wdr66 cDNA ORF clone, Callorhinchus milii(elephant shark)

Gene
Clones
gRNAs

Summary

Gene Symbol	wdr66
Entrez Gene ID	103184300
Full Name	WD repeat domain 66
Gene Type	protein-coding
Organism	Callorhinchus milii(elephant shark)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007902225.1	XP_007900416.1	WD repeat-containing protein 66

Pathways from BioSystems
Gene Ontology

The following wdr66 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the wdr66 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
OCa382514	XM_007902225.1 Latest version!	Callorhinchus milii WD repeat domain 66 (wdr66), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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

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

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

Reference Sequences (Refseq)

wdr66 ( XM_007902225.1 ) cDNA ORF clone, Callorhinchus milii(elephant shark) -> XP_007900416.1 Callorhinchus milii WD repeat domain 66 (wdr66), mRNA.

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CloneID	OCa382514
Clone ID Related Accession (Same CDS sequence)	XM_007902225.1
Accession Version	XM_007902225.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3690bp) 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	2014-05-08
Organism	Callorhinchus milii(elephant shark)
Product	WD repeat-containing protein 66
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006890147.1) 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 :: Callorhinchus milii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGATA AAGCAAGAGA TGGAGACACG GAAGATTCAT CGAAGAAAAG TGAAGATGGG 
GAGTCAGGAG GTCGGGAATC CACTGATGGG ACAGAGAGGA CCCTGTCCCC GCCGGGGTCT 
GACTTCCTGA AGGCAAATCT GTCCGACAGC GACCGGCGCT CGAGCGAAGA CAACAGAGAC 
GAAACCATCG ACATAGGCAG AGGGAGAAGC AGGGAAACGA AAAAGAAGCG AGTCAAGGTG 
CAGTTCAATA CCGAGGATGA GGTGCAGCAC TTTGAAGTTC AGGGAAAGCC GAAGGTCCGT 
CTGGAAATTT ACTCTGATTC CAAAGAGGCC AGGAGCCAAG ATGACAAGAG TTACAGGAGC 
CAGGATGAGT CCTTATCTGG GGAGTCTGAG GGGACGGTAT CCCCGACTTC CTCAAACAAG 
GGACGGGAGC AGAAGTCGCC GAAGAAAGAG AAGAAAAAGA AACAGTACAC TAAGGTGCAA 
TTCAATCAGG ACAAGCAAAG TAGAGACAAG ATGCATTCCA ATGAGGGCAA AAGTGTGGAG 
GCCAGACTGG TCATCACGCC ATGCCCTCTG GAACTGGCTG TGGTCATCGT TAGAGAGCTG 
CCGGTGCCCG GCTCCATGGA GTACGTCAAC GTGGTGGACA CCAGCGCGGA GGCTGTCCAG 
GTACCTGAAA CCCTCTTCTT GGGAAGCTTC CCCACCCCCC AGATCTCTGA GAAGGAGTTT 
TCCATCACGA GCCAAGAGCT GGCGGTGGCT GGGGACGCCC AGGTCACTGC TCGCAGCGAG 
AGCGAGGAGG AGGAGGAGGT GGTCAAGGAA GCGATAGAGG GCAAGAGAGA GGAGCCGGCC 
AGTGTGGTGG AACAGCCTCC GGAAGAGCAT ACCTCCAAGG TGTCCACTGC TATCTGTGAC 
ACCATATTTG AGGATAAATA CAAGAACTAC ATGAAACCAA ACTCTTTGAA TTTAGCCTGG 
GCGTTTGGGA TAAACCGAGA CATCCCGGTG TATGCTCTGC ATCTCGACGT ACGCAGAGTC 
ATTCTCTACG TCTCGTCACA CACCGCGGTG CTGGCTAACT TTTTCCTTGG TCGCCAGTAT 
CTCTTGCAGG GTCACTGCAG TCCCATATCA TGTATTGCTT TGAGTGGGAA TAAGAGATGG 
TTGGCAACAG CAGACATGGG CCCAGAGAGC TTGGTGATAG TCTGGGACAT TTTCTCAGGA 
ATACCCGTAC AGACACTCTT TAACTGTCAC CCGAAGGATG GGGTTGGAGC CATGGCTATC 
AGCCACAACG CTAAATACCT GGGAACGATC AGCGCAGGAA AAAATCAGCG AGTCTGTATC 
TGGGATTGGA CCTCAGAAAC CAAAGGACCA CTGTGTTGTG TGGACCTCAG CCCCGCTTTC 
TCTCCTCAGC ATTTTTTCCT GTTCAATCCC AAAGATGAGA CTGAGTTGTT GAGCAACAGT 
AAGCATGAGA TCGTGTTCTA CACCTGGAAA GGGAACCAGT TGGATTTTTC TGCCCCAGTT 
CTCACAGACC AAACATTTAA CAAGACAGTG GGACTCTTCA GTCAATCGGT TTTCCATCAT 
AATCCTTCAC AAGCACTGAC TGCCACATCC GCAGGCAACC TGGTGATCTG GGACACAAAG 
AGCCCGCCCG AAATCTCACT CAACGCTGAG ATTAAATCGT ACAAGAAGAA AGCTCTCAAA 
CTAGTGCACC TGCAAAATGA TGGTATCACA GTGGTCACTT TTTCGGATAG GTATGTCGTG 
ACCGGCGATG TTAAAGGTGT CATTAAGTTT TACAGTGAGG ACCTTAACAT AATGAATTGG 
TACAGTAACT TCAACCTGGG ACCCATCAAT TCCATTTCCT TCTCTAAGAG GCCAGCAGCT 
CCAGCCAGTG AGAAGACTTC TTATCCATCG GAATCCACCA TCAAAGCTCA GCAGTTTGTG 
GTCAGAAACT TTATTGTGGC CACCACTGAT GCTACGGTAG TCCATGTGAC TGGAGATGGC 
TGCAAGCTTG AAATATTACT GCAGGAGCAT AATTTCCCCC TGCATGCCAT CTGCTGTCAC 
CCCACGTACC CCATCCTCTG TATGGGGAGC TACAGCGGCC TCCTCAAGCT CTGGAACTAC 
GAAGAGAAGA AATACATCTC CAGCAGGATC TTTGGAATGG GGAACTACAT CAACTGTGTG 
GCCTTTGACA ACACAGGTAC GCTGCTGGGT ATTGGTGTGA CTGACGGAAG CGTTCACATC 
CTAAACGCCT TCTCTTTGAC TGATGAGTGC AAAGAGCCTT TCCAATATGC CAAAGATGCC 
ATCACGCAGA TCACCTTCTC TCATGATTCT CAGTATCTGG CAACTGTGGA TAGTAAAACC 
ACCGTGACTG TGTTTGTCCT ACGCCGAACC TCGGCTGATA AAGTCTGGAA GTATTTGGGC 
AAGCACACTT CACACTTCAA ACCCATCCAA ACCCTCACGT TTGGGATTCA CCTGGACACC 
AAAGAACCCA GGCTGTTGTC TCTTGGGGAA GACCGGGTTC TGGTAGAGTA TGACCTGGCC 
AATAGCACCA AGTATGACCT ACGGATATTG AACAGTGAAA GGATTGAGCA GAGTGCGGTA 
CCAATGTGCA TGGCTTGGTA TCCGCCCATC ACTACAGAAA GCTTCATCGT AGTGGCCAAT 
GACCAGTATA AACTGAAGCT TTACAACGCC ACCACAAAGA TGTGCAGGAA AACTGTGTTG 
GGCCCAAATT TTGGGTCTCC TATTAAGAAG ATGGTGATTT TGCCAAACTC AGACATTGAA 
CCTACAGTTG GTTATTTAGC ATACATCATA GATGACAAGG TGGGTCTGCA AACTCTGCCG 
CTGGACGGAA ACCCCCACAA GTCCTGCGCG GTTATCTGCC ACGGCAAAAA CGTCTCCAAC 
ATTGCCTGCT CCTACGACGG ACACTACGTT TTCACCGCTG GAGGAGATGA TTGCACCGTT 
CACATGTGGG AAATCAACCT GCAGGCCCAC GAAGCACTCA CTGCCCTGGG AGGCGAGGCG 
TTGATCCCGT TCTATGGTTT GCTGAGAGGG GGAAGAGAAG GACCACTTTT CAAGGAATTG 
GAAGATTATT TTTACTATTC CCAGCTGCGT CACCAGAGTA TCAACACAAT TGAGACCAGA 
CAGGTGTCTA CTCATATAGC ACTGGAGGAA ATTCCCTTTG TAATGAATGC AGTTGGCTTC 
TACCCTACGC AGAAGGAGAT TGAAGATATG CTAAATGAAA TGAAATTCAG TAAATATGTG 
GAAACTGGCC AGTTTGTCAC CCAAATTGAC ATCGGTGAAT TTGTTAAACT CCTGGTTAAT 
CACCGGCCAA TATTTGGCTA CTCCGTCGCC GAACTCCAGA AATGCTTCGA CATTCTCGGG 
TATAAAAACG AAAATGGAGA GAGTGCAATT GAACAGGGTC ACTTACTGCA GCTATTGCAA 
ACAAGAGGTG AATGTATGAC GGAGGAAGAG GTGAACGAGT ATCTCGCCAC ACTCCTGGGC 
TTGAATTCAG AGGGAGGAAC ATCTGAACTG ATCACCTTTA TTCCCACAGA TACAGTAACA 
ATGTTGGAAG AGCAACTTCC AGGTGAGATT ACGACTGAAT TATTTATGCA GGGAATCCTG 
GATTTCCCCC TCCTTCTAAC TGAAGAAAAA TGCATTCCAC AGACGCCACC TGAGCCAGAA 
CTGGAATCAA CAACATCACC GTCACCATAA

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

RefSeq	XP_007900416.1
CDS	34..3723
Translation	MADKARDGDTEDSSKKSEDGESGGRESTDGTERTLSPPGSDFLKANLSDSDRRSSEDNRDETIDIGRGRSRETKKKRVKVQFNTEDEVQHFEVQGKPKVRLEIYSDSKEARSQDDKSYRSQDESLSGESEGTVSPTSSNKGREQKSPKKEKKKKQYTKVQFNQDKQSRDKMHSNEGKSVEARLVITPCPLELAVVIVRELPVPGSMEYVNVVDTSAEAVQVPETLFLGSFPTPQISEKEFSITSQELAVAGDAQVTARSESEEEEEVVKEAIEGKREEPASVVEQPPEEHTSKVSTAICDTIFEDKYKNYMKPNSLNLAWAFGINRDIPVYALHLDVRRVILYVSSHTAVLANFFLGRQYLLQGHCSPISCIALSGNKRWLATADMGPESLVIVWDIFSGIPVQTLFNCHPKDGVGAMAISHNAKYLGTISAGKNQRVCIWDWTSETKGPLCCVDLSPAFSPQHFFLFNPKDETELLSNSKHEIVFYTWKGNQLDFSAPVLTDQTFNKTVGLFSQSVFHHNPSQALTATSAGNLVIWDTKSPPEISLNAEIKSYKKKALKLVHLQNDGITVVTFSDRYVVTGDVKGVIKFYSEDLNIMNWYSNFNLGPINSISFSKRPAAPASEKTSYPSESTIKAQQFVVRNFIVATTDATVVHVTGDGCKLEILLQEHNFPLHAICCHPTYPILCMGSYSGLLKLWNYEEKKYISSRIFGMGNYINCVAFDNTGTLLGIGVTDGSVHILNAFSLTDECKEPFQYAKDAITQITFSHDSQYLATVDSKTTVTVFVLRRTSADKVWKYLGKHTSHFKPIQTLTFGIHLDTKEPRLLSLGEDRVLVEYDLANSTKYDLRILNSERIEQSAVPMCMAWYPPITTESFIVVANDQYKLKLYNATTKMCRKTVLGPNFGSPIKKMVILPNSDIEPTVGYLAYIIDDKVGLQTLPLDGNPHKSCAVICHGKNVSNIACSYDGHYVFTAGGDDCTVHMWEINLQAHEALTALGGEALIPFYGLLRGGREGPLFKELEDYFYYSQLRHQSINTIETRQVSTHIALEEIPFVMNAVGFYPTQKEIEDMLNEMKFSKYVETGQFVTQIDIGEFVKLLVNHRPIFGYSVAELQKCFDILGYKNENGESAIEQGHLLQLLQTRGECMTEEEVNEYLATLLGLNSEGGTSELITFIPTDTVTMLEEQLPGEITTELFMQGILDFPLLLTEEKCIPQTPPEPELESTTSPSP

Target ORF information:

RefSeq Version	XM_007902225.1
Organism	Callorhinchus milii(elephant shark)
Definition	Callorhinchus milii WD repeat domain 66 (wdr66), mRNA.

Target ORF information:

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

XM_007902225.1

ORF Insert Sequence:

ATGGCTGATA AAGCAAGAGA TGGAGACACG GAAGATTCAT CGAAGAAAAG TGAAGATGGG 
GAGTCAGGAG GTCGGGAATC CACTGATGGG ACAGAGAGGA CCCTGTCCCC GCCGGGGTCT 
GACTTCCTGA AGGCAAATCT GTCCGACAGC GACCGGCGCT CGAGCGAAGA CAACAGAGAC 
GAAACCATCG ACATAGGCAG AGGGAGAAGC AGGGAAACGA AAAAGAAGCG AGTCAAGGTG 
CAGTTCAATA CCGAGGATGA GGTGCAGCAC TTTGAAGTTC AGGGAAAGCC GAAGGTCCGT 
CTGGAAATTT ACTCTGATTC CAAAGAGGCC AGGAGCCAAG ATGACAAGAG TTACAGGAGC 
CAGGATGAGT CCTTATCTGG GGAGTCTGAG GGGACGGTAT CCCCGACTTC CTCAAACAAG 
GGACGGGAGC AGAAGTCGCC GAAGAAAGAG AAGAAAAAGA AACAGTACAC TAAGGTGCAA 
TTCAATCAGG ACAAGCAAAG TAGAGACAAG ATGCATTCCA ATGAGGGCAA AAGTGTGGAG 
GCCAGACTGG TCATCACGCC ATGCCCTCTG GAACTGGCTG TGGTCATCGT TAGAGAGCTG 
CCGGTGCCCG GCTCCATGGA GTACGTCAAC GTGGTGGACA CCAGCGCGGA GGCTGTCCAG 
GTACCTGAAA CCCTCTTCTT GGGAAGCTTC CCCACCCCCC AGATCTCTGA GAAGGAGTTT 
TCCATCACGA GCCAAGAGCT GGCGGTGGCT GGGGACGCCC AGGTCACTGC TCGCAGCGAG 
AGCGAGGAGG AGGAGGAGGT GGTCAAGGAA GCGATAGAGG GCAAGAGAGA GGAGCCGGCC 
AGTGTGGTGG AACAGCCTCC GGAAGAGCAT ACCTCCAAGG TGTCCACTGC TATCTGTGAC 
ACCATATTTG AGGATAAATA CAAGAACTAC ATGAAACCAA ACTCTTTGAA TTTAGCCTGG 
GCGTTTGGGA TAAACCGAGA CATCCCGGTG TATGCTCTGC ATCTCGACGT ACGCAGAGTC 
ATTCTCTACG TCTCGTCACA CACCGCGGTG CTGGCTAACT TTTTCCTTGG TCGCCAGTAT 
CTCTTGCAGG GTCACTGCAG TCCCATATCA TGTATTGCTT TGAGTGGGAA TAAGAGATGG 
TTGGCAACAG CAGACATGGG CCCAGAGAGC TTGGTGATAG TCTGGGACAT TTTCTCAGGA 
ATACCCGTAC AGACACTCTT TAACTGTCAC CCGAAGGATG GGGTTGGAGC CATGGCTATC 
AGCCACAACG CTAAATACCT GGGAACGATC AGCGCAGGAA AAAATCAGCG AGTCTGTATC 
TGGGATTGGA CCTCAGAAAC CAAAGGACCA CTGTGTTGTG TGGACCTCAG CCCCGCTTTC 
TCTCCTCAGC ATTTTTTCCT GTTCAATCCC AAAGATGAGA CTGAGTTGTT GAGCAACAGT 
AAGCATGAGA TCGTGTTCTA CACCTGGAAA GGGAACCAGT TGGATTTTTC TGCCCCAGTT 
CTCACAGACC AAACATTTAA CAAGACAGTG GGACTCTTCA GTCAATCGGT TTTCCATCAT 
AATCCTTCAC AAGCACTGAC TGCCACATCC GCAGGCAACC TGGTGATCTG GGACACAAAG 
AGCCCGCCCG AAATCTCACT CAACGCTGAG ATTAAATCGT ACAAGAAGAA AGCTCTCAAA 
CTAGTGCACC TGCAAAATGA TGGTATCACA GTGGTCACTT TTTCGGATAG GTATGTCGTG 
ACCGGCGATG TTAAAGGTGT CATTAAGTTT TACAGTGAGG ACCTTAACAT AATGAATTGG 
TACAGTAACT TCAACCTGGG ACCCATCAAT TCCATTTCCT TCTCTAAGAG GCCAGCAGCT 
CCAGCCAGTG AGAAGACTTC TTATCCATCG GAATCCACCA TCAAAGCTCA GCAGTTTGTG 
GTCAGAAACT TTATTGTGGC CACCACTGAT GCTACGGTAG TCCATGTGAC TGGAGATGGC 
TGCAAGCTTG AAATATTACT GCAGGAGCAT AATTTCCCCC TGCATGCCAT CTGCTGTCAC 
CCCACGTACC CCATCCTCTG TATGGGGAGC TACAGCGGCC TCCTCAAGCT CTGGAACTAC 
GAAGAGAAGA AATACATCTC CAGCAGGATC TTTGGAATGG GGAACTACAT CAACTGTGTG 
GCCTTTGACA ACACAGGTAC GCTGCTGGGT ATTGGTGTGA CTGACGGAAG CGTTCACATC 
CTAAACGCCT TCTCTTTGAC TGATGAGTGC AAAGAGCCTT TCCAATATGC CAAAGATGCC 
ATCACGCAGA TCACCTTCTC TCATGATTCT CAGTATCTGG CAACTGTGGA TAGTAAAACC 
ACCGTGACTG TGTTTGTCCT ACGCCGAACC TCGGCTGATA AAGTCTGGAA GTATTTGGGC 
AAGCACACTT CACACTTCAA ACCCATCCAA ACCCTCACGT TTGGGATTCA CCTGGACACC 
AAAGAACCCA GGCTGTTGTC TCTTGGGGAA GACCGGGTTC TGGTAGAGTA TGACCTGGCC 
AATAGCACCA AGTATGACCT ACGGATATTG AACAGTGAAA GGATTGAGCA GAGTGCGGTA 
CCAATGTGCA TGGCTTGGTA TCCGCCCATC ACTACAGAAA GCTTCATCGT AGTGGCCAAT 
GACCAGTATA AACTGAAGCT TTACAACGCC ACCACAAAGA TGTGCAGGAA AACTGTGTTG 
GGCCCAAATT TTGGGTCTCC TATTAAGAAG ATGGTGATTT TGCCAAACTC AGACATTGAA 
CCTACAGTTG GTTATTTAGC ATACATCATA GATGACAAGG TGGGTCTGCA AACTCTGCCG 
CTGGACGGAA ACCCCCACAA GTCCTGCGCG GTTATCTGCC ACGGCAAAAA CGTCTCCAAC 
ATTGCCTGCT CCTACGACGG ACACTACGTT TTCACCGCTG GAGGAGATGA TTGCACCGTT 
CACATGTGGG AAATCAACCT GCAGGCCCAC GAAGCACTCA CTGCCCTGGG AGGCGAGGCG 
TTGATCCCGT TCTATGGTTT GCTGAGAGGG GGAAGAGAAG GACCACTTTT CAAGGAATTG 
GAAGATTATT TTTACTATTC CCAGCTGCGT CACCAGAGTA TCAACACAAT TGAGACCAGA 
CAGGTGTCTA CTCATATAGC ACTGGAGGAA ATTCCCTTTG TAATGAATGC AGTTGGCTTC 
TACCCTACGC AGAAGGAGAT TGAAGATATG CTAAATGAAA TGAAATTCAG TAAATATGTG 
GAAACTGGCC AGTTTGTCAC CCAAATTGAC ATCGGTGAAT TTGTTAAACT CCTGGTTAAT 
CACCGGCCAA TATTTGGCTA CTCCGTCGCC GAACTCCAGA AATGCTTCGA CATTCTCGGG 
TATAAAAACG AAAATGGAGA GAGTGCAATT GAACAGGGTC ACTTACTGCA GCTATTGCAA 
ACAAGAGGTG AATGTATGAC GGAGGAAGAG GTGAACGAGT ATCTCGCCAC ACTCCTGGGC 
TTGAATTCAG AGGGAGGAAC ATCTGAACTG ATCACCTTTA TTCCCACAGA TACAGTAACA 
ATGTTGGAAG AGCAACTTCC AGGTGAGATT ACGACTGAAT TATTTATGCA GGGAATCCTG 
GATTTCCCCC TCCTTCTAAC TGAAGAAAAA TGCATTCCAC AGACGCCACC TGAGCCAGAA 
CTGGAATCAA CAACATCACC GTCACCATAA