTCAAGGAAA AAAACTAAGG 
TGGTTTTCAG AATTTTTTTC ACCTCCAGGA GGCAGCAAAA ATTTATGGGA TTTGGTTGCT 
GTAATAAAGG GACAGGATGA CAGTTTGCTT CCACAAAACT ACTGCAAAGG AATTATGCAT 
ATGAAACACC TCGTTAGATT TAGACTGTCC AAGGCACAAG AACTGACAAC AGTAAAGATG 
TCTAAATTTG GAGGTGGTAT TGGTGCACCA AGCAAAGAGG AAAGACTCAA AGAAGCTGCA 
GAAATACATT TAAGATTAGG ACAAATTCAG CGATATTGTG AGCTAATGGT AGAACTTGGA 
GAGTGGGACA AAGCTCTCTC AGTTGCACCT GGAGTGTCAA TGAAATACTG GAGGAAGTTA 
ATGCAAAGGA GAGCTGATCA GTTAATTCAG GAAGAAAATG ATGATGTCAT TCCATACTGT 
ATAGCTGTTG GAGATGTGAA GAAACTGGTT TCTTTCTTTA CTTCAAGAGG TCAGCTTAAA 
GAGGCTCTAC TTGTTGCACA GGCAGCCTGT GAAGGAAATA TCCAGATGTT ACCACTCTCC 
ACAACAAGTG GAACTTCAAA TTCTGATGGA AACAATACAG ATGATTATAA TGATCTCCTG 
CAGAAGGTCA GTAAAGAATT GGCAGATTGG TATTTCCAGG ATGGCCATGC AGTGCTTGCA 
GCGTGTTGTC ATCTAGCTGT TGAAAATATA GAGCTTGCGA TGGCAAACCT GATTCGTGGA 
AATGAACTGG AGCTGGCAAT CAGTGTGGGT ACTGTCTTGG GAGAAAGTGC AGCCCAAGCA 
ACACATTATG CCCTAGAATT ACTAGCAAGA AAATGTATGG CAGTAATAAC ATGCTTCCCA 
TCACTTGGAT ACAGGGATGT AGCAGTTGAT CTTCTTATGA TGATTCCTGA TAATAAACTG 
CAGTTAGTAA AACTATGTGC TTTTTATCCT GGATGCATAG CAGAAATAAA TGACCTGCAT 
GAAAAGTGTA ATCTTCCTGA TGTGGAAGAA TGTATGCGAG TGGCAGAGAC AATGCAGGCA 
GATGGGGATG TATTTGAAAC AATAAAGTAC TATCTGTTAA GCACAGAACC TGAAAAGGCT 
CTCACTGTTG GCATTCAGTA TGTGAAAGAA CAACTGTGTG GCTCAGATTG GAGTTTAGAT 
TCAGTCTTTC CATATCTTGA TCTTTTAAGT TACATACGGA CTGAACAGTT AATGTTGCCT 
AAGTGTAGTG AATTTCGGAA TGAGTTGCTG ATTTTGTGTG GTTACATTGG TGCTTTATTT 
GCTATCAGAA GACAGTACAA TAGCATTGTA CCTGCACTCT ATGAGTATAC AAGTCAGCTT 
TTAAAAAGAC GGGAAGTATC TGTACCTTTG AAAATTGAAC AGCTTTCTGA GGAATTAGAT 
GCATGGAGAG CTTGCACACA ATCAAACAAG CCTATGGATG AGTTGCCATG CACCCCGCCC 
TCTGAATCAC AGAGAGCGCT GTATTCAGTA CTTGTCTCGC GAATTCAGGA GGAGCCTCTG 
AAAGGAATGG TCGGGCCAGA CTGTGTCACT GGATCAAATC TTCCTAGTCA TTCAGATGTT 
CATACCTCTT GTTTGACAGG GCTAAAGATC CAGGGTCCTG TGTTCTTCCT TGAAGATGGA 
AAATCTGCAA TTTCACTGAA TGATGCTTTG ATGTGGGCCA AAGTGAATCC TTTTTCACCA 
TTAGGAACAG GAATACGACT TAACCCATTT TGA

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

WDR17 ( XM_030271316.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127176.1 Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OTd44546
Clone ID Related Accession (Same CDS sequence)	XM_030271316.1
Accession Version	XM_030271316.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3852bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	WD repeat-containing protein 17 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 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##

ATGTCACATG TGAAACAAGT GGGACTTTTA GCTGCTGGAT GTCAGCCATG GAACAAGGAT 
ATATGTGCTG CTAGTGGGGA CAGATTTGCC TACTGTGCTA CCCTTGCTGT TTATATTTAT 
CAGCTGGATC ACCGATACAA TGAATTCAAG CTCCATGCCA TTATGTCTGA GCACAAGAAG 
ACAATCACAG CCATATCTTG GTGTCCCCAC AACCCTGACG TGTTTGCAAG TGCCAGTGCA 
GATAGTTTAG TGATCATCTG GAATGTGAAT GAACAGAAAG TTGTGGCCAA GCTGGACAAT 
ACAAAAGGAA TTCCTGCATC CCTTGGCTGG TGCTGGAGTG CAGGTGATGC AGTTGCATTT 
GTGTCCCACA GAGGTCCACT GTACATTTGG ACTATCTCAG GACCTGACAG CGGGGTAACT 
GTGCATAGGG AAGCACATAG TTTCTTGTCA GATATCAGTC TGTTTAGATG GCATCCGAAG 
AAAAAAGGAA AGGTAGTATT TGGACATACT GATGGAAGCC TATCTATTTT TCAACCAGGT 
TCTAAAAATC AGAAACACAT CTTAAGACCA GAGTCTCTTG AAGGAACAGA TGAAGAGGAT 
CCAGTTACAG CTCTGGAGTG GGACCCTTTG TCAACTGATT ACCTTCTTGT TGCTAATTTA 
CATAATGGTA TTCGACTAGT TGATTCTGAA TCTCTGTCCT GTATCACAAC TTTTAGTTTT 
CCCAGTGCAG CAGCATCTGT TCAGTGTTTA GCCTGGGTTT CTAGTGCACC TGGAATGTTT 
ATAACTGGAG ATTCTCAGGT TGGTGTGTTA CGTGTTTGGA ATGTTTCACG TACAACACCT 
ATAGATAATG TTAAATTGAA GCAAACTGGT TTCCATGGCT TGCATGTGCT AAGTTCTCCT 
CCAAAAAAAA AGTCATGTTC ATCACAGTAT CCTACTAAAA ATCACCATAC ATCGTCAACA 
AGTGAGGCTG TTCCTCCTCC AACTTTAACC CAAAACCAAG CATTTTCTCT TCCTCCTGGT 
CATACCGTCT GTTGCTTCAT GGATGGTGGA GTGGGGCTTT ACGACATGGG AGCAAAAAAG 
TGGGATTTCC TTAGAGATTT GGGACATGTT GAGACCATCT TTGATTGCAA ATTCAAACCT 
GATAACCCTG ATCTTCTTGC TACAGCTTCA TTTGATGGCA CAATAAAAGT TTGGGACATA 
AATACTTTAT CAGCGGTTTA TACATCTCCT GGTAATGAGG GGGTTATTTA TTCCATTTCT 
TGGGCTCCAG GAAATTTGAA CTGCATAGCA GGTGGAACTT CCAGAAATGG TGGCTTTATC 
TGGGATATAC AAAAAGGAAA ACTGATAACC AGATTCAGTG AGCATGGAAA GAATGGAATC 
TTCTGCATTG CCTGGAGTCA TAAAGATTCC AAAAGAATAG CAACCTGCAG CAGTGATGGA 
TTTTGTATTA TTCGAACCAT TGATGGCAAT GTTCTTCACA AGTACAAACA TCCAGCTGCA 
GTGTTTGGCT GTGATTGGAG TCAAAACAAC AAAGATATGA TAGCTACTGG TTGTGAGGAT 
AAAAATGTTC GTGTTTACTA CTTGGCAACC AGCTCTGATC AGCCACTGAA AGTTTTTACT 
GGACATACTG CAAAGGTGTT TCATGTACGG TGGTCTCCTC TCAGAGAAGG AATTCTCTGC 
AGTGGCTCTG ATGATGGTAC CGTTCGGATA TGGGATTATA CACAAGATGC TTGTATAAAT 
GTTCTTAGTG GACATACCGC TCCAGTACGG GGACTGATGT GGAATCCTGA AATCCCTTAT 
CTTCTAATAT CTGGCAGCTG GGACTATACA ATCCGAGTCT GGGACACAAG AGATGGAACA 
TGTTTAGACA CAGTTTATGA TCATGGTGCA GATGTATATG GATTAACGTG TCATCCTAGT 
CGTCCATTTA CTATGGCATC TTGCTCTCGT GATTCCACTG TGAGACTCTG GTCATTGACA 
CCTCTTATAA ACCCTCTACA AATAAATATC TTAACAGACA GATGTTGGGA TGATATTATT 
GGCAATACAG ATCGTGCTGT GGAGTCTGGA GCTCCTCCTT TGCTGTGTGG TAAAGTTTCC 
AGGGATATTA AACAAGAATT GGAAAAATTG TCAGGAAGTC CTCAAGGAAA AAAACTAAGG 
TGGTTTTCAG AATTTTTTTC ACCTCCAGGA GGCAGCAAAA ATTTATGGGA TTTGGTTGCT 
GTAATAAAGG GACAGGATGA CAGTTTGCTT CCACAAAACT ACTGCAAAGG AATTATGCAT 
ATGAAACACC TCGTTAGATT TAGACTGTCC AAGGCACAAG AACTGACAAC AGTAAAGATG 
TCTAAATTTG GAGGTGGTAT TGGTGCACCA AGCAAAGAGG AAAGACTCAA AGAAGCTGCA 
GAAATACATT TAAGATTAGG ACAAATTCAG CGATATTGTG AGCTAATGGT AGAACTTGGA 
GAGTGGGACA AAGCTCTCTC AGTTGCACCT GGAGTGTCAA TGAAATACTG GAGGAAGTTA 
ATGCAAAGGA GAGCTGATCA GTTAATTCAG GAAGAAAATG ATGATGTCAT TCCATACTGT 
ATAGCTGTTG GAGATGTGAA GAAACTGGTT TCTTTCTTTA CTTCAAGAGG TCAGCTTAAA 
GAGGCTCTAC TTGTTGCACA GGCAGCCTGT GAAGGAAATA TCCAGATGTT ACCACTCTCC 
ACAACAAGTG GAACTTCAAA TTCTGATGGA AACAATACAG ATGATTATAA TGATCTCCTG 
CAGAAGGTCA GTAAAGAATT GGCAGATTGG TATTTCCAGG ATGGCCATGC AGTGCTTGCA 
GCGTGTTGTC ATCTAGCTGT TGAAAATATA GAGCTTGCGA TGGCAAACCT GATTCGTGGA 
AATGAACTGG AGCTGGCAAT CAGTGTGGGT ACTGTCTTGG GAGAAAGTGC AGCCCAAGCA 
ACACATTATG CCCTAGAATT ACTAGCAAGA AAATGTATGG CAGTAATAAC ATGGGATGTA 
GCAGTTGATC TTCTTATGAT GATTCCTGAT AATAAACTGC AGTTAGTAAA ACTATGTGCT 
TTTTATCCTG GATGCATAGC AGAAATAAAT GACCTGCATG AAAAGTGTAA TCTTCCTGAT 
GTGGAAGAAT GTATGCGAGT GGCAGAGACA ATGCAGGCAG ATGGGGATGT ATTTGAAACA 
ATAAAGTACT ATCTGTTAAG CACAGAACCT GAAAAGGCTC TCACTGTTGG CATTCAGTAT 
GTGAAAGAAC AACTGTGTGG CTCAGATTGG AGTTTAGATT CAGTCTTTCC ATATCTTGAT 
CTTTTAAGTT ACATACGGAC TGAACAGTTA ATGTTGCCTA AGTGTAGTGA ATTTCGGAAT 
GAGTTGCTGA TTTTGTGTGG TTACATTGGT GCTTTATTTG CTATCAGAAG ACAGTACAAT 
AGCATTGTAC CTGCACTCTA TGAGTATACA AGTCAGCTTT TAAAAAGACG GGAAGTATCT 
GTACCTTTGA AAATTGAACA GCTTTCTGAG GAATTAGATG CATGGAGAGC TTGCACACAA 
TCAAACAAGC CTATGGATGA GTTGCCATGC ACCCCGCCCT CTGAATCACA GAGAGCGCTG 
TATTCAGTAC TTGTCTCGCG AATTCAGGAG GAGCCTCTGA AAGGAATGGT CGGGCCAGAC 
TGTGTCACTG GATCAAATCT TCCTAGTCAT TCAGATGTTC ATACCTCTTG TTTGACAGGG 
CTAAAGATCC AGGGTCCTGT GTTCTTCCTT GAAGATGGAA AATCTGCAAT TTCACTGAAT 
GATGCTTTGA TGTGGGCCAA AGTGAATCCT TTTTCACCAT TAGGAACAGG AATACGACTT 
AACCCATTTT GA

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

RefSeq	XP_030127176.1
CDS	76..3927
Translation	MSHVKQVGLLAAGCQPWNKDICAASGDRFAYCATLAVYIYQLDHRYNEFKLHAIMSEHKKTITAISWCPHNPDVFASASADSLVIIWNVNEQKVVAKLDNTKGIPASLGWCWSAGDAVAFVSHRGPLYIWTISGPDSGVTVHREAHSFLSDISLFRWHPKKKGKVVFGHTDGSLSIFQPGSKNQKHILRPESLEGTDEEDPVTALEWDPLSTDYLLVANLHNGIRLVDSESLSCITTFSFPSAAASVQCLAWVSSAPGMFITGDSQVGVLRVWNVSRTTPIDNVKLKQTGFHGLHVLSSPPKKKSCSSQYPTKNHHTSSTSEAVPPPTLTQNQAFSLPPGHTVCCFMDGGVGLYDMGAKKWDFLRDLGHVETIFDCKFKPDNPDLLATASFDGTIKVWDINTLSAVYTSPGNEGVIYSISWAPGNLNCIAGGTSRNGGFIWDIQKGKLITRFSEHGKNGIFCIAWSHKDSKRIATCSSDGFCIIRTIDGNVLHKYKHPAAVFGCDWSQNNKDMIATGCEDKNVRVYYLATSSDQPLKVFTGHTAKVFHVRWSPLREGILCSGSDDGTVRIWDYTQDACINVLSGHTAPVRGLMWNPEIPYLLISGSWDYTIRVWDTRDGTCLDTVYDHGADVYGLTCHPSRPFTMASCSRDSTVRLWSLTPLINPLQINILTDRCWDDIIGNTDRAVESGAPPLLCGKVSRDIKQELEKLSGSPQGKKLRWFSEFFSPPGGSKNLWDLVAVIKGQDDSLLPQNYCKGIMHMKHLVRFRLSKAQELTTVKMSKFGGGIGAPSKEERLKEAAEIHLRLGQIQRYCELMVELGEWDKALSVAPGVSMKYWRKLMQRRADQLIQEENDDVIPYCIAVGDVKKLVSFFTSRGQLKEALLVAQAACEGNIQMLPLSTTSGTSNSDGNNTDDYNDLLQKVSKELADWYFQDGHAVLAACCHLAVENIELAMANLIRGNELELAISVGTVLGESAAQATHYALELLARKCMAVITWDVAVDLLMMIPDNKLQLVKLCAFYPGCIAEINDLHEKCNLPDVEECMRVAETMQADGDVFETIKYYLLSTEPEKALTVGIQYVKEQLCGSDWSLDSVFPYLDLLSYIRTEQLMLPKCSEFRNELLILCGYIGALFAIRRQYNSIVPALYEYTSQLLKRREVSVPLKIEQLSEELDAWRACTQSNKPMDELPCTPPSESQRALYSVLVSRIQEEPLKGMVGPDCVTGSNLPSHSDVHTSCLTGLKIQGPVFFLEDGKSAISLNDALMWAKVNPFSPLGTGIRLNPF

Target ORF information:

RefSeq Version	XM_030271316.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X6, mRNA.

Target ORF information:

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

XM_030271316.1

ORF Insert Sequence:

ATGTCACATG TGAAACAAGT GGGACTTTTA GCTGCTGGAT GTCAGCCATG GAACAAGGAT 
ATATGTGCTG CTAGTGGGGA CAGATTTGCC TACTGTGCTA CCCTTGCTGT TTATATTTAT 
CAGCTGGATC ACCGATACAA TGAATTCAAG CTCCATGCCA TTATGTCTGA GCACAAGAAG 
ACAATCACAG CCATATCTTG GTGTCCCCAC AACCCTGACG TGTTTGCAAG TGCCAGTGCA 
GATAGTTTAG TGATCATCTG GAATGTGAAT GAACAGAAAG TTGTGGCCAA GCTGGACAAT 
ACAAAAGGAA TTCCTGCATC CCTTGGCTGG TGCTGGAGTG CAGGTGATGC AGTTGCATTT 
GTGTCCCACA GAGGTCCACT GTACATTTGG ACTATCTCAG GACCTGACAG CGGGGTAACT 
GTGCATAGGG AAGCACATAG TTTCTTGTCA GATATCAGTC TGTTTAGATG GCATCCGAAG 
AAAAAAGGAA AGGTAGTATT TGGACATACT GATGGAAGCC TATCTATTTT TCAACCAGGT 
TCTAAAAATC AGAAACACAT CTTAAGACCA GAGTCTCTTG AAGGAACAGA TGAAGAGGAT 
CCAGTTACAG CTCTGGAGTG GGACCCTTTG TCAACTGATT ACCTTCTTGT TGCTAATTTA 
CATAATGGTA TTCGACTAGT TGATTCTGAA TCTCTGTCCT GTATCACAAC TTTTAGTTTT 
CCCAGTGCAG CAGCATCTGT TCAGTGTTTA GCCTGGGTTT CTAGTGCACC TGGAATGTTT 
ATAACTGGAG ATTCTCAGGT TGGTGTGTTA CGTGTTTGGA ATGTTTCACG TACAACACCT 
ATAGATAATG TTAAATTGAA GCAAACTGGT TTCCATGGCT TGCATGTGCT AAGTTCTCCT 
CCAAAAAAAA AGTCATGTTC ATCACAGTAT CCTACTAAAA ATCACCATAC ATCGTCAACA 
AGTGAGGCTG TTCCTCCTCC AACTTTAACC CAAAACCAAG CATTTTCTCT TCCTCCTGGT 
CATACCGTCT GTTGCTTCAT GGATGGTGGA GTGGGGCTTT ACGACATGGG AGCAAAAAAG 
TGGGATTTCC TTAGAGATTT GGGACATGTT GAGACCATCT TTGATTGCAA ATTCAAACCT 
GATAACCCTG ATCTTCTTGC TACAGCTTCA TTTGATGGCA CAATAAAAGT TTGGGACATA 
AATACTTTAT CAGCGGTTTA TACATCTCCT GGTAATGAGG GGGTTATTTA TTCCATTTCT 
TGGGCTCCAG GAAATTTGAA CTGCATAGCA GGTGGAACTT CCAGAAATGG TGGCTTTATC 
TGGGATATAC AAAAAGGAAA ACTGATAACC AGATTCAGTG AGCATGGAAA GAATGGAATC 
TTCTGCATTG CCTGGAGTCA TAAAGATTCC AAAAGAATAG CAACCTGCAG CAGTGATGGA 
TTTTGTATTA TTCGAACCAT TGATGGCAAT GTTCTTCACA AGTACAAACA TCCAGCTGCA 
GTGTTTGGCT GTGATTGGAG TCAAAACAAC AAAGATATGA TAGCTACTGG TTGTGAGGAT 
AAAAATGTTC GTGTTTACTA CTTGGCAACC AGCTCTGATC AGCCACTGAA AGTTTTTACT 
GGACATACTG CAAAGGTGTT TCATGTACGG TGGTCTCCTC TCAGAGAAGG AATTCTCTGC 
AGTGGCTCTG ATGATGGTAC CGTTCGGATA TGGGATTATA CACAAGATGC TTGTATAAAT 
GTTCTTAGTG GACATACCGC TCCAGTACGG GGACTGATGT GGAATCCTGA AATCCCTTAT 
CTTCTAATAT CTGGCAGCTG GGACTATACA ATCCGAGTCT GGGACACAAG AGATGGAACA 
TGTTTAGACA CAGTTTATGA TCATGGTGCA GATGTATATG GATTAACGTG TCATCCTAGT 
CGTCCATTTA CTATGGCATC TTGCTCTCGT GATTCCACTG TGAGACTCTG GTCATTGACA 
CCTCTTATAA ACCCTCTACA AATAAATATC TTAACAGACA GATGTTGGGA TGATATTATT 
GGCAATACAG ATCGTGCTGT GGAGTCTGGA GCTCCTCCTT TGCTGTGTGG TAAAGTTTCC 
AGGGATATTA AACAAGAATT GGAAAAATTG TCAGGAAGTC CTCAAGGAAA AAAACTAAGG 
TGGTTTTCAG AATTTTTTTC ACCTCCAGGA GGCAGCAAAA ATTTATGGGA TTTGGTTGCT 
GTAATAAAGG GACAGGATGA CAGTTTGCTT CCACAAAACT ACTGCAAAGG AATTATGCAT 
ATGAAACACC TCGTTAGATT TAGACTGTCC AAGGCACAAG AACTGACAAC AGTAAAGATG 
TCTAAATTTG GAGGTGGTAT TGGTGCACCA AGCAAAGAGG AAAGACTCAA AGAAGCTGCA 
GAAATACATT TAAGATTAGG ACAAATTCAG CGATATTGTG AGCTAATGGT AGAACTTGGA 
GAGTGGGACA AAGCTCTCTC AGTTGCACCT GGAGTGTCAA TGAAATACTG GAGGAAGTTA 
ATGCAAAGGA GAGCTGATCA GTTAATTCAG GAAGAAAATG ATGATGTCAT TCCATACTGT 
ATAGCTGTTG GAGATGTGAA GAAACTGGTT TCTTTCTTTA CTTCAAGAGG TCAGCTTAAA 
GAGGCTCTAC TTGTTGCACA GGCAGCCTGT GAAGGAAATA TCCAGATGTT ACCACTCTCC 
ACAACAAGTG GAACTTCAAA TTCTGATGGA AACAATACAG ATGATTATAA TGATCTCCTG 
CAGAAGGTCA GTAAAGAATT GGCAGATTGG TATTTCCAGG ATGGCCATGC AGTGCTTGCA 
GCGTGTTGTC ATCTAGCTGT TGAAAATATA GAGCTTGCGA TGGCAAACCT GATTCGTGGA 
AATGAACTGG AGCTGGCAAT CAGTGTGGGT ACTGTCTTGG GAGAAAGTGC AGCCCAAGCA 
ACACATTATG CCCTAGAATT ACTAGCAAGA AAATGTATGG CAGTAATAAC ATGGGATGTA 
GCAGTTGATC TTCTTATGAT GATTCCTGAT AATAAACTGC AGTTAGTAAA ACTATGTGCT 
TTTTATCCTG GATGCATAGC AGAAATAAAT GACCTGCATG AAAAGTGTAA TCTTCCTGAT 
GTGGAAGAAT GTATGCGAGT GGCAGAGACA ATGCAGGCAG ATGGGGATGT ATTTGAAACA 
ATAAAGTACT ATCTGTTAAG CACAGAACCT GAAAAGGCTC TCACTGTTGG CATTCAGTAT 
GTGAAAGAAC AACTGTGTGG CTCAGATTGG AGTTTAGATT CAGTCTTTCC ATATCTTGAT 
CTTTTAAGTT ACATACGGAC TGAACAGTTA ATGTTGCCTA AGTGTAGTGA ATTTCGGAAT 
GAGTTGCTGA TTTTGTGTGG TTACATTGGT GCTTTATTTG CTATCAGAAG ACAGTACAAT 
AGCATTGTAC CTGCACTCTA TGAGTATACA AGTCAGCTTT TAAAAAGACG GGAAGTATCT 
GTACCTTTGA AAATTGAACA GCTTTCTGAG GAATTAGATG CATGGAGAGC TTGCACACAA 
TCAAACAAGC CTATGGATGA GTTGCCATGC ACCCCGCCCT CTGAATCACA GAGAGCGCTG 
TATTCAGTAC TTGTCTCGCG AATTCAGGAG GAGCCTCTGA AAGGAATGGT CGGGCCAGAC 
TGTGTCACTG GATCAAATCT TCCTAGTCAT TCAGATGTTC ATACCTCTTG TTTGACAGGG 
CTAAAGATCC AGGGTCCTGT GTTCTTCCTT GAAGATGGAA AATCTGCAAT TTCACTGAAT 
GATGCTTTGA TGTGGGCCAA AGTGAATCCT TTTTCACCAT TAGGAACAGG AATACGACTT 
AACCCATTTT GA

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

WDR17 ( XM_030271317.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030127177.1 Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OTd44547
Clone ID Related Accession (Same CDS sequence)	XM_030271317.1
Accession Version	XM_030271317.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3849bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	WD repeat-containing protein 17 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044215.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 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##

ATGGCTTGGA TGACTTATAT TTCCCACTGG TTTGATGAAG ATGATTGGTA TGAAGGACAA 
CAAAGAGCAA AAATGTCACA TGTGAAACAA GTGGGACTTT TAGCTGCTGG ATGTCAGCCA 
TGGAACAAGG ATATATGTGC TGCTAGTGGG GACAGATTTG CCTACTGTGC TACCCTTGCT 
GTTTATATTT ATCAGCTGGA TCACCGATAC AATGAATTCA AGCTCCATGC CATTATGTCT 
GAGCACAAGA AGACAATCAC AGCCATATCT TGGTGTCCCC ACAACCCTGA CGTGTTTGCA 
AGTGCCAGTG CAGATAGTTT AGTGATCATC TGGAATGTGA ATGAACAGAA AGTTGTGGCC 
AAGCTGGACA ATACAAAAGG AATTCCTGCA TCCCTTGGCT GGTGCTGGAG TGCAGGTGAT 
GCAGTTGCAT TTGTGTCCCA CAGAGGTCCA CTGTACATTT GGACTATCTC AGGACCTGAC 
AGCGGGGTAA CTGTGCATAG GGAAGCACAT AGTTTCTTGT CAGATATCAG TCTGTTTAGA 
TGGCATCCGA AGAAAAAAGG AAAGGTAGTA TTTGGACATA CTGATGGAAG CCTATCTATT 
TTTCAACCAG GTTCTAAAAA TCAGAAACAC ATCTTAAGAC CAGAGTCTCT TGAAGGAACA 
GATGAAGAGG ATCCAGTTAC AGCTCTGGAG TGGGACCCTT TGTCAACTGA TTACCTTCTT 
GTTGCTAATT TACATAATGG TATTCGACTA GTTGATTCTG AATCTCTGTC CTGTATCACA 
ACTTTTAGTT TTCCCAGTGC AGCAGCATCT GTTCAGTGTT TAGCCTGGGT TTCTAGTGCA 
CCTGGAATGT TTATAACTGG AGATTCTCAG GTTGGTGTGT TACGTGTTTG GAATGTTTCA 
CGTACAACAC CTATAGATAA TGTTAAATTG AAGCAAACTG GTTTCCATGG CTTGCATGTG 
CTAAGTTCTC CTCCAAAAAA AAAGTCATGT TCATCACAGT ATCCTACTAA AAATCACCAT 
ACATCGTCAA CAAGTGAGGC TGTTCCTCCT CCAACTTTAA CCCAAAACCA AGCATTTTCT 
CTTCCTCCTG GTCATACCGT CTGTTGCTTC ATGGATGGTG GAGTGGGGCT TTACGACATG 
GGAGCAAAAA AGTGGGATTT CCTTAGAGAT TTGGGACATG TTGAGACCAT CTTTGATTGC 
AAATTCAAAC CTGATAACCC TGATCTTCTT GCTACAGCTT CATTTGATGG CACAATAAAA 
GTTTGGGACA TAAATACTTT ATCAGCGGTT TATACATCTC CTGGTAATGA GGGGGTTATT 
TATTCCATTT CTTGGGCTCC AGGAAATTTG AACTGCATAG CAGGTGGAAC TTCCAGAAAT 
GGTGGCTTTA TCTGGGATAT ACAAAAAGGA AAACTGATAA CCAGATTCAG TGAGCATGGA 
AAGAATGGAA TCTTCTGCAT TGCCTGGAGT CATAAAGATT CCAAAAGAAT AGCAACCTGC 
AGCAGTGATG GATTTTGTAT TATTCGAACC ATTGATGGCA ATGTTCTTCA CAAGTACAAA 
CATCCAGCTG CAGTGTTTGG CTGTGATTGG AGTCAAAACA ACAAAGATAT GATAGCTACT 
GGTTGTGAGG ATAAAAATGT TCGTGTTTAC TACTTGGCAA CCAGCTCTGA TCAGCCACTG 
AAAGTTTTTA CTGGACATAC TGCAAAGGTG TTTCATGTAC GGTGGTCTCC TCTCAGAGAA 
GGAATTCTCT GCAGTGGCTC TGATGATGGT ACCGTTCGGA TATGGGATTA TACACAAGAT 
GCTTGTATAA ATGTTCTTAG TGGACATACC GCTCCAGTAC GGGGACTGAT GTGGAATCCT 
GAAATCCCTT ATCTTCTAAT ATCTGGCAGC TGGGACTATA CAATCCGAGT CTGGGACACA 
AGAGATGGAA CATGTTTAGA CACAGTTTAT GATCATGGTG CAGATGTATA TGGATTAACG 
TGTCATCCTA GTCGTCCATT TACTATGGCA TCTTGCTCTC GTGATTCCAC TGTGAGACTC 
TGGTCATTGA CACCTCTTAT AAACCCTCTA CAAATAAATA TCTTAACAGA CAGATGTTGG 
GATGATATTA TTGGCAATAC AGATCGTGCT GTGGAGTCTG GAGCTCCTCC TTTGCTGTGT 
GGTAAAGTTT CCAGGGATAT TAAACAAGAA TTGGAAAAAT TGTCAGGAAG TCCTCAAGGA 
AAAAAACTAA GGTGGTTTTC AGAATTTTTT TCACCTCCAG GAGGCAGCAA AAATTTATGG 
GATTTGGTTG CTGTAATAAA GGGACAGGAT GACAGTTTGC TTCCACAAAA CTACTGCAAA 
GGAATTATGC ATATGAAACA CCTCGTTAGA TTTAGACTGT CCAAGGCACA AGAACTGACA 
ACAGTAAAGA TGTCTAAATT TGGAGGTGGT ATTGGTGCAC CAAGCAAAGA GGAAAGACTC 
AAAGAAGCTG CAGAAATACA TTTAAGATTA GGACAAATTC AGCGATATTG TGAGCTAATG 
GTAGAACTTG GAGAGTGGGA CAAAGCTCTC TCAGTTGCAC CTGGAGTGTC AATGAAATAC 
TGGAGGAAGT TAATGCAAAG GAGAGCTGAT CAGTTAATTC AGGAAGAAAA TGATGATGTC 
ATTCCATACT GTATAGCTGT TGGAGATGTG AAGAAACTGG TTTCTTTCTT TACTTCAAGA 
GGTCAGCTTA AAGAGGCTCT ACTTGTTGCA CAGGCAGCCT GTGAAGGAAA TATCCAGATG 
TTACCACTCT CCACAACAAG TGGAACTTCA AATTCTGATG GAAACAATAC AGATGATTAT 
AATGATCTCC TGCAGAAGGT CAGTAAAGAA TTGGCAGATT GGTATTTCCA GGATGGCCAT 
GCAGTGCTTG CAGCGTGTTG TCATCTAGCT GTTGAAAATA TAGAGCTTGC GATGGCAAAC 
CTGATTCGTG GAAATGAACT GGAGCTGGCA ATCAGTGTGG GTACTGTCTT GGGAGAAAGT 
GCAGCCCAAG CAACACATTA TGCCCTAGAA TTACTAGCAA GAAAATGTAT GGCAGTAATA 
ACATGCTTCC CATCACTTGG ATACAGGGAT GTAGCAGTTG ATCTTCTTAT GATGATTCCT 
GATAATAAAC TGCAGTTAGT AAAACTATGT GCTTTTTATC CTGGATGCAT AGCAGAAATA 
AATGACCTGC ATGAAAAGTG TAATCTTCCT GATGTGGAAG AATGTATGCG AGTGGCAGAG 
ACAATGCAGG CAGATGGGGA TGTATTTGAA ACAATAAAGT ACTATCTGTT AAGCACAGAA 
CCTGAAAAGG CTCTCACTGT TGGCATTCAG TATGTGAAAG AACAACTGTG TGGCTCAGAT 
TGGAGTTTAG ATTCAGTCTT TCCATATCTT GATCTTTTAA GTTACATACG GACTGAACAG 
TTAATGTTGC CTAAGTGTAG TGAATTTCGG AATGAGTTGC TGATTTTGTG TGGTTACATT 
GGTGCTTTAT TTGCTATCAG AAGACAGTAC AATAGCATTG TACCTGCACT CTATGAGTAT 
ACAAGGCCTA TGGATGAGTT GCCATGCACC CCGCCCTCTG AATCACAGAG AGCGCTGTAT 
TCAGTACTTG TCTCGCGAAT TCAGGAGGAG CCTCTGAAAG GAATGGTCGG GCCAGACTGT 
GTCACTGGAT CAAATCTTCC TAGTCATTCA GATGTTCATA CCTCTTGTTT GACAGGGCTA 
AAGATCCAGG GTCCTGTGTT CTTCCTTGAA GATGGAAAAT CTGCAATTTC ACTGAATGAT 
GCTTTGATGT GGGCCAAAGT GAATCCTTTT TCACCATTAG GAACAGGAAT ACGACTTAAC 
CCATTTTGA

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

RefSeq	XP_030127177.1
CDS	518..4366
Translation	MAWMTYISHWFDEDDWYEGQQRAKMSHVKQVGLLAAGCQPWNKDICAASGDRFAYCATLAVYIYQLDHRYNEFKLHAIMSEHKKTITAISWCPHNPDVFASASADSLVIIWNVNEQKVVAKLDNTKGIPASLGWCWSAGDAVAFVSHRGPLYIWTISGPDSGVTVHREAHSFLSDISLFRWHPKKKGKVVFGHTDGSLSIFQPGSKNQKHILRPESLEGTDEEDPVTALEWDPLSTDYLLVANLHNGIRLVDSESLSCITTFSFPSAAASVQCLAWVSSAPGMFITGDSQVGVLRVWNVSRTTPIDNVKLKQTGFHGLHVLSSPPKKKSCSSQYPTKNHHTSSTSEAVPPPTLTQNQAFSLPPGHTVCCFMDGGVGLYDMGAKKWDFLRDLGHVETIFDCKFKPDNPDLLATASFDGTIKVWDINTLSAVYTSPGNEGVIYSISWAPGNLNCIAGGTSRNGGFIWDIQKGKLITRFSEHGKNGIFCIAWSHKDSKRIATCSSDGFCIIRTIDGNVLHKYKHPAAVFGCDWSQNNKDMIATGCEDKNVRVYYLATSSDQPLKVFTGHTAKVFHVRWSPLREGILCSGSDDGTVRIWDYTQDACINVLSGHTAPVRGLMWNPEIPYLLISGSWDYTIRVWDTRDGTCLDTVYDHGADVYGLTCHPSRPFTMASCSRDSTVRLWSLTPLINPLQINILTDRCWDDIIGNTDRAVESGAPPLLCGKVSRDIKQELEKLSGSPQGKKLRWFSEFFSPPGGSKNLWDLVAVIKGQDDSLLPQNYCKGIMHMKHLVRFRLSKAQELTTVKMSKFGGGIGAPSKEERLKEAAEIHLRLGQIQRYCELMVELGEWDKALSVAPGVSMKYWRKLMQRRADQLIQEENDDVIPYCIAVGDVKKLVSFFTSRGQLKEALLVAQAACEGNIQMLPLSTTSGTSNSDGNNTDDYNDLLQKVSKELADWYFQDGHAVLAACCHLAVENIELAMANLIRGNELELAISVGTVLGESAAQATHYALELLARKCMAVITCFPSLGYRDVAVDLLMMIPDNKLQLVKLCAFYPGCIAEINDLHEKCNLPDVEECMRVAETMQADGDVFETIKYYLLSTEPEKALTVGIQYVKEQLCGSDWSLDSVFPYLDLLSYIRTEQLMLPKCSEFRNELLILCGYIGALFAIRRQYNSIVPALYEYTRPMDELPCTPPSESQRALYSVLVSRIQEEPLKGMVGPDCVTGSNLPSHSDVHTSCLTGLKIQGPVFFLEDGKSAISLNDALMWAKVNPFSPLGTGIRLNPF

Target ORF information:

RefSeq Version	XM_030271317.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata WD repeat domain 17 (WDR17), transcript variant X7, mRNA.

Target ORF information:

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

XM_030271317.1

ORF Insert Sequence:

ATGGCTTGGA TGACTTATAT TTCCCACTGG TTTGATGAAG ATGATTGGTA TGAAGGACAA 
CAAAGAGCAA AAATGTCACA TGTGAAACAA GTGGGACTTT TAGCTGCTGG ATGTCAGCCA 
TGGAACAAGG ATATATGTGC TGCTAGTGGG GACAGATTTG CCTACTGTGC TACCCTTGCT 
GTTTATATTT ATCAGCTGGA TCACCGATAC AATGAATTCA AGCTCCATGC CATTATGTCT 
GAGCACAAGA AGACAATCAC AGCCATATCT TGGTGTCCCC ACAACCCTGA CGTGTTTGCA 
AGTGCCAGTG CAGATAGTTT AGTGATCATC TGGAATGTGA ATGAACAGAA AGTTGTGGCC 
AAGCTGGACA ATACAAAAGG AATTCCTGCA TCCCTTGGCT GGTGCTGGAG TGCAGGTGAT 
GCAGTTGCAT TTGTGTCCCA CAGAGGTCCA CTGTACATTT GGACTATCTC AGGACCTGAC 
AGCGGGGTAA CTGTGCATAG GGAAGCACAT AGTTTCTTGT CAGATATCAG TCTGTTTAGA 
TGGCATCCGA AGAAAAAAGG AAAGGTAGTA TTTGGACATA CTGATGGAAG CCTATCTATT 
TTTCAACCAG GTTCTAAAAA TCAGAAACAC ATCTTAAGAC CAGAGTCTCT TGAAGGAACA 
GATGAAGAGG ATCCAGTTAC AGCTCTGGAG TGGGACCCTT TGTCAACTGA TTACCTTCTT 
GTTGCTAATT TACATAATGG TATTCGACTA GTTGATTCTG AATCTCTGTC CTGTATCACA 
ACTTTTAGTT TTCCCAGTGC AGCAGCATCT GTTCAGTGTT TAGCCTGGGT TTCTAGTGCA 
CCTGGAATGT TTATAACTGG AGATTCTCAG GTTGGTGTGT TACGTGTTTG GAATGTTTCA 
CGTACAACAC CTATAGATAA TGTTAAATTG AAGCAAACTG GTTTCCATGG CTTGCATGTG 
CTAAGTTCTC CTCCAAAAAA AAAGTCATGT TCATCACAGT ATCCTACTAA AAATCACCAT 
ACATCGTCAA CAAGTGAGGC TGTTCCTCCT CCAACTTTAA CCCAAAACCA AGCATTTTCT 
CTTCCTCCTG GTCATACCGT CTGTTGCTTC ATGGATGGTG GAGTGGGGCT TTACGACATG 
GGAGCAAAAA AGTGGGATTT CCTTAGAGAT TTGGGACATG TTGAGACCAT CTTTGATTGC 
AAATTCAAAC CTGATAACCC TGATCTTCTT GCTACAGCTT CATTTGATGG CACAATAAAA 
GTTTGGGACA TAAATACTTT ATCAGCGGTT TATACATCTC CTGGTAATGA GGGGGTTATT 
TATTCCATTT CTTGGGCTCC AGGAAATTTG AACTGCATAG CAGGTGGAAC TTCCAGAAAT 
GGTGGCTTTA TCTGGGATAT ACAAAAAGGA AAACTGATAA CCAGATTCAG TGAGCATGGA 
AAGAATGGAA TCTTCTGCAT TGCCTGGAGT CATAAAGATT CCAAAAGAAT AGCAACCTGC 
AGCAGTGATG GATTTTGTAT TATTCGAACC ATTGATGGCA ATGTTCTTCA CAAGTACAAA 
CATCCAGCTG CAGTGTTTGG CTGTGATTGG AGTCAAAACA ACAAAGATAT GATAGCTACT 
GGTTGTGAGG ATAAAAATGT TCGTGTTTAC TACTTGGCAA CCAGCTCTGA TCAGCCACTG 
AAAGTTTTTA CTGGACATAC TGCAAAGGTG TTTCATGTAC GGTGGTCTCC TCTCAGAGAA 
GGAATTCTCT GCAGTGGCTC TGATGATGGT ACCGTTCGGA TATGGGATTA TACACAAGAT 
GCTTGTATAA ATGTTCTTAG TGGACATACC GCTCCAGTAC GGGGACTGAT GTGGAATCCT 
GAAATCCCTT ATCTTCTAAT ATCTGGCAGC TGGGACTATA CAATCCGAGT CTGGGACACA 
AGAGATGGAA CATGTTTAGA CACAGTTTAT GATCATGGTG CAGATGTATA TGGATTAACG 
TGTCATCCTA GTCGTCCATT TACTATGGCA TCTTGCTCTC GTGATTCCAC TGTGAGACTC 
TGGTCATTGA CACCTCTTAT AAACCCTCTA CAAATAAATA TCTTAACAGA CAGATGTTGG 
GATGATATTA TTGGCAATAC AGATCGTGCT GTGGAGTCTG GAGCTCCTCC TTTGCTGTGT 
GGTAAAGTTT CCAGGGATAT TAAACAAGAA TTGGAAAAAT TGTCAGGAAG TCCTCAAGGA 
AAAAAACTAA GGTGGTTTTC AGAATTTTTT TCACCTCCAG GAGGCAGCAA AAATTTATGG 
GATTTGGTTG CTGTAATAAA GGGACAGGAT GACAGTTTGC TTCCACAAAA CTACTGCAAA 
GGAATTATGC ATATGAAACA CCTCGTTAGA TTTAGACTGT CCAAGGCACA AGAACTGACA 
ACAGTAAAGA TGTCTAAATT TGGAGGTGGT ATTGGTGCAC CAAGCAAAGA GGAAAGACTC 
AAAGAAGCTG CAGAAATACA TTTAAGATTA GGACAAATTC AGCGATATTG TGAGCTAATG 
GTAGAACTTG GAGAGTGGGA CAAAGCTCTC TCAGTTGCAC CTGGAGTGTC AATGAAATAC 
TGGAGGAAGT TAATGCAAAG GAGAGCTGAT CAGTTAATTC AGGAAGAAAA TGATGATGTC 
ATTCCATACT GTATAGCTGT TGGAGATGTG AAGAAACTGG TTTCTTTCTT TACTTCAAGA 
GGTCAGCTTA AAGAGGCTCT ACTTGTTGCA CAGGCAGCCT GTGAAGGAAA TATCCAGATG 
TTACCACTCT CCACAACAAG TGGAACTTCA AATTCTGATG GAAACAATAC AGATGATTAT 
AATGATCTCC TGCAGAAGGT CAGTAAAGAA TTGGCAGATT GGTATTTCCA GGATGGCCAT 
GCAGTGCTTG CAGCGTGTTG TCATCTAGCT GTTGAAAATA TAGAGCTTGC GATGGCAAAC 
CTGATTCGTG GAAATGAACT GGAGCTGGCA ATCAGTGTGG GTACTGTCTT GGGAGAAAGT 
GCAGCCCAAG CAACACATTA TGCCCTAGAA TTACTAGCAA GAAAATGTAT GGCAGTAATA 
ACATGCTTCC CATCACTTGG ATACAGGGAT GTAGCAGTTG ATCTTCTTAT GATGATTCCT 
GATAATAAAC TGCAGTTAGT AAAACTATGT GCTTTTTATC CTGGATGCAT AGCAGAAATA 
AATGACCTGC ATGAAAAGTG TAATCTTCCT GATGTGGAAG AATGTATGCG AGTGGCAGAG 
ACAATGCAGG CAGATGGGGA TGTATTTGAA ACAATAAAGT ACTATCTGTT AAGCACAGAA 
CCTGAAAAGG CTCTCACTGT TGGCATTCAG TATGTGAAAG AACAACTGTG TGGCTCAGAT 
TGGAGTTTAG ATTCAGTCTT TCCATATCTT GATCTTTTAA GTTACATACG GACTGAACAG 
TTAATGTTGC CTAAGTGTAG TGAATTTCGG AATGAGTTGC TGATTTTGTG TGGTTACATT 
GGTGCTTTAT TTGCTATCAG AAGACAGTAC AATAGCATTG TACCTGCACT CTATGAGTAT 
ACAAGGCCTA TGGATGAGTT GCCATGCACC CCGCCCTCTG AATCACAGAG AGCGCTGTAT 
TCAGTACTTG TCTCGCGAAT TCAGGAGGAG CCTCTGAAAG GAATGGTCGG GCCAGACTGT 
GTCACTGGAT CAAATCTTCC TAGTCATTCA GATGTTCATA CCTCTTGTTT GACAGGGCTA 
AAGATCCAGG GTCCTGTGTT CTTCCTTGAA GATGGAAAAT CTGCAATTTC ACTGAATGAT 
GCTTTGATGT GGGCCAAAGT GAATCCTTTT TCACCATTAG GAACAGGAAT ACGACTTAAC 
CCATTTTGA

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

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WDR17 cDNA ORF clone, Taeniopygia guttata(zebra finch)

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:

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