LOC105208779 cDNA ORF clone, Zeugodacus cucurbitae(melon fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105208779
Entrez Gene ID	105208779
Full Name	uncharacterized LOC105208779
Gene Type	protein-coding
Organism	Zeugodacus cucurbitae(melon fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_029038022.1	XP_028893855.1	uncharacterized protein LOC105208779
XM_011178810.1	XP_011177112.1	uncharacterized protein LOC105208779

Pathways from BioSystems
Gene Ontology

The following LOC105208779 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105208779 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OBa254537	XM_029038022.1 Latest version!	Zeugodacus cucurbitae uncharacterized LOC105208779 (LOC105208779), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OBa194500	XM_011178810.1 Latest version!	Bactrocera cucurbitae uncharacterized LOC105208779 (LOC105208779), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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)

LOC105208779 ( XM_029038022.1 ) cDNA ORF clone, Zeugodacus cucurbitae(melon fly) -> XP_028893855.1 Zeugodacus cucurbitae uncharacterized LOC105208779 (LOC105208779), mRNA.

Price & Availability↑

CloneID	OBa254537
Clone ID Related Accession (Same CDS sequence)	XM_029038022.1
Accession Version	XM_029038022.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4887bp) 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	2019-04-27
Organism	Zeugodacus cucurbitae(melon fly)
Product	uncharacterized protein LOC105208779
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011863674.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Zeugodacus cucurbitae Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 34% of CDS bases ##RefSeq-Attributes-END##

ATGATCGGTC GCAAAATATA CGCGCTCTAC ATTTTGGCGT TCCTTGCTTT TTACAGTAAA 
GACACAGATG CGGCGCGCAT ACTCGGTTTC TTTTCGACGC CATCGAAATC GCACCTACTG 
ATACACGCCG CGATCGCTGA CACTTTGGCA CGCGCTGGTC ACGATGTCAC CGTAATCGCC 
GTCTCGAAGA ATGTCTATCC GCATGCGCAC TATAAATTCA TAGAGATCGA ATTGGGCGAA 
GACGCACAGT TCAATCATAG CACTTTACAA AATATGGTCA ATAAACCGAA ACCATTCTAC 
ATGAGTTTTT TCAACTTGGC GCATTCTTTT GGCATCACTG CAAATCGTAC GCTGAACCAT 
CCGAAAATGC AGGACTTCTT ACGCACGCAT GGCGCGGGCG CATTTGATTT GCTGTTACTC 
GGTTACACAG TCAACGATTT CGCCATGGGA CTTGGCGCAC ACTTCGGTTG CCCGATTATT 
TTGTCCTTTA TGGTACAGCC AATCTTTTTG ACTGATCTAT TGGTGGGTAA TCCTACGGAA 
CACGCTTATG CGCCGCCGTT GTTAAGTAAT CTGAAAGCAC CGCTGACATT TTGGGAACGT 
GTACTGAGCT TTTTAGGAAA CTTTTTTGAG CAGTGGATCA TGTTGCCGAT TTTTGAGATA 
AATCTATTGA AGCTTTACAA TAGAGCTATA AACGCGGCGC GTATACTCGG TTTCTTTTCG 
ACACAATCGA AATCGCACAC ACTCATTCAT GCCGCCATCG CGGACACTCT GGCACGCGCA 
GGTCACGATG TCACCGTAAT CGCTGTCTCG AAGAATGTCT ATCCGCAAGC GCACTACAAA 
TTCATAGAGA TCGAATTGGG CATAGATGCA CAATACCAAC ACAACACTTT GCAAAATATG 
GTCAACAAAC CGAAACCTTT TTACATAAGC TTCTTCAACT TGGCAGAATC TTTAAATTTC 
GCTGTCAATC GTACGCTGAA CCATCCGAAA ATGCAGGATT TCTTGCGCAG GCATGGCGCG 
GGCGCTTTTG ATTTGGTGCT GCTCGGTTAT ACAGGCAATG ATTTCGCGAT GGGACTTGGC 
GCGCACTTCG GTTGCCCGAT TATTTTGTCT TTTATGGTCC AGCCAATTTT TACGATTAAT 
CAATTGGTAG GCAATCCTTC GGAGCATGCT TACGCGCCGC CGTTGTTAAG TAATCTAAAA 
GCGCCGCTGA CATTTTGGGA ACGTGTACTG AGCTTTTTAG CAAACTTTTT TGAGCAGTGG 
ATCATGTTGC CGATTTTTGA GATAAATCTG TTGAAGCTTT ACAACCCGCT AAACGGGGAG 
AGCGCACGCA TACTCGCCTT CTTCCCGACC ACATTGCGTT CGCATCAGCT AATGAATTGC 
GCTGTGGCCG ATGCACTGGC CGAAGCCGGG CACAATGTGA CCGTGATTGG TGCGACCATG 
AATGTGTACC CGCGCTCTAA ATACCGTTAT ATACGTATCG AAGGAGTAAA GGTTGGCGAT 
GAATTGATAA AAAAAATCGT AAATGTACCA AGTATGAACA CCTACAAGTA CATGGGTTTA 
TTGCTGCCAT TTCTACGCGT ACACAATGCA ACACTGGCGC AGCCGAAAAT ACAACAGTTC 
TTAAAAACTT CACAAGAGAG CGATTACGAT CTATTGCTGT TGACTTATTT AATGAATGAT 
TTTCATCTTG GTTTGGGCGC ACACTTCAAA TGTCCCATAG TCGTTTTTTA TGTGTCAGAG 
CCGTTGCTAA AGATACAAAG TTGGGTCGGG AATCCCGATG AGTTTTCATA TGTGCCGATA 
CGTTTGAGCG GTATGACGCA ACCGTTAAAT TTTGCTAAGC GAGTGAGTAA CTTTTTGTGG 
TATCTACTCG AAAGTGTGGC GATCGATGGC TTCATGAAGA CACCGATAGA AGAGTTTTAC 
AAACCTGCAT TTGCAGTCGT CATGCCGCCC TCCGCATTGT TATGCAGCCT GCTGCTGTTT 
ATCGCTTTAA CCGCGTCGCG CTTCGAATTG GCGTATACCG CGCGCATACT TGGCTTCTTC 
CCCTCACCCT CGAAATCGCA TCTGATCGTG CATGCTGCCA TCGCCGACAC ATTAGCGCAA 
GCTGGACATG ACGTCACCGT TATCGGCAGT TCAAATAATG TATATCCCCA AGCCAAGTAT 
AAGTATATAC AAACGGCGCA GCATACGCTC GATAGCTCTG TCATCACGGG TATGATGAAC 
AGTTCGTTCT ATAAGCAATT CGGTAACATG GTGAAGTCGA TCGCCAGCAC CGCGAATGCT 
TCCATAACAC ACCCGCGTAT GCAGCGTTTT CTACAGGAGC ATGGCGCTGG CGATTTTGAT 
CTGCTCATAG TCGGTTACTT TATGAACGAT TTCCATTTCG GTTTGGCGGC ACATTTTCAA 
TGTCCATTAG TTGTGTCTTT TATGATACAA CCAATTATGA CGATCAACCG CATGTTGGGC 
AATCCCAACG AGATGGCGTA CGTGCCGACC CTGATGGGGA AACAAACACA ACCGATGGGT 
TTCGTGGCGC GTGTGAAGAA CCTTTTCAGC ATACTGATTG AGGAGCTTAT CATTGCGCCG 
TTGAATTATG GATATCAACA ACAGCTTTAC GACTTGCAAC CGACGGCATG TGTTGAGGCC 
GCACGCATAT TGGGTTTCTT CGCCTCACCC TCGAAATCGC ACATTATCGT GCATTGTGCC 
GTCGCAGATG CGCTAGCGCA GGCCGGTCAT AACGTTACAG TCATCGCTTC CGGTCCGAAT 
GTGCGCAGGC AAGCGAAATA CAAGTATATC GAATTGGATA CGATAGGCGA CCATCCGCTC 
ATGTCTACCG ATATGGTGAA TAAACGCAAA TACTTTTGGC AGCGTTTCGG TTCACTTTTG 
GACACGATTA GTACGAACGC GAATGAGACG CAGCATCATA AGCGCGTGCA ACAATTTCTG 
CAGGAACATC GTGCGGGCGA TTTCGATTTG TTGCTCTTCG GTTATTTCAT GAACGATTTC 
CAGTTGGGTT TGGCGGGGCA TTTTCGTTGC CCCATCGTGG TCTCCTTCAT GATTCAGCCG 
ATCTATGCGG TAAACCTATA TGTAGGCAAT CCCAGTGAGT CAGCCTATGT GCCGGGTATA 
TTTGGGTACT TGGTGCAACC GATGAAGTTT TTGGAACGTG TGAAGAATAA GATTGTCGCT 
TACATTGAAG AAATTATCAT ACAGAACATG CTGGATTCTT ATACAAGTAA ATACTACGAG 
ACACTCAGTC ACCGCCAGGC ACACGTTCCA CACAGTATCC AGCAGCAGCA GCTCCGTCGC 
GGTATAGACA TGTCTCCACG CGCTACTGTC GCCATATTTT TCGCCCTCAT TATTGGCGGC 
TTCAACGCGC CTCCAGTGCA ATCCGCGCGT ATACTCGGTT TCTTTCCATC AGTTTCACCA 
TCACATCTGT TCATACATTG TGCCGTCGCA GATGCACTGG CCGAGGCTGG ACACAATGTG 
ACCGTGTTGT CTTCGACGAA GAATCCTTAC AAGTTGGCAA AATACAATTA CATACAATTG 
GATCTGCCGC TGTTTCCGAA GGAGTTTCTA CGTCGCTTGG TTACCAAAGA GCAATCGCTG 
ATCGCACGCT ATCCGTACTT CATTGAAGAG GTCACAAGTT TGGCTAATCA GTCCTTTAGC 
AATCCGCGTT TGCGACAATT CCTCGACACA CATGGTGAAG GCAGCTTCGA TCTGCTGATT 
TTGGGTTACT TCATGAACGA CTTTCATTTA GGTCTGGGCG CTCACTTTAA AGTGCCTATT 
GTGGTCTCAT TTATGGTTCA ACCCATTTTT GCCGTACACA ATTTGGTGAA GAATCCAATA 
GAGCCCGCCT ATGTGCCGAC CTTGTTTTGC GAACGCAAGC AACCGTTGGA TTTTTGGGGA 
CGTTTGCAAA ACTATGTGGT AGCGCTTTTC GAAACATTTT ATATGACACT CATTGTGGAA 
AGGGAATCGC AAAAATATTA CGATTACAAC TTCCCACCAG ACCGTTATCC GCCATTCGAA 
GATGTGCGTC AGAACGTCTC ACTTATCTTC ACCAACCACC ACTTCAGCCA GGGACCCATA 
CGCCCCAATG TACCCAATCT AATCGAAATC GGTGGCATAC AAATCAAAGA GAAACCCGAT 
CCGTTACCTG CCGATATTGC CAAAATCTTG GATGAAGCTA AAGAAGGCGC CATCTATTTC 
AGTTTAGGTA GCAACATACA AGGCTCCCAT CTAACCGAGG AAAAGGTAAA GATAATGTTC 
AATGTCATCT CAAAACTACC CTACAAGGTC TTGTGGAAAT GGGGACCGAA CGATCGACCT 
GGCCAGTCGG AGAATATCAT CTACCGTGAT TGGTTGCCAC AGGACGACAT ACTCGCGCAC 
CCCAATATCA AACTGTTCAT CACACACGGC GGCATGGGCA GTGTTGTTGA GGCACAATAT 
CATGGCGTAC CTATGGTGGG TATACCGTTA TTCGGTGATC AGCCCTCAAA TATGGCAAAT 
GTACAACGCT CTGGCTACGG TCTCGCTGTC GACTATATAA CACTGTCAGA AGAGAGTCTC 
AACAATGCCA TACAGGAAGT GCTCACAAAT CCCAAATATA CAAACACTGT GCAAGAATTC 
TCACGCATCT ATCGCGATCG GCCGATGACA CCACGCCAGA CGGTCGTCTA TTGGGTGGAA 
TATGTGCTGC GACACAAGGG TGCCAAGCAT ATGCAATCAC CGGCGGTGCA CATGAATCGT 
TGGCAACTGA TGTCGCTCGA TGTGATCGGT TTTCTGTGGG CGATCTTCGC CGGTGTCGTG 
CTGGTGTGCG CAATTGTATT CAGACTGCTT TGTGGTGAAA AGAAAGACAA GAAGGAGGTA 
AAGGTGGAAA AGACAAAGCA GAAATAG

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

RefSeq	XP_028893855.1
CDS	38..4924
Translation	MIGRKIYALYILAFLAFYSKDTDAARILGFFSTPSKSHLLIHAAIADTLARAGHDVTVIAVSKNVYPHAHYKFIEIELGEDAQFNHSTLQNMVNKPKPFYMSFFNLAHSFGITANRTLNHPKMQDFLRTHGAGAFDLLLLGYTVNDFAMGLGAHFGCPIILSFMVQPIFLTDLLVGNPTEHAYAPPLLSNLKAPLTFWERVLSFLGNFFEQWIMLPIFEINLLKLYNRAINAARILGFFSTQSKSHTLIHAAIADTLARAGHDVTVIAVSKNVYPQAHYKFIEIELGIDAQYQHNTLQNMVNKPKPFYISFFNLAESLNFAVNRTLNHPKMQDFLRRHGAGAFDLVLLGYTGNDFAMGLGAHFGCPIILSFMVQPIFTINQLVGNPSEHAYAPPLLSNLKAPLTFWERVLSFLANFFEQWIMLPIFEINLLKLYNPLNGESARILAFFPTTLRSHQLMNCAVADALAEAGHNVTVIGATMNVYPRSKYRYIRIEGVKVGDELIKKIVNVPSMNTYKYMGLLLPFLRVHNATLAQPKIQQFLKTSQESDYDLLLLTYLMNDFHLGLGAHFKCPIVVFYVSEPLLKIQSWVGNPDEFSYVPIRLSGMTQPLNFAKRVSNFLWYLLESVAIDGFMKTPIEEFYKPAFAVVMPPSALLCSLLLFIALTASRFELAYTARILGFFPSPSKSHLIVHAAIADTLAQAGHDVTVIGSSNNVYPQAKYKYIQTAQHTLDSSVITGMMNSSFYKQFGNMVKSIASTANASITHPRMQRFLQEHGAGDFDLLIVGYFMNDFHFGLAAHFQCPLVVSFMIQPIMTINRMLGNPNEMAYVPTLMGKQTQPMGFVARVKNLFSILIEELIIAPLNYGYQQQLYDLQPTACVEAARILGFFASPSKSHIIVHCAVADALAQAGHNVTVIASGPNVRRQAKYKYIELDTIGDHPLMSTDMVNKRKYFWQRFGSLLDTISTNANETQHHKRVQQFLQEHRAGDFDLLLFGYFMNDFQLGLAGHFRCPIVVSFMIQPIYAVNLYVGNPSESAYVPGIFGYLVQPMKFLERVKNKIVAYIEEIIIQNMLDSYTSKYYETLSHRQAHVPHSIQQQQLRRGIDMSPRATVAIFFALIIGGFNAPPVQSARILGFFPSVSPSHLFIHCAVADALAEAGHNVTVLSSTKNPYKLAKYNYIQLDLPLFPKEFLRRLVTKEQSLIARYPYFIEEVTSLANQSFSNPRLRQFLDTHGEGSFDLLILGYFMNDFHLGLGAHFKVPIVVSFMVQPIFAVHNLVKNPIEPAYVPTLFCERKQPLDFWGRLQNYVVALFETFYMTLIVERESQKYYDYNFPPDRYPPFEDVRQNVSLIFTNHHFSQGPIRPNVPNLIEIGGIQIKEKPDPLPADIAKILDEAKEGAIYFSLGSNIQGSHLTEEKVKIMFNVISKLPYKVLWKWGPNDRPGQSENIIYRDWLPQDDILAHPNIKLFITHGGMGSVVEAQYHGVPMVGIPLFGDQPSNMANVQRSGYGLAVDYITLSEESLNNAIQEVLTNPKYTNTVQEFSRIYRDRPMTPRQTVVYWVEYVLRHKGAKHMQSPAVHMNRWQLMSLDVIGFLWAIFAGVVLVCAIVFRLLCGEKKDKKEVKVEKTKQK

Target ORF information:

RefSeq Version	XM_029038022.1
Organism	Zeugodacus cucurbitae(melon fly)
Definition	Zeugodacus cucurbitae uncharacterized LOC105208779 (LOC105208779), mRNA.

Target ORF information:

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

XM_029038022.1

ORF Insert Sequence:

ATGATCGGTC GCAAAATATA CGCGCTCTAC ATTTTGGCGT TCCTTGCTTT TTACAGTAAA 
GACACAGATG CGGCGCGCAT ACTCGGTTTC TTTTCGACGC CATCGAAATC GCACCTACTG 
ATACACGCCG CGATCGCTGA CACTTTGGCA CGCGCTGGTC ACGATGTCAC CGTAATCGCC 
GTCTCGAAGA ATGTCTATCC GCATGCGCAC TATAAATTCA TAGAGATCGA ATTGGGCGAA 
GACGCACAGT TCAATCATAG CACTTTACAA AATATGGTCA ATAAACCGAA ACCATTCTAC 
ATGAGTTTTT TCAACTTGGC GCATTCTTTT GGCATCACTG CAAATCGTAC GCTGAACCAT 
CCGAAAATGC AGGACTTCTT ACGCACGCAT GGCGCGGGCG CATTTGATTT GCTGTTACTC 
GGTTACACAG TCAACGATTT CGCCATGGGA CTTGGCGCAC ACTTCGGTTG CCCGATTATT 
TTGTCCTTTA TGGTACAGCC AATCTTTTTG ACTGATCTAT TGGTGGGTAA TCCTACGGAA 
CACGCTTATG CGCCGCCGTT GTTAAGTAAT CTGAAAGCAC CGCTGACATT TTGGGAACGT 
GTACTGAGCT TTTTAGGAAA CTTTTTTGAG CAGTGGATCA TGTTGCCGAT TTTTGAGATA 
AATCTATTGA AGCTTTACAA TAGAGCTATA AACGCGGCGC GTATACTCGG TTTCTTTTCG 
ACACAATCGA AATCGCACAC ACTCATTCAT GCCGCCATCG CGGACACTCT GGCACGCGCA 
GGTCACGATG TCACCGTAAT CGCTGTCTCG AAGAATGTCT ATCCGCAAGC GCACTACAAA 
TTCATAGAGA TCGAATTGGG CATAGATGCA CAATACCAAC ACAACACTTT GCAAAATATG 
GTCAACAAAC CGAAACCTTT TTACATAAGC TTCTTCAACT TGGCAGAATC TTTAAATTTC 
GCTGTCAATC GTACGCTGAA CCATCCGAAA ATGCAGGATT TCTTGCGCAG GCATGGCGCG 
GGCGCTTTTG ATTTGGTGCT GCTCGGTTAT ACAGGCAATG ATTTCGCGAT GGGACTTGGC 
GCGCACTTCG GTTGCCCGAT TATTTTGTCT TTTATGGTCC AGCCAATTTT TACGATTAAT 
CAATTGGTAG GCAATCCTTC GGAGCATGCT TACGCGCCGC CGTTGTTAAG TAATCTAAAA 
GCGCCGCTGA CATTTTGGGA ACGTGTACTG AGCTTTTTAG CAAACTTTTT TGAGCAGTGG 
ATCATGTTGC CGATTTTTGA GATAAATCTG TTGAAGCTTT ACAACCCGCT AAACGGGGAG 
AGCGCACGCA TACTCGCCTT CTTCCCGACC ACATTGCGTT CGCATCAGCT AATGAATTGC 
GCTGTGGCCG ATGCACTGGC CGAAGCCGGG CACAATGTGA CCGTGATTGG TGCGACCATG 
AATGTGTACC CGCGCTCTAA ATACCGTTAT ATACGTATCG AAGGAGTAAA GGTTGGCGAT 
GAATTGATAA AAAAAATCGT AAATGTACCA AGTATGAACA CCTACAAGTA CATGGGTTTA 
TTGCTGCCAT TTCTACGCGT ACACAATGCA ACACTGGCGC AGCCGAAAAT ACAACAGTTC 
TTAAAAACTT CACAAGAGAG CGATTACGAT CTATTGCTGT TGACTTATTT AATGAATGAT 
TTTCATCTTG GTTTGGGCGC ACACTTCAAA TGTCCCATAG TCGTTTTTTA TGTGTCAGAG 
CCGTTGCTAA AGATACAAAG TTGGGTCGGG AATCCCGATG AGTTTTCATA TGTGCCGATA 
CGTTTGAGCG GTATGACGCA ACCGTTAAAT TTTGCTAAGC GAGTGAGTAA CTTTTTGTGG 
TATCTACTCG AAAGTGTGGC GATCGATGGC TTCATGAAGA CACCGATAGA AGAGTTTTAC 
AAACCTGCAT TTGCAGTCGT CATGCCGCCC TCCGCATTGT TATGCAGCCT GCTGCTGTTT 
ATCGCTTTAA CCGCGTCGCG CTTCGAATTG GCGTATACCG CGCGCATACT TGGCTTCTTC 
CCCTCACCCT CGAAATCGCA TCTGATCGTG CATGCTGCCA TCGCCGACAC ATTAGCGCAA 
GCTGGACATG ACGTCACCGT TATCGGCAGT TCAAATAATG TATATCCCCA AGCCAAGTAT 
AAGTATATAC AAACGGCGCA GCATACGCTC GATAGCTCTG TCATCACGGG TATGATGAAC 
AGTTCGTTCT ATAAGCAATT CGGTAACATG GTGAAGTCGA TCGCCAGCAC CGCGAATGCT 
TCCATAACAC ACCCGCGTAT GCAGCGTTTT CTACAGGAGC ATGGCGCTGG CGATTTTGAT 
CTGCTCATAG TCGGTTACTT TATGAACGAT TTCCATTTCG GTTTGGCGGC ACATTTTCAA 
TGTCCATTAG TTGTGTCTTT TATGATACAA CCAATTATGA CGATCAACCG CATGTTGGGC 
AATCCCAACG AGATGGCGTA CGTGCCGACC CTGATGGGGA AACAAACACA ACCGATGGGT 
TTCGTGGCGC GTGTGAAGAA CCTTTTCAGC ATACTGATTG AGGAGCTTAT CATTGCGCCG 
TTGAATTATG GATATCAACA ACAGCTTTAC GACTTGCAAC CGACGGCATG TGTTGAGGCC 
GCACGCATAT TGGGTTTCTT CGCCTCACCC TCGAAATCGC ACATTATCGT GCATTGTGCC 
GTCGCAGATG CGCTAGCGCA GGCCGGTCAT AACGTTACAG TCATCGCTTC CGGTCCGAAT 
GTGCGCAGGC AAGCGAAATA CAAGTATATC GAATTGGATA CGATAGGCGA CCATCCGCTC 
ATGTCTACCG ATATGGTGAA TAAACGCAAA TACTTTTGGC AGCGTTTCGG TTCACTTTTG 
GACACGATTA GTACGAACGC GAATGAGACG CAGCATCATA AGCGCGTGCA ACAATTTCTG 
CAGGAACATC GTGCGGGCGA TTTCGATTTG TTGCTCTTCG GTTATTTCAT GAACGATTTC 
CAGTTGGGTT TGGCGGGGCA TTTTCGTTGC CCCATCGTGG TCTCCTTCAT GATTCAGCCG 
ATCTATGCGG TAAACCTATA TGTAGGCAAT CCCAGTGAGT CAGCCTATGT GCCGGGTATA 
TTTGGGTACT TGGTGCAACC GATGAAGTTT TTGGAACGTG TGAAGAATAA GATTGTCGCT 
TACATTGAAG AAATTATCAT ACAGAACATG CTGGATTCTT ATACAAGTAA ATACTACGAG 
ACACTCAGTC ACCGCCAGGC ACACGTTCCA CACAGTATCC AGCAGCAGCA GCTCCGTCGC 
GGTATAGACA TGTCTCCACG CGCTACTGTC GCCATATTTT TCGCCCTCAT TATTGGCGGC 
TTCAACGCGC CTCCAGTGCA ATCCGCGCGT ATACTCGGTT TCTTTCCATC AGTTTCACCA 
TCACATCTGT TCATACATTG TGCCGTCGCA GATGCACTGG CCGAGGCTGG ACACAATGTG 
ACCGTGTTGT CTTCGACGAA GAATCCTTAC AAGTTGGCAA AATACAATTA CATACAATTG 
GATCTGCCGC TGTTTCCGAA GGAGTTTCTA CGTCGCTTGG TTACCAAAGA GCAATCGCTG 
ATCGCACGCT ATCCGTACTT CATTGAAGAG GTCACAAGTT TGGCTAATCA GTCCTTTAGC 
AATCCGCGTT TGCGACAATT CCTCGACACA CATGGTGAAG GCAGCTTCGA TCTGCTGATT 
TTGGGTTACT TCATGAACGA CTTTCATTTA GGTCTGGGCG CTCACTTTAA AGTGCCTATT 
GTGGTCTCAT TTATGGTTCA ACCCATTTTT GCCGTACACA ATTTGGTGAA GAATCCAATA 
GAGCCCGCCT ATGTGCCGAC CTTGTTTTGC GAACGCAAGC AACCGTTGGA TTTTTGGGGA 
CGTTTGCAAA ACTATGTGGT AGCGCTTTTC GAAACATTTT ATATGACACT CATTGTGGAA 
AGGGAATCGC AAAAATATTA CGATTACAAC TTCCCACCAG ACCGTTATCC GCCATTCGAA 
GATGTGCGTC AGAACGTCTC ACTTATCTTC ACCAACCACC ACTTCAGCCA GGGACCCATA 
CGCCCCAATG TACCCAATCT AATCGAAATC GGTGGCATAC AAATCAAAGA GAAACCCGAT 
CCGTTACCTG CCGATATTGC CAAAATCTTG GATGAAGCTA AAGAAGGCGC CATCTATTTC 
AGTTTAGGTA GCAACATACA AGGCTCCCAT CTAACCGAGG AAAAGGTAAA GATAATGTTC 
AATGTCATCT CAAAACTACC CTACAAGGTC TTGTGGAAAT GGGGACCGAA CGATCGACCT 
GGCCAGTCGG AGAATATCAT CTACCGTGAT TGGTTGCCAC AGGACGACAT ACTCGCGCAC 
CCCAATATCA AACTGTTCAT CACACACGGC GGCATGGGCA GTGTTGTTGA GGCACAATAT 
CATGGCGTAC CTATGGTGGG TATACCGTTA TTCGGTGATC AGCCCTCAAA TATGGCAAAT 
GTACAACGCT CTGGCTACGG TCTCGCTGTC GACTATATAA CACTGTCAGA AGAGAGTCTC 
AACAATGCCA TACAGGAAGT GCTCACAAAT CCCAAATATA CAAACACTGT GCAAGAATTC 
TCACGCATCT ATCGCGATCG GCCGATGACA CCACGCCAGA CGGTCGTCTA TTGGGTGGAA 
TATGTGCTGC GACACAAGGG TGCCAAGCAT ATGCAATCAC CGGCGGTGCA CATGAATCGT 
TGGCAACTGA TGTCGCTCGA TGTGATCGGT TTTCTGTGGG CGATCTTCGC CGGTGTCGTG 
CTGGTGTGCG CAATTGTATT CAGACTGCTT TGTGGTGAAA AGAAAGACAA GAAGGAGGTA 
AAGGTGGAAA AGACAAAGCA GAAATAG

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

LOC105208779 ( XM_011178810.1 ) cDNA ORF clone, Zeugodacus cucurbitae(melon fly) -> XP_011177112.1 Bactrocera cucurbitae uncharacterized LOC105208779 (LOC105208779), mRNA.

Price & Availability↑

CloneID	OBa194500
Clone ID Related Accession (Same CDS sequence)	XM_011178810.1
Accession Version	XM_011178810.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5526bp) 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	2015-01-28
Organism	Zeugodacus cucurbitae(melon fly)
Product	uncharacterized protein LOC105208779
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011863674.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bactrocera cucurbitae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 43% of CDS bases ##RefSeq-Attributes-END##

ATGATGGACA ACGCGAAGTT GAAATTAATA CTTTACACTA TATTGGCTCT ACAGTGCTTA 
CCAAATCGTC TAATACACTT GTCGTATGCT GCACGCATAC TCGGCTTCTT TGCGTCGGGC 
ACCAAATCAC ATTTGCTCAT ACACTGCAGC ATCGCAGAGG AGCTGGCACG CGCTGGACAT 
GAGGTTACTG TAATTGGCAT TACCGAAAAT GTTTACCCGA ATTCTACATA TAAGCATGTA 
CGACTACAAC TCAGCGATAC TACGGAGCAG CAAACGAAAA TATTGACGAA CGTGGTGAAT 
GGACGTATCT CCTTACTGAG TACCGTTAAA GTGCGTCTGC ATCAATATAT GAGTAGAGCG 
GATGAGATCA TGCGACATCC GTGGATGCGT GAGTTTTTGA GTAACAGTCG TGCAGGCGAC 
TATGATTTGT TACTCTTCGG TTACGTTATG AACGAGTTTC AGTTTGGTTT AGCTGCGCAT 
TTCCGTTGCC CCATTGTCTT ATCGTGGATG ATACAACCGG CTTTGCAAAT CAATCGATTT 
GTAGGAAATC CACAGATGTT GGCGTATGTA CCGTCTTTTG CCAGTGGTTT CAAACAGCCC 
ATGAATTTTA TGGAGCGGGT GAAGAACTTT TTGATGATGC AATTCGAACA AAACATGGTT 
GTGCCCTATA TGGATTATCA TACACAGAAG TTATATGATA AAGACACAGA TGCGGCGCGC 
ATACTCGGTT TCTTTTCGAC GCCATCGAAA TCGCACCTAC TGATACACGC CGCGATCGCT 
GACACTTTGG CACGCGCTGG TCACGATGTC ACCGTAATCG CCGTCTCGAA GAATGTCTAT 
CCGCATGCGC ACTATAAATT CATAGAGATC GAATTGGGCG AAGACGCACA GTTCAATCAT 
AGCACTTTAC AAAATATGGT CAATAAACCG AAACCATTCT ACATGAGTTT TTTCAACTTG 
GCGCATTCTT TTGGCATCAC TGCAAATCGT ACGCTGAACC ATCCGAAAAT GCAGGACTTC 
TTACGCACGC ATGGCGCGGG CGCATTTGAT TTGCTGTTAC TCGGTTACAC AGTCAACGAT 
TTCGCCATGG GACTTGGCGC ACACTTCGGT TGCCCGATTA TTTTGTCCTT TATGGTACAG 
CCAATCTTTT TGACTGATCT ATTGGTGGGT AATCCTACGG AACACGCTTA TGCGCCGCCG 
TTGTTAAGTA ATCTGAAAGC ACCGCTGACA TTTTGGGAAC GTGTACTGAG CTTTTTAGGA 
AACTTTTTTG AGCAGTGGAT CATGTTGCCG ATTTTTGAGA TAAATCTATT GAAGCTTTAC 
AAAGCTATAA ACGCGGCGCG TATACTCGGT TTCTTTTCGA CACAATCGAA ATCGCACACA 
CTCATTCATG CCGCCATCGC GGACACTCTG GCACGCGCAG GTCACGATGT CACCGTAATC 
GCTGTCTCGA AGAATGTCTA TCCGCAAGCG CACTACAAAT TCATAGAGAT CGAATTGGGC 
ATAGATGCAC AATACCAACA CAACACTTTG CAAAATATGG TCAACAAACC GAAACCTTTT 
TACATAAGCT TCTTCAACTT GGCAGAATCT TTAAATTTCG CTGTCAATCG TACGCTGAAC 
CATCCGAAAA TGCAGGATTT CTTGCGCAGG CATGGCGCGG GCGCTTTTGA TTTGGTGCTG 
CTCGGTTATA CAGGCAATGA TTTCGCGATG GGACTTGGCG CGCACTTCGG TTGCCCGATT 
ATTTTGTCTT TTATGGTCCA GCCAATTTTT ACGATTAATC AATTGGTAGG CAATCCTTCG 
GAGCATGCTT ACGCGCCGCC GTTGTTAAGT AATCTAAAAG CGCCGCTGAC ATTTTGGGAA 
CGTGTACTGA GCTTTTTAGC AAACTTTTTT GAGCAGTGGA TCATGTTGCC GATTTTTGAG 
ATAAATCTGT TGAAGCTTTA CAACCCGCTA AACGGGGAGA GCGCACGCAT ACTCGCCTTC 
TTCCCGACCA CATTGCGTTC GCATCAGCTA ATGAATTGCG CTGTGGCCGA TGCACTGGCC 
GAAGCCGGGC ACAATGTGAC CGTGATTGGT GCGACCATGA ATGTGTACCC GCGCTCTAAA 
TACCGTTATA TACGTATCGA AGGAGTAAAG GTTGGCGATG AATTGATAAA AAAAATCGTA 
AATGTACCAA GTATGAACAC CTACAAGTAC ATGGGTTTAT TGCTGCCATT TCTACGCGTA 
CACAATGCAA CACTGGCGCA GCCGAAAATA CAACAGTTCT TAAAAACTTC ACAAGAGAGC 
GATTACGATC TATTGCTGTT GACTTATTTA ATGAATGATT TTCATCTTGG TTTGGGCGCA 
CACTTCAAAT GTCCCATAGT CGTTTTTTAT GTGTCAGAGC CGTTGCTAAA GATACAAAGT 
TGGGTCGGGA ATCCCGATGA GTTTTCATAT GTGCCGATAC GTTTGAGCGG TATGACGCAA 
CCGTTAAATT TTGCTAAGCG AGTGAGTAAC TTTTTGTGGT ATCTACTCGA AAGTGTGGCG 
ATCGATGGCT TCATGAAGAC ACCGATAGAA GAGTTTTACA AACCTGCATT TGCAGTCGTC 
ATGCCGCCCT CCGCATTGTT ATGCAGCCTG CTGCTGTTTA TCGCTTTAAC CGCGTCGCGC 
TTCGAATTGG CGTATACCGC GCGCATACTT GGCTTCTTCC CCTCACCCTC GAAATCGCAT 
CTGATCGTGC ATGCTGCCAT CGCCGACACA TTAGCGCAAG CTGGACATGA CGTCACCGTT 
ATCGGCAGTT CAAATAATGT ATATCCCCAA GCCAAGTATA AGTATATACA AACGGCGCAG 
CATACGCTCG ATAGCTCTGT CATCACGGGT ATGATGAACA GTTCGTTCTA TAAGCAATTC 
GGTAACATGG TGAAGTCGAT CGCCAGCACC GCGAATGCTT CCATAACACA CCCGCGTATG 
CAGCGTTTTC TACAGGAGCA TGGCGCTGGC GATTTTGATC TGCTCATAGT CGGTTACTTT 
ATGAACGATT TCCATTTCGG TTTGGCGGCA CATTTTCAAT GTCCATTAGT TGTGTCTTTT 
ATGATACAAC CAATTATGAC GATCAACCGC ATGTTGGGCA ATCCCAACGA GATGGCGTAC 
GTGCCGACCC TGATGGGGAA ACAAACACAA CCGATGGGTT TCGTGGCGCG TGTGAAGAAC 
CTTTTCAGCA TACTGATTGA GGAGCTTATC ATTGCGCCGT TGAATTATGG ATATCAACAA 
CAGCTTTACG ACTTGCAACC GACGGCATGT GTTGAGGCCG CACGCATATT GGGTTTCTTC 
GCCTCACCCT CGAAATCGCA CATTATCGTG CATTGTGCCG TCGCAGATGC GCTAGCGCAG 
GCCGGTCATA ACGTTACAGT CATCGCTTCC GGTCCGAATG TGCGCAGGCA AGCGAAATAC 
AAGTATATCG AATTGGATAC GATAGGCGAC CATCCGCTCA TGTCTACCGA TATGGTGAAT 
AAACGCAAAT ACTTTTGGCA GCGTTTCGGT TCACTTTTGG ACACGATTAG TACGAACGCG 
AATGAGACGC AGCATCATAA GCGCGTGCAA CAATTTCTGC AGGAACATCG TGCGGGCGAT 
TTCGATTTGT TGCTCTTCGG TTATTTCATG AACGATTTCC AGTTGGGTTT GGCGGGGCAT 
TTTCGTTGCC CCATCGTGGT CTCCTTCATG ATTCAGCCGA TCTATGCGGT AAACCTATAT 
GTAGGCAATC CCAGTGAGTC AGCCTATGTG CCGGGTATAT TTGGGTACTT GGTGCAACCG 
ATGAAGTTTT TGGAACGTGT GAAGAATAAG ATTGTCGCTT ACATTGAAGA AATTATCATA 
CAGAACATGC TGGATTCTTA TACAAGTAAA TACTACGAGA CACTCAGTCA CCGCCAGGCA 
CACGTTCCAC ACAGTATCCA GCAGCAGCAG CTCCGTCGCG GTATAGACAT GTCTCCACGC 
GCTACTGTCG CCATATTTTT CGCCCTCATT ATTGGCGGCT TCAACGCGCC TCCAGTGCAA 
TCCGCGCGTA TACTCGGTTT CTTTCCATCA GTTTCACCAT CACATCTGTT CATACATTGT 
GCCGTCGCAG ATGCACTGGC CGAGGCTGGA CACAATGTGA CCGTGTTGTC TTCGACGAAG 
AATCCTTACA AGTTGGCAAA ATACAATTAC ATACAATTGG ATCTGCCGCT GTTTCCGAAG 
GAGTTTCTAC GTCGCTTGGT TACCAAAGAG CAATCGCTGA TCGCACGCTA TCCGTACTTC 
ATTGAAGAGG TCACAAGTTT GGCTAATCAG TCCTTTAGCA ATCCGCGTTT GCGACAATTC 
CTCGACACAC ATGGTGAAGG CAGCTTCGAT CTGCTGATTT TGGGTTACTT CATGAACGAC 
TTTCATTTAG GTCTGGGCGC TCACTTTAAA GTGCCTATTG TGGTCTCATT TATGGTTCAA 
CCCATTTTTG CCGTACACAA TTTGGTGAAG AATCCAATAG AGCCCGCCTA TGTGCCGACC 
TTGTTTTGCG AACGCAAGCA ACCGTTGGAT TTTTGGGGAC GTTTGCAAAA CTATGTGGTA 
GCGCTTTTCG AAACATTTTA TATGACACTC ATTGTGGAAA GGGAATCGCA AAAATATTAC 
GATTACAACT TCCCACCAGA CCGTTATCCG CCATTCGAAG ATGTGCGTCA GAACGTCTCA 
CTTATCTTCA CCAACCACCA CTTCAGCCAG GGACCCATAC GCCCCAATGT ACCCAATCTA 
ATCGAAATCG GTGGCATACA AATCAAAGAG AAACCCGATC CGTTACCTGC CGATATTGCC 
AAAATCTTGG ATGAAGCTAA AGAAGGCGCC ATCTATTTCA GTTTAGGTAG CAACATACAA 
GGCTCCCATC TAACCGAGGA AAAGGTAAAG ATAATGTTCA ATGTCATCTC AAAACTACCC 
TACAAGGTCT TGTGGAAATG GGGACCGAAC GATCGACCTG GCCAGTCGGA GAATATCATC 
TACCGTGATT GGTTGCCACA GGACGACATA CTCGCGCACC CCAATATCAA ACTGTTCATC 
ACACACGGCG GCATGGGCAG TGTTGTTGAG GCACAATATC ATGGCGTACC TATGGTGGGT 
ATACCGTTAT TCGGTGATCA GCCCTCAAAT ATGGCAAATG TACAACGCTC TGGCTACGGT 
CTCGCTGTCG ACTATATAAC ACTGTCAGAA GAGAGTCTCA ACAATGCCAT ACAGGAAGTG 
CTCACAAATC CCAAATATAC AAACACTGTG CAAGAATTCT CACGCATCTA TCGCGATCGG 
CCGATGACAC CACGCCAGAC GGTCGTCTAT TGGGTGGAAT ATGTGCTGCG ACACAAGGGT 
GCCAAGCATA TGCAATCACC GGCGGTGCAC ATGAATCGTT GGCAACTGAT GTCGCTCGAT 
GTGATCGGTT TTCTGTGGGC GATCTTCGCC GGTGTCGTGC TGGTGTGCGC AATTGTATTC 
AGACTGCTTT GTGGTGAAAA GAAAGACAAG AAGGAGGTAA AGGTGGAAAA GACAAAGCAG 
AAATAG

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

RefSeq	XP_011177112.1
CDS	32..5557
Translation	MMDNAKLKLILYTILALQCLPNRLIHLSYAARILGFFASGTKSHLLIHCSIAEELARAGHEVTVIGITENVYPNSTYKHVRLQLSDTTEQQTKILTNVVNGRISLLSTVKVRLHQYMSRADEIMRHPWMREFLSNSRAGDYDLLLFGYVMNEFQFGLAAHFRCPIVLSWMIQPALQINRFVGNPQMLAYVPSFASGFKQPMNFMERVKNFLMMQFEQNMVVPYMDYHTQKLYDKDTDAARILGFFSTPSKSHLLIHAAIADTLARAGHDVTVIAVSKNVYPHAHYKFIEIELGEDAQFNHSTLQNMVNKPKPFYMSFFNLAHSFGITANRTLNHPKMQDFLRTHGAGAFDLLLLGYTVNDFAMGLGAHFGCPIILSFMVQPIFLTDLLVGNPTEHAYAPPLLSNLKAPLTFWERVLSFLGNFFEQWIMLPIFEINLLKLYKAINAARILGFFSTQSKSHTLIHAAIADTLARAGHDVTVIAVSKNVYPQAHYKFIEIELGIDAQYQHNTLQNMVNKPKPFYISFFNLAESLNFAVNRTLNHPKMQDFLRRHGAGAFDLVLLGYTGNDFAMGLGAHFGCPIILSFMVQPIFTINQLVGNPSEHAYAPPLLSNLKAPLTFWERVLSFLANFFEQWIMLPIFEINLLKLYNPLNGESARILAFFPTTLRSHQLMNCAVADALAEAGHNVTVIGATMNVYPRSKYRYIRIEGVKVGDELIKKIVNVPSMNTYKYMGLLLPFLRVHNATLAQPKIQQFLKTSQESDYDLLLLTYLMNDFHLGLGAHFKCPIVVFYVSEPLLKIQSWVGNPDEFSYVPIRLSGMTQPLNFAKRVSNFLWYLLESVAIDGFMKTPIEEFYKPAFAVVMPPSALLCSLLLFIALTASRFELAYTARILGFFPSPSKSHLIVHAAIADTLAQAGHDVTVIGSSNNVYPQAKYKYIQTAQHTLDSSVITGMMNSSFYKQFGNMVKSIASTANASITHPRMQRFLQEHGAGDFDLLIVGYFMNDFHFGLAAHFQCPLVVSFMIQPIMTINRMLGNPNEMAYVPTLMGKQTQPMGFVARVKNLFSILIEELIIAPLNYGYQQQLYDLQPTACVEAARILGFFASPSKSHIIVHCAVADALAQAGHNVTVIASGPNVRRQAKYKYIELDTIGDHPLMSTDMVNKRKYFWQRFGSLLDTISTNANETQHHKRVQQFLQEHRAGDFDLLLFGYFMNDFQLGLAGHFRCPIVVSFMIQPIYAVNLYVGNPSESAYVPGIFGYLVQPMKFLERVKNKIVAYIEEIIIQNMLDSYTSKYYETLSHRQAHVPHSIQQQQLRRGIDMSPRATVAIFFALIIGGFNAPPVQSARILGFFPSVSPSHLFIHCAVADALAEAGHNVTVLSSTKNPYKLAKYNYIQLDLPLFPKEFLRRLVTKEQSLIARYPYFIEEVTSLANQSFSNPRLRQFLDTHGEGSFDLLILGYFMNDFHLGLGAHFKVPIVVSFMVQPIFAVHNLVKNPIEPAYVPTLFCERKQPLDFWGRLQNYVVALFETFYMTLIVERESQKYYDYNFPPDRYPPFEDVRQNVSLIFTNHHFSQGPIRPNVPNLIEIGGIQIKEKPDPLPADIAKILDEAKEGAIYFSLGSNIQGSHLTEEKVKIMFNVISKLPYKVLWKWGPNDRPGQSENIIYRDWLPQDDILAHPNIKLFITHGGMGSVVEAQYHGVPMVGIPLFGDQPSNMANVQRSGYGLAVDYITLSEESLNNAIQEVLTNPKYTNTVQEFSRIYRDRPMTPRQTVVYWVEYVLRHKGAKHMQSPAVHMNRWQLMSLDVIGFLWAIFAGVVLVCAIVFRLLCGEKKDKKEVKVEKTKQK

Target ORF information:

RefSeq Version	XM_011178810.1
Organism	Zeugodacus cucurbitae(melon fly)
Definition	Bactrocera cucurbitae uncharacterized LOC105208779 (LOC105208779), mRNA.

Target ORF information:

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

XM_011178810.1

ORF Insert Sequence:

ATGATGGACA ACGCGAAGTT GAAATTAATA CTTTACACTA TATTGGCTCT ACAGTGCTTA 
CCAAATCGTC TAATACACTT GTCGTATGCT GCACGCATAC TCGGCTTCTT TGCGTCGGGC 
ACCAAATCAC ATTTGCTCAT ACACTGCAGC ATCGCAGAGG AGCTGGCACG CGCTGGACAT 
GAGGTTACTG TAATTGGCAT TACCGAAAAT GTTTACCCGA ATTCTACATA TAAGCATGTA 
CGACTACAAC TCAGCGATAC TACGGAGCAG CAAACGAAAA TATTGACGAA CGTGGTGAAT 
GGACGTATCT CCTTACTGAG TACCGTTAAA GTGCGTCTGC ATCAATATAT GAGTAGAGCG 
GATGAGATCA TGCGACATCC GTGGATGCGT GAGTTTTTGA GTAACAGTCG TGCAGGCGAC 
TATGATTTGT TACTCTTCGG TTACGTTATG AACGAGTTTC AGTTTGGTTT AGCTGCGCAT 
TTCCGTTGCC CCATTGTCTT ATCGTGGATG ATACAACCGG CTTTGCAAAT CAATCGATTT 
GTAGGAAATC CACAGATGTT GGCGTATGTA CCGTCTTTTG CCAGTGGTTT CAAACAGCCC 
ATGAATTTTA TGGAGCGGGT GAAGAACTTT TTGATGATGC AATTCGAACA AAACATGGTT 
GTGCCCTATA TGGATTATCA TACACAGAAG TTATATGATA AAGACACAGA TGCGGCGCGC 
ATACTCGGTT TCTTTTCGAC GCCATCGAAA TCGCACCTAC TGATACACGC CGCGATCGCT 
GACACTTTGG CACGCGCTGG TCACGATGTC ACCGTAATCG CCGTCTCGAA GAATGTCTAT 
CCGCATGCGC ACTATAAATT CATAGAGATC GAATTGGGCG AAGACGCACA GTTCAATCAT 
AGCACTTTAC AAAATATGGT CAATAAACCG AAACCATTCT ACATGAGTTT TTTCAACTTG 
GCGCATTCTT TTGGCATCAC TGCAAATCGT ACGCTGAACC ATCCGAAAAT GCAGGACTTC 
TTACGCACGC ATGGCGCGGG CGCATTTGAT TTGCTGTTAC TCGGTTACAC AGTCAACGAT 
TTCGCCATGG GACTTGGCGC ACACTTCGGT TGCCCGATTA TTTTGTCCTT TATGGTACAG 
CCAATCTTTT TGACTGATCT ATTGGTGGGT AATCCTACGG AACACGCTTA TGCGCCGCCG 
TTGTTAAGTA ATCTGAAAGC ACCGCTGACA TTTTGGGAAC GTGTACTGAG CTTTTTAGGA 
AACTTTTTTG AGCAGTGGAT CATGTTGCCG ATTTTTGAGA TAAATCTATT GAAGCTTTAC 
AAAGCTATAA ACGCGGCGCG TATACTCGGT TTCTTTTCGA CACAATCGAA ATCGCACACA 
CTCATTCATG CCGCCATCGC GGACACTCTG GCACGCGCAG GTCACGATGT CACCGTAATC 
GCTGTCTCGA AGAATGTCTA TCCGCAAGCG CACTACAAAT TCATAGAGAT CGAATTGGGC 
ATAGATGCAC AATACCAACA CAACACTTTG CAAAATATGG TCAACAAACC GAAACCTTTT 
TACATAAGCT TCTTCAACTT GGCAGAATCT TTAAATTTCG CTGTCAATCG TACGCTGAAC 
CATCCGAAAA TGCAGGATTT CTTGCGCAGG CATGGCGCGG GCGCTTTTGA TTTGGTGCTG 
CTCGGTTATA CAGGCAATGA TTTCGCGATG GGACTTGGCG CGCACTTCGG TTGCCCGATT 
ATTTTGTCTT TTATGGTCCA GCCAATTTTT ACGATTAATC AATTGGTAGG CAATCCTTCG 
GAGCATGCTT ACGCGCCGCC GTTGTTAAGT AATCTAAAAG CGCCGCTGAC ATTTTGGGAA 
CGTGTACTGA GCTTTTTAGC AAACTTTTTT GAGCAGTGGA TCATGTTGCC GATTTTTGAG 
ATAAATCTGT TGAAGCTTTA CAACCCGCTA AACGGGGAGA GCGCACGCAT ACTCGCCTTC 
TTCCCGACCA CATTGCGTTC GCATCAGCTA ATGAATTGCG CTGTGGCCGA TGCACTGGCC 
GAAGCCGGGC ACAATGTGAC CGTGATTGGT GCGACCATGA ATGTGTACCC GCGCTCTAAA 
TACCGTTATA TACGTATCGA AGGAGTAAAG GTTGGCGATG AATTGATAAA AAAAATCGTA 
AATGTACCAA GTATGAACAC CTACAAGTAC ATGGGTTTAT TGCTGCCATT TCTACGCGTA 
CACAATGCAA CACTGGCGCA GCCGAAAATA CAACAGTTCT TAAAAACTTC ACAAGAGAGC 
GATTACGATC TATTGCTGTT GACTTATTTA ATGAATGATT TTCATCTTGG TTTGGGCGCA 
CACTTCAAAT GTCCCATAGT CGTTTTTTAT GTGTCAGAGC CGTTGCTAAA GATACAAAGT 
TGGGTCGGGA ATCCCGATGA GTTTTCATAT GTGCCGATAC GTTTGAGCGG TATGACGCAA 
CCGTTAAATT TTGCTAAGCG AGTGAGTAAC TTTTTGTGGT ATCTACTCGA AAGTGTGGCG 
ATCGATGGCT TCATGAAGAC ACCGATAGAA GAGTTTTACA AACCTGCATT TGCAGTCGTC 
ATGCCGCCCT CCGCATTGTT ATGCAGCCTG CTGCTGTTTA TCGCTTTAAC CGCGTCGCGC 
TTCGAATTGG CGTATACCGC GCGCATACTT GGCTTCTTCC CCTCACCCTC GAAATCGCAT 
CTGATCGTGC ATGCTGCCAT CGCCGACACA TTAGCGCAAG CTGGACATGA CGTCACCGTT 
ATCGGCAGTT CAAATAATGT ATATCCCCAA GCCAAGTATA AGTATATACA AACGGCGCAG 
CATACGCTCG ATAGCTCTGT CATCACGGGT ATGATGAACA GTTCGTTCTA TAAGCAATTC 
GGTAACATGG TGAAGTCGAT CGCCAGCACC GCGAATGCTT CCATAACACA CCCGCGTATG 
CAGCGTTTTC TACAGGAGCA TGGCGCTGGC GATTTTGATC TGCTCATAGT CGGTTACTTT 
ATGAACGATT TCCATTTCGG TTTGGCGGCA CATTTTCAAT GTCCATTAGT TGTGTCTTTT 
ATGATACAAC CAATTATGAC GATCAACCGC ATGTTGGGCA ATCCCAACGA GATGGCGTAC 
GTGCCGACCC TGATGGGGAA ACAAACACAA CCGATGGGTT TCGTGGCGCG TGTGAAGAAC 
CTTTTCAGCA TACTGATTGA GGAGCTTATC ATTGCGCCGT TGAATTATGG ATATCAACAA 
CAGCTTTACG ACTTGCAACC GACGGCATGT GTTGAGGCCG CACGCATATT GGGTTTCTTC 
GCCTCACCCT CGAAATCGCA CATTATCGTG CATTGTGCCG TCGCAGATGC GCTAGCGCAG 
GCCGGTCATA ACGTTACAGT CATCGCTTCC GGTCCGAATG TGCGCAGGCA AGCGAAATAC 
AAGTATATCG AATTGGATAC GATAGGCGAC CATCCGCTCA TGTCTACCGA TATGGTGAAT 
AAACGCAAAT ACTTTTGGCA GCGTTTCGGT TCACTTTTGG ACACGATTAG TACGAACGCG 
AATGAGACGC AGCATCATAA GCGCGTGCAA CAATTTCTGC AGGAACATCG TGCGGGCGAT 
TTCGATTTGT TGCTCTTCGG TTATTTCATG AACGATTTCC AGTTGGGTTT GGCGGGGCAT 
TTTCGTTGCC CCATCGTGGT CTCCTTCATG ATTCAGCCGA TCTATGCGGT AAACCTATAT 
GTAGGCAATC CCAGTGAGTC AGCCTATGTG CCGGGTATAT TTGGGTACTT GGTGCAACCG 
ATGAAGTTTT TGGAACGTGT GAAGAATAAG ATTGTCGCTT ACATTGAAGA AATTATCATA 
CAGAACATGC TGGATTCTTA TACAAGTAAA TACTACGAGA CACTCAGTCA CCGCCAGGCA 
CACGTTCCAC ACAGTATCCA GCAGCAGCAG CTCCGTCGCG GTATAGACAT GTCTCCACGC 
GCTACTGTCG CCATATTTTT CGCCCTCATT ATTGGCGGCT TCAACGCGCC TCCAGTGCAA 
TCCGCGCGTA TACTCGGTTT CTTTCCATCA GTTTCACCAT CACATCTGTT CATACATTGT 
GCCGTCGCAG ATGCACTGGC CGAGGCTGGA CACAATGTGA CCGTGTTGTC TTCGACGAAG 
AATCCTTACA AGTTGGCAAA ATACAATTAC ATACAATTGG ATCTGCCGCT GTTTCCGAAG 
GAGTTTCTAC GTCGCTTGGT TACCAAAGAG CAATCGCTGA TCGCACGCTA TCCGTACTTC 
ATTGAAGAGG TCACAAGTTT GGCTAATCAG TCCTTTAGCA ATCCGCGTTT GCGACAATTC 
CTCGACACAC ATGGTGAAGG CAGCTTCGAT CTGCTGATTT TGGGTTACTT CATGAACGAC 
TTTCATTTAG GTCTGGGCGC TCACTTTAAA GTGCCTATTG TGGTCTCATT TATGGTTCAA 
CCCATTTTTG CCGTACACAA TTTGGTGAAG AATCCAATAG AGCCCGCCTA TGTGCCGACC 
TTGTTTTGCG AACGCAAGCA ACCGTTGGAT TTTTGGGGAC GTTTGCAAAA CTATGTGGTA 
GCGCTTTTCG AAACATTTTA TATGACACTC ATTGTGGAAA GGGAATCGCA AAAATATTAC 
GATTACAACT TCCCACCAGA CCGTTATCCG CCATTCGAAG ATGTGCGTCA GAACGTCTCA 
CTTATCTTCA CCAACCACCA CTTCAGCCAG GGACCCATAC GCCCCAATGT ACCCAATCTA 
ATCGAAATCG GTGGCATACA AATCAAAGAG AAACCCGATC CGTTACCTGC CGATATTGCC 
AAAATCTTGG ATGAAGCTAA AGAAGGCGCC ATCTATTTCA GTTTAGGTAG CAACATACAA 
GGCTCCCATC TAACCGAGGA AAAGGTAAAG ATAATGTTCA ATGTCATCTC AAAACTACCC 
TACAAGGTCT TGTGGAAATG GGGACCGAAC GATCGACCTG GCCAGTCGGA GAATATCATC 
TACCGTGATT GGTTGCCACA GGACGACATA CTCGCGCACC CCAATATCAA ACTGTTCATC 
ACACACGGCG GCATGGGCAG TGTTGTTGAG GCACAATATC ATGGCGTACC TATGGTGGGT 
ATACCGTTAT TCGGTGATCA GCCCTCAAAT ATGGCAAATG TACAACGCTC TGGCTACGGT 
CTCGCTGTCG ACTATATAAC ACTGTCAGAA GAGAGTCTCA ACAATGCCAT ACAGGAAGTG 
CTCACAAATC CCAAATATAC AAACACTGTG CAAGAATTCT CACGCATCTA TCGCGATCGG 
CCGATGACAC CACGCCAGAC GGTCGTCTAT TGGGTGGAAT ATGTGCTGCG ACACAAGGGT 
GCCAAGCATA TGCAATCACC GGCGGTGCAC ATGAATCGTT GGCAACTGAT GTCGCTCGAT 
GTGATCGGTT TTCTGTGGGC GATCTTCGCC GGTGTCGTGC TGGTGTGCGC AATTGTATTC 
AGACTGCTTT GTGGTGAAAA GAAAGACAAG AAGGAGGTAA AGGTGGAAAA GACAAAGCAG 
AAATAG