LOC100678684 cDNA ORF clone, Nasonia vitripennis(jewel wasp)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100678684
Entrez Gene ID	100678684
Full Name	uncharacterized LOC100678684
Gene Type	protein-coding
Organism	Nasonia vitripennis(jewel wasp)

mRNA and Protein(s)

mRNA	Protein	Name
XM_003426480.3	XP_003426528.1	uncharacterized protein LOC100678684
XM_003426480.4	XP_003426528.1	uncharacterized protein LOC100678684

Pathways from BioSystems
Gene Ontology

The following LOC100678684 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100678684 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)
ONd11300	XM_003426480.4 Latest version!	Nasonia vitripennis uncharacterized LOC100678684 (LOC100678684), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
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ONd11300	XM_003426480.3	Nasonia vitripennis uncharacterized LOC100678684 (LOC100678684), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00
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)

LOC100678684 ( XM_003426480.4 ) cDNA ORF clone, Nasonia vitripennis(jewel wasp) -> XP_003426528.1 Nasonia vitripennis uncharacterized LOC100678684 (LOC100678684), mRNA.

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CloneID	ONd11300
Clone ID Related Accession (Same CDS sequence)	XM_003426480.3 , XM_003426480.4
Accession Version	XM_003426480.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5562bp) 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	2019-12-23
Organism	Nasonia vitripennis(jewel wasp)
Product	uncharacterized protein LOC100678684
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. Also see: Documentation of NCBI's Annotation Process On Dec 24, 2019 this sequence version replaced XM_003426480.3. ##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## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGAAAAAAG TTTTTATCAA GCTTGTAGTT ATAGGCTTAA TAGTTCACAG TATTTCCGGT 
GCTACTGGCT GTATTCACGC TGGGCAGCAT TTGCATTCGA AGCGCGATGA CGTAAACGAC 
AGGGCTAAGC GAGGATCGAT ACTGATTCCA GCTTACCAAG ACAATGATTC CAGTGACGAA 
GCTCGAGAAA GGACTTCCGC AGAAGTCGAA GACTTCATCC AGAATATGCT GGTGAAAACT 
AAGCGAAATC TTCAAAAAGC TAAAGACATA ATCGATCCTA GAAACGTCAC TCAGACTCCA 
GAAGCTTCCA ACCAAGATGA CGCAGAATCC TACATCCGCA TGAAAGCTGT CACCGATCCG 
AAAGAATTCA TAAAGCAGCT GACCGAAGCT CGGAAAGCTC GAAAGGAAAA GAGAAACACC 
GACTCCGATG ATCCGATTGC TATGGTAGTC GATCGTAAGT TCATCAAACC GCGAAAAGCG 
AGACAGAAAA AGTACATGTG CTACTGCCAA GAGCAGTGCC AAGGGAGGCA GTGTCGAAAC 
CAAGGCCACA AAGTCAACTG TCCTTGGAAG GACAAGATGT ATCCGAACGT AAAGGAGTAC 
GTCGACGACG AGTACGAAAA TTCTGCCGAA GAAACGGTTG GAGCTTACAG CAATGGATAC 
ACGAACAAAA TTGTATCAGC TCCGAGCACA ACGACCGAAC CTACGAAGTT CACTATTCCG 
TTCGCTAATA ACGTGAACTT CGATCAAAGA GTGATAGTTG GCGGCAAGGA TCCTCTGGCG 
AAGAAGCCTC AGAAAATCGC GCCATTTTAC CAAAATCCTC ATGTGAGAAT GCCACCTAGT 
CAACCACATC TCGTGTACCC GTACAACACT TTCTTGATGC CGCCTCCGGG AATAATCTTC 
CATGGACCGC CGATTCAGCC GAATTATCCA CCTCCAAATA GGCCAAAAGT CGCATCATCC 
AAAATTGATA TTCCAAGCCC CTTCGGAAGT AACTTTCCAA ATATAAACGA ATGCATCAAG 
CTGTATGGTC GCACTGTTTG CGTTATTTCT TCGTCGTCGA AGCCACCTAT TACCAAAGTC 
GAGACTATTG ATCTGTCTGA CGATAAGACT TATACGGATG AGGAAGAGCC AACACAAAAA 
CCGCCTGTTT ATCCAACGCA GTATGTTTAT CAGACCAGCC AGGAAACGAC TCCGAAAGTG 
ATGGTCAACG AGCCTCCAGC AGGACATAGA TATTACATTG ATAAAAACTA CTTTGATGGT 
TCTGGCCCCA AGTTACCATA TCCAAATAAT CAATACAATT ATGAAAACGC TCAATCTGCA 
AATATTCAAG TGGCTAAGTC AAACCAAGGT GGCGCTGCTT ATCTGCCAAG CTATCCTGTC 
GTGAAAACTG CAGCAAATGC AAATTACGAT TCAGATTTGC ATAATCAGCA ACCAATTCAG 
CAATCGCAAG GTAATGGTCA AGATGTAACG AAATATTCCG TACAAACTCG CAGAACAACT 
ACTCCGAAAC TTATCATAAA AAAAGGAAAC ATTCCTCATA CCGCACCAAG CAGCGATTAT 
GTACCGAAGT ATTCTTCGAA AGAAATCGAA ACTAATCCAA ATGAGTACGT ACCCAAATAT 
TCGTCAAAAG AGTCTCTAGG AAATTCCAAT ACGATTTACA ACTATCCGAA TAGCTTTAAC 
GGTGTACCAC AAAATACTCC ACCGCCAGAA GTCACAACCC CTGTTTATAG TAACGTCCAA 
CAACCAAAAT ATTACGAAAC TGCAAACTCA GCAGCTGCTG CACCGCAGCC TACGACTGGC 
AATAACGCTG GAGGTCAATA TCCGCACAAT CTTTATACAA CAGATATGCA TACGAAGATA 
AATACTGATC CTAGTCTGGA TAGTCTCAAG CCAGTGACTA GCGAACCGCC GGTTCAAAAT 
TATTATGCAA AAACTGTTGC TGATCAGAAA CCAACTTATA CATATTCATC GGGTTACGAA 
AACGCACCTG CAAACGCTGC TTCGCCAACT GCTGTGAGCC AAGAACACAA GAAATATAAC 
AACAATTATC AAGGTTCACT CACTGGTGCA AGTCAACAAT ATAATACAGG TAATCCGAAT 
GTAAACAATA ATAATCAATA TGAAGCAGTA CTTTCAAATC ATCCATCTAA TGCTGATGAA 
AATAATCATA TGACATTCAA CATCGATAAA TCGACGTACA ACGAAACTCC TCAAAGAAAA 
TTGCCTAATT TGCCAAATAG TCAAAACAAA CATCTAAAAT TTCTAGTAGA TAAATCAGCA 
TACAATCTTC AACAAAATAG CTCACCACAA AGCAACCACA ACTATGAACC AGTAGTTTCT 
TCACAAACGG TAATTACTCA AGCGCCATCG CTGATCCGAA ATGCAGATCA AAGTATAGTT 
ATCCAACCAC CAGAACTCTA CAAAATAGAA AATTTGAGCA GCACGACAGA CATTTTAGGA 
AACCCAATTT CAGCAACTAA CGTTGTCGTA CCAGTAAAAG ATGGAAATCA TCCAGAGGAC 
ATTCAGCAAC CCGTTACCAC ATTGGAAGAC GTTGAAACCG ACGAGTATAA GAGTCACTTC 
AAAGAGGAAA AGACGGCAAC TCTCAGAGAA GCCAACGACT TGATTCAAAG CCAAACTGAA 
GCAACAAAAT TAAATCGTGA AAATGTAGCT GCGAAACATA GTGGATTTAG AAAAAATATA 
GGTAAACCCA TTACTATCAA AACTCTGCCA ACTAACAAAG AAAGTTTTGT GAAGCCGGGT 
GAGGATAACA CGGAAGAACT GTTTAGAGGA CTCGAAAAAA TCATTTTAGA AAACAATTAC 
GCGGATCTAT TATCACAGGA GAGTGACTCA CAGAAACCGA TCTATGGTCA AGCGGGAGGC 
TCAGCAACTG AAAAAGGTAA ACAATCGAAA AATTATGCGA CCTCGCAGCC GACAAAACCG 
GAAAGTACGC AGAGTTCGAT TCAATCGGTG GATGATAGGC CAGTGGTGAC TTACGAAAAT 
TCTTCAGAAG GAAGTTATCC GGCAGTAACC GCCAGAAATG TCGAACTTGT GCAAAGCGCT 
GTTAAGAAAG TAATAAATAA TTTAGTACCT GGAAAAGCTC AGGATCTACT CGCGAATTAT 
GAAGAGGGAA GTTCGTCCAA TCTCGTCGGA GCAAACGCAC AAGAATTGCT TCCCGAGATT 
CTGGAAGTAC CGATCTTGAA AAATCTTTTC TCTCTCCCGG AAATCGAGAA CATGATCACC 
GACACGACTG GCAACCTTCT TACTCGAGTG ACAGGTTTAC CGATTATTGG CAACATACCA 
CATCTAATCA GGAATACACT CCACAGCGTA ATCGGTCAGA TTCCACGACC TCATCCGACG 
GTTGCTCCAG ATACGATATA CGAAAATCCG ACGATCGAAG AGCACAAGTT TGAAAACGGA 
CAGTGGGTCA CTGAAAGAGT TCCACTCTAC GAAACTGATC CGAACGTAGG GGCTTCTAAA 
GAAATTTTCG AGAAAATCGA GAGCATCCTA AGTAGGTCGC AGCTCGAAGA CAAGGTCGCC 
ACACACCCGA TCGTCCAGAA TCTGATCGTT AAGGCTGTGA AACACGCTTT AGACAAAGAA 
CGAGGGATCG TTCATGAGTC TACCATTCGA CGTGCTTTCG ATAGTCTAAT CAAAGCCAAA 
GCTCAGAATC AGGCAAAGCT TATACCAGTA ACGATAAGAA TCCCTACAGA GCGAAAACCT 
TTGGTCGTAC AACCAACGGC TACGACGCCT ATGGATGACG ATGACTACAA GTTAGCTCCG 
ATCGTTCCGG TGACGGAACA CGTATTTCGA GGTGGTTCAT GGTCAGAATC TCAGAAGACT 
CTAACGGGGA AACAGCAAAA GGATAGCGAC GTTTTCAGCG AAGAAAAGAG AAAACTTTTG 
CAGGAAAAGC TCGATCAGCA GCAAAAGAGC GTAAATGTGT CAAAATCGAA GAGTGAATCC 
GTGAGTTACA GCAGTGAAGA AAGAAGTTCG TCCGGTTTCA ACGAAGAAAA AAGGAGACTT 
CTGCAAGAAA AGCTGGATAA ACAACAAGTA AGCAAAACAC ATTCAAAGAA TGAGTCCGTT 
GCTTACGAAA CTGAGCAGCT GCAAAAATTT GATGCCGCCA ACGTCAAGGA AAAGTCTGAT 
AGATCAAAAA TTTTAGGAGC CAAGTCTTCG ATCACCACCG AAGAGTTAGA CAATGAAACA 
AGCGAAAATA TGGAACTTCC GGCTGATAAC GAAGACCAGT CCATAGAGAG GAAACCCATA 
AAGTACTACT CGCCCAACGA CAGAATTTTG GAGTACATAA AAAATCATCC AAGTACCGAC 
AATCCATACT TGACTACCAC AGCCGAGATA ATCGGATACA CGAACGAAGA TAACATCGAA 
ACGACTACCC GTCAGATGAA CTTCAGGAGT CCAGATATCG TCACGAGTCC TTACACACCA 
GACCTGTACG AAAATTCGGG AAATACGCTC TACGTCGAAC CTTCTCTCGC TCCGCCCAAG 
CAGCAATCAG GCGTATCAAA TGTTGAAGAT CATCAGCAAC CTTCGCTCGG AAATCCACTT 
AACCAGCAAA TCAACGACGA CCAGGTGAAG CTACTGGTCG AACCCACAGA TGCGCCTGTT 
CGATCTAAGC AAGGAACTGA AGCAACCAGA CAAACACATC TCGATTCAAG AGATTCCAAC 
TACATGGGCA AACTCGTGCC TCTGCCCTAC AGTAAAACAT CGCAAACTGG AGACCTGGCC 
CAACTACAGG ACTCGAACCT CATGTACGTA GGTGATGGAG TTCGACTACC TCTGACAATC 
AGAAAATCTC CAGACGGCAG CTTCGTACTC ACCTTGTCGG ACGAGGTGTG CAAGAGGTTC 
GAGCACAAGC AGTGTCCCTG CTGTCTGCCA AGTGGCAACA ATGGAGTCAT CGTTAGGGAG 
AGACGGAGCA GAGAAGAAAC ATCCGAGATG GACTTGACTG GTGAAGAGAC GTCAGCGACG 
AGTGAGGAGT CCAGTTCGAA TCTCAGCCGA GTTCGAAGAG GGTCAGAGGA ATTCAGAACA 
CAAGCACCCA TGTATCCCGA AGAATCGCCA GAATACATCA CCAGAGAAGA AGAAAAAGAA 
GCTAAGGTGA ACCAGTTCGT CACTGCGATG GCCAATATGC ACCAAGTACC CGAGGAAAGT 
AGGCCAACTG CTCTCTTAGG TGCACTGGAT GAGCTTGTAA GCCCCCAACC GAGCACAATC 
GATTTCGTGA CCCAGTCGAC GAATACCCAC CAGACGTATC CCCCGGAGAC TACAAGAAAC 
CAGTACGAGA TGAACGACAG AAGCAAGAAG GACACGACCA GAGCAACGAC GCTCTGGGAC 
ACCTACTACT ACGACGAGTA CCAAAGCCCA ACTACCGAAC CCAATCCCGG AGTTTTCGGT 
TCGCTCATCG ACGGTCTGAA ACGAGCAACC GCCAAGTACA GAACTGGCCC ACCATATAGG 
TACCAGAGAT ACGCCGAAGA TAACTTCAAG ACCAACGCGA TCAAGAGAGT TCTTCACTTG 
CTGCATAGCC TTGCGGTGAA CTTGCAGCAG AACAAAAGTT GA

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

RefSeq	XP_003426528.1
CDS	312..5873
Translation	MKKVFIKLVVIGLIVHSISGATGCIHAGQHLHSKRDDVNDRAKRGSILIPAYQDNDSSDEARERTSAEVEDFIQNMLVKTKRNLQKAKDIIDPRNVTQTPEASNQDDAESYIRMKAVTDPKEFIKQLTEARKARKEKRNTDSDDPIAMVVDRKFIKPRKARQKKYMCYCQEQCQGRQCRNQGHKVNCPWKDKMYPNVKEYVDDEYENSAEETVGAYSNGYTNKIVSAPSTTTEPTKFTIPFANNVNFDQRVIVGGKDPLAKKPQKIAPFYQNPHVRMPPSQPHLVYPYNTFLMPPPGIIFHGPPIQPNYPPPNRPKVASSKIDIPSPFGSNFPNINECIKLYGRTVCVISSSSKPPITKVETIDLSDDKTYTDEEEPTQKPPVYPTQYVYQTSQETTPKVMVNEPPAGHRYYIDKNYFDGSGPKLPYPNNQYNYENAQSANIQVAKSNQGGAAYLPSYPVVKTAANANYDSDLHNQQPIQQSQGNGQDVTKYSVQTRRTTTPKLIIKKGNIPHTAPSSDYVPKYSSKEIETNPNEYVPKYSSKESLGNSNTIYNYPNSFNGVPQNTPPPEVTTPVYSNVQQPKYYETANSAAAAPQPTTGNNAGGQYPHNLYTTDMHTKINTDPSLDSLKPVTSEPPVQNYYAKTVADQKPTYTYSSGYENAPANAASPTAVSQEHKKYNNNYQGSLTGASQQYNTGNPNVNNNNQYEAVLSNHPSNADENNHMTFNIDKSTYNETPQRKLPNLPNSQNKHLKFLVDKSAYNLQQNSSPQSNHNYEPVVSSQTVITQAPSLIRNADQSIVIQPPELYKIENLSSTTDILGNPISATNVVVPVKDGNHPEDIQQPVTTLEDVETDEYKSHFKEEKTATLREANDLIQSQTEATKLNRENVAAKHSGFRKNIGKPITIKTLPTNKESFVKPGEDNTEELFRGLEKIILENNYADLLSQESDSQKPIYGQAGGSATEKGKQSKNYATSQPTKPESTQSSIQSVDDRPVVTYENSSEGSYPAVTARNVELVQSAVKKVINNLVPGKAQDLLANYEEGSSSNLVGANAQELLPEILEVPILKNLFSLPEIENMITDTTGNLLTRVTGLPIIGNIPHLIRNTLHSVIGQIPRPHPTVAPDTIYENPTIEEHKFENGQWVTERVPLYETDPNVGASKEIFEKIESILSRSQLEDKVATHPIVQNLIVKAVKHALDKERGIVHESTIRRAFDSLIKAKAQNQAKLIPVTIRIPTERKPLVVQPTATTPMDDDDYKLAPIVPVTEHVFRGGSWSESQKTLTGKQQKDSDVFSEEKRKLLQEKLDQQQKSVNVSKSKSESVSYSSEERSSSGFNEEKRRLLQEKLDKQQVSKTHSKNESVAYETEQLQKFDAANVKEKSDRSKILGAKSSITTEELDNETSENMELPADNEDQSIERKPIKYYSPNDRILEYIKNHPSTDNPYLTTTAEIIGYTNEDNIETTTRQMNFRSPDIVTSPYTPDLYENSGNTLYVEPSLAPPKQQSGVSNVEDHQQPSLGNPLNQQINDDQVKLLVEPTDAPVRSKQGTEATRQTHLDSRDSNYMGKLVPLPYSKTSQTGDLAQLQDSNLMYVGDGVRLPLTIRKSPDGSFVLTLSDEVCKRFEHKQCPCCLPSGNNGVIVRERRSREETSEMDLTGEETSATSEESSSNLSRVRRGSEEFRTQAPMYPEESPEYITREEEKEAKVNQFVTAMANMHQVPEESRPTALLGALDELVSPQPSTIDFVTQSTNTHQTYPPETTRNQYEMNDRSKKDTTRATTLWDTYYYDEYQSPTTEPNPGVFGSLIDGLKRATAKYRTGPPYRYQRYAEDNFKTNAIKRVLHLLHSLAVNLQQNKS

Target ORF information:

RefSeq Version	XM_003426480.4
Organism	Nasonia vitripennis(jewel wasp)
Definition	Nasonia vitripennis uncharacterized LOC100678684 (LOC100678684), mRNA.

Target ORF information:

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

XM_003426480.4

ORF Insert Sequence:

ATGAAAAAAG TTTTTATCAA GCTTGTAGTT ATAGGCTTAA TAGTTCACAG TATTTCCGGT 
GCTACTGGCT GTATTCACGC TGGGCAGCAT TTGCATTCGA AGCGCGATGA CGTAAACGAC 
AGGGCTAAGC GAGGATCGAT ACTGATTCCA GCTTACCAAG ACAATGATTC CAGTGACGAA 
GCTCGAGAAA GGACTTCCGC AGAAGTCGAA GACTTCATCC AGAATATGCT GGTGAAAACT 
AAGCGAAATC TTCAAAAAGC TAAAGACATA ATCGATCCTA GAAACGTCAC TCAGACTCCA 
GAAGCTTCCA ACCAAGATGA CGCAGAATCC TACATCCGCA TGAAAGCTGT CACCGATCCG 
AAAGAATTCA TAAAGCAGCT GACCGAAGCT CGGAAAGCTC GAAAGGAAAA GAGAAACACC 
GACTCCGATG ATCCGATTGC TATGGTAGTC GATCGTAAGT TCATCAAACC GCGAAAAGCG 
AGACAGAAAA AGTACATGTG CTACTGCCAA GAGCAGTGCC AAGGGAGGCA GTGTCGAAAC 
CAAGGCCACA AAGTCAACTG TCCTTGGAAG GACAAGATGT ATCCGAACGT AAAGGAGTAC 
GTCGACGACG AGTACGAAAA TTCTGCCGAA GAAACGGTTG GAGCTTACAG CAATGGATAC 
ACGAACAAAA TTGTATCAGC TCCGAGCACA ACGACCGAAC CTACGAAGTT CACTATTCCG 
TTCGCTAATA ACGTGAACTT CGATCAAAGA GTGATAGTTG GCGGCAAGGA TCCTCTGGCG 
AAGAAGCCTC AGAAAATCGC GCCATTTTAC CAAAATCCTC ATGTGAGAAT GCCACCTAGT 
CAACCACATC TCGTGTACCC GTACAACACT TTCTTGATGC CGCCTCCGGG AATAATCTTC 
CATGGACCGC CGATTCAGCC GAATTATCCA CCTCCAAATA GGCCAAAAGT CGCATCATCC 
AAAATTGATA TTCCAAGCCC CTTCGGAAGT AACTTTCCAA ATATAAACGA ATGCATCAAG 
CTGTATGGTC GCACTGTTTG CGTTATTTCT TCGTCGTCGA AGCCACCTAT TACCAAAGTC 
GAGACTATTG ATCTGTCTGA CGATAAGACT TATACGGATG AGGAAGAGCC AACACAAAAA 
CCGCCTGTTT ATCCAACGCA GTATGTTTAT CAGACCAGCC AGGAAACGAC TCCGAAAGTG 
ATGGTCAACG AGCCTCCAGC AGGACATAGA TATTACATTG ATAAAAACTA CTTTGATGGT 
TCTGGCCCCA AGTTACCATA TCCAAATAAT CAATACAATT ATGAAAACGC TCAATCTGCA 
AATATTCAAG TGGCTAAGTC AAACCAAGGT GGCGCTGCTT ATCTGCCAAG CTATCCTGTC 
GTGAAAACTG CAGCAAATGC AAATTACGAT TCAGATTTGC ATAATCAGCA ACCAATTCAG 
CAATCGCAAG GTAATGGTCA AGATGTAACG AAATATTCCG TACAAACTCG CAGAACAACT 
ACTCCGAAAC TTATCATAAA AAAAGGAAAC ATTCCTCATA CCGCACCAAG CAGCGATTAT 
GTACCGAAGT ATTCTTCGAA AGAAATCGAA ACTAATCCAA ATGAGTACGT ACCCAAATAT 
TCGTCAAAAG AGTCTCTAGG AAATTCCAAT ACGATTTACA ACTATCCGAA TAGCTTTAAC 
GGTGTACCAC AAAATACTCC ACCGCCAGAA GTCACAACCC CTGTTTATAG TAACGTCCAA 
CAACCAAAAT ATTACGAAAC TGCAAACTCA GCAGCTGCTG CACCGCAGCC TACGACTGGC 
AATAACGCTG GAGGTCAATA TCCGCACAAT CTTTATACAA CAGATATGCA TACGAAGATA 
AATACTGATC CTAGTCTGGA TAGTCTCAAG CCAGTGACTA GCGAACCGCC GGTTCAAAAT 
TATTATGCAA AAACTGTTGC TGATCAGAAA CCAACTTATA CATATTCATC GGGTTACGAA 
AACGCACCTG CAAACGCTGC TTCGCCAACT GCTGTGAGCC AAGAACACAA GAAATATAAC 
AACAATTATC AAGGTTCACT CACTGGTGCA AGTCAACAAT ATAATACAGG TAATCCGAAT 
GTAAACAATA ATAATCAATA TGAAGCAGTA CTTTCAAATC ATCCATCTAA TGCTGATGAA 
AATAATCATA TGACATTCAA CATCGATAAA TCGACGTACA ACGAAACTCC TCAAAGAAAA 
TTGCCTAATT TGCCAAATAG TCAAAACAAA CATCTAAAAT TTCTAGTAGA TAAATCAGCA 
TACAATCTTC AACAAAATAG CTCACCACAA AGCAACCACA ACTATGAACC AGTAGTTTCT 
TCACAAACGG TAATTACTCA AGCGCCATCG CTGATCCGAA ATGCAGATCA AAGTATAGTT 
ATCCAACCAC CAGAACTCTA CAAAATAGAA AATTTGAGCA GCACGACAGA CATTTTAGGA 
AACCCAATTT CAGCAACTAA CGTTGTCGTA CCAGTAAAAG ATGGAAATCA TCCAGAGGAC 
ATTCAGCAAC CCGTTACCAC ATTGGAAGAC GTTGAAACCG ACGAGTATAA GAGTCACTTC 
AAAGAGGAAA AGACGGCAAC TCTCAGAGAA GCCAACGACT TGATTCAAAG CCAAACTGAA 
GCAACAAAAT TAAATCGTGA AAATGTAGCT GCGAAACATA GTGGATTTAG AAAAAATATA 
GGTAAACCCA TTACTATCAA AACTCTGCCA ACTAACAAAG AAAGTTTTGT GAAGCCGGGT 
GAGGATAACA CGGAAGAACT GTTTAGAGGA CTCGAAAAAA TCATTTTAGA AAACAATTAC 
GCGGATCTAT TATCACAGGA GAGTGACTCA CAGAAACCGA TCTATGGTCA AGCGGGAGGC 
TCAGCAACTG AAAAAGGTAA ACAATCGAAA AATTATGCGA CCTCGCAGCC GACAAAACCG 
GAAAGTACGC AGAGTTCGAT TCAATCGGTG GATGATAGGC CAGTGGTGAC TTACGAAAAT 
TCTTCAGAAG GAAGTTATCC GGCAGTAACC GCCAGAAATG TCGAACTTGT GCAAAGCGCT 
GTTAAGAAAG TAATAAATAA TTTAGTACCT GGAAAAGCTC AGGATCTACT CGCGAATTAT 
GAAGAGGGAA GTTCGTCCAA TCTCGTCGGA GCAAACGCAC AAGAATTGCT TCCCGAGATT 
CTGGAAGTAC CGATCTTGAA AAATCTTTTC TCTCTCCCGG AAATCGAGAA CATGATCACC 
GACACGACTG GCAACCTTCT TACTCGAGTG ACAGGTTTAC CGATTATTGG CAACATACCA 
CATCTAATCA GGAATACACT CCACAGCGTA ATCGGTCAGA TTCCACGACC TCATCCGACG 
GTTGCTCCAG ATACGATATA CGAAAATCCG ACGATCGAAG AGCACAAGTT TGAAAACGGA 
CAGTGGGTCA CTGAAAGAGT TCCACTCTAC GAAACTGATC CGAACGTAGG GGCTTCTAAA 
GAAATTTTCG AGAAAATCGA GAGCATCCTA AGTAGGTCGC AGCTCGAAGA CAAGGTCGCC 
ACACACCCGA TCGTCCAGAA TCTGATCGTT AAGGCTGTGA AACACGCTTT AGACAAAGAA 
CGAGGGATCG TTCATGAGTC TACCATTCGA CGTGCTTTCG ATAGTCTAAT CAAAGCCAAA 
GCTCAGAATC AGGCAAAGCT TATACCAGTA ACGATAAGAA TCCCTACAGA GCGAAAACCT 
TTGGTCGTAC AACCAACGGC TACGACGCCT ATGGATGACG ATGACTACAA GTTAGCTCCG 
ATCGTTCCGG TGACGGAACA CGTATTTCGA GGTGGTTCAT GGTCAGAATC TCAGAAGACT 
CTAACGGGGA AACAGCAAAA GGATAGCGAC GTTTTCAGCG AAGAAAAGAG AAAACTTTTG 
CAGGAAAAGC TCGATCAGCA GCAAAAGAGC GTAAATGTGT CAAAATCGAA GAGTGAATCC 
GTGAGTTACA GCAGTGAAGA AAGAAGTTCG TCCGGTTTCA ACGAAGAAAA AAGGAGACTT 
CTGCAAGAAA AGCTGGATAA ACAACAAGTA AGCAAAACAC ATTCAAAGAA TGAGTCCGTT 
GCTTACGAAA CTGAGCAGCT GCAAAAATTT GATGCCGCCA ACGTCAAGGA AAAGTCTGAT 
AGATCAAAAA TTTTAGGAGC CAAGTCTTCG ATCACCACCG AAGAGTTAGA CAATGAAACA 
AGCGAAAATA TGGAACTTCC GGCTGATAAC GAAGACCAGT CCATAGAGAG GAAACCCATA 
AAGTACTACT CGCCCAACGA CAGAATTTTG GAGTACATAA AAAATCATCC AAGTACCGAC 
AATCCATACT TGACTACCAC AGCCGAGATA ATCGGATACA CGAACGAAGA TAACATCGAA 
ACGACTACCC GTCAGATGAA CTTCAGGAGT CCAGATATCG TCACGAGTCC TTACACACCA 
GACCTGTACG AAAATTCGGG AAATACGCTC TACGTCGAAC CTTCTCTCGC TCCGCCCAAG 
CAGCAATCAG GCGTATCAAA TGTTGAAGAT CATCAGCAAC CTTCGCTCGG AAATCCACTT 
AACCAGCAAA TCAACGACGA CCAGGTGAAG CTACTGGTCG AACCCACAGA TGCGCCTGTT 
CGATCTAAGC AAGGAACTGA AGCAACCAGA CAAACACATC TCGATTCAAG AGATTCCAAC 
TACATGGGCA AACTCGTGCC TCTGCCCTAC AGTAAAACAT CGCAAACTGG AGACCTGGCC 
CAACTACAGG ACTCGAACCT CATGTACGTA GGTGATGGAG TTCGACTACC TCTGACAATC 
AGAAAATCTC CAGACGGCAG CTTCGTACTC ACCTTGTCGG ACGAGGTGTG CAAGAGGTTC 
GAGCACAAGC AGTGTCCCTG CTGTCTGCCA AGTGGCAACA ATGGAGTCAT CGTTAGGGAG 
AGACGGAGCA GAGAAGAAAC ATCCGAGATG GACTTGACTG GTGAAGAGAC GTCAGCGACG 
AGTGAGGAGT CCAGTTCGAA TCTCAGCCGA GTTCGAAGAG GGTCAGAGGA ATTCAGAACA 
CAAGCACCCA TGTATCCCGA AGAATCGCCA GAATACATCA CCAGAGAAGA AGAAAAAGAA 
GCTAAGGTGA ACCAGTTCGT CACTGCGATG GCCAATATGC ACCAAGTACC CGAGGAAAGT 
AGGCCAACTG CTCTCTTAGG TGCACTGGAT GAGCTTGTAA GCCCCCAACC GAGCACAATC 
GATTTCGTGA CCCAGTCGAC GAATACCCAC CAGACGTATC CCCCGGAGAC TACAAGAAAC 
CAGTACGAGA TGAACGACAG AAGCAAGAAG GACACGACCA GAGCAACGAC GCTCTGGGAC 
ACCTACTACT ACGACGAGTA CCAAAGCCCA ACTACCGAAC CCAATCCCGG AGTTTTCGGT 
TCGCTCATCG ACGGTCTGAA ACGAGCAACC GCCAAGTACA GAACTGGCCC ACCATATAGG 
TACCAGAGAT ACGCCGAAGA TAACTTCAAG ACCAACGCGA TCAAGAGAGT TCTTCACTTG 
CTGCATAGCC TTGCGGTGAA CTTGCAGCAG AACAAAAGTT GA

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

LOC100678684 ( XM_003426480.3 ) cDNA ORF clone, Nasonia vitripennis(jewel wasp) -> XP_003426528.1 Nasonia vitripennis uncharacterized LOC100678684 (LOC100678684), mRNA.

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CloneID	ONd11300
Clone ID Related Accession (Same CDS sequence)	XM_003426480.3 , XM_003426480.4
Accession Version	XM_003426480.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5562bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-05-25
Organism	Nasonia vitripennis(jewel wasp)
Product	uncharacterized protein LOC100678684
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. Also see: Documentation of NCBI's Annotation Process On May 26, 2016 this sequence version replaced XM_003426480.2. ##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##

ATGAAAAAAG TTTTTATCAA GCTTGTAGTT ATAGGCTTAA TAGTTCACAG TATTTCCGGT 
GCTACTGGCT GTATTCACGC TGGGCAGCAT TTGCATTCGA AGCGCGATGA CGTAAACGAC 
AGGGCTAAGC GAGGATCGAT ACTGATTCCA GCTTACCAAG ACAATGATTC CAGTGACGAA 
GCTCGAGAAA GGACTTCCGC AGAAGTCGAA GACTTCATCC AGAATATGCT GGTGAAAACT 
AAGCGAAATC TTCAAAAAGC TAAAGACATA ATCGATCCTA GAAACGTCAC TCAGACTCCA 
GAAGCTTCCA ACCAAGATGA CGCAGAATCC TACATCCGCA TGAAAGCTGT CACCGATCCG 
AAAGAATTCA TAAAGCAGCT GACCGAAGCT CGGAAAGCTC GAAAGGAAAA GAGAAACACC 
GACTCCGATG ATCCGATTGC TATGGTAGTC GATCGTAAGT TCATCAAACC GCGAAAAGCG 
AGACAGAAAA AGTACATGTG CTACTGCCAA GAGCAGTGCC AAGGGAGGCA GTGTCGAAAC 
CAAGGCCACA AAGTCAACTG TCCTTGGAAG GACAAGATGT ATCCGAACGT AAAGGAGTAC 
GTCGACGACG AGTACGAAAA TTCTGCCGAA GAAACGGTTG GAGCTTACAG CAATGGATAC 
ACGAACAAAA TTGTATCAGC TCCGAGCACA ACGACCGAAC CTACGAAGTT CACTATTCCG 
TTCGCTAATA ACGTGAACTT CGATCAAAGA GTGATAGTTG GCGGCAAGGA TCCTCTGGCG 
AAGAAGCCTC AGAAAATCGC GCCATTTTAC CAAAATCCTC ATGTGAGAAT GCCACCTAGT 
CAACCACATC TCGTGTACCC GTACAACACT TTCTTGATGC CGCCTCCGGG AATAATCTTC 
CATGGACCGC CGATTCAGCC GAATTATCCA CCTCCAAATA GGCCAAAAGT CGCATCATCC 
AAAATTGATA TTCCAAGCCC CTTCGGAAGT AACTTTCCAA ATATAAACGA ATGCATCAAG 
CTGTATGGTC GCACTGTTTG CGTTATTTCT TCGTCGTCGA AGCCACCTAT TACCAAAGTC 
GAGACTATTG ATCTGTCTGA CGATAAGACT TATACGGATG AGGAAGAGCC AACACAAAAA 
CCGCCTGTTT ATCCAACGCA GTATGTTTAT CAGACCAGCC AGGAAACGAC TCCGAAAGTG 
ATGGTCAACG AGCCTCCAGC AGGACATAGA TATTACATTG ATAAAAACTA CTTTGATGGT 
TCTGGCCCCA AGTTACCATA TCCAAATAAT CAATACAATT ATGAAAACGC TCAATCTGCA 
AATATTCAAG TGGCTAAGTC AAACCAAGGT GGCGCTGCTT ATCTGCCAAG CTATCCTGTC 
GTGAAAACTG CAGCAAATGC AAATTACGAT TCAGATTTGC ATAATCAGCA ACCAATTCAG 
CAATCGCAAG GTAATGGTCA AGATGTAACG AAATATTCCG TACAAACTCG CAGAACAACT 
ACTCCGAAAC TTATCATAAA AAAAGGAAAC ATTCCTCATA CCGCACCAAG CAGCGATTAT 
GTACCGAAGT ATTCTTCGAA AGAAATCGAA ACTAATCCAA ATGAGTACGT ACCCAAATAT 
TCGTCAAAAG AGTCTCTAGG AAATTCCAAT ACGATTTACA ACTATCCGAA TAGCTTTAAC 
GGTGTACCAC AAAATACTCC ACCGCCAGAA GTCACAACCC CTGTTTATAG TAACGTCCAA 
CAACCAAAAT ATTACGAAAC TGCAAACTCA GCAGCTGCTG CACCGCAGCC TACGACTGGC 
AATAACGCTG GAGGTCAATA TCCGCACAAT CTTTATACAA CAGATATGCA TACGAAGATA 
AATACTGATC CTAGTCTGGA TAGTCTCAAG CCAGTGACTA GCGAACCGCC GGTTCAAAAT 
TATTATGCAA AAACTGTTGC TGATCAGAAA CCAACTTATA CATATTCATC GGGTTACGAA 
AACGCACCTG CAAACGCTGC TTCGCCAACT GCTGTGAGCC AAGAACACAA GAAATATAAC 
AACAATTATC AAGGTTCACT CACTGGTGCA AGTCAACAAT ATAATACAGG TAATCCGAAT 
GTAAACAATA ATAATCAATA TGAAGCAGTA CTTTCAAATC ATCCATCTAA TGCTGATGAA 
AATAATCATA TGACATTCAA CATCGATAAA TCGACGTACA ACGAAACTCC TCAAAGAAAA 
TTGCCTAATT TGCCAAATAG TCAAAACAAA CATCTAAAAT TTCTAGTAGA TAAATCAGCA 
TACAATCTTC AACAAAATAG CTCACCACAA AGCAACCACA ACTATGAACC AGTAGTTTCT 
TCACAAACGG TAATTACTCA AGCGCCATCG CTGATCCGAA ATGCAGATCA AAGTATAGTT 
ATCCAACCAC CAGAACTCTA CAAAATAGAA AATTTGAGCA GCACGACAGA CATTTTAGGA 
AACCCAATTT CAGCAACTAA CGTTGTCGTA CCAGTAAAAG ATGGAAATCA TCCAGAGGAC 
ATTCAGCAAC CCGTTACCAC ATTGGAAGAC GTTGAAACCG ACGAGTATAA GAGTCACTTC 
AAAGAGGAAA AGACGGCAAC TCTCAGAGAA GCCAACGACT TGATTCAAAG CCAAACTGAA 
GCAACAAAAT TAAATCGTGA AAATGTAGCT GCGAAACATA GTGGATTTAG AAAAAATATA 
GGTAAACCCA TTACTATCAA AACTCTGCCA ACTAACAAAG AAAGTTTTGT GAAGCCGGGT 
GAGGATAACA CGGAAGAACT GTTTAGAGGA CTCGAAAAAA TCATTTTAGA AAACAATTAC 
GCGGATCTAT TATCACAGGA GAGTGACTCA CAGAAACCGA TCTATGGTCA AGCGGGAGGC 
TCAGCAACTG AAAAAGGTAA ACAATCGAAA AATTATGCGA CCTCGCAGCC GACAAAACCG 
GAAAGTACGC AGAGTTCGAT TCAATCGGTG GATGATAGGC CAGTGGTGAC TTACGAAAAT 
TCTTCAGAAG GAAGTTATCC GGCAGTAACC GCCAGAAATG TCGAACTTGT GCAAAGCGCT 
GTTAAGAAAG TAATAAATAA TTTAGTACCT GGAAAAGCTC AGGATCTACT CGCGAATTAT 
GAAGAGGGAA GTTCGTCCAA TCTCGTCGGA GCAAACGCAC AAGAATTGCT TCCCGAGATT 
CTGGAAGTAC CGATCTTGAA AAATCTTTTC TCTCTCCCGG AAATCGAGAA CATGATCACC 
GACACGACTG GCAACCTTCT TACTCGAGTG ACAGGTTTAC CGATTATTGG CAACATACCA 
CATCTAATCA GGAATACACT CCACAGCGTA ATCGGTCAGA TTCCACGACC TCATCCGACG 
GTTGCTCCAG ATACGATATA CGAAAATCCG ACGATCGAAG AGCACAAGTT TGAAAACGGA 
CAGTGGGTCA CTGAAAGAGT TCCACTCTAC GAAACTGATC CGAACGTAGG GGCTTCTAAA 
GAAATTTTCG AGAAAATCGA GAGCATCCTA AGTAGGTCGC AGCTCGAAGA CAAGGTCGCC 
ACACACCCGA TCGTCCAGAA TCTGATCGTT AAGGCTGTGA AACACGCTTT AGACAAAGAA 
CGAGGGATCG TTCATGAGTC TACCATTCGA CGTGCTTTCG ATAGTCTAAT CAAAGCCAAA 
GCTCAGAATC AGGCAAAGCT TATACCAGTA ACGATAAGAA TCCCTACAGA GCGAAAACCT 
TTGGTCGTAC AACCAACGGC TACGACGCCT ATGGATGACG ATGACTACAA GTTAGCTCCG 
ATCGTTCCGG TGACGGAACA CGTATTTCGA GGTGGTTCAT GGTCAGAATC TCAGAAGACT 
CTAACGGGGA AACAGCAAAA GGATAGCGAC GTTTTCAGCG AAGAAAAGAG AAAACTTTTG 
CAGGAAAAGC TCGATCAGCA GCAAAAGAGC GTAAATGTGT CAAAATCGAA GAGTGAATCC 
GTGAGTTACA GCAGTGAAGA AAGAAGTTCG TCCGGTTTCA ACGAAGAAAA AAGGAGACTT 
CTGCAAGAAA AGCTGGATAA ACAACAAGTA AGCAAAACAC ATTCAAAGAA TGAGTCCGTT 
GCTTACGAAA CTGAGCAGCT GCAAAAATTT GATGCCGCCA ACGTCAAGGA AAAGTCTGAT 
AGATCAAAAA TTTTAGGAGC CAAGTCTTCG ATCACCACCG AAGAGTTAGA CAATGAAACA 
AGCGAAAATA TGGAACTTCC GGCTGATAAC GAAGACCAGT CCATAGAGAG GAAACCCATA 
AAGTACTACT CGCCCAACGA CAGAATTTTG GAGTACATAA AAAATCATCC AAGTACCGAC 
AATCCATACT TGACTACCAC AGCCGAGATA ATCGGATACA CGAACGAAGA TAACATCGAA 
ACGACTACCC GTCAGATGAA CTTCAGGAGT CCAGATATCG TCACGAGTCC TTACACACCA 
GACCTGTACG AAAATTCGGG AAATACGCTC TACGTCGAAC CTTCTCTCGC TCCGCCCAAG 
CAGCAATCAG GCGTATCAAA TGTTGAAGAT CATCAGCAAC CTTCGCTCGG AAATCCACTT 
AACCAGCAAA TCAACGACGA CCAGGTGAAG CTACTGGTCG AACCCACAGA TGCGCCTGTT 
CGATCTAAGC AAGGAACTGA AGCAACCAGA CAAACACATC TCGATTCAAG AGATTCCAAC 
TACATGGGCA AACTCGTGCC TCTGCCCTAC AGTAAAACAT CGCAAACTGG AGACCTGGCC 
CAACTACAGG ACTCGAACCT CATGTACGTA GGTGATGGAG TTCGACTACC TCTGACAATC 
AGAAAATCTC CAGACGGCAG CTTCGTACTC ACCTTGTCGG ACGAGGTGTG CAAGAGGTTC 
GAGCACAAGC AGTGTCCCTG CTGTCTGCCA AGTGGCAACA ATGGAGTCAT CGTTAGGGAG 
AGACGGAGCA GAGAAGAAAC ATCCGAGATG GACTTGACTG GTGAAGAGAC GTCAGCGACG 
AGTGAGGAGT CCAGTTCGAA TCTCAGCCGA GTTCGAAGAG GGTCAGAGGA ATTCAGAACA 
CAAGCACCCA TGTATCCCGA AGAATCGCCA GAATACATCA CCAGAGAAGA AGAAAAAGAA 
GCTAAGGTGA ACCAGTTCGT CACTGCGATG GCCAATATGC ACCAAGTACC CGAGGAAAGT 
AGGCCAACTG CTCTCTTAGG TGCACTGGAT GAGCTTGTAA GCCCCCAACC GAGCACAATC 
GATTTCGTGA CCCAGTCGAC GAATACCCAC CAGACGTATC CCCCGGAGAC TACAAGAAAC 
CAGTACGAGA TGAACGACAG AAGCAAGAAG GACACGACCA GAGCAACGAC GCTCTGGGAC 
ACCTACTACT ACGACGAGTA CCAAAGCCCA ACTACCGAAC CCAATCCCGG AGTTTTCGGT 
TCGCTCATCG ACGGTCTGAA ACGAGCAACC GCCAAGTACA GAACTGGCCC ACCATATAGG 
TACCAGAGAT ACGCCGAAGA TAACTTCAAG ACCAACGCGA TCAAGAGAGT TCTTCACTTG 
CTGCATAGCC TTGCGGTGAA CTTGCAGCAG AACAAAAGTT GA

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

RefSeq	XP_003426528.1
CDS	307..5868
Translation	MKKVFIKLVVIGLIVHSISGATGCIHAGQHLHSKRDDVNDRAKRGSILIPAYQDNDSSDEARERTSAEVEDFIQNMLVKTKRNLQKAKDIIDPRNVTQTPEASNQDDAESYIRMKAVTDPKEFIKQLTEARKARKEKRNTDSDDPIAMVVDRKFIKPRKARQKKYMCYCQEQCQGRQCRNQGHKVNCPWKDKMYPNVKEYVDDEYENSAEETVGAYSNGYTNKIVSAPSTTTEPTKFTIPFANNVNFDQRVIVGGKDPLAKKPQKIAPFYQNPHVRMPPSQPHLVYPYNTFLMPPPGIIFHGPPIQPNYPPPNRPKVASSKIDIPSPFGSNFPNINECIKLYGRTVCVISSSSKPPITKVETIDLSDDKTYTDEEEPTQKPPVYPTQYVYQTSQETTPKVMVNEPPAGHRYYIDKNYFDGSGPKLPYPNNQYNYENAQSANIQVAKSNQGGAAYLPSYPVVKTAANANYDSDLHNQQPIQQSQGNGQDVTKYSVQTRRTTTPKLIIKKGNIPHTAPSSDYVPKYSSKEIETNPNEYVPKYSSKESLGNSNTIYNYPNSFNGVPQNTPPPEVTTPVYSNVQQPKYYETANSAAAAPQPTTGNNAGGQYPHNLYTTDMHTKINTDPSLDSLKPVTSEPPVQNYYAKTVADQKPTYTYSSGYENAPANAASPTAVSQEHKKYNNNYQGSLTGASQQYNTGNPNVNNNNQYEAVLSNHPSNADENNHMTFNIDKSTYNETPQRKLPNLPNSQNKHLKFLVDKSAYNLQQNSSPQSNHNYEPVVSSQTVITQAPSLIRNADQSIVIQPPELYKIENLSSTTDILGNPISATNVVVPVKDGNHPEDIQQPVTTLEDVETDEYKSHFKEEKTATLREANDLIQSQTEATKLNRENVAAKHSGFRKNIGKPITIKTLPTNKESFVKPGEDNTEELFRGLEKIILENNYADLLSQESDSQKPIYGQAGGSATEKGKQSKNYATSQPTKPESTQSSIQSVDDRPVVTYENSSEGSYPAVTARNVELVQSAVKKVINNLVPGKAQDLLANYEEGSSSNLVGANAQELLPEILEVPILKNLFSLPEIENMITDTTGNLLTRVTGLPIIGNIPHLIRNTLHSVIGQIPRPHPTVAPDTIYENPTIEEHKFENGQWVTERVPLYETDPNVGASKEIFEKIESILSRSQLEDKVATHPIVQNLIVKAVKHALDKERGIVHESTIRRAFDSLIKAKAQNQAKLIPVTIRIPTERKPLVVQPTATTPMDDDDYKLAPIVPVTEHVFRGGSWSESQKTLTGKQQKDSDVFSEEKRKLLQEKLDQQQKSVNVSKSKSESVSYSSEERSSSGFNEEKRRLLQEKLDKQQVSKTHSKNESVAYETEQLQKFDAANVKEKSDRSKILGAKSSITTEELDNETSENMELPADNEDQSIERKPIKYYSPNDRILEYIKNHPSTDNPYLTTTAEIIGYTNEDNIETTTRQMNFRSPDIVTSPYTPDLYENSGNTLYVEPSLAPPKQQSGVSNVEDHQQPSLGNPLNQQINDDQVKLLVEPTDAPVRSKQGTEATRQTHLDSRDSNYMGKLVPLPYSKTSQTGDLAQLQDSNLMYVGDGVRLPLTIRKSPDGSFVLTLSDEVCKRFEHKQCPCCLPSGNNGVIVRERRSREETSEMDLTGEETSATSEESSSNLSRVRRGSEEFRTQAPMYPEESPEYITREEEKEAKVNQFVTAMANMHQVPEESRPTALLGALDELVSPQPSTIDFVTQSTNTHQTYPPETTRNQYEMNDRSKKDTTRATTLWDTYYYDEYQSPTTEPNPGVFGSLIDGLKRATAKYRTGPPYRYQRYAEDNFKTNAIKRVLHLLHSLAVNLQQNKS

Target ORF information:

RefSeq Version	XM_003426480.3
Organism	Nasonia vitripennis(jewel wasp)
Definition	Nasonia vitripennis uncharacterized LOC100678684 (LOC100678684), mRNA.

Target ORF information:

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

XM_003426480.3

ORF Insert Sequence:

ATGAAAAAAG TTTTTATCAA GCTTGTAGTT ATAGGCTTAA TAGTTCACAG TATTTCCGGT 
GCTACTGGCT GTATTCACGC TGGGCAGCAT TTGCATTCGA AGCGCGATGA CGTAAACGAC 
AGGGCTAAGC GAGGATCGAT ACTGATTCCA GCTTACCAAG ACAATGATTC CAGTGACGAA 
GCTCGAGAAA GGACTTCCGC AGAAGTCGAA GACTTCATCC AGAATATGCT GGTGAAAACT 
AAGCGAAATC TTCAAAAAGC TAAAGACATA ATCGATCCTA GAAACGTCAC TCAGACTCCA 
GAAGCTTCCA ACCAAGATGA CGCAGAATCC TACATCCGCA TGAAAGCTGT CACCGATCCG 
AAAGAATTCA TAAAGCAGCT GACCGAAGCT CGGAAAGCTC GAAAGGAAAA GAGAAACACC 
GACTCCGATG ATCCGATTGC TATGGTAGTC GATCGTAAGT TCATCAAACC GCGAAAAGCG 
AGACAGAAAA AGTACATGTG CTACTGCCAA GAGCAGTGCC AAGGGAGGCA GTGTCGAAAC 
CAAGGCCACA AAGTCAACTG TCCTTGGAAG GACAAGATGT ATCCGAACGT AAAGGAGTAC 
GTCGACGACG AGTACGAAAA TTCTGCCGAA GAAACGGTTG GAGCTTACAG CAATGGATAC 
ACGAACAAAA TTGTATCAGC TCCGAGCACA ACGACCGAAC CTACGAAGTT CACTATTCCG 
TTCGCTAATA ACGTGAACTT CGATCAAAGA GTGATAGTTG GCGGCAAGGA TCCTCTGGCG 
AAGAAGCCTC AGAAAATCGC GCCATTTTAC CAAAATCCTC ATGTGAGAAT GCCACCTAGT 
CAACCACATC TCGTGTACCC GTACAACACT TTCTTGATGC CGCCTCCGGG AATAATCTTC 
CATGGACCGC CGATTCAGCC GAATTATCCA CCTCCAAATA GGCCAAAAGT CGCATCATCC 
AAAATTGATA TTCCAAGCCC CTTCGGAAGT AACTTTCCAA ATATAAACGA ATGCATCAAG 
CTGTATGGTC GCACTGTTTG CGTTATTTCT TCGTCGTCGA AGCCACCTAT TACCAAAGTC 
GAGACTATTG ATCTGTCTGA CGATAAGACT TATACGGATG AGGAAGAGCC AACACAAAAA 
CCGCCTGTTT ATCCAACGCA GTATGTTTAT CAGACCAGCC AGGAAACGAC TCCGAAAGTG 
ATGGTCAACG AGCCTCCAGC AGGACATAGA TATTACATTG ATAAAAACTA CTTTGATGGT 
TCTGGCCCCA AGTTACCATA TCCAAATAAT CAATACAATT ATGAAAACGC TCAATCTGCA 
AATATTCAAG TGGCTAAGTC AAACCAAGGT GGCGCTGCTT ATCTGCCAAG CTATCCTGTC 
GTGAAAACTG CAGCAAATGC AAATTACGAT TCAGATTTGC ATAATCAGCA ACCAATTCAG 
CAATCGCAAG GTAATGGTCA AGATGTAACG AAATATTCCG TACAAACTCG CAGAACAACT 
ACTCCGAAAC TTATCATAAA AAAAGGAAAC ATTCCTCATA CCGCACCAAG CAGCGATTAT 
GTACCGAAGT ATTCTTCGAA AGAAATCGAA ACTAATCCAA ATGAGTACGT ACCCAAATAT 
TCGTCAAAAG AGTCTCTAGG AAATTCCAAT ACGATTTACA ACTATCCGAA TAGCTTTAAC 
GGTGTACCAC AAAATACTCC ACCGCCAGAA GTCACAACCC CTGTTTATAG TAACGTCCAA 
CAACCAAAAT ATTACGAAAC TGCAAACTCA GCAGCTGCTG CACCGCAGCC TACGACTGGC 
AATAACGCTG GAGGTCAATA TCCGCACAAT CTTTATACAA CAGATATGCA TACGAAGATA 
AATACTGATC CTAGTCTGGA TAGTCTCAAG CCAGTGACTA GCGAACCGCC GGTTCAAAAT 
TATTATGCAA AAACTGTTGC TGATCAGAAA CCAACTTATA CATATTCATC GGGTTACGAA 
AACGCACCTG CAAACGCTGC TTCGCCAACT GCTGTGAGCC AAGAACACAA GAAATATAAC 
AACAATTATC AAGGTTCACT CACTGGTGCA AGTCAACAAT ATAATACAGG TAATCCGAAT 
GTAAACAATA ATAATCAATA TGAAGCAGTA CTTTCAAATC ATCCATCTAA TGCTGATGAA 
AATAATCATA TGACATTCAA CATCGATAAA TCGACGTACA ACGAAACTCC TCAAAGAAAA 
TTGCCTAATT TGCCAAATAG TCAAAACAAA CATCTAAAAT TTCTAGTAGA TAAATCAGCA 
TACAATCTTC AACAAAATAG CTCACCACAA AGCAACCACA ACTATGAACC AGTAGTTTCT 
TCACAAACGG TAATTACTCA AGCGCCATCG CTGATCCGAA ATGCAGATCA AAGTATAGTT 
ATCCAACCAC CAGAACTCTA CAAAATAGAA AATTTGAGCA GCACGACAGA CATTTTAGGA 
AACCCAATTT CAGCAACTAA CGTTGTCGTA CCAGTAAAAG ATGGAAATCA TCCAGAGGAC 
ATTCAGCAAC CCGTTACCAC ATTGGAAGAC GTTGAAACCG ACGAGTATAA GAGTCACTTC 
AAAGAGGAAA AGACGGCAAC TCTCAGAGAA GCCAACGACT TGATTCAAAG CCAAACTGAA 
GCAACAAAAT TAAATCGTGA AAATGTAGCT GCGAAACATA GTGGATTTAG AAAAAATATA 
GGTAAACCCA TTACTATCAA AACTCTGCCA ACTAACAAAG AAAGTTTTGT GAAGCCGGGT 
GAGGATAACA CGGAAGAACT GTTTAGAGGA CTCGAAAAAA TCATTTTAGA AAACAATTAC 
GCGGATCTAT TATCACAGGA GAGTGACTCA CAGAAACCGA TCTATGGTCA AGCGGGAGGC 
TCAGCAACTG AAAAAGGTAA ACAATCGAAA AATTATGCGA CCTCGCAGCC GACAAAACCG 
GAAAGTACGC AGAGTTCGAT TCAATCGGTG GATGATAGGC CAGTGGTGAC TTACGAAAAT 
TCTTCAGAAG GAAGTTATCC GGCAGTAACC GCCAGAAATG TCGAACTTGT GCAAAGCGCT 
GTTAAGAAAG TAATAAATAA TTTAGTACCT GGAAAAGCTC AGGATCTACT CGCGAATTAT 
GAAGAGGGAA GTTCGTCCAA TCTCGTCGGA GCAAACGCAC AAGAATTGCT TCCCGAGATT 
CTGGAAGTAC CGATCTTGAA AAATCTTTTC TCTCTCCCGG AAATCGAGAA CATGATCACC 
GACACGACTG GCAACCTTCT TACTCGAGTG ACAGGTTTAC CGATTATTGG CAACATACCA 
CATCTAATCA GGAATACACT CCACAGCGTA ATCGGTCAGA TTCCACGACC TCATCCGACG 
GTTGCTCCAG ATACGATATA CGAAAATCCG ACGATCGAAG AGCACAAGTT TGAAAACGGA 
CAGTGGGTCA CTGAAAGAGT TCCACTCTAC GAAACTGATC CGAACGTAGG GGCTTCTAAA 
GAAATTTTCG AGAAAATCGA GAGCATCCTA AGTAGGTCGC AGCTCGAAGA CAAGGTCGCC 
ACACACCCGA TCGTCCAGAA TCTGATCGTT AAGGCTGTGA AACACGCTTT AGACAAAGAA 
CGAGGGATCG TTCATGAGTC TACCATTCGA CGTGCTTTCG ATAGTCTAAT CAAAGCCAAA 
GCTCAGAATC AGGCAAAGCT TATACCAGTA ACGATAAGAA TCCCTACAGA GCGAAAACCT 
TTGGTCGTAC AACCAACGGC TACGACGCCT ATGGATGACG ATGACTACAA GTTAGCTCCG 
ATCGTTCCGG TGACGGAACA CGTATTTCGA GGTGGTTCAT GGTCAGAATC TCAGAAGACT 
CTAACGGGGA AACAGCAAAA GGATAGCGAC GTTTTCAGCG AAGAAAAGAG AAAACTTTTG 
CAGGAAAAGC TCGATCAGCA GCAAAAGAGC GTAAATGTGT CAAAATCGAA GAGTGAATCC 
GTGAGTTACA GCAGTGAAGA AAGAAGTTCG TCCGGTTTCA ACGAAGAAAA AAGGAGACTT 
CTGCAAGAAA AGCTGGATAA ACAACAAGTA AGCAAAACAC ATTCAAAGAA TGAGTCCGTT 
GCTTACGAAA CTGAGCAGCT GCAAAAATTT GATGCCGCCA ACGTCAAGGA AAAGTCTGAT 
AGATCAAAAA TTTTAGGAGC CAAGTCTTCG ATCACCACCG AAGAGTTAGA CAATGAAACA 
AGCGAAAATA TGGAACTTCC GGCTGATAAC GAAGACCAGT CCATAGAGAG GAAACCCATA 
AAGTACTACT CGCCCAACGA CAGAATTTTG GAGTACATAA AAAATCATCC AAGTACCGAC 
AATCCATACT TGACTACCAC AGCCGAGATA ATCGGATACA CGAACGAAGA TAACATCGAA 
ACGACTACCC GTCAGATGAA CTTCAGGAGT CCAGATATCG TCACGAGTCC TTACACACCA 
GACCTGTACG AAAATTCGGG AAATACGCTC TACGTCGAAC CTTCTCTCGC TCCGCCCAAG 
CAGCAATCAG GCGTATCAAA TGTTGAAGAT CATCAGCAAC CTTCGCTCGG AAATCCACTT 
AACCAGCAAA TCAACGACGA CCAGGTGAAG CTACTGGTCG AACCCACAGA TGCGCCTGTT 
CGATCTAAGC AAGGAACTGA AGCAACCAGA CAAACACATC TCGATTCAAG AGATTCCAAC 
TACATGGGCA AACTCGTGCC TCTGCCCTAC AGTAAAACAT CGCAAACTGG AGACCTGGCC 
CAACTACAGG ACTCGAACCT CATGTACGTA GGTGATGGAG TTCGACTACC TCTGACAATC 
AGAAAATCTC CAGACGGCAG CTTCGTACTC ACCTTGTCGG ACGAGGTGTG CAAGAGGTTC 
GAGCACAAGC AGTGTCCCTG CTGTCTGCCA AGTGGCAACA ATGGAGTCAT CGTTAGGGAG 
AGACGGAGCA GAGAAGAAAC ATCCGAGATG GACTTGACTG GTGAAGAGAC GTCAGCGACG 
AGTGAGGAGT CCAGTTCGAA TCTCAGCCGA GTTCGAAGAG GGTCAGAGGA ATTCAGAACA 
CAAGCACCCA TGTATCCCGA AGAATCGCCA GAATACATCA CCAGAGAAGA AGAAAAAGAA 
GCTAAGGTGA ACCAGTTCGT CACTGCGATG GCCAATATGC ACCAAGTACC CGAGGAAAGT 
AGGCCAACTG CTCTCTTAGG TGCACTGGAT GAGCTTGTAA GCCCCCAACC GAGCACAATC 
GATTTCGTGA CCCAGTCGAC GAATACCCAC CAGACGTATC CCCCGGAGAC TACAAGAAAC 
CAGTACGAGA TGAACGACAG AAGCAAGAAG GACACGACCA GAGCAACGAC GCTCTGGGAC 
ACCTACTACT ACGACGAGTA CCAAAGCCCA ACTACCGAAC CCAATCCCGG AGTTTTCGGT 
TCGCTCATCG ACGGTCTGAA ACGAGCAACC GCCAAGTACA GAACTGGCCC ACCATATAGG 
TACCAGAGAT ACGCCGAAGA TAACTTCAAG ACCAACGCGA TCAAGAGAGT TCTTCACTTG 
CTGCATAGCC TTGCGGTGAA CTTGCAGCAG AACAAAAGTT GA

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

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LOC100678684 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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