LOC100122522 cDNA ORF clone, Nasonia vitripennis(jewel wasp)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100122522
Entrez Gene ID	100122522
Full Name	vitellogenin-3-like
Gene Type	protein-coding
Organism	Nasonia vitripennis(jewel wasp)

mRNA and Protein(s)

mRNA	Protein	Name
XM_001606080.5	XP_001606130.2	vitellogenin-3-like
XM_001606080.4	XP_001606130.2	vitellogenin-3-like

Pathways from BioSystems
Gene Ontology

The following LOC100122522 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100122522 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)
ONd10791	XM_001606080.5 Latest version!	Nasonia vitripennis vitellogenin-3-like (LOC100122522), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
View Old Accession Versions >>
ONd10791	XM_001606080.4	Nasonia vitripennis vitellogenin-3-like (LOC100122522), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
Hide Old Accession Versions >>

ORF Online Only Promotion

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

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

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

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

Reference Sequences (Refseq)

LOC100122522 ( XM_001606080.5 ) cDNA ORF clone, Nasonia vitripennis(jewel wasp) -> XP_001606130.2 Nasonia vitripennis vitellogenin-3-like (LOC100122522), mRNA.

Price & Availability↑

CloneID	ONd10791
Clone ID Related Accession (Same CDS sequence)	XM_001606080.5 , XM_001606080.4
Accession Version	XM_001606080.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4578bp) 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	vitellogenin-3-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_022279649.1) 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_001606080.4. ##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##

ATGGGGCCCG CCGCCATGTA CGCGCTCACC GCTTTTCTGG CATGCATATG TCTCTCTGTG 
GCAATACCAA CGCTGCCATC AGGGAATACA CCGACAGCAG ATGCTGAAAC AGTAATCGAT 
GTACCCAATG GAAAAGCCCA CGTGTACAAG TACACAGCAG TTGTATCGGC TGGGCAAGAT 
GAGCCGTCGC CCTTCGCGTC GAAATTCCAA ATTCAAGGAA AGCTGATTCA CAAAAATGTC 
AACGGCGATC CAAACTCAAA GTACATGAAA CTACACGAGA TCAAGCATAC GGTCTACAAT 
GGAGCCGACG ACGGAGACAT GCACGGCGAG TACCACGAAC TTCAAGACAC GATGAAGGAT 
TTCGAGGAGC CTTTTTTGGC TGTCTACGAC TGGAACAAGG TAAAAGGTAT CCGAGTACAA 
GCGAAAGAGC AAGTATGGTC AAGAAATATG AAAAAGTCTT TGGCCGCGAT AATGCAGTTC 
GATTTAAAGG CCCTCAAGGC ACGCAACAAC GTTCTGTTAA AACCTTTCAA GACCACAGAG 
AAAACCATCC ACGGTGACTG CGAAGTCGAT TACGATATCA AGGTCGGAGA TTCGGCCGAC 
AGGAAGGTGA TCTACGTGCG AAAGACCTAC GAACCGAGAA AGTGCAGTGA TTACGTTCAA 
CAGGTCGTTT CTGATACCAA TAGTATGGAC TGCAAGATTG ACGCGGAGGA GGATTTAGTT 
ACATTTGCCG AGAAAATATA CGAAATAGAA TATTTTGATA ATAAGTTTGT GATTAGGAAA 
ATCATTTCTC GTGAAAAATC AAGTTATCTG CCGTGGTTGC ACAGAAGTTT TGGAACCCAA 
TACATAAAAA CAACACAAAC TTTAGAATTC GAAAGAGTGG TGGACGATTC AGAATTGAAT 
CTTCAGCTTG TAGACTTTAC GAATGTACCA CTTATAAATG ATGTGACCTT TGATAATCTT 
GAGTACATAG TAAGCGAAAA TTTAAAGAAA GATATACATT TTGAATTCAA TACCATGGAT 
TCAAGAGATT TGATAGCAAC GGTCAAAGAA CTTTTGATTG CCGCCGTAGA ATACTTAAAA 
ACTAATCCGA TTGTAAAAGA AGTTAATCTT AAATATGTTG ATGTATTTGA AAAACTTCAT 
CAAACTATGG GATACTTGGA TTCCGAATCT ATGCATTACA TTTTTAATCA TTTCAACACA 
GCTACTGGAA AAGGAAACAT GTCTAGATAT ATTTTCCTTG AAATAATTCC TCATTTGGGC 
ACTTATGCTG CGTGGAACTT CACAAAAAAT ATTATTGAAG AGGACAAAGT AGAGGAATCA 
ATTGCTCTCG ATATGCTTAC TAAATTACCA ATGTATATCC TAAATCCCAA TGAAGAATTT 
GCTCAAGACA TGCAAAAGCT TGCACAGTTT GACGAGAATA AAAAGTCTAA AGCAATCAAA 
ATTGCTGGAA TACTCTGCTA TTCCATTTTG CTCCATAAAA CGTATAAAAC ATATAACCTT 
GATGTAATAG TTCCTTGGTT CTTGGAGCGA AACCTTGAGG ACTTCAACGA ACGTATAATG 
TATGAACCAA CATACTCGTC GAAAATTGCA TACATGATGG CCATGAGGAA TGTGGAAGTT 
GGAGATATTT ACAAATATTT GGCTCCGATA GTGCGCGGAG AGGACATTTT CTTTATAGAA 
GTAGACATAA ATAGACCTGA AAAATATCGT ATGGCTGCTA TGTGGGCCGT TGCAAAATCA 
ATCAGTCATG ACAAAAACTT GACGTATAAG TTGTTCTGGC CAATCTTGGC TAACAACACC 
GAGCCCTTAT CTCTACGTGT AACGGCGTAC GAGCTTTTAA TTTCAAGAAA TCCCATACTT 
GATATGAATC TCCTGATGAA CGTTCACTGG ATGATGGCAC AGGAGCAAAA CCAACACATG 
TTTAATTATC ACTACACAAC GATGCAAAGT ATGGCTGAAT CAACGGATCC GTGCATGAAG 
AGCACTTCGG AGATGTTTAG AAAAGTCTTG CGCCTCACAA GGCGTCGAAA AGTTATGAGC 
TCTGCACTGT CTCGCGTTAA AGTTTTTGAT TATTTCGACA ATAAGTATGG TCACGGAAAA 
ACTTTCAAGC TAGGAGCCGA AGTTGATGAA GCTTCTGGGA TCCCCCAATT TGGATACTAC 
GAAGCTATTT CTTCATTTGC AAGACGACCA ACATTAGCTT CGGGGATTTA TTGGAACGTA 
GAAGGTGTCA ACATTAAAAC AATCAGTACC TTGATTAGTG AACTTCTAAG GCAAAAAACA 
GGCGTAGTAA GAGATTTTAC TACTTTTGAA GTATCAAATG AAAAAGTCAA AAACTTACTT 
CGTCAAACGC ATGGCTATAA GTTACTTCAA AAAGATATAC GTTTAGAATT TTGGACGATA 
AATAAAGGCT ACGTGACAGA CGTGAGTATT TACGTTGAAA ATAATCTATC AGAACTACTA 
AGGGATTACG TAGACAAAAT CAAGAATTTA CTGGATGCTG GGAAAGTGTC GAATCGCAAC 
ACGATATTCG ACGTTTCCTT CCTCAATCAT TACAAAATGG TGGTTGCAAC AGATCTTGGA 
ATCCCCGCAG TATTTTACAA TCAAGTTCCA GAGTTCACTT ACCTGAAATT GAAACTTAAC 
ACATATCCAT TAAAAAGTAT GGTAACGACA AATTTGGCAT TGGACGCGAG ATTTTATCAC 
CGAAGCTTTT ATAAAATGGG ATTCTATAAT CCTTTTATCG GTGTAACACA ATCGGTCGTA 
CGAAAAGTAA CAACGGATGC TGCTCTGCCG GTTGACATGA CTGTAAGTTT TAATTTTGAG 
ACACGCAGTT TGAAACTGGT TCTACCGAGG TCGCCAGAGT CCAAATCATC AGTTGCTGGC 
GTTAAATTGC AATCAGTCGA TCAAGTCGAA GTCGGAAATG ATCACAAACA ATCATTAGAA 
ACGTATTGCC CAGTCTGTGA ACATCAAATT GATATTACAA ACAATCAAAC GCAAAAATAC 
AATTATGAGG CTGTTACTCA TTCTGTTGAC ACTGGATTGG AATATCTGGT ATCAATCTCT 
GATTGCGAAA AAATGTCTTT TAATGAACGA GAAGAATGGT TCAGAGTTTT TAACACTGTA 
ACTAATAACG TAAAAAGTGA ACCGTGGCCT AATTATTTAA TGATTATAAG TCAACGATTA 
CTGAATTTTA TGAATTCTCC GCATACAAGT ACCTGCCAAA CAATGCTAAA GGCATCACCG 
TGTACAGTAC ACCCGACTTC TCATATAGAA ATGAATTGGC GCTTTAATTT GTTGAAATTT 
GGTGAAGAAA TCGAATTTAA TGTTCGAGGC TCTATTGATA GCAAGGCAGC TGTCACTAAT 
AATACTATGC GGTTTTGGAA TGTCGATCTA CAAGTTACAA CTTCCCAATT CTCTAATGAC 
ATTCAATTCA AGGTCATGAG ACAATCATCT GAAGAAAGAA ATTTTAAGAT TTGTGTACAT 
GTGACCAAGG AGTATCCTAA TTTTACAGCA AATTCAGGAG CAATAAAACA CGAAACTAAT 
ACTGTAGTTC AGTTTCTTAT GGACGAATCC GACGGAGATC AATGCTCAGC TGATGGAACA 
TCCATCAAAG CATTGATAAA AGGCCAACTT TTAGATGAGC AAAAGGAACG AATGGCAAAA 
AATGTTAGAA GTGGGTCGTG TTTCAAAAAT CCATCAAATC CTCTTGACTT AGACATCAAT 
CAAAGATTTG ACTGGAATTG CTTGTACCAA GCAGTAAAAG GGACTACATT AAGAAAGTAT 
ATCATCGACG TTACTTATAA GCAGGTCTCG CATGAAATTC TTGCGAAACT AGCGATGCTG 
GATGATTATT TACGTCTCGA CAATTTTCCG CATATAACGT ACAAACCAGA GCATACTGAA 
CCAGGAAATG TCAAGCTTTC TTTCACGTAT TCTGTGAAAG ATAATTATAG TAATATAACG 
GTGATGAACC CTTACTACTC TTATGAACTA GACGATGTTT TGTATGGTCC AGAAGATGAA 
GAAGACCGTC ATAATGACTT GGTTTTGGAT AATACTGGAT TTAGTACTAG TTTTCTAGTT 
GACTTCTACA AAGGAGACAT ACGACCATGT ATTGTTCATT CCAACGATCT AATAAATGAT 
CTGAATCAAA CGATTTCGAT GGATTTAAAA GACTGGACTC TCATGACGGG CGATTATGCA 
CTTCTGAGCT ACGCTGTGCT TGTAAAAGCC GAACAAGAAA ATAAAGTTGC TTTAAGAATA 
TATACCAATG ATCATGTTTT GGAAGTAAAA CCTGGGCAAT TAAAACCAAT AGTTATACTG 
GATGGTGCAG TAATTACAAA TTACGAAAAA GGGACAGTAA TACCAATCGA TGAGAACACT 
CATTTTAGAT TTATGATGGT TAATCAATTA CTTTCCATTG AGGCGGATAG GCATTTCATA 
GGTAAATTGT ACTACACACC CTACAATGTT ATCATACTTC CGCACATCGT TTGGGATAGA 
TCTATTGATG GAATGTGTGG TCATATGGGC TCTACAACGT ATGTTCAAAA TGCTCCACTC 
ATTTACGGCA GTTCTTAA

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

RefSeq	XP_001606130.2
CDS	270..4847
Translation	MGPAAMYALTAFLACICLSVAIPTLPSGNTPTADAETVIDVPNGKAHVYKYTAVVSAGQDEPSPFASKFQIQGKLIHKNVNGDPNSKYMKLHEIKHTVYNGADDGDMHGEYHELQDTMKDFEEPFLAVYDWNKVKGIRVQAKEQVWSRNMKKSLAAIMQFDLKALKARNNVLLKPFKTTEKTIHGDCEVDYDIKVGDSADRKVIYVRKTYEPRKCSDYVQQVVSDTNSMDCKIDAEEDLVTFAEKIYEIEYFDNKFVIRKIISREKSSYLPWLHRSFGTQYIKTTQTLEFERVVDDSELNLQLVDFTNVPLINDVTFDNLEYIVSENLKKDIHFEFNTMDSRDLIATVKELLIAAVEYLKTNPIVKEVNLKYVDVFEKLHQTMGYLDSESMHYIFNHFNTATGKGNMSRYIFLEIIPHLGTYAAWNFTKNIIEEDKVEESIALDMLTKLPMYILNPNEEFAQDMQKLAQFDENKKSKAIKIAGILCYSILLHKTYKTYNLDVIVPWFLERNLEDFNERIMYEPTYSSKIAYMMAMRNVEVGDIYKYLAPIVRGEDIFFIEVDINRPEKYRMAAMWAVAKSISHDKNLTYKLFWPILANNTEPLSLRVTAYELLISRNPILDMNLLMNVHWMMAQEQNQHMFNYHYTTMQSMAESTDPCMKSTSEMFRKVLRLTRRRKVMSSALSRVKVFDYFDNKYGHGKTFKLGAEVDEASGIPQFGYYEAISSFARRPTLASGIYWNVEGVNIKTISTLISELLRQKTGVVRDFTTFEVSNEKVKNLLRQTHGYKLLQKDIRLEFWTINKGYVTDVSIYVENNLSELLRDYVDKIKNLLDAGKVSNRNTIFDVSFLNHYKMVVATDLGIPAVFYNQVPEFTYLKLKLNTYPLKSMVTTNLALDARFYHRSFYKMGFYNPFIGVTQSVVRKVTTDAALPVDMTVSFNFETRSLKLVLPRSPESKSSVAGVKLQSVDQVEVGNDHKQSLETYCPVCEHQIDITNNQTQKYNYEAVTHSVDTGLEYLVSISDCEKMSFNEREEWFRVFNTVTNNVKSEPWPNYLMIISQRLLNFMNSPHTSTCQTMLKASPCTVHPTSHIEMNWRFNLLKFGEEIEFNVRGSIDSKAAVTNNTMRFWNVDLQVTTSQFSNDIQFKVMRQSSEERNFKICVHVTKEYPNFTANSGAIKHETNTVVQFLMDESDGDQCSADGTSIKALIKGQLLDEQKERMAKNVRSGSCFKNPSNPLDLDINQRFDWNCLYQAVKGTTLRKYIIDVTYKQVSHEILAKLAMLDDYLRLDNFPHITYKPEHTEPGNVKLSFTYSVKDNYSNITVMNPYYSYELDDVLYGPEDEEDRHNDLVLDNTGFSTSFLVDFYKGDIRPCIVHSNDLINDLNQTISMDLKDWTLMTGDYALLSYAVLVKAEQENKVALRIYTNDHVLEVKPGQLKPIVILDGAVITNYEKGTVIPIDENTHFRFMMVNQLLSIEADRHFIGKLYYTPYNVIILPHIVWDRSIDGMCGHMGSTTYVQNAPLIYGSS

Target ORF information:

RefSeq Version	XM_001606080.5
Organism	Nasonia vitripennis(jewel wasp)
Definition	Nasonia vitripennis vitellogenin-3-like (LOC100122522), mRNA.

Target ORF information:

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

XM_001606080.5

ORF Insert Sequence:

ATGGGGCCCG CCGCCATGTA CGCGCTCACC GCTTTTCTGG CATGCATATG TCTCTCTGTG 
GCAATACCAA CGCTGCCATC AGGGAATACA CCGACAGCAG ATGCTGAAAC AGTAATCGAT 
GTACCCAATG GAAAAGCCCA CGTGTACAAG TACACAGCAG TTGTATCGGC TGGGCAAGAT 
GAGCCGTCGC CCTTCGCGTC GAAATTCCAA ATTCAAGGAA AGCTGATTCA CAAAAATGTC 
AACGGCGATC CAAACTCAAA GTACATGAAA CTACACGAGA TCAAGCATAC GGTCTACAAT 
GGAGCCGACG ACGGAGACAT GCACGGCGAG TACCACGAAC TTCAAGACAC GATGAAGGAT 
TTCGAGGAGC CTTTTTTGGC TGTCTACGAC TGGAACAAGG TAAAAGGTAT CCGAGTACAA 
GCGAAAGAGC AAGTATGGTC AAGAAATATG AAAAAGTCTT TGGCCGCGAT AATGCAGTTC 
GATTTAAAGG CCCTCAAGGC ACGCAACAAC GTTCTGTTAA AACCTTTCAA GACCACAGAG 
AAAACCATCC ACGGTGACTG CGAAGTCGAT TACGATATCA AGGTCGGAGA TTCGGCCGAC 
AGGAAGGTGA TCTACGTGCG AAAGACCTAC GAACCGAGAA AGTGCAGTGA TTACGTTCAA 
CAGGTCGTTT CTGATACCAA TAGTATGGAC TGCAAGATTG ACGCGGAGGA GGATTTAGTT 
ACATTTGCCG AGAAAATATA CGAAATAGAA TATTTTGATA ATAAGTTTGT GATTAGGAAA 
ATCATTTCTC GTGAAAAATC AAGTTATCTG CCGTGGTTGC ACAGAAGTTT TGGAACCCAA 
TACATAAAAA CAACACAAAC TTTAGAATTC GAAAGAGTGG TGGACGATTC AGAATTGAAT 
CTTCAGCTTG TAGACTTTAC GAATGTACCA CTTATAAATG ATGTGACCTT TGATAATCTT 
GAGTACATAG TAAGCGAAAA TTTAAAGAAA GATATACATT TTGAATTCAA TACCATGGAT 
TCAAGAGATT TGATAGCAAC GGTCAAAGAA CTTTTGATTG CCGCCGTAGA ATACTTAAAA 
ACTAATCCGA TTGTAAAAGA AGTTAATCTT AAATATGTTG ATGTATTTGA AAAACTTCAT 
CAAACTATGG GATACTTGGA TTCCGAATCT ATGCATTACA TTTTTAATCA TTTCAACACA 
GCTACTGGAA AAGGAAACAT GTCTAGATAT ATTTTCCTTG AAATAATTCC TCATTTGGGC 
ACTTATGCTG CGTGGAACTT CACAAAAAAT ATTATTGAAG AGGACAAAGT AGAGGAATCA 
ATTGCTCTCG ATATGCTTAC TAAATTACCA ATGTATATCC TAAATCCCAA TGAAGAATTT 
GCTCAAGACA TGCAAAAGCT TGCACAGTTT GACGAGAATA AAAAGTCTAA AGCAATCAAA 
ATTGCTGGAA TACTCTGCTA TTCCATTTTG CTCCATAAAA CGTATAAAAC ATATAACCTT 
GATGTAATAG TTCCTTGGTT CTTGGAGCGA AACCTTGAGG ACTTCAACGA ACGTATAATG 
TATGAACCAA CATACTCGTC GAAAATTGCA TACATGATGG CCATGAGGAA TGTGGAAGTT 
GGAGATATTT ACAAATATTT GGCTCCGATA GTGCGCGGAG AGGACATTTT CTTTATAGAA 
GTAGACATAA ATAGACCTGA AAAATATCGT ATGGCTGCTA TGTGGGCCGT TGCAAAATCA 
ATCAGTCATG ACAAAAACTT GACGTATAAG TTGTTCTGGC CAATCTTGGC TAACAACACC 
GAGCCCTTAT CTCTACGTGT AACGGCGTAC GAGCTTTTAA TTTCAAGAAA TCCCATACTT 
GATATGAATC TCCTGATGAA CGTTCACTGG ATGATGGCAC AGGAGCAAAA CCAACACATG 
TTTAATTATC ACTACACAAC GATGCAAAGT ATGGCTGAAT CAACGGATCC GTGCATGAAG 
AGCACTTCGG AGATGTTTAG AAAAGTCTTG CGCCTCACAA GGCGTCGAAA AGTTATGAGC 
TCTGCACTGT CTCGCGTTAA AGTTTTTGAT TATTTCGACA ATAAGTATGG TCACGGAAAA 
ACTTTCAAGC TAGGAGCCGA AGTTGATGAA GCTTCTGGGA TCCCCCAATT TGGATACTAC 
GAAGCTATTT CTTCATTTGC AAGACGACCA ACATTAGCTT CGGGGATTTA TTGGAACGTA 
GAAGGTGTCA ACATTAAAAC AATCAGTACC TTGATTAGTG AACTTCTAAG GCAAAAAACA 
GGCGTAGTAA GAGATTTTAC TACTTTTGAA GTATCAAATG AAAAAGTCAA AAACTTACTT 
CGTCAAACGC ATGGCTATAA GTTACTTCAA AAAGATATAC GTTTAGAATT TTGGACGATA 
AATAAAGGCT ACGTGACAGA CGTGAGTATT TACGTTGAAA ATAATCTATC AGAACTACTA 
AGGGATTACG TAGACAAAAT CAAGAATTTA CTGGATGCTG GGAAAGTGTC GAATCGCAAC 
ACGATATTCG ACGTTTCCTT CCTCAATCAT TACAAAATGG TGGTTGCAAC AGATCTTGGA 
ATCCCCGCAG TATTTTACAA TCAAGTTCCA GAGTTCACTT ACCTGAAATT GAAACTTAAC 
ACATATCCAT TAAAAAGTAT GGTAACGACA AATTTGGCAT TGGACGCGAG ATTTTATCAC 
CGAAGCTTTT ATAAAATGGG ATTCTATAAT CCTTTTATCG GTGTAACACA ATCGGTCGTA 
CGAAAAGTAA CAACGGATGC TGCTCTGCCG GTTGACATGA CTGTAAGTTT TAATTTTGAG 
ACACGCAGTT TGAAACTGGT TCTACCGAGG TCGCCAGAGT CCAAATCATC AGTTGCTGGC 
GTTAAATTGC AATCAGTCGA TCAAGTCGAA GTCGGAAATG ATCACAAACA ATCATTAGAA 
ACGTATTGCC CAGTCTGTGA ACATCAAATT GATATTACAA ACAATCAAAC GCAAAAATAC 
AATTATGAGG CTGTTACTCA TTCTGTTGAC ACTGGATTGG AATATCTGGT ATCAATCTCT 
GATTGCGAAA AAATGTCTTT TAATGAACGA GAAGAATGGT TCAGAGTTTT TAACACTGTA 
ACTAATAACG TAAAAAGTGA ACCGTGGCCT AATTATTTAA TGATTATAAG TCAACGATTA 
CTGAATTTTA TGAATTCTCC GCATACAAGT ACCTGCCAAA CAATGCTAAA GGCATCACCG 
TGTACAGTAC ACCCGACTTC TCATATAGAA ATGAATTGGC GCTTTAATTT GTTGAAATTT 
GGTGAAGAAA TCGAATTTAA TGTTCGAGGC TCTATTGATA GCAAGGCAGC TGTCACTAAT 
AATACTATGC GGTTTTGGAA TGTCGATCTA CAAGTTACAA CTTCCCAATT CTCTAATGAC 
ATTCAATTCA AGGTCATGAG ACAATCATCT GAAGAAAGAA ATTTTAAGAT TTGTGTACAT 
GTGACCAAGG AGTATCCTAA TTTTACAGCA AATTCAGGAG CAATAAAACA CGAAACTAAT 
ACTGTAGTTC AGTTTCTTAT GGACGAATCC GACGGAGATC AATGCTCAGC TGATGGAACA 
TCCATCAAAG CATTGATAAA AGGCCAACTT TTAGATGAGC AAAAGGAACG AATGGCAAAA 
AATGTTAGAA GTGGGTCGTG TTTCAAAAAT CCATCAAATC CTCTTGACTT AGACATCAAT 
CAAAGATTTG ACTGGAATTG CTTGTACCAA GCAGTAAAAG GGACTACATT AAGAAAGTAT 
ATCATCGACG TTACTTATAA GCAGGTCTCG CATGAAATTC TTGCGAAACT AGCGATGCTG 
GATGATTATT TACGTCTCGA CAATTTTCCG CATATAACGT ACAAACCAGA GCATACTGAA 
CCAGGAAATG TCAAGCTTTC TTTCACGTAT TCTGTGAAAG ATAATTATAG TAATATAACG 
GTGATGAACC CTTACTACTC TTATGAACTA GACGATGTTT TGTATGGTCC AGAAGATGAA 
GAAGACCGTC ATAATGACTT GGTTTTGGAT AATACTGGAT TTAGTACTAG TTTTCTAGTT 
GACTTCTACA AAGGAGACAT ACGACCATGT ATTGTTCATT CCAACGATCT AATAAATGAT 
CTGAATCAAA CGATTTCGAT GGATTTAAAA GACTGGACTC TCATGACGGG CGATTATGCA 
CTTCTGAGCT ACGCTGTGCT TGTAAAAGCC GAACAAGAAA ATAAAGTTGC TTTAAGAATA 
TATACCAATG ATCATGTTTT GGAAGTAAAA CCTGGGCAAT TAAAACCAAT AGTTATACTG 
GATGGTGCAG TAATTACAAA TTACGAAAAA GGGACAGTAA TACCAATCGA TGAGAACACT 
CATTTTAGAT TTATGATGGT TAATCAATTA CTTTCCATTG AGGCGGATAG GCATTTCATA 
GGTAAATTGT ACTACACACC CTACAATGTT ATCATACTTC CGCACATCGT TTGGGATAGA 
TCTATTGATG GAATGTGTGG TCATATGGGC TCTACAACGT ATGTTCAAAA TGCTCCACTC 
ATTTACGGCA GTTCTTAA

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

LOC100122522 ( XM_001606080.4 ) cDNA ORF clone, Nasonia vitripennis(jewel wasp) -> XP_001606130.2 Nasonia vitripennis vitellogenin-3-like (LOC100122522), mRNA.

Price & Availability↑

CloneID	ONd10791
Clone ID Related Accession (Same CDS sequence)	XM_001606080.5 , XM_001606080.4
Accession Version	XM_001606080.4	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4578bp) 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	vitellogenin-3-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_015871.2) 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_001606080.3. ##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##

ATGGGGCCCG CCGCCATGTA CGCGCTCACC GCTTTTCTGG CATGCATATG TCTCTCTGTG 
GCAATACCAA CGCTGCCATC AGGGAATACA CCGACAGCAG ATGCTGAAAC AGTAATCGAT 
GTACCCAATG GAAAAGCCCA CGTGTACAAG TACACAGCAG TTGTATCGGC TGGGCAAGAT 
GAGCCGTCGC CCTTCGCGTC GAAATTCCAA ATTCAAGGAA AGCTGATTCA CAAAAATGTC 
AACGGCGATC CAAACTCAAA GTACATGAAA CTACACGAGA TCAAGCATAC GGTCTACAAT 
GGAGCCGACG ACGGAGACAT GCACGGCGAG TACCACGAAC TTCAAGACAC GATGAAGGAT 
TTCGAGGAGC CTTTTTTGGC TGTCTACGAC TGGAACAAGG TAAAAGGTAT CCGAGTACAA 
GCGAAAGAGC AAGTATGGTC AAGAAATATG AAAAAGTCTT TGGCCGCGAT AATGCAGTTC 
GATTTAAAGG CCCTCAAGGC ACGCAACAAC GTTCTGTTAA AACCTTTCAA GACCACAGAG 
AAAACCATCC ACGGTGACTG CGAAGTCGAT TACGATATCA AGGTCGGAGA TTCGGCCGAC 
AGGAAGGTGA TCTACGTGCG AAAGACCTAC GAACCGAGAA AGTGCAGTGA TTACGTTCAA 
CAGGTCGTTT CTGATACCAA TAGTATGGAC TGCAAGATTG ACGCGGAGGA GGATTTAGTT 
ACATTTGCCG AGAAAATATA CGAAATAGAA TATTTTGATA ATAAGTTTGT GATTAGGAAA 
ATCATTTCTC GTGAAAAATC AAGTTATCTG CCGTGGTTGC ACAGAAGTTT TGGAACCCAA 
TACATAAAAA CAACACAAAC TTTAGAATTC GAAAGAGTGG TGGACGATTC AGAATTGAAT 
CTTCAGCTTG TAGACTTTAC GAATGTACCA CTTATAAATG ATGTGACCTT TGATAATCTT 
GAGTACATAG TAAGCGAAAA TTTAAAGAAA GATATACATT TTGAATTCAA TACCATGGAT 
TCAAGAGATT TGATAGCAAC GGTCAAAGAA CTTTTGATTG CCGCCGTAGA ATACTTAAAA 
ACTAATCCGA TTGTAAAAGA AGTTAATCTT AAATATGTTG ATGTATTTGA AAAACTTCAT 
CAAACTATGG GATACTTGGA TTCCGAATCT ATGCATTACA TTTTTAATCA TTTCAACACA 
GCTACTGGAA AAGGAAACAT GTCTAGATAT ATTTTCCTTG AAATAATTCC TCATTTGGGC 
ACTTATGCTG CGTGGAACTT CACAAAAAAT ATTATTGAAG AGGACAAAGT AGAGGAATCA 
ATTGCTCTCG ATATGCTTAC TAAATTACCA ATGTATATCC TAAATCCCAA TGAAGAATTT 
GCTCAAGACA TGCAAAAGCT TGCACAGTTT GACGAGAATA AAAAGTCTAA AGCAATCAAA 
ATTGCTGGAA TACTCTGCTA TTCCATTTTG CTCCATAAAA CGTATAAAAC ATATAACCTT 
GATGTAATAG TTCCTTGGTT CTTGGAGCGA AACCTTGAGG ACTTCAACGA ACGTATAATG 
TATGAACCAA CATACTCGTC GAAAATTGCA TACATGATGG CCATGAGGAA TGTGGAAGTT 
GGAGATATTT ACAAATATTT GGCTCCGATA GTGCGCGGAG AGGACATTTT CTTTATAGAA 
GTAGACATAA ATAGACCTGA AAAATATCGT ATGGCTGCTA TGTGGGCCGT TGCAAAATCA 
ATCAGTCATG ACAAAAACTT GACGTATAAG TTGTTCTGGC CAATCTTGGC TAACAACACC 
GAGCCCTTAT CTCTACGTGT AACGGCGTAC GAGCTTTTAA TTTCAAGAAA TCCCATACTT 
GATATGAATC TCCTGATGAA CGTTCACTGG ATGATGGCAC AGGAGCAAAA CCAACACATG 
TTTAATTATC ACTACACAAC GATGCAAAGT ATGGCTGAAT CAACGGATCC GTGCATGAAG 
AGCACTTCGG AGATGTTTAG AAAAGTCTTG CGCCTCACAA GGCGTCGAAA AGTTATGAGC 
TCTGCACTGT CTCGCGTTAA AGTTTTTGAT TATTTCGACA ATAAGTATGG TCACGGAAAA 
ACTTTCAAGC TAGGAGCCGA AGTTGATGAA GCTTCTGGGA TCCCCCAATT TGGATACTAC 
GAAGCTATTT CTTCATTTGC AAGACGACCA ACATTAGCTT CGGGGATTTA TTGGAACGTA 
GAAGGTGTCA ACATTAAAAC AATCAGTACC TTGATTAGTG AACTTCTAAG GCAAAAAACA 
GGCGTAGTAA GAGATTTTAC TACTTTTGAA GTATCAAATG AAAAAGTCAA AAACTTACTT 
CGTCAAACGC ATGGCTATAA GTTACTTCAA AAAGATATAC GTTTAGAATT TTGGACGATA 
AATAAAGGCT ACGTGACAGA CGTGAGTATT TACGTTGAAA ATAATCTATC AGAACTACTA 
AGGGATTACG TAGACAAAAT CAAGAATTTA CTGGATGCTG GGAAAGTGTC GAATCGCAAC 
ACGATATTCG ACGTTTCCTT CCTCAATCAT TACAAAATGG TGGTTGCAAC AGATCTTGGA 
ATCCCCGCAG TATTTTACAA TCAAGTTCCA GAGTTCACTT ACCTGAAATT GAAACTTAAC 
ACATATCCAT TAAAAAGTAT GGTAACGACA AATTTGGCAT TGGACGCGAG ATTTTATCAC 
CGAAGCTTTT ATAAAATGGG ATTCTATAAT CCTTTTATCG GTGTAACACA ATCGGTCGTA 
CGAAAAGTAA CAACGGATGC TGCTCTGCCG GTTGACATGA CTGTAAGTTT TAATTTTGAG 
ACACGCAGTT TGAAACTGGT TCTACCGAGG TCGCCAGAGT CCAAATCATC AGTTGCTGGC 
GTTAAATTGC AATCAGTCGA TCAAGTCGAA GTCGGAAATG ATCACAAACA ATCATTAGAA 
ACGTATTGCC CAGTCTGTGA ACATCAAATT GATATTACAA ACAATCAAAC GCAAAAATAC 
AATTATGAGG CTGTTACTCA TTCTGTTGAC ACTGGATTGG AATATCTGGT ATCAATCTCT 
GATTGCGAAA AAATGTCTTT TAATGAACGA GAAGAATGGT TCAGAGTTTT TAACACTGTA 
ACTAATAACG TAAAAAGTGA ACCGTGGCCT AATTATTTAA TGATTATAAG TCAACGATTA 
CTGAATTTTA TGAATTCTCC GCATACAAGT ACCTGCCAAA CAATGCTAAA GGCATCACCG 
TGTACAGTAC ACCCGACTTC TCATATAGAA ATGAATTGGC GCTTTAATTT GTTGAAATTT 
GGTGAAGAAA TCGAATTTAA TGTTCGAGGC TCTATTGATA GCAAGGCAGC TGTCACTAAT 
AATACTATGC GGTTTTGGAA TGTCGATCTA CAAGTTACAA CTTCCCAATT CTCTAATGAC 
ATTCAATTCA AGGTCATGAG ACAATCATCT GAAGAAAGAA ATTTTAAGAT TTGTGTACAT 
GTGACCAAGG AGTATCCTAA TTTTACAGCA AATTCAGGAG CAATAAAACA CGAAACTAAT 
ACTGTAGTTC AGTTTCTTAT GGACGAATCC GACGGAGATC AATGCTCAGC TGATGGAACA 
TCCATCAAAG CATTGATAAA AGGCCAACTT TTAGATGAGC AAAAGGAACG AATGGCAAAA 
AATGTTAGAA GTGGGTCGTG TTTCAAAAAT CCATCAAATC CTCTTGACTT AGACATCAAT 
CAAAGATTTG ACTGGAATTG CTTGTACCAA GCAGTAAAAG GGACTACATT AAGAAAGTAT 
ATCATCGACG TTACTTATAA GCAGGTCTCG CATGAAATTC TTGCGAAACT AGCGATGCTG 
GATGATTATT TACGTCTCGA CAATTTTCCG CATATAACGT ACAAACCAGA GCATACTGAA 
CCAGGAAATG TCAAGCTTTC TTTCACGTAT TCTGTGAAAG ATAATTATAG TAATATAACG 
GTGATGAACC CTTACTACTC TTATGAACTA GACGATGTTT TGTATGGTCC AGAAGATGAA 
GAAGACCGTC ATAATGACTT GGTTTTGGAT AATACTGGAT TTAGTACTAG TTTTCTAGTT 
GACTTCTACA AAGGAGACAT ACGACCATGT ATTGTTCATT CCAACGATCT AATAAATGAT 
CTGAATCAAA CGATTTCGAT GGATTTAAAA GACTGGACTC TCATGACGGG CGATTATGCA 
CTTCTGAGCT ACGCTGTGCT TGTAAAAGCC GAACAAGAAA ATAAAGTTGC TTTAAGAATA 
TATACCAATG ATCATGTTTT GGAAGTAAAA CCTGGGCAAT TAAAACCAAT AGTTATACTG 
GATGGTGCAG TAATTACAAA TTACGAAAAA GGGACAGTAA TACCAATCGA TGAGAACACT 
CATTTTAGAT TTATGATGGT TAATCAATTA CTTTCCATTG AGGCGGATAG GCATTTCATA 
GGTAAATTGT ACTACACACC CTACAATGTT ATCATACTTC CGCACATCGT TTGGGATAGA 
TCTATTGATG GAATGTGTGG TCATATGGGC TCTACAACGT ATGTTCAAAA TGCTCCACTC 
ATTTACGGCA GTTCTTAA

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

RefSeq	XP_001606130.2
CDS	361..4938
Translation	MGPAAMYALTAFLACICLSVAIPTLPSGNTPTADAETVIDVPNGKAHVYKYTAVVSAGQDEPSPFASKFQIQGKLIHKNVNGDPNSKYMKLHEIKHTVYNGADDGDMHGEYHELQDTMKDFEEPFLAVYDWNKVKGIRVQAKEQVWSRNMKKSLAAIMQFDLKALKARNNVLLKPFKTTEKTIHGDCEVDYDIKVGDSADRKVIYVRKTYEPRKCSDYVQQVVSDTNSMDCKIDAEEDLVTFAEKIYEIEYFDNKFVIRKIISREKSSYLPWLHRSFGTQYIKTTQTLEFERVVDDSELNLQLVDFTNVPLINDVTFDNLEYIVSENLKKDIHFEFNTMDSRDLIATVKELLIAAVEYLKTNPIVKEVNLKYVDVFEKLHQTMGYLDSESMHYIFNHFNTATGKGNMSRYIFLEIIPHLGTYAAWNFTKNIIEEDKVEESIALDMLTKLPMYILNPNEEFAQDMQKLAQFDENKKSKAIKIAGILCYSILLHKTYKTYNLDVIVPWFLERNLEDFNERIMYEPTYSSKIAYMMAMRNVEVGDIYKYLAPIVRGEDIFFIEVDINRPEKYRMAAMWAVAKSISHDKNLTYKLFWPILANNTEPLSLRVTAYELLISRNPILDMNLLMNVHWMMAQEQNQHMFNYHYTTMQSMAESTDPCMKSTSEMFRKVLRLTRRRKVMSSALSRVKVFDYFDNKYGHGKTFKLGAEVDEASGIPQFGYYEAISSFARRPTLASGIYWNVEGVNIKTISTLISELLRQKTGVVRDFTTFEVSNEKVKNLLRQTHGYKLLQKDIRLEFWTINKGYVTDVSIYVENNLSELLRDYVDKIKNLLDAGKVSNRNTIFDVSFLNHYKMVVATDLGIPAVFYNQVPEFTYLKLKLNTYPLKSMVTTNLALDARFYHRSFYKMGFYNPFIGVTQSVVRKVTTDAALPVDMTVSFNFETRSLKLVLPRSPESKSSVAGVKLQSVDQVEVGNDHKQSLETYCPVCEHQIDITNNQTQKYNYEAVTHSVDTGLEYLVSISDCEKMSFNEREEWFRVFNTVTNNVKSEPWPNYLMIISQRLLNFMNSPHTSTCQTMLKASPCTVHPTSHIEMNWRFNLLKFGEEIEFNVRGSIDSKAAVTNNTMRFWNVDLQVTTSQFSNDIQFKVMRQSSEERNFKICVHVTKEYPNFTANSGAIKHETNTVVQFLMDESDGDQCSADGTSIKALIKGQLLDEQKERMAKNVRSGSCFKNPSNPLDLDINQRFDWNCLYQAVKGTTLRKYIIDVTYKQVSHEILAKLAMLDDYLRLDNFPHITYKPEHTEPGNVKLSFTYSVKDNYSNITVMNPYYSYELDDVLYGPEDEEDRHNDLVLDNTGFSTSFLVDFYKGDIRPCIVHSNDLINDLNQTISMDLKDWTLMTGDYALLSYAVLVKAEQENKVALRIYTNDHVLEVKPGQLKPIVILDGAVITNYEKGTVIPIDENTHFRFMMVNQLLSIEADRHFIGKLYYTPYNVIILPHIVWDRSIDGMCGHMGSTTYVQNAPLIYGSS

Target ORF information:

RefSeq Version	XM_001606080.4
Organism	Nasonia vitripennis(jewel wasp)
Definition	Nasonia vitripennis vitellogenin-3-like (LOC100122522), mRNA.

Target ORF information:

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

XM_001606080.4

ORF Insert Sequence:

ATGGGGCCCG CCGCCATGTA CGCGCTCACC GCTTTTCTGG CATGCATATG TCTCTCTGTG 
GCAATACCAA CGCTGCCATC AGGGAATACA CCGACAGCAG ATGCTGAAAC AGTAATCGAT 
GTACCCAATG GAAAAGCCCA CGTGTACAAG TACACAGCAG TTGTATCGGC TGGGCAAGAT 
GAGCCGTCGC CCTTCGCGTC GAAATTCCAA ATTCAAGGAA AGCTGATTCA CAAAAATGTC 
AACGGCGATC CAAACTCAAA GTACATGAAA CTACACGAGA TCAAGCATAC GGTCTACAAT 
GGAGCCGACG ACGGAGACAT GCACGGCGAG TACCACGAAC TTCAAGACAC GATGAAGGAT 
TTCGAGGAGC CTTTTTTGGC TGTCTACGAC TGGAACAAGG TAAAAGGTAT CCGAGTACAA 
GCGAAAGAGC AAGTATGGTC AAGAAATATG AAAAAGTCTT TGGCCGCGAT AATGCAGTTC 
GATTTAAAGG CCCTCAAGGC ACGCAACAAC GTTCTGTTAA AACCTTTCAA GACCACAGAG 
AAAACCATCC ACGGTGACTG CGAAGTCGAT TACGATATCA AGGTCGGAGA TTCGGCCGAC 
AGGAAGGTGA TCTACGTGCG AAAGACCTAC GAACCGAGAA AGTGCAGTGA TTACGTTCAA 
CAGGTCGTTT CTGATACCAA TAGTATGGAC TGCAAGATTG ACGCGGAGGA GGATTTAGTT 
ACATTTGCCG AGAAAATATA CGAAATAGAA TATTTTGATA ATAAGTTTGT GATTAGGAAA 
ATCATTTCTC GTGAAAAATC AAGTTATCTG CCGTGGTTGC ACAGAAGTTT TGGAACCCAA 
TACATAAAAA CAACACAAAC TTTAGAATTC GAAAGAGTGG TGGACGATTC AGAATTGAAT 
CTTCAGCTTG TAGACTTTAC GAATGTACCA CTTATAAATG ATGTGACCTT TGATAATCTT 
GAGTACATAG TAAGCGAAAA TTTAAAGAAA GATATACATT TTGAATTCAA TACCATGGAT 
TCAAGAGATT TGATAGCAAC GGTCAAAGAA CTTTTGATTG CCGCCGTAGA ATACTTAAAA 
ACTAATCCGA TTGTAAAAGA AGTTAATCTT AAATATGTTG ATGTATTTGA AAAACTTCAT 
CAAACTATGG GATACTTGGA TTCCGAATCT ATGCATTACA TTTTTAATCA TTTCAACACA 
GCTACTGGAA AAGGAAACAT GTCTAGATAT ATTTTCCTTG AAATAATTCC TCATTTGGGC 
ACTTATGCTG CGTGGAACTT CACAAAAAAT ATTATTGAAG AGGACAAAGT AGAGGAATCA 
ATTGCTCTCG ATATGCTTAC TAAATTACCA ATGTATATCC TAAATCCCAA TGAAGAATTT 
GCTCAAGACA TGCAAAAGCT TGCACAGTTT GACGAGAATA AAAAGTCTAA AGCAATCAAA 
ATTGCTGGAA TACTCTGCTA TTCCATTTTG CTCCATAAAA CGTATAAAAC ATATAACCTT 
GATGTAATAG TTCCTTGGTT CTTGGAGCGA AACCTTGAGG ACTTCAACGA ACGTATAATG 
TATGAACCAA CATACTCGTC GAAAATTGCA TACATGATGG CCATGAGGAA TGTGGAAGTT 
GGAGATATTT ACAAATATTT GGCTCCGATA GTGCGCGGAG AGGACATTTT CTTTATAGAA 
GTAGACATAA ATAGACCTGA AAAATATCGT ATGGCTGCTA TGTGGGCCGT TGCAAAATCA 
ATCAGTCATG ACAAAAACTT GACGTATAAG TTGTTCTGGC CAATCTTGGC TAACAACACC 
GAGCCCTTAT CTCTACGTGT AACGGCGTAC GAGCTTTTAA TTTCAAGAAA TCCCATACTT 
GATATGAATC TCCTGATGAA CGTTCACTGG ATGATGGCAC AGGAGCAAAA CCAACACATG 
TTTAATTATC ACTACACAAC GATGCAAAGT ATGGCTGAAT CAACGGATCC GTGCATGAAG 
AGCACTTCGG AGATGTTTAG AAAAGTCTTG CGCCTCACAA GGCGTCGAAA AGTTATGAGC 
TCTGCACTGT CTCGCGTTAA AGTTTTTGAT TATTTCGACA ATAAGTATGG TCACGGAAAA 
ACTTTCAAGC TAGGAGCCGA AGTTGATGAA GCTTCTGGGA TCCCCCAATT TGGATACTAC 
GAAGCTATTT CTTCATTTGC AAGACGACCA ACATTAGCTT CGGGGATTTA TTGGAACGTA 
GAAGGTGTCA ACATTAAAAC AATCAGTACC TTGATTAGTG AACTTCTAAG GCAAAAAACA 
GGCGTAGTAA GAGATTTTAC TACTTTTGAA GTATCAAATG AAAAAGTCAA AAACTTACTT 
CGTCAAACGC ATGGCTATAA GTTACTTCAA AAAGATATAC GTTTAGAATT TTGGACGATA 
AATAAAGGCT ACGTGACAGA CGTGAGTATT TACGTTGAAA ATAATCTATC AGAACTACTA 
AGGGATTACG TAGACAAAAT CAAGAATTTA CTGGATGCTG GGAAAGTGTC GAATCGCAAC 
ACGATATTCG ACGTTTCCTT CCTCAATCAT TACAAAATGG TGGTTGCAAC AGATCTTGGA 
ATCCCCGCAG TATTTTACAA TCAAGTTCCA GAGTTCACTT ACCTGAAATT GAAACTTAAC 
ACATATCCAT TAAAAAGTAT GGTAACGACA AATTTGGCAT TGGACGCGAG ATTTTATCAC 
CGAAGCTTTT ATAAAATGGG ATTCTATAAT CCTTTTATCG GTGTAACACA ATCGGTCGTA 
CGAAAAGTAA CAACGGATGC TGCTCTGCCG GTTGACATGA CTGTAAGTTT TAATTTTGAG 
ACACGCAGTT TGAAACTGGT TCTACCGAGG TCGCCAGAGT CCAAATCATC AGTTGCTGGC 
GTTAAATTGC AATCAGTCGA TCAAGTCGAA GTCGGAAATG ATCACAAACA ATCATTAGAA 
ACGTATTGCC CAGTCTGTGA ACATCAAATT GATATTACAA ACAATCAAAC GCAAAAATAC 
AATTATGAGG CTGTTACTCA TTCTGTTGAC ACTGGATTGG AATATCTGGT ATCAATCTCT 
GATTGCGAAA AAATGTCTTT TAATGAACGA GAAGAATGGT TCAGAGTTTT TAACACTGTA 
ACTAATAACG TAAAAAGTGA ACCGTGGCCT AATTATTTAA TGATTATAAG TCAACGATTA 
CTGAATTTTA TGAATTCTCC GCATACAAGT ACCTGCCAAA CAATGCTAAA GGCATCACCG 
TGTACAGTAC ACCCGACTTC TCATATAGAA ATGAATTGGC GCTTTAATTT GTTGAAATTT 
GGTGAAGAAA TCGAATTTAA TGTTCGAGGC TCTATTGATA GCAAGGCAGC TGTCACTAAT 
AATACTATGC GGTTTTGGAA TGTCGATCTA CAAGTTACAA CTTCCCAATT CTCTAATGAC 
ATTCAATTCA AGGTCATGAG ACAATCATCT GAAGAAAGAA ATTTTAAGAT TTGTGTACAT 
GTGACCAAGG AGTATCCTAA TTTTACAGCA AATTCAGGAG CAATAAAACA CGAAACTAAT 
ACTGTAGTTC AGTTTCTTAT GGACGAATCC GACGGAGATC AATGCTCAGC TGATGGAACA 
TCCATCAAAG CATTGATAAA AGGCCAACTT TTAGATGAGC AAAAGGAACG AATGGCAAAA 
AATGTTAGAA GTGGGTCGTG TTTCAAAAAT CCATCAAATC CTCTTGACTT AGACATCAAT 
CAAAGATTTG ACTGGAATTG CTTGTACCAA GCAGTAAAAG GGACTACATT AAGAAAGTAT 
ATCATCGACG TTACTTATAA GCAGGTCTCG CATGAAATTC TTGCGAAACT AGCGATGCTG 
GATGATTATT TACGTCTCGA CAATTTTCCG CATATAACGT ACAAACCAGA GCATACTGAA 
CCAGGAAATG TCAAGCTTTC TTTCACGTAT TCTGTGAAAG ATAATTATAG TAATATAACG 
GTGATGAACC CTTACTACTC TTATGAACTA GACGATGTTT TGTATGGTCC AGAAGATGAA 
GAAGACCGTC ATAATGACTT GGTTTTGGAT AATACTGGAT TTAGTACTAG TTTTCTAGTT 
GACTTCTACA AAGGAGACAT ACGACCATGT ATTGTTCATT CCAACGATCT AATAAATGAT 
CTGAATCAAA CGATTTCGAT GGATTTAAAA GACTGGACTC TCATGACGGG CGATTATGCA 
CTTCTGAGCT ACGCTGTGCT TGTAAAAGCC GAACAAGAAA ATAAAGTTGC TTTAAGAATA 
TATACCAATG ATCATGTTTT GGAAGTAAAA CCTGGGCAAT TAAAACCAAT AGTTATACTG 
GATGGTGCAG TAATTACAAA TTACGAAAAA GGGACAGTAA TACCAATCGA TGAGAACACT 
CATTTTAGAT TTATGATGGT TAATCAATTA CTTTCCATTG AGGCGGATAG GCATTTCATA 
GGTAAATTGT ACTACACACC CTACAATGTT ATCATACTTC CGCACATCGT TTGGGATAGA 
TCTATTGATG GAATGTGTGG TCATATGGGC TCTACAACGT ATGTTCAAAA TGCTCCACTC 
ATTTACGGCA GTTCTTAA

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

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LOC100122522 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:

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