WDR33 cDNA ORF clone, Parus major(Great Tit)

Gene
Clones
gRNAs

Summary

Gene Symbol	WDR33
Entrez Gene ID	107208657
Full Name	WD repeat domain 33
Gene Type	protein-coding
Organism	Parus major(Great Tit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015637230.1	XP_015492716.1	pre-mRNA 3' end processing protein WDR33 isoform X2
XM_015637229.2	XP_015492715.1	pre-mRNA 3' end processing protein WDR33 isoform X1

Pathways from BioSystems
Gene Ontology

The following WDR33 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the WDR33 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OPa184145	XM_015637229.2 Latest version!	Parus major WD repeat domain 33 (WDR33), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OPa184146	XM_015637230.1 Latest version!	Parus major WD repeat domain 33 (WDR33), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

ORF Online Only Promotion

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

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

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

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

Reference Sequences (Refseq)

WDR33 ( XM_015637229.2 ) cDNA ORF clone, Parus major(Great Tit) -> XP_015492715.1 Parus major WD repeat domain 33 (WDR33), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OPa184145
Clone ID Related Accession (Same CDS sequence)	XM_015637229.2
Accession Version	XM_015637229.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3951bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-11-13
Organism	Parus major(Great Tit)
Product	pre-mRNA 3' end processing protein WDR33 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_031778.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 4, 2016 this sequence version replaced XM_015637229.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Parus major Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCACAG AAATCGGCTC CCCGCCCCGG TTCTTCCACA TGCCGCGGTT CCAGCACCAG 
GCGCCGCGGC AGCTCTTCTA CAAACGGCCG GACTTCGCGC AGCAGCAGGC CATGCAGCAG 
CTCACCTTCG ATGGGAAACG CATGAGAAAG GCTGTCAACA GAAAGACCAT AGACTACAAT 
CCTTCTGTCA TCAAATATTT GGAGAATAGA GTATGGCAGA GAGACCAACG AGATATGCGA 
GCGATCCAGC CCGATGCAGG ATATTATAAT GATTTGGTCC CTCCTATAGG AATGCTGAAC 
AACCCTATGA ATGCTGTGAC AACAAAATTT GTTCGGACAT CTACTAATAA AGTAAAATGC 
CCAGTGTTTG TTGTCAGGTG GACTCCTGAG GGGAGACGCT TGGTCACTGG TGCATCTAGT 
GGGGAGTTCA CTTTATGGAA TGGACTGACT TTCAATTTTG AAACAATATT GCAGGCTCAC 
GACAGCCCTG TAAGGGCTAT GACTTGGTCA CACAATGATA TGTGGATGCT GACAGCAGAC 
CACGGGGGAT ATGTGAAATA CTGGCAGTCC AACATGAACA ACGTCAAGAT GTTCCAGGCA 
CATAAGGAGG CGATTAGAGA GGCCAGTTTC TCACCCACGG ATAATAAATT TGCTACATGC 
TCTGACGACG GCACTGTTAG AATCTGGGAC TTTCTACGTT GCCATGAGGA GAGAATTCTT 
CGAGGCCATG GAGCAGATGT GAAATGTGTT GACTGGCATC CAACAAAGGG CTTAGTTGTT 
TCAGGAAGTA AAGATAGCCA ACAGCCCATC AAGTTCTGGG ATCCAAAGAC TGGCCAGAGT 
CTTGCCACAC TACATGCTCA CAAAAACACA GTGATGGAGG TGAAACTGAA TCTCAATGGC 
AACTGGCTGC TGACAGCTTC TCGTGACCAC CTCTGTAAGC TCTTTGACAT CCGGAACCTG 
AAAGAAGAAC TTCAGGTCTT CAGGGGTCAT AAGAAGGAAG CCACAGCTGT GGCCTGGCAT 
CCTGTTCACG AAGGGCTGTT TGCCAGTGGA GGGTCTGATG GGTCCTTGTT GTTCTGGCAT 
GTTGGGGTTG AGAAGGAGGT TGGTGGAATG GAAATGGCCC ATGAAGGAAT GATCTGGAGT 
CTAGCATGGC ATCCCCTCGG ACACATTCTG TGTTCAGGCT CAAATGATCA CACCAGCAAG 
TTTTGGACTA GAAATCGGCC TGGAGATAAA ATGCGGGATC GTTACAACTT GAACCTGCTG 
CCTGGGATGT CAGAGGATGG TGTGGAATAT GCTCCAGGAG ATGATCTGGA GCCCAACAGT 
CTGGCAGTTA TTCCTGGGAT GGGAATACCT GAACAGTTGA AAATAGCCAT GGAGCAGGAG 
CAGATGGGGA AAGATGAGTC CAATGACATT GAAATGACAA TCCCAGGACT GGACTGGGGA 
ATGGAGGAAG TAATGCAAAA GGACCAAAAG AAAGTGCCAC AGAAAAAAGT TCCCTATGCA 
AAACCAATAC CAGCACAGTT TCAGCAGGCA TGGATGCAAA ATAAAGTTCC TTTGCCTCCC 
CCACCTGAGC CATTGAATGA TAGAAAGGAG GATATTAAAC TGGAGGAGAA AAAGAAATCA 
CAGGCAGAGA TTGAGCAAGA AATGGCAGCA CTTCAGTACA CAAACCCACA ACTCCTGGAG 
CAACTGAAGA TTGAGAGACT TGCACAAAAG CAAGCTGAGC AAGTGCAGCC ACCACCCCCA 
GGAGGATCTC TTCATGGACC TCAGCCTTTC CCAGGGCAAG GCCCAATGTC ACAGATGCCT 
CAAGGGTTTC AGCAGCCCCT TCCACCTCAG CAGATGCCAA TGAATATGCC ACAGATGGGA 
CCTCCTGGTC CACAAGGACA GTTCAGACCT CCAGGACCCC AAGGACAAAT AGGACCTCAA 
GGTCCATTAC ACCAAGGAGC TGGAGGTCCA CAAGGGTTCA TGGGACCACA AGGACCTCCA 
GGCCCCCAAG GGCCTCCACA AGGAATGCCA CGGCCTCAGG ATTTACACGG ACATCAAGGA 
ATGCAGAGAC ATCCGGGCCC TCATGGGCCA ATGGGGCCCC CAGGTCCACA GGGTAACGCT 
GGCCCACAGG GACACCTGGG ACCACAGGGC CTGCCTGGGT CTCAGACTCA TTTAGGACCA 
CAGGGCCCAC CTGGCCCACA AGGTCACTTG GGTCCTCAGG GTCCCCCTGG AGGTCAAGGG 
ATGCAGGGAC CACCTGGTCC ACGAGGAATG CAAGGACCTC TTCCCCACGG CATGCAAGGA 
GCTCCGGGAT CTCAAGGGAT GCAGGGCCCT ATATCCCAAG GGCCTTTGAT GGGACTTAAT 
CCTAGAGGAA TGCAGGGTCC ACCAGGACCC AGAGATAACC AGGGACCTAA TCCACAGGGG 
ATGATGATGG GTCATCCACA AGAAATGAGA GGTCCTCATA TACAAAGTGG CTTACTAGGA 
CATGGTCCCC AGGAGATGCG GGGCCTTCAG GGACCCCCAC CTCAAGGTTC AATGCTGGGA 
CCGCCACAAG AAATGCGTGG GCCACCTGGT CCCCAGGGCC AGCAGGGACC TCCACAAGGC 
TCTTTGGTGG GGCCTCAAGG AAACATGCAA GGACCTCAGG GACAGCCGAA CCCTTCGAGA 
GGGCCGCACC CTTCCCAGGG CCCTCTGCCC TTCCAGCAGC AGAAAACACC TCTGTTGGGT 
GATGGGCCTC GTCCCCCATT CAATCAGGAT GGACAGAACC CAGGTCCTCC TCCACTGATA 
CCAGGCCTGG GACAGCAAGG AGGACAAGGT CGTCTGGGCC CTCACAACCA AGGTCCTGGT 
CTTAATAAAG GTGATGCCCG GGGGCCACCC AACCATCACC TGGGCCCGCT GTCGGACAGA 
CGGCACGAGC AGAACAGCAG CGGCCCCGAG CACGGGCCGG AGAGGGGCCT GTTCCGAGGG 
GGCCAGGACT GGAGTGATGG CAGGGACAGA CGGGGACCTC ACCCCGATTT CCACGATGAC 
TTTGATCGAC CGGACGACTT CCGTGACGAT TTCCACCCAG ATAAGAGATT TGGCCATCGA 
TTACGAGAGT TCGAGGGGAG AGGAGGCCCG CCGTTGCAAG ATGAGAAATG GAGACGAGGT 
GGACCCGGGC CTCCCTTTCC TCCTGATCAC AGGGAGTTTG AAGGAGGTGG TTCCAACCGT 
GGCCCTCCTG GTGCTTGGGA AGGACGGAGA CCTTCAGATG ACAGATACCC GCGGGACCCG 
GAGGATGCGC GCTTCCGAGG AAGGCGAGAT GAGAGCTTCC GAAGAGGAGG ACCCTCAAGA 
CATGAGGGCC GGGGACCCAG GGGCAGAGAT GGCTTTCCTG GCCCTGAAGA TTTTGGGCCA 
GATGATGCTT TTGACTCTCC GGATGAAAAC TCCAGAGGAA GGGATCATGG TGCTCGGGGG 
CGAGGTCGAG GTGCTCTCAG AGGAGTTCGG AAGGGTTTGC TTCCTACTCC AGATGAATTC 
CCACGCTTTG AAGGAGGGCG GAAACCGGAA TCCTGGGATG GAAACAGAGA ACCAGGTCCT 
CGTCCAGATC ACCCTCCTCA TGATGGGCAC TCTCCAGCCA ACAGAGAACG TTCCTCTTCA 
CTCCAGGGCA TGGACATGGC CTCACTGCCA CCACGGAAAC GCCCCTGGCA TGATGGACCA 
GGAACCTCTG ACCACAGAGA CATGGATGCT CCAGGTGGAC CTCCAGAGGA GAGGGGCAAA 
GGACGAGGCA ATTCAGGACC TTCACAGAGA GCTCCAAAAT CTGGGAGGTC CAGTTCTCTA 
GATGGAGAGC ACCATGAGGG ATTCCACAGG GATGAAGCCT TTGGTGGAGG CCCCGGGGCA 
GTCAGTAACG CTCCTCGAGG AGGAAGGAGC GGCAGCAGCT GGGGAAGAGG AAATAACATG 
AACTCTGGCC AGGCCCGGAG AGGAGGATCT CGGGGCGGAC GGGGCCGATA G

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

RefSeq	XP_015492715.1
CDS	172..4122
Translation	MATEIGSPPRFFHMPRFQHQAPRQLFYKRPDFAQQQAMQQLTFDGKRMRKAVNRKTIDYNPSVIKYLENRVWQRDQRDMRAIQPDAGYYNDLVPPIGMLNNPMNAVTTKFVRTSTNKVKCPVFVVRWTPEGRRLVTGASSGEFTLWNGLTFNFETILQAHDSPVRAMTWSHNDMWMLTADHGGYVKYWQSNMNNVKMFQAHKEAIREASFSPTDNKFATCSDDGTVRIWDFLRCHEERILRGHGADVKCVDWHPTKGLVVSGSKDSQQPIKFWDPKTGQSLATLHAHKNTVMEVKLNLNGNWLLTASRDHLCKLFDIRNLKEELQVFRGHKKEATAVAWHPVHEGLFASGGSDGSLLFWHVGVEKEVGGMEMAHEGMIWSLAWHPLGHILCSGSNDHTSKFWTRNRPGDKMRDRYNLNLLPGMSEDGVEYAPGDDLEPNSLAVIPGMGIPEQLKIAMEQEQMGKDESNDIEMTIPGLDWGMEEVMQKDQKKVPQKKVPYAKPIPAQFQQAWMQNKVPLPPPPEPLNDRKEDIKLEEKKKSQAEIEQEMAALQYTNPQLLEQLKIERLAQKQAEQVQPPPPGGSLHGPQPFPGQGPMSQMPQGFQQPLPPQQMPMNMPQMGPPGPQGQFRPPGPQGQIGPQGPLHQGAGGPQGFMGPQGPPGPQGPPQGMPRPQDLHGHQGMQRHPGPHGPMGPPGPQGNAGPQGHLGPQGLPGSQTHLGPQGPPGPQGHLGPQGPPGGQGMQGPPGPRGMQGPLPHGMQGAPGSQGMQGPISQGPLMGLNPRGMQGPPGPRDNQGPNPQGMMMGHPQEMRGPHIQSGLLGHGPQEMRGLQGPPPQGSMLGPPQEMRGPPGPQGQQGPPQGSLVGPQGNMQGPQGQPNPSRGPHPSQGPLPFQQQKTPLLGDGPRPPFNQDGQNPGPPPLIPGLGQQGGQGRLGPHNQGPGLNKGDARGPPNHHLGPLSDRRHEQNSSGPEHGPERGLFRGGQDWSDGRDRRGPHPDFHDDFDRPDDFRDDFHPDKRFGHRLREFEGRGGPPLQDEKWRRGGPGPPFPPDHREFEGGGSNRGPPGAWEGRRPSDDRYPRDPEDARFRGRRDESFRRGGPSRHEGRGPRGRDGFPGPEDFGPDDAFDSPDENSRGRDHGARGRGRGALRGVRKGLLPTPDEFPRFEGGRKPESWDGNREPGPRPDHPPHDGHSPANRERSSSLQGMDMASLPPRKRPWHDGPGTSDHRDMDAPGGPPEERGKGRGNSGPSQRAPKSGRSSSLDGEHHEGFHRDEAFGGGPGAVSNAPRGGRSGSSWGRGNNMNSGQARRGGSRGGRGR

Target ORF information:

RefSeq Version	XM_015637229.2
Organism	Parus major(Great Tit)
Definition	Parus major WD repeat domain 33 (WDR33), transcript variant X1, mRNA.

Target ORF information:

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

XM_015637229.2

ORF Insert Sequence:

ATGGCCACAG AAATCGGCTC CCCGCCCCGG TTCTTCCACA TGCCGCGGTT CCAGCACCAG 
GCGCCGCGGC AGCTCTTCTA CAAACGGCCG GACTTCGCGC AGCAGCAGGC CATGCAGCAG 
CTCACCTTCG ATGGGAAACG CATGAGAAAG GCTGTCAACA GAAAGACCAT AGACTACAAT 
CCTTCTGTCA TCAAATATTT GGAGAATAGA GTATGGCAGA GAGACCAACG AGATATGCGA 
GCGATCCAGC CCGATGCAGG ATATTATAAT GATTTGGTCC CTCCTATAGG AATGCTGAAC 
AACCCTATGA ATGCTGTGAC AACAAAATTT GTTCGGACAT CTACTAATAA AGTAAAATGC 
CCAGTGTTTG TTGTCAGGTG GACTCCTGAG GGGAGACGCT TGGTCACTGG TGCATCTAGT 
GGGGAGTTCA CTTTATGGAA TGGACTGACT TTCAATTTTG AAACAATATT GCAGGCTCAC 
GACAGCCCTG TAAGGGCTAT GACTTGGTCA CACAATGATA TGTGGATGCT GACAGCAGAC 
CACGGGGGAT ATGTGAAATA CTGGCAGTCC AACATGAACA ACGTCAAGAT GTTCCAGGCA 
CATAAGGAGG CGATTAGAGA GGCCAGTTTC TCACCCACGG ATAATAAATT TGCTACATGC 
TCTGACGACG GCACTGTTAG AATCTGGGAC TTTCTACGTT GCCATGAGGA GAGAATTCTT 
CGAGGCCATG GAGCAGATGT GAAATGTGTT GACTGGCATC CAACAAAGGG CTTAGTTGTT 
TCAGGAAGTA AAGATAGCCA ACAGCCCATC AAGTTCTGGG ATCCAAAGAC TGGCCAGAGT 
CTTGCCACAC TACATGCTCA CAAAAACACA GTGATGGAGG TGAAACTGAA TCTCAATGGC 
AACTGGCTGC TGACAGCTTC TCGTGACCAC CTCTGTAAGC TCTTTGACAT CCGGAACCTG 
AAAGAAGAAC TTCAGGTCTT CAGGGGTCAT AAGAAGGAAG CCACAGCTGT GGCCTGGCAT 
CCTGTTCACG AAGGGCTGTT TGCCAGTGGA GGGTCTGATG GGTCCTTGTT GTTCTGGCAT 
GTTGGGGTTG AGAAGGAGGT TGGTGGAATG GAAATGGCCC ATGAAGGAAT GATCTGGAGT 
CTAGCATGGC ATCCCCTCGG ACACATTCTG TGTTCAGGCT CAAATGATCA CACCAGCAAG 
TTTTGGACTA GAAATCGGCC TGGAGATAAA ATGCGGGATC GTTACAACTT GAACCTGCTG 
CCTGGGATGT CAGAGGATGG TGTGGAATAT GCTCCAGGAG ATGATCTGGA GCCCAACAGT 
CTGGCAGTTA TTCCTGGGAT GGGAATACCT GAACAGTTGA AAATAGCCAT GGAGCAGGAG 
CAGATGGGGA AAGATGAGTC CAATGACATT GAAATGACAA TCCCAGGACT GGACTGGGGA 
ATGGAGGAAG TAATGCAAAA GGACCAAAAG AAAGTGCCAC AGAAAAAAGT TCCCTATGCA 
AAACCAATAC CAGCACAGTT TCAGCAGGCA TGGATGCAAA ATAAAGTTCC TTTGCCTCCC 
CCACCTGAGC CATTGAATGA TAGAAAGGAG GATATTAAAC TGGAGGAGAA AAAGAAATCA 
CAGGCAGAGA TTGAGCAAGA AATGGCAGCA CTTCAGTACA CAAACCCACA ACTCCTGGAG 
CAACTGAAGA TTGAGAGACT TGCACAAAAG CAAGCTGAGC AAGTGCAGCC ACCACCCCCA 
GGAGGATCTC TTCATGGACC TCAGCCTTTC CCAGGGCAAG GCCCAATGTC ACAGATGCCT 
CAAGGGTTTC AGCAGCCCCT TCCACCTCAG CAGATGCCAA TGAATATGCC ACAGATGGGA 
CCTCCTGGTC CACAAGGACA GTTCAGACCT CCAGGACCCC AAGGACAAAT AGGACCTCAA 
GGTCCATTAC ACCAAGGAGC TGGAGGTCCA CAAGGGTTCA TGGGACCACA AGGACCTCCA 
GGCCCCCAAG GGCCTCCACA AGGAATGCCA CGGCCTCAGG ATTTACACGG ACATCAAGGA 
ATGCAGAGAC ATCCGGGCCC TCATGGGCCA ATGGGGCCCC CAGGTCCACA GGGTAACGCT 
GGCCCACAGG GACACCTGGG ACCACAGGGC CTGCCTGGGT CTCAGACTCA TTTAGGACCA 
CAGGGCCCAC CTGGCCCACA AGGTCACTTG GGTCCTCAGG GTCCCCCTGG AGGTCAAGGG 
ATGCAGGGAC CACCTGGTCC ACGAGGAATG CAAGGACCTC TTCCCCACGG CATGCAAGGA 
GCTCCGGGAT CTCAAGGGAT GCAGGGCCCT ATATCCCAAG GGCCTTTGAT GGGACTTAAT 
CCTAGAGGAA TGCAGGGTCC ACCAGGACCC AGAGATAACC AGGGACCTAA TCCACAGGGG 
ATGATGATGG GTCATCCACA AGAAATGAGA GGTCCTCATA TACAAAGTGG CTTACTAGGA 
CATGGTCCCC AGGAGATGCG GGGCCTTCAG GGACCCCCAC CTCAAGGTTC AATGCTGGGA 
CCGCCACAAG AAATGCGTGG GCCACCTGGT CCCCAGGGCC AGCAGGGACC TCCACAAGGC 
TCTTTGGTGG GGCCTCAAGG AAACATGCAA GGACCTCAGG GACAGCCGAA CCCTTCGAGA 
GGGCCGCACC CTTCCCAGGG CCCTCTGCCC TTCCAGCAGC AGAAAACACC TCTGTTGGGT 
GATGGGCCTC GTCCCCCATT CAATCAGGAT GGACAGAACC CAGGTCCTCC TCCACTGATA 
CCAGGCCTGG GACAGCAAGG AGGACAAGGT CGTCTGGGCC CTCACAACCA AGGTCCTGGT 
CTTAATAAAG GTGATGCCCG GGGGCCACCC AACCATCACC TGGGCCCGCT GTCGGACAGA 
CGGCACGAGC AGAACAGCAG CGGCCCCGAG CACGGGCCGG AGAGGGGCCT GTTCCGAGGG 
GGCCAGGACT GGAGTGATGG CAGGGACAGA CGGGGACCTC ACCCCGATTT CCACGATGAC 
TTTGATCGAC CGGACGACTT CCGTGACGAT TTCCACCCAG ATAAGAGATT TGGCCATCGA 
TTACGAGAGT TCGAGGGGAG AGGAGGCCCG CCGTTGCAAG ATGAGAAATG GAGACGAGGT 
GGACCCGGGC CTCCCTTTCC TCCTGATCAC AGGGAGTTTG AAGGAGGTGG TTCCAACCGT 
GGCCCTCCTG GTGCTTGGGA AGGACGGAGA CCTTCAGATG ACAGATACCC GCGGGACCCG 
GAGGATGCGC GCTTCCGAGG AAGGCGAGAT GAGAGCTTCC GAAGAGGAGG ACCCTCAAGA 
CATGAGGGCC GGGGACCCAG GGGCAGAGAT GGCTTTCCTG GCCCTGAAGA TTTTGGGCCA 
GATGATGCTT TTGACTCTCC GGATGAAAAC TCCAGAGGAA GGGATCATGG TGCTCGGGGG 
CGAGGTCGAG GTGCTCTCAG AGGAGTTCGG AAGGGTTTGC TTCCTACTCC AGATGAATTC 
CCACGCTTTG AAGGAGGGCG GAAACCGGAA TCCTGGGATG GAAACAGAGA ACCAGGTCCT 
CGTCCAGATC ACCCTCCTCA TGATGGGCAC TCTCCAGCCA ACAGAGAACG TTCCTCTTCA 
CTCCAGGGCA TGGACATGGC CTCACTGCCA CCACGGAAAC GCCCCTGGCA TGATGGACCA 
GGAACCTCTG ACCACAGAGA CATGGATGCT CCAGGTGGAC CTCCAGAGGA GAGGGGCAAA 
GGACGAGGCA ATTCAGGACC TTCACAGAGA GCTCCAAAAT CTGGGAGGTC CAGTTCTCTA 
GATGGAGAGC ACCATGAGGG ATTCCACAGG GATGAAGCCT TTGGTGGAGG CCCCGGGGCA 
GTCAGTAACG CTCCTCGAGG AGGAAGGAGC GGCAGCAGCT GGGGAAGAGG AAATAACATG 
AACTCTGGCC AGGCCCGGAG AGGAGGATCT CGGGGCGGAC GGGGCCGATA G

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

WDR33 ( XM_015637230.1 ) cDNA ORF clone, Parus major(Great Tit) -> XP_015492716.1 Parus major WD repeat domain 33 (WDR33), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OPa184146
Clone ID Related Accession (Same CDS sequence)	XM_015637230.1
Accession Version	XM_015637230.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3306bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-11-13
Organism	Parus major(Great Tit)
Product	pre-mRNA 3' end processing protein WDR33 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_031778.1) 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 Version :: Parus major Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCACAG AAATCGGCTC CCCGCCCCGG TTCTTCCACA TGCCGCGGTT CCAGCACCAG 
GCGCCGCGGC AGCTCTTCTA CAAACGGCCG GACTTCGCGC AGCAGCAGGC CATGCAGCAG 
CTCACCTTCG ATGGGAAACG CATGAGAAAG GCTGTCAACA GAAAGACCAT AGACTACAAT 
CCTTCTGTCA TCAAATATTT GGAGAATAGA GTATGGCAGA GAGACCAACG AGATATGCGA 
GCGATCCAGC CCGATGCAGG ATATTATAAT GATTTGGTCC CTCCTATAGG AATGCTGAAC 
AACCCTATGA ATGCTGTGAC AACAAAATTT GTTCGGACAT CTACTAATAA AGTAAAATGC 
CCAGTGTTTG TTGTCAGGTG GACTCCTGAG GGGAGACGCT TGGTCACTGG TGCATCTAGT 
GGGGAGTTCA CTTTATGGAA TGGACTGACT TTCAATTTTG AAACAATATT GCAGGCTCAC 
GACAGCCCTG TAAGGGCTAT GACTTGGTCA CACAATGATA TGTGGATGCT GACAGCAGAC 
CACGGGGGAT ATGTGAAATA CTGGCAGTCC AACATGAACA ACGTCAAGAT GTTCCAGGCA 
CATAAGGAGG CGATTAGAGA GGCCAGTTTC TCACCCACGG ATAATAAATT TGCTACATGC 
TCTGACGACG GCACTGTTAG AATCTGGGAC TTTCTACGTT GCCATGAGGA GAGAATTCTT 
CGAGGCCATG GAGCAGATGT GAAATGTGTT GACTGGCATC CAACAAAGGG CTTAGTTGTT 
TCAGGAAGTA AAGATAGCCA ACAGCCCATC AAGTTCTGGG ATCCAAAGAC TGGCCAGAGT 
CTTGCCACAC TACATGCTCA CAAAAACACA GTGATGGAGG TGAAACTGAA TCTCAATGGC 
AACTGGCTGC TGACAGCTTC TCGTGACCAC CTCTGTAAGC TCTTTGACAT CCGGAACCTG 
AAAGAAGAAC TTCAGGTCTT CAGGGGTCAT AAGAAGGAAG CCACAGCTGT GGCCTGGCAT 
CCTGTTCACG AAGGGCTGTT TGCCAGTGGA GGGTCTGATG GGTCCTTGTT GTTCTGGCAT 
GTTGGGGTTG AGAAGGAGGT TGGTGGAATG GAAATGGCCC ATGAAGGAAT GATCTGGAGT 
CTAGCATGGC ATCCCCTCGG ACACATTCTG TGTTCAGGCT CAAATGATCA CACCAGCAAG 
TTTTGGACTA GAAATCGGCC TGGAGATAAA ATGCGGGATC GTTACAACTT GAACCTGCTG 
CCTGGGATGT CAGAGGATGG TGTGGAATAT GCTCCAGGAG ATGATCTGGA GCCCAACAGT 
CTGGCAGTTA TTCCTGGGAT GGGAATACCT GAACAGTTGA AAATAGCCAT GGAGCAGGAG 
CAGATGGGGA AAGATGAGTC CAATGACATT GAAATGACAA TCCCAGGACT GGACTGGGGA 
ATGGAGGAAG TAATGCAAAA GGACCAAAAG AAAGTGCCAC AGAAAAAAGT TCCCTATGCA 
AAACCAATAC CAGCACAGTT TCAGCAGGCA TGGATGCAAA ATAAAGTTCC TTTGCCTCCC 
CCACCTGAGC CATTGAATGA TAGAAAGGAG GATATTAAAC TGGAGGAGAA AAAGAAATCA 
CAGGCAGAGA TTGAGCAAGA AATGGCAGCA CTTCAGTACA CAAACCCACA ACTCCTGGAG 
CAACTGAAGA TTGAGAGACT TGCACAAAAG CAAGCTGAGC AAGTGCAGCC ACCACCCCCA 
GGAGGATCTC TTCATGGACC TCAGCCTTTC CCAGGGCAAG GCCCAATGTC ACAGATGCCT 
CAAGGGTTTC AGCAGCCCCT TCCACCTCAG CAGATGCCAA TGAATATGCC ACAGATGGGA 
CCTCCTGGTC CACAAGGACA GTTCAGACCT CCAGGACCCC AAGGACAAAT AGGACCTCAA 
GGTCCATTAC ACCAAGGAGC TGGAGGTCCA CAAGGGTTCA TGGGACCACA AGGACCTCCA 
GGCCCCCAAG GGCCTCCACA AGGAATGCCA CGGCCTCAGG ATTTACACGG ACATCAAGGA 
ATGCAGAGAC ATCCGGGCCC TCATGGGCCA ATGGGGCCCC CAGGTCCACA GGGTAACGCT 
GGCCCACAGG GACACCTGGG ACCACAGGGC CTGCCTGGGT CTCAGACTCA TTTAGGACCA 
CAGGGCCCAC CTGGCCCACA AGGTCACTTG GGTCCTCAGG GTCCCCCTGG AGGTCAAGGG 
ATGCAGGGAC CACCTGGTCC ACGAGGAATG CAAGGACCTC TTCCCCACGG CATGCAAGGA 
GCTCCGGGAT CTCAAGGGAT GCAGGGCCCT ATATCCCAAG GGCCTTTGAT GGGACTTAAT 
CCTAGAGGAA TGCAGGGTCC ACCAGGACCC AGAGATAACC AGGGACCTAA TCCACAGGGG 
ATGATGATGG GTCATCCACA AGAAATGAGA GGTCCTCATA TACAAAGTGG CTTACTAGGA 
CATGGTCCCC AGGAGATGCG GGGCCTTCAG GGACCCCCAC CTCAAGGTTC AATGCTGGGA 
CCGCCACAAG AAATGCGTGG GCCACCTGGT CCCCAGGGCC AGCAGGGACC TCCACAAGGC 
TCTTTGGTGG GGCCTCAAGG AAACATGCAA GGACCTCAGG GACAGCCGAA CCCTTCGAGA 
GGGCCGCACC CTTCCCAGGG CCCTCTGCCC TTCCAGCAGC AGAAAACACC TCTGTTGGGT 
GATGGGCCTC GTCCCCCATT CAATCAGGAT GGACAGAACC CAGGTCCTCC TCCACTGATA 
CCAGGCCTGG GACAGCAAGG AGGACAAGGT CGTCTGGGCC CTCACAACCA AGGTCCTGGT 
CTTAATAAAG GTGATGCCCG GGGGCCACCC AACCATCACC TGGGCCCGCT GTCGGACAGA 
CGGCACGAGC AGAACAGCAG CGGCCCCGAG CACGGGCCGG AGAGGGGCCT GTTCCGAGGG 
GGCCAGGACT GGAGTGATGG CAGGGACAGA CGGGGACCTC ACCCCGATTT CCACGATGAC 
TTTGATCGAC CGGACGACTT CCGTGACGAT TTCCACCCAG ATAAGAGATT TGGCCATCGA 
TTACGAGAGT TCGAGGGGAG AGGAGGCCCG CCGTTGCAAG ATGAGAAATG GAGACGAGGT 
GGACCCGGGC CTCCCTTTCC TCCTGATCAC AGGGAGTTTG AAGGAGGTGG TTCCAACCGT 
GGCCCTCCTG GTGCTTGGGA AGGACGGAGA CCTTCAGATG ACAGATACCC GCGGGACCCG 
GAGGATGCGC GCTTCCGAGG AAGGCGAGAT GAGAGATTTA TAAACTGGAA ACCAATAAGG 
AAATGA

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

RefSeq	XP_015492716.1
CDS	147..3452
Translation	MATEIGSPPRFFHMPRFQHQAPRQLFYKRPDFAQQQAMQQLTFDGKRMRKAVNRKTIDYNPSVIKYLENRVWQRDQRDMRAIQPDAGYYNDLVPPIGMLNNPMNAVTTKFVRTSTNKVKCPVFVVRWTPEGRRLVTGASSGEFTLWNGLTFNFETILQAHDSPVRAMTWSHNDMWMLTADHGGYVKYWQSNMNNVKMFQAHKEAIREASFSPTDNKFATCSDDGTVRIWDFLRCHEERILRGHGADVKCVDWHPTKGLVVSGSKDSQQPIKFWDPKTGQSLATLHAHKNTVMEVKLNLNGNWLLTASRDHLCKLFDIRNLKEELQVFRGHKKEATAVAWHPVHEGLFASGGSDGSLLFWHVGVEKEVGGMEMAHEGMIWSLAWHPLGHILCSGSNDHTSKFWTRNRPGDKMRDRYNLNLLPGMSEDGVEYAPGDDLEPNSLAVIPGMGIPEQLKIAMEQEQMGKDESNDIEMTIPGLDWGMEEVMQKDQKKVPQKKVPYAKPIPAQFQQAWMQNKVPLPPPPEPLNDRKEDIKLEEKKKSQAEIEQEMAALQYTNPQLLEQLKIERLAQKQAEQVQPPPPGGSLHGPQPFPGQGPMSQMPQGFQQPLPPQQMPMNMPQMGPPGPQGQFRPPGPQGQIGPQGPLHQGAGGPQGFMGPQGPPGPQGPPQGMPRPQDLHGHQGMQRHPGPHGPMGPPGPQGNAGPQGHLGPQGLPGSQTHLGPQGPPGPQGHLGPQGPPGGQGMQGPPGPRGMQGPLPHGMQGAPGSQGMQGPISQGPLMGLNPRGMQGPPGPRDNQGPNPQGMMMGHPQEMRGPHIQSGLLGHGPQEMRGLQGPPPQGSMLGPPQEMRGPPGPQGQQGPPQGSLVGPQGNMQGPQGQPNPSRGPHPSQGPLPFQQQKTPLLGDGPRPPFNQDGQNPGPPPLIPGLGQQGGQGRLGPHNQGPGLNKGDARGPPNHHLGPLSDRRHEQNSSGPEHGPERGLFRGGQDWSDGRDRRGPHPDFHDDFDRPDDFRDDFHPDKRFGHRLREFEGRGGPPLQDEKWRRGGPGPPFPPDHREFEGGGSNRGPPGAWEGRRPSDDRYPRDPEDARFRGRRDERFINWKPIRK

Target ORF information:

RefSeq Version	XM_015637230.1
Organism	Parus major(Great Tit)
Definition	Parus major WD repeat domain 33 (WDR33), transcript variant X2, mRNA.

Target ORF information:

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

XM_015637230.1

ORF Insert Sequence:

ATGGCCACAG AAATCGGCTC CCCGCCCCGG TTCTTCCACA TGCCGCGGTT CCAGCACCAG 
GCGCCGCGGC AGCTCTTCTA CAAACGGCCG GACTTCGCGC AGCAGCAGGC CATGCAGCAG 
CTCACCTTCG ATGGGAAACG CATGAGAAAG GCTGTCAACA GAAAGACCAT AGACTACAAT 
CCTTCTGTCA TCAAATATTT GGAGAATAGA GTATGGCAGA GAGACCAACG AGATATGCGA 
GCGATCCAGC CCGATGCAGG ATATTATAAT GATTTGGTCC CTCCTATAGG AATGCTGAAC 
AACCCTATGA ATGCTGTGAC AACAAAATTT GTTCGGACAT CTACTAATAA AGTAAAATGC 
CCAGTGTTTG TTGTCAGGTG GACTCCTGAG GGGAGACGCT TGGTCACTGG TGCATCTAGT 
GGGGAGTTCA CTTTATGGAA TGGACTGACT TTCAATTTTG AAACAATATT GCAGGCTCAC 
GACAGCCCTG TAAGGGCTAT GACTTGGTCA CACAATGATA TGTGGATGCT GACAGCAGAC 
CACGGGGGAT ATGTGAAATA CTGGCAGTCC AACATGAACA ACGTCAAGAT GTTCCAGGCA 
CATAAGGAGG CGATTAGAGA GGCCAGTTTC TCACCCACGG ATAATAAATT TGCTACATGC 
TCTGACGACG GCACTGTTAG AATCTGGGAC TTTCTACGTT GCCATGAGGA GAGAATTCTT 
CGAGGCCATG GAGCAGATGT GAAATGTGTT GACTGGCATC CAACAAAGGG CTTAGTTGTT 
TCAGGAAGTA AAGATAGCCA ACAGCCCATC AAGTTCTGGG ATCCAAAGAC TGGCCAGAGT 
CTTGCCACAC TACATGCTCA CAAAAACACA GTGATGGAGG TGAAACTGAA TCTCAATGGC 
AACTGGCTGC TGACAGCTTC TCGTGACCAC CTCTGTAAGC TCTTTGACAT CCGGAACCTG 
AAAGAAGAAC TTCAGGTCTT CAGGGGTCAT AAGAAGGAAG CCACAGCTGT GGCCTGGCAT 
CCTGTTCACG AAGGGCTGTT TGCCAGTGGA GGGTCTGATG GGTCCTTGTT GTTCTGGCAT 
GTTGGGGTTG AGAAGGAGGT TGGTGGAATG GAAATGGCCC ATGAAGGAAT GATCTGGAGT 
CTAGCATGGC ATCCCCTCGG ACACATTCTG TGTTCAGGCT CAAATGATCA CACCAGCAAG 
TTTTGGACTA GAAATCGGCC TGGAGATAAA ATGCGGGATC GTTACAACTT GAACCTGCTG 
CCTGGGATGT CAGAGGATGG TGTGGAATAT GCTCCAGGAG ATGATCTGGA GCCCAACAGT 
CTGGCAGTTA TTCCTGGGAT GGGAATACCT GAACAGTTGA AAATAGCCAT GGAGCAGGAG 
CAGATGGGGA AAGATGAGTC CAATGACATT GAAATGACAA TCCCAGGACT GGACTGGGGA 
ATGGAGGAAG TAATGCAAAA GGACCAAAAG AAAGTGCCAC AGAAAAAAGT TCCCTATGCA 
AAACCAATAC CAGCACAGTT TCAGCAGGCA TGGATGCAAA ATAAAGTTCC TTTGCCTCCC 
CCACCTGAGC CATTGAATGA TAGAAAGGAG GATATTAAAC TGGAGGAGAA AAAGAAATCA 
CAGGCAGAGA TTGAGCAAGA AATGGCAGCA CTTCAGTACA CAAACCCACA ACTCCTGGAG 
CAACTGAAGA TTGAGAGACT TGCACAAAAG CAAGCTGAGC AAGTGCAGCC ACCACCCCCA 
GGAGGATCTC TTCATGGACC TCAGCCTTTC CCAGGGCAAG GCCCAATGTC ACAGATGCCT 
CAAGGGTTTC AGCAGCCCCT TCCACCTCAG CAGATGCCAA TGAATATGCC ACAGATGGGA 
CCTCCTGGTC CACAAGGACA GTTCAGACCT CCAGGACCCC AAGGACAAAT AGGACCTCAA 
GGTCCATTAC ACCAAGGAGC TGGAGGTCCA CAAGGGTTCA TGGGACCACA AGGACCTCCA 
GGCCCCCAAG GGCCTCCACA AGGAATGCCA CGGCCTCAGG ATTTACACGG ACATCAAGGA 
ATGCAGAGAC ATCCGGGCCC TCATGGGCCA ATGGGGCCCC CAGGTCCACA GGGTAACGCT 
GGCCCACAGG GACACCTGGG ACCACAGGGC CTGCCTGGGT CTCAGACTCA TTTAGGACCA 
CAGGGCCCAC CTGGCCCACA AGGTCACTTG GGTCCTCAGG GTCCCCCTGG AGGTCAAGGG 
ATGCAGGGAC CACCTGGTCC ACGAGGAATG CAAGGACCTC TTCCCCACGG CATGCAAGGA 
GCTCCGGGAT CTCAAGGGAT GCAGGGCCCT ATATCCCAAG GGCCTTTGAT GGGACTTAAT 
CCTAGAGGAA TGCAGGGTCC ACCAGGACCC AGAGATAACC AGGGACCTAA TCCACAGGGG 
ATGATGATGG GTCATCCACA AGAAATGAGA GGTCCTCATA TACAAAGTGG CTTACTAGGA 
CATGGTCCCC AGGAGATGCG GGGCCTTCAG GGACCCCCAC CTCAAGGTTC AATGCTGGGA 
CCGCCACAAG AAATGCGTGG GCCACCTGGT CCCCAGGGCC AGCAGGGACC TCCACAAGGC 
TCTTTGGTGG GGCCTCAAGG AAACATGCAA GGACCTCAGG GACAGCCGAA CCCTTCGAGA 
GGGCCGCACC CTTCCCAGGG CCCTCTGCCC TTCCAGCAGC AGAAAACACC TCTGTTGGGT 
GATGGGCCTC GTCCCCCATT CAATCAGGAT GGACAGAACC CAGGTCCTCC TCCACTGATA 
CCAGGCCTGG GACAGCAAGG AGGACAAGGT CGTCTGGGCC CTCACAACCA AGGTCCTGGT 
CTTAATAAAG GTGATGCCCG GGGGCCACCC AACCATCACC TGGGCCCGCT GTCGGACAGA 
CGGCACGAGC AGAACAGCAG CGGCCCCGAG CACGGGCCGG AGAGGGGCCT GTTCCGAGGG 
GGCCAGGACT GGAGTGATGG CAGGGACAGA CGGGGACCTC ACCCCGATTT CCACGATGAC 
TTTGATCGAC CGGACGACTT CCGTGACGAT TTCCACCCAG ATAAGAGATT TGGCCATCGA 
TTACGAGAGT TCGAGGGGAG AGGAGGCCCG CCGTTGCAAG ATGAGAAATG GAGACGAGGT 
GGACCCGGGC CTCCCTTTCC TCCTGATCAC AGGGAGTTTG AAGGAGGTGG TTCCAACCGT 
GGCCCTCCTG GTGCTTGGGA AGGACGGAGA CCTTCAGATG ACAGATACCC GCGGGACCCG 
GAGGATGCGC GCTTCCGAGG AAGGCGAGAT GAGAGATTTA TAAACTGGAA ACCAATAAGG 
AAATGA