Parp14 cDNA ORF clone, Mus musculus(house mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Parp14
Entrez Gene ID	547253
Full Name	poly (ADP-ribose) polymerase family, member 14
Synonyms	1600029O10Rik,ARTD8,BC021340,CoaSt6,mKIAA1268
General protein information	Preferred Names poly (ADP-ribose) polymerase family, member 14 Names poly [ADP-ribose] polymerase 14 ADP-ribosyltransferase diphtheria toxin-like 8 PARP-14 collaborator of STAT6
Gene Type	protein-coding
Organism	Mus musculus(house mouse)
Genome	Chromosome: 16 Map Location: 16\|16 B3

mRNA and Protein(s)

mRNA	Protein	Name
XM_006522394.3	XP_006522457.2	poly [ADP-ribose] polymerase 14 isoform X2
XM_006522393.3	XP_006522456.1	poly [ADP-ribose] polymerase 14 isoform X3
XM_006522393.4	XP_006522456.1	protein mono-ADP-ribosyltransferase PARP14 isoform X3
XM_006522392.3	XP_006522455.1	poly [ADP-ribose] polymerase 14 isoform X1
XM_006522392.4	XP_006522455.1	protein mono-ADP-ribosyltransferase PARP14 isoform X1
XM_006522394.4	XP_006522457.2	protein mono-ADP-ribosyltransferase PARP14 isoform X2
NM_001039530.3	NP_001034619.2	protein mono-ADP-ribosyltransferase PARP14

Pathways from BioSystems

Homologies

Gallus gallus (chicken)	PARP14	XP_422113.4
Danio rerio (zebrafish)	LOC100332428	XP_002663580.3
Homo sapiens (human)	PARP14	NP_060024.2
Mus musculus (house mouse)	Parp14	NP_001034619.2
Danio rerio (zebrafish)	parp14	XP_691115.6
Xenopus tropicalis (tropical clawed frog)	parp14	XP_004919737.1
Xenopus tropicalis (tropical clawed frog)	LOC101732564	XP_004919736.1
Canis lupus familiaris (dog)	PARP14	XP_850880.2
Rattus norvegicus (Norway rat)	Parp14	NP_001178588.1
Pan troglodytes (chimpanzee)	PARP14	XP_516695.3
	PARP14	XP_001105869.2
Danio rerio (zebrafish)	si:ch211-219a4.3	NP_001107919.2
Xenopus tropicalis (tropical clawed frog)	LOC100487753	XP_002942644.2
Bos taurus (cattle)	PARP14	NP_001193467.1

Gene Ontology
Bibliography

Related articles in PubMed

Poly-ADP ribose polymerase-14 limits severity of allergic skin disease.
Krishnamurthy P, Da-Silva-Arnold S, Turner MJ, Travers JB, Kaplan MH
Immunology152(3)451-461(2017 Nov)

PARP9 and PARP14 cross-regulate macrophage activation via STAT1 ADP-ribosylation.
Iwata H, Goettsch C, Sharma A, Ricchiuto P, Goh WW, Halu A, Yamada I, Yoshida H, Hara T, Wei M, Inoue N, Fukuda D, Mojcher A, Mattson PC, Barab?si AL, Boothby M, Aikawa E, Singh SA, Aikawa M
Nature communications712849(2016 Oct)

The macrophage IRF8/IRF1 regulome is required for protection against infections and is associated with chronic inflammation.
Langlais D, Barreiro LB, Gros P
The Journal of experimental medicine213(4)585-603(2016 Apr)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

PARP14 has an intrinsic role in Th2 cytokine control to limit the severity of allergic skin disease.
Title: Poly-ADP ribose polymerase-14 limits severity of allergic skin disease.

these studies demonstrate that PARP-14 regulates multiple cytokine responses during inflammatory immunity.
Title: Poly-ADP-ribosyl polymerase-14 promotes T helper 17 and follicular T helper development.

study provides a novel mechanism for the posttranscriptional regulation of TF expression, indicating that this is selectively regulated by PARP-14.
Title: PARP-14 combines with tristetraprolin in the selective posttranscriptional control of macrophage tissue factor expression.

findings show that PARP14 influences the class distribution, affinity repertoire, and recall capacity of Ab responses in mice
Title: B cell-intrinsic and -extrinsic regulation of antibody responses by PARP14, an intracellular (ADP-ribosyl)transferase.

PARP-14 is an important factor for T helper cell differentiation and it binds to specific DNA sequences to mediate its function.
Title: PARP-14 binds specific DNA sequences to promote Th2 cell gene expression.

The following Parp14 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Parp14 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)
OMu52306	XM_006522392.4 Latest version!	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OMu52307	XM_006522393.4 Latest version!	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OMu75373	XM_006522394.4 Latest version!	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OMu13023	NM_001039530.3 Latest version!	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1336.30 $1909.00
View Old Accession Versions >>
OMu52307	XM_006522393.3	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OMu52306	XM_006522392.3	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OMu75373	XM_006522394.3	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$951.30 $1359.00
Hide Old Accession Versions >>

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*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)

Parp14 ( XM_006522394.3 ) cDNA ORF clone, Mus musculus(house mouse) -> XP_006522457.2 Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMu75373
Clone ID Related Accession (Same CDS sequence)	XM_006522394.3 , XM_006522394.4
Accession Version	XM_006522394.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5469bp) 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	2016-06-21
Organism	Mus musculus(house mouse)
Product	poly [ADP-ribose] polymerase 14 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000082.6) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 22, 2016 this sequence version replaced XM_006522394.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus musculus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAGTGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGGTG AGGGGCGCGA AGTTCGGCAG AACGTTCTGG AGAGAGGGAA TCATGAGTTA 
GTGTGGCAAG AAAAAGGAAC ATTCAAGTTG ACTGTCCTGA TGCCCACAGA CCCTGAGGAA 
GCCTCAGCCT CTAAGAAGTC AAGGAAGGAG TCTCCAGAAG AGGAGTCCAA GACAAAAGAA 
GATGCTGTGA AACAAGGTGA TTTGGATATA ACACATTCTC CCAGCAGTGG ATCAGAAAAG 
ACAGAAGATG TCCCAAAAGA ATGTGAAAAT ATTTCCTCCA TGGTGGCATT TGAAAACCTG 
CCTGAGAAAG TATCCGAGAT GGTGCTGACC ATCCTGGTGG AGAATATAAG CGGCCTCCCC 
AGTGATGACT TTAAGGTGGA AGTGAACCGA GATTTTGCTG TTGCCGTGGT TACCTTTCAG 
AAGCCTATAG ATATCAAAAA ATTTATTGTT GACTGTATCA GCCACCGCTC AAATCAACAA 
CTCCAGCTTG CCCCGAGACT TCTGGAAACA ACGAATGTAG TCAGGGTGGA AAACCTGCCT 
CCTGGGGTGG ACGAGTACCA GCTGCAACTC TTCTTCGAAA ACCCTTTCAA CGGGGGCGGA 
AGGGTCGCCC GAGTTGAGTG TTTCCCAGAA GAGAGTTCGG CACTGGTTGA GTTTTGTGAC 
AGCAAAGTGT TAGACACCGT CATGGCCAAG ACACACAGTT ACAACAAGAT GCCACTGTCT 
GTCTTCCCCT ATTATCCCTC TCTGGGCACA GCCTTGTATG GTGAGGAGAA GCCTCTGATA 
AAGCTTCCAG CATCTTTCCA GGAGTCTCTT GATCTTCCTT TGTGGAAGTT CTTTCAGAAA 
AATAATCATC TGATTGAGGA GATAAATAAT GAAATGAGGT GCTGTCACTG TGAGCTGACT 
TGGTCTGAAA TCAATGGTAA ACTGACCATC AGACCCGCTG CCACCTTAGT CAATCATAGA 
CTGAGCATTA AGACCTGGCA GAGAGACGCA TCCGCAGTGC TCTCTGGCAT CAAGTCTAAA 
TATGGAGTGG AGTTGTTTGA AGTGTGCTCG CCAGTATGGG ACATCATAAA GCATGAGTTA 
GAGTCAGGAG ATGACAGGGT TTTGGTTGAG TTTGAAAAGG AGAGTCTAAA CATAGCAGGA 
AAATCAGAAG ACGTCCAAGG CATGAGCCAG AAAATCAGGG AATTAATAGA GAGCACCACT 
GAAAAGCTCA GAAGGGAAGA GCAGAGTCTG AAGGAGAAAG TGGCCATTTC CCCGGGAAAG 
CATTATCTTT TGCACCACAG TGGCTTCCTG AAGGATCTAA GCAAGGGGTT CCCAGAGATG 
GAGATCTCTT ACGACGCCAC GGCTCAGTTC CTGTACTTGA AGGGCTTCCG TGCAGATGTG 
TACAAAGTAA AGTGTGACAT CCAAGAGAAG GTGTTCTCCA TGGCTCAAAA GGATGTCCAG 
GTCTCTTCTG AAGTCTTCGA ATTTCTGCAG CAAGTAGACA GTCAGAGACT CTCTAAGTCT 
CTGTTTGAGG CACAGAACAT TCTCGCCATA TATGAGCTGA AAGGTACAGC TCTTTTCTTA 
GTTGGAAGTT CTTTCAAAGA TCTGGCAGAA GCCGAGACAA AAATGCTCAG TGCTTTAAGT 
CATAAGCAGA TTGAAGTTGA GGACAAGGAG GTTCTGATAA GTAATGGGTG GAAGAAGAAA 
GTTCACCCTC TGCAAAAGAG ACACAGCTCT TGTGCAACCA TTATAGTCCA GAATGAATTG 
ACTTCAGAAA CCCCGGCAAA GGTCATTGTT ACAGGCTGTG TGAAAGAAGT GAATGAAATC 
CATAGGCAAC TTTTTGAGTA TTTGGAAAAC AACATGAAAG TTGAAAGAGC ACTTAAAATC 
AAACCATCCT TGATTGTTGA CTATTTAAGG ACAGACAAGA GGCTATTGTC AAAGATAAAG 
AAGGCACATG TGTATGTGCA TTTTAAGCCT AAAGACAATC CAAACAGCAT TTTGCTAACT 
GGCTGCAAGA GCAAAGTTCT AGAGTGCATG AATCTAGTCA AGGAAATCCA GGATTCAGTC 
TGTGTCCAAA GATTCCAGAC TGACAAAGCT GGCGTCAGGC ACTTCTTCAA AGATAAAGAA 
TCGTATTACA AAACGGAGAT TGGTCGTCAG TTCGGATGCG TCATTGAATT GGAGGAGGAT 
AGAGAGGAGA AGGGTGAAGA GGAGGATGGT GAAGAGGAGG AGGGTGAAGA GGAGGGAGAA 
AGCAGCATTA ATGAGCAGAA GTGTCACCTA CAGAGGGACA TAGCCCCCGG AGTCAAACTG 
TTCGTCCTCG AGGAAGACCT GAGTCGGTTT CCCGTCGATG TGGTAGTGAA TGCAGCAAAT 
GAGAACCTGA AGCATATCAG CGGTCTCGCA CAGGCTCTCT CAAAGGCCGC TGGCCCTGAA 
CTCCAAACAG AATGTGACCA GATAGTAAAA GAGGGCGGCG TGGTCCTACC CGGCAATGCT 
GTTATCTCAA AAGCAGGCAA GCTCCCTTGT CACCACGTCA TCCATGCGGT AGGGCCTCGA 
TGGAAGGGAG ATAAAGTCCT GGAGTGTGTG AGCCTGCTAA AGAAAGTGGT TAGACAAAGC 
CTCAGTTTAG CTGAGGAGCA CAGGTGCCGC TCCATAGCCA TGCCAGCGGT CAGCGCTGGG 
ATCTTTGACT TTCCCTTAGA ACTGTGTGTG GCAAACATTG TTTCAGCCAT CAAGGAACAC 
TTCCAGCATA AGCGAGACAC ACACACCTTG AAAAAGATTT ACCTGGTGGG CCTACCTGCC 
AAGGTTGCCA GGGCCTTTGC TGAAGCTGTC AAGACTACAT ATAAAGACTC CCTTTCCCAC 
ACAGCTTTCC CATCCAGTTT AAAGGCTTTA GTACCACTTG GGAAAACGCC CCAGAAACAG 
GGCAGTCTGC TGGTGTCACC AGAAGGCCTG AGAATCCGCC TGGTAGAAGA AGGCGTGCAG 
AATGCTACGA CCCATGCCAT TGTGAACTCT ATTTCCCCGG ATCTTAAACT CAACAAAGGA 
CCCCTTTCTC AGGCCTTCTT GGAAAAGGCT GGGCCAAAAC TCCAGGAGGA ATTGACCAGG 
TCAGGACAAG GGGTCTCTGT TGATGTGGGC ACAATTCTTC AAACCAGTGG CTGTAATCTC 
AACAGCCGCC ACGTCTTCCA TGTGGTGCCT CCACCTTGGA AAAGCAACAA CAGTGCATGG 
TCACTAAAGA TCATGAAAAA CATCATCCGT GACTGCCTGA AGACCACCGA GAACCTGTCT 
CTACAATCGA TTGCATTTCC AGCAATAGGA ACGGGAAATT TGAGGTTTCC TAAACCTGAA 
TTTGCTAAAT TAATAATTTC AGAAGTGCTC AAATTTAGTA GCAGGAACCA ACTGAAAACT 
TTACAAGAGG TTCAGTTTCT GCTGCACCCG AAAGACCATG AAAACATTCA GGCATTTTCA 
GATGAATTTG ACAAGAGAAA TAATGGAGAT CCTAGTGACA AAAATCCCAA GGCTGAAGAC 
ACACAAGGTA TCTATGGGAG CCTTTCCAGC CCTACTTTAG GAATGCATGA AATGAATATT 
GGTCCAATCC TCTTCCAAGT GGCCACTGGG AACATCATCA AAGAAGTGGC AGATGTGATT 
GTCAATTCAA CAACACTCAC ATTTGATCTC AAATCAGGGG TCTCCAAAGC AATTTTGGAA 
GGTGCAGGAC AAAATGTGGA GCAAGAATGT TCTCTCTTGG CTAAACAGAG TAACCATGGG 
TATATAGTCA CTGGAGGTGG ACTATTGCAA TGTAAGAACA TTATTCATGT TGTTGGTGGG 
AATGATGTCA AGAAATCGGT TTCCTGTGTT TTGGAAGAAT GTGAACAACG GAATTACTCA 
TCCATTTGCC TACCAGCTAT TGGCACAGGA AATGCTCAAC AGGACCCAAA CGTAGTAGCA 
AAAGCGATAA TAGATGCCAT TGAAGAATTT GTCCAGAAAA AATCAGTGCA GGCTGTGAAG 
AGAGTTAAAG TTGTTATCTT CCAGCCCCAT ATTCTGCAAT TTTTTTACGA CAACATGAAA 
GAAAGAGAAG GCTCTCCAGC TCCCCCCAAG CAGTCGCCTG CCAAGCAGTC AGTGATGTCT 
AAGATTGCCT CCTTTCTTGG CTTTCCCAAG CAAGCTTCCC CCAAAAAGAA CACCCTGGTT 
TTGGAAAAGA AAATAGAGCA CACAGTTTTC CAGGTATGTG GTTCAGGGGT AGACAGTGTG 
AACAAAACAA TCTCCTGGCT AAAGGAACTG ATTACCAAAG AGCAGCTTTC CTACACCAAT 
GACGATGAGT GTGTCAGTGA CTTTGACATG GAGGAGTACG AGAAACTGAA TGAGATTCAG 
AAGGAACTGA ACATCACCAT TGAGATGAAC CAGAAGAAAA CTTCGATTCA AGTTTCAGGA 
ATTAGCAGAG ACGTGATAAA AGCTAGAGAT GAGATTGAGG GCATGATCAA GAGCATTCGA 
TTGGCTAAAG AAAAGGAAAG CCAGGCAGAC TACATCTCTA CATATGTGGA ATGGCAGTAT 
ATTGATAAAA ACATCACACA GTGTTTTGAC AAAATGACCA ACATGAAGTT GGAGGTTGCA 
TGGAAGGCCA AGAAGAAGGA CACGGTTGTC CAAATTCACA ATCAGGATTT CACGGTGGAC 
TTGAGCACAA ACACAGCCAC CGCTCCCCAA GGCCAGACTT TCACTGTTCA GCGCCTCGTC 
AAAGCTGAAG CTGAAATCCC TGCCAATTGG AGTGACATGA AGCAGGACAA ATTGCTTCTG 
GTGAATCTGC AAACCAGTGA TCCCGAATAC AACATGGTGG CAAGCGCCTT CCGTCAGACC 
TGCTCAAACT TTTTCATAGA GAAGATTGAA AGGATTCAGA ATCCAGCTCT TTGGAGAAGG 
TATCAGGCAT ACAAAAAAAG TATGGATGAA AAGAATGGCA ATGTAAGAAA TGAGAAGCAT 
CTCTTCCATG GGACAGAGGC TAGCTCTCTA CCACAGCTCA ACAGTAATGG ATTTAACCGC 
AGCTATGCTG GGAAGAACGC TACTGCCTAC GGGAAAGGAA CCTATTTTGC TGTCAAAGCT 
TCCTATTCTG CCTGTGACAC ATATTCCAGA CCAGACACCA ATGGGAGAAA GTATATGTAT 
TATGTGCGGG TTCTCACTGG AAACTACACG AATGGAAACG CGTCACTGAT TGTGCCCCCC 
TCGAGGGACC CTCAAAATGC TGCTGACTTG TATGACACCG TCACAGATAA TGATAAAAAT 
CCAAGTATAT TTGTAGTGTT TTATGACAAC CAAACGTACC CTGAGTATCT TATCACATTT 
AGGCAGTAA

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

RefSeq	XP_006522457.2
CDS	83..5551
Translation	MAASGSFPLLVEGSWGPDPPKNLINKLQVYFQSRKKSGGGECEVVPEPGNPARFRVLFSPEDGEGREVRQNVLERGNHELVWQEKGTFKLTVLMPTDPEEASASKKSRKESPEEESKTKEDAVKQGDLDITHSPSSGSEKTEDVPKECENISSMVAFENLPEKVSEMVLTILVENISGLPSDDFKVEVNRDFAVAVVTFQKPIDIKKFIVDCISHRSNQQLQLAPRLLETTNVVRVENLPPGVDEYQLQLFFENPFNGGGRVARVECFPEESSALVEFCDSKVLDTVMAKTHSYNKMPLSVFPYYPSLGTALYGEEKPLIKLPASFQESLDLPLWKFFQKNNHLIEEINNEMRCCHCELTWSEINGKLTIRPAATLVNHRLSIKTWQRDASAVLSGIKSKYGVELFEVCSPVWDIIKHELESGDDRVLVEFEKESLNIAGKSEDVQGMSQKIRELIESTTEKLRREEQSLKEKVAISPGKHYLLHHSGFLKDLSKGFPEMEISYDATAQFLYLKGFRADVYKVKCDIQEKVFSMAQKDVQVSSEVFEFLQQVDSQRLSKSLFEAQNILAIYELKGTALFLVGSSFKDLAEAETKMLSALSHKQIEVEDKEVLISNGWKKKVHPLQKRHSSCATIIVQNELTSETPAKVIVTGCVKEVNEIHRQLFEYLENNMKVERALKIKPSLIVDYLRTDKRLLSKIKKAHVYVHFKPKDNPNSILLTGCKSKVLECMNLVKEIQDSVCVQRFQTDKAGVRHFFKDKESYYKTEIGRQFGCVIELEEDREEKGEEEDGEEEEGEEEGESSINEQKCHLQRDIAPGVKLFVLEEDLSRFPVDVVVNAANENLKHISGLAQALSKAAGPELQTECDQIVKEGGVVLPGNAVISKAGKLPCHHVIHAVGPRWKGDKVLECVSLLKKVVRQSLSLAEEHRCRSIAMPAVSAGIFDFPLELCVANIVSAIKEHFQHKRDTHTLKKIYLVGLPAKVARAFAEAVKTTYKDSLSHTAFPSSLKALVPLGKTPQKQGSLLVSPEGLRIRLVEEGVQNATTHAIVNSISPDLKLNKGPLSQAFLEKAGPKLQEELTRSGQGVSVDVGTILQTSGCNLNSRHVFHVVPPPWKSNNSAWSLKIMKNIIRDCLKTTENLSLQSIAFPAIGTGNLRFPKPEFAKLIISEVLKFSSRNQLKTLQEVQFLLHPKDHENIQAFSDEFDKRNNGDPSDKNPKAEDTQGIYGSLSSPTLGMHEMNIGPILFQVATGNIIKEVADVIVNSTTLTFDLKSGVSKAILEGAGQNVEQECSLLAKQSNHGYIVTGGGLLQCKNIIHVVGGNDVKKSVSCVLEECEQRNYSSICLPAIGTGNAQQDPNVVAKAIIDAIEEFVQKKSVQAVKRVKVVIFQPHILQFFYDNMKEREGSPAPPKQSPAKQSVMSKIASFLGFPKQASPKKNTLVLEKKIEHTVFQVCGSGVDSVNKTISWLKELITKEQLSYTNDDECVSDFDMEEYEKLNEIQKELNITIEMNQKKTSIQVSGISRDVIKARDEIEGMIKSIRLAKEKESQADYISTYVEWQYIDKNITQCFDKMTNMKLEVAWKAKKKDTVVQIHNQDFTVDLSTNTATAPQGQTFTVQRLVKAEAEIPANWSDMKQDKLLLVNLQTSDPEYNMVASAFRQTCSNFFIEKIERIQNPALWRRYQAYKKSMDEKNGNVRNEKHLFHGTEASSLPQLNSNGFNRSYAGKNATAYGKGTYFAVKASYSACDTYSRPDTNGRKYMYYVRVLTGNYTNGNASLIVPPSRDPQNAADLYDTVTDNDKNPSIFVVFYDNQTYPEYLITFRQ

Target ORF information:

RefSeq Version	XM_006522394.3
Organism	Mus musculus(house mouse)
Definition	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X2, mRNA.

Target ORF information:

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

XM_006522394.3

ORF Insert Sequence:

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAGTGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGGTG AGGGGCGCGA AGTTCGGCAG AACGTTCTGG AGAGAGGGAA TCATGAGTTA 
GTGTGGCAAG AAAAAGGAAC ATTCAAGTTG ACTGTCCTGA TGCCCACAGA CCCTGAGGAA 
GCCTCAGCCT CTAAGAAGTC AAGGAAGGAG TCTCCAGAAG AGGAGTCCAA GACAAAAGAA 
GATGCTGTGA AACAAGGTGA TTTGGATATA ACACATTCTC CCAGCAGTGG ATCAGAAAAG 
ACAGAAGATG TCCCAAAAGA ATGTGAAAAT ATTTCCTCCA TGGTGGCATT TGAAAACCTG 
CCTGAGAAAG TATCCGAGAT GGTGCTGACC ATCCTGGTGG AGAATATAAG CGGCCTCCCC 
AGTGATGACT TTAAGGTGGA AGTGAACCGA GATTTTGCTG TTGCCGTGGT TACCTTTCAG 
AAGCCTATAG ATATCAAAAA ATTTATTGTT GACTGTATCA GCCACCGCTC AAATCAACAA 
CTCCAGCTTG CCCCGAGACT TCTGGAAACA ACGAATGTAG TCAGGGTGGA AAACCTGCCT 
CCTGGGGTGG ACGAGTACCA GCTGCAACTC TTCTTCGAAA ACCCTTTCAA CGGGGGCGGA 
AGGGTCGCCC GAGTTGAGTG TTTCCCAGAA GAGAGTTCGG CACTGGTTGA GTTTTGTGAC 
AGCAAAGTGT TAGACACCGT CATGGCCAAG ACACACAGTT ACAACAAGAT GCCACTGTCT 
GTCTTCCCCT ATTATCCCTC TCTGGGCACA GCCTTGTATG GTGAGGAGAA GCCTCTGATA 
AAGCTTCCAG CATCTTTCCA GGAGTCTCTT GATCTTCCTT TGTGGAAGTT CTTTCAGAAA 
AATAATCATC TGATTGAGGA GATAAATAAT GAAATGAGGT GCTGTCACTG TGAGCTGACT 
TGGTCTGAAA TCAATGGTAA ACTGACCATC AGACCCGCTG CCACCTTAGT CAATCATAGA 
CTGAGCATTA AGACCTGGCA GAGAGACGCA TCCGCAGTGC TCTCTGGCAT CAAGTCTAAA 
TATGGAGTGG AGTTGTTTGA AGTGTGCTCG CCAGTATGGG ACATCATAAA GCATGAGTTA 
GAGTCAGGAG ATGACAGGGT TTTGGTTGAG TTTGAAAAGG AGAGTCTAAA CATAGCAGGA 
AAATCAGAAG ACGTCCAAGG CATGAGCCAG AAAATCAGGG AATTAATAGA GAGCACCACT 
GAAAAGCTCA GAAGGGAAGA GCAGAGTCTG AAGGAGAAAG TGGCCATTTC CCCGGGAAAG 
CATTATCTTT TGCACCACAG TGGCTTCCTG AAGGATCTAA GCAAGGGGTT CCCAGAGATG 
GAGATCTCTT ACGACGCCAC GGCTCAGTTC CTGTACTTGA AGGGCTTCCG TGCAGATGTG 
TACAAAGTAA AGTGTGACAT CCAAGAGAAG GTGTTCTCCA TGGCTCAAAA GGATGTCCAG 
GTCTCTTCTG AAGTCTTCGA ATTTCTGCAG CAAGTAGACA GTCAGAGACT CTCTAAGTCT 
CTGTTTGAGG CACAGAACAT TCTCGCCATA TATGAGCTGA AAGGTACAGC TCTTTTCTTA 
GTTGGAAGTT CTTTCAAAGA TCTGGCAGAA GCCGAGACAA AAATGCTCAG TGCTTTAAGT 
CATAAGCAGA TTGAAGTTGA GGACAAGGAG GTTCTGATAA GTAATGGGTG GAAGAAGAAA 
GTTCACCCTC TGCAAAAGAG ACACAGCTCT TGTGCAACCA TTATAGTCCA GAATGAATTG 
ACTTCAGAAA CCCCGGCAAA GGTCATTGTT ACAGGCTGTG TGAAAGAAGT GAATGAAATC 
CATAGGCAAC TTTTTGAGTA TTTGGAAAAC AACATGAAAG TTGAAAGAGC ACTTAAAATC 
AAACCATCCT TGATTGTTGA CTATTTAAGG ACAGACAAGA GGCTATTGTC AAAGATAAAG 
AAGGCACATG TGTATGTGCA TTTTAAGCCT AAAGACAATC CAAACAGCAT TTTGCTAACT 
GGCTGCAAGA GCAAAGTTCT AGAGTGCATG AATCTAGTCA AGGAAATCCA GGATTCAGTC 
TGTGTCCAAA GATTCCAGAC TGACAAAGCT GGCGTCAGGC ACTTCTTCAA AGATAAAGAA 
TCGTATTACA AAACGGAGAT TGGTCGTCAG TTCGGATGCG TCATTGAATT GGAGGAGGAT 
AGAGAGGAGA AGGGTGAAGA GGAGGATGGT GAAGAGGAGG AGGGTGAAGA GGAGGGAGAA 
AGCAGCATTA ATGAGCAGAA GTGTCACCTA CAGAGGGACA TAGCCCCCGG AGTCAAACTG 
TTCGTCCTCG AGGAAGACCT GAGTCGGTTT CCCGTCGATG TGGTAGTGAA TGCAGCAAAT 
GAGAACCTGA AGCATATCAG CGGTCTCGCA CAGGCTCTCT CAAAGGCCGC TGGCCCTGAA 
CTCCAAACAG AATGTGACCA GATAGTAAAA GAGGGCGGCG TGGTCCTACC CGGCAATGCT 
GTTATCTCAA AAGCAGGCAA GCTCCCTTGT CACCACGTCA TCCATGCGGT AGGGCCTCGA 
TGGAAGGGAG ATAAAGTCCT GGAGTGTGTG AGCCTGCTAA AGAAAGTGGT TAGACAAAGC 
CTCAGTTTAG CTGAGGAGCA CAGGTGCCGC TCCATAGCCA TGCCAGCGGT CAGCGCTGGG 
ATCTTTGACT TTCCCTTAGA ACTGTGTGTG GCAAACATTG TTTCAGCCAT CAAGGAACAC 
TTCCAGCATA AGCGAGACAC ACACACCTTG AAAAAGATTT ACCTGGTGGG CCTACCTGCC 
AAGGTTGCCA GGGCCTTTGC TGAAGCTGTC AAGACTACAT ATAAAGACTC CCTTTCCCAC 
ACAGCTTTCC CATCCAGTTT AAAGGCTTTA GTACCACTTG GGAAAACGCC CCAGAAACAG 
GGCAGTCTGC TGGTGTCACC AGAAGGCCTG AGAATCCGCC TGGTAGAAGA AGGCGTGCAG 
AATGCTACGA CCCATGCCAT TGTGAACTCT ATTTCCCCGG ATCTTAAACT CAACAAAGGA 
CCCCTTTCTC AGGCCTTCTT GGAAAAGGCT GGGCCAAAAC TCCAGGAGGA ATTGACCAGG 
TCAGGACAAG GGGTCTCTGT TGATGTGGGC ACAATTCTTC AAACCAGTGG CTGTAATCTC 
AACAGCCGCC ACGTCTTCCA TGTGGTGCCT CCACCTTGGA AAAGCAACAA CAGTGCATGG 
TCACTAAAGA TCATGAAAAA CATCATCCGT GACTGCCTGA AGACCACCGA GAACCTGTCT 
CTACAATCGA TTGCATTTCC AGCAATAGGA ACGGGAAATT TGAGGTTTCC TAAACCTGAA 
TTTGCTAAAT TAATAATTTC AGAAGTGCTC AAATTTAGTA GCAGGAACCA ACTGAAAACT 
TTACAAGAGG TTCAGTTTCT GCTGCACCCG AAAGACCATG AAAACATTCA GGCATTTTCA 
GATGAATTTG ACAAGAGAAA TAATGGAGAT CCTAGTGACA AAAATCCCAA GGCTGAAGAC 
ACACAAGGTA TCTATGGGAG CCTTTCCAGC CCTACTTTAG GAATGCATGA AATGAATATT 
GGTCCAATCC TCTTCCAAGT GGCCACTGGG AACATCATCA AAGAAGTGGC AGATGTGATT 
GTCAATTCAA CAACACTCAC ATTTGATCTC AAATCAGGGG TCTCCAAAGC AATTTTGGAA 
GGTGCAGGAC AAAATGTGGA GCAAGAATGT TCTCTCTTGG CTAAACAGAG TAACCATGGG 
TATATAGTCA CTGGAGGTGG ACTATTGCAA TGTAAGAACA TTATTCATGT TGTTGGTGGG 
AATGATGTCA AGAAATCGGT TTCCTGTGTT TTGGAAGAAT GTGAACAACG GAATTACTCA 
TCCATTTGCC TACCAGCTAT TGGCACAGGA AATGCTCAAC AGGACCCAAA CGTAGTAGCA 
AAAGCGATAA TAGATGCCAT TGAAGAATTT GTCCAGAAAA AATCAGTGCA GGCTGTGAAG 
AGAGTTAAAG TTGTTATCTT CCAGCCCCAT ATTCTGCAAT TTTTTTACGA CAACATGAAA 
GAAAGAGAAG GCTCTCCAGC TCCCCCCAAG CAGTCGCCTG CCAAGCAGTC AGTGATGTCT 
AAGATTGCCT CCTTTCTTGG CTTTCCCAAG CAAGCTTCCC CCAAAAAGAA CACCCTGGTT 
TTGGAAAAGA AAATAGAGCA CACAGTTTTC CAGGTATGTG GTTCAGGGGT AGACAGTGTG 
AACAAAACAA TCTCCTGGCT AAAGGAACTG ATTACCAAAG AGCAGCTTTC CTACACCAAT 
GACGATGAGT GTGTCAGTGA CTTTGACATG GAGGAGTACG AGAAACTGAA TGAGATTCAG 
AAGGAACTGA ACATCACCAT TGAGATGAAC CAGAAGAAAA CTTCGATTCA AGTTTCAGGA 
ATTAGCAGAG ACGTGATAAA AGCTAGAGAT GAGATTGAGG GCATGATCAA GAGCATTCGA 
TTGGCTAAAG AAAAGGAAAG CCAGGCAGAC TACATCTCTA CATATGTGGA ATGGCAGTAT 
ATTGATAAAA ACATCACACA GTGTTTTGAC AAAATGACCA ACATGAAGTT GGAGGTTGCA 
TGGAAGGCCA AGAAGAAGGA CACGGTTGTC CAAATTCACA ATCAGGATTT CACGGTGGAC 
TTGAGCACAA ACACAGCCAC CGCTCCCCAA GGCCAGACTT TCACTGTTCA GCGCCTCGTC 
AAAGCTGAAG CTGAAATCCC TGCCAATTGG AGTGACATGA AGCAGGACAA ATTGCTTCTG 
GTGAATCTGC AAACCAGTGA TCCCGAATAC AACATGGTGG CAAGCGCCTT CCGTCAGACC 
TGCTCAAACT TTTTCATAGA GAAGATTGAA AGGATTCAGA ATCCAGCTCT TTGGAGAAGG 
TATCAGGCAT ACAAAAAAAG TATGGATGAA AAGAATGGCA ATGTAAGAAA TGAGAAGCAT 
CTCTTCCATG GGACAGAGGC TAGCTCTCTA CCACAGCTCA ACAGTAATGG ATTTAACCGC 
AGCTATGCTG GGAAGAACGC TACTGCCTAC GGGAAAGGAA CCTATTTTGC TGTCAAAGCT 
TCCTATTCTG CCTGTGACAC ATATTCCAGA CCAGACACCA ATGGGAGAAA GTATATGTAT 
TATGTGCGGG TTCTCACTGG AAACTACACG AATGGAAACG CGTCACTGAT TGTGCCCCCC 
TCGAGGGACC CTCAAAATGC TGCTGACTTG TATGACACCG TCACAGATAA TGATAAAAAT 
CCAAGTATAT TTGTAGTGTT TTATGACAAC CAAACGTACC CTGAGTATCT TATCACATTT 
AGGCAGTAA

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

Parp14 ( XM_006522392.4 ) cDNA ORF clone, Mus musculus(house mouse) -> XP_006522455.1 Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMu52306
Clone ID Related Accession (Same CDS sequence)	XM_006522392.3 , XM_006522392.4
Accession Version	XM_006522392.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5541bp) 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	2019-08-07
Organism	Mus musculus(house mouse)
Product	protein mono-ADP-ribosyltransferase PARP14 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000082.6) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Aug 8, 2019 this sequence version replaced XM_006522392.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus musculus Annotation Release 108 Annotation Version :: 108 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##

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAGTGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGTTC GGCAGAACGT TCTGGAGAGA GGGAATCATG AGTTAGTGTG GCAAGAAAAA 
GGAACATTCA AGTTGACTGT CCTGATGCCC ACAGACCCTG AGGAAGCCTC AGCCTCTAAG 
AAGTCAAGGA AGGAGTCTCC AGAAGAGGAG TCCAAGACAA AAGAAGATGC TGTGAAACAA 
GGTGATTTGG ATATAACACA TTCTCCCAGC AGTGGATCAG AAAAGACAGA AGATGTCCCA 
AAAGAATGTG AAAATATTTC CTCCATGGTG GCATTTGAAA ACCTGCCTGA GAAAGTATCC 
GAGATGGTGC TGACCATCCT GGTGGAGAAT ATAAGCGGCC TCCCCAGTGA TGACTTTAAG 
GTGGAAGTGA ACCGAGATTT TGCTGTTGCC GTGGTTACCT TTCAGAAGCC TATAGATATC 
AAAAAATTTA TTGTTGACTG TATCAGCCAC CGCTCAAATC AACAACTCCA GCTTGCCCCG 
AGACTTCTGG AAACAACGAA TGTAGTCAGG GTGGAAAACC TGCCTCCTGG GGTGGACGAG 
TACCAGCTGC AACTCTTCTT CGAAAACCCT TTCAACGGGG GCGGAAGGGT CGCCCGAGTT 
GAGTGTTTCC CAGAAGAGAG TTCGGCACTG GTTGAGTTTT GTGACAGCAA AGTGTTAGAC 
ACCGTCATGG CCAAGACACA CAGTTACAAC AAGATGCCAC TGTCTGTCTT CCCCTATTAT 
CCCTCTCTGG GCACAGCCTT GTATGGTGAG GAGAAGCCTC TGATAAAGCT TCCAGCATCT 
TTCCAGGAGT CTCTTGATCT TCCTTTGTGG AAGTTCTTTC AGAAAAATAA TCATCTGATT 
GAGGAGATAA ATAATGAAAT GAGGTGCTGT CACTGTGAGC TGACTTGGTC TGAAATCAAT 
GGTAAACTGA CCATCAGACC CGCTGCCACC TTAGTCAATC ATAGACTGAG CATTAAGACC 
TGGCAGAGAG ACGCATCCGC AGTGCTCTCT GGCATCAAGT CTAAATATGG AGTGGAGTTG 
TTTGAAGTGT GCTCGCCAGT ATGGGACATC ATAAAGCATG AGTTAGAGTC AGGAGATGAC 
AGGGTTTTGG TTGAGTTTGA AAAGGAGAGT CTAAACATAG CAGGAAAATC AGAAGACGTC 
CAAGGCATGA GCCAGAAAAT CAGGGAATTA ATAGAGAGCA CCACTGAAAA GCTCAGAAGG 
GAAGAGCAGA GTCTGAAGGA GAAAGTGGCC ATTTCCCCGG GAAAGCATTA TCTTTTGCAC 
CACAGTGGCT TCCTGAAGGA TCTAAGCAAG GGGTTCCCAG AGATGGAGAT CTCTTACGAC 
GCCACGGCTC AGTTCCTGTA CTTGAAGGGC TTCCGTGCAG ATGTGTACAA AGTAAAGTGT 
GACATCCAAG AGAAGGTGTT CTCCATGGCT CAAAAGGATG TCCAGGTCTC TTCTGAAGTC 
TTCGAATTTC TGCAGCAAGT AGACAGTCAG AGACTCTCTA AGTCTCTGTT TGAGGCACAG 
AACATTCTCG CCATATATGA GCTGAAAGGT ACAGCTCTTT TCTTAGTTGG AAGTTCTTTC 
AAAGATCTGG CAGAAGCCGA GACAAAAATG CTCAGTGCTT TAAGTCATAA GCAGATTGAA 
GTTGAGGACA AGGAGGTTCT GATAAGTAAT GGGTGGAAGA AGAAAGTTCA CCCTCTGCAA 
AAGAGACACA GCTCTTGTGC AACCATTATA GTCCAGAATG AATTGACTTC AGAAACCCCG 
GCAAAGGTCA TTGTTACAGG CTGTGTGAAA GAAGTGAATG AAATCCATAG GCAACTTTTT 
GAGTATTTGG AAAACAACAT GAAAGTTGAA AGAGCACTTA AAATCAAACC ATCCTTGATT 
GTTGACTATT TAAGGACAGA CAAGAGGCTA TTGTCAAAGA TAAAGAAGGC ACATGTGTAT 
GTGCATTTTA AGCCTAAAGA CAATCCAAAC AGCATTTTGC TAACTGGCTG CAAGAGCAAA 
GTTCTAGAGT GCATGAATCT AGTCAAGGAA ATCCAGGATT CAGTCTGTGT CCAAAGATTC 
CAGACTGACA AAGCTGGCGT CAGGCACTTC TTCAAAGATA AAGAATCGTA TTACAAAACG 
GAGATTGGTC GTCAGTTCGG ATGCGTCATT GAATTGGAGG AGGATAGAGA GGAGAAGGGT 
GAAGAGGAGG ATGGTGAAGA GGAGGAGGGT GAAGAGGAGG GAGAAAGCAG CATTAATGAG 
CAGAAGTGTC ACCTACAGAG GGACATAGCC CCCGGAGTCA AACTGTTCGT CCTCGAGGAA 
GACCTGAGTC GGTTTCCCGT CGATGTGGTA GTGAATGCAG CAAATGAGAA CCTGAAGCAT 
ATCAGCGGTC TCGCACAGGC TCTCTCAAAG GCCGCTGGCC CTGAACTCCA AACAGAATGT 
GACCAGATAG TAAAAGAGGG CGGCGTGGTC CTACCCGGCA ATGCTGTTAT CTCAAAAGCA 
GGCAAGCTCC CTTGTCACCA CGTCATCCAT GCGGTAGGGC CTCGATGGAA GGGAGATAAA 
GTCCTGGAGT GTGTGAGCCT GCTAAAGAAA GTGGTTAGAC AAAGCCTCAG TTTAGCTGAG 
GAGCACAGGT GCCGCTCCAT AGCCATGCCA GCGGTCAGCG CTGGGATCTT TGACTTTCCC 
TTAGAACTGT GTGTGGCAAA CATTGTTTCA GCCATCAAGG AACACTTCCA GCATAAGCGA 
GACACACACA CCTTGAAAAA GATTTACCTG GTGGGCCTAC CTGCCAAGGT TGCCAGGGCC 
TTTGCTGAAG CTGTCAAGAC TACATATAAA GACTCCCTTT CCCACACAGC TTTCCCATCC 
AGTTTAAAGG CTTTAGTACC ACTTGGGAAA ACGCCCCAGA AACAGGGCAG TCTGCTGGTG 
TCACCAGAAG GCCTGAGAAT CCGCCTGGTA GAAGAAGGCG TGCAGAATGC TACGACCCAT 
GCCATTGTGA ACTCTATTTC CCCGGATCTT AAACTCAACA AAGGACCCCT TTCTCAGGCC 
TTCTTGGAAA AGGCTGGGCC AAAACTCCAG GAGGAATTGA CCAGGTCAGG ACAAGGGGTC 
TCTGTTGATG TGGGCACAAT TCTTCAAACC AGTGGCTGTA ATCTCAACAG CCGCCACGTC 
TTCCATGTGG TGCCTCCACC TTGGAAAAGC AACAACAGTG CATGGTCACT AAAGATCATG 
AAAAACATCA TCCGTGACTG CCTGAAGACC ACCGAGAACC TGTCTCTACA ATCGATTGCA 
TTTCCAGCAA TAGGAACGGG AAATTTGAGG TTTCCTAAAC CTGAATTTGC TAAATTAATA 
ATTTCAGAAG TGCTCAAATT TAGTAGCAGG AACCAACTGA AAACTTTACA AGAGGTTCAG 
TTTCTGCTGC ACCCGAAAGA CCATGAAAAC ATTCAGGCAT TTTCAGATGA ATTTGACAAG 
AGAAATAATG GAGATCCTAG TGACAAAAAT CCCAAGGCTG AAGACACACA AGGTATCTAT 
GGGAGCCTTT CCAGCCCTAC TTTAGGAATG CATGAAATGA ATATTGGTCC AATCCTCTTC 
CAAGTGGCCA CTGGGAACAT CATCAAAGAA GTGGCAGATG TGATTGTCAA TTCAACAACA 
CTCACATTTG ATCTCAAATC AGGGGTCTCC AAAGCAATTT TGGAAGGTGC AGGACAAAAT 
GTGGAGCAAG AATGTTCTCT CTTGGCTAAA CAGAGTAACC ATGGGTATAT AGTCACTGGA 
GGTGGACTAT TGCAATGTAA GAACATTATT CATGTTGTTG GTGGGAATGA TGTCAAGAAA 
TCGGTTTCCT GTGTTTTGGA AGAATGTGAA CAACGGAATT ACTCATCCAT TTGCCTACCA 
GCTATTGGCA CAGGAAATGC TCAACAGGAC CCAAACGTAG TAGCAAAAGC GATAATAGAT 
GCCATTGAAG AATTTGTCCA GAAAAAATCA GTGCAGGCTG TGAAGAGAGT TAAAGTTGTT 
ATCTTCCAGC CCCATATTCT GCAATTTTTT TACGACAACA TGAAAGAAAG AGAAGGCTCT 
CCAGCTCCCC CCAAGCAGTC GCCTGCCAAG CAGTCAGTGA TGTCTAAGAT TGCCTGTGAG 
TTGTTAGCTT TTATGAAATA CATATTCCTA ACCTTGATGT TGAAGGGAGT AAAAGAAACA 
TTAATTTCCA TTTTCTCTTT AGCCTTTCTT GGCTTTCCCA AGCAAGCTTC CCCCAAAAAG 
AACACCCTGG TTTTGGAAAA GAAAATAGAG CACACAGTTT TCCAGGTATG TGGTTCAGGG 
GTAGACAGTG TGAACAAAAC AATCTCCTGG CTAAAGGAAC TGATTACCAA AGAGCAGCTT 
TCCTACACCA ATGACGATGA GTGTGTCAGT GACTTTGACA TGGAGGAGTA CGAGAAACTG 
AATGAGATTC AGAAGGAACT GAACATCACC ATTGAGATGA ACCAGAAGAA AACTTCGATT 
CAAGTTTCAG GAATTAGCAG AGACGTGATA AAAGCTAGAG ATGAGATTGA GGGCATGATC 
AAGAGCATTC GATTGGCTAA AGAAAAGGAA AGCCAGGCAG ACTACATCTC TACATATGTG 
GAATGGCAGT ATATTGATAA AAACATCACA CAGTGTTTTG ACAAAATGAC CAACATGAAG 
TTGGAGGTTG CATGGAAGGC CAAGAAGAAG GACACGGTTG TCCAAATTCA CAATCAGGAT 
TTCACGGTGG ACTTGAGCAC AAACACAGCC ACCGCTCCCC AAGGCCAGAC TTTCACTGTT 
CAGCGCCTCG TCAAAGCTGA AGCTGAAATC CCTGCCAATT GGAGTGACAT GAAGCAGGAC 
AAATTGCTTC TGGTGAATCT GCAAACCAGT GATCCCGAAT ACAACATGGT GGCAAGCGCC 
TTCCGTCAGA CCTGCTCAAA CTTTTTCATA GAGAAGATTG AAAGGATTCA GAATCCAGCT 
CTTTGGAGAA GGTATCAGGC ATACAAAAAA AGTATGGATG AAAAGAATGG CAATGTAAGA 
AATGAGAAGC ATCTCTTCCA TGGGACAGAG GCTAGCTCTC TACCACAGCT CAACAGTAAT 
GGATTTAACC GCAGCTATGC TGGGAAGAAC GCTACTGCCT ACGGGAAAGG AACCTATTTT 
GCTGTCAAAG CTTCCTATTC TGCCTGTGAC ACATATTCCA GACCAGACAC CAATGGGAGA 
AAGTATATGT ATTATGTGCG GGTTCTCACT GGAAACTACA CGAATGGAAA CGCGTCACTG 
ATTGTGCCCC CCTCGAGGGA CCCTCAAAAT GCTGCTGACT TGTATGACAC CGTCACAGAT 
AATGATAAAA ATCCAAGTAT ATTTGTAGTG TTTTATGACA ACCAAACGTA CCCTGAGTAT 
CTTATCACAT TTAGGCAGTA A

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

RefSeq	XP_006522455.1
CDS	166..5706
Translation	MAASGSFPLLVEGSWGPDPPKNLINKLQVYFQSRKKSGGGECEVVPEPGNPARFRVLFSPEDVRQNVLERGNHELVWQEKGTFKLTVLMPTDPEEASASKKSRKESPEEESKTKEDAVKQGDLDITHSPSSGSEKTEDVPKECENISSMVAFENLPEKVSEMVLTILVENISGLPSDDFKVEVNRDFAVAVVTFQKPIDIKKFIVDCISHRSNQQLQLAPRLLETTNVVRVENLPPGVDEYQLQLFFENPFNGGGRVARVECFPEESSALVEFCDSKVLDTVMAKTHSYNKMPLSVFPYYPSLGTALYGEEKPLIKLPASFQESLDLPLWKFFQKNNHLIEEINNEMRCCHCELTWSEINGKLTIRPAATLVNHRLSIKTWQRDASAVLSGIKSKYGVELFEVCSPVWDIIKHELESGDDRVLVEFEKESLNIAGKSEDVQGMSQKIRELIESTTEKLRREEQSLKEKVAISPGKHYLLHHSGFLKDLSKGFPEMEISYDATAQFLYLKGFRADVYKVKCDIQEKVFSMAQKDVQVSSEVFEFLQQVDSQRLSKSLFEAQNILAIYELKGTALFLVGSSFKDLAEAETKMLSALSHKQIEVEDKEVLISNGWKKKVHPLQKRHSSCATIIVQNELTSETPAKVIVTGCVKEVNEIHRQLFEYLENNMKVERALKIKPSLIVDYLRTDKRLLSKIKKAHVYVHFKPKDNPNSILLTGCKSKVLECMNLVKEIQDSVCVQRFQTDKAGVRHFFKDKESYYKTEIGRQFGCVIELEEDREEKGEEEDGEEEEGEEEGESSINEQKCHLQRDIAPGVKLFVLEEDLSRFPVDVVVNAANENLKHISGLAQALSKAAGPELQTECDQIVKEGGVVLPGNAVISKAGKLPCHHVIHAVGPRWKGDKVLECVSLLKKVVRQSLSLAEEHRCRSIAMPAVSAGIFDFPLELCVANIVSAIKEHFQHKRDTHTLKKIYLVGLPAKVARAFAEAVKTTYKDSLSHTAFPSSLKALVPLGKTPQKQGSLLVSPEGLRIRLVEEGVQNATTHAIVNSISPDLKLNKGPLSQAFLEKAGPKLQEELTRSGQGVSVDVGTILQTSGCNLNSRHVFHVVPPPWKSNNSAWSLKIMKNIIRDCLKTTENLSLQSIAFPAIGTGNLRFPKPEFAKLIISEVLKFSSRNQLKTLQEVQFLLHPKDHENIQAFSDEFDKRNNGDPSDKNPKAEDTQGIYGSLSSPTLGMHEMNIGPILFQVATGNIIKEVADVIVNSTTLTFDLKSGVSKAILEGAGQNVEQECSLLAKQSNHGYIVTGGGLLQCKNIIHVVGGNDVKKSVSCVLEECEQRNYSSICLPAIGTGNAQQDPNVVAKAIIDAIEEFVQKKSVQAVKRVKVVIFQPHILQFFYDNMKEREGSPAPPKQSPAKQSVMSKIACELLAFMKYIFLTLMLKGVKETLISIFSLAFLGFPKQASPKKNTLVLEKKIEHTVFQVCGSGVDSVNKTISWLKELITKEQLSYTNDDECVSDFDMEEYEKLNEIQKELNITIEMNQKKTSIQVSGISRDVIKARDEIEGMIKSIRLAKEKESQADYISTYVEWQYIDKNITQCFDKMTNMKLEVAWKAKKKDTVVQIHNQDFTVDLSTNTATAPQGQTFTVQRLVKAEAEIPANWSDMKQDKLLLVNLQTSDPEYNMVASAFRQTCSNFFIEKIERIQNPALWRRYQAYKKSMDEKNGNVRNEKHLFHGTEASSLPQLNSNGFNRSYAGKNATAYGKGTYFAVKASYSACDTYSRPDTNGRKYMYYVRVLTGNYTNGNASLIVPPSRDPQNAADLYDTVTDNDKNPSIFVVFYDNQTYPEYLITFRQ

Target ORF information:

RefSeq Version	XM_006522392.4
Organism	Mus musculus(house mouse)
Definition	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X1, mRNA.

Target ORF information:

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

XM_006522392.4

ORF Insert Sequence:

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAGTGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGTTC GGCAGAACGT TCTGGAGAGA GGGAATCATG AGTTAGTGTG GCAAGAAAAA 
GGAACATTCA AGTTGACTGT CCTGATGCCC ACAGACCCTG AGGAAGCCTC AGCCTCTAAG 
AAGTCAAGGA AGGAGTCTCC AGAAGAGGAG TCCAAGACAA AAGAAGATGC TGTGAAACAA 
GGTGATTTGG ATATAACACA TTCTCCCAGC AGTGGATCAG AAAAGACAGA AGATGTCCCA 
AAAGAATGTG AAAATATTTC CTCCATGGTG GCATTTGAAA ACCTGCCTGA GAAAGTATCC 
GAGATGGTGC TGACCATCCT GGTGGAGAAT ATAAGCGGCC TCCCCAGTGA TGACTTTAAG 
GTGGAAGTGA ACCGAGATTT TGCTGTTGCC GTGGTTACCT TTCAGAAGCC TATAGATATC 
AAAAAATTTA TTGTTGACTG TATCAGCCAC CGCTCAAATC AACAACTCCA GCTTGCCCCG 
AGACTTCTGG AAACAACGAA TGTAGTCAGG GTGGAAAACC TGCCTCCTGG GGTGGACGAG 
TACCAGCTGC AACTCTTCTT CGAAAACCCT TTCAACGGGG GCGGAAGGGT CGCCCGAGTT 
GAGTGTTTCC CAGAAGAGAG TTCGGCACTG GTTGAGTTTT GTGACAGCAA AGTGTTAGAC 
ACCGTCATGG CCAAGACACA CAGTTACAAC AAGATGCCAC TGTCTGTCTT CCCCTATTAT 
CCCTCTCTGG GCACAGCCTT GTATGGTGAG GAGAAGCCTC TGATAAAGCT TCCAGCATCT 
TTCCAGGAGT CTCTTGATCT TCCTTTGTGG AAGTTCTTTC AGAAAAATAA TCATCTGATT 
GAGGAGATAA ATAATGAAAT GAGGTGCTGT CACTGTGAGC TGACTTGGTC TGAAATCAAT 
GGTAAACTGA CCATCAGACC CGCTGCCACC TTAGTCAATC ATAGACTGAG CATTAAGACC 
TGGCAGAGAG ACGCATCCGC AGTGCTCTCT GGCATCAAGT CTAAATATGG AGTGGAGTTG 
TTTGAAGTGT GCTCGCCAGT ATGGGACATC ATAAAGCATG AGTTAGAGTC AGGAGATGAC 
AGGGTTTTGG TTGAGTTTGA AAAGGAGAGT CTAAACATAG CAGGAAAATC AGAAGACGTC 
CAAGGCATGA GCCAGAAAAT CAGGGAATTA ATAGAGAGCA CCACTGAAAA GCTCAGAAGG 
GAAGAGCAGA GTCTGAAGGA GAAAGTGGCC ATTTCCCCGG GAAAGCATTA TCTTTTGCAC 
CACAGTGGCT TCCTGAAGGA TCTAAGCAAG GGGTTCCCAG AGATGGAGAT CTCTTACGAC 
GCCACGGCTC AGTTCCTGTA CTTGAAGGGC TTCCGTGCAG ATGTGTACAA AGTAAAGTGT 
GACATCCAAG AGAAGGTGTT CTCCATGGCT CAAAAGGATG TCCAGGTCTC TTCTGAAGTC 
TTCGAATTTC TGCAGCAAGT AGACAGTCAG AGACTCTCTA AGTCTCTGTT TGAGGCACAG 
AACATTCTCG CCATATATGA GCTGAAAGGT ACAGCTCTTT TCTTAGTTGG AAGTTCTTTC 
AAAGATCTGG CAGAAGCCGA GACAAAAATG CTCAGTGCTT TAAGTCATAA GCAGATTGAA 
GTTGAGGACA AGGAGGTTCT GATAAGTAAT GGGTGGAAGA AGAAAGTTCA CCCTCTGCAA 
AAGAGACACA GCTCTTGTGC AACCATTATA GTCCAGAATG AATTGACTTC AGAAACCCCG 
GCAAAGGTCA TTGTTACAGG CTGTGTGAAA GAAGTGAATG AAATCCATAG GCAACTTTTT 
GAGTATTTGG AAAACAACAT GAAAGTTGAA AGAGCACTTA AAATCAAACC ATCCTTGATT 
GTTGACTATT TAAGGACAGA CAAGAGGCTA TTGTCAAAGA TAAAGAAGGC ACATGTGTAT 
GTGCATTTTA AGCCTAAAGA CAATCCAAAC AGCATTTTGC TAACTGGCTG CAAGAGCAAA 
GTTCTAGAGT GCATGAATCT AGTCAAGGAA ATCCAGGATT CAGTCTGTGT CCAAAGATTC 
CAGACTGACA AAGCTGGCGT CAGGCACTTC TTCAAAGATA AAGAATCGTA TTACAAAACG 
GAGATTGGTC GTCAGTTCGG ATGCGTCATT GAATTGGAGG AGGATAGAGA GGAGAAGGGT 
GAAGAGGAGG ATGGTGAAGA GGAGGAGGGT GAAGAGGAGG GAGAAAGCAG CATTAATGAG 
CAGAAGTGTC ACCTACAGAG GGACATAGCC CCCGGAGTCA AACTGTTCGT CCTCGAGGAA 
GACCTGAGTC GGTTTCCCGT CGATGTGGTA GTGAATGCAG CAAATGAGAA CCTGAAGCAT 
ATCAGCGGTC TCGCACAGGC TCTCTCAAAG GCCGCTGGCC CTGAACTCCA AACAGAATGT 
GACCAGATAG TAAAAGAGGG CGGCGTGGTC CTACCCGGCA ATGCTGTTAT CTCAAAAGCA 
GGCAAGCTCC CTTGTCACCA CGTCATCCAT GCGGTAGGGC CTCGATGGAA GGGAGATAAA 
GTCCTGGAGT GTGTGAGCCT GCTAAAGAAA GTGGTTAGAC AAAGCCTCAG TTTAGCTGAG 
GAGCACAGGT GCCGCTCCAT AGCCATGCCA GCGGTCAGCG CTGGGATCTT TGACTTTCCC 
TTAGAACTGT GTGTGGCAAA CATTGTTTCA GCCATCAAGG AACACTTCCA GCATAAGCGA 
GACACACACA CCTTGAAAAA GATTTACCTG GTGGGCCTAC CTGCCAAGGT TGCCAGGGCC 
TTTGCTGAAG CTGTCAAGAC TACATATAAA GACTCCCTTT CCCACACAGC TTTCCCATCC 
AGTTTAAAGG CTTTAGTACC ACTTGGGAAA ACGCCCCAGA AACAGGGCAG TCTGCTGGTG 
TCACCAGAAG GCCTGAGAAT CCGCCTGGTA GAAGAAGGCG TGCAGAATGC TACGACCCAT 
GCCATTGTGA ACTCTATTTC CCCGGATCTT AAACTCAACA AAGGACCCCT TTCTCAGGCC 
TTCTTGGAAA AGGCTGGGCC AAAACTCCAG GAGGAATTGA CCAGGTCAGG ACAAGGGGTC 
TCTGTTGATG TGGGCACAAT TCTTCAAACC AGTGGCTGTA ATCTCAACAG CCGCCACGTC 
TTCCATGTGG TGCCTCCACC TTGGAAAAGC AACAACAGTG CATGGTCACT AAAGATCATG 
AAAAACATCA TCCGTGACTG CCTGAAGACC ACCGAGAACC TGTCTCTACA ATCGATTGCA 
TTTCCAGCAA TAGGAACGGG AAATTTGAGG TTTCCTAAAC CTGAATTTGC TAAATTAATA 
ATTTCAGAAG TGCTCAAATT TAGTAGCAGG AACCAACTGA AAACTTTACA AGAGGTTCAG 
TTTCTGCTGC ACCCGAAAGA CCATGAAAAC ATTCAGGCAT TTTCAGATGA ATTTGACAAG 
AGAAATAATG GAGATCCTAG TGACAAAAAT CCCAAGGCTG AAGACACACA AGGTATCTAT 
GGGAGCCTTT CCAGCCCTAC TTTAGGAATG CATGAAATGA ATATTGGTCC AATCCTCTTC 
CAAGTGGCCA CTGGGAACAT CATCAAAGAA GTGGCAGATG TGATTGTCAA TTCAACAACA 
CTCACATTTG ATCTCAAATC AGGGGTCTCC AAAGCAATTT TGGAAGGTGC AGGACAAAAT 
GTGGAGCAAG AATGTTCTCT CTTGGCTAAA CAGAGTAACC ATGGGTATAT AGTCACTGGA 
GGTGGACTAT TGCAATGTAA GAACATTATT CATGTTGTTG GTGGGAATGA TGTCAAGAAA 
TCGGTTTCCT GTGTTTTGGA AGAATGTGAA CAACGGAATT ACTCATCCAT TTGCCTACCA 
GCTATTGGCA CAGGAAATGC TCAACAGGAC CCAAACGTAG TAGCAAAAGC GATAATAGAT 
GCCATTGAAG AATTTGTCCA GAAAAAATCA GTGCAGGCTG TGAAGAGAGT TAAAGTTGTT 
ATCTTCCAGC CCCATATTCT GCAATTTTTT TACGACAACA TGAAAGAAAG AGAAGGCTCT 
CCAGCTCCCC CCAAGCAGTC GCCTGCCAAG CAGTCAGTGA TGTCTAAGAT TGCCTGTGAG 
TTGTTAGCTT TTATGAAATA CATATTCCTA ACCTTGATGT TGAAGGGAGT AAAAGAAACA 
TTAATTTCCA TTTTCTCTTT AGCCTTTCTT GGCTTTCCCA AGCAAGCTTC CCCCAAAAAG 
AACACCCTGG TTTTGGAAAA GAAAATAGAG CACACAGTTT TCCAGGTATG TGGTTCAGGG 
GTAGACAGTG TGAACAAAAC AATCTCCTGG CTAAAGGAAC TGATTACCAA AGAGCAGCTT 
TCCTACACCA ATGACGATGA GTGTGTCAGT GACTTTGACA TGGAGGAGTA CGAGAAACTG 
AATGAGATTC AGAAGGAACT GAACATCACC ATTGAGATGA ACCAGAAGAA AACTTCGATT 
CAAGTTTCAG GAATTAGCAG AGACGTGATA AAAGCTAGAG ATGAGATTGA GGGCATGATC 
AAGAGCATTC GATTGGCTAA AGAAAAGGAA AGCCAGGCAG ACTACATCTC TACATATGTG 
GAATGGCAGT ATATTGATAA AAACATCACA CAGTGTTTTG ACAAAATGAC CAACATGAAG 
TTGGAGGTTG CATGGAAGGC CAAGAAGAAG GACACGGTTG TCCAAATTCA CAATCAGGAT 
TTCACGGTGG ACTTGAGCAC AAACACAGCC ACCGCTCCCC AAGGCCAGAC TTTCACTGTT 
CAGCGCCTCG TCAAAGCTGA AGCTGAAATC CCTGCCAATT GGAGTGACAT GAAGCAGGAC 
AAATTGCTTC TGGTGAATCT GCAAACCAGT GATCCCGAAT ACAACATGGT GGCAAGCGCC 
TTCCGTCAGA CCTGCTCAAA CTTTTTCATA GAGAAGATTG AAAGGATTCA GAATCCAGCT 
CTTTGGAGAA GGTATCAGGC ATACAAAAAA AGTATGGATG AAAAGAATGG CAATGTAAGA 
AATGAGAAGC ATCTCTTCCA TGGGACAGAG GCTAGCTCTC TACCACAGCT CAACAGTAAT 
GGATTTAACC GCAGCTATGC TGGGAAGAAC GCTACTGCCT ACGGGAAAGG AACCTATTTT 
GCTGTCAAAG CTTCCTATTC TGCCTGTGAC ACATATTCCA GACCAGACAC CAATGGGAGA 
AAGTATATGT ATTATGTGCG GGTTCTCACT GGAAACTACA CGAATGGAAA CGCGTCACTG 
ATTGTGCCCC CCTCGAGGGA CCCTCAAAAT GCTGCTGACT TGTATGACAC CGTCACAGAT 
AATGATAAAA ATCCAAGTAT ATTTGTAGTG TTTTATGACA ACCAAACGTA CCCTGAGTAT 
CTTATCACAT TTAGGCAGTA A

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

Parp14 ( XM_006522393.4 ) cDNA ORF clone, Mus musculus(house mouse) -> XP_006522456.1 Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OMu52307
Clone ID Related Accession (Same CDS sequence)	XM_006522393.3 , XM_006522393.4
Accession Version	XM_006522393.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5190bp) 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	2019-08-07
Organism	Mus musculus(house mouse)
Product	protein mono-ADP-ribosyltransferase PARP14 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000082.6) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Aug 8, 2019 this sequence version replaced XM_006522393.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus musculus Annotation Release 108 Annotation Version :: 108 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##

ATGCCCACAG ACCCTGAGGA AGCCTCAGCC TCTAAGAAGT CAAGGAAGGA GTCTCCAGAA 
GAGGAGTCCA AGACAAAAGA AGATGCTGTG AAACAAGGTG ATTTGGATAT AACACATTCT 
CCCAGCAGTG GATCAGAAAA GACAGAAGAT GTCCCAAAAG AATGTGAAAA TATTTCCTCC 
ATGGTGGCAT TTGAAAACCT GCCTGAGAAA GTATCCGAGA TGGTGCTGAC CATCCTGGTG 
GAGAATATAA GCGGCCTCCC CAGTGATGAC TTTAAGGTGG AAGTGAACCG AGATTTTGCT 
GTTGCCGTGG TTACCTTTCA GAAGCCTATA GATATCAAAA AATTTATTGT TGACTGTATC 
AGCCACCGCT CAAATCAACA ACTCCAGCTT GCCCCGAGAC TTCTGGAAAC AACGAATGTA 
GTCAGGGTGG AAAACCTGCC TCCTGGGGTG GACGAGTACC AGCTGCAACT CTTCTTCGAA 
AACCCTTTCA ACGGGGGCGG AAGGGTCGCC CGAGTTGAGT GTTTCCCAGA AGAGAGTTCG 
GCACTGGTTG AGTTTTGTGA CAGCAAAGTG TTAGACACCG TCATGGCCAA GACACACAGT 
TACAACAAGA TGCCACTGTC TGTCTTCCCC TATTATCCCT CTCTGGGCAC AGCCTTGTAT 
GGTGAGGAGA AGCCTCTGAT AAAGCTTCCA GCATCTTTCC AGGAGTCTCT TGATCTTCCT 
TTGTGGAAGT TCTTTCAGAA AAATAATCAT CTGATTGAGG AGATAAATAA TGAAATGAGG 
TGCTGTCACT GTGAGCTGAC TTGGTCTGAA ATCAATGGTA AACTGACCAT CAGACCCGCT 
GCCACCTTAG TCAATCATAG ACTGAGCATT AAGACCTGGC AGAGAGACGC ATCCGCAGTG 
CTCTCTGGCA TCAAGTCTAA ATATGGAGTG GAGTTGTTTG AAGTGTGCTC GCCAGTATGG 
GACATCATAA AGCATGAGTT AGAGTCAGGA GATGACAGGG TTTTGGTTGA GTTTGAAAAG 
GAGAGTCTAA ACATAGCAGG AAAATCAGAA GACGTCCAAG GCATGAGCCA GAAAATCAGG 
GAATTAATAG AGAGCACCAC TGAAAAGCTC AGAAGGGAAG AGCAGAGTCT GAAGGAGAAA 
GTGGCCATTT CCCCGGGAAA GCATTATCTT TTGCACCACA GTGGCTTCCT GAAGGATCTA 
AGCAAGGGGT TCCCAGAGAT GGAGATCTCT TACGACGCCA CGGCTCAGTT CCTGTACTTG 
AAGGGCTTCC GTGCAGATGT GTACAAAGTA AAGTGTGACA TCCAAGAGAA GGTGTTCTCC 
ATGGCTCAAA AGGATGTCCA GGTCTCTTCT GAAGTCTTCG AATTTCTGCA GCAAGTAGAC 
AGTCAGAGAC TCTCTAAGTC TCTGTTTGAG GCACAGAACA TTCTCGCCAT ATATGAGCTG 
AAAGGTACAG CTCTTTTCTT AGTTGGAAGT TCTTTCAAAG ATCTGGCAGA AGCCGAGACA 
AAAATGCTCA GTGCTTTAAG TCATAAGCAG ATTGAAGTTG AGGACAAGGA GGTTCTGATA 
AGTAATGGGT GGAAGAAGAA AGTTCACCCT CTGCAAAAGA GACACAGCTC TTGTGCAACC 
ATTATAGTCC AGAATGAATT GACTTCAGAA ACCCCGGCAA AGGTCATTGT TACAGGCTGT 
GTGAAAGAAG TGAATGAAAT CCATAGGCAA CTTTTTGAGT ATTTGGAAAA CAACATGAAA 
GTTGAAAGAG CACTTAAAAT CAAACCATCC TTGATTGTTG ACTATTTAAG GACAGACAAG 
AGGCTATTGT CAAAGATAAA GAAGGCACAT GTGTATGTGC ATTTTAAGCC TAAAGACAAT 
CCAAACAGCA TTTTGCTAAC TGGCTGCAAG AGCAAAGTTC TAGAGTGCAT GAATCTAGTC 
AAGGAAATCC AGGATTCAGT CTGTGTCCAA AGATTCCAGA CTGACAAAGC TGGCGTCAGG 
CACTTCTTCA AAGATAAAGA ATCGTATTAC AAAACGGAGA TTGGTCGTCA GTTCGGATGC 
GTCATTGAAT TGGAGGAGGA TAGAGAGGAG AAGGGTGAAG AGGAGGATGG TGAAGAGGAG 
GAGGGTGAAG AGGAGGGAGA AAGCAGCATT AATGAGCAGA AGTGTCACCT ACAGAGGGAC 
ATAGCCCCCG GAGTCAAACT GTTCGTCCTC GAGGAAGACC TGAGTCGGTT TCCCGTCGAT 
GTGGTAGTGA ATGCAGCAAA TGAGAACCTG AAGCATATCA GCGGTCTCGC ACAGGCTCTC 
TCAAAGGCCG CTGGCCCTGA ACTCCAAACA GAATGTGACC AGATAGTAAA AGAGGGCGGC 
GTGGTCCTAC CCGGCAATGC TGTTATCTCA AAAGCAGGCA AGCTCCCTTG TCACCACGTC 
ATCCATGCGG TAGGGCCTCG ATGGAAGGGA GATAAAGTCC TGGAGTGTGT GAGCCTGCTA 
AAGAAAGTGG TTAGACAAAG CCTCAGTTTA GCTGAGGAGC ACAGGTGCCG CTCCATAGCC 
ATGCCAGCGG TCAGCGCTGG GATCTTTGAC TTTCCCTTAG AACTGTGTGT GGCAAACATT 
GTTTCAGCCA TCAAGGAACA CTTCCAGCAT AAGCGAGACA CACACACCTT GAAAAAGATT 
TACCTGGTGG GCCTACCTGC CAAGGTTGCC AGGGCCTTTG CTGAAGCTGT CAAGACTACA 
TATAAAGACT CCCTTTCCCA CACAGCTTTC CCATCCAGTT TAAAGGCTTT AGTACCACTT 
GGGAAAACGC CCCAGAAACA GGGCAGTCTG CTGGTGTCAC CAGAAGGCCT GAGAATCCGC 
CTGGTAGAAG AAGGCGTGCA GAATGCTACG ACCCATGCCA TTGTGAACTC TATTTCCCCG 
GATCTTAAAC TCAACAAAGG ACCCCTTTCT CAGGCCTTCT TGGAAAAGGC TGGGCCAAAA 
CTCCAGGAGG AATTGACCAG GTCAGGACAA GGGGTCTCTG TTGATGTGGG CACAATTCTT 
CAAACCAGTG GCTGTAATCT CAACAGCCGC CACGTCTTCC ATGTGGTGCC TCCACCTTGG 
AAAAGCAACA ACAGTGCATG GTCACTAAAG ATCATGAAAA ACATCATCCG TGACTGCCTG 
AAGACCACCG AGAACCTGTC TCTACAATCG ATTGCATTTC CAGCAATAGG AACGGGAAAT 
TTGAGGTTTC CTAAACCTGA ATTTGCTAAA TTAATAATTT CAGAAGTGCT CAAATTTAGT 
AGCAGGAACC AACTGAAAAC TTTACAAGAG GTTCAGTTTC TGCTGCACCC GAAAGACCAT 
GAAAACATTC AGGCATTTTC AGATGAATTT GACAAGAGAA ATAATGGAGA TCCTAGTGAC 
AAAAATCCCA AGGCTGAAGA CACACAAGGT ATCTATGGGA GCCTTTCCAG CCCTACTTTA 
GGAATGCATG AAATGAATAT TGGTCCAATC CTCTTCCAAG TGGCCACTGG GAACATCATC 
AAAGAAGTGG CAGATGTGAT TGTCAATTCA ACAACACTCA CATTTGATCT CAAATCAGGG 
GTCTCCAAAG CAATTTTGGA AGGTGCAGGA CAAAATGTGG AGCAAGAATG TTCTCTCTTG 
GCTAAACAGA GTAACCATGG GTATATAGTC ACTGGAGGTG GACTATTGCA ATGTAAGAAC 
ATTATTCATG TTGTTGGTGG GAATGATGTC AAGAAATCGG TTTCCTGTGT TTTGGAAGAA 
TGTGAACAAC GGAATTACTC ATCCATTTGC CTACCAGCTA TTGGCACAGG AAATGCTCAA 
CAGGACCCAA ACGTAGTAGC AAAAGCGATA ATAGATGCCA TTGAAGAATT TGTCCAGAAA 
AAATCAGTGC AGGCTGTGAA GAGAGTTAAA GTTGTTATCT TCCAGCCCCA TATTCTGCAA 
TTTTTTTACG ACAACATGAA AGAAAGAGAA GGCTCTCCAG CTCCCCCCAA GCAGTCGCCT 
GCCAAGCAGT CAGTGATGTC TAAGATTGCC TCCTTTCTTG GCTTTCCCAA GCAAGCTTCC 
CCCAAAAAGA ACACCCTGGT TTTGGAAAAG AAAATAGAGC ACACAGTTTT CCAGGTATGT 
GGTTCAGGGG TAGACAGTGT GAACAAAACA ATCTCCTGGC TAAAGGAACT GATTACCAAA 
GAGCAGCTTT CCTACACCAA TGACGATGAG TGTGTCAGTG ACTTTGACAT GGAGGAGTAC 
GAGAAACTGA ATGAGATTCA GAAGGAACTG AACATCACCA TTGAGATGAA CCAGAAGAAA 
ACTTCGATTC AAGTTTCAGG AATTAGCAGA GACGTGATAA AAGCTAGAGA TGAGATTGAG 
GGCATGATCA AGAGCATTCG ATTGGCTAAA GAAAAGGAAA GCCAGGCAGA CTACATCTCT 
ACATATGTGG AATGGCAGTA TATTGATAAA AACATCACAC AGTGTTTTGA CAAAATGACC 
AACATGAAGT TGGAGGTTGC ATGGAAGGCC AAGAAGAAGG ACACGGTTGT CCAAATTCAC 
AATCAGGATT TCACGGTGGA CTTGAGCACA AACACAGCCA CCGCTCCCCA AGGCCAGACT 
TTCACTGTTC AGCGCCTCGT CAAAGCTGAA GCTGAAATCC CTGCCAATTG GAGTGACATG 
AAGCAGGACA AATTGCTTCT GGTGAATCTG CAAACCAGTG ATCCCGAATA CAACATGGTG 
GCAAGCGCCT TCCGTCAGAC CTGCTCAAAC TTTTTCATAG AGAAGATTGA AAGGATTCAG 
AATCCAGCTC TTTGGAGAAG GTATCAGGCA TACAAAAAAA GTATGGATGA AAAGAATGGC 
AATGTAAGAA ATGAGAAGCA TCTCTTCCAT GGGACAGAGG CTAGCTCTCT ACCACAGCTC 
AACAGTAATG GATTTAACCG CAGCTATGCT GGGAAGAACG CTACTGCCTA CGGGAAAGGA 
ACCTATTTTG CTGTCAAAGC TTCCTATTCT GCCTGTGACA CATATTCCAG ACCAGACACC 
AATGGGAGAA AGTATATGTA TTATGTGCGG GTTCTCACTG GAAACTACAC GAATGGAAAC 
GCGTCACTGA TTGTGCCCCC CTCGAGGGAC CCTCAAAATG CTGCTGACTT GTATGACACC 
GTCACAGATA ATGATAAAAA TCCAAGTATA TTTGTAGTGT TTTATGACAA CCAAACGTAC 
CCTGAGTATC TTATCACATT TAGGCAGTAA

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

RefSeq	XP_006522456.1
CDS	1998..7187
Translation	MPTDPEEASASKKSRKESPEEESKTKEDAVKQGDLDITHSPSSGSEKTEDVPKECENISSMVAFENLPEKVSEMVLTILVENISGLPSDDFKVEVNRDFAVAVVTFQKPIDIKKFIVDCISHRSNQQLQLAPRLLETTNVVRVENLPPGVDEYQLQLFFENPFNGGGRVARVECFPEESSALVEFCDSKVLDTVMAKTHSYNKMPLSVFPYYPSLGTALYGEEKPLIKLPASFQESLDLPLWKFFQKNNHLIEEINNEMRCCHCELTWSEINGKLTIRPAATLVNHRLSIKTWQRDASAVLSGIKSKYGVELFEVCSPVWDIIKHELESGDDRVLVEFEKESLNIAGKSEDVQGMSQKIRELIESTTEKLRREEQSLKEKVAISPGKHYLLHHSGFLKDLSKGFPEMEISYDATAQFLYLKGFRADVYKVKCDIQEKVFSMAQKDVQVSSEVFEFLQQVDSQRLSKSLFEAQNILAIYELKGTALFLVGSSFKDLAEAETKMLSALSHKQIEVEDKEVLISNGWKKKVHPLQKRHSSCATIIVQNELTSETPAKVIVTGCVKEVNEIHRQLFEYLENNMKVERALKIKPSLIVDYLRTDKRLLSKIKKAHVYVHFKPKDNPNSILLTGCKSKVLECMNLVKEIQDSVCVQRFQTDKAGVRHFFKDKESYYKTEIGRQFGCVIELEEDREEKGEEEDGEEEEGEEEGESSINEQKCHLQRDIAPGVKLFVLEEDLSRFPVDVVVNAANENLKHISGLAQALSKAAGPELQTECDQIVKEGGVVLPGNAVISKAGKLPCHHVIHAVGPRWKGDKVLECVSLLKKVVRQSLSLAEEHRCRSIAMPAVSAGIFDFPLELCVANIVSAIKEHFQHKRDTHTLKKIYLVGLPAKVARAFAEAVKTTYKDSLSHTAFPSSLKALVPLGKTPQKQGSLLVSPEGLRIRLVEEGVQNATTHAIVNSISPDLKLNKGPLSQAFLEKAGPKLQEELTRSGQGVSVDVGTILQTSGCNLNSRHVFHVVPPPWKSNNSAWSLKIMKNIIRDCLKTTENLSLQSIAFPAIGTGNLRFPKPEFAKLIISEVLKFSSRNQLKTLQEVQFLLHPKDHENIQAFSDEFDKRNNGDPSDKNPKAEDTQGIYGSLSSPTLGMHEMNIGPILFQVATGNIIKEVADVIVNSTTLTFDLKSGVSKAILEGAGQNVEQECSLLAKQSNHGYIVTGGGLLQCKNIIHVVGGNDVKKSVSCVLEECEQRNYSSICLPAIGTGNAQQDPNVVAKAIIDAIEEFVQKKSVQAVKRVKVVIFQPHILQFFYDNMKEREGSPAPPKQSPAKQSVMSKIASFLGFPKQASPKKNTLVLEKKIEHTVFQVCGSGVDSVNKTISWLKELITKEQLSYTNDDECVSDFDMEEYEKLNEIQKELNITIEMNQKKTSIQVSGISRDVIKARDEIEGMIKSIRLAKEKESQADYISTYVEWQYIDKNITQCFDKMTNMKLEVAWKAKKKDTVVQIHNQDFTVDLSTNTATAPQGQTFTVQRLVKAEAEIPANWSDMKQDKLLLVNLQTSDPEYNMVASAFRQTCSNFFIEKIERIQNPALWRRYQAYKKSMDEKNGNVRNEKHLFHGTEASSLPQLNSNGFNRSYAGKNATAYGKGTYFAVKASYSACDTYSRPDTNGRKYMYYVRVLTGNYTNGNASLIVPPSRDPQNAADLYDTVTDNDKNPSIFVVFYDNQTYPEYLITFRQ

Target ORF information:

RefSeq Version	XM_006522393.4
Organism	Mus musculus(house mouse)
Definition	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X3, mRNA.

Target ORF information:

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

XM_006522393.4

ORF Insert Sequence:

ATGCCCACAG ACCCTGAGGA AGCCTCAGCC TCTAAGAAGT CAAGGAAGGA GTCTCCAGAA 
GAGGAGTCCA AGACAAAAGA AGATGCTGTG AAACAAGGTG ATTTGGATAT AACACATTCT 
CCCAGCAGTG GATCAGAAAA GACAGAAGAT GTCCCAAAAG AATGTGAAAA TATTTCCTCC 
ATGGTGGCAT TTGAAAACCT GCCTGAGAAA GTATCCGAGA TGGTGCTGAC CATCCTGGTG 
GAGAATATAA GCGGCCTCCC CAGTGATGAC TTTAAGGTGG AAGTGAACCG AGATTTTGCT 
GTTGCCGTGG TTACCTTTCA GAAGCCTATA GATATCAAAA AATTTATTGT TGACTGTATC 
AGCCACCGCT CAAATCAACA ACTCCAGCTT GCCCCGAGAC TTCTGGAAAC AACGAATGTA 
GTCAGGGTGG AAAACCTGCC TCCTGGGGTG GACGAGTACC AGCTGCAACT CTTCTTCGAA 
AACCCTTTCA ACGGGGGCGG AAGGGTCGCC CGAGTTGAGT GTTTCCCAGA AGAGAGTTCG 
GCACTGGTTG AGTTTTGTGA CAGCAAAGTG TTAGACACCG TCATGGCCAA GACACACAGT 
TACAACAAGA TGCCACTGTC TGTCTTCCCC TATTATCCCT CTCTGGGCAC AGCCTTGTAT 
GGTGAGGAGA AGCCTCTGAT AAAGCTTCCA GCATCTTTCC AGGAGTCTCT TGATCTTCCT 
TTGTGGAAGT TCTTTCAGAA AAATAATCAT CTGATTGAGG AGATAAATAA TGAAATGAGG 
TGCTGTCACT GTGAGCTGAC TTGGTCTGAA ATCAATGGTA AACTGACCAT CAGACCCGCT 
GCCACCTTAG TCAATCATAG ACTGAGCATT AAGACCTGGC AGAGAGACGC ATCCGCAGTG 
CTCTCTGGCA TCAAGTCTAA ATATGGAGTG GAGTTGTTTG AAGTGTGCTC GCCAGTATGG 
GACATCATAA AGCATGAGTT AGAGTCAGGA GATGACAGGG TTTTGGTTGA GTTTGAAAAG 
GAGAGTCTAA ACATAGCAGG AAAATCAGAA GACGTCCAAG GCATGAGCCA GAAAATCAGG 
GAATTAATAG AGAGCACCAC TGAAAAGCTC AGAAGGGAAG AGCAGAGTCT GAAGGAGAAA 
GTGGCCATTT CCCCGGGAAA GCATTATCTT TTGCACCACA GTGGCTTCCT GAAGGATCTA 
AGCAAGGGGT TCCCAGAGAT GGAGATCTCT TACGACGCCA CGGCTCAGTT CCTGTACTTG 
AAGGGCTTCC GTGCAGATGT GTACAAAGTA AAGTGTGACA TCCAAGAGAA GGTGTTCTCC 
ATGGCTCAAA AGGATGTCCA GGTCTCTTCT GAAGTCTTCG AATTTCTGCA GCAAGTAGAC 
AGTCAGAGAC TCTCTAAGTC TCTGTTTGAG GCACAGAACA TTCTCGCCAT ATATGAGCTG 
AAAGGTACAG CTCTTTTCTT AGTTGGAAGT TCTTTCAAAG ATCTGGCAGA AGCCGAGACA 
AAAATGCTCA GTGCTTTAAG TCATAAGCAG ATTGAAGTTG AGGACAAGGA GGTTCTGATA 
AGTAATGGGT GGAAGAAGAA AGTTCACCCT CTGCAAAAGA GACACAGCTC TTGTGCAACC 
ATTATAGTCC AGAATGAATT GACTTCAGAA ACCCCGGCAA AGGTCATTGT TACAGGCTGT 
GTGAAAGAAG TGAATGAAAT CCATAGGCAA CTTTTTGAGT ATTTGGAAAA CAACATGAAA 
GTTGAAAGAG CACTTAAAAT CAAACCATCC TTGATTGTTG ACTATTTAAG GACAGACAAG 
AGGCTATTGT CAAAGATAAA GAAGGCACAT GTGTATGTGC ATTTTAAGCC TAAAGACAAT 
CCAAACAGCA TTTTGCTAAC TGGCTGCAAG AGCAAAGTTC TAGAGTGCAT GAATCTAGTC 
AAGGAAATCC AGGATTCAGT CTGTGTCCAA AGATTCCAGA CTGACAAAGC TGGCGTCAGG 
CACTTCTTCA AAGATAAAGA ATCGTATTAC AAAACGGAGA TTGGTCGTCA GTTCGGATGC 
GTCATTGAAT TGGAGGAGGA TAGAGAGGAG AAGGGTGAAG AGGAGGATGG TGAAGAGGAG 
GAGGGTGAAG AGGAGGGAGA AAGCAGCATT AATGAGCAGA AGTGTCACCT ACAGAGGGAC 
ATAGCCCCCG GAGTCAAACT GTTCGTCCTC GAGGAAGACC TGAGTCGGTT TCCCGTCGAT 
GTGGTAGTGA ATGCAGCAAA TGAGAACCTG AAGCATATCA GCGGTCTCGC ACAGGCTCTC 
TCAAAGGCCG CTGGCCCTGA ACTCCAAACA GAATGTGACC AGATAGTAAA AGAGGGCGGC 
GTGGTCCTAC CCGGCAATGC TGTTATCTCA AAAGCAGGCA AGCTCCCTTG TCACCACGTC 
ATCCATGCGG TAGGGCCTCG ATGGAAGGGA GATAAAGTCC TGGAGTGTGT GAGCCTGCTA 
AAGAAAGTGG TTAGACAAAG CCTCAGTTTA GCTGAGGAGC ACAGGTGCCG CTCCATAGCC 
ATGCCAGCGG TCAGCGCTGG GATCTTTGAC TTTCCCTTAG AACTGTGTGT GGCAAACATT 
GTTTCAGCCA TCAAGGAACA CTTCCAGCAT AAGCGAGACA CACACACCTT GAAAAAGATT 
TACCTGGTGG GCCTACCTGC CAAGGTTGCC AGGGCCTTTG CTGAAGCTGT CAAGACTACA 
TATAAAGACT CCCTTTCCCA CACAGCTTTC CCATCCAGTT TAAAGGCTTT AGTACCACTT 
GGGAAAACGC CCCAGAAACA GGGCAGTCTG CTGGTGTCAC CAGAAGGCCT GAGAATCCGC 
CTGGTAGAAG AAGGCGTGCA GAATGCTACG ACCCATGCCA TTGTGAACTC TATTTCCCCG 
GATCTTAAAC TCAACAAAGG ACCCCTTTCT CAGGCCTTCT TGGAAAAGGC TGGGCCAAAA 
CTCCAGGAGG AATTGACCAG GTCAGGACAA GGGGTCTCTG TTGATGTGGG CACAATTCTT 
CAAACCAGTG GCTGTAATCT CAACAGCCGC CACGTCTTCC ATGTGGTGCC TCCACCTTGG 
AAAAGCAACA ACAGTGCATG GTCACTAAAG ATCATGAAAA ACATCATCCG TGACTGCCTG 
AAGACCACCG AGAACCTGTC TCTACAATCG ATTGCATTTC CAGCAATAGG AACGGGAAAT 
TTGAGGTTTC CTAAACCTGA ATTTGCTAAA TTAATAATTT CAGAAGTGCT CAAATTTAGT 
AGCAGGAACC AACTGAAAAC TTTACAAGAG GTTCAGTTTC TGCTGCACCC GAAAGACCAT 
GAAAACATTC AGGCATTTTC AGATGAATTT GACAAGAGAA ATAATGGAGA TCCTAGTGAC 
AAAAATCCCA AGGCTGAAGA CACACAAGGT ATCTATGGGA GCCTTTCCAG CCCTACTTTA 
GGAATGCATG AAATGAATAT TGGTCCAATC CTCTTCCAAG TGGCCACTGG GAACATCATC 
AAAGAAGTGG CAGATGTGAT TGTCAATTCA ACAACACTCA CATTTGATCT CAAATCAGGG 
GTCTCCAAAG CAATTTTGGA AGGTGCAGGA CAAAATGTGG AGCAAGAATG TTCTCTCTTG 
GCTAAACAGA GTAACCATGG GTATATAGTC ACTGGAGGTG GACTATTGCA ATGTAAGAAC 
ATTATTCATG TTGTTGGTGG GAATGATGTC AAGAAATCGG TTTCCTGTGT TTTGGAAGAA 
TGTGAACAAC GGAATTACTC ATCCATTTGC CTACCAGCTA TTGGCACAGG AAATGCTCAA 
CAGGACCCAA ACGTAGTAGC AAAAGCGATA ATAGATGCCA TTGAAGAATT TGTCCAGAAA 
AAATCAGTGC AGGCTGTGAA GAGAGTTAAA GTTGTTATCT TCCAGCCCCA TATTCTGCAA 
TTTTTTTACG ACAACATGAA AGAAAGAGAA GGCTCTCCAG CTCCCCCCAA GCAGTCGCCT 
GCCAAGCAGT CAGTGATGTC TAAGATTGCC TCCTTTCTTG GCTTTCCCAA GCAAGCTTCC 
CCCAAAAAGA ACACCCTGGT TTTGGAAAAG AAAATAGAGC ACACAGTTTT CCAGGTATGT 
GGTTCAGGGG TAGACAGTGT GAACAAAACA ATCTCCTGGC TAAAGGAACT GATTACCAAA 
GAGCAGCTTT CCTACACCAA TGACGATGAG TGTGTCAGTG ACTTTGACAT GGAGGAGTAC 
GAGAAACTGA ATGAGATTCA GAAGGAACTG AACATCACCA TTGAGATGAA CCAGAAGAAA 
ACTTCGATTC AAGTTTCAGG AATTAGCAGA GACGTGATAA AAGCTAGAGA TGAGATTGAG 
GGCATGATCA AGAGCATTCG ATTGGCTAAA GAAAAGGAAA GCCAGGCAGA CTACATCTCT 
ACATATGTGG AATGGCAGTA TATTGATAAA AACATCACAC AGTGTTTTGA CAAAATGACC 
AACATGAAGT TGGAGGTTGC ATGGAAGGCC AAGAAGAAGG ACACGGTTGT CCAAATTCAC 
AATCAGGATT TCACGGTGGA CTTGAGCACA AACACAGCCA CCGCTCCCCA AGGCCAGACT 
TTCACTGTTC AGCGCCTCGT CAAAGCTGAA GCTGAAATCC CTGCCAATTG GAGTGACATG 
AAGCAGGACA AATTGCTTCT GGTGAATCTG CAAACCAGTG ATCCCGAATA CAACATGGTG 
GCAAGCGCCT TCCGTCAGAC CTGCTCAAAC TTTTTCATAG AGAAGATTGA AAGGATTCAG 
AATCCAGCTC TTTGGAGAAG GTATCAGGCA TACAAAAAAA GTATGGATGA AAAGAATGGC 
AATGTAAGAA ATGAGAAGCA TCTCTTCCAT GGGACAGAGG CTAGCTCTCT ACCACAGCTC 
AACAGTAATG GATTTAACCG CAGCTATGCT GGGAAGAACG CTACTGCCTA CGGGAAAGGA 
ACCTATTTTG CTGTCAAAGC TTCCTATTCT GCCTGTGACA CATATTCCAG ACCAGACACC 
AATGGGAGAA AGTATATGTA TTATGTGCGG GTTCTCACTG GAAACTACAC GAATGGAAAC 
GCGTCACTGA TTGTGCCCCC CTCGAGGGAC CCTCAAAATG CTGCTGACTT GTATGACACC 
GTCACAGATA ATGATAAAAA TCCAAGTATA TTTGTAGTGT TTTATGACAA CCAAACGTAC 
CCTGAGTATC TTATCACATT TAGGCAGTAA

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

Parp14 ( XM_006522394.4 ) cDNA ORF clone, Mus musculus(house mouse) -> XP_006522457.2 Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMu75373
Clone ID Related Accession (Same CDS sequence)	XM_006522394.3 , XM_006522394.4
Accession Version	XM_006522394.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5469bp) 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	2019-08-07
Organism	Mus musculus(house mouse)
Product	protein mono-ADP-ribosyltransferase PARP14 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000082.6) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Aug 8, 2019 this sequence version replaced XM_006522394.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus musculus Annotation Release 108 Annotation Version :: 108 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##

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAGTGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGGTG AGGGGCGCGA AGTTCGGCAG AACGTTCTGG AGAGAGGGAA TCATGAGTTA 
GTGTGGCAAG AAAAAGGAAC ATTCAAGTTG ACTGTCCTGA TGCCCACAGA CCCTGAGGAA 
GCCTCAGCCT CTAAGAAGTC AAGGAAGGAG TCTCCAGAAG AGGAGTCCAA GACAAAAGAA 
GATGCTGTGA AACAAGGTGA TTTGGATATA ACACATTCTC CCAGCAGTGG ATCAGAAAAG 
ACAGAAGATG TCCCAAAAGA ATGTGAAAAT ATTTCCTCCA TGGTGGCATT TGAAAACCTG 
CCTGAGAAAG TATCCGAGAT GGTGCTGACC ATCCTGGTGG AGAATATAAG CGGCCTCCCC 
AGTGATGACT TTAAGGTGGA AGTGAACCGA GATTTTGCTG TTGCCGTGGT TACCTTTCAG 
AAGCCTATAG ATATCAAAAA ATTTATTGTT GACTGTATCA GCCACCGCTC AAATCAACAA 
CTCCAGCTTG CCCCGAGACT TCTGGAAACA ACGAATGTAG TCAGGGTGGA AAACCTGCCT 
CCTGGGGTGG ACGAGTACCA GCTGCAACTC TTCTTCGAAA ACCCTTTCAA CGGGGGCGGA 
AGGGTCGCCC GAGTTGAGTG TTTCCCAGAA GAGAGTTCGG CACTGGTTGA GTTTTGTGAC 
AGCAAAGTGT TAGACACCGT CATGGCCAAG ACACACAGTT ACAACAAGAT GCCACTGTCT 
GTCTTCCCCT ATTATCCCTC TCTGGGCACA GCCTTGTATG GTGAGGAGAA GCCTCTGATA 
AAGCTTCCAG CATCTTTCCA GGAGTCTCTT GATCTTCCTT TGTGGAAGTT CTTTCAGAAA 
AATAATCATC TGATTGAGGA GATAAATAAT GAAATGAGGT GCTGTCACTG TGAGCTGACT 
TGGTCTGAAA TCAATGGTAA ACTGACCATC AGACCCGCTG CCACCTTAGT CAATCATAGA 
CTGAGCATTA AGACCTGGCA GAGAGACGCA TCCGCAGTGC TCTCTGGCAT CAAGTCTAAA 
TATGGAGTGG AGTTGTTTGA AGTGTGCTCG CCAGTATGGG ACATCATAAA GCATGAGTTA 
GAGTCAGGAG ATGACAGGGT TTTGGTTGAG TTTGAAAAGG AGAGTCTAAA CATAGCAGGA 
AAATCAGAAG ACGTCCAAGG CATGAGCCAG AAAATCAGGG AATTAATAGA GAGCACCACT 
GAAAAGCTCA GAAGGGAAGA GCAGAGTCTG AAGGAGAAAG TGGCCATTTC CCCGGGAAAG 
CATTATCTTT TGCACCACAG TGGCTTCCTG AAGGATCTAA GCAAGGGGTT CCCAGAGATG 
GAGATCTCTT ACGACGCCAC GGCTCAGTTC CTGTACTTGA AGGGCTTCCG TGCAGATGTG 
TACAAAGTAA AGTGTGACAT CCAAGAGAAG GTGTTCTCCA TGGCTCAAAA GGATGTCCAG 
GTCTCTTCTG AAGTCTTCGA ATTTCTGCAG CAAGTAGACA GTCAGAGACT CTCTAAGTCT 
CTGTTTGAGG CACAGAACAT TCTCGCCATA TATGAGCTGA AAGGTACAGC TCTTTTCTTA 
GTTGGAAGTT CTTTCAAAGA TCTGGCAGAA GCCGAGACAA AAATGCTCAG TGCTTTAAGT 
CATAAGCAGA TTGAAGTTGA GGACAAGGAG GTTCTGATAA GTAATGGGTG GAAGAAGAAA 
GTTCACCCTC TGCAAAAGAG ACACAGCTCT TGTGCAACCA TTATAGTCCA GAATGAATTG 
ACTTCAGAAA CCCCGGCAAA GGTCATTGTT ACAGGCTGTG TGAAAGAAGT GAATGAAATC 
CATAGGCAAC TTTTTGAGTA TTTGGAAAAC AACATGAAAG TTGAAAGAGC ACTTAAAATC 
AAACCATCCT TGATTGTTGA CTATTTAAGG ACAGACAAGA GGCTATTGTC AAAGATAAAG 
AAGGCACATG TGTATGTGCA TTTTAAGCCT AAAGACAATC CAAACAGCAT TTTGCTAACT 
GGCTGCAAGA GCAAAGTTCT AGAGTGCATG AATCTAGTCA AGGAAATCCA GGATTCAGTC 
TGTGTCCAAA GATTCCAGAC TGACAAAGCT GGCGTCAGGC ACTTCTTCAA AGATAAAGAA 
TCGTATTACA AAACGGAGAT TGGTCGTCAG TTCGGATGCG TCATTGAATT GGAGGAGGAT 
AGAGAGGAGA AGGGTGAAGA GGAGGATGGT GAAGAGGAGG AGGGTGAAGA GGAGGGAGAA 
AGCAGCATTA ATGAGCAGAA GTGTCACCTA CAGAGGGACA TAGCCCCCGG AGTCAAACTG 
TTCGTCCTCG AGGAAGACCT GAGTCGGTTT CCCGTCGATG TGGTAGTGAA TGCAGCAAAT 
GAGAACCTGA AGCATATCAG CGGTCTCGCA CAGGCTCTCT CAAAGGCCGC TGGCCCTGAA 
CTCCAAACAG AATGTGACCA GATAGTAAAA GAGGGCGGCG TGGTCCTACC CGGCAATGCT 
GTTATCTCAA AAGCAGGCAA GCTCCCTTGT CACCACGTCA TCCATGCGGT AGGGCCTCGA 
TGGAAGGGAG ATAAAGTCCT GGAGTGTGTG AGCCTGCTAA AGAAAGTGGT TAGACAAAGC 
CTCAGTTTAG CTGAGGAGCA CAGGTGCCGC TCCATAGCCA TGCCAGCGGT CAGCGCTGGG 
ATCTTTGACT TTCCCTTAGA ACTGTGTGTG GCAAACATTG TTTCAGCCAT CAAGGAACAC 
TTCCAGCATA AGCGAGACAC ACACACCTTG AAAAAGATTT ACCTGGTGGG CCTACCTGCC 
AAGGTTGCCA GGGCCTTTGC TGAAGCTGTC AAGACTACAT ATAAAGACTC CCTTTCCCAC 
ACAGCTTTCC CATCCAGTTT AAAGGCTTTA GTACCACTTG GGAAAACGCC CCAGAAACAG 
GGCAGTCTGC TGGTGTCACC AGAAGGCCTG AGAATCCGCC TGGTAGAAGA AGGCGTGCAG 
AATGCTACGA CCCATGCCAT TGTGAACTCT ATTTCCCCGG ATCTTAAACT CAACAAAGGA 
CCCCTTTCTC AGGCCTTCTT GGAAAAGGCT GGGCCAAAAC TCCAGGAGGA ATTGACCAGG 
TCAGGACAAG GGGTCTCTGT TGATGTGGGC ACAATTCTTC AAACCAGTGG CTGTAATCTC 
AACAGCCGCC ACGTCTTCCA TGTGGTGCCT CCACCTTGGA AAAGCAACAA CAGTGCATGG 
TCACTAAAGA TCATGAAAAA CATCATCCGT GACTGCCTGA AGACCACCGA GAACCTGTCT 
CTACAATCGA TTGCATTTCC AGCAATAGGA ACGGGAAATT TGAGGTTTCC TAAACCTGAA 
TTTGCTAAAT TAATAATTTC AGAAGTGCTC AAATTTAGTA GCAGGAACCA ACTGAAAACT 
TTACAAGAGG TTCAGTTTCT GCTGCACCCG AAAGACCATG AAAACATTCA GGCATTTTCA 
GATGAATTTG ACAAGAGAAA TAATGGAGAT CCTAGTGACA AAAATCCCAA GGCTGAAGAC 
ACACAAGGTA TCTATGGGAG CCTTTCCAGC CCTACTTTAG GAATGCATGA AATGAATATT 
GGTCCAATCC TCTTCCAAGT GGCCACTGGG AACATCATCA AAGAAGTGGC AGATGTGATT 
GTCAATTCAA CAACACTCAC ATTTGATCTC AAATCAGGGG TCTCCAAAGC AATTTTGGAA 
GGTGCAGGAC AAAATGTGGA GCAAGAATGT TCTCTCTTGG CTAAACAGAG TAACCATGGG 
TATATAGTCA CTGGAGGTGG ACTATTGCAA TGTAAGAACA TTATTCATGT TGTTGGTGGG 
AATGATGTCA AGAAATCGGT TTCCTGTGTT TTGGAAGAAT GTGAACAACG GAATTACTCA 
TCCATTTGCC TACCAGCTAT TGGCACAGGA AATGCTCAAC AGGACCCAAA CGTAGTAGCA 
AAAGCGATAA TAGATGCCAT TGAAGAATTT GTCCAGAAAA AATCAGTGCA GGCTGTGAAG 
AGAGTTAAAG TTGTTATCTT CCAGCCCCAT ATTCTGCAAT TTTTTTACGA CAACATGAAA 
GAAAGAGAAG GCTCTCCAGC TCCCCCCAAG CAGTCGCCTG CCAAGCAGTC AGTGATGTCT 
AAGATTGCCT CCTTTCTTGG CTTTCCCAAG CAAGCTTCCC CCAAAAAGAA CACCCTGGTT 
TTGGAAAAGA AAATAGAGCA CACAGTTTTC CAGGTATGTG GTTCAGGGGT AGACAGTGTG 
AACAAAACAA TCTCCTGGCT AAAGGAACTG ATTACCAAAG AGCAGCTTTC CTACACCAAT 
GACGATGAGT GTGTCAGTGA CTTTGACATG GAGGAGTACG AGAAACTGAA TGAGATTCAG 
AAGGAACTGA ACATCACCAT TGAGATGAAC CAGAAGAAAA CTTCGATTCA AGTTTCAGGA 
ATTAGCAGAG ACGTGATAAA AGCTAGAGAT GAGATTGAGG GCATGATCAA GAGCATTCGA 
TTGGCTAAAG AAAAGGAAAG CCAGGCAGAC TACATCTCTA CATATGTGGA ATGGCAGTAT 
ATTGATAAAA ACATCACACA GTGTTTTGAC AAAATGACCA ACATGAAGTT GGAGGTTGCA 
TGGAAGGCCA AGAAGAAGGA CACGGTTGTC CAAATTCACA ATCAGGATTT CACGGTGGAC 
TTGAGCACAA ACACAGCCAC CGCTCCCCAA GGCCAGACTT TCACTGTTCA GCGCCTCGTC 
AAAGCTGAAG CTGAAATCCC TGCCAATTGG AGTGACATGA AGCAGGACAA ATTGCTTCTG 
GTGAATCTGC AAACCAGTGA TCCCGAATAC AACATGGTGG CAAGCGCCTT CCGTCAGACC 
TGCTCAAACT TTTTCATAGA GAAGATTGAA AGGATTCAGA ATCCAGCTCT TTGGAGAAGG 
TATCAGGCAT ACAAAAAAAG TATGGATGAA AAGAATGGCA ATGTAAGAAA TGAGAAGCAT 
CTCTTCCATG GGACAGAGGC TAGCTCTCTA CCACAGCTCA ACAGTAATGG ATTTAACCGC 
AGCTATGCTG GGAAGAACGC TACTGCCTAC GGGAAAGGAA CCTATTTTGC TGTCAAAGCT 
TCCTATTCTG CCTGTGACAC ATATTCCAGA CCAGACACCA ATGGGAGAAA GTATATGTAT 
TATGTGCGGG TTCTCACTGG AAACTACACG AATGGAAACG CGTCACTGAT TGTGCCCCCC 
TCGAGGGACC CTCAAAATGC TGCTGACTTG TATGACACCG TCACAGATAA TGATAAAAAT 
CCAAGTATAT TTGTAGTGTT TTATGACAAC CAAACGTACC CTGAGTATCT TATCACATTT 
AGGCAGTAA

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

RefSeq	XP_006522457.2
CDS	24..5492
Translation	MAASGSFPLLVEGSWGPDPPKNLINKLQVYFQSRKKSGGGECEVVPEPGNPARFRVLFSPEDGEGREVRQNVLERGNHELVWQEKGTFKLTVLMPTDPEEASASKKSRKESPEEESKTKEDAVKQGDLDITHSPSSGSEKTEDVPKECENISSMVAFENLPEKVSEMVLTILVENISGLPSDDFKVEVNRDFAVAVVTFQKPIDIKKFIVDCISHRSNQQLQLAPRLLETTNVVRVENLPPGVDEYQLQLFFENPFNGGGRVARVECFPEESSALVEFCDSKVLDTVMAKTHSYNKMPLSVFPYYPSLGTALYGEEKPLIKLPASFQESLDLPLWKFFQKNNHLIEEINNEMRCCHCELTWSEINGKLTIRPAATLVNHRLSIKTWQRDASAVLSGIKSKYGVELFEVCSPVWDIIKHELESGDDRVLVEFEKESLNIAGKSEDVQGMSQKIRELIESTTEKLRREEQSLKEKVAISPGKHYLLHHSGFLKDLSKGFPEMEISYDATAQFLYLKGFRADVYKVKCDIQEKVFSMAQKDVQVSSEVFEFLQQVDSQRLSKSLFEAQNILAIYELKGTALFLVGSSFKDLAEAETKMLSALSHKQIEVEDKEVLISNGWKKKVHPLQKRHSSCATIIVQNELTSETPAKVIVTGCVKEVNEIHRQLFEYLENNMKVERALKIKPSLIVDYLRTDKRLLSKIKKAHVYVHFKPKDNPNSILLTGCKSKVLECMNLVKEIQDSVCVQRFQTDKAGVRHFFKDKESYYKTEIGRQFGCVIELEEDREEKGEEEDGEEEEGEEEGESSINEQKCHLQRDIAPGVKLFVLEEDLSRFPVDVVVNAANENLKHISGLAQALSKAAGPELQTECDQIVKEGGVVLPGNAVISKAGKLPCHHVIHAVGPRWKGDKVLECVSLLKKVVRQSLSLAEEHRCRSIAMPAVSAGIFDFPLELCVANIVSAIKEHFQHKRDTHTLKKIYLVGLPAKVARAFAEAVKTTYKDSLSHTAFPSSLKALVPLGKTPQKQGSLLVSPEGLRIRLVEEGVQNATTHAIVNSISPDLKLNKGPLSQAFLEKAGPKLQEELTRSGQGVSVDVGTILQTSGCNLNSRHVFHVVPPPWKSNNSAWSLKIMKNIIRDCLKTTENLSLQSIAFPAIGTGNLRFPKPEFAKLIISEVLKFSSRNQLKTLQEVQFLLHPKDHENIQAFSDEFDKRNNGDPSDKNPKAEDTQGIYGSLSSPTLGMHEMNIGPILFQVATGNIIKEVADVIVNSTTLTFDLKSGVSKAILEGAGQNVEQECSLLAKQSNHGYIVTGGGLLQCKNIIHVVGGNDVKKSVSCVLEECEQRNYSSICLPAIGTGNAQQDPNVVAKAIIDAIEEFVQKKSVQAVKRVKVVIFQPHILQFFYDNMKEREGSPAPPKQSPAKQSVMSKIASFLGFPKQASPKKNTLVLEKKIEHTVFQVCGSGVDSVNKTISWLKELITKEQLSYTNDDECVSDFDMEEYEKLNEIQKELNITIEMNQKKTSIQVSGISRDVIKARDEIEGMIKSIRLAKEKESQADYISTYVEWQYIDKNITQCFDKMTNMKLEVAWKAKKKDTVVQIHNQDFTVDLSTNTATAPQGQTFTVQRLVKAEAEIPANWSDMKQDKLLLVNLQTSDPEYNMVASAFRQTCSNFFIEKIERIQNPALWRRYQAYKKSMDEKNGNVRNEKHLFHGTEASSLPQLNSNGFNRSYAGKNATAYGKGTYFAVKASYSACDTYSRPDTNGRKYMYYVRVLTGNYTNGNASLIVPPSRDPQNAADLYDTVTDNDKNPSIFVVFYDNQTYPEYLITFRQ

Target ORF information:

RefSeq Version	XM_006522394.4
Organism	Mus musculus(house mouse)
Definition	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X2, mRNA.

Target ORF information:

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

XM_006522394.4

ORF Insert Sequence:

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAGTGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGGTG AGGGGCGCGA AGTTCGGCAG AACGTTCTGG AGAGAGGGAA TCATGAGTTA 
GTGTGGCAAG AAAAAGGAAC ATTCAAGTTG ACTGTCCTGA TGCCCACAGA CCCTGAGGAA 
GCCTCAGCCT CTAAGAAGTC AAGGAAGGAG TCTCCAGAAG AGGAGTCCAA GACAAAAGAA 
GATGCTGTGA AACAAGGTGA TTTGGATATA ACACATTCTC CCAGCAGTGG ATCAGAAAAG 
ACAGAAGATG TCCCAAAAGA ATGTGAAAAT ATTTCCTCCA TGGTGGCATT TGAAAACCTG 
CCTGAGAAAG TATCCGAGAT GGTGCTGACC ATCCTGGTGG AGAATATAAG CGGCCTCCCC 
AGTGATGACT TTAAGGTGGA AGTGAACCGA GATTTTGCTG TTGCCGTGGT TACCTTTCAG 
AAGCCTATAG ATATCAAAAA ATTTATTGTT GACTGTATCA GCCACCGCTC AAATCAACAA 
CTCCAGCTTG CCCCGAGACT TCTGGAAACA ACGAATGTAG TCAGGGTGGA AAACCTGCCT 
CCTGGGGTGG ACGAGTACCA GCTGCAACTC TTCTTCGAAA ACCCTTTCAA CGGGGGCGGA 
AGGGTCGCCC GAGTTGAGTG TTTCCCAGAA GAGAGTTCGG CACTGGTTGA GTTTTGTGAC 
AGCAAAGTGT TAGACACCGT CATGGCCAAG ACACACAGTT ACAACAAGAT GCCACTGTCT 
GTCTTCCCCT ATTATCCCTC TCTGGGCACA GCCTTGTATG GTGAGGAGAA GCCTCTGATA 
AAGCTTCCAG CATCTTTCCA GGAGTCTCTT GATCTTCCTT TGTGGAAGTT CTTTCAGAAA 
AATAATCATC TGATTGAGGA GATAAATAAT GAAATGAGGT GCTGTCACTG TGAGCTGACT 
TGGTCTGAAA TCAATGGTAA ACTGACCATC AGACCCGCTG CCACCTTAGT CAATCATAGA 
CTGAGCATTA AGACCTGGCA GAGAGACGCA TCCGCAGTGC TCTCTGGCAT CAAGTCTAAA 
TATGGAGTGG AGTTGTTTGA AGTGTGCTCG CCAGTATGGG ACATCATAAA GCATGAGTTA 
GAGTCAGGAG ATGACAGGGT TTTGGTTGAG TTTGAAAAGG AGAGTCTAAA CATAGCAGGA 
AAATCAGAAG ACGTCCAAGG CATGAGCCAG AAAATCAGGG AATTAATAGA GAGCACCACT 
GAAAAGCTCA GAAGGGAAGA GCAGAGTCTG AAGGAGAAAG TGGCCATTTC CCCGGGAAAG 
CATTATCTTT TGCACCACAG TGGCTTCCTG AAGGATCTAA GCAAGGGGTT CCCAGAGATG 
GAGATCTCTT ACGACGCCAC GGCTCAGTTC CTGTACTTGA AGGGCTTCCG TGCAGATGTG 
TACAAAGTAA AGTGTGACAT CCAAGAGAAG GTGTTCTCCA TGGCTCAAAA GGATGTCCAG 
GTCTCTTCTG AAGTCTTCGA ATTTCTGCAG CAAGTAGACA GTCAGAGACT CTCTAAGTCT 
CTGTTTGAGG CACAGAACAT TCTCGCCATA TATGAGCTGA AAGGTACAGC TCTTTTCTTA 
GTTGGAAGTT CTTTCAAAGA TCTGGCAGAA GCCGAGACAA AAATGCTCAG TGCTTTAAGT 
CATAAGCAGA TTGAAGTTGA GGACAAGGAG GTTCTGATAA GTAATGGGTG GAAGAAGAAA 
GTTCACCCTC TGCAAAAGAG ACACAGCTCT TGTGCAACCA TTATAGTCCA GAATGAATTG 
ACTTCAGAAA CCCCGGCAAA GGTCATTGTT ACAGGCTGTG TGAAAGAAGT GAATGAAATC 
CATAGGCAAC TTTTTGAGTA TTTGGAAAAC AACATGAAAG TTGAAAGAGC ACTTAAAATC 
AAACCATCCT TGATTGTTGA CTATTTAAGG ACAGACAAGA GGCTATTGTC AAAGATAAAG 
AAGGCACATG TGTATGTGCA TTTTAAGCCT AAAGACAATC CAAACAGCAT TTTGCTAACT 
GGCTGCAAGA GCAAAGTTCT AGAGTGCATG AATCTAGTCA AGGAAATCCA GGATTCAGTC 
TGTGTCCAAA GATTCCAGAC TGACAAAGCT GGCGTCAGGC ACTTCTTCAA AGATAAAGAA 
TCGTATTACA AAACGGAGAT TGGTCGTCAG TTCGGATGCG TCATTGAATT GGAGGAGGAT 
AGAGAGGAGA AGGGTGAAGA GGAGGATGGT GAAGAGGAGG AGGGTGAAGA GGAGGGAGAA 
AGCAGCATTA ATGAGCAGAA GTGTCACCTA CAGAGGGACA TAGCCCCCGG AGTCAAACTG 
TTCGTCCTCG AGGAAGACCT GAGTCGGTTT CCCGTCGATG TGGTAGTGAA TGCAGCAAAT 
GAGAACCTGA AGCATATCAG CGGTCTCGCA CAGGCTCTCT CAAAGGCCGC TGGCCCTGAA 
CTCCAAACAG AATGTGACCA GATAGTAAAA GAGGGCGGCG TGGTCCTACC CGGCAATGCT 
GTTATCTCAA AAGCAGGCAA GCTCCCTTGT CACCACGTCA TCCATGCGGT AGGGCCTCGA 
TGGAAGGGAG ATAAAGTCCT GGAGTGTGTG AGCCTGCTAA AGAAAGTGGT TAGACAAAGC 
CTCAGTTTAG CTGAGGAGCA CAGGTGCCGC TCCATAGCCA TGCCAGCGGT CAGCGCTGGG 
ATCTTTGACT TTCCCTTAGA ACTGTGTGTG GCAAACATTG TTTCAGCCAT CAAGGAACAC 
TTCCAGCATA AGCGAGACAC ACACACCTTG AAAAAGATTT ACCTGGTGGG CCTACCTGCC 
AAGGTTGCCA GGGCCTTTGC TGAAGCTGTC AAGACTACAT ATAAAGACTC CCTTTCCCAC 
ACAGCTTTCC CATCCAGTTT AAAGGCTTTA GTACCACTTG GGAAAACGCC CCAGAAACAG 
GGCAGTCTGC TGGTGTCACC AGAAGGCCTG AGAATCCGCC TGGTAGAAGA AGGCGTGCAG 
AATGCTACGA CCCATGCCAT TGTGAACTCT ATTTCCCCGG ATCTTAAACT CAACAAAGGA 
CCCCTTTCTC AGGCCTTCTT GGAAAAGGCT GGGCCAAAAC TCCAGGAGGA ATTGACCAGG 
TCAGGACAAG GGGTCTCTGT TGATGTGGGC ACAATTCTTC AAACCAGTGG CTGTAATCTC 
AACAGCCGCC ACGTCTTCCA TGTGGTGCCT CCACCTTGGA AAAGCAACAA CAGTGCATGG 
TCACTAAAGA TCATGAAAAA CATCATCCGT GACTGCCTGA AGACCACCGA GAACCTGTCT 
CTACAATCGA TTGCATTTCC AGCAATAGGA ACGGGAAATT TGAGGTTTCC TAAACCTGAA 
TTTGCTAAAT TAATAATTTC AGAAGTGCTC AAATTTAGTA GCAGGAACCA ACTGAAAACT 
TTACAAGAGG TTCAGTTTCT GCTGCACCCG AAAGACCATG AAAACATTCA GGCATTTTCA 
GATGAATTTG ACAAGAGAAA TAATGGAGAT CCTAGTGACA AAAATCCCAA GGCTGAAGAC 
ACACAAGGTA TCTATGGGAG CCTTTCCAGC CCTACTTTAG GAATGCATGA AATGAATATT 
GGTCCAATCC TCTTCCAAGT GGCCACTGGG AACATCATCA AAGAAGTGGC AGATGTGATT 
GTCAATTCAA CAACACTCAC ATTTGATCTC AAATCAGGGG TCTCCAAAGC AATTTTGGAA 
GGTGCAGGAC AAAATGTGGA GCAAGAATGT TCTCTCTTGG CTAAACAGAG TAACCATGGG 
TATATAGTCA CTGGAGGTGG ACTATTGCAA TGTAAGAACA TTATTCATGT TGTTGGTGGG 
AATGATGTCA AGAAATCGGT TTCCTGTGTT TTGGAAGAAT GTGAACAACG GAATTACTCA 
TCCATTTGCC TACCAGCTAT TGGCACAGGA AATGCTCAAC AGGACCCAAA CGTAGTAGCA 
AAAGCGATAA TAGATGCCAT TGAAGAATTT GTCCAGAAAA AATCAGTGCA GGCTGTGAAG 
AGAGTTAAAG TTGTTATCTT CCAGCCCCAT ATTCTGCAAT TTTTTTACGA CAACATGAAA 
GAAAGAGAAG GCTCTCCAGC TCCCCCCAAG CAGTCGCCTG CCAAGCAGTC AGTGATGTCT 
AAGATTGCCT CCTTTCTTGG CTTTCCCAAG CAAGCTTCCC CCAAAAAGAA CACCCTGGTT 
TTGGAAAAGA AAATAGAGCA CACAGTTTTC CAGGTATGTG GTTCAGGGGT AGACAGTGTG 
AACAAAACAA TCTCCTGGCT AAAGGAACTG ATTACCAAAG AGCAGCTTTC CTACACCAAT 
GACGATGAGT GTGTCAGTGA CTTTGACATG GAGGAGTACG AGAAACTGAA TGAGATTCAG 
AAGGAACTGA ACATCACCAT TGAGATGAAC CAGAAGAAAA CTTCGATTCA AGTTTCAGGA 
ATTAGCAGAG ACGTGATAAA AGCTAGAGAT GAGATTGAGG GCATGATCAA GAGCATTCGA 
TTGGCTAAAG AAAAGGAAAG CCAGGCAGAC TACATCTCTA CATATGTGGA ATGGCAGTAT 
ATTGATAAAA ACATCACACA GTGTTTTGAC AAAATGACCA ACATGAAGTT GGAGGTTGCA 
TGGAAGGCCA AGAAGAAGGA CACGGTTGTC CAAATTCACA ATCAGGATTT CACGGTGGAC 
TTGAGCACAA ACACAGCCAC CGCTCCCCAA GGCCAGACTT TCACTGTTCA GCGCCTCGTC 
AAAGCTGAAG CTGAAATCCC TGCCAATTGG AGTGACATGA AGCAGGACAA ATTGCTTCTG 
GTGAATCTGC AAACCAGTGA TCCCGAATAC AACATGGTGG CAAGCGCCTT CCGTCAGACC 
TGCTCAAACT TTTTCATAGA GAAGATTGAA AGGATTCAGA ATCCAGCTCT TTGGAGAAGG 
TATCAGGCAT ACAAAAAAAG TATGGATGAA AAGAATGGCA ATGTAAGAAA TGAGAAGCAT 
CTCTTCCATG GGACAGAGGC TAGCTCTCTA CCACAGCTCA ACAGTAATGG ATTTAACCGC 
AGCTATGCTG GGAAGAACGC TACTGCCTAC GGGAAAGGAA CCTATTTTGC TGTCAAAGCT 
TCCTATTCTG CCTGTGACAC ATATTCCAGA CCAGACACCA ATGGGAGAAA GTATATGTAT 
TATGTGCGGG TTCTCACTGG AAACTACACG AATGGAAACG CGTCACTGAT TGTGCCCCCC 
TCGAGGGACC CTCAAAATGC TGCTGACTTG TATGACACCG TCACAGATAA TGATAAAAAT 
CCAAGTATAT TTGTAGTGTT TTATGACAAC CAAACGTACC CTGAGTATCT TATCACATTT 
AGGCAGTAA

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

Parp14 ( NM_001039530.3 ) cDNA ORF clone, Mus musculus(house mouse) -> NP_001034619.2 Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), mRNA.

Price & Availability↑

CloneID	OMu13023
Clone ID Related Accession (Same CDS sequence)	NM_001039530.3
Accession Version	NM_001039530.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5454bp) 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	2019-12-26
Organism	Mus musculus(house mouse)
Product	protein mono-ADP-ribosyltransferase PARP14
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC129574.8. On Jan 29, 2008 this sequence version replaced NM_001039530.2. Sequence Note: The RefSeq transcript and protein data were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: DQ372930.2, BC138874.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMN00849374, SAMN00849375 [ECO:0000350] ##Evidence-Data-END##

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAGTGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGTTC GGCAGAACGT TCTGGAGAGA GGGAATCATG AGTTAGTGTG GCAAGAAAAA 
GGAACATTCA AGTTGACTGT CCTGATGCCC ACAGACCCTG AGGAAGCCTC AGCCTCTAAG 
AAGTCAAGGA AGGAGTCTCC AGAAGAGGAG TCCAAGACAA AAGAAGATGC TGTGAAACAA 
GGTGATTTGG ATATAACACA TTCTCCCAGC AGTGGATCAG AAAAGACAGA AGATGTCCCA 
AAAGAATGTG AAAATATTTC CTCCATGGTG GCATTTGAAA ACCTGCCTGA GAAAGTATCC 
GAGATGGTGC TGACCATCCT GGTGGAGAAT ATAAGCGGCC TCCCCAGTGA TGACTTTAAG 
GTGGAAGTGA ACCGAGATTT TGCTGTTGCC GTGGTTACCT TTCAGAAGCC TATAGATATC 
AAAAAATTTA TTGTTGACTG TATCAGCCAC CGCTCAAATC AACAACTCCA GCTTGCCCCG 
AGACTTCTGG AAACAACGAA TGTAGTCAGG GTGGAAAACC TGCCTCCTGG GGTGGACGAG 
TACCAGCTGC AACTCTTCTT CGAAAACCCT TTCAACGGGG GCGGAAGGGT CGCCCGAGTT 
GAGTGTTTCC CAGAAGAGAG TTCGGCACTG GTTGAGTTTT GTGACAGCAA AGTGTTAGAC 
ACCGTCATGG CCAAGACACA CAGTTACAAC AAGATGCCAC TGTCTGTCTT CCCCTATTAT 
CCCTCTCTGG GCACAGCCTT GTATGGTGAG GAGAAGCCTC TGATAAAGCT TCCAGCATCT 
TTCCAGGAGT CTCTTGATCT TCCTTTGTGG AAGTTCTTTC AGAAAAATAA TCATCTGATT 
GAGGAGATAA ATAATGAAAT GAGGTGCTGT CACTGTGAGC TGACTTGGTC TGAAATCAAT 
GGTAAACTGA CCATCAGACC CGCTGCCACC TTAGTCAATC ATAGACTGAG CATTAAGACC 
TGGCAGAGAG ACGCATCCGC AGTGCTCTCT GGCATCAAGT CTAAATATGG AGTGGAGTTG 
TTTGAAGTGT GCTCGCCAGT ATGGGACATC ATAAAGCATG AGTTAGAGTC AGGAGATGAC 
AGGGTTTTGG TTGAGTTTGA AAAGGAGAGT CTAAACATAG CAGGAAAATC AGAAGACGTC 
CAAGGCATGA GCCAGAAAAT CAGGGAATTA ATAGAGAGCA CCACTGAAAA GCTCAGAAGG 
GAAGAGCAGA GTCTGAAGGA GAAAGTGGCC ATTTCCCCGG GAAAGCATTA TCTTTTGCAC 
CACAGTGGCT TCCTGAAGGA TCTAAGCAAG GGGTTCCCAG AGATGGAGAT CTCTTACGAC 
GCCACGGCTC AGTTCCTGTA CTTGAAGGGC TTCCGTGCAG ATGTGTACAA AGTAAAGTGT 
GACATCCAAG AGAAGGTGTT CTCCATGGCT CAAAAGGATG TCCAGGTCTC TTCTGAAGTC 
TTCGAATTTC TGCAGCAAGT AGACAGTCAG AGACTCTCTA AGTCTCTGTT TGAGGCACAG 
AACATTCTCG CCATATATGA GCTGAAAGGT ACAGCTCTTT TCTTAGTTGG AAGTTCTTTC 
AAAGATCTGG CAGAAGCCGA GACAAAAATG CTCAGTGCTT TAAGTCATAA GCAGATTGAA 
GTTGAGGACA AGGAGGTTCT GATAAGTAAT GGGTGGAAGA AGAAAGTTCA CCCTCTGCAA 
AAGAGACACA GCTCTTGTGC AACCATTATA GTCCAGAATG AATTGACTTC AGAAACCCCG 
GCAAAGGTCA TTGTTACAGG CTGTGTGAAA GAAGTGAATG AAATCCATAG GCAACTTTTT 
GAGTATTTGG AAAACAACAT GAAAGTTGAA AGAGCACTTA AAATCAAACC ATCCTTGATT 
GTTGACTATT TAAGGACAGA CAAGAGGCTA TTGTCAAAGA TAAAGAAGGC ACATGTGTAT 
GTGCATTTTA AGCCTAAAGA CAATCCAAAC AGCATTTTGC TAACTGGCTG CAAGAGCAAA 
GTTCTAGAGT GCATGAATCT AGTCAAGGAA ATCCAGGATT CAGTCTGTGT CCAAAGATTC 
CAGACTGACA AAGCTGGCGT CAGGCACTTC TTCAAAGATA AAGAATCGTA TTACAAAACG 
GAGATTGGTC GTCAGTTCGG ATGCGTCATT GAATTGGAGG AGGATAGAGA GGAGAAGGGT 
GAAGAGGAGG ATGGTGAAGA GGAGGAGGGT GAAGAGGAGG GAGAAAGCAG CATTAATGAG 
CAGAAGTGTC ACCTACAGAG GGACATAGCC CCCGGAGTCA AACTGTTCGT CCTCGAGGAA 
GACCTGAGTC GGTTTCCCGT CGATGTGGTA GTGAATGCAG CAAATGAGAA CCTGAAGCAT 
ATCAGCGGTC TCGCACAGGC TCTCTCAAAG GCCGCTGGCC CTGAACTCCA AACAGAATGT 
GACCAGATAG TAAAAGAGGG CGGCGTGGTC CTACCCGGCA ATGCTGTTAT CTCAAAAGCA 
GGCAAGCTCC CTTGTCACCA CGTCATCCAT GCGGTAGGGC CTCGATGGAA GGGAGATAAA 
GTCCTGGAGT GTGTGAGCCT GCTAAAGAAA GTGGTTAGAC AAAGCCTCAG TTTAGCTGAG 
GAGCACAGGT GCCGCTCCAT AGCCATGCCA GCGGTCAGCG CTGGGATCTT TGACTTTCCC 
TTAGAACTGT GTGTGGCAAA CATTGTTTCA GCCATCAAGG AACACTTCCA GCATAAGCGA 
GACACACACA CCTTGAAAAA GATTTACCTG GTGGGCCTAC CTGCCAAGGT TGCCAGGGCC 
TTTGCTGAAG CTGTCAAGAC TACATATAAA GACTCCCTTT CCCACACAGC TTTCCCATCC 
AGTTTAAAGG CTTTAGTACC ACTTGGGAAA ACGCCCCAGA AACAGGGCAG TCTGCTGGTG 
TCACCAGAAG GCCTGAGAAT CCGCCTGGTA GAAGAAGGCG TGCAGAATGC TACGACCCAT 
GCCATTGTGA ACTCTATTTC CCCGGATCTT AAACTCAACA AAGGACCCCT TTCTCAGGCC 
TTCTTGGAAA AGGCTGGGCC AAAACTCCAG GAGGAATTGA CCAGGTCAGG ACAAGGGGTC 
TCTGTTGATG TGGGCACAAT TCTTCAAACC AGTGGCTGTA ATCTCAACAG CCGCCACGTC 
TTCCATGTGG TGCCTCCACC TTGGAAAAGC AACAACAGTG CATGGTCACT AAAGATCATG 
AAAAACATCA TCCGTGACTG CCTGAAGACC ACCGAGAACC TGTCTCTACA ATCGATTGCA 
TTTCCAGCAA TAGGAACGGG AAATTTGAGG TTTCCTAAAC CTGAATTTGC TAAATTAATA 
ATTTCAGAAG TGCTCAAATT TAGTAGCAGG AACCAACTGA AAACTTTACA AGAGGTTCAG 
TTTCTGCTGC ACCCGAAAGA CCATGAAAAC ATTCAGGCAT TTTCAGATGA ATTTGACAAG 
AGAAATAATG GAGATCCTAG TGACAAAAAT CCCAAGGCTG AAGACACACA AGGTATCTAT 
GGGAGCCTTT CCAGCCCTAC TTTAGGAATG CATGAAATGA ATATTGGTCC AATCCTCTTC 
CAAGTGGCCA CTGGGAACAT CATCAAAGAA GTGGCAGATG TGATTGTCAA TTCAACAACA 
CTCACATTTG ATCTCAAATC AGGGGTCTCC AAAGCAATTT TGGAAGGTGC AGGACAAAAT 
GTGGAGCAAG AATGTTCTCT CTTGGCTAAA CAGAGTAACC ATGGGTATAT AGTCACTGGA 
GGTGGACTAT TGCAATGTAA GAACATTATT CATGTTGTTG GTGGGAATGA TGTCAAGAAA 
TCGGTTTCCT GTGTTTTGGA AGAATGTGAA CAACGGAATT ACTCATCCAT TTGCCTACCA 
GCTATTGGCA CAGGAAATGC TCAACAGGAC CCAAACGTAG TAGCAAAAGC GATAATAGAT 
GCCATTGAAG AATTTGTCCA GAAAAAATCA GTGCAGGCTG TGAAGAGAGT TAAAGTTGTT 
ATCTTCCAGC CCCATATTCT GCAATTTTTT TACGACAACA TGAAAGAAAG AGAAGGCTCT 
CCAGCTCCCC CCAAGCAGTC GCCTGCCAAG CAGTCAGTGA TGTCTAAGAT TGCCTCCTTT 
CTTGGCTTTC CCAAGCAAGC TTCCCCCAAA AAGAACACCC TGGTTTTGGA AAAGAAAATA 
GAGCACACAG TTTTCCAGGT ATGTGGTTCA GGGGTAGACA GTGTGAACAA AACAATCTCC 
TGGCTAAAGG AACTGATTAC CAAAGAGCAG CTTTCCTACA CCAATGACGA TGAGTGTGTC 
AGTGACTTTG ACATGGAGGA GTACGAGAAA CTGAATGAGA TTCAGAAGGA ACTGAACATC 
ACCATTGAGA TGAACCAGAA GAAAACTTCG ATTCAAGTTT CAGGAATTAG CAGAGACGTG 
ATAAAAGCTA GAGATGAGAT TGAGGGCATG ATCAAGAGCA TTCGATTGGC TAAAGAAAAG 
GAAAGCCAGG CAGACTACAT CTCTACATAT GTGGAATGGC AGTATATTGA TAAAAACATC 
ACACAGTGTT TTGACAAAAT GACCAACATG AAGTTGGAGG TTGCATGGAA GGCCAAGAAG 
AAGGACACGG TTGTCCAAAT TCACAATCAG GATTTCACGG TGGACTTGAG CACAAACACA 
GCCACCGCTC CCCAAGGCCA GACTTTCACT GTTCAGCGCC TCGTCAAAGC TGAAGCTGAA 
ATCCCTGCCA ATTGGAGTGA CATGAAGCAG GACAAATTGC TTCTGGTGAA TCTGCAAACC 
AGTGATCCCG AATACAACAT GGTGGCAAGC GCCTTCCGTC AGACCTGCTC AAACTTTTTC 
ATAGAGAAGA TTGAAAGGAT TCAGAATCCA GCTCTTTGGA GAAGGTATCA GGCATACAAA 
AAAAGTATGG ATGAAAAGAA TGGCAATGTA AGAAATGAGA AGCATCTCTT CCATGGGACA 
GAGGCTAGCT CTCTACCACA GCTCAACAGT AATGGATTTA ACCGCAGCTA TGCTGGGAAG 
AACGCTACTG CCTACGGGAA AGGAACCTAT TTTGCTGTCA AAGCTTCCTA TTCTGCCTGT 
GACACATATT CCAGACCAGA CACCAATGGG AGAAAGTATA TGTATTATGT GCGGGTTCTC 
ACTGGAAACT ACACGAATGG AAACGCGTCA CTGATTGTGC CCCCCTCGAG GGACCCTCAA 
AATGCTGCTG ACTTGTATGA CACCGTCACA GATAATGATA AAAATCCAAG TATATTTGTA 
GTGTTTTATG ACAACCAAAC GTACCCTGAG TATCTTATCA CATTTAGGCA GTAA

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

RefSeq	NP_001034619.2
CDS	30..5483
Translation	MAASGSFPLLVEGSWGPDPPKNLINKLQVYFQSRKKSGGGECEVVPEPGNPARFRVLFSPEDVRQNVLERGNHELVWQEKGTFKLTVLMPTDPEEASASKKSRKESPEEESKTKEDAVKQGDLDITHSPSSGSEKTEDVPKECENISSMVAFENLPEKVSEMVLTILVENISGLPSDDFKVEVNRDFAVAVVTFQKPIDIKKFIVDCISHRSNQQLQLAPRLLETTNVVRVENLPPGVDEYQLQLFFENPFNGGGRVARVECFPEESSALVEFCDSKVLDTVMAKTHSYNKMPLSVFPYYPSLGTALYGEEKPLIKLPASFQESLDLPLWKFFQKNNHLIEEINNEMRCCHCELTWSEINGKLTIRPAATLVNHRLSIKTWQRDASAVLSGIKSKYGVELFEVCSPVWDIIKHELESGDDRVLVEFEKESLNIAGKSEDVQGMSQKIRELIESTTEKLRREEQSLKEKVAISPGKHYLLHHSGFLKDLSKGFPEMEISYDATAQFLYLKGFRADVYKVKCDIQEKVFSMAQKDVQVSSEVFEFLQQVDSQRLSKSLFEAQNILAIYELKGTALFLVGSSFKDLAEAETKMLSALSHKQIEVEDKEVLISNGWKKKVHPLQKRHSSCATIIVQNELTSETPAKVIVTGCVKEVNEIHRQLFEYLENNMKVERALKIKPSLIVDYLRTDKRLLSKIKKAHVYVHFKPKDNPNSILLTGCKSKVLECMNLVKEIQDSVCVQRFQTDKAGVRHFFKDKESYYKTEIGRQFGCVIELEEDREEKGEEEDGEEEEGEEEGESSINEQKCHLQRDIAPGVKLFVLEEDLSRFPVDVVVNAANENLKHISGLAQALSKAAGPELQTECDQIVKEGGVVLPGNAVISKAGKLPCHHVIHAVGPRWKGDKVLECVSLLKKVVRQSLSLAEEHRCRSIAMPAVSAGIFDFPLELCVANIVSAIKEHFQHKRDTHTLKKIYLVGLPAKVARAFAEAVKTTYKDSLSHTAFPSSLKALVPLGKTPQKQGSLLVSPEGLRIRLVEEGVQNATTHAIVNSISPDLKLNKGPLSQAFLEKAGPKLQEELTRSGQGVSVDVGTILQTSGCNLNSRHVFHVVPPPWKSNNSAWSLKIMKNIIRDCLKTTENLSLQSIAFPAIGTGNLRFPKPEFAKLIISEVLKFSSRNQLKTLQEVQFLLHPKDHENIQAFSDEFDKRNNGDPSDKNPKAEDTQGIYGSLSSPTLGMHEMNIGPILFQVATGNIIKEVADVIVNSTTLTFDLKSGVSKAILEGAGQNVEQECSLLAKQSNHGYIVTGGGLLQCKNIIHVVGGNDVKKSVSCVLEECEQRNYSSICLPAIGTGNAQQDPNVVAKAIIDAIEEFVQKKSVQAVKRVKVVIFQPHILQFFYDNMKEREGSPAPPKQSPAKQSVMSKIASFLGFPKQASPKKNTLVLEKKIEHTVFQVCGSGVDSVNKTISWLKELITKEQLSYTNDDECVSDFDMEEYEKLNEIQKELNITIEMNQKKTSIQVSGISRDVIKARDEIEGMIKSIRLAKEKESQADYISTYVEWQYIDKNITQCFDKMTNMKLEVAWKAKKKDTVVQIHNQDFTVDLSTNTATAPQGQTFTVQRLVKAEAEIPANWSDMKQDKLLLVNLQTSDPEYNMVASAFRQTCSNFFIEKIERIQNPALWRRYQAYKKSMDEKNGNVRNEKHLFHGTEASSLPQLNSNGFNRSYAGKNATAYGKGTYFAVKASYSACDTYSRPDTNGRKYMYYVRVLTGNYTNGNASLIVPPSRDPQNAADLYDTVTDNDKNPSIFVVFYDNQTYPEYLITFRQ

Target ORF information:

RefSeq Version	NM_001039530.3
Organism	Mus musculus(house mouse)
Definition	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), mRNA.

Target ORF information:

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

NM_001039530.3

ORF Insert Sequence:

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAGTGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGTTC GGCAGAACGT TCTGGAGAGA GGGAATCATG AGTTAGTGTG GCAAGAAAAA 
GGAACATTCA AGTTGACTGT CCTGATGCCC ACAGACCCTG AGGAAGCCTC AGCCTCTAAG 
AAGTCAAGGA AGGAGTCTCC AGAAGAGGAG TCCAAGACAA AAGAAGATGC TGTGAAACAA 
GGTGATTTGG ATATAACACA TTCTCCCAGC AGTGGATCAG AAAAGACAGA AGATGTCCCA 
AAAGAATGTG AAAATATTTC CTCCATGGTG GCATTTGAAA ACCTGCCTGA GAAAGTATCC 
GAGATGGTGC TGACCATCCT GGTGGAGAAT ATAAGCGGCC TCCCCAGTGA TGACTTTAAG 
GTGGAAGTGA ACCGAGATTT TGCTGTTGCC GTGGTTACCT TTCAGAAGCC TATAGATATC 
AAAAAATTTA TTGTTGACTG TATCAGCCAC CGCTCAAATC AACAACTCCA GCTTGCCCCG 
AGACTTCTGG AAACAACGAA TGTAGTCAGG GTGGAAAACC TGCCTCCTGG GGTGGACGAG 
TACCAGCTGC AACTCTTCTT CGAAAACCCT TTCAACGGGG GCGGAAGGGT CGCCCGAGTT 
GAGTGTTTCC CAGAAGAGAG TTCGGCACTG GTTGAGTTTT GTGACAGCAA AGTGTTAGAC 
ACCGTCATGG CCAAGACACA CAGTTACAAC AAGATGCCAC TGTCTGTCTT CCCCTATTAT 
CCCTCTCTGG GCACAGCCTT GTATGGTGAG GAGAAGCCTC TGATAAAGCT TCCAGCATCT 
TTCCAGGAGT CTCTTGATCT TCCTTTGTGG AAGTTCTTTC AGAAAAATAA TCATCTGATT 
GAGGAGATAA ATAATGAAAT GAGGTGCTGT CACTGTGAGC TGACTTGGTC TGAAATCAAT 
GGTAAACTGA CCATCAGACC CGCTGCCACC TTAGTCAATC ATAGACTGAG CATTAAGACC 
TGGCAGAGAG ACGCATCCGC AGTGCTCTCT GGCATCAAGT CTAAATATGG AGTGGAGTTG 
TTTGAAGTGT GCTCGCCAGT ATGGGACATC ATAAAGCATG AGTTAGAGTC AGGAGATGAC 
AGGGTTTTGG TTGAGTTTGA AAAGGAGAGT CTAAACATAG CAGGAAAATC AGAAGACGTC 
CAAGGCATGA GCCAGAAAAT CAGGGAATTA ATAGAGAGCA CCACTGAAAA GCTCAGAAGG 
GAAGAGCAGA GTCTGAAGGA GAAAGTGGCC ATTTCCCCGG GAAAGCATTA TCTTTTGCAC 
CACAGTGGCT TCCTGAAGGA TCTAAGCAAG GGGTTCCCAG AGATGGAGAT CTCTTACGAC 
GCCACGGCTC AGTTCCTGTA CTTGAAGGGC TTCCGTGCAG ATGTGTACAA AGTAAAGTGT 
GACATCCAAG AGAAGGTGTT CTCCATGGCT CAAAAGGATG TCCAGGTCTC TTCTGAAGTC 
TTCGAATTTC TGCAGCAAGT AGACAGTCAG AGACTCTCTA AGTCTCTGTT TGAGGCACAG 
AACATTCTCG CCATATATGA GCTGAAAGGT ACAGCTCTTT TCTTAGTTGG AAGTTCTTTC 
AAAGATCTGG CAGAAGCCGA GACAAAAATG CTCAGTGCTT TAAGTCATAA GCAGATTGAA 
GTTGAGGACA AGGAGGTTCT GATAAGTAAT GGGTGGAAGA AGAAAGTTCA CCCTCTGCAA 
AAGAGACACA GCTCTTGTGC AACCATTATA GTCCAGAATG AATTGACTTC AGAAACCCCG 
GCAAAGGTCA TTGTTACAGG CTGTGTGAAA GAAGTGAATG AAATCCATAG GCAACTTTTT 
GAGTATTTGG AAAACAACAT GAAAGTTGAA AGAGCACTTA AAATCAAACC ATCCTTGATT 
GTTGACTATT TAAGGACAGA CAAGAGGCTA TTGTCAAAGA TAAAGAAGGC ACATGTGTAT 
GTGCATTTTA AGCCTAAAGA CAATCCAAAC AGCATTTTGC TAACTGGCTG CAAGAGCAAA 
GTTCTAGAGT GCATGAATCT AGTCAAGGAA ATCCAGGATT CAGTCTGTGT CCAAAGATTC 
CAGACTGACA AAGCTGGCGT CAGGCACTTC TTCAAAGATA AAGAATCGTA TTACAAAACG 
GAGATTGGTC GTCAGTTCGG ATGCGTCATT GAATTGGAGG AGGATAGAGA GGAGAAGGGT 
GAAGAGGAGG ATGGTGAAGA GGAGGAGGGT GAAGAGGAGG GAGAAAGCAG CATTAATGAG 
CAGAAGTGTC ACCTACAGAG GGACATAGCC CCCGGAGTCA AACTGTTCGT CCTCGAGGAA 
GACCTGAGTC GGTTTCCCGT CGATGTGGTA GTGAATGCAG CAAATGAGAA CCTGAAGCAT 
ATCAGCGGTC TCGCACAGGC TCTCTCAAAG GCCGCTGGCC CTGAACTCCA AACAGAATGT 
GACCAGATAG TAAAAGAGGG CGGCGTGGTC CTACCCGGCA ATGCTGTTAT CTCAAAAGCA 
GGCAAGCTCC CTTGTCACCA CGTCATCCAT GCGGTAGGGC CTCGATGGAA GGGAGATAAA 
GTCCTGGAGT GTGTGAGCCT GCTAAAGAAA GTGGTTAGAC AAAGCCTCAG TTTAGCTGAG 
GAGCACAGGT GCCGCTCCAT AGCCATGCCA GCGGTCAGCG CTGGGATCTT TGACTTTCCC 
TTAGAACTGT GTGTGGCAAA CATTGTTTCA GCCATCAAGG AACACTTCCA GCATAAGCGA 
GACACACACA CCTTGAAAAA GATTTACCTG GTGGGCCTAC CTGCCAAGGT TGCCAGGGCC 
TTTGCTGAAG CTGTCAAGAC TACATATAAA GACTCCCTTT CCCACACAGC TTTCCCATCC 
AGTTTAAAGG CTTTAGTACC ACTTGGGAAA ACGCCCCAGA AACAGGGCAG TCTGCTGGTG 
TCACCAGAAG GCCTGAGAAT CCGCCTGGTA GAAGAAGGCG TGCAGAATGC TACGACCCAT 
GCCATTGTGA ACTCTATTTC CCCGGATCTT AAACTCAACA AAGGACCCCT TTCTCAGGCC 
TTCTTGGAAA AGGCTGGGCC AAAACTCCAG GAGGAATTGA CCAGGTCAGG ACAAGGGGTC 
TCTGTTGATG TGGGCACAAT TCTTCAAACC AGTGGCTGTA ATCTCAACAG CCGCCACGTC 
TTCCATGTGG TGCCTCCACC TTGGAAAAGC AACAACAGTG CATGGTCACT AAAGATCATG 
AAAAACATCA TCCGTGACTG CCTGAAGACC ACCGAGAACC TGTCTCTACA ATCGATTGCA 
TTTCCAGCAA TAGGAACGGG AAATTTGAGG TTTCCTAAAC CTGAATTTGC TAAATTAATA 
ATTTCAGAAG TGCTCAAATT TAGTAGCAGG AACCAACTGA AAACTTTACA AGAGGTTCAG 
TTTCTGCTGC ACCCGAAAGA CCATGAAAAC ATTCAGGCAT TTTCAGATGA ATTTGACAAG 
AGAAATAATG GAGATCCTAG TGACAAAAAT CCCAAGGCTG AAGACACACA AGGTATCTAT 
GGGAGCCTTT CCAGCCCTAC TTTAGGAATG CATGAAATGA ATATTGGTCC AATCCTCTTC 
CAAGTGGCCA CTGGGAACAT CATCAAAGAA GTGGCAGATG TGATTGTCAA TTCAACAACA 
CTCACATTTG ATCTCAAATC AGGGGTCTCC AAAGCAATTT TGGAAGGTGC AGGACAAAAT 
GTGGAGCAAG AATGTTCTCT CTTGGCTAAA CAGAGTAACC ATGGGTATAT AGTCACTGGA 
GGTGGACTAT TGCAATGTAA GAACATTATT CATGTTGTTG GTGGGAATGA TGTCAAGAAA 
TCGGTTTCCT GTGTTTTGGA AGAATGTGAA CAACGGAATT ACTCATCCAT TTGCCTACCA 
GCTATTGGCA CAGGAAATGC TCAACAGGAC CCAAACGTAG TAGCAAAAGC GATAATAGAT 
GCCATTGAAG AATTTGTCCA GAAAAAATCA GTGCAGGCTG TGAAGAGAGT TAAAGTTGTT 
ATCTTCCAGC CCCATATTCT GCAATTTTTT TACGACAACA TGAAAGAAAG AGAAGGCTCT 
CCAGCTCCCC CCAAGCAGTC GCCTGCCAAG CAGTCAGTGA TGTCTAAGAT TGCCTCCTTT 
CTTGGCTTTC CCAAGCAAGC TTCCCCCAAA AAGAACACCC TGGTTTTGGA AAAGAAAATA 
GAGCACACAG TTTTCCAGGT ATGTGGTTCA GGGGTAGACA GTGTGAACAA AACAATCTCC 
TGGCTAAAGG AACTGATTAC CAAAGAGCAG CTTTCCTACA CCAATGACGA TGAGTGTGTC 
AGTGACTTTG ACATGGAGGA GTACGAGAAA CTGAATGAGA TTCAGAAGGA ACTGAACATC 
ACCATTGAGA TGAACCAGAA GAAAACTTCG ATTCAAGTTT CAGGAATTAG CAGAGACGTG 
ATAAAAGCTA GAGATGAGAT TGAGGGCATG ATCAAGAGCA TTCGATTGGC TAAAGAAAAG 
GAAAGCCAGG CAGACTACAT CTCTACATAT GTGGAATGGC AGTATATTGA TAAAAACATC 
ACACAGTGTT TTGACAAAAT GACCAACATG AAGTTGGAGG TTGCATGGAA GGCCAAGAAG 
AAGGACACGG TTGTCCAAAT TCACAATCAG GATTTCACGG TGGACTTGAG CACAAACACA 
GCCACCGCTC CCCAAGGCCA GACTTTCACT GTTCAGCGCC TCGTCAAAGC TGAAGCTGAA 
ATCCCTGCCA ATTGGAGTGA CATGAAGCAG GACAAATTGC TTCTGGTGAA TCTGCAAACC 
AGTGATCCCG AATACAACAT GGTGGCAAGC GCCTTCCGTC AGACCTGCTC AAACTTTTTC 
ATAGAGAAGA TTGAAAGGAT TCAGAATCCA GCTCTTTGGA GAAGGTATCA GGCATACAAA 
AAAAGTATGG ATGAAAAGAA TGGCAATGTA AGAAATGAGA AGCATCTCTT CCATGGGACA 
GAGGCTAGCT CTCTACCACA GCTCAACAGT AATGGATTTA ACCGCAGCTA TGCTGGGAAG 
AACGCTACTG CCTACGGGAA AGGAACCTAT TTTGCTGTCA AAGCTTCCTA TTCTGCCTGT 
GACACATATT CCAGACCAGA CACCAATGGG AGAAAGTATA TGTATTATGT GCGGGTTCTC 
ACTGGAAACT ACACGAATGG AAACGCGTCA CTGATTGTGC CCCCCTCGAG GGACCCTCAA 
AATGCTGCTG ACTTGTATGA CACCGTCACA GATAATGATA AAAATCCAAG TATATTTGTA 
GTGTTTTATG ACAACCAAAC GTACCCTGAG TATCTTATCA CATTTAGGCA GTAA

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

Parp14 ( XM_006522392.3 ) cDNA ORF clone, Mus musculus(house mouse) -> XP_006522455.1 Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMu52306
Clone ID Related Accession (Same CDS sequence)	XM_006522392.3 , XM_006522392.4
Accession Version	XM_006522392.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5541bp) 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	2016-06-21
Organism	Mus musculus(house mouse)
Product	poly [ADP-ribose] polymerase 14 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000082.6) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 22, 2016 this sequence version replaced XM_006522392.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus musculus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAGTGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGTTC GGCAGAACGT TCTGGAGAGA GGGAATCATG AGTTAGTGTG GCAAGAAAAA 
GGAACATTCA AGTTGACTGT CCTGATGCCC ACAGACCCTG AGGAAGCCTC AGCCTCTAAG 
AAGTCAAGGA AGGAGTCTCC AGAAGAGGAG TCCAAGACAA AAGAAGATGC TGTGAAACAA 
GGTGATTTGG ATATAACACA TTCTCCCAGC AGTGGATCAG AAAAGACAGA AGATGTCCCA 
AAAGAATGTG AAAATATTTC CTCCATGGTG GCATTTGAAA ACCTGCCTGA GAAAGTATCC 
GAGATGGTGC TGACCATCCT GGTGGAGAAT ATAAGCGGCC TCCCCAGTGA TGACTTTAAG 
GTGGAAGTGA ACCGAGATTT TGCTGTTGCC GTGGTTACCT TTCAGAAGCC TATAGATATC 
AAAAAATTTA TTGTTGACTG TATCAGCCAC CGCTCAAATC AACAACTCCA GCTTGCCCCG 
AGACTTCTGG AAACAACGAA TGTAGTCAGG GTGGAAAACC TGCCTCCTGG GGTGGACGAG 
TACCAGCTGC AACTCTTCTT CGAAAACCCT TTCAACGGGG GCGGAAGGGT CGCCCGAGTT 
GAGTGTTTCC CAGAAGAGAG TTCGGCACTG GTTGAGTTTT GTGACAGCAA AGTGTTAGAC 
ACCGTCATGG CCAAGACACA CAGTTACAAC AAGATGCCAC TGTCTGTCTT CCCCTATTAT 
CCCTCTCTGG GCACAGCCTT GTATGGTGAG GAGAAGCCTC TGATAAAGCT TCCAGCATCT 
TTCCAGGAGT CTCTTGATCT TCCTTTGTGG AAGTTCTTTC AGAAAAATAA TCATCTGATT 
GAGGAGATAA ATAATGAAAT GAGGTGCTGT CACTGTGAGC TGACTTGGTC TGAAATCAAT 
GGTAAACTGA CCATCAGACC CGCTGCCACC TTAGTCAATC ATAGACTGAG CATTAAGACC 
TGGCAGAGAG ACGCATCCGC AGTGCTCTCT GGCATCAAGT CTAAATATGG AGTGGAGTTG 
TTTGAAGTGT GCTCGCCAGT ATGGGACATC ATAAAGCATG AGTTAGAGTC AGGAGATGAC 
AGGGTTTTGG TTGAGTTTGA AAAGGAGAGT CTAAACATAG CAGGAAAATC AGAAGACGTC 
CAAGGCATGA GCCAGAAAAT CAGGGAATTA ATAGAGAGCA CCACTGAAAA GCTCAGAAGG 
GAAGAGCAGA GTCTGAAGGA GAAAGTGGCC ATTTCCCCGG GAAAGCATTA TCTTTTGCAC 
CACAGTGGCT TCCTGAAGGA TCTAAGCAAG GGGTTCCCAG AGATGGAGAT CTCTTACGAC 
GCCACGGCTC AGTTCCTGTA CTTGAAGGGC TTCCGTGCAG ATGTGTACAA AGTAAAGTGT 
GACATCCAAG AGAAGGTGTT CTCCATGGCT CAAAAGGATG TCCAGGTCTC TTCTGAAGTC 
TTCGAATTTC TGCAGCAAGT AGACAGTCAG AGACTCTCTA AGTCTCTGTT TGAGGCACAG 
AACATTCTCG CCATATATGA GCTGAAAGGT ACAGCTCTTT TCTTAGTTGG AAGTTCTTTC 
AAAGATCTGG CAGAAGCCGA GACAAAAATG CTCAGTGCTT TAAGTCATAA GCAGATTGAA 
GTTGAGGACA AGGAGGTTCT GATAAGTAAT GGGTGGAAGA AGAAAGTTCA CCCTCTGCAA 
AAGAGACACA GCTCTTGTGC AACCATTATA GTCCAGAATG AATTGACTTC AGAAACCCCG 
GCAAAGGTCA TTGTTACAGG CTGTGTGAAA GAAGTGAATG AAATCCATAG GCAACTTTTT 
GAGTATTTGG AAAACAACAT GAAAGTTGAA AGAGCACTTA AAATCAAACC ATCCTTGATT 
GTTGACTATT TAAGGACAGA CAAGAGGCTA TTGTCAAAGA TAAAGAAGGC ACATGTGTAT 
GTGCATTTTA AGCCTAAAGA CAATCCAAAC AGCATTTTGC TAACTGGCTG CAAGAGCAAA 
GTTCTAGAGT GCATGAATCT AGTCAAGGAA ATCCAGGATT CAGTCTGTGT CCAAAGATTC 
CAGACTGACA AAGCTGGCGT CAGGCACTTC TTCAAAGATA AAGAATCGTA TTACAAAACG 
GAGATTGGTC GTCAGTTCGG ATGCGTCATT GAATTGGAGG AGGATAGAGA GGAGAAGGGT 
GAAGAGGAGG ATGGTGAAGA GGAGGAGGGT GAAGAGGAGG GAGAAAGCAG CATTAATGAG 
CAGAAGTGTC ACCTACAGAG GGACATAGCC CCCGGAGTCA AACTGTTCGT CCTCGAGGAA 
GACCTGAGTC GGTTTCCCGT CGATGTGGTA GTGAATGCAG CAAATGAGAA CCTGAAGCAT 
ATCAGCGGTC TCGCACAGGC TCTCTCAAAG GCCGCTGGCC CTGAACTCCA AACAGAATGT 
GACCAGATAG TAAAAGAGGG CGGCGTGGTC CTACCCGGCA ATGCTGTTAT CTCAAAAGCA 
GGCAAGCTCC CTTGTCACCA CGTCATCCAT GCGGTAGGGC CTCGATGGAA GGGAGATAAA 
GTCCTGGAGT GTGTGAGCCT GCTAAAGAAA GTGGTTAGAC AAAGCCTCAG TTTAGCTGAG 
GAGCACAGGT GCCGCTCCAT AGCCATGCCA GCGGTCAGCG CTGGGATCTT TGACTTTCCC 
TTAGAACTGT GTGTGGCAAA CATTGTTTCA GCCATCAAGG AACACTTCCA GCATAAGCGA 
GACACACACA CCTTGAAAAA GATTTACCTG GTGGGCCTAC CTGCCAAGGT TGCCAGGGCC 
TTTGCTGAAG CTGTCAAGAC TACATATAAA GACTCCCTTT CCCACACAGC TTTCCCATCC 
AGTTTAAAGG CTTTAGTACC ACTTGGGAAA ACGCCCCAGA AACAGGGCAG TCTGCTGGTG 
TCACCAGAAG GCCTGAGAAT CCGCCTGGTA GAAGAAGGCG TGCAGAATGC TACGACCCAT 
GCCATTGTGA ACTCTATTTC CCCGGATCTT AAACTCAACA AAGGACCCCT TTCTCAGGCC 
TTCTTGGAAA AGGCTGGGCC AAAACTCCAG GAGGAATTGA CCAGGTCAGG ACAAGGGGTC 
TCTGTTGATG TGGGCACAAT TCTTCAAACC AGTGGCTGTA ATCTCAACAG CCGCCACGTC 
TTCCATGTGG TGCCTCCACC TTGGAAAAGC AACAACAGTG CATGGTCACT AAAGATCATG 
AAAAACATCA TCCGTGACTG CCTGAAGACC ACCGAGAACC TGTCTCTACA ATCGATTGCA 
TTTCCAGCAA TAGGAACGGG AAATTTGAGG TTTCCTAAAC CTGAATTTGC TAAATTAATA 
ATTTCAGAAG TGCTCAAATT TAGTAGCAGG AACCAACTGA AAACTTTACA AGAGGTTCAG 
TTTCTGCTGC ACCCGAAAGA CCATGAAAAC ATTCAGGCAT TTTCAGATGA ATTTGACAAG 
AGAAATAATG GAGATCCTAG TGACAAAAAT CCCAAGGCTG AAGACACACA AGGTATCTAT 
GGGAGCCTTT CCAGCCCTAC TTTAGGAATG CATGAAATGA ATATTGGTCC AATCCTCTTC 
CAAGTGGCCA CTGGGAACAT CATCAAAGAA GTGGCAGATG TGATTGTCAA TTCAACAACA 
CTCACATTTG ATCTCAAATC AGGGGTCTCC AAAGCAATTT TGGAAGGTGC AGGACAAAAT 
GTGGAGCAAG AATGTTCTCT CTTGGCTAAA CAGAGTAACC ATGGGTATAT AGTCACTGGA 
GGTGGACTAT TGCAATGTAA GAACATTATT CATGTTGTTG GTGGGAATGA TGTCAAGAAA 
TCGGTTTCCT GTGTTTTGGA AGAATGTGAA CAACGGAATT ACTCATCCAT TTGCCTACCA 
GCTATTGGCA CAGGAAATGC TCAACAGGAC CCAAACGTAG TAGCAAAAGC GATAATAGAT 
GCCATTGAAG AATTTGTCCA GAAAAAATCA GTGCAGGCTG TGAAGAGAGT TAAAGTTGTT 
ATCTTCCAGC CCCATATTCT GCAATTTTTT TACGACAACA TGAAAGAAAG AGAAGGCTCT 
CCAGCTCCCC CCAAGCAGTC GCCTGCCAAG CAGTCAGTGA TGTCTAAGAT TGCCTGTGAG 
TTGTTAGCTT TTATGAAATA CATATTCCTA ACCTTGATGT TGAAGGGAGT AAAAGAAACA 
TTAATTTCCA TTTTCTCTTT AGCCTTTCTT GGCTTTCCCA AGCAAGCTTC CCCCAAAAAG 
AACACCCTGG TTTTGGAAAA GAAAATAGAG CACACAGTTT TCCAGGTATG TGGTTCAGGG 
GTAGACAGTG TGAACAAAAC AATCTCCTGG CTAAAGGAAC TGATTACCAA AGAGCAGCTT 
TCCTACACCA ATGACGATGA GTGTGTCAGT GACTTTGACA TGGAGGAGTA CGAGAAACTG 
AATGAGATTC AGAAGGAACT GAACATCACC ATTGAGATGA ACCAGAAGAA AACTTCGATT 
CAAGTTTCAG GAATTAGCAG AGACGTGATA AAAGCTAGAG ATGAGATTGA GGGCATGATC 
AAGAGCATTC GATTGGCTAA AGAAAAGGAA AGCCAGGCAG ACTACATCTC TACATATGTG 
GAATGGCAGT ATATTGATAA AAACATCACA CAGTGTTTTG ACAAAATGAC CAACATGAAG 
TTGGAGGTTG CATGGAAGGC CAAGAAGAAG GACACGGTTG TCCAAATTCA CAATCAGGAT 
TTCACGGTGG ACTTGAGCAC AAACACAGCC ACCGCTCCCC AAGGCCAGAC TTTCACTGTT 
CAGCGCCTCG TCAAAGCTGA AGCTGAAATC CCTGCCAATT GGAGTGACAT GAAGCAGGAC 
AAATTGCTTC TGGTGAATCT GCAAACCAGT GATCCCGAAT ACAACATGGT GGCAAGCGCC 
TTCCGTCAGA CCTGCTCAAA CTTTTTCATA GAGAAGATTG AAAGGATTCA GAATCCAGCT 
CTTTGGAGAA GGTATCAGGC ATACAAAAAA AGTATGGATG AAAAGAATGG CAATGTAAGA 
AATGAGAAGC ATCTCTTCCA TGGGACAGAG GCTAGCTCTC TACCACAGCT CAACAGTAAT 
GGATTTAACC GCAGCTATGC TGGGAAGAAC GCTACTGCCT ACGGGAAAGG AACCTATTTT 
GCTGTCAAAG CTTCCTATTC TGCCTGTGAC ACATATTCCA GACCAGACAC CAATGGGAGA 
AAGTATATGT ATTATGTGCG GGTTCTCACT GGAAACTACA CGAATGGAAA CGCGTCACTG 
ATTGTGCCCC CCTCGAGGGA CCCTCAAAAT GCTGCTGACT TGTATGACAC CGTCACAGAT 
AATGATAAAA ATCCAAGTAT ATTTGTAGTG TTTTATGACA ACCAAACGTA CCCTGAGTAT 
CTTATCACAT TTAGGCAGTA A

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

RefSeq	XP_006522455.1
CDS	145..5685
Translation	MAASGSFPLLVEGSWGPDPPKNLINKLQVYFQSRKKSGGGECEVVPEPGNPARFRVLFSPEDVRQNVLERGNHELVWQEKGTFKLTVLMPTDPEEASASKKSRKESPEEESKTKEDAVKQGDLDITHSPSSGSEKTEDVPKECENISSMVAFENLPEKVSEMVLTILVENISGLPSDDFKVEVNRDFAVAVVTFQKPIDIKKFIVDCISHRSNQQLQLAPRLLETTNVVRVENLPPGVDEYQLQLFFENPFNGGGRVARVECFPEESSALVEFCDSKVLDTVMAKTHSYNKMPLSVFPYYPSLGTALYGEEKPLIKLPASFQESLDLPLWKFFQKNNHLIEEINNEMRCCHCELTWSEINGKLTIRPAATLVNHRLSIKTWQRDASAVLSGIKSKYGVELFEVCSPVWDIIKHELESGDDRVLVEFEKESLNIAGKSEDVQGMSQKIRELIESTTEKLRREEQSLKEKVAISPGKHYLLHHSGFLKDLSKGFPEMEISYDATAQFLYLKGFRADVYKVKCDIQEKVFSMAQKDVQVSSEVFEFLQQVDSQRLSKSLFEAQNILAIYELKGTALFLVGSSFKDLAEAETKMLSALSHKQIEVEDKEVLISNGWKKKVHPLQKRHSSCATIIVQNELTSETPAKVIVTGCVKEVNEIHRQLFEYLENNMKVERALKIKPSLIVDYLRTDKRLLSKIKKAHVYVHFKPKDNPNSILLTGCKSKVLECMNLVKEIQDSVCVQRFQTDKAGVRHFFKDKESYYKTEIGRQFGCVIELEEDREEKGEEEDGEEEEGEEEGESSINEQKCHLQRDIAPGVKLFVLEEDLSRFPVDVVVNAANENLKHISGLAQALSKAAGPELQTECDQIVKEGGVVLPGNAVISKAGKLPCHHVIHAVGPRWKGDKVLECVSLLKKVVRQSLSLAEEHRCRSIAMPAVSAGIFDFPLELCVANIVSAIKEHFQHKRDTHTLKKIYLVGLPAKVARAFAEAVKTTYKDSLSHTAFPSSLKALVPLGKTPQKQGSLLVSPEGLRIRLVEEGVQNATTHAIVNSISPDLKLNKGPLSQAFLEKAGPKLQEELTRSGQGVSVDVGTILQTSGCNLNSRHVFHVVPPPWKSNNSAWSLKIMKNIIRDCLKTTENLSLQSIAFPAIGTGNLRFPKPEFAKLIISEVLKFSSRNQLKTLQEVQFLLHPKDHENIQAFSDEFDKRNNGDPSDKNPKAEDTQGIYGSLSSPTLGMHEMNIGPILFQVATGNIIKEVADVIVNSTTLTFDLKSGVSKAILEGAGQNVEQECSLLAKQSNHGYIVTGGGLLQCKNIIHVVGGNDVKKSVSCVLEECEQRNYSSICLPAIGTGNAQQDPNVVAKAIIDAIEEFVQKKSVQAVKRVKVVIFQPHILQFFYDNMKEREGSPAPPKQSPAKQSVMSKIACELLAFMKYIFLTLMLKGVKETLISIFSLAFLGFPKQASPKKNTLVLEKKIEHTVFQVCGSGVDSVNKTISWLKELITKEQLSYTNDDECVSDFDMEEYEKLNEIQKELNITIEMNQKKTSIQVSGISRDVIKARDEIEGMIKSIRLAKEKESQADYISTYVEWQYIDKNITQCFDKMTNMKLEVAWKAKKKDTVVQIHNQDFTVDLSTNTATAPQGQTFTVQRLVKAEAEIPANWSDMKQDKLLLVNLQTSDPEYNMVASAFRQTCSNFFIEKIERIQNPALWRRYQAYKKSMDEKNGNVRNEKHLFHGTEASSLPQLNSNGFNRSYAGKNATAYGKGTYFAVKASYSACDTYSRPDTNGRKYMYYVRVLTGNYTNGNASLIVPPSRDPQNAADLYDTVTDNDKNPSIFVVFYDNQTYPEYLITFRQ

Target ORF information:

RefSeq Version	XM_006522392.3
Organism	Mus musculus(house mouse)
Definition	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X1, mRNA.

Target ORF information:

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

XM_006522392.3

ORF Insert Sequence:

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAGTGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGTTC GGCAGAACGT TCTGGAGAGA GGGAATCATG AGTTAGTGTG GCAAGAAAAA 
GGAACATTCA AGTTGACTGT CCTGATGCCC ACAGACCCTG AGGAAGCCTC AGCCTCTAAG 
AAGTCAAGGA AGGAGTCTCC AGAAGAGGAG TCCAAGACAA AAGAAGATGC TGTGAAACAA 
GGTGATTTGG ATATAACACA TTCTCCCAGC AGTGGATCAG AAAAGACAGA AGATGTCCCA 
AAAGAATGTG AAAATATTTC CTCCATGGTG GCATTTGAAA ACCTGCCTGA GAAAGTATCC 
GAGATGGTGC TGACCATCCT GGTGGAGAAT ATAAGCGGCC TCCCCAGTGA TGACTTTAAG 
GTGGAAGTGA ACCGAGATTT TGCTGTTGCC GTGGTTACCT TTCAGAAGCC TATAGATATC 
AAAAAATTTA TTGTTGACTG TATCAGCCAC CGCTCAAATC AACAACTCCA GCTTGCCCCG 
AGACTTCTGG AAACAACGAA TGTAGTCAGG GTGGAAAACC TGCCTCCTGG GGTGGACGAG 
TACCAGCTGC AACTCTTCTT CGAAAACCCT TTCAACGGGG GCGGAAGGGT CGCCCGAGTT 
GAGTGTTTCC CAGAAGAGAG TTCGGCACTG GTTGAGTTTT GTGACAGCAA AGTGTTAGAC 
ACCGTCATGG CCAAGACACA CAGTTACAAC AAGATGCCAC TGTCTGTCTT CCCCTATTAT 
CCCTCTCTGG GCACAGCCTT GTATGGTGAG GAGAAGCCTC TGATAAAGCT TCCAGCATCT 
TTCCAGGAGT CTCTTGATCT TCCTTTGTGG AAGTTCTTTC AGAAAAATAA TCATCTGATT 
GAGGAGATAA ATAATGAAAT GAGGTGCTGT CACTGTGAGC TGACTTGGTC TGAAATCAAT 
GGTAAACTGA CCATCAGACC CGCTGCCACC TTAGTCAATC ATAGACTGAG CATTAAGACC 
TGGCAGAGAG ACGCATCCGC AGTGCTCTCT GGCATCAAGT CTAAATATGG AGTGGAGTTG 
TTTGAAGTGT GCTCGCCAGT ATGGGACATC ATAAAGCATG AGTTAGAGTC AGGAGATGAC 
AGGGTTTTGG TTGAGTTTGA AAAGGAGAGT CTAAACATAG CAGGAAAATC AGAAGACGTC 
CAAGGCATGA GCCAGAAAAT CAGGGAATTA ATAGAGAGCA CCACTGAAAA GCTCAGAAGG 
GAAGAGCAGA GTCTGAAGGA GAAAGTGGCC ATTTCCCCGG GAAAGCATTA TCTTTTGCAC 
CACAGTGGCT TCCTGAAGGA TCTAAGCAAG GGGTTCCCAG AGATGGAGAT CTCTTACGAC 
GCCACGGCTC AGTTCCTGTA CTTGAAGGGC TTCCGTGCAG ATGTGTACAA AGTAAAGTGT 
GACATCCAAG AGAAGGTGTT CTCCATGGCT CAAAAGGATG TCCAGGTCTC TTCTGAAGTC 
TTCGAATTTC TGCAGCAAGT AGACAGTCAG AGACTCTCTA AGTCTCTGTT TGAGGCACAG 
AACATTCTCG CCATATATGA GCTGAAAGGT ACAGCTCTTT TCTTAGTTGG AAGTTCTTTC 
AAAGATCTGG CAGAAGCCGA GACAAAAATG CTCAGTGCTT TAAGTCATAA GCAGATTGAA 
GTTGAGGACA AGGAGGTTCT GATAAGTAAT GGGTGGAAGA AGAAAGTTCA CCCTCTGCAA 
AAGAGACACA GCTCTTGTGC AACCATTATA GTCCAGAATG AATTGACTTC AGAAACCCCG 
GCAAAGGTCA TTGTTACAGG CTGTGTGAAA GAAGTGAATG AAATCCATAG GCAACTTTTT 
GAGTATTTGG AAAACAACAT GAAAGTTGAA AGAGCACTTA AAATCAAACC ATCCTTGATT 
GTTGACTATT TAAGGACAGA CAAGAGGCTA TTGTCAAAGA TAAAGAAGGC ACATGTGTAT 
GTGCATTTTA AGCCTAAAGA CAATCCAAAC AGCATTTTGC TAACTGGCTG CAAGAGCAAA 
GTTCTAGAGT GCATGAATCT AGTCAAGGAA ATCCAGGATT CAGTCTGTGT CCAAAGATTC 
CAGACTGACA AAGCTGGCGT CAGGCACTTC TTCAAAGATA AAGAATCGTA TTACAAAACG 
GAGATTGGTC GTCAGTTCGG ATGCGTCATT GAATTGGAGG AGGATAGAGA GGAGAAGGGT 
GAAGAGGAGG ATGGTGAAGA GGAGGAGGGT GAAGAGGAGG GAGAAAGCAG CATTAATGAG 
CAGAAGTGTC ACCTACAGAG GGACATAGCC CCCGGAGTCA AACTGTTCGT CCTCGAGGAA 
GACCTGAGTC GGTTTCCCGT CGATGTGGTA GTGAATGCAG CAAATGAGAA CCTGAAGCAT 
ATCAGCGGTC TCGCACAGGC TCTCTCAAAG GCCGCTGGCC CTGAACTCCA AACAGAATGT 
GACCAGATAG TAAAAGAGGG CGGCGTGGTC CTACCCGGCA ATGCTGTTAT CTCAAAAGCA 
GGCAAGCTCC CTTGTCACCA CGTCATCCAT GCGGTAGGGC CTCGATGGAA GGGAGATAAA 
GTCCTGGAGT GTGTGAGCCT GCTAAAGAAA GTGGTTAGAC AAAGCCTCAG TTTAGCTGAG 
GAGCACAGGT GCCGCTCCAT AGCCATGCCA GCGGTCAGCG CTGGGATCTT TGACTTTCCC 
TTAGAACTGT GTGTGGCAAA CATTGTTTCA GCCATCAAGG AACACTTCCA GCATAAGCGA 
GACACACACA CCTTGAAAAA GATTTACCTG GTGGGCCTAC CTGCCAAGGT TGCCAGGGCC 
TTTGCTGAAG CTGTCAAGAC TACATATAAA GACTCCCTTT CCCACACAGC TTTCCCATCC 
AGTTTAAAGG CTTTAGTACC ACTTGGGAAA ACGCCCCAGA AACAGGGCAG TCTGCTGGTG 
TCACCAGAAG GCCTGAGAAT CCGCCTGGTA GAAGAAGGCG TGCAGAATGC TACGACCCAT 
GCCATTGTGA ACTCTATTTC CCCGGATCTT AAACTCAACA AAGGACCCCT TTCTCAGGCC 
TTCTTGGAAA AGGCTGGGCC AAAACTCCAG GAGGAATTGA CCAGGTCAGG ACAAGGGGTC 
TCTGTTGATG TGGGCACAAT TCTTCAAACC AGTGGCTGTA ATCTCAACAG CCGCCACGTC 
TTCCATGTGG TGCCTCCACC TTGGAAAAGC AACAACAGTG CATGGTCACT AAAGATCATG 
AAAAACATCA TCCGTGACTG CCTGAAGACC ACCGAGAACC TGTCTCTACA ATCGATTGCA 
TTTCCAGCAA TAGGAACGGG AAATTTGAGG TTTCCTAAAC CTGAATTTGC TAAATTAATA 
ATTTCAGAAG TGCTCAAATT TAGTAGCAGG AACCAACTGA AAACTTTACA AGAGGTTCAG 
TTTCTGCTGC ACCCGAAAGA CCATGAAAAC ATTCAGGCAT TTTCAGATGA ATTTGACAAG 
AGAAATAATG GAGATCCTAG TGACAAAAAT CCCAAGGCTG AAGACACACA AGGTATCTAT 
GGGAGCCTTT CCAGCCCTAC TTTAGGAATG CATGAAATGA ATATTGGTCC AATCCTCTTC 
CAAGTGGCCA CTGGGAACAT CATCAAAGAA GTGGCAGATG TGATTGTCAA TTCAACAACA 
CTCACATTTG ATCTCAAATC AGGGGTCTCC AAAGCAATTT TGGAAGGTGC AGGACAAAAT 
GTGGAGCAAG AATGTTCTCT CTTGGCTAAA CAGAGTAACC ATGGGTATAT AGTCACTGGA 
GGTGGACTAT TGCAATGTAA GAACATTATT CATGTTGTTG GTGGGAATGA TGTCAAGAAA 
TCGGTTTCCT GTGTTTTGGA AGAATGTGAA CAACGGAATT ACTCATCCAT TTGCCTACCA 
GCTATTGGCA CAGGAAATGC TCAACAGGAC CCAAACGTAG TAGCAAAAGC GATAATAGAT 
GCCATTGAAG AATTTGTCCA GAAAAAATCA GTGCAGGCTG TGAAGAGAGT TAAAGTTGTT 
ATCTTCCAGC CCCATATTCT GCAATTTTTT TACGACAACA TGAAAGAAAG AGAAGGCTCT 
CCAGCTCCCC CCAAGCAGTC GCCTGCCAAG CAGTCAGTGA TGTCTAAGAT TGCCTGTGAG 
TTGTTAGCTT TTATGAAATA CATATTCCTA ACCTTGATGT TGAAGGGAGT AAAAGAAACA 
TTAATTTCCA TTTTCTCTTT AGCCTTTCTT GGCTTTCCCA AGCAAGCTTC CCCCAAAAAG 
AACACCCTGG TTTTGGAAAA GAAAATAGAG CACACAGTTT TCCAGGTATG TGGTTCAGGG 
GTAGACAGTG TGAACAAAAC AATCTCCTGG CTAAAGGAAC TGATTACCAA AGAGCAGCTT 
TCCTACACCA ATGACGATGA GTGTGTCAGT GACTTTGACA TGGAGGAGTA CGAGAAACTG 
AATGAGATTC AGAAGGAACT GAACATCACC ATTGAGATGA ACCAGAAGAA AACTTCGATT 
CAAGTTTCAG GAATTAGCAG AGACGTGATA AAAGCTAGAG ATGAGATTGA GGGCATGATC 
AAGAGCATTC GATTGGCTAA AGAAAAGGAA AGCCAGGCAG ACTACATCTC TACATATGTG 
GAATGGCAGT ATATTGATAA AAACATCACA CAGTGTTTTG ACAAAATGAC CAACATGAAG 
TTGGAGGTTG CATGGAAGGC CAAGAAGAAG GACACGGTTG TCCAAATTCA CAATCAGGAT 
TTCACGGTGG ACTTGAGCAC AAACACAGCC ACCGCTCCCC AAGGCCAGAC TTTCACTGTT 
CAGCGCCTCG TCAAAGCTGA AGCTGAAATC CCTGCCAATT GGAGTGACAT GAAGCAGGAC 
AAATTGCTTC TGGTGAATCT GCAAACCAGT GATCCCGAAT ACAACATGGT GGCAAGCGCC 
TTCCGTCAGA CCTGCTCAAA CTTTTTCATA GAGAAGATTG AAAGGATTCA GAATCCAGCT 
CTTTGGAGAA GGTATCAGGC ATACAAAAAA AGTATGGATG AAAAGAATGG CAATGTAAGA 
AATGAGAAGC ATCTCTTCCA TGGGACAGAG GCTAGCTCTC TACCACAGCT CAACAGTAAT 
GGATTTAACC GCAGCTATGC TGGGAAGAAC GCTACTGCCT ACGGGAAAGG AACCTATTTT 
GCTGTCAAAG CTTCCTATTC TGCCTGTGAC ACATATTCCA GACCAGACAC CAATGGGAGA 
AAGTATATGT ATTATGTGCG GGTTCTCACT GGAAACTACA CGAATGGAAA CGCGTCACTG 
ATTGTGCCCC CCTCGAGGGA CCCTCAAAAT GCTGCTGACT TGTATGACAC CGTCACAGAT 
AATGATAAAA ATCCAAGTAT ATTTGTAGTG TTTTATGACA ACCAAACGTA CCCTGAGTAT 
CTTATCACAT TTAGGCAGTA A

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

Parp14 ( XM_006522393.3 ) cDNA ORF clone, Mus musculus(house mouse) -> XP_006522456.1 Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OMu52307
Clone ID Related Accession (Same CDS sequence)	XM_006522393.3 , XM_006522393.4
Accession Version	XM_006522393.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5190bp) 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	2016-06-21
Organism	Mus musculus(house mouse)
Product	poly [ADP-ribose] polymerase 14 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000082.6) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 22, 2016 this sequence version replaced XM_006522393.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus musculus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCCACAG ACCCTGAGGA AGCCTCAGCC TCTAAGAAGT CAAGGAAGGA GTCTCCAGAA 
GAGGAGTCCA AGACAAAAGA AGATGCTGTG AAACAAGGTG ATTTGGATAT AACACATTCT 
CCCAGCAGTG GATCAGAAAA GACAGAAGAT GTCCCAAAAG AATGTGAAAA TATTTCCTCC 
ATGGTGGCAT TTGAAAACCT GCCTGAGAAA GTATCCGAGA TGGTGCTGAC CATCCTGGTG 
GAGAATATAA GCGGCCTCCC CAGTGATGAC TTTAAGGTGG AAGTGAACCG AGATTTTGCT 
GTTGCCGTGG TTACCTTTCA GAAGCCTATA GATATCAAAA AATTTATTGT TGACTGTATC 
AGCCACCGCT CAAATCAACA ACTCCAGCTT GCCCCGAGAC TTCTGGAAAC AACGAATGTA 
GTCAGGGTGG AAAACCTGCC TCCTGGGGTG GACGAGTACC AGCTGCAACT CTTCTTCGAA 
AACCCTTTCA ACGGGGGCGG AAGGGTCGCC CGAGTTGAGT GTTTCCCAGA AGAGAGTTCG 
GCACTGGTTG AGTTTTGTGA CAGCAAAGTG TTAGACACCG TCATGGCCAA GACACACAGT 
TACAACAAGA TGCCACTGTC TGTCTTCCCC TATTATCCCT CTCTGGGCAC AGCCTTGTAT 
GGTGAGGAGA AGCCTCTGAT AAAGCTTCCA GCATCTTTCC AGGAGTCTCT TGATCTTCCT 
TTGTGGAAGT TCTTTCAGAA AAATAATCAT CTGATTGAGG AGATAAATAA TGAAATGAGG 
TGCTGTCACT GTGAGCTGAC TTGGTCTGAA ATCAATGGTA AACTGACCAT CAGACCCGCT 
GCCACCTTAG TCAATCATAG ACTGAGCATT AAGACCTGGC AGAGAGACGC ATCCGCAGTG 
CTCTCTGGCA TCAAGTCTAA ATATGGAGTG GAGTTGTTTG AAGTGTGCTC GCCAGTATGG 
GACATCATAA AGCATGAGTT AGAGTCAGGA GATGACAGGG TTTTGGTTGA GTTTGAAAAG 
GAGAGTCTAA ACATAGCAGG AAAATCAGAA GACGTCCAAG GCATGAGCCA GAAAATCAGG 
GAATTAATAG AGAGCACCAC TGAAAAGCTC AGAAGGGAAG AGCAGAGTCT GAAGGAGAAA 
GTGGCCATTT CCCCGGGAAA GCATTATCTT TTGCACCACA GTGGCTTCCT GAAGGATCTA 
AGCAAGGGGT TCCCAGAGAT GGAGATCTCT TACGACGCCA CGGCTCAGTT CCTGTACTTG 
AAGGGCTTCC GTGCAGATGT GTACAAAGTA AAGTGTGACA TCCAAGAGAA GGTGTTCTCC 
ATGGCTCAAA AGGATGTCCA GGTCTCTTCT GAAGTCTTCG AATTTCTGCA GCAAGTAGAC 
AGTCAGAGAC TCTCTAAGTC TCTGTTTGAG GCACAGAACA TTCTCGCCAT ATATGAGCTG 
AAAGGTACAG CTCTTTTCTT AGTTGGAAGT TCTTTCAAAG ATCTGGCAGA AGCCGAGACA 
AAAATGCTCA GTGCTTTAAG TCATAAGCAG ATTGAAGTTG AGGACAAGGA GGTTCTGATA 
AGTAATGGGT GGAAGAAGAA AGTTCACCCT CTGCAAAAGA GACACAGCTC TTGTGCAACC 
ATTATAGTCC AGAATGAATT GACTTCAGAA ACCCCGGCAA AGGTCATTGT TACAGGCTGT 
GTGAAAGAAG TGAATGAAAT CCATAGGCAA CTTTTTGAGT ATTTGGAAAA CAACATGAAA 
GTTGAAAGAG CACTTAAAAT CAAACCATCC TTGATTGTTG ACTATTTAAG GACAGACAAG 
AGGCTATTGT CAAAGATAAA GAAGGCACAT GTGTATGTGC ATTTTAAGCC TAAAGACAAT 
CCAAACAGCA TTTTGCTAAC TGGCTGCAAG AGCAAAGTTC TAGAGTGCAT GAATCTAGTC 
AAGGAAATCC AGGATTCAGT CTGTGTCCAA AGATTCCAGA CTGACAAAGC TGGCGTCAGG 
CACTTCTTCA AAGATAAAGA ATCGTATTAC AAAACGGAGA TTGGTCGTCA GTTCGGATGC 
GTCATTGAAT TGGAGGAGGA TAGAGAGGAG AAGGGTGAAG AGGAGGATGG TGAAGAGGAG 
GAGGGTGAAG AGGAGGGAGA AAGCAGCATT AATGAGCAGA AGTGTCACCT ACAGAGGGAC 
ATAGCCCCCG GAGTCAAACT GTTCGTCCTC GAGGAAGACC TGAGTCGGTT TCCCGTCGAT 
GTGGTAGTGA ATGCAGCAAA TGAGAACCTG AAGCATATCA GCGGTCTCGC ACAGGCTCTC 
TCAAAGGCCG CTGGCCCTGA ACTCCAAACA GAATGTGACC AGATAGTAAA AGAGGGCGGC 
GTGGTCCTAC CCGGCAATGC TGTTATCTCA AAAGCAGGCA AGCTCCCTTG TCACCACGTC 
ATCCATGCGG TAGGGCCTCG ATGGAAGGGA GATAAAGTCC TGGAGTGTGT GAGCCTGCTA 
AAGAAAGTGG TTAGACAAAG CCTCAGTTTA GCTGAGGAGC ACAGGTGCCG CTCCATAGCC 
ATGCCAGCGG TCAGCGCTGG GATCTTTGAC TTTCCCTTAG AACTGTGTGT GGCAAACATT 
GTTTCAGCCA TCAAGGAACA CTTCCAGCAT AAGCGAGACA CACACACCTT GAAAAAGATT 
TACCTGGTGG GCCTACCTGC CAAGGTTGCC AGGGCCTTTG CTGAAGCTGT CAAGACTACA 
TATAAAGACT CCCTTTCCCA CACAGCTTTC CCATCCAGTT TAAAGGCTTT AGTACCACTT 
GGGAAAACGC CCCAGAAACA GGGCAGTCTG CTGGTGTCAC CAGAAGGCCT GAGAATCCGC 
CTGGTAGAAG AAGGCGTGCA GAATGCTACG ACCCATGCCA TTGTGAACTC TATTTCCCCG 
GATCTTAAAC TCAACAAAGG ACCCCTTTCT CAGGCCTTCT TGGAAAAGGC TGGGCCAAAA 
CTCCAGGAGG AATTGACCAG GTCAGGACAA GGGGTCTCTG TTGATGTGGG CACAATTCTT 
CAAACCAGTG GCTGTAATCT CAACAGCCGC CACGTCTTCC ATGTGGTGCC TCCACCTTGG 
AAAAGCAACA ACAGTGCATG GTCACTAAAG ATCATGAAAA ACATCATCCG TGACTGCCTG 
AAGACCACCG AGAACCTGTC TCTACAATCG ATTGCATTTC CAGCAATAGG AACGGGAAAT 
TTGAGGTTTC CTAAACCTGA ATTTGCTAAA TTAATAATTT CAGAAGTGCT CAAATTTAGT 
AGCAGGAACC AACTGAAAAC TTTACAAGAG GTTCAGTTTC TGCTGCACCC GAAAGACCAT 
GAAAACATTC AGGCATTTTC AGATGAATTT GACAAGAGAA ATAATGGAGA TCCTAGTGAC 
AAAAATCCCA AGGCTGAAGA CACACAAGGT ATCTATGGGA GCCTTTCCAG CCCTACTTTA 
GGAATGCATG AAATGAATAT TGGTCCAATC CTCTTCCAAG TGGCCACTGG GAACATCATC 
AAAGAAGTGG CAGATGTGAT TGTCAATTCA ACAACACTCA CATTTGATCT CAAATCAGGG 
GTCTCCAAAG CAATTTTGGA AGGTGCAGGA CAAAATGTGG AGCAAGAATG TTCTCTCTTG 
GCTAAACAGA GTAACCATGG GTATATAGTC ACTGGAGGTG GACTATTGCA ATGTAAGAAC 
ATTATTCATG TTGTTGGTGG GAATGATGTC AAGAAATCGG TTTCCTGTGT TTTGGAAGAA 
TGTGAACAAC GGAATTACTC ATCCATTTGC CTACCAGCTA TTGGCACAGG AAATGCTCAA 
CAGGACCCAA ACGTAGTAGC AAAAGCGATA ATAGATGCCA TTGAAGAATT TGTCCAGAAA 
AAATCAGTGC AGGCTGTGAA GAGAGTTAAA GTTGTTATCT TCCAGCCCCA TATTCTGCAA 
TTTTTTTACG ACAACATGAA AGAAAGAGAA GGCTCTCCAG CTCCCCCCAA GCAGTCGCCT 
GCCAAGCAGT CAGTGATGTC TAAGATTGCC TCCTTTCTTG GCTTTCCCAA GCAAGCTTCC 
CCCAAAAAGA ACACCCTGGT TTTGGAAAAG AAAATAGAGC ACACAGTTTT CCAGGTATGT 
GGTTCAGGGG TAGACAGTGT GAACAAAACA ATCTCCTGGC TAAAGGAACT GATTACCAAA 
GAGCAGCTTT CCTACACCAA TGACGATGAG TGTGTCAGTG ACTTTGACAT GGAGGAGTAC 
GAGAAACTGA ATGAGATTCA GAAGGAACTG AACATCACCA TTGAGATGAA CCAGAAGAAA 
ACTTCGATTC AAGTTTCAGG AATTAGCAGA GACGTGATAA AAGCTAGAGA TGAGATTGAG 
GGCATGATCA AGAGCATTCG ATTGGCTAAA GAAAAGGAAA GCCAGGCAGA CTACATCTCT 
ACATATGTGG AATGGCAGTA TATTGATAAA AACATCACAC AGTGTTTTGA CAAAATGACC 
AACATGAAGT TGGAGGTTGC ATGGAAGGCC AAGAAGAAGG ACACGGTTGT CCAAATTCAC 
AATCAGGATT TCACGGTGGA CTTGAGCACA AACACAGCCA CCGCTCCCCA AGGCCAGACT 
TTCACTGTTC AGCGCCTCGT CAAAGCTGAA GCTGAAATCC CTGCCAATTG GAGTGACATG 
AAGCAGGACA AATTGCTTCT GGTGAATCTG CAAACCAGTG ATCCCGAATA CAACATGGTG 
GCAAGCGCCT TCCGTCAGAC CTGCTCAAAC TTTTTCATAG AGAAGATTGA AAGGATTCAG 
AATCCAGCTC TTTGGAGAAG GTATCAGGCA TACAAAAAAA GTATGGATGA AAAGAATGGC 
AATGTAAGAA ATGAGAAGCA TCTCTTCCAT GGGACAGAGG CTAGCTCTCT ACCACAGCTC 
AACAGTAATG GATTTAACCG CAGCTATGCT GGGAAGAACG CTACTGCCTA CGGGAAAGGA 
ACCTATTTTG CTGTCAAAGC TTCCTATTCT GCCTGTGACA CATATTCCAG ACCAGACACC 
AATGGGAGAA AGTATATGTA TTATGTGCGG GTTCTCACTG GAAACTACAC GAATGGAAAC 
GCGTCACTGA TTGTGCCCCC CTCGAGGGAC CCTCAAAATG CTGCTGACTT GTATGACACC 
GTCACAGATA ATGATAAAAA TCCAAGTATA TTTGTAGTGT TTTATGACAA CCAAACGTAC 
CCTGAGTATC TTATCACATT TAGGCAGTAA

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

RefSeq	XP_006522456.1
CDS	1973..7162
Translation	MPTDPEEASASKKSRKESPEEESKTKEDAVKQGDLDITHSPSSGSEKTEDVPKECENISSMVAFENLPEKVSEMVLTILVENISGLPSDDFKVEVNRDFAVAVVTFQKPIDIKKFIVDCISHRSNQQLQLAPRLLETTNVVRVENLPPGVDEYQLQLFFENPFNGGGRVARVECFPEESSALVEFCDSKVLDTVMAKTHSYNKMPLSVFPYYPSLGTALYGEEKPLIKLPASFQESLDLPLWKFFQKNNHLIEEINNEMRCCHCELTWSEINGKLTIRPAATLVNHRLSIKTWQRDASAVLSGIKSKYGVELFEVCSPVWDIIKHELESGDDRVLVEFEKESLNIAGKSEDVQGMSQKIRELIESTTEKLRREEQSLKEKVAISPGKHYLLHHSGFLKDLSKGFPEMEISYDATAQFLYLKGFRADVYKVKCDIQEKVFSMAQKDVQVSSEVFEFLQQVDSQRLSKSLFEAQNILAIYELKGTALFLVGSSFKDLAEAETKMLSALSHKQIEVEDKEVLISNGWKKKVHPLQKRHSSCATIIVQNELTSETPAKVIVTGCVKEVNEIHRQLFEYLENNMKVERALKIKPSLIVDYLRTDKRLLSKIKKAHVYVHFKPKDNPNSILLTGCKSKVLECMNLVKEIQDSVCVQRFQTDKAGVRHFFKDKESYYKTEIGRQFGCVIELEEDREEKGEEEDGEEEEGEEEGESSINEQKCHLQRDIAPGVKLFVLEEDLSRFPVDVVVNAANENLKHISGLAQALSKAAGPELQTECDQIVKEGGVVLPGNAVISKAGKLPCHHVIHAVGPRWKGDKVLECVSLLKKVVRQSLSLAEEHRCRSIAMPAVSAGIFDFPLELCVANIVSAIKEHFQHKRDTHTLKKIYLVGLPAKVARAFAEAVKTTYKDSLSHTAFPSSLKALVPLGKTPQKQGSLLVSPEGLRIRLVEEGVQNATTHAIVNSISPDLKLNKGPLSQAFLEKAGPKLQEELTRSGQGVSVDVGTILQTSGCNLNSRHVFHVVPPPWKSNNSAWSLKIMKNIIRDCLKTTENLSLQSIAFPAIGTGNLRFPKPEFAKLIISEVLKFSSRNQLKTLQEVQFLLHPKDHENIQAFSDEFDKRNNGDPSDKNPKAEDTQGIYGSLSSPTLGMHEMNIGPILFQVATGNIIKEVADVIVNSTTLTFDLKSGVSKAILEGAGQNVEQECSLLAKQSNHGYIVTGGGLLQCKNIIHVVGGNDVKKSVSCVLEECEQRNYSSICLPAIGTGNAQQDPNVVAKAIIDAIEEFVQKKSVQAVKRVKVVIFQPHILQFFYDNMKEREGSPAPPKQSPAKQSVMSKIASFLGFPKQASPKKNTLVLEKKIEHTVFQVCGSGVDSVNKTISWLKELITKEQLSYTNDDECVSDFDMEEYEKLNEIQKELNITIEMNQKKTSIQVSGISRDVIKARDEIEGMIKSIRLAKEKESQADYISTYVEWQYIDKNITQCFDKMTNMKLEVAWKAKKKDTVVQIHNQDFTVDLSTNTATAPQGQTFTVQRLVKAEAEIPANWSDMKQDKLLLVNLQTSDPEYNMVASAFRQTCSNFFIEKIERIQNPALWRRYQAYKKSMDEKNGNVRNEKHLFHGTEASSLPQLNSNGFNRSYAGKNATAYGKGTYFAVKASYSACDTYSRPDTNGRKYMYYVRVLTGNYTNGNASLIVPPSRDPQNAADLYDTVTDNDKNPSIFVVFYDNQTYPEYLITFRQ

Target ORF information:

RefSeq Version	XM_006522393.3
Organism	Mus musculus(house mouse)
Definition	Mus musculus poly (ADP-ribose) polymerase family, member 14 (Parp14), transcript variant X3, mRNA.

Target ORF information:

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

XM_006522393.3

ORF Insert Sequence:

ATGCCCACAG ACCCTGAGGA AGCCTCAGCC TCTAAGAAGT CAAGGAAGGA GTCTCCAGAA 
GAGGAGTCCA AGACAAAAGA AGATGCTGTG AAACAAGGTG ATTTGGATAT AACACATTCT 
CCCAGCAGTG GATCAGAAAA GACAGAAGAT GTCCCAAAAG AATGTGAAAA TATTTCCTCC 
ATGGTGGCAT TTGAAAACCT GCCTGAGAAA GTATCCGAGA TGGTGCTGAC CATCCTGGTG 
GAGAATATAA GCGGCCTCCC CAGTGATGAC TTTAAGGTGG AAGTGAACCG AGATTTTGCT 
GTTGCCGTGG TTACCTTTCA GAAGCCTATA GATATCAAAA AATTTATTGT TGACTGTATC 
AGCCACCGCT CAAATCAACA ACTCCAGCTT GCCCCGAGAC TTCTGGAAAC AACGAATGTA 
GTCAGGGTGG AAAACCTGCC TCCTGGGGTG GACGAGTACC AGCTGCAACT CTTCTTCGAA 
AACCCTTTCA ACGGGGGCGG AAGGGTCGCC CGAGTTGAGT GTTTCCCAGA AGAGAGTTCG 
GCACTGGTTG AGTTTTGTGA CAGCAAAGTG TTAGACACCG TCATGGCCAA GACACACAGT 
TACAACAAGA TGCCACTGTC TGTCTTCCCC TATTATCCCT CTCTGGGCAC AGCCTTGTAT 
GGTGAGGAGA AGCCTCTGAT AAAGCTTCCA GCATCTTTCC AGGAGTCTCT TGATCTTCCT 
TTGTGGAAGT TCTTTCAGAA AAATAATCAT CTGATTGAGG AGATAAATAA TGAAATGAGG 
TGCTGTCACT GTGAGCTGAC TTGGTCTGAA ATCAATGGTA AACTGACCAT CAGACCCGCT 
GCCACCTTAG TCAATCATAG ACTGAGCATT AAGACCTGGC AGAGAGACGC ATCCGCAGTG 
CTCTCTGGCA TCAAGTCTAA ATATGGAGTG GAGTTGTTTG AAGTGTGCTC GCCAGTATGG 
GACATCATAA AGCATGAGTT AGAGTCAGGA GATGACAGGG TTTTGGTTGA GTTTGAAAAG 
GAGAGTCTAA ACATAGCAGG AAAATCAGAA GACGTCCAAG GCATGAGCCA GAAAATCAGG 
GAATTAATAG AGAGCACCAC TGAAAAGCTC AGAAGGGAAG AGCAGAGTCT GAAGGAGAAA 
GTGGCCATTT CCCCGGGAAA GCATTATCTT TTGCACCACA GTGGCTTCCT GAAGGATCTA 
AGCAAGGGGT TCCCAGAGAT GGAGATCTCT TACGACGCCA CGGCTCAGTT CCTGTACTTG 
AAGGGCTTCC GTGCAGATGT GTACAAAGTA AAGTGTGACA TCCAAGAGAA GGTGTTCTCC 
ATGGCTCAAA AGGATGTCCA GGTCTCTTCT GAAGTCTTCG AATTTCTGCA GCAAGTAGAC 
AGTCAGAGAC TCTCTAAGTC TCTGTTTGAG GCACAGAACA TTCTCGCCAT ATATGAGCTG 
AAAGGTACAG CTCTTTTCTT AGTTGGAAGT TCTTTCAAAG ATCTGGCAGA AGCCGAGACA 
AAAATGCTCA GTGCTTTAAG TCATAAGCAG ATTGAAGTTG AGGACAAGGA GGTTCTGATA 
AGTAATGGGT GGAAGAAGAA AGTTCACCCT CTGCAAAAGA GACACAGCTC TTGTGCAACC 
ATTATAGTCC AGAATGAATT GACTTCAGAA ACCCCGGCAA AGGTCATTGT TACAGGCTGT 
GTGAAAGAAG TGAATGAAAT CCATAGGCAA CTTTTTGAGT ATTTGGAAAA CAACATGAAA 
GTTGAAAGAG CACTTAAAAT CAAACCATCC TTGATTGTTG ACTATTTAAG GACAGACAAG 
AGGCTATTGT CAAAGATAAA GAAGGCACAT GTGTATGTGC ATTTTAAGCC TAAAGACAAT 
CCAAACAGCA TTTTGCTAAC TGGCTGCAAG AGCAAAGTTC TAGAGTGCAT GAATCTAGTC 
AAGGAAATCC AGGATTCAGT CTGTGTCCAA AGATTCCAGA CTGACAAAGC TGGCGTCAGG 
CACTTCTTCA AAGATAAAGA ATCGTATTAC AAAACGGAGA TTGGTCGTCA GTTCGGATGC 
GTCATTGAAT TGGAGGAGGA TAGAGAGGAG AAGGGTGAAG AGGAGGATGG TGAAGAGGAG 
GAGGGTGAAG AGGAGGGAGA AAGCAGCATT AATGAGCAGA AGTGTCACCT ACAGAGGGAC 
ATAGCCCCCG GAGTCAAACT GTTCGTCCTC GAGGAAGACC TGAGTCGGTT TCCCGTCGAT 
GTGGTAGTGA ATGCAGCAAA TGAGAACCTG AAGCATATCA GCGGTCTCGC ACAGGCTCTC 
TCAAAGGCCG CTGGCCCTGA ACTCCAAACA GAATGTGACC AGATAGTAAA AGAGGGCGGC 
GTGGTCCTAC CCGGCAATGC TGTTATCTCA AAAGCAGGCA AGCTCCCTTG TCACCACGTC 
ATCCATGCGG TAGGGCCTCG ATGGAAGGGA GATAAAGTCC TGGAGTGTGT GAGCCTGCTA 
AAGAAAGTGG TTAGACAAAG CCTCAGTTTA GCTGAGGAGC ACAGGTGCCG CTCCATAGCC 
ATGCCAGCGG TCAGCGCTGG GATCTTTGAC TTTCCCTTAG AACTGTGTGT GGCAAACATT 
GTTTCAGCCA TCAAGGAACA CTTCCAGCAT AAGCGAGACA CACACACCTT GAAAAAGATT 
TACCTGGTGG GCCTACCTGC CAAGGTTGCC AGGGCCTTTG CTGAAGCTGT CAAGACTACA 
TATAAAGACT CCCTTTCCCA CACAGCTTTC CCATCCAGTT TAAAGGCTTT AGTACCACTT 
GGGAAAACGC CCCAGAAACA GGGCAGTCTG CTGGTGTCAC CAGAAGGCCT GAGAATCCGC 
CTGGTAGAAG AAGGCGTGCA GAATGCTACG ACCCATGCCA TTGTGAACTC TATTTCCCCG 
GATCTTAAAC TCAACAAAGG ACCCCTTTCT CAGGCCTTCT TGGAAAAGGC TGGGCCAAAA 
CTCCAGGAGG AATTGACCAG GTCAGGACAA GGGGTCTCTG TTGATGTGGG CACAATTCTT 
CAAACCAGTG GCTGTAATCT CAACAGCCGC CACGTCTTCC ATGTGGTGCC TCCACCTTGG 
AAAAGCAACA ACAGTGCATG GTCACTAAAG ATCATGAAAA ACATCATCCG TGACTGCCTG 
AAGACCACCG AGAACCTGTC TCTACAATCG ATTGCATTTC CAGCAATAGG AACGGGAAAT 
TTGAGGTTTC CTAAACCTGA ATTTGCTAAA TTAATAATTT CAGAAGTGCT CAAATTTAGT 
AGCAGGAACC AACTGAAAAC TTTACAAGAG GTTCAGTTTC TGCTGCACCC GAAAGACCAT 
GAAAACATTC AGGCATTTTC AGATGAATTT GACAAGAGAA ATAATGGAGA TCCTAGTGAC 
AAAAATCCCA AGGCTGAAGA CACACAAGGT ATCTATGGGA GCCTTTCCAG CCCTACTTTA 
GGAATGCATG AAATGAATAT TGGTCCAATC CTCTTCCAAG TGGCCACTGG GAACATCATC 
AAAGAAGTGG CAGATGTGAT TGTCAATTCA ACAACACTCA CATTTGATCT CAAATCAGGG 
GTCTCCAAAG CAATTTTGGA AGGTGCAGGA CAAAATGTGG AGCAAGAATG TTCTCTCTTG 
GCTAAACAGA GTAACCATGG GTATATAGTC ACTGGAGGTG GACTATTGCA ATGTAAGAAC 
ATTATTCATG TTGTTGGTGG GAATGATGTC AAGAAATCGG TTTCCTGTGT TTTGGAAGAA 
TGTGAACAAC GGAATTACTC ATCCATTTGC CTACCAGCTA TTGGCACAGG AAATGCTCAA 
CAGGACCCAA ACGTAGTAGC AAAAGCGATA ATAGATGCCA TTGAAGAATT TGTCCAGAAA 
AAATCAGTGC AGGCTGTGAA GAGAGTTAAA GTTGTTATCT TCCAGCCCCA TATTCTGCAA 
TTTTTTTACG ACAACATGAA AGAAAGAGAA GGCTCTCCAG CTCCCCCCAA GCAGTCGCCT 
GCCAAGCAGT CAGTGATGTC TAAGATTGCC TCCTTTCTTG GCTTTCCCAA GCAAGCTTCC 
CCCAAAAAGA ACACCCTGGT TTTGGAAAAG AAAATAGAGC ACACAGTTTT CCAGGTATGT 
GGTTCAGGGG TAGACAGTGT GAACAAAACA ATCTCCTGGC TAAAGGAACT GATTACCAAA 
GAGCAGCTTT CCTACACCAA TGACGATGAG TGTGTCAGTG ACTTTGACAT GGAGGAGTAC 
GAGAAACTGA ATGAGATTCA GAAGGAACTG AACATCACCA TTGAGATGAA CCAGAAGAAA 
ACTTCGATTC AAGTTTCAGG AATTAGCAGA GACGTGATAA AAGCTAGAGA TGAGATTGAG 
GGCATGATCA AGAGCATTCG ATTGGCTAAA GAAAAGGAAA GCCAGGCAGA CTACATCTCT 
ACATATGTGG AATGGCAGTA TATTGATAAA AACATCACAC AGTGTTTTGA CAAAATGACC 
AACATGAAGT TGGAGGTTGC ATGGAAGGCC AAGAAGAAGG ACACGGTTGT CCAAATTCAC 
AATCAGGATT TCACGGTGGA CTTGAGCACA AACACAGCCA CCGCTCCCCA AGGCCAGACT 
TTCACTGTTC AGCGCCTCGT CAAAGCTGAA GCTGAAATCC CTGCCAATTG GAGTGACATG 
AAGCAGGACA AATTGCTTCT GGTGAATCTG CAAACCAGTG ATCCCGAATA CAACATGGTG 
GCAAGCGCCT TCCGTCAGAC CTGCTCAAAC TTTTTCATAG AGAAGATTGA AAGGATTCAG 
AATCCAGCTC TTTGGAGAAG GTATCAGGCA TACAAAAAAA GTATGGATGA AAAGAATGGC 
AATGTAAGAA ATGAGAAGCA TCTCTTCCAT GGGACAGAGG CTAGCTCTCT ACCACAGCTC 
AACAGTAATG GATTTAACCG CAGCTATGCT GGGAAGAACG CTACTGCCTA CGGGAAAGGA 
ACCTATTTTG CTGTCAAAGC TTCCTATTCT GCCTGTGACA CATATTCCAG ACCAGACACC 
AATGGGAGAA AGTATATGTA TTATGTGCGG GTTCTCACTG GAAACTACAC GAATGGAAAC 
GCGTCACTGA TTGTGCCCCC CTCGAGGGAC CCTCAAAATG CTGCTGACTT GTATGACACC 
GTCACAGATA ATGATAAAAA TCCAAGTATA TTTGTAGTGT TTTATGACAA CCAAACGTAC 
CCTGAGTATC TTATCACATT TAGGCAGTAA

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

PubMed

Poly-ADP ribose polymerase-14 limits severity of allergic skin disease.
Immunology152(3)451-461(2017 Nov)
Krishnamurthy P,Da-Silva-Arnold S,Turner MJ,Travers JB,Kaplan MH

PARP9 and PARP14 cross-regulate macrophage activation via STAT1 ADP-ribosylation.
Nature communications712849(2016 Oct)
Iwata H,Goettsch C,Sharma A,Ricchiuto P,Goh WW,Halu A,Yamada I,Yoshida H,Hara T,Wei M,Inoue N,Fukuda D,Mojcher A,Mattson PC,Barab?si AL,Boothby M,Aikawa E,Singh SA,Aikawa M

The macrophage IRF8/IRF1 regulome is required for protection against infections and is associated with chronic inflammation.
The Journal of experimental medicine213(4)585-603(2016 Apr)
Langlais D,Barreiro LB,Gros P

- Most Popular Services
  - 人工遺伝子合成& DNA合成-納期保証
- Services & Products

見積依頼

Eメール

japanmarket@genscript.com

電話

03-6811-6572

FAX

03-6811-6573
050-3174-7589(受注専用)

オンラインフォーム

オンライン注文

Parp14 cDNA ORF clone, Mus musculus(house mouse)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム

サポート

会社情報

サポート

会社情報