Parp14 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Parp14
Entrez Gene ID	110311476
Full Name	poly(ADP-ribose) polymerase family member 14
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021184802.1	XP_021040461.1	protein mono-ADP-ribosyltransferase PARP14 isoform X1
XM_021184803.1	XP_021040462.1	protein mono-ADP-ribosyltransferase PARP14 isoform X2

Pathways from BioSystems
Gene Ontology

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)	Select
OMv33159	XM_021184802.1 Latest version!	Mus caroli poly(ADP-ribose) polymerase family member 14 (Parp14), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OMv33160	XM_021184803.1 Latest version!	Mus caroli poly(ADP-ribose) polymerase family member 14 (Parp14), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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

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

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

Reference Sequences (Refseq)

Parp14 ( XM_021184802.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021040461.1 Mus caroli poly(ADP-ribose) polymerase family member 14 (Parp14), transcript variant X1, mRNA.

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CloneID	OMv33159
Clone ID Related Accession (Same CDS sequence)	XM_021184802.1
Accession Version	XM_021184802.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5511bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu 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_034585.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAATGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGTTC GGCAGAACGT TCTGGAGAAA GGGAATCATG AGTTAGTGTG GCAAGAAAAA 
GGAACATTCA AGTTGACTGT CCAGATGCCC ACAGACCCTG AGGAAGCCTC AGTCTCTAAG 
AAGTCAAGGA AGGAATCTCC AGAAGAGGAG TCCAAGACAA AAGAAGATGC TGTGAAACCA 
GGTGATTTGG ATATAACACA TTCTCCCAGC AGTGGATCAG AAAAGACAGA AGATGTCCCA 
AAAGAATGTG AAAATATTTC CTCCATGGTG GCATTTGAAA ACCTGCCCGA GAAAGTATCC 
GAGATAGTGC TGACCTTCCT GGTGGAGAAT ATAAGTGGCC TCCCCAGTGA TGACTTTAAG 
GTGGAAGTGA TCCGAGATTT TGCTGTTGCC GTGGTTACCT TTCAGAAGCC TATAGATATC 
AAAAAATTTA TTGTTGACTG TATCGGCCAC CGCTCAAATC AACAACTCCA GCTTGCCCCG 
AGACTTCTGG AAACAACGAA TGTAGTCAGG GTGGAAAACC TGCCTCCTGG GGTGGACGAG 
TACCAGCTGC AACTCTTCTT CGAAAACCCT TTCAACGGGG GCGGAAGGGT CGCCCGAGTT 
GAGTGTTTCC CAGAAGAGAG TTCGGCACTG GTTGAATTTT GTGACAGCAA AGTGTTAGAC 
ACCGTCATGG CCAAGACACA CAGTTACAAC AAGATGCCAC TGTCTGTCTT CCCTTATTAT 
CCCTCTCTGG GCACAGCCTT GTATGGTGAG GAGAAGCCTC TGATCAAGCT TCCAGCATCT 
TTCCAGGAGT CTCTTGATCT TCCTTTGTGG AAGTTCTTTC AGAAAAATAA TCATCTGATT 
GAGGAGATAA ATAATGAAAT GAGGTGCTGT CACTGTGAGC TGACATGGTC TGAAATCAAT 
GGTAAACTGA CCATCAGACC CGCTGCCACC TTAGTCAACC ATAGACTGAG CATCAAGACC 
TGGCAGAGAG ACGCATCCAC AGTGCTCTCT GGCATCAAGT CTAAATATGG AGTGGAGTTG 
TTTGAAGTGT GCTCGCCAGT ATGGGACATC ATAAAGCATG AGTTAGAGTC AGGAGATGAC 
AGGGTTTTAG TTGAGTTTGA AAAGGAGAGT CTAAACATAG CAGGAAAATC AGAAGACGTC 
CAAGGCATGA GCCAGAAAAT CAGGGAATTA ATAGAGAACA CCACTGAAAA GCTCAGAAGG 
GAAGAGCAGA GTCTGAAGGA GAAAGTGGCC ATTTCCCCGG AAAAGCATTA TCTTTTGCAC 
CACAGTGGCT TCCTGAAGGA TCTAAGCAAG GAGTTCCCAG AGATGGAGAT CTCGTACGAT 
GCCACGGCTC AGTCCCTGTG CTTGAAGGGC TTCCGTGCAG ATGTATACAA AGTAAAGTGT 
GACATCCAAG AGAAGGTGTT TTCCATGGCT CAAAAGGATG TCCAGGTCTC TTCTGAAGTC 
TTCGAATTTC TGCAGCAAGT AGACAGTCAG AGACTCTCTA AGACTCTGTT CGAGGCACAG 
AACATTCTCG CTATATATGA GCTGAAAGGT ACAGCTCTTT TCTTAGTTGG AAGTTCTTTC 
AAAGATCTGG CAGAAGCCGA GACAAAAATG CTCAGTGCTT TAAGTCATAA GCAGATTGAA 
GTTGAGGACA AGGAGGTCCT GATAGGTAAT GGGTGGAAGA AGAAACTTCA CCCTCTGCAA 
AAGAGACACA GCTCTTGTGC AACCATTATA GTCAAGAATG AATTGACTTC AGAAACCCCG 
GCAAAGGTCA TTGTTGCAGG CTGTGTGAAA GAAGTGAATG AAATCCATAG GCAGCTTTTT 
CAGTATTTGG AAAACAACAT GAAAGTTGAA AGAGCGCTTA AAATCAAACC ATCCTTGATT 
GTTGACTATT TAAGGACAGA CAAGAGGCTC TTGTCAAAGA TAAAGAAGGC ACATGTGTAT 
GTGCATTTTA AGCCTAAGGA CAATCCAAAC AGCATTTTGC TAACTGGCTG CAAGAGCAAA 
GTTCTAGAGT GCATGAATCT AGTCAAGGAA ATCCAGGATT CAGTCTGTGT CCAAAGATTC 
CAGACTGACA AAGCTGGCGT CAGGCACTTC TTCCAAGATA AAGAATCGTA TTACAAAACG 
GAGATTGGTC GTCAGTTCGG ATGCGTCATT GAACTGGTGG AGGATAGAGA GGAGAAGGGT 
GAAGAGGAGG AGGGTGAAGA GGAGGGAGAA AGCAACATTA ATGAGCAGAA GTGTCACCTA 
CAGAGGGACA TAGCCCCCGG AGTCAAACTG TTCGTCCTCG AGGAAGACCT GAGTCGGTTT 
CCTGTCGATG TGGTAGTGAA TGCAGCAAAT GAGAACCTGA AGCATATCAG CGGTCTCGCA 
CAGTCTCTCT CAAAGGCAGC TGGCCCTGAA CTCCAAACAG AATGTGACCA GATAGTAAAA 
GAGGTTGGCG TGGTCCTACC TGGCAATGCT GTTATCTCAA AAGCAGGCAA GCTCCCTTGT 
CACCACGTCA TCCATGCGGT AGGGCCTCGA TGGAAGGGAG ATAAAGTCCT GGAGTGTGTG 
AGCCTGCTAA AGAAAGTGGT GAGACAAAGC CTCAGTTTAG CTGAGGAGCA CAAGTGCCGG 
TCCATAGCCA TGCCAGCCAT CAGCGCTGGA ATCTTTGACT TTCCCTTAGA ACTGTGTGTG 
GCAAACATTG TTTCAACCAT CAAGGAACAC TTCCAGCATA AGCGAGACAC ACACACCTTG 
AAAAAGATTT ACCTGGTGGG CCTACCTGCC AAGGTTGCCA GGGCCTTTGC TGAAGCTGTC 
AAGACTACAT ATAAAGACTC CCTTTCCCAC ACAGCTTCCC 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 CCATGTGGGC 
ACAATTCTTC AAACCAGTGG CTGTAATCTC AACAGCCGCC ACGTCTTCCA TGTGGTGCCT 
CCACCTTGGA AAAGCAACAA CAGTGCGTGG TCACTAAAGA TCATGAAAAA CATCATCCAT 
GACTGCCTGA AGACCACCGA GTCCCTGTCT CTACAATCGA TTGCATTTCC AGCAATAGGA 
ACGGGAAATT TGGGGTTTCC TAAACCTGAA TTTGCTAAAT TAATAATTTC AGAAGTGCTC 
AAATTTAGTA GCAGGAACCA ACTGAAAACT TTACAAGAGG TTCAGTTTCT GCTGCACCCG 
AAGGACTATG AAAACATTCA GGCATTTTCA GATGAATTTG ACAAGAGGAA TAATGGAGAT 
CCTAGTGACA AAAATCCCAA GGCTGAAGAC ACACAAGGTA TCTATGGGAG TCTTTCCAGT 
CCTACTTTAG GAATGCATGA AATGAATATT GGCCCAATCC TCTTCCAAGT GGCCACTGGG 
AACATCATCA AAGAAGTGGC AGATGTGATT GTCAATTCAA CAACACTCAC ATTTGATCTC 
AAATCAGGGG TCTCCAAAGC AATTTTGGAA GGTGCAGGAC AAAATGTGGA GCAAGAATGT 
TCTCTCTTGG CTAAACAGAG TAACCATGGG TATATAGTCA CTGGAGGTGG ACTATTGAAA 
TGTAAGAATA TTATTCATGT TGTTGGTGGG AATGATGTCA AGAAATCGGT TTCCTGTGTT 
TTGGAAGAAT GTGAACAACG GAATTACTCA TCCATTTGCC TGCCAGCTAT TGGCACAGGA 
AATGCTCAAC AGGACCCAAA CGTAGTAGCG AAAGCGATAA TAGATGCCGT TGAAGAATTT 
GTCCAGAAAA AATCAGTGCA GGCTGTGGAG AGAGTTAAAG TTGTTATTTT CCAGCCCCAT 
ATTCTGCAAT TTTTTTATGA CAACATGAAA GAGAGAGAAG GGTCTCCAGC TCCCCCCAAG 
CAGTCAGTGA TGTCTAAGAT TGCCTGTGAG TTGTTAGCTT TTATGAAATA CATATTCCTA 
ACCTTGATGT TGAAGGGAGT AAAAGAAACA TTAATTTCCA TTTTCTCTTT AGCCTTTCTT 
GGCTTTCCCA AGCAAGCTTC CCCCAAAAAG AACACCCTGG TTCTGGAAAA GAAAATAGAG 
CACACAGTTT TCCAGGTATG TGGTTCAGGG GTAGACAGTG TGAACAAAAC AATCTCCTGG 
CTAAAGGAAC TGATTACCAA AGAGCAGCTT TCCTACACCA CTGACGACGA GTGTGTCAGA 
GACTTTGACT TGGAGGAGTA CGAGAAACTG AATGAGGTTC AGAAGGAACT GAACATCACC 
ATTGAGATGA ACCAGAAGAA AACTTCCATT CGAGTCTCAG GAATTAGCAG AGACGTGATA 
AAAGCTAGAG ATGAGATCGA GGGCATGATC AAGAGCATTC GATCAGCTAA AGAAAAGGAA 
AGCCAGGCAG ACTACATCTC TACATATGTG GAATGGCAGT ATATTGATAA AAACATCACA 
CAGTGTTTTG ACAAAATGAC CAACATGAAG TTGGAGGATG CATGGAAGGC CAAGAAGAAG 
GACACGGTTG TCCAAATTCA CAATCAGGAT TTCACAGTGG ACTTGAGCAC AAACACAGCC 
ACTGCTCCCC AAGGCCAGAC TTTCACTGTT CAGCGCCTCG TCAAAGCTGA AGCTGAAATC 
CCTGCCAATT GGAGTGACAT GAAGCAGGAA AAATTGCTTG TGGTGAATCT GCAAACCAGT 
GATCCCGAAT ACAACAAGGT GGCAAGCGCC TTCCGTCAGA CCTGCTCAAA CTTTTTCATA 
GAGAAGATTG AAAGGATTCA GAATCCAGCT CTTTGGAGAA GGTATCAGGC ATACAAAAAA 
GGTATGGATG AAAAGAATGG CAATGTAAGA AATGAGAAGC ATCTCTTCCA CGGGACGGAG 
GTTAGCTCTC TACCACAGCT CAACAGTAAT GGATTTAACC GCAGCTATGC TGGGAAGAAT 
GCTACTGCCT ACGGGAAAGG AACCTATTTT GCTGTCAATG CTTCGTATTC TGCCAGTGAC 
ACATATTCCA GACCAGACAC CAATGGGAGA AAGTATATGT ATTATGTGCG GGTTCTCACT 
GGAAACTACA CGAATGGAAA CGCGTCACTG ATTGTGCCGC CCTCAAGGGA CCCTCAAAAT 
GCTGCTGACT TGTACGACAC CGTCACAGAT AATGATAAAC GTCCAAGTAT ATTTGTAGTG 
TTTTATGACA ACCAAACGTA CCCTGAGTAT CTTATCACAT TTAGGCAGTA A

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

RefSeq	XP_021040461.1
CDS	145..5655
Translation	MAASGSFPLLVEGSWGPDPPKNLINKLQMYFQSRKKSGGGECEVVPEPGNPARFRVLFSPEDVRQNVLEKGNHELVWQEKGTFKLTVQMPTDPEEASVSKKSRKESPEEESKTKEDAVKPGDLDITHSPSSGSEKTEDVPKECENISSMVAFENLPEKVSEIVLTFLVENISGLPSDDFKVEVIRDFAVAVVTFQKPIDIKKFIVDCIGHRSNQQLQLAPRLLETTNVVRVENLPPGVDEYQLQLFFENPFNGGGRVARVECFPEESSALVEFCDSKVLDTVMAKTHSYNKMPLSVFPYYPSLGTALYGEEKPLIKLPASFQESLDLPLWKFFQKNNHLIEEINNEMRCCHCELTWSEINGKLTIRPAATLVNHRLSIKTWQRDASTVLSGIKSKYGVELFEVCSPVWDIIKHELESGDDRVLVEFEKESLNIAGKSEDVQGMSQKIRELIENTTEKLRREEQSLKEKVAISPEKHYLLHHSGFLKDLSKEFPEMEISYDATAQSLCLKGFRADVYKVKCDIQEKVFSMAQKDVQVSSEVFEFLQQVDSQRLSKTLFEAQNILAIYELKGTALFLVGSSFKDLAEAETKMLSALSHKQIEVEDKEVLIGNGWKKKLHPLQKRHSSCATIIVKNELTSETPAKVIVAGCVKEVNEIHRQLFQYLENNMKVERALKIKPSLIVDYLRTDKRLLSKIKKAHVYVHFKPKDNPNSILLTGCKSKVLECMNLVKEIQDSVCVQRFQTDKAGVRHFFQDKESYYKTEIGRQFGCVIELVEDREEKGEEEEGEEEGESNINEQKCHLQRDIAPGVKLFVLEEDLSRFPVDVVVNAANENLKHISGLAQSLSKAAGPELQTECDQIVKEVGVVLPGNAVISKAGKLPCHHVIHAVGPRWKGDKVLECVSLLKKVVRQSLSLAEEHKCRSIAMPAISAGIFDFPLELCVANIVSTIKEHFQHKRDTHTLKKIYLVGLPAKVARAFAEAVKTTYKDSLSHTASPSSLKALVPLGKTPQKQGSLLVSPEGLRIRLVEEGVQNATTHAIVNSISPDLKLNKGPLSQAFLEKAGPKLQEELTRSGQGVSVHVGTILQTSGCNLNSRHVFHVVPPPWKSNNSAWSLKIMKNIIHDCLKTTESLSLQSIAFPAIGTGNLGFPKPEFAKLIISEVLKFSSRNQLKTLQEVQFLLHPKDYENIQAFSDEFDKRNNGDPSDKNPKAEDTQGIYGSLSSPTLGMHEMNIGPILFQVATGNIIKEVADVIVNSTTLTFDLKSGVSKAILEGAGQNVEQECSLLAKQSNHGYIVTGGGLLKCKNIIHVVGGNDVKKSVSCVLEECEQRNYSSICLPAIGTGNAQQDPNVVAKAIIDAVEEFVQKKSVQAVERVKVVIFQPHILQFFYDNMKEREGSPAPPKQSVMSKIACELLAFMKYIFLTLMLKGVKETLISIFSLAFLGFPKQASPKKNTLVLEKKIEHTVFQVCGSGVDSVNKTISWLKELITKEQLSYTTDDECVRDFDLEEYEKLNEVQKELNITIEMNQKKTSIRVSGISRDVIKARDEIEGMIKSIRSAKEKESQADYISTYVEWQYIDKNITQCFDKMTNMKLEDAWKAKKKDTVVQIHNQDFTVDLSTNTATAPQGQTFTVQRLVKAEAEIPANWSDMKQEKLLVVNLQTSDPEYNKVASAFRQTCSNFFIEKIERIQNPALWRRYQAYKKGMDEKNGNVRNEKHLFHGTEVSSLPQLNSNGFNRSYAGKNATAYGKGTYFAVNASYSASDTYSRPDTNGRKYMYYVRVLTGNYTNGNASLIVPPSRDPQNAADLYDTVTDNDKRPSIFVVFYDNQTYPEYLITFRQ

Target ORF information:

RefSeq Version	XM_021184802.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli 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_021184802.1

ORF Insert Sequence:

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAATGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGTTC GGCAGAACGT TCTGGAGAAA GGGAATCATG AGTTAGTGTG GCAAGAAAAA 
GGAACATTCA AGTTGACTGT CCAGATGCCC ACAGACCCTG AGGAAGCCTC AGTCTCTAAG 
AAGTCAAGGA AGGAATCTCC AGAAGAGGAG TCCAAGACAA AAGAAGATGC TGTGAAACCA 
GGTGATTTGG ATATAACACA TTCTCCCAGC AGTGGATCAG AAAAGACAGA AGATGTCCCA 
AAAGAATGTG AAAATATTTC CTCCATGGTG GCATTTGAAA ACCTGCCCGA GAAAGTATCC 
GAGATAGTGC TGACCTTCCT GGTGGAGAAT ATAAGTGGCC TCCCCAGTGA TGACTTTAAG 
GTGGAAGTGA TCCGAGATTT TGCTGTTGCC GTGGTTACCT TTCAGAAGCC TATAGATATC 
AAAAAATTTA TTGTTGACTG TATCGGCCAC CGCTCAAATC AACAACTCCA GCTTGCCCCG 
AGACTTCTGG AAACAACGAA TGTAGTCAGG GTGGAAAACC TGCCTCCTGG GGTGGACGAG 
TACCAGCTGC AACTCTTCTT CGAAAACCCT TTCAACGGGG GCGGAAGGGT CGCCCGAGTT 
GAGTGTTTCC CAGAAGAGAG TTCGGCACTG GTTGAATTTT GTGACAGCAA AGTGTTAGAC 
ACCGTCATGG CCAAGACACA CAGTTACAAC AAGATGCCAC TGTCTGTCTT CCCTTATTAT 
CCCTCTCTGG GCACAGCCTT GTATGGTGAG GAGAAGCCTC TGATCAAGCT TCCAGCATCT 
TTCCAGGAGT CTCTTGATCT TCCTTTGTGG AAGTTCTTTC AGAAAAATAA TCATCTGATT 
GAGGAGATAA ATAATGAAAT GAGGTGCTGT CACTGTGAGC TGACATGGTC TGAAATCAAT 
GGTAAACTGA CCATCAGACC CGCTGCCACC TTAGTCAACC ATAGACTGAG CATCAAGACC 
TGGCAGAGAG ACGCATCCAC AGTGCTCTCT GGCATCAAGT CTAAATATGG AGTGGAGTTG 
TTTGAAGTGT GCTCGCCAGT ATGGGACATC ATAAAGCATG AGTTAGAGTC AGGAGATGAC 
AGGGTTTTAG TTGAGTTTGA AAAGGAGAGT CTAAACATAG CAGGAAAATC AGAAGACGTC 
CAAGGCATGA GCCAGAAAAT CAGGGAATTA ATAGAGAACA CCACTGAAAA GCTCAGAAGG 
GAAGAGCAGA GTCTGAAGGA GAAAGTGGCC ATTTCCCCGG AAAAGCATTA TCTTTTGCAC 
CACAGTGGCT TCCTGAAGGA TCTAAGCAAG GAGTTCCCAG AGATGGAGAT CTCGTACGAT 
GCCACGGCTC AGTCCCTGTG CTTGAAGGGC TTCCGTGCAG ATGTATACAA AGTAAAGTGT 
GACATCCAAG AGAAGGTGTT TTCCATGGCT CAAAAGGATG TCCAGGTCTC TTCTGAAGTC 
TTCGAATTTC TGCAGCAAGT AGACAGTCAG AGACTCTCTA AGACTCTGTT CGAGGCACAG 
AACATTCTCG CTATATATGA GCTGAAAGGT ACAGCTCTTT TCTTAGTTGG AAGTTCTTTC 
AAAGATCTGG CAGAAGCCGA GACAAAAATG CTCAGTGCTT TAAGTCATAA GCAGATTGAA 
GTTGAGGACA AGGAGGTCCT GATAGGTAAT GGGTGGAAGA AGAAACTTCA CCCTCTGCAA 
AAGAGACACA GCTCTTGTGC AACCATTATA GTCAAGAATG AATTGACTTC AGAAACCCCG 
GCAAAGGTCA TTGTTGCAGG CTGTGTGAAA GAAGTGAATG AAATCCATAG GCAGCTTTTT 
CAGTATTTGG AAAACAACAT GAAAGTTGAA AGAGCGCTTA AAATCAAACC ATCCTTGATT 
GTTGACTATT TAAGGACAGA CAAGAGGCTC TTGTCAAAGA TAAAGAAGGC ACATGTGTAT 
GTGCATTTTA AGCCTAAGGA CAATCCAAAC AGCATTTTGC TAACTGGCTG CAAGAGCAAA 
GTTCTAGAGT GCATGAATCT AGTCAAGGAA ATCCAGGATT CAGTCTGTGT CCAAAGATTC 
CAGACTGACA AAGCTGGCGT CAGGCACTTC TTCCAAGATA AAGAATCGTA TTACAAAACG 
GAGATTGGTC GTCAGTTCGG ATGCGTCATT GAACTGGTGG AGGATAGAGA GGAGAAGGGT 
GAAGAGGAGG AGGGTGAAGA GGAGGGAGAA AGCAACATTA ATGAGCAGAA GTGTCACCTA 
CAGAGGGACA TAGCCCCCGG AGTCAAACTG TTCGTCCTCG AGGAAGACCT GAGTCGGTTT 
CCTGTCGATG TGGTAGTGAA TGCAGCAAAT GAGAACCTGA AGCATATCAG CGGTCTCGCA 
CAGTCTCTCT CAAAGGCAGC TGGCCCTGAA CTCCAAACAG AATGTGACCA GATAGTAAAA 
GAGGTTGGCG TGGTCCTACC TGGCAATGCT GTTATCTCAA AAGCAGGCAA GCTCCCTTGT 
CACCACGTCA TCCATGCGGT AGGGCCTCGA TGGAAGGGAG ATAAAGTCCT GGAGTGTGTG 
AGCCTGCTAA AGAAAGTGGT GAGACAAAGC CTCAGTTTAG CTGAGGAGCA CAAGTGCCGG 
TCCATAGCCA TGCCAGCCAT CAGCGCTGGA ATCTTTGACT TTCCCTTAGA ACTGTGTGTG 
GCAAACATTG TTTCAACCAT CAAGGAACAC TTCCAGCATA AGCGAGACAC ACACACCTTG 
AAAAAGATTT ACCTGGTGGG CCTACCTGCC AAGGTTGCCA GGGCCTTTGC TGAAGCTGTC 
AAGACTACAT ATAAAGACTC CCTTTCCCAC ACAGCTTCCC 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 CCATGTGGGC 
ACAATTCTTC AAACCAGTGG CTGTAATCTC AACAGCCGCC ACGTCTTCCA TGTGGTGCCT 
CCACCTTGGA AAAGCAACAA CAGTGCGTGG TCACTAAAGA TCATGAAAAA CATCATCCAT 
GACTGCCTGA AGACCACCGA GTCCCTGTCT CTACAATCGA TTGCATTTCC AGCAATAGGA 
ACGGGAAATT TGGGGTTTCC TAAACCTGAA TTTGCTAAAT TAATAATTTC AGAAGTGCTC 
AAATTTAGTA GCAGGAACCA ACTGAAAACT TTACAAGAGG TTCAGTTTCT GCTGCACCCG 
AAGGACTATG AAAACATTCA GGCATTTTCA GATGAATTTG ACAAGAGGAA TAATGGAGAT 
CCTAGTGACA AAAATCCCAA GGCTGAAGAC ACACAAGGTA TCTATGGGAG TCTTTCCAGT 
CCTACTTTAG GAATGCATGA AATGAATATT GGCCCAATCC TCTTCCAAGT GGCCACTGGG 
AACATCATCA AAGAAGTGGC AGATGTGATT GTCAATTCAA CAACACTCAC ATTTGATCTC 
AAATCAGGGG TCTCCAAAGC AATTTTGGAA GGTGCAGGAC AAAATGTGGA GCAAGAATGT 
TCTCTCTTGG CTAAACAGAG TAACCATGGG TATATAGTCA CTGGAGGTGG ACTATTGAAA 
TGTAAGAATA TTATTCATGT TGTTGGTGGG AATGATGTCA AGAAATCGGT TTCCTGTGTT 
TTGGAAGAAT GTGAACAACG GAATTACTCA TCCATTTGCC TGCCAGCTAT TGGCACAGGA 
AATGCTCAAC AGGACCCAAA CGTAGTAGCG AAAGCGATAA TAGATGCCGT TGAAGAATTT 
GTCCAGAAAA AATCAGTGCA GGCTGTGGAG AGAGTTAAAG TTGTTATTTT CCAGCCCCAT 
ATTCTGCAAT TTTTTTATGA CAACATGAAA GAGAGAGAAG GGTCTCCAGC TCCCCCCAAG 
CAGTCAGTGA TGTCTAAGAT TGCCTGTGAG TTGTTAGCTT TTATGAAATA CATATTCCTA 
ACCTTGATGT TGAAGGGAGT AAAAGAAACA TTAATTTCCA TTTTCTCTTT AGCCTTTCTT 
GGCTTTCCCA AGCAAGCTTC CCCCAAAAAG AACACCCTGG TTCTGGAAAA GAAAATAGAG 
CACACAGTTT TCCAGGTATG TGGTTCAGGG GTAGACAGTG TGAACAAAAC AATCTCCTGG 
CTAAAGGAAC TGATTACCAA AGAGCAGCTT TCCTACACCA CTGACGACGA GTGTGTCAGA 
GACTTTGACT TGGAGGAGTA CGAGAAACTG AATGAGGTTC AGAAGGAACT GAACATCACC 
ATTGAGATGA ACCAGAAGAA AACTTCCATT CGAGTCTCAG GAATTAGCAG AGACGTGATA 
AAAGCTAGAG ATGAGATCGA GGGCATGATC AAGAGCATTC GATCAGCTAA AGAAAAGGAA 
AGCCAGGCAG ACTACATCTC TACATATGTG GAATGGCAGT ATATTGATAA AAACATCACA 
CAGTGTTTTG ACAAAATGAC CAACATGAAG TTGGAGGATG CATGGAAGGC CAAGAAGAAG 
GACACGGTTG TCCAAATTCA CAATCAGGAT TTCACAGTGG ACTTGAGCAC AAACACAGCC 
ACTGCTCCCC AAGGCCAGAC TTTCACTGTT CAGCGCCTCG TCAAAGCTGA AGCTGAAATC 
CCTGCCAATT GGAGTGACAT GAAGCAGGAA AAATTGCTTG TGGTGAATCT GCAAACCAGT 
GATCCCGAAT ACAACAAGGT GGCAAGCGCC TTCCGTCAGA CCTGCTCAAA CTTTTTCATA 
GAGAAGATTG AAAGGATTCA GAATCCAGCT CTTTGGAGAA GGTATCAGGC ATACAAAAAA 
GGTATGGATG AAAAGAATGG CAATGTAAGA AATGAGAAGC ATCTCTTCCA CGGGACGGAG 
GTTAGCTCTC TACCACAGCT CAACAGTAAT GGATTTAACC GCAGCTATGC TGGGAAGAAT 
GCTACTGCCT ACGGGAAAGG AACCTATTTT GCTGTCAATG CTTCGTATTC TGCCAGTGAC 
ACATATTCCA GACCAGACAC CAATGGGAGA AAGTATATGT ATTATGTGCG GGTTCTCACT 
GGAAACTACA CGAATGGAAA CGCGTCACTG ATTGTGCCGC CCTCAAGGGA CCCTCAAAAT 
GCTGCTGACT TGTACGACAC CGTCACAGAT AATGATAAAC GTCCAAGTAT ATTTGTAGTG 
TTTTATGACA ACCAAACGTA CCCTGAGTAT CTTATCACAT TTAGGCAGTA A

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

Parp14 ( XM_021184803.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021040462.1 Mus caroli poly(ADP-ribose) polymerase family member 14 (Parp14), transcript variant X2, mRNA.

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CloneID	OMv33160
Clone ID Related Accession (Same CDS sequence)	XM_021184803.1
Accession Version	XM_021184803.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5424bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu 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_034585.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAATGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGTTC GGCAGAACGT TCTGGAGAAA GGGAATCATG AGTTAGTGTG GCAAGAAAAA 
GGAACATTCA AGTTGACTGT CCAGATGCCC ACAGACCCTG AGGAAGCCTC AGTCTCTAAG 
AAGTCAAGGA AGGAATCTCC AGAAGAGGAG TCCAAGACAA AAGAAGATGC TGTGAAACCA 
GGTGATTTGG ATATAACACA TTCTCCCAGC AGTGGATCAG AAAAGACAGA AGATGTCCCA 
AAAGAATGTG AAAATATTTC CTCCATGGTG GCATTTGAAA ACCTGCCCGA GAAAGTATCC 
GAGATAGTGC TGACCTTCCT GGTGGAGAAT ATAAGTGGCC TCCCCAGTGA TGACTTTAAG 
GTGGAAGTGA TCCGAGATTT TGCTGTTGCC GTGGTTACCT TTCAGAAGCC TATAGATATC 
AAAAAATTTA TTGTTGACTG TATCGGCCAC CGCTCAAATC AACAACTCCA GCTTGCCCCG 
AGACTTCTGG AAACAACGAA TGTAGTCAGG GTGGAAAACC TGCCTCCTGG GGTGGACGAG 
TACCAGCTGC AACTCTTCTT CGAAAACCCT TTCAACGGGG GCGGAAGGGT CGCCCGAGTT 
GAGTGTTTCC CAGAAGAGAG TTCGGCACTG GTTGAATTTT GTGACAGCAA AGTGTTAGAC 
ACCGTCATGG CCAAGACACA CAGTTACAAC AAGATGCCAC TGTCTGTCTT CCCTTATTAT 
CCCTCTCTGG GCACAGCCTT GTATGGTGAG GAGAAGCCTC TGATCAAGCT TCCAGCATCT 
TTCCAGGAGT CTCTTGATCT TCCTTTGTGG AAGTTCTTTC AGAAAAATAA TCATCTGATT 
GAGGAGATAA ATAATGAAAT GAGGTGCTGT CACTGTGAGC TGACATGGTC TGAAATCAAT 
GGTAAACTGA CCATCAGACC CGCTGCCACC TTAGTCAACC ATAGACTGAG CATCAAGACC 
TGGCAGAGAG ACGCATCCAC AGTGCTCTCT GGCATCAAGT CTAAATATGG AGTGGAGTTG 
TTTGAAGTGT GCTCGCCAGT ATGGGACATC ATAAAGCATG AGTTAGAGTC AGGAGATGAC 
AGGGTTTTAG TTGAGTTTGA AAAGGAGAGT CTAAACATAG CAGGAAAATC AGAAGACGTC 
CAAGGCATGA GCCAGAAAAT CAGGGAATTA ATAGAGAACA CCACTGAAAA GCTCAGAAGG 
GAAGAGCAGA GTCTGAAGGA GAAAGTGGCC ATTTCCCCGG AAAAGCATTA TCTTTTGCAC 
CACAGTGGCT TCCTGAAGGA TCTAAGCAAG GAGTTCCCAG AGATGGAGAT CTCGTACGAT 
GCCACGGCTC AGTCCCTGTG CTTGAAGGGC TTCCGTGCAG ATGTATACAA AGTAAAGTGT 
GACATCCAAG AGAAGGTGTT TTCCATGGCT CAAAAGGATG TCCAGGTCTC TTCTGAAGTC 
TTCGAATTTC TGCAGCAAGT AGACAGTCAG AGACTCTCTA AGACTCTGTT CGAGGCACAG 
AACATTCTCG CTATATATGA GCTGAAAGGT ACAGCTCTTT TCTTAGTTGG AAGTTCTTTC 
AAAGATCTGG CAGAAGCCGA GACAAAAATG CTCAGTGCTT TAAGTCATAA GCAGATTGAA 
GTTGAGGACA AGGAGGTCCT GATAGGTAAT GGGTGGAAGA AGAAACTTCA CCCTCTGCAA 
AAGAGACACA GCTCTTGTGC AACCATTATA GTCAAGAATG AATTGACTTC AGAAACCCCG 
GCAAAGGTCA TTGTTGCAGG CTGTGTGAAA GAAGTGAATG AAATCCATAG GCAGCTTTTT 
CAGTATTTGG AAAACAACAT GAAAGTTGAA AGAGCGCTTA AAATCAAACC ATCCTTGATT 
GTTGACTATT TAAGGACAGA CAAGAGGCTC TTGTCAAAGA TAAAGAAGGC ACATGTGTAT 
GTGCATTTTA AGCCTAAGGA CAATCCAAAC AGCATTTTGC TAACTGGCTG CAAGAGCAAA 
GTTCTAGAGT GCATGAATCT AGTCAAGGAA ATCCAGGATT CAGTCTGTGT CCAAAGATTC 
CAGACTGACA AAGCTGGCGT CAGGCACTTC TTCCAAGATA AAGAATCGTA TTACAAAACG 
GAGATTGGTC GTCAGTTCGG ATGCGTCATT GAACTGGTGG AGGATAGAGA GGAGAAGGGT 
GAAGAGGAGG AGGGTGAAGA GGAGGGAGAA AGCAACATTA ATGAGCAGAA GTGTCACCTA 
CAGAGGGACA TAGCCCCCGG AGTCAAACTG TTCGTCCTCG AGGAAGACCT GAGTCGGTTT 
CCTGTCGATG TGGTAGTGAA TGCAGCAAAT GAGAACCTGA AGCATATCAG CGGTCTCGCA 
CAGTCTCTCT CAAAGGCAGC TGGCCCTGAA CTCCAAACAG AATGTGACCA GATAGTAAAA 
GAGGTTGGCG TGGTCCTACC TGGCAATGCT GTTATCTCAA AAGCAGGCAA GCTCCCTTGT 
CACCACGTCA TCCATGCGGT AGGGCCTCGA TGGAAGGGAG ATAAAGTCCT GGAGTGTGTG 
AGCCTGCTAA AGAAAGTGGT GAGACAAAGC CTCAGTTTAG CTGAGGAGCA CAAGTGCCGG 
TCCATAGCCA TGCCAGCCAT CAGCGCTGGA ATCTTTGACT TTCCCTTAGA ACTGTGTGTG 
GCAAACATTG TTTCAACCAT CAAGGAACAC TTCCAGCATA AGCGAGACAC ACACACCTTG 
AAAAAGATTT ACCTGGTGGG CCTACCTGCC AAGGTTGCCA GGGCCTTTGC TGAAGCTGTC 
AAGACTACAT ATAAAGACTC CCTTTCCCAC ACAGCTTCCC 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 CCATGTGGGC 
ACAATTCTTC AAACCAGTGG CTGTAATCTC AACAGCCGCC ACGTCTTCCA TGTGGTGCCT 
CCACCTTGGA AAAGCAACAA CAGTGCGTGG TCACTAAAGA TCATGAAAAA CATCATCCAT 
GACTGCCTGA AGACCACCGA GTCCCTGTCT CTACAATCGA TTGCATTTCC AGCAATAGGA 
ACGGGAAATT TGGGGTTTCC TAAACCTGAA TTTGCTAAAT TAATAATTTC AGAAGTGCTC 
AAATTTAGTA GCAGGAACCA ACTGAAAACT TTACAAGAGG TTCAGTTTCT GCTGCACCCG 
AAGGACTATG AAAACATTCA GGCATTTTCA GATGAATTTG ACAAGAGGAA TAATGGAGAT 
CCTAGTGACA AAAATCCCAA GGCTGAAGAC ACACAAGGTA TCTATGGGAG TCTTTCCAGT 
CCTACTTTAG GAATGCATGA AATGAATATT GGCCCAATCC TCTTCCAAGT GGCCACTGGG 
AACATCATCA AAGAAGTGGC AGATGTGATT GTCAATTCAA CAACACTCAC ATTTGATCTC 
AAATCAGGGG TCTCCAAAGC AATTTTGGAA GGTGCAGGAC AAAATGTGGA GCAAGAATGT 
TCTCTCTTGG CTAAACAGAG TAACCATGGG TATATAGTCA CTGGAGGTGG ACTATTGAAA 
TGTAAGAATA TTATTCATGT TGTTGGTGGG AATGATGTCA AGAAATCGGT TTCCTGTGTT 
TTGGAAGAAT GTGAACAACG GAATTACTCA TCCATTTGCC TGCCAGCTAT TGGCACAGGA 
AATGCTCAAC AGGACCCAAA CGTAGTAGCG AAAGCGATAA TAGATGCCGT TGAAGAATTT 
GTCCAGAAAA AATCAGTGCA GGCTGTGGAG AGAGTTAAAG TTGTTATTTT CCAGCCCCAT 
ATTCTGCAAT TTTTTTATGA CAACATGAAA GAGAGAGAAG GGTCTCCAGC TCCCCCCAAG 
CAGTCAGTGA TGTCTAAGAT TGCCTCCTTT CTTGGCTTTC CCAAGCAAGC TTCCCCCAAA 
AAGAACACCC TGGTTCTGGA AAAGAAAATA GAGCACACAG TTTTCCAGGT ATGTGGTTCA 
GGGGTAGACA GTGTGAACAA AACAATCTCC TGGCTAAAGG AACTGATTAC CAAAGAGCAG 
CTTTCCTACA CCACTGACGA CGAGTGTGTC AGAGACTTTG ACTTGGAGGA GTACGAGAAA 
CTGAATGAGG TTCAGAAGGA ACTGAACATC ACCATTGAGA TGAACCAGAA GAAAACTTCC 
ATTCGAGTCT CAGGAATTAG CAGAGACGTG ATAAAAGCTA GAGATGAGAT CGAGGGCATG 
ATCAAGAGCA TTCGATCAGC TAAAGAAAAG GAAAGCCAGG CAGACTACAT CTCTACATAT 
GTGGAATGGC AGTATATTGA TAAAAACATC ACACAGTGTT TTGACAAAAT GACCAACATG 
AAGTTGGAGG ATGCATGGAA GGCCAAGAAG AAGGACACGG TTGTCCAAAT TCACAATCAG 
GATTTCACAG TGGACTTGAG CACAAACACA GCCACTGCTC CCCAAGGCCA GACTTTCACT 
GTTCAGCGCC TCGTCAAAGC TGAAGCTGAA ATCCCTGCCA ATTGGAGTGA CATGAAGCAG 
GAAAAATTGC TTGTGGTGAA TCTGCAAACC AGTGATCCCG AATACAACAA GGTGGCAAGC 
GCCTTCCGTC AGACCTGCTC AAACTTTTTC ATAGAGAAGA TTGAAAGGAT TCAGAATCCA 
GCTCTTTGGA GAAGGTATCA GGCATACAAA AAAGGTATGG ATGAAAAGAA TGGCAATGTA 
AGAAATGAGA AGCATCTCTT CCACGGGACG GAGGTTAGCT CTCTACCACA GCTCAACAGT 
AATGGATTTA ACCGCAGCTA TGCTGGGAAG AATGCTACTG CCTACGGGAA AGGAACCTAT 
TTTGCTGTCA ATGCTTCGTA TTCTGCCAGT GACACATATT CCAGACCAGA CACCAATGGG 
AGAAAGTATA TGTATTATGT GCGGGTTCTC ACTGGAAACT ACACGAATGG AAACGCGTCA 
CTGATTGTGC CGCCCTCAAG GGACCCTCAA AATGCTGCTG ACTTGTACGA CACCGTCACA 
GATAATGATA AACGTCCAAG TATATTTGTA GTGTTTTATG ACAACCAAAC GTACCCTGAG 
TATCTTATCA CATTTAGGCA GTAA

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

RefSeq	XP_021040462.1
CDS	148..5571
Translation	MAASGSFPLLVEGSWGPDPPKNLINKLQMYFQSRKKSGGGECEVVPEPGNPARFRVLFSPEDVRQNVLEKGNHELVWQEKGTFKLTVQMPTDPEEASVSKKSRKESPEEESKTKEDAVKPGDLDITHSPSSGSEKTEDVPKECENISSMVAFENLPEKVSEIVLTFLVENISGLPSDDFKVEVIRDFAVAVVTFQKPIDIKKFIVDCIGHRSNQQLQLAPRLLETTNVVRVENLPPGVDEYQLQLFFENPFNGGGRVARVECFPEESSALVEFCDSKVLDTVMAKTHSYNKMPLSVFPYYPSLGTALYGEEKPLIKLPASFQESLDLPLWKFFQKNNHLIEEINNEMRCCHCELTWSEINGKLTIRPAATLVNHRLSIKTWQRDASTVLSGIKSKYGVELFEVCSPVWDIIKHELESGDDRVLVEFEKESLNIAGKSEDVQGMSQKIRELIENTTEKLRREEQSLKEKVAISPEKHYLLHHSGFLKDLSKEFPEMEISYDATAQSLCLKGFRADVYKVKCDIQEKVFSMAQKDVQVSSEVFEFLQQVDSQRLSKTLFEAQNILAIYELKGTALFLVGSSFKDLAEAETKMLSALSHKQIEVEDKEVLIGNGWKKKLHPLQKRHSSCATIIVKNELTSETPAKVIVAGCVKEVNEIHRQLFQYLENNMKVERALKIKPSLIVDYLRTDKRLLSKIKKAHVYVHFKPKDNPNSILLTGCKSKVLECMNLVKEIQDSVCVQRFQTDKAGVRHFFQDKESYYKTEIGRQFGCVIELVEDREEKGEEEEGEEEGESNINEQKCHLQRDIAPGVKLFVLEEDLSRFPVDVVVNAANENLKHISGLAQSLSKAAGPELQTECDQIVKEVGVVLPGNAVISKAGKLPCHHVIHAVGPRWKGDKVLECVSLLKKVVRQSLSLAEEHKCRSIAMPAISAGIFDFPLELCVANIVSTIKEHFQHKRDTHTLKKIYLVGLPAKVARAFAEAVKTTYKDSLSHTASPSSLKALVPLGKTPQKQGSLLVSPEGLRIRLVEEGVQNATTHAIVNSISPDLKLNKGPLSQAFLEKAGPKLQEELTRSGQGVSVHVGTILQTSGCNLNSRHVFHVVPPPWKSNNSAWSLKIMKNIIHDCLKTTESLSLQSIAFPAIGTGNLGFPKPEFAKLIISEVLKFSSRNQLKTLQEVQFLLHPKDYENIQAFSDEFDKRNNGDPSDKNPKAEDTQGIYGSLSSPTLGMHEMNIGPILFQVATGNIIKEVADVIVNSTTLTFDLKSGVSKAILEGAGQNVEQECSLLAKQSNHGYIVTGGGLLKCKNIIHVVGGNDVKKSVSCVLEECEQRNYSSICLPAIGTGNAQQDPNVVAKAIIDAVEEFVQKKSVQAVERVKVVIFQPHILQFFYDNMKEREGSPAPPKQSVMSKIASFLGFPKQASPKKNTLVLEKKIEHTVFQVCGSGVDSVNKTISWLKELITKEQLSYTTDDECVRDFDLEEYEKLNEVQKELNITIEMNQKKTSIRVSGISRDVIKARDEIEGMIKSIRSAKEKESQADYISTYVEWQYIDKNITQCFDKMTNMKLEDAWKAKKKDTVVQIHNQDFTVDLSTNTATAPQGQTFTVQRLVKAEAEIPANWSDMKQEKLLVVNLQTSDPEYNKVASAFRQTCSNFFIEKIERIQNPALWRRYQAYKKGMDEKNGNVRNEKHLFHGTEVSSLPQLNSNGFNRSYAGKNATAYGKGTYFAVNASYSASDTYSRPDTNGRKYMYYVRVLTGNYTNGNASLIVPPSRDPQNAADLYDTVTDNDKRPSIFVVFYDNQTYPEYLITFRQ

Target ORF information:

RefSeq Version	XM_021184803.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli 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_021184803.1

ORF Insert Sequence:

ATGGCAGCGT CGGGTTCCTT CCCGCTGCTG GTCGAGGGCT CTTGGGGCCC CGACCCCCCA 
AAGAACTTGA TCAACAAGTT GCAAATGTAC TTCCAGAGCC GGAAGAAATC CGGAGGAGGG 
GAGTGCGAGG TCGTCCCGGA GCCGGGGAAC CCAGCACGCT TCCGGGTGCT CTTCTCCCCG 
GAGGATGTTC GGCAGAACGT TCTGGAGAAA GGGAATCATG AGTTAGTGTG GCAAGAAAAA 
GGAACATTCA AGTTGACTGT CCAGATGCCC ACAGACCCTG AGGAAGCCTC AGTCTCTAAG 
AAGTCAAGGA AGGAATCTCC AGAAGAGGAG TCCAAGACAA AAGAAGATGC TGTGAAACCA 
GGTGATTTGG ATATAACACA TTCTCCCAGC AGTGGATCAG AAAAGACAGA AGATGTCCCA 
AAAGAATGTG AAAATATTTC CTCCATGGTG GCATTTGAAA ACCTGCCCGA GAAAGTATCC 
GAGATAGTGC TGACCTTCCT GGTGGAGAAT ATAAGTGGCC TCCCCAGTGA TGACTTTAAG 
GTGGAAGTGA TCCGAGATTT TGCTGTTGCC GTGGTTACCT TTCAGAAGCC TATAGATATC 
AAAAAATTTA TTGTTGACTG TATCGGCCAC CGCTCAAATC AACAACTCCA GCTTGCCCCG 
AGACTTCTGG AAACAACGAA TGTAGTCAGG GTGGAAAACC TGCCTCCTGG GGTGGACGAG 
TACCAGCTGC AACTCTTCTT CGAAAACCCT TTCAACGGGG GCGGAAGGGT CGCCCGAGTT 
GAGTGTTTCC CAGAAGAGAG TTCGGCACTG GTTGAATTTT GTGACAGCAA AGTGTTAGAC 
ACCGTCATGG CCAAGACACA CAGTTACAAC AAGATGCCAC TGTCTGTCTT CCCTTATTAT 
CCCTCTCTGG GCACAGCCTT GTATGGTGAG GAGAAGCCTC TGATCAAGCT TCCAGCATCT 
TTCCAGGAGT CTCTTGATCT TCCTTTGTGG AAGTTCTTTC AGAAAAATAA TCATCTGATT 
GAGGAGATAA ATAATGAAAT GAGGTGCTGT CACTGTGAGC TGACATGGTC TGAAATCAAT 
GGTAAACTGA CCATCAGACC CGCTGCCACC TTAGTCAACC ATAGACTGAG CATCAAGACC 
TGGCAGAGAG ACGCATCCAC AGTGCTCTCT GGCATCAAGT CTAAATATGG AGTGGAGTTG 
TTTGAAGTGT GCTCGCCAGT ATGGGACATC ATAAAGCATG AGTTAGAGTC AGGAGATGAC 
AGGGTTTTAG TTGAGTTTGA AAAGGAGAGT CTAAACATAG CAGGAAAATC AGAAGACGTC 
CAAGGCATGA GCCAGAAAAT CAGGGAATTA ATAGAGAACA CCACTGAAAA GCTCAGAAGG 
GAAGAGCAGA GTCTGAAGGA GAAAGTGGCC ATTTCCCCGG AAAAGCATTA TCTTTTGCAC 
CACAGTGGCT TCCTGAAGGA TCTAAGCAAG GAGTTCCCAG AGATGGAGAT CTCGTACGAT 
GCCACGGCTC AGTCCCTGTG CTTGAAGGGC TTCCGTGCAG ATGTATACAA AGTAAAGTGT 
GACATCCAAG AGAAGGTGTT TTCCATGGCT CAAAAGGATG TCCAGGTCTC TTCTGAAGTC 
TTCGAATTTC TGCAGCAAGT AGACAGTCAG AGACTCTCTA AGACTCTGTT CGAGGCACAG 
AACATTCTCG CTATATATGA GCTGAAAGGT ACAGCTCTTT TCTTAGTTGG AAGTTCTTTC 
AAAGATCTGG CAGAAGCCGA GACAAAAATG CTCAGTGCTT TAAGTCATAA GCAGATTGAA 
GTTGAGGACA AGGAGGTCCT GATAGGTAAT GGGTGGAAGA AGAAACTTCA CCCTCTGCAA 
AAGAGACACA GCTCTTGTGC AACCATTATA GTCAAGAATG AATTGACTTC AGAAACCCCG 
GCAAAGGTCA TTGTTGCAGG CTGTGTGAAA GAAGTGAATG AAATCCATAG GCAGCTTTTT 
CAGTATTTGG AAAACAACAT GAAAGTTGAA AGAGCGCTTA AAATCAAACC ATCCTTGATT 
GTTGACTATT TAAGGACAGA CAAGAGGCTC TTGTCAAAGA TAAAGAAGGC ACATGTGTAT 
GTGCATTTTA AGCCTAAGGA CAATCCAAAC AGCATTTTGC TAACTGGCTG CAAGAGCAAA 
GTTCTAGAGT GCATGAATCT AGTCAAGGAA ATCCAGGATT CAGTCTGTGT CCAAAGATTC 
CAGACTGACA AAGCTGGCGT CAGGCACTTC TTCCAAGATA AAGAATCGTA TTACAAAACG 
GAGATTGGTC GTCAGTTCGG ATGCGTCATT GAACTGGTGG AGGATAGAGA GGAGAAGGGT 
GAAGAGGAGG AGGGTGAAGA GGAGGGAGAA AGCAACATTA ATGAGCAGAA GTGTCACCTA 
CAGAGGGACA TAGCCCCCGG AGTCAAACTG TTCGTCCTCG AGGAAGACCT GAGTCGGTTT 
CCTGTCGATG TGGTAGTGAA TGCAGCAAAT GAGAACCTGA AGCATATCAG CGGTCTCGCA 
CAGTCTCTCT CAAAGGCAGC TGGCCCTGAA CTCCAAACAG AATGTGACCA GATAGTAAAA 
GAGGTTGGCG TGGTCCTACC TGGCAATGCT GTTATCTCAA AAGCAGGCAA GCTCCCTTGT 
CACCACGTCA TCCATGCGGT AGGGCCTCGA TGGAAGGGAG ATAAAGTCCT GGAGTGTGTG 
AGCCTGCTAA AGAAAGTGGT GAGACAAAGC CTCAGTTTAG CTGAGGAGCA CAAGTGCCGG 
TCCATAGCCA TGCCAGCCAT CAGCGCTGGA ATCTTTGACT TTCCCTTAGA ACTGTGTGTG 
GCAAACATTG TTTCAACCAT CAAGGAACAC TTCCAGCATA AGCGAGACAC ACACACCTTG 
AAAAAGATTT ACCTGGTGGG CCTACCTGCC AAGGTTGCCA GGGCCTTTGC TGAAGCTGTC 
AAGACTACAT ATAAAGACTC CCTTTCCCAC ACAGCTTCCC 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 CCATGTGGGC 
ACAATTCTTC AAACCAGTGG CTGTAATCTC AACAGCCGCC ACGTCTTCCA TGTGGTGCCT 
CCACCTTGGA AAAGCAACAA CAGTGCGTGG TCACTAAAGA TCATGAAAAA CATCATCCAT 
GACTGCCTGA AGACCACCGA GTCCCTGTCT CTACAATCGA TTGCATTTCC AGCAATAGGA 
ACGGGAAATT TGGGGTTTCC TAAACCTGAA TTTGCTAAAT TAATAATTTC AGAAGTGCTC 
AAATTTAGTA GCAGGAACCA ACTGAAAACT TTACAAGAGG TTCAGTTTCT GCTGCACCCG 
AAGGACTATG AAAACATTCA GGCATTTTCA GATGAATTTG ACAAGAGGAA TAATGGAGAT 
CCTAGTGACA AAAATCCCAA GGCTGAAGAC ACACAAGGTA TCTATGGGAG TCTTTCCAGT 
CCTACTTTAG GAATGCATGA AATGAATATT GGCCCAATCC TCTTCCAAGT GGCCACTGGG 
AACATCATCA AAGAAGTGGC AGATGTGATT GTCAATTCAA CAACACTCAC ATTTGATCTC 
AAATCAGGGG TCTCCAAAGC AATTTTGGAA GGTGCAGGAC AAAATGTGGA GCAAGAATGT 
TCTCTCTTGG CTAAACAGAG TAACCATGGG TATATAGTCA CTGGAGGTGG ACTATTGAAA 
TGTAAGAATA TTATTCATGT TGTTGGTGGG AATGATGTCA AGAAATCGGT TTCCTGTGTT 
TTGGAAGAAT GTGAACAACG GAATTACTCA TCCATTTGCC TGCCAGCTAT TGGCACAGGA 
AATGCTCAAC AGGACCCAAA CGTAGTAGCG AAAGCGATAA TAGATGCCGT TGAAGAATTT 
GTCCAGAAAA AATCAGTGCA GGCTGTGGAG AGAGTTAAAG TTGTTATTTT CCAGCCCCAT 
ATTCTGCAAT TTTTTTATGA CAACATGAAA GAGAGAGAAG GGTCTCCAGC TCCCCCCAAG 
CAGTCAGTGA TGTCTAAGAT TGCCTCCTTT CTTGGCTTTC CCAAGCAAGC TTCCCCCAAA 
AAGAACACCC TGGTTCTGGA AAAGAAAATA GAGCACACAG TTTTCCAGGT ATGTGGTTCA 
GGGGTAGACA GTGTGAACAA AACAATCTCC TGGCTAAAGG AACTGATTAC CAAAGAGCAG 
CTTTCCTACA CCACTGACGA CGAGTGTGTC AGAGACTTTG ACTTGGAGGA GTACGAGAAA 
CTGAATGAGG TTCAGAAGGA ACTGAACATC ACCATTGAGA TGAACCAGAA GAAAACTTCC 
ATTCGAGTCT CAGGAATTAG CAGAGACGTG ATAAAAGCTA GAGATGAGAT CGAGGGCATG 
ATCAAGAGCA TTCGATCAGC TAAAGAAAAG GAAAGCCAGG CAGACTACAT CTCTACATAT 
GTGGAATGGC AGTATATTGA TAAAAACATC ACACAGTGTT TTGACAAAAT GACCAACATG 
AAGTTGGAGG ATGCATGGAA GGCCAAGAAG AAGGACACGG TTGTCCAAAT TCACAATCAG 
GATTTCACAG TGGACTTGAG CACAAACACA GCCACTGCTC CCCAAGGCCA GACTTTCACT 
GTTCAGCGCC TCGTCAAAGC TGAAGCTGAA ATCCCTGCCA ATTGGAGTGA CATGAAGCAG 
GAAAAATTGC TTGTGGTGAA TCTGCAAACC AGTGATCCCG AATACAACAA GGTGGCAAGC 
GCCTTCCGTC AGACCTGCTC AAACTTTTTC ATAGAGAAGA TTGAAAGGAT TCAGAATCCA 
GCTCTTTGGA GAAGGTATCA GGCATACAAA AAAGGTATGG ATGAAAAGAA TGGCAATGTA 
AGAAATGAGA AGCATCTCTT CCACGGGACG GAGGTTAGCT CTCTACCACA GCTCAACAGT 
AATGGATTTA ACCGCAGCTA TGCTGGGAAG AATGCTACTG CCTACGGGAA AGGAACCTAT 
TTTGCTGTCA ATGCTTCGTA TTCTGCCAGT GACACATATT CCAGACCAGA CACCAATGGG 
AGAAAGTATA TGTATTATGT GCGGGTTCTC ACTGGAAACT ACACGAATGG AAACGCGTCA 
CTGATTGTGC CGCCCTCAAG GGACCCTCAA AATGCTGCTG ACTTGTACGA CACCGTCACA 
GATAATGATA AACGTCCAAG TATATTTGTA GTGTTTTATG ACAACCAAAC GTACCCTGAG 
TATCTTATCA CATTTAGGCA GTAA