LOC100678620 cDNA ORF clone, Nasonia vitripennis(jewel wasp)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100678620
Entrez Gene ID	100678620
Full Name	uncharacterized LOC100678620
Gene Type	protein-coding
Organism	Nasonia vitripennis(jewel wasp)

mRNA and Protein(s)

mRNA	Protein	Name
XM_008217539.2	XP_008215761.1	uncharacterized protein LOC100678620 isoform X1
XM_008217552.2	XP_008215774.1	uncharacterized protein LOC100678620 isoform X2
XM_031925997.1	XP_031781857.1	uncharacterized protein LOC100678620 isoform X2
XM_008217539.3	XP_008215761.1	uncharacterized protein LOC100678620 isoform X1
XM_008217555.2	XP_008215777.1	uncharacterized protein LOC100678620 isoform X3
XM_008217555.3	XP_008215777.1	uncharacterized protein LOC100678620 isoform X3

Pathways from BioSystems
Gene Ontology

The following LOC100678620 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100678620 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)
ONd01031	XM_008217555.3 Latest version!	Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
ONd25426	XM_031925997.1 Latest version!	Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
ONd01029	XM_008217539.3 Latest version!	Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
ONd01030	XM_008217552.2 Latest version!	Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
View Old Accession Versions >>
ONd01029	XM_008217539.2	Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
ONd01031	XM_008217555.2	Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
Hide Old Accession Versions >>

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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)

LOC100678620 ( XM_008217555.2 ) cDNA ORF clone, Nasonia vitripennis(jewel wasp) -> XP_008215777.1 Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X3, mRNA.

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CloneID	ONd01031
Clone ID Related Accession (Same CDS sequence)	XM_008217555.2 , XM_008217555.3
Accession Version	XM_008217555.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5679bp) 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	1464105600000
Organism	Nasonia vitripennis(jewel wasp)
Product	uncharacterized protein LOC100678620 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_015867.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 26, 2016 this sequence version replaced XM_008217555.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nasonia vitripennis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAATAATA CAACACCAAA TCGGCATCAA GGTACACCAA ACTCTAAAGA CACAAAACCC 
GACAAAATGG ATGTAGTTTC TTCTCCGGTA CTCGGCGGAG GCAAAAAAAG GGCTAAGCGA 
AAAGTAAAGC GTAGAATACT TAATAATGTA GCTTTAGATT CAGATAACAA TAATGATCAA 
CAAAGTATCA GTAGCAATAG TGATAAGGTT CCCTCTGAAG CTAGCTCTGT GAACAACGAA 
CCATTTTTTT ATGTCAAACC TGACATGAAA TTGAACATAA TTGAAGAAAA TAGCAAACCA 
AATAATGAAG AGTGCAAAGA AAATAAAAAG TTAGAAGACG CTACTGCCTT TGATAAAAAT 
AGCAATACTT CAACTCAAGA CTTTTTCTCT AATGCATCAT TCAGTTCCAT AGATCGCTTA 
TGTTGTAACA TTATTCCAGA AGAGAAGCTA AGCTCAATAC CTGAATCAGA TGATAAAGAA 
AACAAAGATA TAGCTGTTAA ACAAGAAATT GTTGAAAAAC ATGTTAAGCC CAAAATTGGC 
AATGATGTCC TTGCAAGAGT AGCTGAAATT AAGCGTAACC AAAAACCTCT AAGAAGATCA 
ATTGATATAA GTCATACTAT TATACCAAAA GAAGAATTTT CTAAATCTGT TAGGGAACTT 
GAACTGGCCG ATACAAGATT TAGTCAAGAA AAACAGATAA CTCCAAAAGT TCAACACAAA 
CCTTTGAGAT TAATGTCTTT TTCAGAATTG ACATCTGCCG AAAGTTTAAT AAATACAAAG 
AAAGAAAAGT CTCCTGAAAA GGAAAATCTT GATGTACCAG CTGAAATTAT GGATGATTGG 
AATGTAGACA TATTTGCAAA TACAAACTTT GGCGAAAAAG GAGAAATTTT ACAGAATGCT 
TCAACATCAT CTACTACGAA GCCAGAAGTT GGCTTCTCTT GTGCCAGTGG GAAAGGAATT 
TCCATTAACG AAAAAAATCT GCAAAAAGAT ATGAGAATGT ACAAAGAAAT AGAGAAAGAG 
ATAAGTAGCA ACAATAATCT TTTGGCTCTA GAAAAATCAA GTTTATCAAA ACAAACTATG 
TATCAAACAA AGACACTTAT CAACGTACCA GACAATAATG AAATGAATTT GAAAATAAAA 
AAGGAACCTA GTCATAGCAT TGCAACGTGT ATTACTACTG AAGATGGATT TTCTACAGCT 
AGTGGTAAAA ATATAACAAT TAGTGAAGAC AAAATACTAG ATTATGCAAA AATTTACACC 
GAGCTAGAAA AAGAAAATCT AAACGAAAAT AGCTTTTTAG AATTAAAAGG TAAAAATACC 
ATATCTAAAG TAAAACCAGT TACCAAAATA GATACCAAAG TACCAATATC AAGTATTCAG 
AAATGCATGG AAGACAAAAA ACTGGACACA TTAAAACTTT ATGAAGAGTT AGATCTAAAT 
GAATTTTTGG AACCAAAATT TACATCTTGC AGTGAAGTGC ATATCAATGA TGGTTTTGCG 
ACAGCTGGTG GAAAAGGTAT TACAATCAAT GAACAAAAAG AGCGCTTGTA TTCTAAAATA 
TATAATGAAC TAGAGGATGT TGATGAAAAT AGTTTACTCA GTGTTAAGAA AGATATTGCT 
CTAAAACCAA TCACTGTTGA AAAACCTAAA GATAAAGCAA TAATCAAATT TAATAATAAG 
ACTATGATAA ATAATACAGA TGCAAGAATT GAAACATCAA CGATTTACAA CAACCTTACT 
ACGAAAATAT CAGCAGTTTC AAACACAGAA GTTTCAGGCG ATGGTTTTTC AACTGCTCGT 
GGTAAGGGAA TCAAAGTCAG TGAGGACAAA GAAATGATGT ATGCCAAAAT TTATAATGAA 
CTAGGTGATG CTGATGAAAA TGAATTCACT AACATTAAGC AAAATAAGAC TTTGAAACAA 
GCTTTTCAGA AACCAAAAGA CAAAGCTATG ATTGTGTTTA ATAACAAGCA AACGATTTCA 
ACTAAACCTT CTACAGTCAT AAGTAAAAAC AATGTAGTAC AACAAAATTT AGAAGCATCA 
AGCGATGGGT TTTCAACAGC TGGTGGCAAA GGGATCAAAA TAAACACCGA AAAAGAAGGA 
TACTATTCGA AGGTGTTCAA CGAATTAAGT GAAGATATTC GTGACGAAAA TTGCTTCTTA 
AACTTGGATA AAAAAACTCT ACCCAAGGTA GCAGATAAAG CTAGTGTCAA AGTTACCTTT 
GTTCCCAATC AAAAGAAAAC TGCACCTATA ACTTTAGTAT CAAAATCATC CATGGGTTAT 
AACGATGATG CTTTTGAGGA TATTGGCGAC CTAGAAAATC TTGTTCCTGT CAATCAAACT 
TCAACGAGTA AAGGAGTTAG TGACAACCGT CATTTCACTG TTCCAAATAC GTCAAATGTG 
ATAAAGGCAA ATCACCAAGC ATCAACTACT GCCCAAAAAT CGCCCTCTAT AAAAAAAGAA 
AAGGCACAGG CGAACGAAAA TGCTTTCAAA CCTGTCGTAT CAGAATCTTC AGGAAAACCC 
GTCAGCTTAA ATAAACCTGA AAGCAGTCAT CTAAGTAAAT TAAAGCGAAA ATTGGAAAAT 
TGCGAGGTAA AGCGGCCTGA AAGATGTCGA TCCTTCGGCG GATTTCCAGG TAGCAGCAAC 
GAAGGCGTCT CGTCTACGAA GTTAAACAAA TCCGATCCAT ACAACGACTC CGTTAATCAA 
CCCCTGCAGC AAGGGCTGTC GGTTAGCCAA CACTTTGATC TTCACTCCGA TTCTTGGCTA 
TCCAAAGTCG AGCTGAGCTA CCTTAACACC AGCAAACCTA AATCGCCCGA GGTTACTGAA 
CAAACCGTCA CGAAGAGTCA GGAAACGTCA ACAGCCCTAA GCGATTGGAA AGCCAGTGCA 
GAAGAATCGG ATGATTTTTC AGGTTTCTCG TATAAAGAGT GTGCGGAGAG CTTTAAGATG 
TTCGCAAGCT TTGAGAAATT TTTAAAAAGG CACATTGTCA GATTTAAAGA GCAAAGAAAG 
CTGATCATAG AAAGCGGTCG CACTATTATT ATTACGAACA AGACCACGAC GACGCAAACG 
CTGGACATCC ATTGCGACTG TGTAGTCGAC ATAAAAAGAG GTATGGTCGA GCCGAGTTAC 
GTTTTGATCG ATGCGCCGGA AAAGCCTGTA TTCAAATTAC CCAAAAAAAG TCAGGCTAAA 
GCGAAGGAAG ATGAGCCTAA AGAGCAGAAG AAGGCAGAGA ACAAAATTGT GGAGAAGCGA 
AAACACTCCG ATACCGATAG CGATACTCCA TTGTCGACAC TGAAGAAGCC CAGAACTGGA 
AGTGAGTTGC AAGGTCGCAA ACTATTTTCT GACGACTCGG ACGTCGATGA AGAAGATCAA 
GCGGAGCGTA ATGTCGATAA TTTGATCCAG ACTCTACCGT TAACGCCGCC GCCGCCGCTG 
CCGGAACTCA CCGAGGAAGA ATTAGCTGAA TTGGCCGAAA TGCGGATGGA TGCAATTATG 
CAACAGGAAA AGAAGATTCG AATTAAAAAA CGAATTGAAG TTAAACCAAT TATAGGATCT 
TTGCTGCGCG AAAGACTTGC AAATAGTAAT AATAGAAAGA GTTGGACGGA TTATGTAGGC 
AGTTCCGTGC CTACGGCTCG TCCTATCGAA CAAATAAAAC ATAACCATCC CGATGAAAAA 
GTATTGGAAG TTACGGCATC AAATGCCACG TGTTACAAAT TTTTGTCATC TAATTTTATT 
GACAATAAAA GAGTAGTAAG TTTAGAACTC GAAGATAATG CCCGTCTGAT TTTTGATGAA 
GACGGTCATG CTGGCGTTTC CGAGTTCGCA GATGCTTTTT TGGCTATGCC AGGTGTAGAT 
CCAAAACTTA TCCCTACGGG CTGGATAGAA AATCATTATA AATGGATCGT ATGGAAATTG 
GCTGCGATGG ATCGCATACA TTTTGAAAAG ACTGAATTAC CAAAGATGTT AACGCCAGAA 
CGCGTTATGA AAGAGCTGAA ATATCGCTAC GACCGAGAAA TCGACAGAGC TCAAAGGTCA 
GCTTTGAGAA AGATTTTAGA GAAAGATGAT GCTCCTACCC GTAGAATGGT TTTATGCGTT 
TCTTCGATTG AAGATGGTGA CAGTAAGGAG AAAGATGCCA AAATAATGCT AGGTTTGTTG 
CGCTACAATA TTGAAGTCAC TGACGGGTGG TACAGCATTC CGCTTACCAT AGATAATGCG 
ATGGCAAATT ATGTTCTAAC TGGTAAAATC AAGGAAGGCA CAAAACTCAT GACGTATGGT 
GCCATATTGC TTGAATGCGA GAGAGGCTGC TTTCCCTTGG ATAAACCAGC TAACACGAGT 
TTAAAAATAT TTACGAACTG CACGAGAAGG GCGAGGTGGG ACGTTAAATT AGGATACCAA 
AAAAGTCAAG GTCCAATACC CGTGAAATTA AGGAATATTG TTATGGGTGG AGGGATGGTA 
GGCGAAATAA CGGCCGTCGC TGCGAGAGTT TATCCACTAT TGTATAGAGA GAAAACTCCG 
GATGGCCAAT CAATATATCG AAACGCGCGT AGCGAAGAAA AAGCGGCGAT AGCTTACGAG 
CGTGCCCTTG AAAAGCAGGT AGATGCCATG TATGCACAAG CTGAGAAAAA ATTCGATTCG 
AAAAAGAAAT CAGACTTCGA GGATGAACTG GAAAATTCTC AAACTGAGTC GACATCTCAA 
GCGCTAGCGC GAGGACAGAG AAGCTGGGAG CGCAAACAAG AGGAGCTTAA ACAGCGACTA 
GAGACGGAAG TGCGCCAGGG TCTACCGCCG CCTAGAAAAG TGACTCCGGT ACAGAAAGTC 
CGACTTGTAG ACGACATCAC TACGGTCATA CTGACGATTT GGGGTGCCGA TGAGGATTCG 
GCATATGACA TAAAGGAAGG CAATACCATT ACGGTATATA ATTGTTACGC AATGGGAACG 
AGAAACGGCG AGCTGAATCT CACGGCGAAC AGGATTACGC ATATCAAGTC GGAACCACTG 
TTAAAGCTAC CTTATCCGAT GCGATTCTGC ACTCTGATTC CAGACATTAC GGCTATGAGC 
TTCGATCCTA AGTTCTGCGA GTTCGACACC GTGGGTGTCG TCGTGTCGAC AGGCCCTGCT 
CCTCACGGAA TGAAAAGTTT TGAAGTTGTC AACATGGCTT ATCCAAAACC AAACAATGCA 
GGATCGTCGT ATCTATCGAT ACTCTTCTGG AACGGTGTAT CGTCTTTTGG TTACCAATCG 
ATTTTTTCTG TTGGTGCTCT TATCGCTTGC ACTAATCTGG AGTGGAGGCG AAACACTTCA 
TGGAACGTTG CCGTGGCTTA CTGTTCAGAG AGAACCGTTT TTACATGCAA TCCAAGGCCG 
CAGTACCTTA ACAGTGGCCT TCGTAATCTT AGAGCGTTAA TTCAGAACCC AGTAGCATAC 
GCGGAAAGCT GCGTTGAAGA AATAACTAAC GAGTTGTCTA AGAAACCTCC TTCGCGGTCA 
AATCAGGGTA CGCCAACAAG TTGGCCAGAC AGATCCCACA ACTCTTCGTC ATTCATCAGT 
CCGATGGACA GCCATACTCC AGGCCATGCA AGTATACAAA AACGCCTGGA GAAGCTTTCG 
CGTTATGGAA GTTCCGCAGA TATCTCACCC ATCGTATTAA ATAATAGCTC CGTCAAAGTG 
AAAAGAGATT ACAGGCCGGT GACGCGCAAG AAAACGTGA

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

RefSeq	XP_008215777.1
CDS	849..6527
Translation	MNNTTPNRHQGTPNSKDTKPDKMDVVSSPVLGGGKKRAKRKVKRRILNNVALDSDNNNDQQSISSNSDKVPSEASSVNNEPFFYVKPDMKLNIIEENSKPNNEECKENKKLEDATAFDKNSNTSTQDFFSNASFSSIDRLCCNIIPEEKLSSIPESDDKENKDIAVKQEIVEKHVKPKIGNDVLARVAEIKRNQKPLRRSIDISHTIIPKEEFSKSVRELELADTRFSQEKQITPKVQHKPLRLMSFSELTSAESLINTKKEKSPEKENLDVPAEIMDDWNVDIFANTNFGEKGEILQNASTSSTTKPEVGFSCASGKGISINEKNLQKDMRMYKEIEKEISSNNNLLALEKSSLSKQTMYQTKTLINVPDNNEMNLKIKKEPSHSIATCITTEDGFSTASGKNITISEDKILDYAKIYTELEKENLNENSFLELKGKNTISKVKPVTKIDTKVPISSIQKCMEDKKLDTLKLYEELDLNEFLEPKFTSCSEVHINDGFATAGGKGITINEQKERLYSKIYNELEDVDENSLLSVKKDIALKPITVEKPKDKAIIKFNNKTMINNTDARIETSTIYNNLTTKISAVSNTEVSGDGFSTARGKGIKVSEDKEMMYAKIYNELGDADENEFTNIKQNKTLKQAFQKPKDKAMIVFNNKQTISTKPSTVISKNNVVQQNLEASSDGFSTAGGKGIKINTEKEGYYSKVFNELSEDIRDENCFLNLDKKTLPKVADKASVKVTFVPNQKKTAPITLVSKSSMGYNDDAFEDIGDLENLVPVNQTSTSKGVSDNRHFTVPNTSNVIKANHQASTTAQKSPSIKKEKAQANENAFKPVVSESSGKPVSLNKPESSHLSKLKRKLENCEVKRPERCRSFGGFPGSSNEGVSSTKLNKSDPYNDSVNQPLQQGLSVSQHFDLHSDSWLSKVELSYLNTSKPKSPEVTEQTVTKSQETSTALSDWKASAEESDDFSGFSYKECAESFKMFASFEKFLKRHIVRFKEQRKLIIESGRTIIITNKTTTTQTLDIHCDCVVDIKRGMVEPSYVLIDAPEKPVFKLPKKSQAKAKEDEPKEQKKAENKIVEKRKHSDTDSDTPLSTLKKPRTGSELQGRKLFSDDSDVDEEDQAERNVDNLIQTLPLTPPPPLPELTEEELAELAEMRMDAIMQQEKKIRIKKRIEVKPIIGSLLRERLANSNNRKSWTDYVGSSVPTARPIEQIKHNHPDEKVLEVTASNATCYKFLSSNFIDNKRVVSLELEDNARLIFDEDGHAGVSEFADAFLAMPGVDPKLIPTGWIENHYKWIVWKLAAMDRIHFEKTELPKMLTPERVMKELKYRYDREIDRAQRSALRKILEKDDAPTRRMVLCVSSIEDGDSKEKDAKIMLGLLRYNIEVTDGWYSIPLTIDNAMANYVLTGKIKEGTKLMTYGAILLECERGCFPLDKPANTSLKIFTNCTRRARWDVKLGYQKSQGPIPVKLRNIVMGGGMVGEITAVAARVYPLLYREKTPDGQSIYRNARSEEKAAIAYERALEKQVDAMYAQAEKKFDSKKKSDFEDELENSQTESTSQALARGQRSWERKQEELKQRLETEVRQGLPPPRKVTPVQKVRLVDDITTVILTIWGADEDSAYDIKEGNTITVYNCYAMGTRNGELNLTANRITHIKSEPLLKLPYPMRFCTLIPDITAMSFDPKFCEFDTVGVVVSTGPAPHGMKSFEVVNMAYPKPNNAGSSYLSILFWNGVSSFGYQSIFSVGALIACTNLEWRRNTSWNVAVAYCSERTVFTCNPRPQYLNSGLRNLRALIQNPVAYAESCVEEITNELSKKPPSRSNQGTPTSWPDRSHNSSSFISPMDSHTPGHASIQKRLEKLSRYGSSADISPIVLNNSSVKVKRDYRPVTRKKT

Target ORF information:

RefSeq Version	XM_008217555.2
Organism	Nasonia vitripennis(jewel wasp)
Definition	Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X3, mRNA.

Target ORF information:

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

XM_008217555.2

ORF Insert Sequence:

ATGAATAATA CAACACCAAA TCGGCATCAA GGTACACCAA ACTCTAAAGA CACAAAACCC 
GACAAAATGG ATGTAGTTTC TTCTCCGGTA CTCGGCGGAG GCAAAAAAAG GGCTAAGCGA 
AAAGTAAAGC GTAGAATACT TAATAATGTA GCTTTAGATT CAGATAACAA TAATGATCAA 
CAAAGTATCA GTAGCAATAG TGATAAGGTT CCCTCTGAAG CTAGCTCTGT GAACAACGAA 
CCATTTTTTT ATGTCAAACC TGACATGAAA TTGAACATAA TTGAAGAAAA TAGCAAACCA 
AATAATGAAG AGTGCAAAGA AAATAAAAAG TTAGAAGACG CTACTGCCTT TGATAAAAAT 
AGCAATACTT CAACTCAAGA CTTTTTCTCT AATGCATCAT TCAGTTCCAT AGATCGCTTA 
TGTTGTAACA TTATTCCAGA AGAGAAGCTA AGCTCAATAC CTGAATCAGA TGATAAAGAA 
AACAAAGATA TAGCTGTTAA ACAAGAAATT GTTGAAAAAC ATGTTAAGCC CAAAATTGGC 
AATGATGTCC TTGCAAGAGT AGCTGAAATT AAGCGTAACC AAAAACCTCT AAGAAGATCA 
ATTGATATAA GTCATACTAT TATACCAAAA GAAGAATTTT CTAAATCTGT TAGGGAACTT 
GAACTGGCCG ATACAAGATT TAGTCAAGAA AAACAGATAA CTCCAAAAGT TCAACACAAA 
CCTTTGAGAT TAATGTCTTT TTCAGAATTG ACATCTGCCG AAAGTTTAAT AAATACAAAG 
AAAGAAAAGT CTCCTGAAAA GGAAAATCTT GATGTACCAG CTGAAATTAT GGATGATTGG 
AATGTAGACA TATTTGCAAA TACAAACTTT GGCGAAAAAG GAGAAATTTT ACAGAATGCT 
TCAACATCAT CTACTACGAA GCCAGAAGTT GGCTTCTCTT GTGCCAGTGG GAAAGGAATT 
TCCATTAACG AAAAAAATCT GCAAAAAGAT ATGAGAATGT ACAAAGAAAT AGAGAAAGAG 
ATAAGTAGCA ACAATAATCT TTTGGCTCTA GAAAAATCAA GTTTATCAAA ACAAACTATG 
TATCAAACAA AGACACTTAT CAACGTACCA GACAATAATG AAATGAATTT GAAAATAAAA 
AAGGAACCTA GTCATAGCAT TGCAACGTGT ATTACTACTG AAGATGGATT TTCTACAGCT 
AGTGGTAAAA ATATAACAAT TAGTGAAGAC AAAATACTAG ATTATGCAAA AATTTACACC 
GAGCTAGAAA AAGAAAATCT AAACGAAAAT AGCTTTTTAG AATTAAAAGG TAAAAATACC 
ATATCTAAAG TAAAACCAGT TACCAAAATA GATACCAAAG TACCAATATC AAGTATTCAG 
AAATGCATGG AAGACAAAAA ACTGGACACA TTAAAACTTT ATGAAGAGTT AGATCTAAAT 
GAATTTTTGG AACCAAAATT TACATCTTGC AGTGAAGTGC ATATCAATGA TGGTTTTGCG 
ACAGCTGGTG GAAAAGGTAT TACAATCAAT GAACAAAAAG AGCGCTTGTA TTCTAAAATA 
TATAATGAAC TAGAGGATGT TGATGAAAAT AGTTTACTCA GTGTTAAGAA AGATATTGCT 
CTAAAACCAA TCACTGTTGA AAAACCTAAA GATAAAGCAA TAATCAAATT TAATAATAAG 
ACTATGATAA ATAATACAGA TGCAAGAATT GAAACATCAA CGATTTACAA CAACCTTACT 
ACGAAAATAT CAGCAGTTTC AAACACAGAA GTTTCAGGCG ATGGTTTTTC AACTGCTCGT 
GGTAAGGGAA TCAAAGTCAG TGAGGACAAA GAAATGATGT ATGCCAAAAT TTATAATGAA 
CTAGGTGATG CTGATGAAAA TGAATTCACT AACATTAAGC AAAATAAGAC TTTGAAACAA 
GCTTTTCAGA AACCAAAAGA CAAAGCTATG ATTGTGTTTA ATAACAAGCA AACGATTTCA 
ACTAAACCTT CTACAGTCAT AAGTAAAAAC AATGTAGTAC AACAAAATTT AGAAGCATCA 
AGCGATGGGT TTTCAACAGC TGGTGGCAAA GGGATCAAAA TAAACACCGA AAAAGAAGGA 
TACTATTCGA AGGTGTTCAA CGAATTAAGT GAAGATATTC GTGACGAAAA TTGCTTCTTA 
AACTTGGATA AAAAAACTCT ACCCAAGGTA GCAGATAAAG CTAGTGTCAA AGTTACCTTT 
GTTCCCAATC AAAAGAAAAC TGCACCTATA ACTTTAGTAT CAAAATCATC CATGGGTTAT 
AACGATGATG CTTTTGAGGA TATTGGCGAC CTAGAAAATC TTGTTCCTGT CAATCAAACT 
TCAACGAGTA AAGGAGTTAG TGACAACCGT CATTTCACTG TTCCAAATAC GTCAAATGTG 
ATAAAGGCAA ATCACCAAGC ATCAACTACT GCCCAAAAAT CGCCCTCTAT AAAAAAAGAA 
AAGGCACAGG CGAACGAAAA TGCTTTCAAA CCTGTCGTAT CAGAATCTTC AGGAAAACCC 
GTCAGCTTAA ATAAACCTGA AAGCAGTCAT CTAAGTAAAT TAAAGCGAAA ATTGGAAAAT 
TGCGAGGTAA AGCGGCCTGA AAGATGTCGA TCCTTCGGCG GATTTCCAGG TAGCAGCAAC 
GAAGGCGTCT CGTCTACGAA GTTAAACAAA TCCGATCCAT ACAACGACTC CGTTAATCAA 
CCCCTGCAGC AAGGGCTGTC GGTTAGCCAA CACTTTGATC TTCACTCCGA TTCTTGGCTA 
TCCAAAGTCG AGCTGAGCTA CCTTAACACC AGCAAACCTA AATCGCCCGA GGTTACTGAA 
CAAACCGTCA CGAAGAGTCA GGAAACGTCA ACAGCCCTAA GCGATTGGAA AGCCAGTGCA 
GAAGAATCGG ATGATTTTTC AGGTTTCTCG TATAAAGAGT GTGCGGAGAG CTTTAAGATG 
TTCGCAAGCT TTGAGAAATT TTTAAAAAGG CACATTGTCA GATTTAAAGA GCAAAGAAAG 
CTGATCATAG AAAGCGGTCG CACTATTATT ATTACGAACA AGACCACGAC GACGCAAACG 
CTGGACATCC ATTGCGACTG TGTAGTCGAC ATAAAAAGAG GTATGGTCGA GCCGAGTTAC 
GTTTTGATCG ATGCGCCGGA AAAGCCTGTA TTCAAATTAC CCAAAAAAAG TCAGGCTAAA 
GCGAAGGAAG ATGAGCCTAA AGAGCAGAAG AAGGCAGAGA ACAAAATTGT GGAGAAGCGA 
AAACACTCCG ATACCGATAG CGATACTCCA TTGTCGACAC TGAAGAAGCC CAGAACTGGA 
AGTGAGTTGC AAGGTCGCAA ACTATTTTCT GACGACTCGG ACGTCGATGA AGAAGATCAA 
GCGGAGCGTA ATGTCGATAA TTTGATCCAG ACTCTACCGT TAACGCCGCC GCCGCCGCTG 
CCGGAACTCA CCGAGGAAGA ATTAGCTGAA TTGGCCGAAA TGCGGATGGA TGCAATTATG 
CAACAGGAAA AGAAGATTCG AATTAAAAAA CGAATTGAAG TTAAACCAAT TATAGGATCT 
TTGCTGCGCG AAAGACTTGC AAATAGTAAT AATAGAAAGA GTTGGACGGA TTATGTAGGC 
AGTTCCGTGC CTACGGCTCG TCCTATCGAA CAAATAAAAC ATAACCATCC CGATGAAAAA 
GTATTGGAAG TTACGGCATC AAATGCCACG TGTTACAAAT TTTTGTCATC TAATTTTATT 
GACAATAAAA GAGTAGTAAG TTTAGAACTC GAAGATAATG CCCGTCTGAT TTTTGATGAA 
GACGGTCATG CTGGCGTTTC CGAGTTCGCA GATGCTTTTT TGGCTATGCC AGGTGTAGAT 
CCAAAACTTA TCCCTACGGG CTGGATAGAA AATCATTATA AATGGATCGT ATGGAAATTG 
GCTGCGATGG ATCGCATACA TTTTGAAAAG ACTGAATTAC CAAAGATGTT AACGCCAGAA 
CGCGTTATGA AAGAGCTGAA ATATCGCTAC GACCGAGAAA TCGACAGAGC TCAAAGGTCA 
GCTTTGAGAA AGATTTTAGA GAAAGATGAT GCTCCTACCC GTAGAATGGT TTTATGCGTT 
TCTTCGATTG AAGATGGTGA CAGTAAGGAG AAAGATGCCA AAATAATGCT AGGTTTGTTG 
CGCTACAATA TTGAAGTCAC TGACGGGTGG TACAGCATTC CGCTTACCAT AGATAATGCG 
ATGGCAAATT ATGTTCTAAC TGGTAAAATC AAGGAAGGCA CAAAACTCAT GACGTATGGT 
GCCATATTGC TTGAATGCGA GAGAGGCTGC TTTCCCTTGG ATAAACCAGC TAACACGAGT 
TTAAAAATAT TTACGAACTG CACGAGAAGG GCGAGGTGGG ACGTTAAATT AGGATACCAA 
AAAAGTCAAG GTCCAATACC CGTGAAATTA AGGAATATTG TTATGGGTGG AGGGATGGTA 
GGCGAAATAA CGGCCGTCGC TGCGAGAGTT TATCCACTAT TGTATAGAGA GAAAACTCCG 
GATGGCCAAT CAATATATCG AAACGCGCGT AGCGAAGAAA AAGCGGCGAT AGCTTACGAG 
CGTGCCCTTG AAAAGCAGGT AGATGCCATG TATGCACAAG CTGAGAAAAA ATTCGATTCG 
AAAAAGAAAT CAGACTTCGA GGATGAACTG GAAAATTCTC AAACTGAGTC GACATCTCAA 
GCGCTAGCGC GAGGACAGAG AAGCTGGGAG CGCAAACAAG AGGAGCTTAA ACAGCGACTA 
GAGACGGAAG TGCGCCAGGG TCTACCGCCG CCTAGAAAAG TGACTCCGGT ACAGAAAGTC 
CGACTTGTAG ACGACATCAC TACGGTCATA CTGACGATTT GGGGTGCCGA TGAGGATTCG 
GCATATGACA TAAAGGAAGG CAATACCATT ACGGTATATA ATTGTTACGC AATGGGAACG 
AGAAACGGCG AGCTGAATCT CACGGCGAAC AGGATTACGC ATATCAAGTC GGAACCACTG 
TTAAAGCTAC CTTATCCGAT GCGATTCTGC ACTCTGATTC CAGACATTAC GGCTATGAGC 
TTCGATCCTA AGTTCTGCGA GTTCGACACC GTGGGTGTCG TCGTGTCGAC AGGCCCTGCT 
CCTCACGGAA TGAAAAGTTT TGAAGTTGTC AACATGGCTT ATCCAAAACC AAACAATGCA 
GGATCGTCGT ATCTATCGAT ACTCTTCTGG AACGGTGTAT CGTCTTTTGG TTACCAATCG 
ATTTTTTCTG TTGGTGCTCT TATCGCTTGC ACTAATCTGG AGTGGAGGCG AAACACTTCA 
TGGAACGTTG CCGTGGCTTA CTGTTCAGAG AGAACCGTTT TTACATGCAA TCCAAGGCCG 
CAGTACCTTA ACAGTGGCCT TCGTAATCTT AGAGCGTTAA TTCAGAACCC AGTAGCATAC 
GCGGAAAGCT GCGTTGAAGA AATAACTAAC GAGTTGTCTA AGAAACCTCC TTCGCGGTCA 
AATCAGGGTA CGCCAACAAG TTGGCCAGAC AGATCCCACA ACTCTTCGTC ATTCATCAGT 
CCGATGGACA GCCATACTCC AGGCCATGCA AGTATACAAA AACGCCTGGA GAAGCTTTCG 
CGTTATGGAA GTTCCGCAGA TATCTCACCC ATCGTATTAA ATAATAGCTC CGTCAAAGTG 
AAAAGAGATT ACAGGCCGGT GACGCGCAAG AAAACGTGA

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

LOC100678620 ( XM_008217555.3 ) cDNA ORF clone, Nasonia vitripennis(jewel wasp) -> XP_008215777.1 Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X3, mRNA.

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CloneID	ONd01031
Clone ID Related Accession (Same CDS sequence)	XM_008217555.2 , XM_008217555.3
Accession Version	XM_008217555.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5679bp) 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	1577030400000
Organism	Nasonia vitripennis(jewel wasp)
Product	uncharacterized protein LOC100678620 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_022279592.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 24, 2019 this sequence version replaced XM_008217555.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nasonia vitripennis Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAATAATA CAACACCAAA TCGGCATCAA GGTACACCAA ACTCTAAAGA CACAAAACCC 
GACAAAATGG ATGTAGTTTC TTCTCCGGTA CTCGGCGGAG GCAAAAAAAG GGCTAAGCGA 
AAAGTAAAGC GTAGAATACT TAATAATGTA GCTTTAGATT CAGATAACAA TAATGATCAA 
CAAAGTATCA GTAGCAATAG TGATAAGGTT CCCTCTGAAG CTAGCTCTGT GAACAACGAA 
CCATTTTTTT ATGTCAAACC TGACATGAAA TTGAACATAA TTGAAGAAAA TAGCAAACCA 
AATAATGAAG AGTGCAAAGA AAATAAAAAG TTAGAAGACG CTACTGCCTT TGATAAAAAT 
AGCAATACTT CAACTCAAGA CTTTTTCTCT AATGCATCAT TCAGTTCCAT AGATCGCTTA 
TGTTGTAACA TTATTCCAGA AGAGAAGCTA AGCTCAATAC CTGAATCAGA TGATAAAGAA 
AACAAAGATA TAGCTGTTAA ACAAGAAATT GTTGAAAAAC ATGTTAAGCC CAAAATTGGC 
AATGATGTCC TTGCAAGAGT AGCTGAAATT AAGCGTAACC AAAAACCTCT AAGAAGATCA 
ATTGATATAA GTCATACTAT TATACCAAAA GAAGAATTTT CTAAATCTGT TAGGGAACTT 
GAACTGGCCG ATACAAGATT TAGTCAAGAA AAACAGATAA CTCCAAAAGT TCAACACAAA 
CCTTTGAGAT TAATGTCTTT TTCAGAATTG ACATCTGCCG AAAGTTTAAT AAATACAAAG 
AAAGAAAAGT CTCCTGAAAA GGAAAATCTT GATGTACCAG CTGAAATTAT GGATGATTGG 
AATGTAGACA TATTTGCAAA TACAAACTTT GGCGAAAAAG GAGAAATTTT ACAGAATGCT 
TCAACATCAT CTACTACGAA GCCAGAAGTT GGCTTCTCTT GTGCCAGTGG GAAAGGAATT 
TCCATTAACG AAAAAAATCT GCAAAAAGAT ATGAGAATGT ACAAAGAAAT AGAGAAAGAG 
ATAAGTAGCA ACAATAATCT TTTGGCTCTA GAAAAATCAA GTTTATCAAA ACAAACTATG 
TATCAAACAA AGACACTTAT CAACGTACCA GACAATAATG AAATGAATTT GAAAATAAAA 
AAGGAACCTA GTCATAGCAT TGCAACGTGT ATTACTACTG AAGATGGATT TTCTACAGCT 
AGTGGTAAAA ATATAACAAT TAGTGAAGAC AAAATACTAG ATTATGCAAA AATTTACACC 
GAGCTAGAAA AAGAAAATCT AAACGAAAAT AGCTTTTTAG AATTAAAAGG TAAAAATACC 
ATATCTAAAG TAAAACCAGT TACCAAAATA GATACCAAAG TACCAATATC AAGTATTCAG 
AAATGCATGG AAGACAAAAA ACTGGACACA TTAAAACTTT ATGAAGAGTT AGATCTAAAT 
GAATTTTTGG AACCAAAATT TACATCTTGC AGTGAAGTGC ATATCAATGA TGGTTTTGCG 
ACAGCTGGTG GAAAAGGTAT TACAATCAAT GAACAAAAAG AGCGCTTGTA TTCTAAAATA 
TATAATGAAC TAGAGGATGT TGATGAAAAT AGTTTACTCA GTGTTAAGAA AGATATTGCT 
CTAAAACCAA TCACTGTTGA AAAACCTAAA GATAAAGCAA TAATCAAATT TAATAATAAG 
ACTATGATAA ATAATACAGA TGCAAGAATT GAAACATCAA CGATTTACAA CAACCTTACT 
ACGAAAATAT CAGCAGTTTC AAACACAGAA GTTTCAGGCG ATGGTTTTTC AACTGCTCGT 
GGTAAGGGAA TCAAAGTCAG TGAGGACAAA GAAATGATGT ATGCCAAAAT TTATAATGAA 
CTAGGTGATG CTGATGAAAA TGAATTCACT AACATTAAGC AAAATAAGAC TTTGAAACAA 
GCTTTTCAGA AACCAAAAGA CAAAGCTATG ATTGTGTTTA ATAACAAGCA AACGATTTCA 
ACTAAACCTT CTACAGTCAT AAGTAAAAAC AATGTAGTAC AACAAAATTT AGAAGCATCA 
AGCGATGGGT TTTCAACAGC TGGTGGCAAA GGGATCAAAA TAAACACCGA AAAAGAAGGA 
TACTATTCGA AGGTGTTCAA CGAATTAAGT GAAGATATTC GTGACGAAAA TTGCTTCTTA 
AACTTGGATA AAAAAACTCT ACCCAAGGTA GCAGATAAAG CTAGTGTCAA AGTTACCTTT 
GTTCCCAATC AAAAGAAAAC TGCACCTATA ACTTTAGTAT CAAAATCATC CATGGGTTAT 
AACGATGATG CTTTTGAGGA TATTGGCGAC CTAGAAAATC TTGTTCCTGT CAATCAAACT 
TCAACGAGTA AAGGAGTTAG TGACAACCGT CATTTCACTG TTCCAAATAC GTCAAATGTG 
ATAAAGGCAA ATCACCAAGC ATCAACTACT GCCCAAAAAT CGCCCTCTAT AAAAAAAGAA 
AAGGCACAGG CGAACGAAAA TGCTTTCAAA CCTGTCGTAT CAGAATCTTC AGGAAAACCC 
GTCAGCTTAA ATAAACCTGA AAGCAGTCAT CTAAGTAAAT TAAAGCGAAA ATTGGAAAAT 
TGCGAGGTAA AGCGGCCTGA AAGATGTCGA TCCTTCGGCG GATTTCCAGG TAGCAGCAAC 
GAAGGCGTCT CGTCTACGAA GTTAAACAAA TCCGATCCAT ACAACGACTC CGTTAATCAA 
CCCCTGCAGC AAGGGCTGTC GGTTAGCCAA CACTTTGATC TTCACTCCGA TTCTTGGCTA 
TCCAAAGTCG AGCTGAGCTA CCTTAACACC AGCAAACCTA AATCGCCCGA GGTTACTGAA 
CAAACCGTCA CGAAGAGTCA GGAAACGTCA ACAGCCCTAA GCGATTGGAA AGCCAGTGCA 
GAAGAATCGG ATGATTTTTC AGGTTTCTCG TATAAAGAGT GTGCGGAGAG CTTTAAGATG 
TTCGCAAGCT TTGAGAAATT TTTAAAAAGG CACATTGTCA GATTTAAAGA GCAAAGAAAG 
CTGATCATAG AAAGCGGTCG CACTATTATT ATTACGAACA AGACCACGAC GACGCAAACG 
CTGGACATCC ATTGCGACTG TGTAGTCGAC ATAAAAAGAG GTATGGTCGA GCCGAGTTAC 
GTTTTGATCG ATGCGCCGGA AAAGCCTGTA TTCAAATTAC CCAAAAAAAG TCAGGCTAAA 
GCGAAGGAAG ATGAGCCTAA AGAGCAGAAG AAGGCAGAGA ACAAAATTGT GGAGAAGCGA 
AAACACTCCG ATACCGATAG CGATACTCCA TTGTCGACAC TGAAGAAGCC CAGAACTGGA 
AGTGAGTTGC AAGGTCGCAA ACTATTTTCT GACGACTCGG ACGTCGATGA AGAAGATCAA 
GCGGAGCGTA ATGTCGATAA TTTGATCCAG ACTCTACCGT TAACGCCGCC GCCGCCGCTG 
CCGGAACTCA CCGAGGAAGA ATTAGCTGAA TTGGCCGAAA TGCGGATGGA TGCAATTATG 
CAACAGGAAA AGAAGATTCG AATTAAAAAA CGAATTGAAG TTAAACCAAT TATAGGATCT 
TTGCTGCGCG AAAGACTTGC AAATAGTAAT AATAGAAAGA GTTGGACGGA TTATGTAGGC 
AGTTCCGTGC CTACGGCTCG TCCTATCGAA CAAATAAAAC ATAACCATCC CGATGAAAAA 
GTATTGGAAG TTACGGCATC AAATGCCACG TGTTACAAAT TTTTGTCATC TAATTTTATT 
GACAATAAAA GAGTAGTAAG TTTAGAACTC GAAGATAATG CCCGTCTGAT TTTTGATGAA 
GACGGTCATG CTGGCGTTTC CGAGTTCGCA GATGCTTTTT TGGCTATGCC AGGTGTAGAT 
CCAAAACTTA TCCCTACGGG CTGGATAGAA AATCATTATA AATGGATCGT ATGGAAATTG 
GCTGCGATGG ATCGCATACA TTTTGAAAAG ACTGAATTAC CAAAGATGTT AACGCCAGAA 
CGCGTTATGA AAGAGCTGAA ATATCGCTAC GACCGAGAAA TCGACAGAGC TCAAAGGTCA 
GCTTTGAGAA AGATTTTAGA GAAAGATGAT GCTCCTACCC GTAGAATGGT TTTATGCGTT 
TCTTCGATTG AAGATGGTGA CAGTAAGGAG AAAGATGCCA AAATAATGCT AGGTTTGTTG 
CGCTACAATA TTGAAGTCAC TGACGGGTGG TACAGCATTC CGCTTACCAT AGATAATGCG 
ATGGCAAATT ATGTTCTAAC TGGTAAAATC AAGGAAGGCA CAAAACTCAT GACGTATGGT 
GCCATATTGC TTGAATGCGA GAGAGGCTGC TTTCCCTTGG ATAAACCAGC TAACACGAGT 
TTAAAAATAT TTACGAACTG CACGAGAAGG GCGAGGTGGG ACGTTAAATT AGGATACCAA 
AAAAGTCAAG GTCCAATACC CGTGAAATTA AGGAATATTG TTATGGGTGG AGGGATGGTA 
GGCGAAATAA CGGCCGTCGC TGCGAGAGTT TATCCACTAT TGTATAGAGA GAAAACTCCG 
GATGGCCAAT CAATATATCG AAACGCGCGT AGCGAAGAAA AAGCGGCGAT AGCTTACGAG 
CGTGCCCTTG AAAAGCAGGT AGATGCCATG TATGCACAAG CTGAGAAAAA ATTCGATTCG 
AAAAAGAAAT CAGACTTCGA GGATGAACTG GAAAATTCTC AAACTGAGTC GACATCTCAA 
GCGCTAGCGC GAGGACAGAG AAGCTGGGAG CGCAAACAAG AGGAGCTTAA ACAGCGACTA 
GAGACGGAAG TGCGCCAGGG TCTACCGCCG CCTAGAAAAG TGACTCCGGT ACAGAAAGTC 
CGACTTGTAG ACGACATCAC TACGGTCATA CTGACGATTT GGGGTGCCGA TGAGGATTCG 
GCATATGACA TAAAGGAAGG CAATACCATT ACGGTATATA ATTGTTACGC AATGGGAACG 
AGAAACGGCG AGCTGAATCT CACGGCGAAC AGGATTACGC ATATCAAGTC GGAACCACTG 
TTAAAGCTAC CTTATCCGAT GCGATTCTGC ACTCTGATTC CAGACATTAC GGCTATGAGC 
TTCGATCCTA AGTTCTGCGA GTTCGACACC GTGGGTGTCG TCGTGTCGAC AGGCCCTGCT 
CCTCACGGAA TGAAAAGTTT TGAAGTTGTC AACATGGCTT ATCCAAAACC AAACAATGCA 
GGATCGTCGT ATCTATCGAT ACTCTTCTGG AACGGTGTAT CGTCTTTTGG TTACCAATCG 
ATTTTTTCTG TTGGTGCTCT TATCGCTTGC ACTAATCTGG AGTGGAGGCG AAACACTTCA 
TGGAACGTTG CCGTGGCTTA CTGTTCAGAG AGAACCGTTT TTACATGCAA TCCAAGGCCG 
CAGTACCTTA ACAGTGGCCT TCGTAATCTT AGAGCGTTAA TTCAGAACCC AGTAGCATAC 
GCGGAAAGCT GCGTTGAAGA AATAACTAAC GAGTTGTCTA AGAAACCTCC TTCGCGGTCA 
AATCAGGGTA CGCCAACAAG TTGGCCAGAC AGATCCCACA ACTCTTCGTC ATTCATCAGT 
CCGATGGACA GCCATACTCC AGGCCATGCA AGTATACAAA AACGCCTGGA GAAGCTTTCG 
CGTTATGGAA GTTCCGCAGA TATCTCACCC ATCGTATTAA ATAATAGCTC CGTCAAAGTG 
AAAAGAGATT ACAGGCCGGT GACGCGCAAG AAAACGTGA

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

RefSeq	XP_008215777.1
CDS	856..6534
Translation	MNNTTPNRHQGTPNSKDTKPDKMDVVSSPVLGGGKKRAKRKVKRRILNNVALDSDNNNDQQSISSNSDKVPSEASSVNNEPFFYVKPDMKLNIIEENSKPNNEECKENKKLEDATAFDKNSNTSTQDFFSNASFSSIDRLCCNIIPEEKLSSIPESDDKENKDIAVKQEIVEKHVKPKIGNDVLARVAEIKRNQKPLRRSIDISHTIIPKEEFSKSVRELELADTRFSQEKQITPKVQHKPLRLMSFSELTSAESLINTKKEKSPEKENLDVPAEIMDDWNVDIFANTNFGEKGEILQNASTSSTTKPEVGFSCASGKGISINEKNLQKDMRMYKEIEKEISSNNNLLALEKSSLSKQTMYQTKTLINVPDNNEMNLKIKKEPSHSIATCITTEDGFSTASGKNITISEDKILDYAKIYTELEKENLNENSFLELKGKNTISKVKPVTKIDTKVPISSIQKCMEDKKLDTLKLYEELDLNEFLEPKFTSCSEVHINDGFATAGGKGITINEQKERLYSKIYNELEDVDENSLLSVKKDIALKPITVEKPKDKAIIKFNNKTMINNTDARIETSTIYNNLTTKISAVSNTEVSGDGFSTARGKGIKVSEDKEMMYAKIYNELGDADENEFTNIKQNKTLKQAFQKPKDKAMIVFNNKQTISTKPSTVISKNNVVQQNLEASSDGFSTAGGKGIKINTEKEGYYSKVFNELSEDIRDENCFLNLDKKTLPKVADKASVKVTFVPNQKKTAPITLVSKSSMGYNDDAFEDIGDLENLVPVNQTSTSKGVSDNRHFTVPNTSNVIKANHQASTTAQKSPSIKKEKAQANENAFKPVVSESSGKPVSLNKPESSHLSKLKRKLENCEVKRPERCRSFGGFPGSSNEGVSSTKLNKSDPYNDSVNQPLQQGLSVSQHFDLHSDSWLSKVELSYLNTSKPKSPEVTEQTVTKSQETSTALSDWKASAEESDDFSGFSYKECAESFKMFASFEKFLKRHIVRFKEQRKLIIESGRTIIITNKTTTTQTLDIHCDCVVDIKRGMVEPSYVLIDAPEKPVFKLPKKSQAKAKEDEPKEQKKAENKIVEKRKHSDTDSDTPLSTLKKPRTGSELQGRKLFSDDSDVDEEDQAERNVDNLIQTLPLTPPPPLPELTEEELAELAEMRMDAIMQQEKKIRIKKRIEVKPIIGSLLRERLANSNNRKSWTDYVGSSVPTARPIEQIKHNHPDEKVLEVTASNATCYKFLSSNFIDNKRVVSLELEDNARLIFDEDGHAGVSEFADAFLAMPGVDPKLIPTGWIENHYKWIVWKLAAMDRIHFEKTELPKMLTPERVMKELKYRYDREIDRAQRSALRKILEKDDAPTRRMVLCVSSIEDGDSKEKDAKIMLGLLRYNIEVTDGWYSIPLTIDNAMANYVLTGKIKEGTKLMTYGAILLECERGCFPLDKPANTSLKIFTNCTRRARWDVKLGYQKSQGPIPVKLRNIVMGGGMVGEITAVAARVYPLLYREKTPDGQSIYRNARSEEKAAIAYERALEKQVDAMYAQAEKKFDSKKKSDFEDELENSQTESTSQALARGQRSWERKQEELKQRLETEVRQGLPPPRKVTPVQKVRLVDDITTVILTIWGADEDSAYDIKEGNTITVYNCYAMGTRNGELNLTANRITHIKSEPLLKLPYPMRFCTLIPDITAMSFDPKFCEFDTVGVVVSTGPAPHGMKSFEVVNMAYPKPNNAGSSYLSILFWNGVSSFGYQSIFSVGALIACTNLEWRRNTSWNVAVAYCSERTVFTCNPRPQYLNSGLRNLRALIQNPVAYAESCVEEITNELSKKPPSRSNQGTPTSWPDRSHNSSSFISPMDSHTPGHASIQKRLEKLSRYGSSADISPIVLNNSSVKVKRDYRPVTRKKT

Target ORF information:

RefSeq Version	XM_008217555.3
Organism	Nasonia vitripennis(jewel wasp)
Definition	Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X3, mRNA.

Target ORF information:

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

XM_008217555.3

ORF Insert Sequence:

ATGAATAATA CAACACCAAA TCGGCATCAA GGTACACCAA ACTCTAAAGA CACAAAACCC 
GACAAAATGG ATGTAGTTTC TTCTCCGGTA CTCGGCGGAG GCAAAAAAAG GGCTAAGCGA 
AAAGTAAAGC GTAGAATACT TAATAATGTA GCTTTAGATT CAGATAACAA TAATGATCAA 
CAAAGTATCA GTAGCAATAG TGATAAGGTT CCCTCTGAAG CTAGCTCTGT GAACAACGAA 
CCATTTTTTT ATGTCAAACC TGACATGAAA TTGAACATAA TTGAAGAAAA TAGCAAACCA 
AATAATGAAG AGTGCAAAGA AAATAAAAAG TTAGAAGACG CTACTGCCTT TGATAAAAAT 
AGCAATACTT CAACTCAAGA CTTTTTCTCT AATGCATCAT TCAGTTCCAT AGATCGCTTA 
TGTTGTAACA TTATTCCAGA AGAGAAGCTA AGCTCAATAC CTGAATCAGA TGATAAAGAA 
AACAAAGATA TAGCTGTTAA ACAAGAAATT GTTGAAAAAC ATGTTAAGCC CAAAATTGGC 
AATGATGTCC TTGCAAGAGT AGCTGAAATT AAGCGTAACC AAAAACCTCT AAGAAGATCA 
ATTGATATAA GTCATACTAT TATACCAAAA GAAGAATTTT CTAAATCTGT TAGGGAACTT 
GAACTGGCCG ATACAAGATT TAGTCAAGAA AAACAGATAA CTCCAAAAGT TCAACACAAA 
CCTTTGAGAT TAATGTCTTT TTCAGAATTG ACATCTGCCG AAAGTTTAAT AAATACAAAG 
AAAGAAAAGT CTCCTGAAAA GGAAAATCTT GATGTACCAG CTGAAATTAT GGATGATTGG 
AATGTAGACA TATTTGCAAA TACAAACTTT GGCGAAAAAG GAGAAATTTT ACAGAATGCT 
TCAACATCAT CTACTACGAA GCCAGAAGTT GGCTTCTCTT GTGCCAGTGG GAAAGGAATT 
TCCATTAACG AAAAAAATCT GCAAAAAGAT ATGAGAATGT ACAAAGAAAT AGAGAAAGAG 
ATAAGTAGCA ACAATAATCT TTTGGCTCTA GAAAAATCAA GTTTATCAAA ACAAACTATG 
TATCAAACAA AGACACTTAT CAACGTACCA GACAATAATG AAATGAATTT GAAAATAAAA 
AAGGAACCTA GTCATAGCAT TGCAACGTGT ATTACTACTG AAGATGGATT TTCTACAGCT 
AGTGGTAAAA ATATAACAAT TAGTGAAGAC AAAATACTAG ATTATGCAAA AATTTACACC 
GAGCTAGAAA AAGAAAATCT AAACGAAAAT AGCTTTTTAG AATTAAAAGG TAAAAATACC 
ATATCTAAAG TAAAACCAGT TACCAAAATA GATACCAAAG TACCAATATC AAGTATTCAG 
AAATGCATGG AAGACAAAAA ACTGGACACA TTAAAACTTT ATGAAGAGTT AGATCTAAAT 
GAATTTTTGG AACCAAAATT TACATCTTGC AGTGAAGTGC ATATCAATGA TGGTTTTGCG 
ACAGCTGGTG GAAAAGGTAT TACAATCAAT GAACAAAAAG AGCGCTTGTA TTCTAAAATA 
TATAATGAAC TAGAGGATGT TGATGAAAAT AGTTTACTCA GTGTTAAGAA AGATATTGCT 
CTAAAACCAA TCACTGTTGA AAAACCTAAA GATAAAGCAA TAATCAAATT TAATAATAAG 
ACTATGATAA ATAATACAGA TGCAAGAATT GAAACATCAA CGATTTACAA CAACCTTACT 
ACGAAAATAT CAGCAGTTTC AAACACAGAA GTTTCAGGCG ATGGTTTTTC AACTGCTCGT 
GGTAAGGGAA TCAAAGTCAG TGAGGACAAA GAAATGATGT ATGCCAAAAT TTATAATGAA 
CTAGGTGATG CTGATGAAAA TGAATTCACT AACATTAAGC AAAATAAGAC TTTGAAACAA 
GCTTTTCAGA AACCAAAAGA CAAAGCTATG ATTGTGTTTA ATAACAAGCA AACGATTTCA 
ACTAAACCTT CTACAGTCAT AAGTAAAAAC AATGTAGTAC AACAAAATTT AGAAGCATCA 
AGCGATGGGT TTTCAACAGC TGGTGGCAAA GGGATCAAAA TAAACACCGA AAAAGAAGGA 
TACTATTCGA AGGTGTTCAA CGAATTAAGT GAAGATATTC GTGACGAAAA TTGCTTCTTA 
AACTTGGATA AAAAAACTCT ACCCAAGGTA GCAGATAAAG CTAGTGTCAA AGTTACCTTT 
GTTCCCAATC AAAAGAAAAC TGCACCTATA ACTTTAGTAT CAAAATCATC CATGGGTTAT 
AACGATGATG CTTTTGAGGA TATTGGCGAC CTAGAAAATC TTGTTCCTGT CAATCAAACT 
TCAACGAGTA AAGGAGTTAG TGACAACCGT CATTTCACTG TTCCAAATAC GTCAAATGTG 
ATAAAGGCAA ATCACCAAGC ATCAACTACT GCCCAAAAAT CGCCCTCTAT AAAAAAAGAA 
AAGGCACAGG CGAACGAAAA TGCTTTCAAA CCTGTCGTAT CAGAATCTTC AGGAAAACCC 
GTCAGCTTAA ATAAACCTGA AAGCAGTCAT CTAAGTAAAT TAAAGCGAAA ATTGGAAAAT 
TGCGAGGTAA AGCGGCCTGA AAGATGTCGA TCCTTCGGCG GATTTCCAGG TAGCAGCAAC 
GAAGGCGTCT CGTCTACGAA GTTAAACAAA TCCGATCCAT ACAACGACTC CGTTAATCAA 
CCCCTGCAGC AAGGGCTGTC GGTTAGCCAA CACTTTGATC TTCACTCCGA TTCTTGGCTA 
TCCAAAGTCG AGCTGAGCTA CCTTAACACC AGCAAACCTA AATCGCCCGA GGTTACTGAA 
CAAACCGTCA CGAAGAGTCA GGAAACGTCA ACAGCCCTAA GCGATTGGAA AGCCAGTGCA 
GAAGAATCGG ATGATTTTTC AGGTTTCTCG TATAAAGAGT GTGCGGAGAG CTTTAAGATG 
TTCGCAAGCT TTGAGAAATT TTTAAAAAGG CACATTGTCA GATTTAAAGA GCAAAGAAAG 
CTGATCATAG AAAGCGGTCG CACTATTATT ATTACGAACA AGACCACGAC GACGCAAACG 
CTGGACATCC ATTGCGACTG TGTAGTCGAC ATAAAAAGAG GTATGGTCGA GCCGAGTTAC 
GTTTTGATCG ATGCGCCGGA AAAGCCTGTA TTCAAATTAC CCAAAAAAAG TCAGGCTAAA 
GCGAAGGAAG ATGAGCCTAA AGAGCAGAAG AAGGCAGAGA ACAAAATTGT GGAGAAGCGA 
AAACACTCCG ATACCGATAG CGATACTCCA TTGTCGACAC TGAAGAAGCC CAGAACTGGA 
AGTGAGTTGC AAGGTCGCAA ACTATTTTCT GACGACTCGG ACGTCGATGA AGAAGATCAA 
GCGGAGCGTA ATGTCGATAA TTTGATCCAG ACTCTACCGT TAACGCCGCC GCCGCCGCTG 
CCGGAACTCA CCGAGGAAGA ATTAGCTGAA TTGGCCGAAA TGCGGATGGA TGCAATTATG 
CAACAGGAAA AGAAGATTCG AATTAAAAAA CGAATTGAAG TTAAACCAAT TATAGGATCT 
TTGCTGCGCG AAAGACTTGC AAATAGTAAT AATAGAAAGA GTTGGACGGA TTATGTAGGC 
AGTTCCGTGC CTACGGCTCG TCCTATCGAA CAAATAAAAC ATAACCATCC CGATGAAAAA 
GTATTGGAAG TTACGGCATC AAATGCCACG TGTTACAAAT TTTTGTCATC TAATTTTATT 
GACAATAAAA GAGTAGTAAG TTTAGAACTC GAAGATAATG CCCGTCTGAT TTTTGATGAA 
GACGGTCATG CTGGCGTTTC CGAGTTCGCA GATGCTTTTT TGGCTATGCC AGGTGTAGAT 
CCAAAACTTA TCCCTACGGG CTGGATAGAA AATCATTATA AATGGATCGT ATGGAAATTG 
GCTGCGATGG ATCGCATACA TTTTGAAAAG ACTGAATTAC CAAAGATGTT AACGCCAGAA 
CGCGTTATGA AAGAGCTGAA ATATCGCTAC GACCGAGAAA TCGACAGAGC TCAAAGGTCA 
GCTTTGAGAA AGATTTTAGA GAAAGATGAT GCTCCTACCC GTAGAATGGT TTTATGCGTT 
TCTTCGATTG AAGATGGTGA CAGTAAGGAG AAAGATGCCA AAATAATGCT AGGTTTGTTG 
CGCTACAATA TTGAAGTCAC TGACGGGTGG TACAGCATTC CGCTTACCAT AGATAATGCG 
ATGGCAAATT ATGTTCTAAC TGGTAAAATC AAGGAAGGCA CAAAACTCAT GACGTATGGT 
GCCATATTGC TTGAATGCGA GAGAGGCTGC TTTCCCTTGG ATAAACCAGC TAACACGAGT 
TTAAAAATAT TTACGAACTG CACGAGAAGG GCGAGGTGGG ACGTTAAATT AGGATACCAA 
AAAAGTCAAG GTCCAATACC CGTGAAATTA AGGAATATTG TTATGGGTGG AGGGATGGTA 
GGCGAAATAA CGGCCGTCGC TGCGAGAGTT TATCCACTAT TGTATAGAGA GAAAACTCCG 
GATGGCCAAT CAATATATCG AAACGCGCGT AGCGAAGAAA AAGCGGCGAT AGCTTACGAG 
CGTGCCCTTG AAAAGCAGGT AGATGCCATG TATGCACAAG CTGAGAAAAA ATTCGATTCG 
AAAAAGAAAT CAGACTTCGA GGATGAACTG GAAAATTCTC AAACTGAGTC GACATCTCAA 
GCGCTAGCGC GAGGACAGAG AAGCTGGGAG CGCAAACAAG AGGAGCTTAA ACAGCGACTA 
GAGACGGAAG TGCGCCAGGG TCTACCGCCG CCTAGAAAAG TGACTCCGGT ACAGAAAGTC 
CGACTTGTAG ACGACATCAC TACGGTCATA CTGACGATTT GGGGTGCCGA TGAGGATTCG 
GCATATGACA TAAAGGAAGG CAATACCATT ACGGTATATA ATTGTTACGC AATGGGAACG 
AGAAACGGCG AGCTGAATCT CACGGCGAAC AGGATTACGC ATATCAAGTC GGAACCACTG 
TTAAAGCTAC CTTATCCGAT GCGATTCTGC ACTCTGATTC CAGACATTAC GGCTATGAGC 
TTCGATCCTA AGTTCTGCGA GTTCGACACC GTGGGTGTCG TCGTGTCGAC AGGCCCTGCT 
CCTCACGGAA TGAAAAGTTT TGAAGTTGTC AACATGGCTT ATCCAAAACC AAACAATGCA 
GGATCGTCGT ATCTATCGAT ACTCTTCTGG AACGGTGTAT CGTCTTTTGG TTACCAATCG 
ATTTTTTCTG TTGGTGCTCT TATCGCTTGC ACTAATCTGG AGTGGAGGCG AAACACTTCA 
TGGAACGTTG CCGTGGCTTA CTGTTCAGAG AGAACCGTTT TTACATGCAA TCCAAGGCCG 
CAGTACCTTA ACAGTGGCCT TCGTAATCTT AGAGCGTTAA TTCAGAACCC AGTAGCATAC 
GCGGAAAGCT GCGTTGAAGA AATAACTAAC GAGTTGTCTA AGAAACCTCC TTCGCGGTCA 
AATCAGGGTA CGCCAACAAG TTGGCCAGAC AGATCCCACA ACTCTTCGTC ATTCATCAGT 
CCGATGGACA GCCATACTCC AGGCCATGCA AGTATACAAA AACGCCTGGA GAAGCTTTCG 
CGTTATGGAA GTTCCGCAGA TATCTCACCC ATCGTATTAA ATAATAGCTC CGTCAAAGTG 
AAAAGAGATT ACAGGCCGGT GACGCGCAAG AAAACGTGA

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

LOC100678620 ( XM_031925997.1 ) cDNA ORF clone, Nasonia vitripennis(jewel wasp) -> XP_031781857.1 Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ONd25426
Clone ID Related Accession (Same CDS sequence)	XM_031925997.1
Accession Version	XM_031925997.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5751bp) 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	1577030400000
Organism	Nasonia vitripennis(jewel wasp)
Product	uncharacterized protein LOC100678620 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_022279592.1) 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 :: Nasonia vitripennis Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAACCC CAGATGGTAA ATTGAATGAT AAGACAGAAA ACTGTGATGT GACTATAAAT 
TCTGAAATTC CAACTAATAA TACAACACCA AATCGGCATC AAGGTACACC AAACTCTAAA 
GACACAAAAC CCGACAAAAT GGATGTAGTT TCTTCTCCGG TACTCGGCGG AGGCAAAAAA 
AGGGCTAAGC GAAAAGTAAA GCGTAGAATA CTTAATAATG TAGCTTTAGA TTCAGATAAC 
AATAATGATC AACAAAGTAT CAGTAGCAAT AGTGATAAGG TTCCCTCTGA AGCTAGCTCT 
GTGAACAACG AACCATTTTT TTATGTCAAA CCTGACATGA AATTGAACAT AATTGAAGAA 
AATAGCAAAC CAAATAATGA AGAGTGCAAA GAAAATAAAA AGTTAGAAGA CGCTACTGCC 
TTTGATAAAA ATAGCAATAC TTCAACTCAA GACTTTTTCT CTAATGCATC ATTCAGTTCC 
ATAGATCGCT TATGTTGTAA CATTATTCCA GAAGAGAAGC TAAGCTCAAT ACCTGAATCA 
GATGATAAAG AAAACAAAGA TATAGCTGTT AAACAAGAAA TTGTTGAAAA ACATGTTAAG 
CCCAAAATTG GCAATGATGT CCTTGCAAGA GTAGCTGAAA TTAAGCGTAA CCAAAAACCT 
CTAAGAAGAT CAATTGATAT AAGTCATACT ATTATACCAA AAGAAGAATT TTCTAAATCT 
GTTAGGGAAC TTGAACTGGC CGATACAAGA TTTAGTCAAG AAAAACAGAT AACTCCAAAA 
GTTCAACACA AACCTTTGAG ATTAATGTCT TTTTCAGAAT TGACATCTGC CGAAAGTTTA 
ATAAATACAA AGAAAGAAAA GTCTCCTGAA AAGGAAAATC TTGATGTACC AGCTGAAATT 
ATGGATGATT GGAATGTAGA CATATTTGCA AATACAAACT TTGGCGAAAA AGGAGAAATT 
TTACAGAATG CTTCAACATC ATCTACTACG AAGCCAGAAG TTGGCTTCTC TTGTGCCAGT 
GGGAAAGGAA TTTCCATTAA CGAAAAAAAT CTGCAAAAAG ATATGAGAAT GTACAAAGAA 
ATAGAGAAAG AGATAAGTAG CAACAATAAT CTTTTGGCTC TAGAAAAATC AAGTTTATCA 
AAACAAACTA TGTATCAAAC AAAGACACTT ATCAACGTAC CAGACAATAA TGAAATGAAT 
TTGAAAATAA AAAAGGAACC TAGTCATAGC ATTGCAACGT GTATTACTAC TGAAGATGGA 
TTTTCTACAG CTAGTGGTAA AAATATAACA ATTAGTGAAG ACAAAATACT AGATTATGCA 
AAAATTTACA CCGAGCTAGA AAAAGAAAAT CTAAACGAAA ATAGCTTTTT AGAATTAAAA 
GGTAAAAATA CCATATCTAA AGTAAAACCA GTTACCAAAA TAGATACCAA AGTACCAATA 
TCAAGTATTC AGAAATGCAT GGAAGACAAA AAACTGGACA CATTAAAACT TTATGAAGAG 
TTAGATCTAA ATGAATTTTT GGAACCAAAA TTTACATCTT GCAGTGAAGT GCATATCAAT 
GATGGTTTTG CGACAGCTGG TGGAAAAGGT ATTACAATCA ATGAACAAAA AGAGCGCTTG 
TATTCTAAAA TATATAATGA ACTAGAGGAT GTTGATGAAA ATAGTTTACT CAGTGTTAAG 
AAAGATATTG CTCTAAAACC AATCACTGTT GAAAAACCTA AAGATAAAGC AATAATCAAA 
TTTAATAATA AGACTATGAT AAATAATACA GATGCAAGAA TTGAAACATC AACGATTTAC 
AACAACCTTA CTACGAAAAT ATCAGCAGTT TCAAACACAG AAGTTTCAGG CGATGGTTTT 
TCAACTGCTC GTGGTAAGGG AATCAAAGTC AGTGAGGACA AAGAAATGAT GTATGCCAAA 
ATTTATAATG AACTAGGTGA TGCTGATGAA AATGAATTCA CTAACATTAA GCAAAATAAG 
ACTTTGAAAC AAGCTTTTCA GAAACCAAAA GACAAAGCTA TGATTGTGTT TAATAACAAG 
CAAACGATTT CAACTAAACC TTCTACAGTC ATAAGTAAAA ACAATGTAGT ACAACAAAAT 
TTAGAAGCAT CAAGCGATGG GTTTTCAACA GCTGGTGGCA AAGGGATCAA AATAAACACC 
GAAAAAGAAG GATACTATTC GAAGGTGTTC AACGAATTAA GTGAAGATAT TCGTGACGAA 
AATTGCTTCT TAAACTTGGA TAAAAAAACT CTACCCAAGG TAGCAGATAA AGCTAGTGTC 
AAAGTTACCT TTGTTCCCAA TCAAAAGAAA ACTGCACCTA TAACTTTAGT ATCAAAATCA 
TCCATGGGTT ATAACGATGA TGCTTTTGAG GATATTGGCG ACCTAGAAAA TCTTGTTCCT 
GTCAATCAAA CTTCAACGAG TAAAGGAGTT AGTGACAACC GTCATTTCAC TGTTCCAAAT 
ACGTCAAATG TGATAAAGGC AAATCACCAA GCATCAACTA CTGCCCAAAA ATCGCCCTCT 
ATAAAAAAAG AAAAGGCACA GGCGAACGAA AATGCTTTCA AACCTGTCGT ATCAGAATCT 
TCAGGAAAAC CCGTCAGCTT AAATAAACCT GAAAGCAGTC ATCTAAGTAA ATTAAAGCGA 
AAATTGGAAA ATTGCGAGGT AAAGCGGCCT GAAAGATGTC GATCCTTCGG CGGATTTCCA 
GGTAGCAGCA ACGAAGGCGT CTCGTCTACG AAGTTAAACA AATCCGATCC ATACAACGAC 
TCCGTTAATC AACCCCTGCA GCAAGGGCTG TCGGTTAGCC AACACTTTGA TCTTCACTCC 
GATTCTTGGC TATCCAAAGT CGAGCTGAGC TACCTTAACA CCAGCAAACC TAAATCGCCC 
GAGGTTACTG AACAAACCGT CACGAAGAGT CAGGAAACGT CAACAGCCCT AAGCGATTGG 
AAAGCCAGTG CAGAAGAATC GGATGATTTT TCAGGTTTCT CGTATAAAGA GTGTGCGGAG 
AGCTTTAAGA TGTTCGCAAG CTTTGAGAAA TTTTTAAAAA GGCACATTGT CAGATTTAAA 
GAGCAAAGAA AGCTGATCAT AGAAAGCGGT CGCACTATTA TTATTACGAA CAAGACCACG 
ACGACGCAAA CGCTGGACAT CCATTGCGAC TGTGTAGTCG ACATAAAAAG AGGTATGGTC 
GAGCCGAGTT ACGTTTTGAT CGATGCGCCG GAAAAGCCTG TATTCAAATT ACCCAAAAAA 
AGTCAGGCTA AAGCGAAGGA AGATGAGCCT AAAGAGCAGA AGAAGGCAGA GAACAAAATT 
GTGGAGAAGC GAAAACACTC CGATACCGAT AGCGATACTC CATTGTCGAC ACTGAAGAAG 
CCCAGAACTG GAAGTGAGTT GCAAGGTCGC AAACTATTTT CTGACGACTC GGACGTCGAT 
GAAGAAGATC AAGCGGAGCG TAATGTCGAT AATTTGATCC AGACTCTACC GTTAACGCCG 
CCGCCGCCGC TGCCGGAACT CACCGAGGAA GAATTAGCTG AATTGGCCGA AATGCGGATG 
GATGCAATTA TGCAACAGGA AAAGAAGATT CGAATTAAAA AACGAATTGA AGTTAAACCA 
ATTATAGGAT CTTTGCTGCG CGAAAGACTT GCAAATAGTA ATAATAGAAA GAGTTGGACG 
GATTATGTAG GCAGTTCCGT GCCTACGGCT CGTCCTATCG AACAAATAAA ACATAACCAT 
CCCGATGAAA AAGTATTGGA AGTTACGGCA TCAAATGCCA CGTGTTACAA ATTTTTGTCA 
TCTAATTTTA TTGACAATAA AAGAGTAGTA AGTTTAGAAC TCGAAGATAA TGCCCGTCTG 
ATTTTTGATG AAGACGGTCA TGCTGGCGTT TCCGAGTTCG CAGATGCTTT TTTGGCTATG 
CCAGGTGTAG ATCCAAAACT TATCCCTACG GGCTGGATAG AAAATCATTA TAAATGGATC 
GTATGGAAAT TGGCTGCGAT GGATCGCATA CATTTTGAAA AGACTGAATT ACCAAAGATG 
TTAACGCCAG AACGCGTTAT GAAAGAGCTG AAATATCGCT ACGACCGAGA AATCGACAGA 
GCTCAAAGGT CAGCTTTGAG AAAGATTTTA GAGAAAGATG ATGCTCCTAC CCGTAGAATG 
GTTTTATGCG TTTCTTCGAT TGAAGATGGT GACAGTAAGG AGAAAGATGC CAAAATAATG 
CTAGGTTTGT TGCGCTACAA TATTGAAGTC ACTGACGGGT GGTACAGCAT TCCGCTTACC 
ATAGATAATG CGATGGCAAA TTATGTTCTA ACTGGTAAAA TCAAGGAAGG CACAAAACTC 
ATGACGTATG GTGCCATATT GCTTGAATGC GAGAGAGGCT GCTTTCCCTT GGATAAACCA 
GCTAACACGA GTTTAAAAAT ATTTACGAAC TGCACGAGAA GGGCGAGGTG GGACGTTAAA 
TTAGGATACC AAAAAAGTCA AGGTCCAATA CCCGTGAAAT TAAGGAATAT TGTTATGGGT 
GGAGGGATGG TAGGCGAAAT AACGGCCGTC GCTGCGAGAG TTTATCCACT ATTGTATAGA 
GAGAAAACTC CGGATGGCCA ATCAATATAT CGAAACGCGC GTAGCGAAGA AAAAGCGGCG 
ATAGCTTACG AGCGTGCCCT TGAAAAGCAG GTAGATGCCA TGTATGCACA AGCTGAGAAA 
AAATTCGATT CGAAAAAGAA ATCAGACTTC GAGGATGAAC TGGAAAATTC TCAAACTGAG 
TCGACATCTC AAGCGCTAGC GCGAGGACAG AGAAGCTGGG AGCGCAAACA AGAGGAGCTT 
AAACAGCGAC TAGAGACGGA AGTGCGCCAG GGTCTACCGC CGCCTAGAAA AGTGACTCCG 
GTACAGAAAG TCCGACTTGT AGACGACATC ACTACGGTCA TACTGACGAT TTGGGGTGCC 
GATGAGGATT CGGCATATGA CATAAAGGAA GGCAATACCA TTACGGTATA TAATTGTTAC 
GCAATGGGAA CGAGAAACGG CGAGCTGAAT CTCACGGCGA ACAGGATTAC GCATATCAAG 
TCGGAACCAC TGTTAAAGCT ACCTTATCCG ATGCGATTCT GCACTCTGAT TCCAGACATT 
ACGGCTATGA GCTTCGATCC TAAGTTCTGC GAGTTCGACA CCGTGGGTGT CGTCGTGTCG 
ACAGGCCCTG CTCCTCACGG AATGAAAAGT TTTGAAGTTG TCAACATGGC TTATCCAAAA 
CCAAACAATG CAGGATCGTC GTATCTATCG ATACTCTTCT GGAACGGTGT ATCGTCTTTT 
GGTTACCAAT CGATTTTTTC TGTTGGTGCT CTTATCGCTT GCACTAATCT GGAGTGGAGG 
CGAAACACTT CATGGAACGT TGCCGTGGCT TACTGTTCAG AGAGAACCGT TTTTACATGC 
AATCCAAGGC CGCAGTACCT TAACAGTGGC CTTCGTAATC TTAGAGCGTT AATTCAGAAC 
CCAGTAGCAT ACGCGGAAAG CTGCGTTGAA GAAATAACTA ACGAGTTGTC TAAGAAACCT 
CCTTCGCGGT CAAATCAGGG TACGCCAACA AGTTGGCCAG ACAGATCCCA CAACTCTTCG 
TCATTCATCA GTCCGATGGA CAGCCATACT CCAGGCCATG CAAGTATACA AAAACGCCTG 
GAGAAGCTTT CGCGTTATGG AAGTTCCGCA GATATCTCAC CCATCGTATT AAATAATAGC 
TCCGTCAAAG TGAAAAGAGA TTACAGGCCG GTGACGCGCA AGAAAACGTG A

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

RefSeq	XP_031781857.1
CDS	225..5975
Translation	METPDGKLNDKTENCDVTINSEIPTNNTTPNRHQGTPNSKDTKPDKMDVVSSPVLGGGKKRAKRKVKRRILNNVALDSDNNNDQQSISSNSDKVPSEASSVNNEPFFYVKPDMKLNIIEENSKPNNEECKENKKLEDATAFDKNSNTSTQDFFSNASFSSIDRLCCNIIPEEKLSSIPESDDKENKDIAVKQEIVEKHVKPKIGNDVLARVAEIKRNQKPLRRSIDISHTIIPKEEFSKSVRELELADTRFSQEKQITPKVQHKPLRLMSFSELTSAESLINTKKEKSPEKENLDVPAEIMDDWNVDIFANTNFGEKGEILQNASTSSTTKPEVGFSCASGKGISINEKNLQKDMRMYKEIEKEISSNNNLLALEKSSLSKQTMYQTKTLINVPDNNEMNLKIKKEPSHSIATCITTEDGFSTASGKNITISEDKILDYAKIYTELEKENLNENSFLELKGKNTISKVKPVTKIDTKVPISSIQKCMEDKKLDTLKLYEELDLNEFLEPKFTSCSEVHINDGFATAGGKGITINEQKERLYSKIYNELEDVDENSLLSVKKDIALKPITVEKPKDKAIIKFNNKTMINNTDARIETSTIYNNLTTKISAVSNTEVSGDGFSTARGKGIKVSEDKEMMYAKIYNELGDADENEFTNIKQNKTLKQAFQKPKDKAMIVFNNKQTISTKPSTVISKNNVVQQNLEASSDGFSTAGGKGIKINTEKEGYYSKVFNELSEDIRDENCFLNLDKKTLPKVADKASVKVTFVPNQKKTAPITLVSKSSMGYNDDAFEDIGDLENLVPVNQTSTSKGVSDNRHFTVPNTSNVIKANHQASTTAQKSPSIKKEKAQANENAFKPVVSESSGKPVSLNKPESSHLSKLKRKLENCEVKRPERCRSFGGFPGSSNEGVSSTKLNKSDPYNDSVNQPLQQGLSVSQHFDLHSDSWLSKVELSYLNTSKPKSPEVTEQTVTKSQETSTALSDWKASAEESDDFSGFSYKECAESFKMFASFEKFLKRHIVRFKEQRKLIIESGRTIIITNKTTTTQTLDIHCDCVVDIKRGMVEPSYVLIDAPEKPVFKLPKKSQAKAKEDEPKEQKKAENKIVEKRKHSDTDSDTPLSTLKKPRTGSELQGRKLFSDDSDVDEEDQAERNVDNLIQTLPLTPPPPLPELTEEELAELAEMRMDAIMQQEKKIRIKKRIEVKPIIGSLLRERLANSNNRKSWTDYVGSSVPTARPIEQIKHNHPDEKVLEVTASNATCYKFLSSNFIDNKRVVSLELEDNARLIFDEDGHAGVSEFADAFLAMPGVDPKLIPTGWIENHYKWIVWKLAAMDRIHFEKTELPKMLTPERVMKELKYRYDREIDRAQRSALRKILEKDDAPTRRMVLCVSSIEDGDSKEKDAKIMLGLLRYNIEVTDGWYSIPLTIDNAMANYVLTGKIKEGTKLMTYGAILLECERGCFPLDKPANTSLKIFTNCTRRARWDVKLGYQKSQGPIPVKLRNIVMGGGMVGEITAVAARVYPLLYREKTPDGQSIYRNARSEEKAAIAYERALEKQVDAMYAQAEKKFDSKKKSDFEDELENSQTESTSQALARGQRSWERKQEELKQRLETEVRQGLPPPRKVTPVQKVRLVDDITTVILTIWGADEDSAYDIKEGNTITVYNCYAMGTRNGELNLTANRITHIKSEPLLKLPYPMRFCTLIPDITAMSFDPKFCEFDTVGVVVSTGPAPHGMKSFEVVNMAYPKPNNAGSSYLSILFWNGVSSFGYQSIFSVGALIACTNLEWRRNTSWNVAVAYCSERTVFTCNPRPQYLNSGLRNLRALIQNPVAYAESCVEEITNELSKKPPSRSNQGTPTSWPDRSHNSSSFISPMDSHTPGHASIQKRLEKLSRYGSSADISPIVLNNSSVKVKRDYRPVTRKKT

Target ORF information:

RefSeq Version	XM_031925997.1
Organism	Nasonia vitripennis(jewel wasp)
Definition	Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X2, mRNA.

Target ORF information:

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

XM_031925997.1

ORF Insert Sequence:

ATGGAAACCC CAGATGGTAA ATTGAATGAT AAGACAGAAA ACTGTGATGT GACTATAAAT 
TCTGAAATTC CAACTAATAA TACAACACCA AATCGGCATC AAGGTACACC AAACTCTAAA 
GACACAAAAC CCGACAAAAT GGATGTAGTT TCTTCTCCGG TACTCGGCGG AGGCAAAAAA 
AGGGCTAAGC GAAAAGTAAA GCGTAGAATA CTTAATAATG TAGCTTTAGA TTCAGATAAC 
AATAATGATC AACAAAGTAT CAGTAGCAAT AGTGATAAGG TTCCCTCTGA AGCTAGCTCT 
GTGAACAACG AACCATTTTT TTATGTCAAA CCTGACATGA AATTGAACAT AATTGAAGAA 
AATAGCAAAC CAAATAATGA AGAGTGCAAA GAAAATAAAA AGTTAGAAGA CGCTACTGCC 
TTTGATAAAA ATAGCAATAC TTCAACTCAA GACTTTTTCT CTAATGCATC ATTCAGTTCC 
ATAGATCGCT TATGTTGTAA CATTATTCCA GAAGAGAAGC TAAGCTCAAT ACCTGAATCA 
GATGATAAAG AAAACAAAGA TATAGCTGTT AAACAAGAAA TTGTTGAAAA ACATGTTAAG 
CCCAAAATTG GCAATGATGT CCTTGCAAGA GTAGCTGAAA TTAAGCGTAA CCAAAAACCT 
CTAAGAAGAT CAATTGATAT AAGTCATACT ATTATACCAA AAGAAGAATT TTCTAAATCT 
GTTAGGGAAC TTGAACTGGC CGATACAAGA TTTAGTCAAG AAAAACAGAT AACTCCAAAA 
GTTCAACACA AACCTTTGAG ATTAATGTCT TTTTCAGAAT TGACATCTGC CGAAAGTTTA 
ATAAATACAA AGAAAGAAAA GTCTCCTGAA AAGGAAAATC TTGATGTACC AGCTGAAATT 
ATGGATGATT GGAATGTAGA CATATTTGCA AATACAAACT TTGGCGAAAA AGGAGAAATT 
TTACAGAATG CTTCAACATC ATCTACTACG AAGCCAGAAG TTGGCTTCTC TTGTGCCAGT 
GGGAAAGGAA TTTCCATTAA CGAAAAAAAT CTGCAAAAAG ATATGAGAAT GTACAAAGAA 
ATAGAGAAAG AGATAAGTAG CAACAATAAT CTTTTGGCTC TAGAAAAATC AAGTTTATCA 
AAACAAACTA TGTATCAAAC AAAGACACTT ATCAACGTAC CAGACAATAA TGAAATGAAT 
TTGAAAATAA AAAAGGAACC TAGTCATAGC ATTGCAACGT GTATTACTAC TGAAGATGGA 
TTTTCTACAG CTAGTGGTAA AAATATAACA ATTAGTGAAG ACAAAATACT AGATTATGCA 
AAAATTTACA CCGAGCTAGA AAAAGAAAAT CTAAACGAAA ATAGCTTTTT AGAATTAAAA 
GGTAAAAATA CCATATCTAA AGTAAAACCA GTTACCAAAA TAGATACCAA AGTACCAATA 
TCAAGTATTC AGAAATGCAT GGAAGACAAA AAACTGGACA CATTAAAACT TTATGAAGAG 
TTAGATCTAA ATGAATTTTT GGAACCAAAA TTTACATCTT GCAGTGAAGT GCATATCAAT 
GATGGTTTTG CGACAGCTGG TGGAAAAGGT ATTACAATCA ATGAACAAAA AGAGCGCTTG 
TATTCTAAAA TATATAATGA ACTAGAGGAT GTTGATGAAA ATAGTTTACT CAGTGTTAAG 
AAAGATATTG CTCTAAAACC AATCACTGTT GAAAAACCTA AAGATAAAGC AATAATCAAA 
TTTAATAATA AGACTATGAT AAATAATACA GATGCAAGAA TTGAAACATC AACGATTTAC 
AACAACCTTA CTACGAAAAT ATCAGCAGTT TCAAACACAG AAGTTTCAGG CGATGGTTTT 
TCAACTGCTC GTGGTAAGGG AATCAAAGTC AGTGAGGACA AAGAAATGAT GTATGCCAAA 
ATTTATAATG AACTAGGTGA TGCTGATGAA AATGAATTCA CTAACATTAA GCAAAATAAG 
ACTTTGAAAC AAGCTTTTCA GAAACCAAAA GACAAAGCTA TGATTGTGTT TAATAACAAG 
CAAACGATTT CAACTAAACC TTCTACAGTC ATAAGTAAAA ACAATGTAGT ACAACAAAAT 
TTAGAAGCAT CAAGCGATGG GTTTTCAACA GCTGGTGGCA AAGGGATCAA AATAAACACC 
GAAAAAGAAG GATACTATTC GAAGGTGTTC AACGAATTAA GTGAAGATAT TCGTGACGAA 
AATTGCTTCT TAAACTTGGA TAAAAAAACT CTACCCAAGG TAGCAGATAA AGCTAGTGTC 
AAAGTTACCT TTGTTCCCAA TCAAAAGAAA ACTGCACCTA TAACTTTAGT ATCAAAATCA 
TCCATGGGTT ATAACGATGA TGCTTTTGAG GATATTGGCG ACCTAGAAAA TCTTGTTCCT 
GTCAATCAAA CTTCAACGAG TAAAGGAGTT AGTGACAACC GTCATTTCAC TGTTCCAAAT 
ACGTCAAATG TGATAAAGGC AAATCACCAA GCATCAACTA CTGCCCAAAA ATCGCCCTCT 
ATAAAAAAAG AAAAGGCACA GGCGAACGAA AATGCTTTCA AACCTGTCGT ATCAGAATCT 
TCAGGAAAAC CCGTCAGCTT AAATAAACCT GAAAGCAGTC ATCTAAGTAA ATTAAAGCGA 
AAATTGGAAA ATTGCGAGGT AAAGCGGCCT GAAAGATGTC GATCCTTCGG CGGATTTCCA 
GGTAGCAGCA ACGAAGGCGT CTCGTCTACG AAGTTAAACA AATCCGATCC ATACAACGAC 
TCCGTTAATC AACCCCTGCA GCAAGGGCTG TCGGTTAGCC AACACTTTGA TCTTCACTCC 
GATTCTTGGC TATCCAAAGT CGAGCTGAGC TACCTTAACA CCAGCAAACC TAAATCGCCC 
GAGGTTACTG AACAAACCGT CACGAAGAGT CAGGAAACGT CAACAGCCCT AAGCGATTGG 
AAAGCCAGTG CAGAAGAATC GGATGATTTT TCAGGTTTCT CGTATAAAGA GTGTGCGGAG 
AGCTTTAAGA TGTTCGCAAG CTTTGAGAAA TTTTTAAAAA GGCACATTGT CAGATTTAAA 
GAGCAAAGAA AGCTGATCAT AGAAAGCGGT CGCACTATTA TTATTACGAA CAAGACCACG 
ACGACGCAAA CGCTGGACAT CCATTGCGAC TGTGTAGTCG ACATAAAAAG AGGTATGGTC 
GAGCCGAGTT ACGTTTTGAT CGATGCGCCG GAAAAGCCTG TATTCAAATT ACCCAAAAAA 
AGTCAGGCTA AAGCGAAGGA AGATGAGCCT AAAGAGCAGA AGAAGGCAGA GAACAAAATT 
GTGGAGAAGC GAAAACACTC CGATACCGAT AGCGATACTC CATTGTCGAC ACTGAAGAAG 
CCCAGAACTG GAAGTGAGTT GCAAGGTCGC AAACTATTTT CTGACGACTC GGACGTCGAT 
GAAGAAGATC AAGCGGAGCG TAATGTCGAT AATTTGATCC AGACTCTACC GTTAACGCCG 
CCGCCGCCGC TGCCGGAACT CACCGAGGAA GAATTAGCTG AATTGGCCGA AATGCGGATG 
GATGCAATTA TGCAACAGGA AAAGAAGATT CGAATTAAAA AACGAATTGA AGTTAAACCA 
ATTATAGGAT CTTTGCTGCG CGAAAGACTT GCAAATAGTA ATAATAGAAA GAGTTGGACG 
GATTATGTAG GCAGTTCCGT GCCTACGGCT CGTCCTATCG AACAAATAAA ACATAACCAT 
CCCGATGAAA AAGTATTGGA AGTTACGGCA TCAAATGCCA CGTGTTACAA ATTTTTGTCA 
TCTAATTTTA TTGACAATAA AAGAGTAGTA AGTTTAGAAC TCGAAGATAA TGCCCGTCTG 
ATTTTTGATG AAGACGGTCA TGCTGGCGTT TCCGAGTTCG CAGATGCTTT TTTGGCTATG 
CCAGGTGTAG ATCCAAAACT TATCCCTACG GGCTGGATAG AAAATCATTA TAAATGGATC 
GTATGGAAAT TGGCTGCGAT GGATCGCATA CATTTTGAAA AGACTGAATT ACCAAAGATG 
TTAACGCCAG AACGCGTTAT GAAAGAGCTG AAATATCGCT ACGACCGAGA AATCGACAGA 
GCTCAAAGGT CAGCTTTGAG AAAGATTTTA GAGAAAGATG ATGCTCCTAC CCGTAGAATG 
GTTTTATGCG TTTCTTCGAT TGAAGATGGT GACAGTAAGG AGAAAGATGC CAAAATAATG 
CTAGGTTTGT TGCGCTACAA TATTGAAGTC ACTGACGGGT GGTACAGCAT TCCGCTTACC 
ATAGATAATG CGATGGCAAA TTATGTTCTA ACTGGTAAAA TCAAGGAAGG CACAAAACTC 
ATGACGTATG GTGCCATATT GCTTGAATGC GAGAGAGGCT GCTTTCCCTT GGATAAACCA 
GCTAACACGA GTTTAAAAAT ATTTACGAAC TGCACGAGAA GGGCGAGGTG GGACGTTAAA 
TTAGGATACC AAAAAAGTCA AGGTCCAATA CCCGTGAAAT TAAGGAATAT TGTTATGGGT 
GGAGGGATGG TAGGCGAAAT AACGGCCGTC GCTGCGAGAG TTTATCCACT ATTGTATAGA 
GAGAAAACTC CGGATGGCCA ATCAATATAT CGAAACGCGC GTAGCGAAGA AAAAGCGGCG 
ATAGCTTACG AGCGTGCCCT TGAAAAGCAG GTAGATGCCA TGTATGCACA AGCTGAGAAA 
AAATTCGATT CGAAAAAGAA ATCAGACTTC GAGGATGAAC TGGAAAATTC TCAAACTGAG 
TCGACATCTC AAGCGCTAGC GCGAGGACAG AGAAGCTGGG AGCGCAAACA AGAGGAGCTT 
AAACAGCGAC TAGAGACGGA AGTGCGCCAG GGTCTACCGC CGCCTAGAAA AGTGACTCCG 
GTACAGAAAG TCCGACTTGT AGACGACATC ACTACGGTCA TACTGACGAT TTGGGGTGCC 
GATGAGGATT CGGCATATGA CATAAAGGAA GGCAATACCA TTACGGTATA TAATTGTTAC 
GCAATGGGAA CGAGAAACGG CGAGCTGAAT CTCACGGCGA ACAGGATTAC GCATATCAAG 
TCGGAACCAC TGTTAAAGCT ACCTTATCCG ATGCGATTCT GCACTCTGAT TCCAGACATT 
ACGGCTATGA GCTTCGATCC TAAGTTCTGC GAGTTCGACA CCGTGGGTGT CGTCGTGTCG 
ACAGGCCCTG CTCCTCACGG AATGAAAAGT TTTGAAGTTG TCAACATGGC TTATCCAAAA 
CCAAACAATG CAGGATCGTC GTATCTATCG ATACTCTTCT GGAACGGTGT ATCGTCTTTT 
GGTTACCAAT CGATTTTTTC TGTTGGTGCT CTTATCGCTT GCACTAATCT GGAGTGGAGG 
CGAAACACTT CATGGAACGT TGCCGTGGCT TACTGTTCAG AGAGAACCGT TTTTACATGC 
AATCCAAGGC CGCAGTACCT TAACAGTGGC CTTCGTAATC TTAGAGCGTT AATTCAGAAC 
CCAGTAGCAT ACGCGGAAAG CTGCGTTGAA GAAATAACTA ACGAGTTGTC TAAGAAACCT 
CCTTCGCGGT CAAATCAGGG TACGCCAACA AGTTGGCCAG ACAGATCCCA CAACTCTTCG 
TCATTCATCA GTCCGATGGA CAGCCATACT CCAGGCCATG CAAGTATACA AAAACGCCTG 
GAGAAGCTTT CGCGTTATGG AAGTTCCGCA GATATCTCAC CCATCGTATT AAATAATAGC 
TCCGTCAAAG TGAAAAGAGA TTACAGGCCG GTGACGCGCA AGAAAACGTG A

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

LOC100678620 ( XM_008217539.2 ) cDNA ORF clone, Nasonia vitripennis(jewel wasp) -> XP_008215761.1 Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ONd01029
Clone ID Related Accession (Same CDS sequence)	XM_008217539.2 , XM_008217539.3
Accession Version	XM_008217539.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6075bp) 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	1464105600000
Organism	Nasonia vitripennis(jewel wasp)
Product	uncharacterized protein LOC100678620 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_015867.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 26, 2016 this sequence version replaced XM_008217539.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nasonia vitripennis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATCCTT GCATTGAAGA TTTGGAGAAC AATGAAAACG TTGCCAATGA CTGCAATGTC 
ATCAGATGGA AGAACGATGA TGCTAAAGAT ATTTCTACGT CCCAAGATAT GTTTTCAGAT 
GATGATCAAT TAAGGGACTC GGTTTTACAA TCACCAAAAG TTGTAGCTAA GAATGACACT 
TTTAACTCCT CGATTATTTC AATAAAAACT CCGATACTTT GTTCAAAAGT AACTGAAGTA 
ACTCCTGGAA GGGCAGTAGT TCCAAGAACT CCGGCTGATC TGCTGCCTTT CATAACAAAA 
ACAAGTGTGC TGTGGACTAG TGACATGGAA ACCCCAGATG GTAAATTGAA TGATAAGACA 
GAAAACTGTG ATGTGACTAT AAATTCTGAA ATTCCAACTA ATAATACAAC ACCAAATCGG 
CATCAAGGTA CACCAAACTC TAAAGACACA AAACCCGACA AAATGGATGT AGTTTCTTCT 
CCGGTACTCG GCGGAGGCAA AAAAAGGGCT AAGCGAAAAG TAAAGCGTAG AATACTTAAT 
AATGTAGCTT TAGATTCAGA TAACAATAAT GATCAACAAA GTATCAGTAG CAATAGTGAT 
AAGGTTCCCT CTGAAGCTAG CTCTGTGAAC AACGAACCAT TTTTTTATGT CAAACCTGAC 
ATGAAATTGA ACATAATTGA AGAAAATAGC AAACCAAATA ATGAAGAGTG CAAAGAAAAT 
AAAAAGTTAG AAGACGCTAC TGCCTTTGAT AAAAATAGCA ATACTTCAAC TCAAGACTTT 
TTCTCTAATG CATCATTCAG TTCCATAGAT CGCTTATGTT GTAACATTAT TCCAGAAGAG 
AAGCTAAGCT CAATACCTGA ATCAGATGAT AAAGAAAACA AAGATATAGC TGTTAAACAA 
GAAATTGTTG AAAAACATGT TAAGCCCAAA ATTGGCAATG ATGTCCTTGC AAGAGTAGCT 
GAAATTAAGC GTAACCAAAA ACCTCTAAGA AGATCAATTG ATATAAGTCA TACTATTATA 
CCAAAAGAAG AATTTTCTAA ATCTGTTAGG GAACTTGAAC TGGCCGATAC AAGATTTAGT 
CAAGAAAAAC AGATAACTCC AAAAGTTCAA CACAAACCTT TGAGATTAAT GTCTTTTTCA 
GAATTGACAT CTGCCGAAAG TTTAATAAAT ACAAAGAAAG AAAAGTCTCC TGAAAAGGAA 
AATCTTGATG TACCAGCTGA AATTATGGAT GATTGGAATG TAGACATATT TGCAAATACA 
AACTTTGGCG AAAAAGGAGA AATTTTACAG AATGCTTCAA CATCATCTAC TACGAAGCCA 
GAAGTTGGCT TCTCTTGTGC CAGTGGGAAA GGAATTTCCA TTAACGAAAA AAATCTGCAA 
AAAGATATGA GAATGTACAA AGAAATAGAG AAAGAGATAA GTAGCAACAA TAATCTTTTG 
GCTCTAGAAA AATCAAGTTT ATCAAAACAA ACTATGTATC AAACAAAGAC ACTTATCAAC 
GTACCAGACA ATAATGAAAT GAATTTGAAA ATAAAAAAGG AACCTAGTCA TAGCATTGCA 
ACGTGTATTA CTACTGAAGA TGGATTTTCT ACAGCTAGTG GTAAAAATAT AACAATTAGT 
GAAGACAAAA TACTAGATTA TGCAAAAATT TACACCGAGC TAGAAAAAGA AAATCTAAAC 
GAAAATAGCT TTTTAGAATT AAAAGGTAAA AATACCATAT CTAAAGTAAA ACCAGTTACC 
AAAATAGATA CCAAAGTACC AATATCAAGT ATTCAGAAAT GCATGGAAGA CAAAAAACTG 
GACACATTAA AACTTTATGA AGAGTTAGAT CTAAATGAAT TTTTGGAACC AAAATTTACA 
TCTTGCAGTG AAGTGCATAT CAATGATGGT TTTGCGACAG CTGGTGGAAA AGGTATTACA 
ATCAATGAAC AAAAAGAGCG CTTGTATTCT AAAATATATA ATGAACTAGA GGATGTTGAT 
GAAAATAGTT TACTCAGTGT TAAGAAAGAT ATTGCTCTAA AACCAATCAC TGTTGAAAAA 
CCTAAAGATA AAGCAATAAT CAAATTTAAT AATAAGACTA TGATAAATAA TACAGATGCA 
AGAATTGAAA CATCAACGAT TTACAACAAC CTTACTACGA AAATATCAGC AGTTTCAAAC 
ACAGAAGTTT CAGGCGATGG TTTTTCAACT GCTCGTGGTA AGGGAATCAA AGTCAGTGAG 
GACAAAGAAA TGATGTATGC CAAAATTTAT AATGAACTAG GTGATGCTGA TGAAAATGAA 
TTCACTAACA TTAAGCAAAA TAAGACTTTG AAACAAGCTT TTCAGAAACC AAAAGACAAA 
GCTATGATTG TGTTTAATAA CAAGCAAACG ATTTCAACTA AACCTTCTAC AGTCATAAGT 
AAAAACAATG TAGTACAACA AAATTTAGAA GCATCAAGCG ATGGGTTTTC AACAGCTGGT 
GGCAAAGGGA TCAAAATAAA CACCGAAAAA GAAGGATACT ATTCGAAGGT GTTCAACGAA 
TTAAGTGAAG ATATTCGTGA CGAAAATTGC TTCTTAAACT TGGATAAAAA AACTCTACCC 
AAGGTAGCAG ATAAAGCTAG TGTCAAAGTT ACCTTTGTTC CCAATCAAAA GAAAACTGCA 
CCTATAACTT TAGTATCAAA ATCATCCATG GGTTATAACG ATGATGCTTT TGAGGATATT 
GGCGACCTAG AAAATCTTGT TCCTGTCAAT CAAACTTCAA CGAGTAAAGG AGTTAGTGAC 
AACCGTCATT TCACTGTTCC AAATACGTCA AATGTGATAA AGGCAAATCA CCAAGCATCA 
ACTACTGCCC AAAAATCGCC CTCTATAAAA AAAGAAAAGG CACAGGCGAA CGAAAATGCT 
TTCAAACCTG TCGTATCAGA ATCTTCAGGA AAACCCGTCA GCTTAAATAA ACCTGAAAGC 
AGTCATCTAA GTAAATTAAA GCGAAAATTG GAAAATTGCG AGGTAAAGCG GCCTGAAAGA 
TGTCGATCCT TCGGCGGATT TCCAGGTAGC AGCAACGAAG GCGTCTCGTC TACGAAGTTA 
AACAAATCCG ATCCATACAA CGACTCCGTT AATCAACCCC TGCAGCAAGG GCTGTCGGTT 
AGCCAACACT TTGATCTTCA CTCCGATTCT TGGCTATCCA AAGTCGAGCT GAGCTACCTT 
AACACCAGCA AACCTAAATC GCCCGAGGTT ACTGAACAAA CCGTCACGAA GAGTCAGGAA 
ACGTCAACAG CCCTAAGCGA TTGGAAAGCC AGTGCAGAAG AATCGGATGA TTTTTCAGGT 
TTCTCGTATA AAGAGTGTGC GGAGAGCTTT AAGATGTTCG CAAGCTTTGA GAAATTTTTA 
AAAAGGCACA TTGTCAGATT TAAAGAGCAA AGAAAGCTGA TCATAGAAAG CGGTCGCACT 
ATTATTATTA CGAACAAGAC CACGACGACG CAAACGCTGG ACATCCATTG CGACTGTGTA 
GTCGACATAA AAAGAGGTAT GGTCGAGCCG AGTTACGTTT TGATCGATGC GCCGGAAAAG 
CCTGTATTCA AATTACCCAA AAAAAGTCAG GCTAAAGCGA AGGAAGATGA GCCTAAAGAG 
CAGAAGAAGG CAGAGAACAA AATTGTGGAG AAGCGAAAAC ACTCCGATAC CGATAGCGAT 
ACTCCATTGT CGACACTGAA GAAGCCCAGA ACTGGAAGTG AGTTGCAAGG TCGCAAACTA 
TTTTCTGACG ACTCGGACGT CGATGAAGAA GATCAAGCGG AGCGTAATGT CGATAATTTG 
ATCCAGACTC TACCGTTAAC GCCGCCGCCG CCGCTGCCGG AACTCACCGA GGAAGAATTA 
GCTGAATTGG CCGAAATGCG GATGGATGCA ATTATGCAAC AGGAAAAGAA GATTCGAATT 
AAAAAACGAA TTGAAGTTAA ACCAATTATA GGATCTTTGC TGCGCGAAAG ACTTGCAAAT 
AGTAATAATA GAAAGAGTTG GACGGATTAT GTAGGCAGTT CCGTGCCTAC GGCTCGTCCT 
ATCGAACAAA TAAAACATAA CCATCCCGAT GAAAAAGTAT TGGAAGTTAC GGCATCAAAT 
GCCACGTGTT ACAAATTTTT GTCATCTAAT TTTATTGACA ATAAAAGAGT AGTAAGTTTA 
GAACTCGAAG ATAATGCCCG TCTGATTTTT GATGAAGACG GTCATGCTGG CGTTTCCGAG 
TTCGCAGATG CTTTTTTGGC TATGCCAGGT GTAGATCCAA AACTTATCCC TACGGGCTGG 
ATAGAAAATC ATTATAAATG GATCGTATGG AAATTGGCTG CGATGGATCG CATACATTTT 
GAAAAGACTG AATTACCAAA GATGTTAACG CCAGAACGCG TTATGAAAGA GCTGAAATAT 
CGCTACGACC GAGAAATCGA CAGAGCTCAA AGGTCAGCTT TGAGAAAGAT TTTAGAGAAA 
GATGATGCTC CTACCCGTAG AATGGTTTTA TGCGTTTCTT CGATTGAAGA TGGTGACAGT 
AAGGAGAAAG ATGCCAAAAT AATGCTAGGT TTGTTGCGCT ACAATATTGA AGTCACTGAC 
GGGTGGTACA GCATTCCGCT TACCATAGAT AATGCGATGG CAAATTATGT TCTAACTGGT 
AAAATCAAGG AAGGCACAAA ACTCATGACG TATGGTGCCA TATTGCTTGA ATGCGAGAGA 
GGCTGCTTTC CCTTGGATAA ACCAGCTAAC ACGAGTTTAA AAATATTTAC GAACTGCACG 
AGAAGGGCGA GGTGGGACGT TAAATTAGGA TACCAAAAAA GTCAAGGTCC AATACCCGTG 
AAATTAAGGA ATATTGTTAT GGGTGGAGGG ATGGTAGGCG AAATAACGGC CGTCGCTGCG 
AGAGTTTATC CACTATTGTA TAGAGAGAAA ACTCCGGATG GCCAATCAAT ATATCGAAAC 
GCGCGTAGCG AAGAAAAAGC GGCGATAGCT TACGAGCGTG CCCTTGAAAA GCAGGTAGAT 
GCCATGTATG CACAAGCTGA GAAAAAATTC GATTCGAAAA AGAAATCAGA CTTCGAGGAT 
GAACTGGAAA ATTCTCAAAC TGAGTCGACA TCTCAAGCGC TAGCGCGAGG ACAGAGAAGC 
TGGGAGCGCA AACAAGAGGA GCTTAAACAG CGACTAGAGA CGGAAGTGCG CCAGGGTCTA 
CCGCCGCCTA GAAAAGTGAC TCCGGTACAG AAAGTCCGAC TTGTAGACGA CATCACTACG 
GTCATACTGA CGATTTGGGG TGCCGATGAG GATTCGGCAT ATGACATAAA GGAAGGCAAT 
ACCATTACGG TATATAATTG TTACGCAATG GGAACGAGAA ACGGCGAGCT GAATCTCACG 
GCGAACAGGA TTACGCATAT CAAGTCGGAA CCACTGTTAA AGCTACCTTA TCCGATGCGA 
TTCTGCACTC TGATTCCAGA CATTACGGCT ATGAGCTTCG ATCCTAAGTT CTGCGAGTTC 
GACACCGTGG GTGTCGTCGT GTCGACAGGC CCTGCTCCTC ACGGAATGAA AAGTTTTGAA 
GTTGTCAACA TGGCTTATCC AAAACCAAAC AATGCAGGAT CGTCGTATCT ATCGATACTC 
TTCTGGAACG GTGTATCGTC TTTTGGTTAC CAATCGATTT TTTCTGTTGG TGCTCTTATC 
GCTTGCACTA ATCTGGAGTG GAGGCGAAAC ACTTCATGGA ACGTTGCCGT GGCTTACTGT 
TCAGAGAGAA CCGTTTTTAC ATGCAATCCA AGGCCGCAGT ACCTTAACAG TGGCCTTCGT 
AATCTTAGAG CGTTAATTCA GAACCCAGTA GCATACGCGG AAAGCTGCGT TGAAGAAATA 
ACTAACGAGT TGTCTAAGAA ACCTCCTTCG CGGTCAAATC AGGGTACGCC AACAAGTTGG 
CCAGACAGAT CCCACAACTC TTCGTCATTC ATCAGTCCGA TGGACAGCCA TACTCCAGGC 
CATGCAAGTA TACAAAAACG CCTGGAGAAG CTTTCGCGTT ATGGAAGTTC CGCAGATATC 
TCACCCATCG TATTAAATAA TAGCTCCGTC AAAGTGAAAA GAGATTACAG GCCGGTGACG 
CGCAAGAAAA CGTGA

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

RefSeq	XP_008215761.1
CDS	513..6587
Translation	MDPCIEDLENNENVANDCNVIRWKNDDAKDISTSQDMFSDDDQLRDSVLQSPKVVAKNDTFNSSIISIKTPILCSKVTEVTPGRAVVPRTPADLLPFITKTSVLWTSDMETPDGKLNDKTENCDVTINSEIPTNNTTPNRHQGTPNSKDTKPDKMDVVSSPVLGGGKKRAKRKVKRRILNNVALDSDNNNDQQSISSNSDKVPSEASSVNNEPFFYVKPDMKLNIIEENSKPNNEECKENKKLEDATAFDKNSNTSTQDFFSNASFSSIDRLCCNIIPEEKLSSIPESDDKENKDIAVKQEIVEKHVKPKIGNDVLARVAEIKRNQKPLRRSIDISHTIIPKEEFSKSVRELELADTRFSQEKQITPKVQHKPLRLMSFSELTSAESLINTKKEKSPEKENLDVPAEIMDDWNVDIFANTNFGEKGEILQNASTSSTTKPEVGFSCASGKGISINEKNLQKDMRMYKEIEKEISSNNNLLALEKSSLSKQTMYQTKTLINVPDNNEMNLKIKKEPSHSIATCITTEDGFSTASGKNITISEDKILDYAKIYTELEKENLNENSFLELKGKNTISKVKPVTKIDTKVPISSIQKCMEDKKLDTLKLYEELDLNEFLEPKFTSCSEVHINDGFATAGGKGITINEQKERLYSKIYNELEDVDENSLLSVKKDIALKPITVEKPKDKAIIKFNNKTMINNTDARIETSTIYNNLTTKISAVSNTEVSGDGFSTARGKGIKVSEDKEMMYAKIYNELGDADENEFTNIKQNKTLKQAFQKPKDKAMIVFNNKQTISTKPSTVISKNNVVQQNLEASSDGFSTAGGKGIKINTEKEGYYSKVFNELSEDIRDENCFLNLDKKTLPKVADKASVKVTFVPNQKKTAPITLVSKSSMGYNDDAFEDIGDLENLVPVNQTSTSKGVSDNRHFTVPNTSNVIKANHQASTTAQKSPSIKKEKAQANENAFKPVVSESSGKPVSLNKPESSHLSKLKRKLENCEVKRPERCRSFGGFPGSSNEGVSSTKLNKSDPYNDSVNQPLQQGLSVSQHFDLHSDSWLSKVELSYLNTSKPKSPEVTEQTVTKSQETSTALSDWKASAEESDDFSGFSYKECAESFKMFASFEKFLKRHIVRFKEQRKLIIESGRTIIITNKTTTTQTLDIHCDCVVDIKRGMVEPSYVLIDAPEKPVFKLPKKSQAKAKEDEPKEQKKAENKIVEKRKHSDTDSDTPLSTLKKPRTGSELQGRKLFSDDSDVDEEDQAERNVDNLIQTLPLTPPPPLPELTEEELAELAEMRMDAIMQQEKKIRIKKRIEVKPIIGSLLRERLANSNNRKSWTDYVGSSVPTARPIEQIKHNHPDEKVLEVTASNATCYKFLSSNFIDNKRVVSLELEDNARLIFDEDGHAGVSEFADAFLAMPGVDPKLIPTGWIENHYKWIVWKLAAMDRIHFEKTELPKMLTPERVMKELKYRYDREIDRAQRSALRKILEKDDAPTRRMVLCVSSIEDGDSKEKDAKIMLGLLRYNIEVTDGWYSIPLTIDNAMANYVLTGKIKEGTKLMTYGAILLECERGCFPLDKPANTSLKIFTNCTRRARWDVKLGYQKSQGPIPVKLRNIVMGGGMVGEITAVAARVYPLLYREKTPDGQSIYRNARSEEKAAIAYERALEKQVDAMYAQAEKKFDSKKKSDFEDELENSQTESTSQALARGQRSWERKQEELKQRLETEVRQGLPPPRKVTPVQKVRLVDDITTVILTIWGADEDSAYDIKEGNTITVYNCYAMGTRNGELNLTANRITHIKSEPLLKLPYPMRFCTLIPDITAMSFDPKFCEFDTVGVVVSTGPAPHGMKSFEVVNMAYPKPNNAGSSYLSILFWNGVSSFGYQSIFSVGALIACTNLEWRRNTSWNVAVAYCSERTVFTCNPRPQYLNSGLRNLRALIQNPVAYAESCVEEITNELSKKPPSRSNQGTPTSWPDRSHNSSSFISPMDSHTPGHASIQKRLEKLSRYGSSADISPIVLNNSSVKVKRDYRPVTRKKT

Target ORF information:

RefSeq Version	XM_008217539.2
Organism	Nasonia vitripennis(jewel wasp)
Definition	Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X1, mRNA.

Target ORF information:

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

XM_008217539.2

ORF Insert Sequence:

ATGGATCCTT GCATTGAAGA TTTGGAGAAC AATGAAAACG TTGCCAATGA CTGCAATGTC 
ATCAGATGGA AGAACGATGA TGCTAAAGAT ATTTCTACGT CCCAAGATAT GTTTTCAGAT 
GATGATCAAT TAAGGGACTC GGTTTTACAA TCACCAAAAG TTGTAGCTAA GAATGACACT 
TTTAACTCCT CGATTATTTC AATAAAAACT CCGATACTTT GTTCAAAAGT AACTGAAGTA 
ACTCCTGGAA GGGCAGTAGT TCCAAGAACT CCGGCTGATC TGCTGCCTTT CATAACAAAA 
ACAAGTGTGC TGTGGACTAG TGACATGGAA ACCCCAGATG GTAAATTGAA TGATAAGACA 
GAAAACTGTG ATGTGACTAT AAATTCTGAA ATTCCAACTA ATAATACAAC ACCAAATCGG 
CATCAAGGTA CACCAAACTC TAAAGACACA AAACCCGACA AAATGGATGT AGTTTCTTCT 
CCGGTACTCG GCGGAGGCAA AAAAAGGGCT AAGCGAAAAG TAAAGCGTAG AATACTTAAT 
AATGTAGCTT TAGATTCAGA TAACAATAAT GATCAACAAA GTATCAGTAG CAATAGTGAT 
AAGGTTCCCT CTGAAGCTAG CTCTGTGAAC AACGAACCAT TTTTTTATGT CAAACCTGAC 
ATGAAATTGA ACATAATTGA AGAAAATAGC AAACCAAATA ATGAAGAGTG CAAAGAAAAT 
AAAAAGTTAG AAGACGCTAC TGCCTTTGAT AAAAATAGCA ATACTTCAAC TCAAGACTTT 
TTCTCTAATG CATCATTCAG TTCCATAGAT CGCTTATGTT GTAACATTAT TCCAGAAGAG 
AAGCTAAGCT CAATACCTGA ATCAGATGAT AAAGAAAACA AAGATATAGC TGTTAAACAA 
GAAATTGTTG AAAAACATGT TAAGCCCAAA ATTGGCAATG ATGTCCTTGC AAGAGTAGCT 
GAAATTAAGC GTAACCAAAA ACCTCTAAGA AGATCAATTG ATATAAGTCA TACTATTATA 
CCAAAAGAAG AATTTTCTAA ATCTGTTAGG GAACTTGAAC TGGCCGATAC AAGATTTAGT 
CAAGAAAAAC AGATAACTCC AAAAGTTCAA CACAAACCTT TGAGATTAAT GTCTTTTTCA 
GAATTGACAT CTGCCGAAAG TTTAATAAAT ACAAAGAAAG AAAAGTCTCC TGAAAAGGAA 
AATCTTGATG TACCAGCTGA AATTATGGAT GATTGGAATG TAGACATATT TGCAAATACA 
AACTTTGGCG AAAAAGGAGA AATTTTACAG AATGCTTCAA CATCATCTAC TACGAAGCCA 
GAAGTTGGCT TCTCTTGTGC CAGTGGGAAA GGAATTTCCA TTAACGAAAA AAATCTGCAA 
AAAGATATGA GAATGTACAA AGAAATAGAG AAAGAGATAA GTAGCAACAA TAATCTTTTG 
GCTCTAGAAA AATCAAGTTT ATCAAAACAA ACTATGTATC AAACAAAGAC ACTTATCAAC 
GTACCAGACA ATAATGAAAT GAATTTGAAA ATAAAAAAGG AACCTAGTCA TAGCATTGCA 
ACGTGTATTA CTACTGAAGA TGGATTTTCT ACAGCTAGTG GTAAAAATAT AACAATTAGT 
GAAGACAAAA TACTAGATTA TGCAAAAATT TACACCGAGC TAGAAAAAGA AAATCTAAAC 
GAAAATAGCT TTTTAGAATT AAAAGGTAAA AATACCATAT CTAAAGTAAA ACCAGTTACC 
AAAATAGATA CCAAAGTACC AATATCAAGT ATTCAGAAAT GCATGGAAGA CAAAAAACTG 
GACACATTAA AACTTTATGA AGAGTTAGAT CTAAATGAAT TTTTGGAACC AAAATTTACA 
TCTTGCAGTG AAGTGCATAT CAATGATGGT TTTGCGACAG CTGGTGGAAA AGGTATTACA 
ATCAATGAAC AAAAAGAGCG CTTGTATTCT AAAATATATA ATGAACTAGA GGATGTTGAT 
GAAAATAGTT TACTCAGTGT TAAGAAAGAT ATTGCTCTAA AACCAATCAC TGTTGAAAAA 
CCTAAAGATA AAGCAATAAT CAAATTTAAT AATAAGACTA TGATAAATAA TACAGATGCA 
AGAATTGAAA CATCAACGAT TTACAACAAC CTTACTACGA AAATATCAGC AGTTTCAAAC 
ACAGAAGTTT CAGGCGATGG TTTTTCAACT GCTCGTGGTA AGGGAATCAA AGTCAGTGAG 
GACAAAGAAA TGATGTATGC CAAAATTTAT AATGAACTAG GTGATGCTGA TGAAAATGAA 
TTCACTAACA TTAAGCAAAA TAAGACTTTG AAACAAGCTT TTCAGAAACC AAAAGACAAA 
GCTATGATTG TGTTTAATAA CAAGCAAACG ATTTCAACTA AACCTTCTAC AGTCATAAGT 
AAAAACAATG TAGTACAACA AAATTTAGAA GCATCAAGCG ATGGGTTTTC AACAGCTGGT 
GGCAAAGGGA TCAAAATAAA CACCGAAAAA GAAGGATACT ATTCGAAGGT GTTCAACGAA 
TTAAGTGAAG ATATTCGTGA CGAAAATTGC TTCTTAAACT TGGATAAAAA AACTCTACCC 
AAGGTAGCAG ATAAAGCTAG TGTCAAAGTT ACCTTTGTTC CCAATCAAAA GAAAACTGCA 
CCTATAACTT TAGTATCAAA ATCATCCATG GGTTATAACG ATGATGCTTT TGAGGATATT 
GGCGACCTAG AAAATCTTGT TCCTGTCAAT CAAACTTCAA CGAGTAAAGG AGTTAGTGAC 
AACCGTCATT TCACTGTTCC AAATACGTCA AATGTGATAA AGGCAAATCA CCAAGCATCA 
ACTACTGCCC AAAAATCGCC CTCTATAAAA AAAGAAAAGG CACAGGCGAA CGAAAATGCT 
TTCAAACCTG TCGTATCAGA ATCTTCAGGA AAACCCGTCA GCTTAAATAA ACCTGAAAGC 
AGTCATCTAA GTAAATTAAA GCGAAAATTG GAAAATTGCG AGGTAAAGCG GCCTGAAAGA 
TGTCGATCCT TCGGCGGATT TCCAGGTAGC AGCAACGAAG GCGTCTCGTC TACGAAGTTA 
AACAAATCCG ATCCATACAA CGACTCCGTT AATCAACCCC TGCAGCAAGG GCTGTCGGTT 
AGCCAACACT TTGATCTTCA CTCCGATTCT TGGCTATCCA AAGTCGAGCT GAGCTACCTT 
AACACCAGCA AACCTAAATC GCCCGAGGTT ACTGAACAAA CCGTCACGAA GAGTCAGGAA 
ACGTCAACAG CCCTAAGCGA TTGGAAAGCC AGTGCAGAAG AATCGGATGA TTTTTCAGGT 
TTCTCGTATA AAGAGTGTGC GGAGAGCTTT AAGATGTTCG CAAGCTTTGA GAAATTTTTA 
AAAAGGCACA TTGTCAGATT TAAAGAGCAA AGAAAGCTGA TCATAGAAAG CGGTCGCACT 
ATTATTATTA CGAACAAGAC CACGACGACG CAAACGCTGG ACATCCATTG CGACTGTGTA 
GTCGACATAA AAAGAGGTAT GGTCGAGCCG AGTTACGTTT TGATCGATGC GCCGGAAAAG 
CCTGTATTCA AATTACCCAA AAAAAGTCAG GCTAAAGCGA AGGAAGATGA GCCTAAAGAG 
CAGAAGAAGG CAGAGAACAA AATTGTGGAG AAGCGAAAAC ACTCCGATAC CGATAGCGAT 
ACTCCATTGT CGACACTGAA GAAGCCCAGA ACTGGAAGTG AGTTGCAAGG TCGCAAACTA 
TTTTCTGACG ACTCGGACGT CGATGAAGAA GATCAAGCGG AGCGTAATGT CGATAATTTG 
ATCCAGACTC TACCGTTAAC GCCGCCGCCG CCGCTGCCGG AACTCACCGA GGAAGAATTA 
GCTGAATTGG CCGAAATGCG GATGGATGCA ATTATGCAAC AGGAAAAGAA GATTCGAATT 
AAAAAACGAA TTGAAGTTAA ACCAATTATA GGATCTTTGC TGCGCGAAAG ACTTGCAAAT 
AGTAATAATA GAAAGAGTTG GACGGATTAT GTAGGCAGTT CCGTGCCTAC GGCTCGTCCT 
ATCGAACAAA TAAAACATAA CCATCCCGAT GAAAAAGTAT TGGAAGTTAC GGCATCAAAT 
GCCACGTGTT ACAAATTTTT GTCATCTAAT TTTATTGACA ATAAAAGAGT AGTAAGTTTA 
GAACTCGAAG ATAATGCCCG TCTGATTTTT GATGAAGACG GTCATGCTGG CGTTTCCGAG 
TTCGCAGATG CTTTTTTGGC TATGCCAGGT GTAGATCCAA AACTTATCCC TACGGGCTGG 
ATAGAAAATC ATTATAAATG GATCGTATGG AAATTGGCTG CGATGGATCG CATACATTTT 
GAAAAGACTG AATTACCAAA GATGTTAACG CCAGAACGCG TTATGAAAGA GCTGAAATAT 
CGCTACGACC GAGAAATCGA CAGAGCTCAA AGGTCAGCTT TGAGAAAGAT TTTAGAGAAA 
GATGATGCTC CTACCCGTAG AATGGTTTTA TGCGTTTCTT CGATTGAAGA TGGTGACAGT 
AAGGAGAAAG ATGCCAAAAT AATGCTAGGT TTGTTGCGCT ACAATATTGA AGTCACTGAC 
GGGTGGTACA GCATTCCGCT TACCATAGAT AATGCGATGG CAAATTATGT TCTAACTGGT 
AAAATCAAGG AAGGCACAAA ACTCATGACG TATGGTGCCA TATTGCTTGA ATGCGAGAGA 
GGCTGCTTTC CCTTGGATAA ACCAGCTAAC ACGAGTTTAA AAATATTTAC GAACTGCACG 
AGAAGGGCGA GGTGGGACGT TAAATTAGGA TACCAAAAAA GTCAAGGTCC AATACCCGTG 
AAATTAAGGA ATATTGTTAT GGGTGGAGGG ATGGTAGGCG AAATAACGGC CGTCGCTGCG 
AGAGTTTATC CACTATTGTA TAGAGAGAAA ACTCCGGATG GCCAATCAAT ATATCGAAAC 
GCGCGTAGCG AAGAAAAAGC GGCGATAGCT TACGAGCGTG CCCTTGAAAA GCAGGTAGAT 
GCCATGTATG CACAAGCTGA GAAAAAATTC GATTCGAAAA AGAAATCAGA CTTCGAGGAT 
GAACTGGAAA ATTCTCAAAC TGAGTCGACA TCTCAAGCGC TAGCGCGAGG ACAGAGAAGC 
TGGGAGCGCA AACAAGAGGA GCTTAAACAG CGACTAGAGA CGGAAGTGCG CCAGGGTCTA 
CCGCCGCCTA GAAAAGTGAC TCCGGTACAG AAAGTCCGAC TTGTAGACGA CATCACTACG 
GTCATACTGA CGATTTGGGG TGCCGATGAG GATTCGGCAT ATGACATAAA GGAAGGCAAT 
ACCATTACGG TATATAATTG TTACGCAATG GGAACGAGAA ACGGCGAGCT GAATCTCACG 
GCGAACAGGA TTACGCATAT CAAGTCGGAA CCACTGTTAA AGCTACCTTA TCCGATGCGA 
TTCTGCACTC TGATTCCAGA CATTACGGCT ATGAGCTTCG ATCCTAAGTT CTGCGAGTTC 
GACACCGTGG GTGTCGTCGT GTCGACAGGC CCTGCTCCTC ACGGAATGAA AAGTTTTGAA 
GTTGTCAACA TGGCTTATCC AAAACCAAAC AATGCAGGAT CGTCGTATCT ATCGATACTC 
TTCTGGAACG GTGTATCGTC TTTTGGTTAC CAATCGATTT TTTCTGTTGG TGCTCTTATC 
GCTTGCACTA ATCTGGAGTG GAGGCGAAAC ACTTCATGGA ACGTTGCCGT GGCTTACTGT 
TCAGAGAGAA CCGTTTTTAC ATGCAATCCA AGGCCGCAGT ACCTTAACAG TGGCCTTCGT 
AATCTTAGAG CGTTAATTCA GAACCCAGTA GCATACGCGG AAAGCTGCGT TGAAGAAATA 
ACTAACGAGT TGTCTAAGAA ACCTCCTTCG CGGTCAAATC AGGGTACGCC AACAAGTTGG 
CCAGACAGAT CCCACAACTC TTCGTCATTC ATCAGTCCGA TGGACAGCCA TACTCCAGGC 
CATGCAAGTA TACAAAAACG CCTGGAGAAG CTTTCGCGTT ATGGAAGTTC CGCAGATATC 
TCACCCATCG TATTAAATAA TAGCTCCGTC AAAGTGAAAA GAGATTACAG GCCGGTGACG 
CGCAAGAAAA CGTGA

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

LOC100678620 ( XM_008217539.3 ) cDNA ORF clone, Nasonia vitripennis(jewel wasp) -> XP_008215761.1 Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X1, mRNA.

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CloneID	ONd01029
Clone ID Related Accession (Same CDS sequence)	XM_008217539.2 , XM_008217539.3
Accession Version	XM_008217539.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6075bp) 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	1577030400000
Organism	Nasonia vitripennis(jewel wasp)
Product	uncharacterized protein LOC100678620 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_022279592.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 24, 2019 this sequence version replaced XM_008217539.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nasonia vitripennis Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATCCTT GCATTGAAGA TTTGGAGAAC AATGAAAACG TTGCCAATGA CTGCAATGTC 
ATCAGATGGA AGAACGATGA TGCTAAAGAT ATTTCTACGT CCCAAGATAT GTTTTCAGAT 
GATGATCAAT TAAGGGACTC GGTTTTACAA TCACCAAAAG TTGTAGCTAA GAATGACACT 
TTTAACTCCT CGATTATTTC AATAAAAACT CCGATACTTT GTTCAAAAGT AACTGAAGTA 
ACTCCTGGAA GGGCAGTAGT TCCAAGAACT CCGGCTGATC TGCTGCCTTT CATAACAAAA 
ACAAGTGTGC TGTGGACTAG TGACATGGAA ACCCCAGATG GTAAATTGAA TGATAAGACA 
GAAAACTGTG ATGTGACTAT AAATTCTGAA ATTCCAACTA ATAATACAAC ACCAAATCGG 
CATCAAGGTA CACCAAACTC TAAAGACACA AAACCCGACA AAATGGATGT AGTTTCTTCT 
CCGGTACTCG GCGGAGGCAA AAAAAGGGCT AAGCGAAAAG TAAAGCGTAG AATACTTAAT 
AATGTAGCTT TAGATTCAGA TAACAATAAT GATCAACAAA GTATCAGTAG CAATAGTGAT 
AAGGTTCCCT CTGAAGCTAG CTCTGTGAAC AACGAACCAT TTTTTTATGT CAAACCTGAC 
ATGAAATTGA ACATAATTGA AGAAAATAGC AAACCAAATA ATGAAGAGTG CAAAGAAAAT 
AAAAAGTTAG AAGACGCTAC TGCCTTTGAT AAAAATAGCA ATACTTCAAC TCAAGACTTT 
TTCTCTAATG CATCATTCAG TTCCATAGAT CGCTTATGTT GTAACATTAT TCCAGAAGAG 
AAGCTAAGCT CAATACCTGA ATCAGATGAT AAAGAAAACA AAGATATAGC TGTTAAACAA 
GAAATTGTTG AAAAACATGT TAAGCCCAAA ATTGGCAATG ATGTCCTTGC AAGAGTAGCT 
GAAATTAAGC GTAACCAAAA ACCTCTAAGA AGATCAATTG ATATAAGTCA TACTATTATA 
CCAAAAGAAG AATTTTCTAA ATCTGTTAGG GAACTTGAAC TGGCCGATAC AAGATTTAGT 
CAAGAAAAAC AGATAACTCC AAAAGTTCAA CACAAACCTT TGAGATTAAT GTCTTTTTCA 
GAATTGACAT CTGCCGAAAG TTTAATAAAT ACAAAGAAAG AAAAGTCTCC TGAAAAGGAA 
AATCTTGATG TACCAGCTGA AATTATGGAT GATTGGAATG TAGACATATT TGCAAATACA 
AACTTTGGCG AAAAAGGAGA AATTTTACAG AATGCTTCAA CATCATCTAC TACGAAGCCA 
GAAGTTGGCT TCTCTTGTGC CAGTGGGAAA GGAATTTCCA TTAACGAAAA AAATCTGCAA 
AAAGATATGA GAATGTACAA AGAAATAGAG AAAGAGATAA GTAGCAACAA TAATCTTTTG 
GCTCTAGAAA AATCAAGTTT ATCAAAACAA ACTATGTATC AAACAAAGAC ACTTATCAAC 
GTACCAGACA ATAATGAAAT GAATTTGAAA ATAAAAAAGG AACCTAGTCA TAGCATTGCA 
ACGTGTATTA CTACTGAAGA TGGATTTTCT ACAGCTAGTG GTAAAAATAT AACAATTAGT 
GAAGACAAAA TACTAGATTA TGCAAAAATT TACACCGAGC TAGAAAAAGA AAATCTAAAC 
GAAAATAGCT TTTTAGAATT AAAAGGTAAA AATACCATAT CTAAAGTAAA ACCAGTTACC 
AAAATAGATA CCAAAGTACC AATATCAAGT ATTCAGAAAT GCATGGAAGA CAAAAAACTG 
GACACATTAA AACTTTATGA AGAGTTAGAT CTAAATGAAT TTTTGGAACC AAAATTTACA 
TCTTGCAGTG AAGTGCATAT CAATGATGGT TTTGCGACAG CTGGTGGAAA AGGTATTACA 
ATCAATGAAC AAAAAGAGCG CTTGTATTCT AAAATATATA ATGAACTAGA GGATGTTGAT 
GAAAATAGTT TACTCAGTGT TAAGAAAGAT ATTGCTCTAA AACCAATCAC TGTTGAAAAA 
CCTAAAGATA AAGCAATAAT CAAATTTAAT AATAAGACTA TGATAAATAA TACAGATGCA 
AGAATTGAAA CATCAACGAT TTACAACAAC CTTACTACGA AAATATCAGC AGTTTCAAAC 
ACAGAAGTTT CAGGCGATGG TTTTTCAACT GCTCGTGGTA AGGGAATCAA AGTCAGTGAG 
GACAAAGAAA TGATGTATGC CAAAATTTAT AATGAACTAG GTGATGCTGA TGAAAATGAA 
TTCACTAACA TTAAGCAAAA TAAGACTTTG AAACAAGCTT TTCAGAAACC AAAAGACAAA 
GCTATGATTG TGTTTAATAA CAAGCAAACG ATTTCAACTA AACCTTCTAC AGTCATAAGT 
AAAAACAATG TAGTACAACA AAATTTAGAA GCATCAAGCG ATGGGTTTTC AACAGCTGGT 
GGCAAAGGGA TCAAAATAAA CACCGAAAAA GAAGGATACT ATTCGAAGGT GTTCAACGAA 
TTAAGTGAAG ATATTCGTGA CGAAAATTGC TTCTTAAACT TGGATAAAAA AACTCTACCC 
AAGGTAGCAG ATAAAGCTAG TGTCAAAGTT ACCTTTGTTC CCAATCAAAA GAAAACTGCA 
CCTATAACTT TAGTATCAAA ATCATCCATG GGTTATAACG ATGATGCTTT TGAGGATATT 
GGCGACCTAG AAAATCTTGT TCCTGTCAAT CAAACTTCAA CGAGTAAAGG AGTTAGTGAC 
AACCGTCATT TCACTGTTCC AAATACGTCA AATGTGATAA AGGCAAATCA CCAAGCATCA 
ACTACTGCCC AAAAATCGCC CTCTATAAAA AAAGAAAAGG CACAGGCGAA CGAAAATGCT 
TTCAAACCTG TCGTATCAGA ATCTTCAGGA AAACCCGTCA GCTTAAATAA ACCTGAAAGC 
AGTCATCTAA GTAAATTAAA GCGAAAATTG GAAAATTGCG AGGTAAAGCG GCCTGAAAGA 
TGTCGATCCT TCGGCGGATT TCCAGGTAGC AGCAACGAAG GCGTCTCGTC TACGAAGTTA 
AACAAATCCG ATCCATACAA CGACTCCGTT AATCAACCCC TGCAGCAAGG GCTGTCGGTT 
AGCCAACACT TTGATCTTCA CTCCGATTCT TGGCTATCCA AAGTCGAGCT GAGCTACCTT 
AACACCAGCA AACCTAAATC GCCCGAGGTT ACTGAACAAA CCGTCACGAA GAGTCAGGAA 
ACGTCAACAG CCCTAAGCGA TTGGAAAGCC AGTGCAGAAG AATCGGATGA TTTTTCAGGT 
TTCTCGTATA AAGAGTGTGC GGAGAGCTTT AAGATGTTCG CAAGCTTTGA GAAATTTTTA 
AAAAGGCACA TTGTCAGATT TAAAGAGCAA AGAAAGCTGA TCATAGAAAG CGGTCGCACT 
ATTATTATTA CGAACAAGAC CACGACGACG CAAACGCTGG ACATCCATTG CGACTGTGTA 
GTCGACATAA AAAGAGGTAT GGTCGAGCCG AGTTACGTTT TGATCGATGC GCCGGAAAAG 
CCTGTATTCA AATTACCCAA AAAAAGTCAG GCTAAAGCGA AGGAAGATGA GCCTAAAGAG 
CAGAAGAAGG CAGAGAACAA AATTGTGGAG AAGCGAAAAC ACTCCGATAC CGATAGCGAT 
ACTCCATTGT CGACACTGAA GAAGCCCAGA ACTGGAAGTG AGTTGCAAGG TCGCAAACTA 
TTTTCTGACG ACTCGGACGT CGATGAAGAA GATCAAGCGG AGCGTAATGT CGATAATTTG 
ATCCAGACTC TACCGTTAAC GCCGCCGCCG CCGCTGCCGG AACTCACCGA GGAAGAATTA 
GCTGAATTGG CCGAAATGCG GATGGATGCA ATTATGCAAC AGGAAAAGAA GATTCGAATT 
AAAAAACGAA TTGAAGTTAA ACCAATTATA GGATCTTTGC TGCGCGAAAG ACTTGCAAAT 
AGTAATAATA GAAAGAGTTG GACGGATTAT GTAGGCAGTT CCGTGCCTAC GGCTCGTCCT 
ATCGAACAAA TAAAACATAA CCATCCCGAT GAAAAAGTAT TGGAAGTTAC GGCATCAAAT 
GCCACGTGTT ACAAATTTTT GTCATCTAAT TTTATTGACA ATAAAAGAGT AGTAAGTTTA 
GAACTCGAAG ATAATGCCCG TCTGATTTTT GATGAAGACG GTCATGCTGG CGTTTCCGAG 
TTCGCAGATG CTTTTTTGGC TATGCCAGGT GTAGATCCAA AACTTATCCC TACGGGCTGG 
ATAGAAAATC ATTATAAATG GATCGTATGG AAATTGGCTG CGATGGATCG CATACATTTT 
GAAAAGACTG AATTACCAAA GATGTTAACG CCAGAACGCG TTATGAAAGA GCTGAAATAT 
CGCTACGACC GAGAAATCGA CAGAGCTCAA AGGTCAGCTT TGAGAAAGAT TTTAGAGAAA 
GATGATGCTC CTACCCGTAG AATGGTTTTA TGCGTTTCTT CGATTGAAGA TGGTGACAGT 
AAGGAGAAAG ATGCCAAAAT AATGCTAGGT TTGTTGCGCT ACAATATTGA AGTCACTGAC 
GGGTGGTACA GCATTCCGCT TACCATAGAT AATGCGATGG CAAATTATGT TCTAACTGGT 
AAAATCAAGG AAGGCACAAA ACTCATGACG TATGGTGCCA TATTGCTTGA ATGCGAGAGA 
GGCTGCTTTC CCTTGGATAA ACCAGCTAAC ACGAGTTTAA AAATATTTAC GAACTGCACG 
AGAAGGGCGA GGTGGGACGT TAAATTAGGA TACCAAAAAA GTCAAGGTCC AATACCCGTG 
AAATTAAGGA ATATTGTTAT GGGTGGAGGG ATGGTAGGCG AAATAACGGC CGTCGCTGCG 
AGAGTTTATC CACTATTGTA TAGAGAGAAA ACTCCGGATG GCCAATCAAT ATATCGAAAC 
GCGCGTAGCG AAGAAAAAGC GGCGATAGCT TACGAGCGTG CCCTTGAAAA GCAGGTAGAT 
GCCATGTATG CACAAGCTGA GAAAAAATTC GATTCGAAAA AGAAATCAGA CTTCGAGGAT 
GAACTGGAAA ATTCTCAAAC TGAGTCGACA TCTCAAGCGC TAGCGCGAGG ACAGAGAAGC 
TGGGAGCGCA AACAAGAGGA GCTTAAACAG CGACTAGAGA CGGAAGTGCG CCAGGGTCTA 
CCGCCGCCTA GAAAAGTGAC TCCGGTACAG AAAGTCCGAC TTGTAGACGA CATCACTACG 
GTCATACTGA CGATTTGGGG TGCCGATGAG GATTCGGCAT ATGACATAAA GGAAGGCAAT 
ACCATTACGG TATATAATTG TTACGCAATG GGAACGAGAA ACGGCGAGCT GAATCTCACG 
GCGAACAGGA TTACGCATAT CAAGTCGGAA CCACTGTTAA AGCTACCTTA TCCGATGCGA 
TTCTGCACTC TGATTCCAGA CATTACGGCT ATGAGCTTCG ATCCTAAGTT CTGCGAGTTC 
GACACCGTGG GTGTCGTCGT GTCGACAGGC CCTGCTCCTC ACGGAATGAA AAGTTTTGAA 
GTTGTCAACA TGGCTTATCC AAAACCAAAC AATGCAGGAT CGTCGTATCT ATCGATACTC 
TTCTGGAACG GTGTATCGTC TTTTGGTTAC CAATCGATTT TTTCTGTTGG TGCTCTTATC 
GCTTGCACTA ATCTGGAGTG GAGGCGAAAC ACTTCATGGA ACGTTGCCGT GGCTTACTGT 
TCAGAGAGAA CCGTTTTTAC ATGCAATCCA AGGCCGCAGT ACCTTAACAG TGGCCTTCGT 
AATCTTAGAG CGTTAATTCA GAACCCAGTA GCATACGCGG AAAGCTGCGT TGAAGAAATA 
ACTAACGAGT TGTCTAAGAA ACCTCCTTCG CGGTCAAATC AGGGTACGCC AACAAGTTGG 
CCAGACAGAT CCCACAACTC TTCGTCATTC ATCAGTCCGA TGGACAGCCA TACTCCAGGC 
CATGCAAGTA TACAAAAACG CCTGGAGAAG CTTTCGCGTT ATGGAAGTTC CGCAGATATC 
TCACCCATCG TATTAAATAA TAGCTCCGTC AAAGTGAAAA GAGATTACAG GCCGGTGACG 
CGCAAGAAAA CGTGA

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

RefSeq	XP_008215761.1
CDS	519..6593
Translation	MDPCIEDLENNENVANDCNVIRWKNDDAKDISTSQDMFSDDDQLRDSVLQSPKVVAKNDTFNSSIISIKTPILCSKVTEVTPGRAVVPRTPADLLPFITKTSVLWTSDMETPDGKLNDKTENCDVTINSEIPTNNTTPNRHQGTPNSKDTKPDKMDVVSSPVLGGGKKRAKRKVKRRILNNVALDSDNNNDQQSISSNSDKVPSEASSVNNEPFFYVKPDMKLNIIEENSKPNNEECKENKKLEDATAFDKNSNTSTQDFFSNASFSSIDRLCCNIIPEEKLSSIPESDDKENKDIAVKQEIVEKHVKPKIGNDVLARVAEIKRNQKPLRRSIDISHTIIPKEEFSKSVRELELADTRFSQEKQITPKVQHKPLRLMSFSELTSAESLINTKKEKSPEKENLDVPAEIMDDWNVDIFANTNFGEKGEILQNASTSSTTKPEVGFSCASGKGISINEKNLQKDMRMYKEIEKEISSNNNLLALEKSSLSKQTMYQTKTLINVPDNNEMNLKIKKEPSHSIATCITTEDGFSTASGKNITISEDKILDYAKIYTELEKENLNENSFLELKGKNTISKVKPVTKIDTKVPISSIQKCMEDKKLDTLKLYEELDLNEFLEPKFTSCSEVHINDGFATAGGKGITINEQKERLYSKIYNELEDVDENSLLSVKKDIALKPITVEKPKDKAIIKFNNKTMINNTDARIETSTIYNNLTTKISAVSNTEVSGDGFSTARGKGIKVSEDKEMMYAKIYNELGDADENEFTNIKQNKTLKQAFQKPKDKAMIVFNNKQTISTKPSTVISKNNVVQQNLEASSDGFSTAGGKGIKINTEKEGYYSKVFNELSEDIRDENCFLNLDKKTLPKVADKASVKVTFVPNQKKTAPITLVSKSSMGYNDDAFEDIGDLENLVPVNQTSTSKGVSDNRHFTVPNTSNVIKANHQASTTAQKSPSIKKEKAQANENAFKPVVSESSGKPVSLNKPESSHLSKLKRKLENCEVKRPERCRSFGGFPGSSNEGVSSTKLNKSDPYNDSVNQPLQQGLSVSQHFDLHSDSWLSKVELSYLNTSKPKSPEVTEQTVTKSQETSTALSDWKASAEESDDFSGFSYKECAESFKMFASFEKFLKRHIVRFKEQRKLIIESGRTIIITNKTTTTQTLDIHCDCVVDIKRGMVEPSYVLIDAPEKPVFKLPKKSQAKAKEDEPKEQKKAENKIVEKRKHSDTDSDTPLSTLKKPRTGSELQGRKLFSDDSDVDEEDQAERNVDNLIQTLPLTPPPPLPELTEEELAELAEMRMDAIMQQEKKIRIKKRIEVKPIIGSLLRERLANSNNRKSWTDYVGSSVPTARPIEQIKHNHPDEKVLEVTASNATCYKFLSSNFIDNKRVVSLELEDNARLIFDEDGHAGVSEFADAFLAMPGVDPKLIPTGWIENHYKWIVWKLAAMDRIHFEKTELPKMLTPERVMKELKYRYDREIDRAQRSALRKILEKDDAPTRRMVLCVSSIEDGDSKEKDAKIMLGLLRYNIEVTDGWYSIPLTIDNAMANYVLTGKIKEGTKLMTYGAILLECERGCFPLDKPANTSLKIFTNCTRRARWDVKLGYQKSQGPIPVKLRNIVMGGGMVGEITAVAARVYPLLYREKTPDGQSIYRNARSEEKAAIAYERALEKQVDAMYAQAEKKFDSKKKSDFEDELENSQTESTSQALARGQRSWERKQEELKQRLETEVRQGLPPPRKVTPVQKVRLVDDITTVILTIWGADEDSAYDIKEGNTITVYNCYAMGTRNGELNLTANRITHIKSEPLLKLPYPMRFCTLIPDITAMSFDPKFCEFDTVGVVVSTGPAPHGMKSFEVVNMAYPKPNNAGSSYLSILFWNGVSSFGYQSIFSVGALIACTNLEWRRNTSWNVAVAYCSERTVFTCNPRPQYLNSGLRNLRALIQNPVAYAESCVEEITNELSKKPPSRSNQGTPTSWPDRSHNSSSFISPMDSHTPGHASIQKRLEKLSRYGSSADISPIVLNNSSVKVKRDYRPVTRKKT

Target ORF information:

RefSeq Version	XM_008217539.3
Organism	Nasonia vitripennis(jewel wasp)
Definition	Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X1, mRNA.

Target ORF information:

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

XM_008217539.3

ORF Insert Sequence:

ATGGATCCTT GCATTGAAGA TTTGGAGAAC AATGAAAACG TTGCCAATGA CTGCAATGTC 
ATCAGATGGA AGAACGATGA TGCTAAAGAT ATTTCTACGT CCCAAGATAT GTTTTCAGAT 
GATGATCAAT TAAGGGACTC GGTTTTACAA TCACCAAAAG TTGTAGCTAA GAATGACACT 
TTTAACTCCT CGATTATTTC AATAAAAACT CCGATACTTT GTTCAAAAGT AACTGAAGTA 
ACTCCTGGAA GGGCAGTAGT TCCAAGAACT CCGGCTGATC TGCTGCCTTT CATAACAAAA 
ACAAGTGTGC TGTGGACTAG TGACATGGAA ACCCCAGATG GTAAATTGAA TGATAAGACA 
GAAAACTGTG ATGTGACTAT AAATTCTGAA ATTCCAACTA ATAATACAAC ACCAAATCGG 
CATCAAGGTA CACCAAACTC TAAAGACACA AAACCCGACA AAATGGATGT AGTTTCTTCT 
CCGGTACTCG GCGGAGGCAA AAAAAGGGCT AAGCGAAAAG TAAAGCGTAG AATACTTAAT 
AATGTAGCTT TAGATTCAGA TAACAATAAT GATCAACAAA GTATCAGTAG CAATAGTGAT 
AAGGTTCCCT CTGAAGCTAG CTCTGTGAAC AACGAACCAT TTTTTTATGT CAAACCTGAC 
ATGAAATTGA ACATAATTGA AGAAAATAGC AAACCAAATA ATGAAGAGTG CAAAGAAAAT 
AAAAAGTTAG AAGACGCTAC TGCCTTTGAT AAAAATAGCA ATACTTCAAC TCAAGACTTT 
TTCTCTAATG CATCATTCAG TTCCATAGAT CGCTTATGTT GTAACATTAT TCCAGAAGAG 
AAGCTAAGCT CAATACCTGA ATCAGATGAT AAAGAAAACA AAGATATAGC TGTTAAACAA 
GAAATTGTTG AAAAACATGT TAAGCCCAAA ATTGGCAATG ATGTCCTTGC AAGAGTAGCT 
GAAATTAAGC GTAACCAAAA ACCTCTAAGA AGATCAATTG ATATAAGTCA TACTATTATA 
CCAAAAGAAG AATTTTCTAA ATCTGTTAGG GAACTTGAAC TGGCCGATAC AAGATTTAGT 
CAAGAAAAAC AGATAACTCC AAAAGTTCAA CACAAACCTT TGAGATTAAT GTCTTTTTCA 
GAATTGACAT CTGCCGAAAG TTTAATAAAT ACAAAGAAAG AAAAGTCTCC TGAAAAGGAA 
AATCTTGATG TACCAGCTGA AATTATGGAT GATTGGAATG TAGACATATT TGCAAATACA 
AACTTTGGCG AAAAAGGAGA AATTTTACAG AATGCTTCAA CATCATCTAC TACGAAGCCA 
GAAGTTGGCT TCTCTTGTGC CAGTGGGAAA GGAATTTCCA TTAACGAAAA AAATCTGCAA 
AAAGATATGA GAATGTACAA AGAAATAGAG AAAGAGATAA GTAGCAACAA TAATCTTTTG 
GCTCTAGAAA AATCAAGTTT ATCAAAACAA ACTATGTATC AAACAAAGAC ACTTATCAAC 
GTACCAGACA ATAATGAAAT GAATTTGAAA ATAAAAAAGG AACCTAGTCA TAGCATTGCA 
ACGTGTATTA CTACTGAAGA TGGATTTTCT ACAGCTAGTG GTAAAAATAT AACAATTAGT 
GAAGACAAAA TACTAGATTA TGCAAAAATT TACACCGAGC TAGAAAAAGA AAATCTAAAC 
GAAAATAGCT TTTTAGAATT AAAAGGTAAA AATACCATAT CTAAAGTAAA ACCAGTTACC 
AAAATAGATA CCAAAGTACC AATATCAAGT ATTCAGAAAT GCATGGAAGA CAAAAAACTG 
GACACATTAA AACTTTATGA AGAGTTAGAT CTAAATGAAT TTTTGGAACC AAAATTTACA 
TCTTGCAGTG AAGTGCATAT CAATGATGGT TTTGCGACAG CTGGTGGAAA AGGTATTACA 
ATCAATGAAC AAAAAGAGCG CTTGTATTCT AAAATATATA ATGAACTAGA GGATGTTGAT 
GAAAATAGTT TACTCAGTGT TAAGAAAGAT ATTGCTCTAA AACCAATCAC TGTTGAAAAA 
CCTAAAGATA AAGCAATAAT CAAATTTAAT AATAAGACTA TGATAAATAA TACAGATGCA 
AGAATTGAAA CATCAACGAT TTACAACAAC CTTACTACGA AAATATCAGC AGTTTCAAAC 
ACAGAAGTTT CAGGCGATGG TTTTTCAACT GCTCGTGGTA AGGGAATCAA AGTCAGTGAG 
GACAAAGAAA TGATGTATGC CAAAATTTAT AATGAACTAG GTGATGCTGA TGAAAATGAA 
TTCACTAACA TTAAGCAAAA TAAGACTTTG AAACAAGCTT TTCAGAAACC AAAAGACAAA 
GCTATGATTG TGTTTAATAA CAAGCAAACG ATTTCAACTA AACCTTCTAC AGTCATAAGT 
AAAAACAATG TAGTACAACA AAATTTAGAA GCATCAAGCG ATGGGTTTTC AACAGCTGGT 
GGCAAAGGGA TCAAAATAAA CACCGAAAAA GAAGGATACT ATTCGAAGGT GTTCAACGAA 
TTAAGTGAAG ATATTCGTGA CGAAAATTGC TTCTTAAACT TGGATAAAAA AACTCTACCC 
AAGGTAGCAG ATAAAGCTAG TGTCAAAGTT ACCTTTGTTC CCAATCAAAA GAAAACTGCA 
CCTATAACTT TAGTATCAAA ATCATCCATG GGTTATAACG ATGATGCTTT TGAGGATATT 
GGCGACCTAG AAAATCTTGT TCCTGTCAAT CAAACTTCAA CGAGTAAAGG AGTTAGTGAC 
AACCGTCATT TCACTGTTCC AAATACGTCA AATGTGATAA AGGCAAATCA CCAAGCATCA 
ACTACTGCCC AAAAATCGCC CTCTATAAAA AAAGAAAAGG CACAGGCGAA CGAAAATGCT 
TTCAAACCTG TCGTATCAGA ATCTTCAGGA AAACCCGTCA GCTTAAATAA ACCTGAAAGC 
AGTCATCTAA GTAAATTAAA GCGAAAATTG GAAAATTGCG AGGTAAAGCG GCCTGAAAGA 
TGTCGATCCT TCGGCGGATT TCCAGGTAGC AGCAACGAAG GCGTCTCGTC TACGAAGTTA 
AACAAATCCG ATCCATACAA CGACTCCGTT AATCAACCCC TGCAGCAAGG GCTGTCGGTT 
AGCCAACACT TTGATCTTCA CTCCGATTCT TGGCTATCCA AAGTCGAGCT GAGCTACCTT 
AACACCAGCA AACCTAAATC GCCCGAGGTT ACTGAACAAA CCGTCACGAA GAGTCAGGAA 
ACGTCAACAG CCCTAAGCGA TTGGAAAGCC AGTGCAGAAG AATCGGATGA TTTTTCAGGT 
TTCTCGTATA AAGAGTGTGC GGAGAGCTTT AAGATGTTCG CAAGCTTTGA GAAATTTTTA 
AAAAGGCACA TTGTCAGATT TAAAGAGCAA AGAAAGCTGA TCATAGAAAG CGGTCGCACT 
ATTATTATTA CGAACAAGAC CACGACGACG CAAACGCTGG ACATCCATTG CGACTGTGTA 
GTCGACATAA AAAGAGGTAT GGTCGAGCCG AGTTACGTTT TGATCGATGC GCCGGAAAAG 
CCTGTATTCA AATTACCCAA AAAAAGTCAG GCTAAAGCGA AGGAAGATGA GCCTAAAGAG 
CAGAAGAAGG CAGAGAACAA AATTGTGGAG AAGCGAAAAC ACTCCGATAC CGATAGCGAT 
ACTCCATTGT CGACACTGAA GAAGCCCAGA ACTGGAAGTG AGTTGCAAGG TCGCAAACTA 
TTTTCTGACG ACTCGGACGT CGATGAAGAA GATCAAGCGG AGCGTAATGT CGATAATTTG 
ATCCAGACTC TACCGTTAAC GCCGCCGCCG CCGCTGCCGG AACTCACCGA GGAAGAATTA 
GCTGAATTGG CCGAAATGCG GATGGATGCA ATTATGCAAC AGGAAAAGAA GATTCGAATT 
AAAAAACGAA TTGAAGTTAA ACCAATTATA GGATCTTTGC TGCGCGAAAG ACTTGCAAAT 
AGTAATAATA GAAAGAGTTG GACGGATTAT GTAGGCAGTT CCGTGCCTAC GGCTCGTCCT 
ATCGAACAAA TAAAACATAA CCATCCCGAT GAAAAAGTAT TGGAAGTTAC GGCATCAAAT 
GCCACGTGTT ACAAATTTTT GTCATCTAAT TTTATTGACA ATAAAAGAGT AGTAAGTTTA 
GAACTCGAAG ATAATGCCCG TCTGATTTTT GATGAAGACG GTCATGCTGG CGTTTCCGAG 
TTCGCAGATG CTTTTTTGGC TATGCCAGGT GTAGATCCAA AACTTATCCC TACGGGCTGG 
ATAGAAAATC ATTATAAATG GATCGTATGG AAATTGGCTG CGATGGATCG CATACATTTT 
GAAAAGACTG AATTACCAAA GATGTTAACG CCAGAACGCG TTATGAAAGA GCTGAAATAT 
CGCTACGACC GAGAAATCGA CAGAGCTCAA AGGTCAGCTT TGAGAAAGAT TTTAGAGAAA 
GATGATGCTC CTACCCGTAG AATGGTTTTA TGCGTTTCTT CGATTGAAGA TGGTGACAGT 
AAGGAGAAAG ATGCCAAAAT AATGCTAGGT TTGTTGCGCT ACAATATTGA AGTCACTGAC 
GGGTGGTACA GCATTCCGCT TACCATAGAT AATGCGATGG CAAATTATGT TCTAACTGGT 
AAAATCAAGG AAGGCACAAA ACTCATGACG TATGGTGCCA TATTGCTTGA ATGCGAGAGA 
GGCTGCTTTC CCTTGGATAA ACCAGCTAAC ACGAGTTTAA AAATATTTAC GAACTGCACG 
AGAAGGGCGA GGTGGGACGT TAAATTAGGA TACCAAAAAA GTCAAGGTCC AATACCCGTG 
AAATTAAGGA ATATTGTTAT GGGTGGAGGG ATGGTAGGCG AAATAACGGC CGTCGCTGCG 
AGAGTTTATC CACTATTGTA TAGAGAGAAA ACTCCGGATG GCCAATCAAT ATATCGAAAC 
GCGCGTAGCG AAGAAAAAGC GGCGATAGCT TACGAGCGTG CCCTTGAAAA GCAGGTAGAT 
GCCATGTATG CACAAGCTGA GAAAAAATTC GATTCGAAAA AGAAATCAGA CTTCGAGGAT 
GAACTGGAAA ATTCTCAAAC TGAGTCGACA TCTCAAGCGC TAGCGCGAGG ACAGAGAAGC 
TGGGAGCGCA AACAAGAGGA GCTTAAACAG CGACTAGAGA CGGAAGTGCG CCAGGGTCTA 
CCGCCGCCTA GAAAAGTGAC TCCGGTACAG AAAGTCCGAC TTGTAGACGA CATCACTACG 
GTCATACTGA CGATTTGGGG TGCCGATGAG GATTCGGCAT ATGACATAAA GGAAGGCAAT 
ACCATTACGG TATATAATTG TTACGCAATG GGAACGAGAA ACGGCGAGCT GAATCTCACG 
GCGAACAGGA TTACGCATAT CAAGTCGGAA CCACTGTTAA AGCTACCTTA TCCGATGCGA 
TTCTGCACTC TGATTCCAGA CATTACGGCT ATGAGCTTCG ATCCTAAGTT CTGCGAGTTC 
GACACCGTGG GTGTCGTCGT GTCGACAGGC CCTGCTCCTC ACGGAATGAA AAGTTTTGAA 
GTTGTCAACA TGGCTTATCC AAAACCAAAC AATGCAGGAT CGTCGTATCT ATCGATACTC 
TTCTGGAACG GTGTATCGTC TTTTGGTTAC CAATCGATTT TTTCTGTTGG TGCTCTTATC 
GCTTGCACTA ATCTGGAGTG GAGGCGAAAC ACTTCATGGA ACGTTGCCGT GGCTTACTGT 
TCAGAGAGAA CCGTTTTTAC ATGCAATCCA AGGCCGCAGT ACCTTAACAG TGGCCTTCGT 
AATCTTAGAG CGTTAATTCA GAACCCAGTA GCATACGCGG AAAGCTGCGT TGAAGAAATA 
ACTAACGAGT TGTCTAAGAA ACCTCCTTCG CGGTCAAATC AGGGTACGCC AACAAGTTGG 
CCAGACAGAT CCCACAACTC TTCGTCATTC ATCAGTCCGA TGGACAGCCA TACTCCAGGC 
CATGCAAGTA TACAAAAACG CCTGGAGAAG CTTTCGCGTT ATGGAAGTTC CGCAGATATC 
TCACCCATCG TATTAAATAA TAGCTCCGTC AAAGTGAAAA GAGATTACAG GCCGGTGACG 
CGCAAGAAAA CGTGA

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

LOC100678620 ( XM_008217552.2 ) cDNA ORF clone, Nasonia vitripennis(jewel wasp) -> XP_008215774.1 Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X2, mRNA.

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CloneID	ONd01030
Clone ID Related Accession (Same CDS sequence)	XM_008217552.2
Accession Version	XM_008217552.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6027bp) 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	1464105600000
Organism	Nasonia vitripennis(jewel wasp)
Product	uncharacterized protein LOC100678620 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_015867.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 26, 2016 this sequence version replaced XM_008217552.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nasonia vitripennis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATCCTT GCATTGAAGA TTTGGAGAAC AATGAAAACG TTGCCAATGA CTGCAATGTC 
ATCAGATGGA AGAACGATGA TGCTAAAGAT ATTTCTACGT CCCAAGATAT GTTTTCAGAT 
GATGATCAAT TAAGGGACTC GGTTTTACAA TCACCAAAAG TTGTAGCTAA GAATGACACT 
TTTAACTCCT CGATTATTTC AATAAAAACT CCGATACTTT GTTCAAAAGT AACTGAAGTA 
ACTCCTGGAA GGGCAGTAGT TCCAAGAACT CCGGCTGATC TGCTGCCTTT CATAACAAAA 
ACAAGTGTGC TGTGGACTAG TGACATGGAA ACCCCAGATG GTAAATTGAA TGATAAGACA 
GAAAACTGTG ATGTGACTAT AAATTCTGAA ATTCCAACTA ATAATACAAC ACCAAATCGG 
CATCAAGGTA CACCAAACTC TAAAGACACA AAACCCGACA AAATGGATGT AGTTTCTTCT 
CCGGTACTCG GCGGAGGCAA AAAAAGGGCT AAGCGAAAAG TAAAGCGTAG AATACTTAAT 
AATGTAGCTT TAGATTCAGA TAACAATAAT GATCAACAAA GTATCAGTAG CAATAGTGAT 
AAGGTTCCCT CTGAAGCTAG CTCTGTGAAC AACGAACCAT TTTTTTATGT CAAACCTGAC 
ATGAAATTGA ACATAATTGA AGAAAATAGC AAACCAAATA ATGAAGAGTG CAAAGAAAAT 
AAAAAGTTAG AAGACGCTAC TGCCTTTGAT AAAAATAGCA ATACTTCAAC TCAAGACTTT 
TTCTCTAATG CATCATTCAG TTCCATAGAT CGCTTATGTT GTAACATTAT TCCAGAAGAG 
AAGCTAAGCT CAATACCTGA ATCAGATGAT AAAGAAAACA AAGATATAGC TGTTAAACAA 
GAAATTGTTG AAAAACATGT TAAGCCCAAA ATTGGCAATG ATGTCCTTGC AAGAGTAGCT 
GAAATTAAGC GTAACCAAAA ACCTCTAAGA AGATCAATTG ATATAAGTCA TACTATTATA 
CCAAAAGAAG AATTTTCTAA ATCTGTTAGG GAACTTGAAC TGGCCGATAC AAGATTTAGT 
CAAGAAAAAC AGATAACTCC AAAAGTTCAA CACAAACCTT TGAGATTAAT GTCTTTTTCA 
GAATTGACAT CTGCCGAAAG TTTAATAAAT ACAAAGAAAG AAAAGTCTCC TGAAAAGGAA 
AATCTTGATG TACCAGCTGA AATTATGGAT GATTGGAATG TAGACATATT TGCAAATACA 
AACTTTGGCG AAAAAGGAGA AATTTTACAG AATGCTTCAA CATCATCTAC TACGAAGCCA 
GAAGTTGGCT TCTCTTGTGC CAGTGGGAAA GGAATTTCCA TTAACGAAAA AAATCTGCAA 
AAAGATATGA GAATGTACAA AGAAATAGAG AAAGAGATAA GTAGCAACAA TAATCTTTTG 
GCTCTAGAAA AATCAAGTTT ATCAAAACAA ACTATGTATC AAACAAAGAC ACTTATCAAC 
GTACCAGACA ATAATGAAAT GAATTTGAAA ATAAAAAAGG AACCTAGTCA TAGCATTGCA 
ACGTGTATTA CTACTGAAGA TGGATTTTCT ACAGCTAGTG GTAAAAATAT AACAATTAGT 
GAAGACAAAA TACTAGATTA TGCAAAAATT TACACCGAGC TAGAAAAAGA AAATCTAAAC 
GAAAATAGCT TTTTAGAATT AAAAGGTAAA AATACCATAT CTAAAGTAAA ACCAGTTACC 
AAAATAGATA CCAAAGTACC AATATCAAGT ATTCAGAAAT GCATGGAAGA CAAAAAACTG 
GACACATTAA AACTTTATGA AGAGTTAGAT CTAAATGAAT TTTTGGAACC AAAATTTACA 
TCTTGCAGTG AAGTGCATAT CAATGATGGT TTTGCGACAG CTGGTGGAAA AGGTATTACA 
ATCAATGAAC AAAAAGAGCG CTTGTATTCT AAAATATATA ATGAACTAGA GGATGTTGAT 
GAAAATAGTT TACTCAGTGT TAAGAAAGAT ATTGCTCTAA AACCAATCAC TGTTGAAAAA 
CCTAAAGATA AAGCAATAAT CAAATTTAAT AATAAGACTA TGATAAATAA TACAGATGCA 
AGAATTGAAA CATCAACGAT TTACAACAAC CTTACTACGA AAATATCAGC AGTTTCAAAC 
ACAGAAGTTT CAGGCGATGG TTTTTCAACT GCTCGTGGTA AGGGAATCAA AGTCAGTGAG 
GACAAAGAAA TGATGTATGC CAAAATTTAT AATGAACTAG GTGATGCTGA TGAAAATGAA 
TTCACTAACA TTAAGCAAAA TAAGACTTTG AAACAAGCTT TTCAGAAACC AAAAGACAAA 
GCTATGATTG TGTTTAATAA CAAGCAAACG ATTTCAACTA AACCTTCTAC AGTCATAAGT 
AAAAACAATG TAGTACAACA AAATTTAGAA GCATCAAGCG ATGGGTTTTC AACAGCTGGT 
GGCAAAGGGA TCAAAATAAA CACCGAAAAA GAAGGATACT ATTCGAAGGT GTTCAACGAA 
TTAAGTGAAG ATATTCGTGA CGAAAATTGC TTCTTAAACT TGGATAAAAA AACTCTACCC 
AAGGTAGCAG ATAAAGCTAG TGTCAAAGTT ACCTTTGTTC CCAATCAAAA GAAAACTGCA 
CCTATAACTT TAGTATCAAA ATCATCCATG GGTTATAACG ATGATGCTTT TGAGGATATT 
GGCGACCTAG AAAATCTTGT TCCTGTCAAT CAAACTTCAA CGAGTAAAGG AGTTAGTGAC 
AACCGTCATT TCACTGTTCC AAATACGTCA AATGTGATAA AGGCAAATCA CCAAGCATCA 
ACTACTGCCC AAAAATCGCC CTCTATAAAA AAAGAAAAGG CACAGGCGAA CGAAAATGCT 
TTCAAACCTG TCGTATCAGA ATCTTCAGGA AAACCCGTCA GCTTAAATAA ACCTGAAAGC 
AGTCATCTAA GTAAATTAAA GCGAAAATTG GAAAATTGCG AGGTAAAGCG GCCTGAAAGA 
TGTCGATCCT TCGGCGGATT TCCAGGTAGC AGCAACGAAG GCGTCTCGTC TACGAAGTTA 
AACAAATCCG ATCCATACAA CGACTCCGTT AATCAACCCC TGCAGCAAGG GCTGTCGGTT 
AGCCAACACT TTGATCTTCA CTCCGATTCT TGGCTATCCA AAGTCGAGCT GAGCTACCTT 
AACACCAGCA AACCTAAATC GCCCGAGGTT ACTGAACAAA CCGTCACGAA GAGTCAGGAA 
ACGTCAACAG CCCTAAGCGA TTGGAAAGCC AGTGCAGAAG AATCGGATGA TTTTTCAGGT 
TTCTCGTATA AAGAGTGTGC GGAGAGCTTT AAGATGTTCG CAAGCTTTGA GAAATTTTTA 
AAAAGGCACA TTGTCAGATT TAAAGAGCAA AGAAAGCTGA TCATAGAAAG CGGTCGCACT 
ATTATTATTA CGAACAAGAC CACGACGACG CAAACGCTGG ACATCCATTG CGACTGTGTA 
GTCGACATAA AAAGAGGTAT GGTCGAGCCG AGTTACGTTT TGATCGATGC GCCGGAAAAG 
CCTGTATTCA AATTACCCAA AAAAAGTCAG GCTAAAGCGA AGGAAGATGA GCCTAAAGAG 
CAGAAGAAGG CAGAGAACAA AATTGTGGAG AAGCGAAAAC ACTCCGATAC CGATAGCGAT 
ACTCCATTGT CGACACTGAA GAAGCCCAGA ACTGGAAGTG AGTTGCAAGG TCGCAAACTA 
TTTTCTGACG ACTCGGACGT CGATGAAGAA GATCAAGCGG AGCGTAATGT CGATAATTTG 
ATCCAGACTC TACCGTTAAC GCCGCCGCCG CCGCTGCCGG AACTCACCGA GGAAGAATTA 
GCTGAATTGG CCGAAATGCG GATGGATGCA ATTATGCAAC AGGAAAAGAA GATTCGAATT 
AAAAAACGAA TTGAAGTTAA ACCAATTATA GGATCTTTGC TGCGCGAAAG ACTTGCAAAT 
AGTAATAATA GAAAGAGTTG GACGGATTAT GTAGGCAGTT CCGTGCCTAC GGCTCGTCCT 
ATCGAACAAA TAAAACATAA CCATCCCGAT GAAAAAGTAT TGGAAGTTAC GGCATCAAAT 
GCCACGTGTT ACAAATTTTT GTCATCTAAT TTTATTGACA ATAAAAGAGT AGTAAGTTTA 
GAACTCGAAG ATAATGCCCG TCTGATTTTT GATGAAGACG GTCATGCTGG CGTTTCCGAG 
TTCGCAGATG CTTTTTTGGC TATGCCAGGT GTAGATCCAA AACTTATCCC TACGGGCTGG 
ATAGAAAATC ATTATAAATG GATCGTATGG AAATTGGCTG CGATGGATCG CATACATTTT 
GAAAAGACTG AATTACCAAA GATGTTAACG CCAGAACGCG TTATGAAAGA GCTGAAATAT 
CGCTACGACC GAGAAATCGA CAGAGCTCAA AGGTCAGCTT TGAGAAAGAT TTTAGAGAAA 
GATGATGCTC CTACCCGTAG AATGGTTTTA TGCGTTTCTT CGATTGAAGA TGGTGACAGT 
AAGGAGAAAG ATGCCAAAAT AATGCTAGGT TTGTTGCGCT ACAATATTGA AGTCACTGAC 
GGGTGGTACA GCATTCCGCT TACCATAGAT AATGCGATGG CAAATTATGT TCTAACTGGT 
AAAATCAAGG AAGGCACAAA ACTCATGACG TATGGTGCCA TATTGCTTGA ATGCGAGAGA 
GGCTGCTTTC CCTTGGATAA ACCAGCTAAC ACGAGTTTAA AAATATTTAC GAACTGCACG 
AGAAGGGCGA GGTGGGACGT TAAATTAGGA TACCAAAAAA GTCAAGGTCC AATACCCGTG 
AAATTAAGGA ATATTGTTAT GGGTGGAGGG ATGGTAGGCG AAATAACGGC CGTCGCTGCG 
AGAGTTTATC CACTATTGTA TAGAGAGAAA ACTCCGGATG GCCAATCAAT ATATCGAAAC 
GCGCGTAGCG AAGAAAAAGC GGCGATAGCT TACGAGCGTG CCCTTGAAAA GCAGGTAGAT 
GCCATGTATG CACAAGCTGA GAAAAAATTC GATTCGAAAA AGAAATCAGA CTTCGAGGAT 
GAACTGGAAA ATTCTCAAAC TGAGTCGACA TCTCAAGCGC TAGCGCGAGG ACAGAGAAGC 
TGGGAGCGCA AACAAGAGGA GCTTAAACAG CGACTAGAGA CGGAAGTGCG CCAGGGTCTA 
CCGCCGCCTA GAAAAGTGAC TCCGGTACAG AAAGTCCGAC TTGTAGACGA CATCACTACG 
GTCATACTGA CGATTTGGGG TGCCGATGAG GATTCGGCAT ATGACATAAA GGAAGGCAAT 
ACCATTACGG TATATAATTG TTACGCAATG GGAACGAGAA ACGGCGAGCT GAATCTCACG 
GCGAACAGGA TTACGCATAT CAAGTCGGAA CCACTGTTAA AGCTACCTTA TCCGATGCGA 
TTCTGCACTC TGATTCCAGA CATTACGGCT ATGAGCTTCG ATCCTAAGTT CTGCGAGTTC 
GACACCGTGG GTGTCGTCGT GTCGACAGGC CCTGCTCCTC ACGGAATGAA AAGTTTTGAA 
GTTGTCAACA TGGCTTATCC AAAACCAAAC AATGCAGGAT CGTCGTATCT ATCGATACTC 
TTCTGGAACG GTGTATCGTC TTTTGGTTAC CAATCGATTT TTTCTGTTGG TGCTCTTATC 
GCTTGCACTA ATCTGGAGTG GAGGCGAAAC ACTTCATGGA ACGTTGCCGT GGCTTACTGT 
TCAGAGAGAA CCGTTTTTAC ATGCAATCCA AGGCCGCAGT ACCTTAACAG TGGCCTTCGT 
AATCTTAGAG CGTTAATTCA GAACCCAGTA GCATACGCGG AAAGCTGCGT TGAAGAAATA 
ACTAACGAGT TGTCTAAGAA ACCTCCTTCG CGGTCAAATC AGGGTACGCC AACAAGTTGG 
CCAGACAGAT CCCACAACTC TTCGTCATTC ATCAGTCCGA TGGACAGCCA TACTCCAGGC 
CATGATACGC TTAAAAACAA AGGAGTTTTC CTGCTGAGAG CCATTACAAG TCGGAACTGC 
TCCCGACCGG GAAAACAGTT TTCCTGA

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

RefSeq	XP_008215774.1
CDS	513..6539
Translation	MDPCIEDLENNENVANDCNVIRWKNDDAKDISTSQDMFSDDDQLRDSVLQSPKVVAKNDTFNSSIISIKTPILCSKVTEVTPGRAVVPRTPADLLPFITKTSVLWTSDMETPDGKLNDKTENCDVTINSEIPTNNTTPNRHQGTPNSKDTKPDKMDVVSSPVLGGGKKRAKRKVKRRILNNVALDSDNNNDQQSISSNSDKVPSEASSVNNEPFFYVKPDMKLNIIEENSKPNNEECKENKKLEDATAFDKNSNTSTQDFFSNASFSSIDRLCCNIIPEEKLSSIPESDDKENKDIAVKQEIVEKHVKPKIGNDVLARVAEIKRNQKPLRRSIDISHTIIPKEEFSKSVRELELADTRFSQEKQITPKVQHKPLRLMSFSELTSAESLINTKKEKSPEKENLDVPAEIMDDWNVDIFANTNFGEKGEILQNASTSSTTKPEVGFSCASGKGISINEKNLQKDMRMYKEIEKEISSNNNLLALEKSSLSKQTMYQTKTLINVPDNNEMNLKIKKEPSHSIATCITTEDGFSTASGKNITISEDKILDYAKIYTELEKENLNENSFLELKGKNTISKVKPVTKIDTKVPISSIQKCMEDKKLDTLKLYEELDLNEFLEPKFTSCSEVHINDGFATAGGKGITINEQKERLYSKIYNELEDVDENSLLSVKKDIALKPITVEKPKDKAIIKFNNKTMINNTDARIETSTIYNNLTTKISAVSNTEVSGDGFSTARGKGIKVSEDKEMMYAKIYNELGDADENEFTNIKQNKTLKQAFQKPKDKAMIVFNNKQTISTKPSTVISKNNVVQQNLEASSDGFSTAGGKGIKINTEKEGYYSKVFNELSEDIRDENCFLNLDKKTLPKVADKASVKVTFVPNQKKTAPITLVSKSSMGYNDDAFEDIGDLENLVPVNQTSTSKGVSDNRHFTVPNTSNVIKANHQASTTAQKSPSIKKEKAQANENAFKPVVSESSGKPVSLNKPESSHLSKLKRKLENCEVKRPERCRSFGGFPGSSNEGVSSTKLNKSDPYNDSVNQPLQQGLSVSQHFDLHSDSWLSKVELSYLNTSKPKSPEVTEQTVTKSQETSTALSDWKASAEESDDFSGFSYKECAESFKMFASFEKFLKRHIVRFKEQRKLIIESGRTIIITNKTTTTQTLDIHCDCVVDIKRGMVEPSYVLIDAPEKPVFKLPKKSQAKAKEDEPKEQKKAENKIVEKRKHSDTDSDTPLSTLKKPRTGSELQGRKLFSDDSDVDEEDQAERNVDNLIQTLPLTPPPPLPELTEEELAELAEMRMDAIMQQEKKIRIKKRIEVKPIIGSLLRERLANSNNRKSWTDYVGSSVPTARPIEQIKHNHPDEKVLEVTASNATCYKFLSSNFIDNKRVVSLELEDNARLIFDEDGHAGVSEFADAFLAMPGVDPKLIPTGWIENHYKWIVWKLAAMDRIHFEKTELPKMLTPERVMKELKYRYDREIDRAQRSALRKILEKDDAPTRRMVLCVSSIEDGDSKEKDAKIMLGLLRYNIEVTDGWYSIPLTIDNAMANYVLTGKIKEGTKLMTYGAILLECERGCFPLDKPANTSLKIFTNCTRRARWDVKLGYQKSQGPIPVKLRNIVMGGGMVGEITAVAARVYPLLYREKTPDGQSIYRNARSEEKAAIAYERALEKQVDAMYAQAEKKFDSKKKSDFEDELENSQTESTSQALARGQRSWERKQEELKQRLETEVRQGLPPPRKVTPVQKVRLVDDITTVILTIWGADEDSAYDIKEGNTITVYNCYAMGTRNGELNLTANRITHIKSEPLLKLPYPMRFCTLIPDITAMSFDPKFCEFDTVGVVVSTGPAPHGMKSFEVVNMAYPKPNNAGSSYLSILFWNGVSSFGYQSIFSVGALIACTNLEWRRNTSWNVAVAYCSERTVFTCNPRPQYLNSGLRNLRALIQNPVAYAESCVEEITNELSKKPPSRSNQGTPTSWPDRSHNSSSFISPMDSHTPGHDTLKNKGVFLLRAITSRNCSRPGKQFS

Target ORF information:

RefSeq Version	XM_008217552.2
Organism	Nasonia vitripennis(jewel wasp)
Definition	Nasonia vitripennis uncharacterized LOC100678620 (LOC100678620), transcript variant X2, mRNA.

Target ORF information:

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

XM_008217552.2

ORF Insert Sequence:

ATGGATCCTT GCATTGAAGA TTTGGAGAAC AATGAAAACG TTGCCAATGA CTGCAATGTC 
ATCAGATGGA AGAACGATGA TGCTAAAGAT ATTTCTACGT CCCAAGATAT GTTTTCAGAT 
GATGATCAAT TAAGGGACTC GGTTTTACAA TCACCAAAAG TTGTAGCTAA GAATGACACT 
TTTAACTCCT CGATTATTTC AATAAAAACT CCGATACTTT GTTCAAAAGT AACTGAAGTA 
ACTCCTGGAA GGGCAGTAGT TCCAAGAACT CCGGCTGATC TGCTGCCTTT CATAACAAAA 
ACAAGTGTGC TGTGGACTAG TGACATGGAA ACCCCAGATG GTAAATTGAA TGATAAGACA 
GAAAACTGTG ATGTGACTAT AAATTCTGAA ATTCCAACTA ATAATACAAC ACCAAATCGG 
CATCAAGGTA CACCAAACTC TAAAGACACA AAACCCGACA AAATGGATGT AGTTTCTTCT 
CCGGTACTCG GCGGAGGCAA AAAAAGGGCT AAGCGAAAAG TAAAGCGTAG AATACTTAAT 
AATGTAGCTT TAGATTCAGA TAACAATAAT GATCAACAAA GTATCAGTAG CAATAGTGAT 
AAGGTTCCCT CTGAAGCTAG CTCTGTGAAC AACGAACCAT TTTTTTATGT CAAACCTGAC 
ATGAAATTGA ACATAATTGA AGAAAATAGC AAACCAAATA ATGAAGAGTG CAAAGAAAAT 
AAAAAGTTAG AAGACGCTAC TGCCTTTGAT AAAAATAGCA ATACTTCAAC TCAAGACTTT 
TTCTCTAATG CATCATTCAG TTCCATAGAT CGCTTATGTT GTAACATTAT TCCAGAAGAG 
AAGCTAAGCT CAATACCTGA ATCAGATGAT AAAGAAAACA AAGATATAGC TGTTAAACAA 
GAAATTGTTG AAAAACATGT TAAGCCCAAA ATTGGCAATG ATGTCCTTGC AAGAGTAGCT 
GAAATTAAGC GTAACCAAAA ACCTCTAAGA AGATCAATTG ATATAAGTCA TACTATTATA 
CCAAAAGAAG AATTTTCTAA ATCTGTTAGG GAACTTGAAC TGGCCGATAC AAGATTTAGT 
CAAGAAAAAC AGATAACTCC AAAAGTTCAA CACAAACCTT TGAGATTAAT GTCTTTTTCA 
GAATTGACAT CTGCCGAAAG TTTAATAAAT ACAAAGAAAG AAAAGTCTCC TGAAAAGGAA 
AATCTTGATG TACCAGCTGA AATTATGGAT GATTGGAATG TAGACATATT TGCAAATACA 
AACTTTGGCG AAAAAGGAGA AATTTTACAG AATGCTTCAA CATCATCTAC TACGAAGCCA 
GAAGTTGGCT TCTCTTGTGC CAGTGGGAAA GGAATTTCCA TTAACGAAAA AAATCTGCAA 
AAAGATATGA GAATGTACAA AGAAATAGAG AAAGAGATAA GTAGCAACAA TAATCTTTTG 
GCTCTAGAAA AATCAAGTTT ATCAAAACAA ACTATGTATC AAACAAAGAC ACTTATCAAC 
GTACCAGACA ATAATGAAAT GAATTTGAAA ATAAAAAAGG AACCTAGTCA TAGCATTGCA 
ACGTGTATTA CTACTGAAGA TGGATTTTCT ACAGCTAGTG GTAAAAATAT AACAATTAGT 
GAAGACAAAA TACTAGATTA TGCAAAAATT TACACCGAGC TAGAAAAAGA AAATCTAAAC 
GAAAATAGCT TTTTAGAATT AAAAGGTAAA AATACCATAT CTAAAGTAAA ACCAGTTACC 
AAAATAGATA CCAAAGTACC AATATCAAGT ATTCAGAAAT GCATGGAAGA CAAAAAACTG 
GACACATTAA AACTTTATGA AGAGTTAGAT CTAAATGAAT TTTTGGAACC AAAATTTACA 
TCTTGCAGTG AAGTGCATAT CAATGATGGT TTTGCGACAG CTGGTGGAAA AGGTATTACA 
ATCAATGAAC AAAAAGAGCG CTTGTATTCT AAAATATATA ATGAACTAGA GGATGTTGAT 
GAAAATAGTT TACTCAGTGT TAAGAAAGAT ATTGCTCTAA AACCAATCAC TGTTGAAAAA 
CCTAAAGATA AAGCAATAAT CAAATTTAAT AATAAGACTA TGATAAATAA TACAGATGCA 
AGAATTGAAA CATCAACGAT TTACAACAAC CTTACTACGA AAATATCAGC AGTTTCAAAC 
ACAGAAGTTT CAGGCGATGG TTTTTCAACT GCTCGTGGTA AGGGAATCAA AGTCAGTGAG 
GACAAAGAAA TGATGTATGC CAAAATTTAT AATGAACTAG GTGATGCTGA TGAAAATGAA 
TTCACTAACA TTAAGCAAAA TAAGACTTTG AAACAAGCTT TTCAGAAACC AAAAGACAAA 
GCTATGATTG TGTTTAATAA CAAGCAAACG ATTTCAACTA AACCTTCTAC AGTCATAAGT 
AAAAACAATG TAGTACAACA AAATTTAGAA GCATCAAGCG ATGGGTTTTC AACAGCTGGT 
GGCAAAGGGA TCAAAATAAA CACCGAAAAA GAAGGATACT ATTCGAAGGT GTTCAACGAA 
TTAAGTGAAG ATATTCGTGA CGAAAATTGC TTCTTAAACT TGGATAAAAA AACTCTACCC 
AAGGTAGCAG ATAAAGCTAG TGTCAAAGTT ACCTTTGTTC CCAATCAAAA GAAAACTGCA 
CCTATAACTT TAGTATCAAA ATCATCCATG GGTTATAACG ATGATGCTTT TGAGGATATT 
GGCGACCTAG AAAATCTTGT TCCTGTCAAT CAAACTTCAA CGAGTAAAGG AGTTAGTGAC 
AACCGTCATT TCACTGTTCC AAATACGTCA AATGTGATAA AGGCAAATCA CCAAGCATCA 
ACTACTGCCC AAAAATCGCC CTCTATAAAA AAAGAAAAGG CACAGGCGAA CGAAAATGCT 
TTCAAACCTG TCGTATCAGA ATCTTCAGGA AAACCCGTCA GCTTAAATAA ACCTGAAAGC 
AGTCATCTAA GTAAATTAAA GCGAAAATTG GAAAATTGCG AGGTAAAGCG GCCTGAAAGA 
TGTCGATCCT TCGGCGGATT TCCAGGTAGC AGCAACGAAG GCGTCTCGTC TACGAAGTTA 
AACAAATCCG ATCCATACAA CGACTCCGTT AATCAACCCC TGCAGCAAGG GCTGTCGGTT 
AGCCAACACT TTGATCTTCA CTCCGATTCT TGGCTATCCA AAGTCGAGCT GAGCTACCTT 
AACACCAGCA AACCTAAATC GCCCGAGGTT ACTGAACAAA CCGTCACGAA GAGTCAGGAA 
ACGTCAACAG CCCTAAGCGA TTGGAAAGCC AGTGCAGAAG AATCGGATGA TTTTTCAGGT 
TTCTCGTATA AAGAGTGTGC GGAGAGCTTT AAGATGTTCG CAAGCTTTGA GAAATTTTTA 
AAAAGGCACA TTGTCAGATT TAAAGAGCAA AGAAAGCTGA TCATAGAAAG CGGTCGCACT 
ATTATTATTA CGAACAAGAC CACGACGACG CAAACGCTGG ACATCCATTG CGACTGTGTA 
GTCGACATAA AAAGAGGTAT GGTCGAGCCG AGTTACGTTT TGATCGATGC GCCGGAAAAG 
CCTGTATTCA AATTACCCAA AAAAAGTCAG GCTAAAGCGA AGGAAGATGA GCCTAAAGAG 
CAGAAGAAGG CAGAGAACAA AATTGTGGAG AAGCGAAAAC ACTCCGATAC CGATAGCGAT 
ACTCCATTGT CGACACTGAA GAAGCCCAGA ACTGGAAGTG AGTTGCAAGG TCGCAAACTA 
TTTTCTGACG ACTCGGACGT CGATGAAGAA GATCAAGCGG AGCGTAATGT CGATAATTTG 
ATCCAGACTC TACCGTTAAC GCCGCCGCCG CCGCTGCCGG AACTCACCGA GGAAGAATTA 
GCTGAATTGG CCGAAATGCG GATGGATGCA ATTATGCAAC AGGAAAAGAA GATTCGAATT 
AAAAAACGAA TTGAAGTTAA ACCAATTATA GGATCTTTGC TGCGCGAAAG ACTTGCAAAT 
AGTAATAATA GAAAGAGTTG GACGGATTAT GTAGGCAGTT CCGTGCCTAC GGCTCGTCCT 
ATCGAACAAA TAAAACATAA CCATCCCGAT GAAAAAGTAT TGGAAGTTAC GGCATCAAAT 
GCCACGTGTT ACAAATTTTT GTCATCTAAT TTTATTGACA ATAAAAGAGT AGTAAGTTTA 
GAACTCGAAG ATAATGCCCG TCTGATTTTT GATGAAGACG GTCATGCTGG CGTTTCCGAG 
TTCGCAGATG CTTTTTTGGC TATGCCAGGT GTAGATCCAA AACTTATCCC TACGGGCTGG 
ATAGAAAATC ATTATAAATG GATCGTATGG AAATTGGCTG CGATGGATCG CATACATTTT 
GAAAAGACTG AATTACCAAA GATGTTAACG CCAGAACGCG TTATGAAAGA GCTGAAATAT 
CGCTACGACC GAGAAATCGA CAGAGCTCAA AGGTCAGCTT TGAGAAAGAT TTTAGAGAAA 
GATGATGCTC CTACCCGTAG AATGGTTTTA TGCGTTTCTT CGATTGAAGA TGGTGACAGT 
AAGGAGAAAG ATGCCAAAAT AATGCTAGGT TTGTTGCGCT ACAATATTGA AGTCACTGAC 
GGGTGGTACA GCATTCCGCT TACCATAGAT AATGCGATGG CAAATTATGT TCTAACTGGT 
AAAATCAAGG AAGGCACAAA ACTCATGACG TATGGTGCCA TATTGCTTGA ATGCGAGAGA 
GGCTGCTTTC CCTTGGATAA ACCAGCTAAC ACGAGTTTAA AAATATTTAC GAACTGCACG 
AGAAGGGCGA GGTGGGACGT TAAATTAGGA TACCAAAAAA GTCAAGGTCC AATACCCGTG 
AAATTAAGGA ATATTGTTAT GGGTGGAGGG ATGGTAGGCG AAATAACGGC CGTCGCTGCG 
AGAGTTTATC CACTATTGTA TAGAGAGAAA ACTCCGGATG GCCAATCAAT ATATCGAAAC 
GCGCGTAGCG AAGAAAAAGC GGCGATAGCT TACGAGCGTG CCCTTGAAAA GCAGGTAGAT 
GCCATGTATG CACAAGCTGA GAAAAAATTC GATTCGAAAA AGAAATCAGA CTTCGAGGAT 
GAACTGGAAA ATTCTCAAAC TGAGTCGACA TCTCAAGCGC TAGCGCGAGG ACAGAGAAGC 
TGGGAGCGCA AACAAGAGGA GCTTAAACAG CGACTAGAGA CGGAAGTGCG CCAGGGTCTA 
CCGCCGCCTA GAAAAGTGAC TCCGGTACAG AAAGTCCGAC TTGTAGACGA CATCACTACG 
GTCATACTGA CGATTTGGGG TGCCGATGAG GATTCGGCAT ATGACATAAA GGAAGGCAAT 
ACCATTACGG TATATAATTG TTACGCAATG GGAACGAGAA ACGGCGAGCT GAATCTCACG 
GCGAACAGGA TTACGCATAT CAAGTCGGAA CCACTGTTAA AGCTACCTTA TCCGATGCGA 
TTCTGCACTC TGATTCCAGA CATTACGGCT ATGAGCTTCG ATCCTAAGTT CTGCGAGTTC 
GACACCGTGG GTGTCGTCGT GTCGACAGGC CCTGCTCCTC ACGGAATGAA AAGTTTTGAA 
GTTGTCAACA TGGCTTATCC AAAACCAAAC AATGCAGGAT CGTCGTATCT ATCGATACTC 
TTCTGGAACG GTGTATCGTC TTTTGGTTAC CAATCGATTT TTTCTGTTGG TGCTCTTATC 
GCTTGCACTA ATCTGGAGTG GAGGCGAAAC ACTTCATGGA ACGTTGCCGT GGCTTACTGT 
TCAGAGAGAA CCGTTTTTAC ATGCAATCCA AGGCCGCAGT ACCTTAACAG TGGCCTTCGT 
AATCTTAGAG CGTTAATTCA GAACCCAGTA GCATACGCGG AAAGCTGCGT TGAAGAAATA 
ACTAACGAGT TGTCTAAGAA ACCTCCTTCG CGGTCAAATC AGGGTACGCC AACAAGTTGG 
CCAGACAGAT CCCACAACTC TTCGTCATTC ATCAGTCCGA TGGACAGCCA TACTCCAGGC 
CATGATACGC TTAAAAACAA AGGAGTTTTC CTGCTGAGAG CCATTACAAG TCGGAACTGC 
TCCCGACCGG GAAAACAGTT TTCCTGA

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

PubMed

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1-877-436-7274

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LOC100678620 cDNA ORF clone, Nasonia vitripennis(jewel wasp)

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:

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REQUEST A QUOTE

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