LOC106101798 cDNA ORF clone, Papilio polytes(common Mormon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106101798
Entrez Gene ID	106101798
Full Name	uncharacterized LOC106101798
Gene Type	protein-coding
Organism	Papilio polytes(common Mormon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013281133.1	XP_013136587.1	uncharacterized protein LOC106101798

Pathways from BioSystems
Gene Ontology

The following LOC106101798 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106101798 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
OPa343255	XM_013281133.1 Latest version!	Papilio polytes uncharacterized LOC106101798 (LOC106101798), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC106101798 ( XM_013281133.1 ) cDNA ORF clone, Papilio polytes(common Mormon) -> XP_013136587.1 Papilio polytes uncharacterized LOC106101798 (LOC106101798), mRNA.

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CloneID	OPa343255
Clone ID Related Accession (Same CDS sequence)	XM_013281133.1
Accession Version	XM_013281133.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6747bp) 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	2015-07-30
Organism	Papilio polytes(common Mormon)
Product	uncharacterized protein LOC106101798
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013525269.1) 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 :: Papilio polytes Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGTCGCTTA GAATGTTATA CATATTAGCT GTATGCCCTG TGATACTTGT ATCTGCAGTG 
CTTACTTTGA CCATCGACTC GCAACTTGGA ACCTCTGTTG AAGATTGCTT CGAGCGTATC 
TCAATAGGTG AACAGTTGCC ACGCGACGCC ATCTATCGAA ACATCTCGGA ACTAACAACT 
AAAGAATGTG AACAAATCTG CAAGCAAGAC AAACAATGCC AATCTTACGA CTATGGGATT 
GGAGCGAAAG GCAATGCTAC GTGTAACCTC AGCACGTTAA GCGAAAAAGA AATAAAAGAT 
AAAAGTGTTC TTCGACGAAA TCCTGACTAT GACGTTTATA TTCGAAGATT TCAATGTGAA 
CAGTCACCAC CGACTCCAAT ACAAGCTGAA TTTGATGATC CTGATGGGTT ACTACATCGA 
CCAACATTTA AACCAGCCAG TGATCCTAAA AAGCCTTTAT CGGACGAAGT GTTAGATGAT 
TTAGGGTCTT ACAGTACTGA CACGAAAAAA CCAGCATACA ATAATGAAAG ACCCGATGAT 
TACGATAATT CAAAACCAGA CTACGATAGT CCGCCAAGTT ATGGAATGCA CAAACCTCAA 
GGTGTTCCGT ATCCAATGGA GAATCCACAA AATAATATGT CAAATACAAG ACCTGATCCA 
TATGACGTGC TGCAATTTCA AGACCAGTAC GGAAGACCAC GACCTCAAAC TTGGAGACCA 
GAGGAAATGT ATGGCCACAG ACCGGACGAT TATGGTCCTG ACCCGTATAG ACCTGAAATA 
CCACAGTATC AATACATAAT TAGACCAAAC AGAAGACCAC AGAATGATAA TGGTTATGGA 
AATAAACCTG ATTACACTGG TAGACCTGAC TCTTATGGAC AAAGTATTCC TTCTACACTT 
GACAGACCTT ACAAACCAAC AAAACCCAGT AATGCCTACC CCTCAAGACC AAATGACAAG 
CCAAATTATA GTTATAACAG TCAATATGCT AGCAATTATG GTAGCCAGTA TCATGATAAT 
TCTATTTACT TAGAAATATA TGATCCACCT CGAACGTATA AGCCACCAAT TAAACCAAAT 
AGACCAGGGT ATGGTGTCAA TCAAGGAGAC TATGAATACG GACATCTTGG ATATGGTTAT 
GACACATTTT CTAGTCAAAA TTCATATTCA CATTCACAAA ATAGTCAGTC GCAGTATTAT 
GGATCAGGTG TTATTACCCA AGGTAACAAT TATCGACCTG ATCCAGAATA TTCCAGCAAA 
CCCACTAAAC CGTATGACAT ACAAGACGGT GGCTATGGTT CCCAATCTTC AACTAATCAT 
AATAATGGTG GCTATGGATT ACAATCAACA TCAAAACCTA AACCTAACAA AAAACCAAGT 
TACGGTGGTG GTTACGGTTC ACAAGGTGCC ACAGACAATT ATGGCAGTTC TGGCTATGGT 
TCTGGAGGCA GCGGCTATTA CAGTAGTAGC CAGTCATTTG TCGGCAGCGA GAATTATGAA 
AGTAGTAGTC AAAGCTATTA CGGCAGCCAC GTACAAAATG AAAAACCTCA TAATAATCAC 
GAATACGGAG GTAATAGCCA AAGTAGTCAG GGACCTTACG GTGGAAGTAG TCAAACATCA 
AACAAAAAAC CTTATGAAGG ACAAGGATAT GGTAGTACGA ATCAAAACTA CGGCGCAGAT 
CTAGGTTTAT ATGGTTCTAG CAGCAATGGT TATGGTAGCG GTCAGCAAAC AAACAGGCCA 
TACGGCGGTA GTCAAGGTAC AAGTAGTTAC TATGGAAGTA GCCAAGGTTC TTATTCAGAT 
AAGTATGCTA GTCATCATGA ATATGGAAGT AGCAATCATC ACAAACCAGA TTACAATGAT 
GGATCTTCAA ATGACAAACC ATACACAAGT AGTTCAGGAT ATGGTGGTAG TCATAGTAAC 
CAAGGTGCAT ATGGTGAAAG TCATTCTAGT AACAGACCAT ACGGGGGTGA TACTTCAAGC 
AGTAGTTACG GATCAAGTAA ACCACAAGGC AGTAATTCTG TGTATGGAAA TAATAACAAA 
AAACCCTCAG AAGGTACCTC TTACGGAGAT GGATACGAAA GTTCTAGTGG ATACAATAGC 
AACCAAGCTT CATATGGCGG TAGTCAATAT GGAAGTAGTC AAGGATATGG TGGTCAAAAC 
ACTTATGAAG GTAATTCGTA TGGAGGAAGC CATTCTAATA AGCCTTATGG TGGTAGTTCT 
TCAAATAAGC CTTATGGATC AAACGAAGGA TCCAACGGTT ACGGTACTAC CAGTGGTGGT 
TACGGTAGTT CTGGTTACGA CAACTCGGCC TACGGAGACC AGTCTTATAG CTCAGGTTAC 
ACTGGTCGTC CGTCATACAA ACCTGGGCGA CCTTCAAGTA GCCACTCTTA CACCAGTCAA 
CATAACTCTC AATATGAATC TCAAAGTTCA TTCGAATCCA GTTCGAGTTA TAACAGACCA 
ATTGATAATG GTGGCTATCG TAAACCTAGT AACCAATCAA GTTACGGCGT TGGTTATGAT 
CCCGATAGAC CTGATGTGAA ACCAGTTTAT GAATATGAGA TAGATCGACC AGGTGAGATG 
CCGAGTTACG GGAAACCTAA TGGGGATGTC GTTACTACAA GACCTGTGGC TGTTGGTGAT 
TACGGAGGCA AGCCCCAGTA CGGACGAGAT CCTGGCGGAG AAACATCATA TAAAGCATGT 
TTCCGCCGAG TTCTGGCGGG AAAACGCACC TTAAGGAGTC ATGTCAGACG CGTCGTGAAC 
TGCGAGCGGC TGGAGGATTG TCAGAGAGAA TGCGCCATCG AGAGACGTTT CCACTGCGAG 
AGCTTTAATT ACAGATTGGA TCCAGCTTTC CGTGGTAAAG GTCTGTGCGA GTTAATGACA 
AAACCAATCG AAGCCTTCGA TCTTCAACGA GACTTTGTTG AAGACAAAGA TTATGATTTC 
TACGAACTAG ATCGGAATAG CTTGGAACCT AACTGCCCAG ATACTCTCAG AGGCCCGGGT 
CTTTTACATT CGGGTTTTTT ATCCAATAAG AGGCCTGGCC AGGATGTTGA TAGATGGAAA 
GATAGAATAG ACTGGTACGA TCGAAGTTCT CAAAGTGAAT ATGAAAGACA TTACAACGAA 
AGGAGAAGAG TAGTTAATTC TAATAGAAGA TATCAAAACG AGGTTTATGT ACCTTACCAG 
ATAGGAGTAA GTCGCAGTGA AGAACCTGAA AGTTGGGGAC AACATAACGG AGCCTACGGA 
GGACATAATT ACTATAAAGA TAAAACCGAC TATAGAAAAT CATACAACCA TTGGCAAATA 
TCAGACGAAG CTCACCGGTC AAATTACTAC GGTGTTAAAT CCCATAGCGT TAACTCTGAT 
TTCAATTATA ACAATTTATG GAAAAACAGT GGTTGGGAGA ATCATGGTTA CGGATATGGT 
GCTTGGAAAA GAGGAAGATG GAATAATTCA TGGAACGGCT ATGACTATGG AGAAGCGGGG 
CATTACAAAC ATAATAATCC TCCTGTTTAT TACGAGTTGG ATAGAATAGA CGGACCACCA 
GCTAAAGATT GTTCGTCACG GCGTCGTCCT GGGATGTCAC TAGGTTCCGG CGCGATTAGA 
AGATCTCTGT TTGCTCGTAA CGTGGTCGAA TGTGAAGCCG CTTGTTTTGG GGAAAAGGAA 
TTTAAATGTG TTTCCTACAG TTATAGATAT TCAAGCGGCC GTGGTTCTGA TAATTGTTTC 
CTGAGTGAGC GTCCCTACAG AGGTCTGGAC ATGTCAGCTG ATAGCGACTC GGATGTGTAC 
GCTATGCCGC AGGATCAGGG TTGTGCTACT GTTAGCAGGA CGCCTTGGGT GGAGAGCGAG 
TGTTTCTGGC ACGTGCGGTC TGACTCGGCC GTGTCAGGCA GTGCGGCGCG CACTTCGCTC 
ACGGTGACGG GGCTGGGCGC CTGCGAAGCG GAGTGTATTC GTGCGCATGC CTTCTTTTGC 
AGAGGTTTTA GCTTCAGATT CGATTCTCCA ACGATAGGGG ATGATTTGGA GAATTGTATT 
TTGACGTCAT CCCCGCCTAC GTCATTGGAG ATTGGGCACG GACTGCGCAC TACGTCGGGA 
CACGAACTAT ACGCCAGGGG GAACTACGGC CGCGGGTGCG AACCCGCTCT TTATGATGAT 
GTGCAGCATA AAGATACTGA GTGTTTCTTA AAGTACGACA ACGCCGCCAA GCTGAAGGGC 
ACGGCGGTGC GCGGTCTGGC GAGAGTGAAA GAAAACAAAT CGCCACAAGG GAGAGACAAT 
TGCCTTCTAT CAGAGGTCCG TTTGTTCGAC TTGCAACGTG GTGTTGACTA CGAGCCTTCC 
GCAGACGACT GGCTGTTTGC CTTCGACCTG TTCAACGGAC GGTGCTGGAG GAAGGCTCAT 
GGGAAACAGG AATACGACAT TCTAAGTTCC GAATTGCCGC ACCCAATTCC TCCATCAGCA 
TACCCACCGT CTGGTCCAAC CGGTGATGAT CATTCAGGAC CTTCAGGCCC ATCATATTCA 
TCTCCTTCAG GTCCCAGCGG GCCCGATTTT AAACCCGGAT ATTCGTCAGG ACCAGACACA 
CCAATTAAAC CTGGTTATAC CGCACCTTCT GGCCCTGGAC ATAAGCCGAG CTCTCCAGGA 
TATGTGCCTG ATACAGCTCC TTCTGGACCA AGTGGACCCG ATTATAAACC TTACATACCT 
TCTAGTCCCG GTTATATAGA ACCTAGTGCT CCCACATTCA AACCGGGCTA TCCACCTCCC 
TCCTTTAAAC CTGTACTACC TTTACCGCCT CGCAAACCTA TACCTCCGCC TAGCGGTCCT 
GATTATAGGC CGGGTTATCC ATCCCCTAGC GGACCTGAAT ATAAACCCGG ATATCGGCCT 
GTTGAACCGA GTAGACCGTA CCCGCCATTA CCACCTAAAC CGGATTATCG ACCTGGTGGC 
AGTAGACCGG GATACGAAGG TGACAGGGAG GAGAATGGAT CACTACTTAT GTCGTGGCGT 
CAGTACACTG TGTCAGGGTT CCCTTGTCGT AGAGGCACAA GCTGTGCACA GAACCATGTC 
GCTGGCCATT GGGCGTGTGA ACCCGAGGGC GGGGAAATTG GGTCTTGGGA CTACTGTTGC 
GCCCCGACTC ACCGCTGTGG GTACAGTGAA GGATTCCAAA AGCCATGGTG CTACGTCGGC 
CCCACACACG AGCAATGGCG ACCGTGTAGT GAGAAATACT ATCCGTATTT CAAACATAAA 
GTTCCTCATC CCTCGCAAGG ACAAAGAGAA CCGAGTTCTT CACAAGTTTC GGGACAATGG 
CGTGATAAAT CCGGCAACGT ACCTCAAGGA GGAGAAAGAC CCGGACCTTA TCTAGCAGAT 
ACCGATAAAA ATTATTGGGA TGATCTGTAT AAGAACGGAC CAAGAGCTTA TTATGATAAA 
CATGGAAATC CATTACCAGG TTACACTCGC GTGGCAACAG AAGAAAGGCC CAGAATAAGA 
TATCATCACA ACCAACCTCA ACCAGGTAGT GGAACTTGGG TGCCCGTTCC AGACTTCGGT 
GGTTTTGACA ACCGTGTAGT CCCTGAACCA CTTGGAGCTC CTAGATACTG GCCTGTAGCT 
TATCTTCATA AAGGACCTCC GCCTAATATG ACGTATTTCA GATATAATGA AACTGATCAT 
ACTTCACATG ATAGAGCTCA GTCTCGTGAT ATCGAAGACG GTATAGCTCT ACCAACAGAG 
CGGTCATTAA ACGAGTTCAA AAGAGTTGAC GTCATCAGAC CTAAAGGTAC TGATATAGAA 
GGCAGGAAAA TAAGAGATGG TCCAACAGAT AATAAAACAA ATCTAGACGA AGATTTCTTA 
AAATTAGACA ATGACACTAC TACAAGCACA ACAACAACAA CAACGACCAC AACTACAACC 
ACTACAACTC CTAAAAGTAT TTCTTATAAA TCAAATAATG ATAGTGAGGT TATCAAAAAC 
TTAACAAATA CTAATACAAC AGAGATTCAA ATAAGTAAAC CAAATCAGAC CGTATCTACA 
TTGGATATAA ATGATGAATT TGATAAACTT AAAGGCATTG ATGGCAAATT AGAGGATTTC 
TCCAAATCAA TTGAAGTTTT TGAACTAGAC GATAGAACTA AGTGTGATAA AGAAACCGAT 
TTCAAAACTT TAGAAGCGGA AGAAAGACAG ATCGAAGCGA TTGGAAGACT AGTAGCATCC 
AGACGTGGTG GAAAGCTGAT CCTTGAGAAA CGATCGCAAA AAGATTTGGA AAGCAAAAAT 
ATCGCTGTAG ATAAAGATTT ATTGGATTTT AACTTCGGAA ATAAATTTCC AACAACCGAA 
AGGCGCGGTA TCATACAAAG AGTAAGTAAA GATGAAATAG ACAAGGAAAG ATTTTCTAAT 
GACAAAAGTT TAGAAGTCAG TGAAACAACT TTTGTAAGGC CTCCTAGAAT TCTTAGTACA 
ACTGAAAACA TACGAAAGGC CATTGTTAAT GGAAAAGTAT TTTACGACGC AACTATAAGG 
GAACAAAGAG ATTTAGTAAC TAATGTGACA AGAAAAGCTA AGAGCCTAAA ATTGGATGAA 
GCTAGGGGTC CGTCTGTTAT ATCTAGTAAT TTAAATACTA AAAGAAAAAC TATACAACCA 
AGAAATGTTA ATCCAATTAG AAAAGTAAGA CGAGTCTTTA GAAAGAGGTA TAATCCAGAA 
GAAGTTAGAA AACGGTTATT AGAAAGAGAA AAGAACGTAA AATCTCCAGA TAATAAACCA 
AAAGTAGAAG AAAATATTAA AACATAA

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

RefSeq	XP_013136587.1
CDS	205..6951
Translation	MSLRMLYILAVCPVILVSAVLTLTIDSQLGTSVEDCFERISIGEQLPRDAIYRNISELTTKECEQICKQDKQCQSYDYGIGAKGNATCNLSTLSEKEIKDKSVLRRNPDYDVYIRRFQCEQSPPTPIQAEFDDPDGLLHRPTFKPASDPKKPLSDEVLDDLGSYSTDTKKPAYNNERPDDYDNSKPDYDSPPSYGMHKPQGVPYPMENPQNNMSNTRPDPYDVLQFQDQYGRPRPQTWRPEEMYGHRPDDYGPDPYRPEIPQYQYIIRPNRRPQNDNGYGNKPDYTGRPDSYGQSIPSTLDRPYKPTKPSNAYPSRPNDKPNYSYNSQYASNYGSQYHDNSIYLEIYDPPRTYKPPIKPNRPGYGVNQGDYEYGHLGYGYDTFSSQNSYSHSQNSQSQYYGSGVITQGNNYRPDPEYSSKPTKPYDIQDGGYGSQSSTNHNNGGYGLQSTSKPKPNKKPSYGGGYGSQGATDNYGSSGYGSGGSGYYSSSQSFVGSENYESSSQSYYGSHVQNEKPHNNHEYGGNSQSSQGPYGGSSQTSNKKPYEGQGYGSTNQNYGADLGLYGSSSNGYGSGQQTNRPYGGSQGTSSYYGSSQGSYSDKYASHHEYGSSNHHKPDYNDGSSNDKPYTSSSGYGGSHSNQGAYGESHSSNRPYGGDTSSSSYGSSKPQGSNSVYGNNNKKPSEGTSYGDGYESSSGYNSNQASYGGSQYGSSQGYGGQNTYEGNSYGGSHSNKPYGGSSSNKPYGSNEGSNGYGTTSGGYGSSGYDNSAYGDQSYSSGYTGRPSYKPGRPSSSHSYTSQHNSQYESQSSFESSSSYNRPIDNGGYRKPSNQSSYGVGYDPDRPDVKPVYEYEIDRPGEMPSYGKPNGDVVTTRPVAVGDYGGKPQYGRDPGGETSYKACFRRVLAGKRTLRSHVRRVVNCERLEDCQRECAIERRFHCESFNYRLDPAFRGKGLCELMTKPIEAFDLQRDFVEDKDYDFYELDRNSLEPNCPDTLRGPGLLHSGFLSNKRPGQDVDRWKDRIDWYDRSSQSEYERHYNERRRVVNSNRRYQNEVYVPYQIGVSRSEEPESWGQHNGAYGGHNYYKDKTDYRKSYNHWQISDEAHRSNYYGVKSHSVNSDFNYNNLWKNSGWENHGYGYGAWKRGRWNNSWNGYDYGEAGHYKHNNPPVYYELDRIDGPPAKDCSSRRRPGMSLGSGAIRRSLFARNVVECEAACFGEKEFKCVSYSYRYSSGRGSDNCFLSERPYRGLDMSADSDSDVYAMPQDQGCATVSRTPWVESECFWHVRSDSAVSGSAARTSLTVTGLGACEAECIRAHAFFCRGFSFRFDSPTIGDDLENCILTSSPPTSLEIGHGLRTTSGHELYARGNYGRGCEPALYDDVQHKDTECFLKYDNAAKLKGTAVRGLARVKENKSPQGRDNCLLSEVRLFDLQRGVDYEPSADDWLFAFDLFNGRCWRKAHGKQEYDILSSELPHPIPPSAYPPSGPTGDDHSGPSGPSYSSPSGPSGPDFKPGYSSGPDTPIKPGYTAPSGPGHKPSSPGYVPDTAPSGPSGPDYKPYIPSSPGYIEPSAPTFKPGYPPPSFKPVLPLPPRKPIPPPSGPDYRPGYPSPSGPEYKPGYRPVEPSRPYPPLPPKPDYRPGGSRPGYEGDREENGSLLMSWRQYTVSGFPCRRGTSCAQNHVAGHWACEPEGGEIGSWDYCCAPTHRCGYSEGFQKPWCYVGPTHEQWRPCSEKYYPYFKHKVPHPSQGQREPSSSQVSGQWRDKSGNVPQGGERPGPYLADTDKNYWDDLYKNGPRAYYDKHGNPLPGYTRVATEERPRIRYHHNQPQPGSGTWVPVPDFGGFDNRVVPEPLGAPRYWPVAYLHKGPPPNMTYFRYNETDHTSHDRAQSRDIEDGIALPTERSLNEFKRVDVIRPKGTDIEGRKIRDGPTDNKTNLDEDFLKLDNDTTTSTTTTTTTTTTTTTTPKSISYKSNNDSEVIKNLTNTNTTEIQISKPNQTVSTLDINDEFDKLKGIDGKLEDFSKSIEVFELDDRTKCDKETDFKTLEAEERQIEAIGRLVASRRGGKLILEKRSQKDLESKNIAVDKDLLDFNFGNKFPTTERRGIIQRVSKDEIDKERFSNDKSLEVSETTFVRPPRILSTTENIRKAIVNGKVFYDATIREQRDLVTNVTRKAKSLKLDEARGPSVISSNLNTKRKTIQPRNVNPIRKVRRVFRKRYNPEEVRKRLLEREKNVKSPDNKPKVEENIKT

Target ORF information:

RefSeq Version	XM_013281133.1
Organism	Papilio polytes(common Mormon)
Definition	Papilio polytes uncharacterized LOC106101798 (LOC106101798), mRNA.

Target ORF information:

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

XM_013281133.1

ORF Insert Sequence:

ATGTCGCTTA GAATGTTATA CATATTAGCT GTATGCCCTG TGATACTTGT ATCTGCAGTG 
CTTACTTTGA CCATCGACTC GCAACTTGGA ACCTCTGTTG AAGATTGCTT CGAGCGTATC 
TCAATAGGTG AACAGTTGCC ACGCGACGCC ATCTATCGAA ACATCTCGGA ACTAACAACT 
AAAGAATGTG AACAAATCTG CAAGCAAGAC AAACAATGCC AATCTTACGA CTATGGGATT 
GGAGCGAAAG GCAATGCTAC GTGTAACCTC AGCACGTTAA GCGAAAAAGA AATAAAAGAT 
AAAAGTGTTC TTCGACGAAA TCCTGACTAT GACGTTTATA TTCGAAGATT TCAATGTGAA 
CAGTCACCAC CGACTCCAAT ACAAGCTGAA TTTGATGATC CTGATGGGTT ACTACATCGA 
CCAACATTTA AACCAGCCAG TGATCCTAAA AAGCCTTTAT CGGACGAAGT GTTAGATGAT 
TTAGGGTCTT ACAGTACTGA CACGAAAAAA CCAGCATACA ATAATGAAAG ACCCGATGAT 
TACGATAATT CAAAACCAGA CTACGATAGT CCGCCAAGTT ATGGAATGCA CAAACCTCAA 
GGTGTTCCGT ATCCAATGGA GAATCCACAA AATAATATGT CAAATACAAG ACCTGATCCA 
TATGACGTGC TGCAATTTCA AGACCAGTAC GGAAGACCAC GACCTCAAAC TTGGAGACCA 
GAGGAAATGT ATGGCCACAG ACCGGACGAT TATGGTCCTG ACCCGTATAG ACCTGAAATA 
CCACAGTATC AATACATAAT TAGACCAAAC AGAAGACCAC AGAATGATAA TGGTTATGGA 
AATAAACCTG ATTACACTGG TAGACCTGAC TCTTATGGAC AAAGTATTCC TTCTACACTT 
GACAGACCTT ACAAACCAAC AAAACCCAGT AATGCCTACC CCTCAAGACC AAATGACAAG 
CCAAATTATA GTTATAACAG TCAATATGCT AGCAATTATG GTAGCCAGTA TCATGATAAT 
TCTATTTACT TAGAAATATA TGATCCACCT CGAACGTATA AGCCACCAAT TAAACCAAAT 
AGACCAGGGT ATGGTGTCAA TCAAGGAGAC TATGAATACG GACATCTTGG ATATGGTTAT 
GACACATTTT CTAGTCAAAA TTCATATTCA CATTCACAAA ATAGTCAGTC GCAGTATTAT 
GGATCAGGTG TTATTACCCA AGGTAACAAT TATCGACCTG ATCCAGAATA TTCCAGCAAA 
CCCACTAAAC CGTATGACAT ACAAGACGGT GGCTATGGTT CCCAATCTTC AACTAATCAT 
AATAATGGTG GCTATGGATT ACAATCAACA TCAAAACCTA AACCTAACAA AAAACCAAGT 
TACGGTGGTG GTTACGGTTC ACAAGGTGCC ACAGACAATT ATGGCAGTTC TGGCTATGGT 
TCTGGAGGCA GCGGCTATTA CAGTAGTAGC CAGTCATTTG TCGGCAGCGA GAATTATGAA 
AGTAGTAGTC AAAGCTATTA CGGCAGCCAC GTACAAAATG AAAAACCTCA TAATAATCAC 
GAATACGGAG GTAATAGCCA AAGTAGTCAG GGACCTTACG GTGGAAGTAG TCAAACATCA 
AACAAAAAAC CTTATGAAGG ACAAGGATAT GGTAGTACGA ATCAAAACTA CGGCGCAGAT 
CTAGGTTTAT ATGGTTCTAG CAGCAATGGT TATGGTAGCG GTCAGCAAAC AAACAGGCCA 
TACGGCGGTA GTCAAGGTAC AAGTAGTTAC TATGGAAGTA GCCAAGGTTC TTATTCAGAT 
AAGTATGCTA GTCATCATGA ATATGGAAGT AGCAATCATC ACAAACCAGA TTACAATGAT 
GGATCTTCAA ATGACAAACC ATACACAAGT AGTTCAGGAT ATGGTGGTAG TCATAGTAAC 
CAAGGTGCAT ATGGTGAAAG TCATTCTAGT AACAGACCAT ACGGGGGTGA TACTTCAAGC 
AGTAGTTACG GATCAAGTAA ACCACAAGGC AGTAATTCTG TGTATGGAAA TAATAACAAA 
AAACCCTCAG AAGGTACCTC TTACGGAGAT GGATACGAAA GTTCTAGTGG ATACAATAGC 
AACCAAGCTT CATATGGCGG TAGTCAATAT GGAAGTAGTC AAGGATATGG TGGTCAAAAC 
ACTTATGAAG GTAATTCGTA TGGAGGAAGC CATTCTAATA AGCCTTATGG TGGTAGTTCT 
TCAAATAAGC CTTATGGATC AAACGAAGGA TCCAACGGTT ACGGTACTAC CAGTGGTGGT 
TACGGTAGTT CTGGTTACGA CAACTCGGCC TACGGAGACC AGTCTTATAG CTCAGGTTAC 
ACTGGTCGTC CGTCATACAA ACCTGGGCGA CCTTCAAGTA GCCACTCTTA CACCAGTCAA 
CATAACTCTC AATATGAATC TCAAAGTTCA TTCGAATCCA GTTCGAGTTA TAACAGACCA 
ATTGATAATG GTGGCTATCG TAAACCTAGT AACCAATCAA GTTACGGCGT TGGTTATGAT 
CCCGATAGAC CTGATGTGAA ACCAGTTTAT GAATATGAGA TAGATCGACC AGGTGAGATG 
CCGAGTTACG GGAAACCTAA TGGGGATGTC GTTACTACAA GACCTGTGGC TGTTGGTGAT 
TACGGAGGCA AGCCCCAGTA CGGACGAGAT CCTGGCGGAG AAACATCATA TAAAGCATGT 
TTCCGCCGAG TTCTGGCGGG AAAACGCACC TTAAGGAGTC ATGTCAGACG CGTCGTGAAC 
TGCGAGCGGC TGGAGGATTG TCAGAGAGAA TGCGCCATCG AGAGACGTTT CCACTGCGAG 
AGCTTTAATT ACAGATTGGA TCCAGCTTTC CGTGGTAAAG GTCTGTGCGA GTTAATGACA 
AAACCAATCG AAGCCTTCGA TCTTCAACGA GACTTTGTTG AAGACAAAGA TTATGATTTC 
TACGAACTAG ATCGGAATAG CTTGGAACCT AACTGCCCAG ATACTCTCAG AGGCCCGGGT 
CTTTTACATT CGGGTTTTTT ATCCAATAAG AGGCCTGGCC AGGATGTTGA TAGATGGAAA 
GATAGAATAG ACTGGTACGA TCGAAGTTCT CAAAGTGAAT ATGAAAGACA TTACAACGAA 
AGGAGAAGAG TAGTTAATTC TAATAGAAGA TATCAAAACG AGGTTTATGT ACCTTACCAG 
ATAGGAGTAA GTCGCAGTGA AGAACCTGAA AGTTGGGGAC AACATAACGG AGCCTACGGA 
GGACATAATT ACTATAAAGA TAAAACCGAC TATAGAAAAT CATACAACCA TTGGCAAATA 
TCAGACGAAG CTCACCGGTC AAATTACTAC GGTGTTAAAT CCCATAGCGT TAACTCTGAT 
TTCAATTATA ACAATTTATG GAAAAACAGT GGTTGGGAGA ATCATGGTTA CGGATATGGT 
GCTTGGAAAA GAGGAAGATG GAATAATTCA TGGAACGGCT ATGACTATGG AGAAGCGGGG 
CATTACAAAC ATAATAATCC TCCTGTTTAT TACGAGTTGG ATAGAATAGA CGGACCACCA 
GCTAAAGATT GTTCGTCACG GCGTCGTCCT GGGATGTCAC TAGGTTCCGG CGCGATTAGA 
AGATCTCTGT TTGCTCGTAA CGTGGTCGAA TGTGAAGCCG CTTGTTTTGG GGAAAAGGAA 
TTTAAATGTG TTTCCTACAG TTATAGATAT TCAAGCGGCC GTGGTTCTGA TAATTGTTTC 
CTGAGTGAGC GTCCCTACAG AGGTCTGGAC ATGTCAGCTG ATAGCGACTC GGATGTGTAC 
GCTATGCCGC AGGATCAGGG TTGTGCTACT GTTAGCAGGA CGCCTTGGGT GGAGAGCGAG 
TGTTTCTGGC ACGTGCGGTC TGACTCGGCC GTGTCAGGCA GTGCGGCGCG CACTTCGCTC 
ACGGTGACGG GGCTGGGCGC CTGCGAAGCG GAGTGTATTC GTGCGCATGC CTTCTTTTGC 
AGAGGTTTTA GCTTCAGATT CGATTCTCCA ACGATAGGGG ATGATTTGGA GAATTGTATT 
TTGACGTCAT CCCCGCCTAC GTCATTGGAG ATTGGGCACG GACTGCGCAC TACGTCGGGA 
CACGAACTAT ACGCCAGGGG GAACTACGGC CGCGGGTGCG AACCCGCTCT TTATGATGAT 
GTGCAGCATA AAGATACTGA GTGTTTCTTA AAGTACGACA ACGCCGCCAA GCTGAAGGGC 
ACGGCGGTGC GCGGTCTGGC GAGAGTGAAA GAAAACAAAT CGCCACAAGG GAGAGACAAT 
TGCCTTCTAT CAGAGGTCCG TTTGTTCGAC TTGCAACGTG GTGTTGACTA CGAGCCTTCC 
GCAGACGACT GGCTGTTTGC CTTCGACCTG TTCAACGGAC GGTGCTGGAG GAAGGCTCAT 
GGGAAACAGG AATACGACAT TCTAAGTTCC GAATTGCCGC ACCCAATTCC TCCATCAGCA 
TACCCACCGT CTGGTCCAAC CGGTGATGAT CATTCAGGAC CTTCAGGCCC ATCATATTCA 
TCTCCTTCAG GTCCCAGCGG GCCCGATTTT AAACCCGGAT ATTCGTCAGG ACCAGACACA 
CCAATTAAAC CTGGTTATAC CGCACCTTCT GGCCCTGGAC ATAAGCCGAG CTCTCCAGGA 
TATGTGCCTG ATACAGCTCC TTCTGGACCA AGTGGACCCG ATTATAAACC TTACATACCT 
TCTAGTCCCG GTTATATAGA ACCTAGTGCT CCCACATTCA AACCGGGCTA TCCACCTCCC 
TCCTTTAAAC CTGTACTACC TTTACCGCCT CGCAAACCTA TACCTCCGCC TAGCGGTCCT 
GATTATAGGC CGGGTTATCC ATCCCCTAGC GGACCTGAAT ATAAACCCGG ATATCGGCCT 
GTTGAACCGA GTAGACCGTA CCCGCCATTA CCACCTAAAC CGGATTATCG ACCTGGTGGC 
AGTAGACCGG GATACGAAGG TGACAGGGAG GAGAATGGAT CACTACTTAT GTCGTGGCGT 
CAGTACACTG TGTCAGGGTT CCCTTGTCGT AGAGGCACAA GCTGTGCACA GAACCATGTC 
GCTGGCCATT GGGCGTGTGA ACCCGAGGGC GGGGAAATTG GGTCTTGGGA CTACTGTTGC 
GCCCCGACTC ACCGCTGTGG GTACAGTGAA GGATTCCAAA AGCCATGGTG CTACGTCGGC 
CCCACACACG AGCAATGGCG ACCGTGTAGT GAGAAATACT ATCCGTATTT CAAACATAAA 
GTTCCTCATC CCTCGCAAGG ACAAAGAGAA CCGAGTTCTT CACAAGTTTC GGGACAATGG 
CGTGATAAAT CCGGCAACGT ACCTCAAGGA GGAGAAAGAC CCGGACCTTA TCTAGCAGAT 
ACCGATAAAA ATTATTGGGA TGATCTGTAT AAGAACGGAC CAAGAGCTTA TTATGATAAA 
CATGGAAATC CATTACCAGG TTACACTCGC GTGGCAACAG AAGAAAGGCC CAGAATAAGA 
TATCATCACA ACCAACCTCA ACCAGGTAGT GGAACTTGGG TGCCCGTTCC AGACTTCGGT 
GGTTTTGACA ACCGTGTAGT CCCTGAACCA CTTGGAGCTC CTAGATACTG GCCTGTAGCT 
TATCTTCATA AAGGACCTCC GCCTAATATG ACGTATTTCA GATATAATGA AACTGATCAT 
ACTTCACATG ATAGAGCTCA GTCTCGTGAT ATCGAAGACG GTATAGCTCT ACCAACAGAG 
CGGTCATTAA ACGAGTTCAA AAGAGTTGAC GTCATCAGAC CTAAAGGTAC TGATATAGAA 
GGCAGGAAAA TAAGAGATGG TCCAACAGAT AATAAAACAA ATCTAGACGA AGATTTCTTA 
AAATTAGACA ATGACACTAC TACAAGCACA ACAACAACAA CAACGACCAC AACTACAACC 
ACTACAACTC CTAAAAGTAT TTCTTATAAA TCAAATAATG ATAGTGAGGT TATCAAAAAC 
TTAACAAATA CTAATACAAC AGAGATTCAA ATAAGTAAAC CAAATCAGAC CGTATCTACA 
TTGGATATAA ATGATGAATT TGATAAACTT AAAGGCATTG ATGGCAAATT AGAGGATTTC 
TCCAAATCAA TTGAAGTTTT TGAACTAGAC GATAGAACTA AGTGTGATAA AGAAACCGAT 
TTCAAAACTT TAGAAGCGGA AGAAAGACAG ATCGAAGCGA TTGGAAGACT AGTAGCATCC 
AGACGTGGTG GAAAGCTGAT CCTTGAGAAA CGATCGCAAA AAGATTTGGA AAGCAAAAAT 
ATCGCTGTAG ATAAAGATTT ATTGGATTTT AACTTCGGAA ATAAATTTCC AACAACCGAA 
AGGCGCGGTA TCATACAAAG AGTAAGTAAA GATGAAATAG ACAAGGAAAG ATTTTCTAAT 
GACAAAAGTT TAGAAGTCAG TGAAACAACT TTTGTAAGGC CTCCTAGAAT TCTTAGTACA 
ACTGAAAACA TACGAAAGGC CATTGTTAAT GGAAAAGTAT TTTACGACGC AACTATAAGG 
GAACAAAGAG ATTTAGTAAC TAATGTGACA AGAAAAGCTA AGAGCCTAAA ATTGGATGAA 
GCTAGGGGTC CGTCTGTTAT ATCTAGTAAT TTAAATACTA AAAGAAAAAC TATACAACCA 
AGAAATGTTA ATCCAATTAG AAAAGTAAGA CGAGTCTTTA GAAAGAGGTA TAATCCAGAA 
GAAGTTAGAA AACGGTTATT AGAAAGAGAA AAGAACGTAA AATCTCCAGA TAATAAACCA 
AAAGTAGAAG AAAATATTAA AACATAA