PARP14 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	PARP14
Entrez Gene ID	100483767
Full Name	poly(ADP-ribose) polymerase family member 14
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011229119.2	XP_011227421.1	poly [ADP-ribose] polymerase 14 isoform X1
XM_011229120.2	XP_011227422.1	poly [ADP-ribose] polymerase 14 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
OAc32635	XM_011229119.2 Latest version!	Ailuropoda melanoleuca poly(ADP-ribose) polymerase family member 14 (PARP14), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00
OAc32636	XM_011229120.2 Latest version!	Ailuropoda melanoleuca poly(ADP-ribose) polymerase family member 14 (PARP14), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

ORF Online Only Promotion

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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_011229119.2 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_011227421.1 Ailuropoda melanoleuca poly(ADP-ribose) polymerase family member 14 (PARP14), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAc32635
Clone ID Related Accession (Same CDS sequence)	XM_011229119.2
Accession Version	XM_011229119.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5451bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
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 (NW_003217875.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_011229119.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGCGC TCGGCTCCTT CCCCCTGCTG GTCGAAGGGT CCTGGGGCCC TGACCCGCCG 
AAGAACTTGA GCGCCAAGTT GCAGATGTAC TTCCAGAGCG CGAGGAGATC CGGAGGCGGG 
GAGTGTGAGG TCCGCCAGGA ACCCGGCACC CCGTCCCGCT TCCTGGTGCT CTTCCATCTA 
GAGGACGTTC GGCAAAAAGT TCTGGAGACA AAGAACCATG AGTTGCTATG GCCAGGAATA 
GGAGCATTCC AGTTAACTGT CCAGTTGCCC ACAGTCCCAG GTGAAGTCCA GGATGTCTTT 
GAGGGGGAAG TTCCAACAAA GGAATTGGAG ACCCAAGAAC ATGTCAAAGA ATCAGATGTG 
TCAGAACCGG ATATAAAACT TTCTCCCAAT AGAAGATCAG AGAATATGGA AGATACCTCA 
GAAGAATGTG AAAATACTTC CTCTTTGGTC GCATTTGAAA ATCTCAAGGC AAATGTAACC 
GATATAATGT TAATCTTGAT AGTGGAGAAT GTAAGTGGCC TGTCCAATGA TGCTTTTCAA 
GTGGAAGTAT TACGAGATTT TGACGTTGCT GTAGTTACCT TTCCAACGCA TATGGATGCT 
GTGAGATTTG TTGATGACTG TGCCAGGCAC CACCCAGTGA AACAACTCCA GCTTTCTTGG 
AGACTTCTGG AAGTGACAAA AACAATCAGG GTGGAAAACC TGCCACCTGG TGTTGATGAC 
TATAATTTGA AATGTTTATT TGAAAATCCT CAAAATGGAG GAGGAAGAGT TGCCAGTATT 
GAGTGTTTGC CTGAAGAGAA TTCGGCTCTG ATTGAGTTTT TTGACAAAAA AGTGTTACAC 
ACCATCATGA CCAAGAAACT TGACCTCAAT AATATGCCGC TCTCTGTGTT TCCATACTAT 
ACCTCTTTGG GCACGGCCTT GTACGGAAAG GAGAAACCTC TGATCAAGCT TCCAGCACCA 
TTCAGAGAGT CATTAGATCT TCCCTTATGG AGGTTCTTAC AGGAAAAGAA GCATCTGATT 
GATGAGATAA ATGACGAAGC GAGACATTGT CATTGTGATC TAATATGGTC CAAACACAGT 
AGTGAAGTTA CCATCAGACC TGCGACCACA TTATTCTGTC TAGGTAGACT GAGAATCAGG 
AGCTGGAAGG AAGATGTTTC CATGGCATTC TCTAGCATCA GGTCTAAATA TAAAGTTACC 
CCCTTTAAAG TGGATCCCGT AGTGTGGGAC ACCATAAAAA ATAATGTAGA AGATGACAGG 
ATTTTGATTG AATTTGATAC ATCTAGGGGG ATTGTAACCT TAGTAGGAAG ATCAGAGGAT 
GTACAAAACA TTGAGCCACA AATCAAGGAA TTAATAGAAA GTACCACTCA AAAAATTAAA 
AGAGAAGAGC AAAGTCTAAA GGAAAAAGTG GCCATTTCTC CAGGAAGGTA TTCTCTTTTG 
TGCCACAGCG ACGTCCTGGA GCGTCTCCGC ACTGAGTGCC CAGAGATGGA GATTCATTAT 
GATGAAGCTT CTCAACACAT GTGCTTGAAA GGCCTCTACG CAGATGTGTA TAAAGCAAAG 
TGTGAAATAC AGAAAAAGAT GTACACCATG GTTCAAAAAA GCATCCAGCT TCCCCCTGAG 
ATTTTCCAGT TTTTGCAGAA AGGAGACTGT ACAGAATTCT CTAAGTCTCT TTTGATGGCA 
CAGAAGATTC TTGCAGTTTA TGAGCTAGAG GGTACAACTG TTCTCTTAAT CGGCTATTCC 
TCTGAAGTCC TATCAGATGC TGAAAAGCAA ATGGTCAGTG CCTTAAGTTA TAAGCGCATC 
AACATTGAAG ACAGAGAAGT TCTTAATGGC AAGAAGTGGA AAGGGCTCAC TCACAGTTTG 
CATAAGAGAC ATAATTCCTC CTCAAAGACT GTAATAATCA ATGAGTTAAC TTCCGAAACC 
AAAGCTGGGG TCATCATCGC GGGCTTTGTG AGAGAAGTGA ATGAGTCCTA TAGCTTGCTT 
TTTGACTTTG TGGAAAAACA CACGAAAATA GAGAGATTGA TTGAAATAGA GCCTCCCGTC 
ATCATTGATT ATTTAAGGAT AGAAAAAAAC CCATTCTGGC AAAAGATAAA GAGGACAAAT 
GTTCAGGTAA TTTTCAATCT TGAGAATAAA CAAAAAGGCA TTTTACTAAC TGGGCCAAAG 
GCCAAAGTCC TGGAGGTCGT GAACATCGTC AAGCAAGCCT TGGATTCCGT CTGTATTGAA 
AGCGTCCATA TTGATAAGCC AGGAGTCCGC CAGTTCTTCC AGGAGAAAGC ACAGTATTAT 
AAAAGAGAGG TGAAACGGTT GTTTGCATGT TCCATTGACC TACAGGAGAA TGGAGGGGAG 
AAGGAGGGAG GCGGCACGGA TGGGCAGAAG TGCTTGTCTC GGGTGGAGGT GGCCCCAGGA 
GTCTCGCTGA CGGTGCCGCA GAGCAGCTTG TCTCGGGTGG AGCTGGCCCC TGGAGTCTCG 
CTGACGGTGC AGCAAGGTGA CTTGACCCGG TTTCCCGTCG AGGTGGTGGT GAGCACCGCC 
AGTGAGGACC TGAAGCTCTG TGGCAGCCTG GCTGCGGCGC TTTCCAAAGC AGCCGGCCCA 
GAGCTCCAAG AGGACTGTGA CCAGATAGTG AAGAACAGGG GCAAGATCCT CCCTGGCAGT 
GCCATCATCT CGAAGGCAGG AAAGCTCCCC TACCGCCACG TGATCCATGC CGTGGGGCCG 
CGGTGGAAGG ACGAGGAGGT CCTGATGTGC CTGCTCCAGT TAAAGAGAGC TGTAGAGCAG 
AGTCTGCGTT TGGCTGAAAC ACACAGGTGC CGGTCCATAG CCATCCCTGC TATCTGTTCC 
GGGGCTGGTG GCTTTCCCTT AAACCAGTGT GTGAAGATGA TTGTTCTGGC TATCAAGAAA 
AACTTCCAGT TTAAGTGGGA TGGACAAACC TTGAAAGAGA TTTACCTTGT GGATACAGCG 
GAGAAGGCTG TCCAGGCCTT TGCAGAAACC GTGAAAACCG TATTTGAGGG CTCCCTGCCT 
CCTGCGCCTT CCCTGCCCGG TTTACCGCAG GCAGTCCAGC CGGTCTTGAC AAACGCTCCC 
GGAAACAGAC CAATTTCATT GTCCCAGGGA AACCTGAGGA TCCTCCTGGT GAAAGGAGAT 
GTGCAGAGCG CTACGGTCGA TGTTCTTGTC AACTCCATTC CCATGAATCT CCAGCTTAAT 
CAAGGGCTCC TTTCTCAGGC CCTCTTGGCA AAAGCTGGGC CAAAGCTCCA GGAGGAATTG 
GACAGAGTCG GCCAAGACGT GGTTGTTGGC ATGGGCACAG TTCTCCGAAC CAGTGGACAA 
AACCTGCACT GCCGCCATGT GCTTCACGTC GTGCCTCCGG ACTGGAGAGA CAGGTCCACG 
CCTTCATACA AGATCATGAG AGACATAATC AGAAAATGTC TGGAAATCAC TGAGAACTTG 
TTCTTAAGAT CAATTGCATT TCCAGCAATA GGAACAGGAA ATCTGGGGTT TCCTAAAACC 
ACTTTTGCTG AATTAATAAC TTCAGAAGTA TTAAACTTTA GTAGGAAGAT TCAACTGACA 
GCTTTACAAG AGGTTCAATT TCTGCTGCAC CCAAGTGACC ATGAAAATAT TCAGGCATTT 
TCAGATGAAT TTGCCAGAAG GACTAATGGA AATTTCGTCA GTGACAAAAT TCCCAAGGCT 
GAAGATGCAC AAGGTTTCCA TGGGACTGTG TCTAGCTCTA ATGTAGACGT GCATGAAATG 
AAGATTGGTC CCATCATCCT CCAGGTGGCC TTTGGAGATA TCACCAAAGA AGAGGCTGAT 
GTGATTGTAA ATTCAACATC AAAAGCATTT AATCTCAAAG CAGGGGTGTC CAAAGCGATT 
CTAGAATGTG CTGGACAAAA TGTGGAAATG GCATGTTCTC GCCTAGCTCA AAAGGGCAAC 
AATGATTATA TAGTTACTGA AGGTGGATTA TTGAGGTGCA AGAATATTGT TCACGTCATT 
GGTGGAAATA ATGTCAAGAA ATCAATCTCC TTTGTTTTGC AAGAGTGTGA AAAACGGAAT 
TACTCGTCCA TTTGCCTCCC AGCCATTGGG ACAGGAAATG CCCAGAAAGA TCCAGATAAG 
GTTGCTGATG CCATCATTGA TACCATTGAA GACTTTATCC AGAAAGGAAT GCTCCAGTCT 
GTGAAAAAAG TTAAAGTTGT TATCTTTCTG CCTCACCTAC TGGATGTGTT TTGTGAGAGC 
ATGAAAAAAA GAGAAGCATC TCTGGCTTCT CCCCAGCCAT CTCTGAAGCC TAAATTGACA 
TGCTCCCCAA GTCAATCTCC ACAAAAGCAG AATCCTTTGG TTTTGAAAAA GAAAACAGAA 
TCAGCAAGTT TTCAGGTGTG TGGTGAAAAT GTAAAATGTA TAAAAAACGT TGTCTCCTGG 
ATACAGGATC TGATTACAAA GGAACTGTGT CCTTACACCA ACGAAGATGA ATGTCTCAAA 
GATTTTAATG AAAAAGAATA TCAGAAATTG AATGAGCTGC AGGAGAACTT AAATATTGCC 
ATTTGCTTGG ACAGTAAAAG ACCTTTGATT GAGGTTTTTG GAATTGGCAA AGATCTGACA 
CAGGCTAGAA ATGTAATTGA GGAAATGATC AAGGGAATTA GATTGGCCAA AGAACAGAAA 
TCCCAGGCAG AGTTAATCAG TGAATTTATA GAATGGCAAT ATTACAACAA TAGGACTTTC 
CATAGTTTTG ACAAAATAAC AAATCTGCAA TTGGAGGATG CAAGGAAGGC AAAGAAAGGG 
AGAACTGTTG TCAAAATTAA TCATCAGAGC TACACAGTGG ACCTGAGCAC AAACACTGCT 
ACAGATGCAA AAGGACACAG TTTACCTGTT CAGCGCCTCA CGAAATCTGA AGTTAAGATC 
CCTGAGCACT GGAGTGACAT GAAGCAGCAG GATGTCTGTG TGGTTGAGCT ACAGCCGGGT 
CATGCAGAAT ATAACACAGT GGCAAGCAAG TTTAATCAGA CCTGCTCACA CTTCCGCATA 
GAGAAGATTG AGAGGATCCA GAATCCAGAT CTCTGGAATT GCTACCAAAC AAAGAAGAAA 
ACCATGGATA CCAAGAACGG ACATAAAAAC AATGAGAAGC AGCTCTTCCA TGGGACAGAT 
GCTGACTCAG TGCCACATGT CAACCGAAAT GGCTTTAACC GTAGTTATGC TGGAAAGAAT 
GGTGCAACAT ATGGTAAAGG AACCTATTTT GCTGTCGATG CCCATTATTC TGCCAACGAT 
ACCTACTCCA AACGAGACAG AAATGGGAGA AAGCATATGT ATTATGTGCG AGTGCTTACT 
GGAACCTACA CACGTGGAAA TCCTGCGCTA ATTGTGCCTC CTCCAAAGAG CCCTGAAAAC 
CCTACTGACC TGTATGACAC TGTCACAGAT TGTGTGCACA ATCCCCGTTT ATTTGTGGTA 
TTTTATGACT ACCAGGCTTA CCCAGAGTAC CTCATTACTT TTACCAATTA A

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

RefSeq	XP_011227421.1
CDS	64..5514
Translation	MAALGSFPLLVEGSWGPDPPKNLSAKLQMYFQSARRSGGGECEVRQEPGTPSRFLVLFHLEDVRQKVLETKNHELLWPGIGAFQLTVQLPTVPGEVQDVFEGEVPTKELETQEHVKESDVSEPDIKLSPNRRSENMEDTSEECENTSSLVAFENLKANVTDIMLILIVENVSGLSNDAFQVEVLRDFDVAVVTFPTHMDAVRFVDDCARHHPVKQLQLSWRLLEVTKTIRVENLPPGVDDYNLKCLFENPQNGGGRVASIECLPEENSALIEFFDKKVLHTIMTKKLDLNNMPLSVFPYYTSLGTALYGKEKPLIKLPAPFRESLDLPLWRFLQEKKHLIDEINDEARHCHCDLIWSKHSSEVTIRPATTLFCLGRLRIRSWKEDVSMAFSSIRSKYKVTPFKVDPVVWDTIKNNVEDDRILIEFDTSRGIVTLVGRSEDVQNIEPQIKELIESTTQKIKREEQSLKEKVAISPGRYSLLCHSDVLERLRTECPEMEIHYDEASQHMCLKGLYADVYKAKCEIQKKMYTMVQKSIQLPPEIFQFLQKGDCTEFSKSLLMAQKILAVYELEGTTVLLIGYSSEVLSDAEKQMVSALSYKRINIEDREVLNGKKWKGLTHSLHKRHNSSSKTVIINELTSETKAGVIIAGFVREVNESYSLLFDFVEKHTKIERLIEIEPPVIIDYLRIEKNPFWQKIKRTNVQVIFNLENKQKGILLTGPKAKVLEVVNIVKQALDSVCIESVHIDKPGVRQFFQEKAQYYKREVKRLFACSIDLQENGGEKEGGGTDGQKCLSRVEVAPGVSLTVPQSSLSRVELAPGVSLTVQQGDLTRFPVEVVVSTASEDLKLCGSLAAALSKAAGPELQEDCDQIVKNRGKILPGSAIISKAGKLPYRHVIHAVGPRWKDEEVLMCLLQLKRAVEQSLRLAETHRCRSIAIPAICSGAGGFPLNQCVKMIVLAIKKNFQFKWDGQTLKEIYLVDTAEKAVQAFAETVKTVFEGSLPPAPSLPGLPQAVQPVLTNAPGNRPISLSQGNLRILLVKGDVQSATVDVLVNSIPMNLQLNQGLLSQALLAKAGPKLQEELDRVGQDVVVGMGTVLRTSGQNLHCRHVLHVVPPDWRDRSTPSYKIMRDIIRKCLEITENLFLRSIAFPAIGTGNLGFPKTTFAELITSEVLNFSRKIQLTALQEVQFLLHPSDHENIQAFSDEFARRTNGNFVSDKIPKAEDAQGFHGTVSSSNVDVHEMKIGPIILQVAFGDITKEEADVIVNSTSKAFNLKAGVSKAILECAGQNVEMACSRLAQKGNNDYIVTEGGLLRCKNIVHVIGGNNVKKSISFVLQECEKRNYSSICLPAIGTGNAQKDPDKVADAIIDTIEDFIQKGMLQSVKKVKVVIFLPHLLDVFCESMKKREASLASPQPSLKPKLTCSPSQSPQKQNPLVLKKKTESASFQVCGENVKCIKNVVSWIQDLITKELCPYTNEDECLKDFNEKEYQKLNELQENLNIAICLDSKRPLIEVFGIGKDLTQARNVIEEMIKGIRLAKEQKSQAELISEFIEWQYYNNRTFHSFDKITNLQLEDARKAKKGRTVVKINHQSYTVDLSTNTATDAKGHSLPVQRLTKSEVKIPEHWSDMKQQDVCVVELQPGHAEYNTVASKFNQTCSHFRIEKIERIQNPDLWNCYQTKKKTMDTKNGHKNNEKQLFHGTDADSVPHVNRNGFNRSYAGKNGATYGKGTYFAVDAHYSANDTYSKRDRNGRKHMYYVRVLTGTYTRGNPALIVPPPKSPENPTDLYDTVTDCVHNPRLFVVFYDYQAYPEYLITFTN

Target ORF information:

RefSeq Version	XM_011229119.2
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca 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_011229119.2

ORF Insert Sequence:

ATGGCTGCGC TCGGCTCCTT CCCCCTGCTG GTCGAAGGGT CCTGGGGCCC TGACCCGCCG 
AAGAACTTGA GCGCCAAGTT GCAGATGTAC TTCCAGAGCG CGAGGAGATC CGGAGGCGGG 
GAGTGTGAGG TCCGCCAGGA ACCCGGCACC CCGTCCCGCT TCCTGGTGCT CTTCCATCTA 
GAGGACGTTC GGCAAAAAGT TCTGGAGACA AAGAACCATG AGTTGCTATG GCCAGGAATA 
GGAGCATTCC AGTTAACTGT CCAGTTGCCC ACAGTCCCAG GTGAAGTCCA GGATGTCTTT 
GAGGGGGAAG TTCCAACAAA GGAATTGGAG ACCCAAGAAC ATGTCAAAGA ATCAGATGTG 
TCAGAACCGG ATATAAAACT TTCTCCCAAT AGAAGATCAG AGAATATGGA AGATACCTCA 
GAAGAATGTG AAAATACTTC CTCTTTGGTC GCATTTGAAA ATCTCAAGGC AAATGTAACC 
GATATAATGT TAATCTTGAT AGTGGAGAAT GTAAGTGGCC TGTCCAATGA TGCTTTTCAA 
GTGGAAGTAT TACGAGATTT TGACGTTGCT GTAGTTACCT TTCCAACGCA TATGGATGCT 
GTGAGATTTG TTGATGACTG TGCCAGGCAC CACCCAGTGA AACAACTCCA GCTTTCTTGG 
AGACTTCTGG AAGTGACAAA AACAATCAGG GTGGAAAACC TGCCACCTGG TGTTGATGAC 
TATAATTTGA AATGTTTATT TGAAAATCCT CAAAATGGAG GAGGAAGAGT TGCCAGTATT 
GAGTGTTTGC CTGAAGAGAA TTCGGCTCTG ATTGAGTTTT TTGACAAAAA AGTGTTACAC 
ACCATCATGA CCAAGAAACT TGACCTCAAT AATATGCCGC TCTCTGTGTT TCCATACTAT 
ACCTCTTTGG GCACGGCCTT GTACGGAAAG GAGAAACCTC TGATCAAGCT TCCAGCACCA 
TTCAGAGAGT CATTAGATCT TCCCTTATGG AGGTTCTTAC AGGAAAAGAA GCATCTGATT 
GATGAGATAA ATGACGAAGC GAGACATTGT CATTGTGATC TAATATGGTC CAAACACAGT 
AGTGAAGTTA CCATCAGACC TGCGACCACA TTATTCTGTC TAGGTAGACT GAGAATCAGG 
AGCTGGAAGG AAGATGTTTC CATGGCATTC TCTAGCATCA GGTCTAAATA TAAAGTTACC 
CCCTTTAAAG TGGATCCCGT AGTGTGGGAC ACCATAAAAA ATAATGTAGA AGATGACAGG 
ATTTTGATTG AATTTGATAC ATCTAGGGGG ATTGTAACCT TAGTAGGAAG ATCAGAGGAT 
GTACAAAACA TTGAGCCACA AATCAAGGAA TTAATAGAAA GTACCACTCA AAAAATTAAA 
AGAGAAGAGC AAAGTCTAAA GGAAAAAGTG GCCATTTCTC CAGGAAGGTA TTCTCTTTTG 
TGCCACAGCG ACGTCCTGGA GCGTCTCCGC ACTGAGTGCC CAGAGATGGA GATTCATTAT 
GATGAAGCTT CTCAACACAT GTGCTTGAAA GGCCTCTACG CAGATGTGTA TAAAGCAAAG 
TGTGAAATAC AGAAAAAGAT GTACACCATG GTTCAAAAAA GCATCCAGCT TCCCCCTGAG 
ATTTTCCAGT TTTTGCAGAA AGGAGACTGT ACAGAATTCT CTAAGTCTCT TTTGATGGCA 
CAGAAGATTC TTGCAGTTTA TGAGCTAGAG GGTACAACTG TTCTCTTAAT CGGCTATTCC 
TCTGAAGTCC TATCAGATGC TGAAAAGCAA ATGGTCAGTG CCTTAAGTTA TAAGCGCATC 
AACATTGAAG ACAGAGAAGT TCTTAATGGC AAGAAGTGGA AAGGGCTCAC TCACAGTTTG 
CATAAGAGAC ATAATTCCTC CTCAAAGACT GTAATAATCA ATGAGTTAAC TTCCGAAACC 
AAAGCTGGGG TCATCATCGC GGGCTTTGTG AGAGAAGTGA ATGAGTCCTA TAGCTTGCTT 
TTTGACTTTG TGGAAAAACA CACGAAAATA GAGAGATTGA TTGAAATAGA GCCTCCCGTC 
ATCATTGATT ATTTAAGGAT AGAAAAAAAC CCATTCTGGC AAAAGATAAA GAGGACAAAT 
GTTCAGGTAA TTTTCAATCT TGAGAATAAA CAAAAAGGCA TTTTACTAAC TGGGCCAAAG 
GCCAAAGTCC TGGAGGTCGT GAACATCGTC AAGCAAGCCT TGGATTCCGT CTGTATTGAA 
AGCGTCCATA TTGATAAGCC AGGAGTCCGC CAGTTCTTCC AGGAGAAAGC ACAGTATTAT 
AAAAGAGAGG TGAAACGGTT GTTTGCATGT TCCATTGACC TACAGGAGAA TGGAGGGGAG 
AAGGAGGGAG GCGGCACGGA TGGGCAGAAG TGCTTGTCTC GGGTGGAGGT GGCCCCAGGA 
GTCTCGCTGA CGGTGCCGCA GAGCAGCTTG TCTCGGGTGG AGCTGGCCCC TGGAGTCTCG 
CTGACGGTGC AGCAAGGTGA CTTGACCCGG TTTCCCGTCG AGGTGGTGGT GAGCACCGCC 
AGTGAGGACC TGAAGCTCTG TGGCAGCCTG GCTGCGGCGC TTTCCAAAGC AGCCGGCCCA 
GAGCTCCAAG AGGACTGTGA CCAGATAGTG AAGAACAGGG GCAAGATCCT CCCTGGCAGT 
GCCATCATCT CGAAGGCAGG AAAGCTCCCC TACCGCCACG TGATCCATGC CGTGGGGCCG 
CGGTGGAAGG ACGAGGAGGT CCTGATGTGC CTGCTCCAGT TAAAGAGAGC TGTAGAGCAG 
AGTCTGCGTT TGGCTGAAAC ACACAGGTGC CGGTCCATAG CCATCCCTGC TATCTGTTCC 
GGGGCTGGTG GCTTTCCCTT AAACCAGTGT GTGAAGATGA TTGTTCTGGC TATCAAGAAA 
AACTTCCAGT TTAAGTGGGA TGGACAAACC TTGAAAGAGA TTTACCTTGT GGATACAGCG 
GAGAAGGCTG TCCAGGCCTT TGCAGAAACC GTGAAAACCG TATTTGAGGG CTCCCTGCCT 
CCTGCGCCTT CCCTGCCCGG TTTACCGCAG GCAGTCCAGC CGGTCTTGAC AAACGCTCCC 
GGAAACAGAC CAATTTCATT GTCCCAGGGA AACCTGAGGA TCCTCCTGGT GAAAGGAGAT 
GTGCAGAGCG CTACGGTCGA TGTTCTTGTC AACTCCATTC CCATGAATCT CCAGCTTAAT 
CAAGGGCTCC TTTCTCAGGC CCTCTTGGCA AAAGCTGGGC CAAAGCTCCA GGAGGAATTG 
GACAGAGTCG GCCAAGACGT GGTTGTTGGC ATGGGCACAG TTCTCCGAAC CAGTGGACAA 
AACCTGCACT GCCGCCATGT GCTTCACGTC GTGCCTCCGG ACTGGAGAGA CAGGTCCACG 
CCTTCATACA AGATCATGAG AGACATAATC AGAAAATGTC TGGAAATCAC TGAGAACTTG 
TTCTTAAGAT CAATTGCATT TCCAGCAATA GGAACAGGAA ATCTGGGGTT TCCTAAAACC 
ACTTTTGCTG AATTAATAAC TTCAGAAGTA TTAAACTTTA GTAGGAAGAT TCAACTGACA 
GCTTTACAAG AGGTTCAATT TCTGCTGCAC CCAAGTGACC ATGAAAATAT TCAGGCATTT 
TCAGATGAAT TTGCCAGAAG GACTAATGGA AATTTCGTCA GTGACAAAAT TCCCAAGGCT 
GAAGATGCAC AAGGTTTCCA TGGGACTGTG TCTAGCTCTA ATGTAGACGT GCATGAAATG 
AAGATTGGTC CCATCATCCT CCAGGTGGCC TTTGGAGATA TCACCAAAGA AGAGGCTGAT 
GTGATTGTAA ATTCAACATC AAAAGCATTT AATCTCAAAG CAGGGGTGTC CAAAGCGATT 
CTAGAATGTG CTGGACAAAA TGTGGAAATG GCATGTTCTC GCCTAGCTCA AAAGGGCAAC 
AATGATTATA TAGTTACTGA AGGTGGATTA TTGAGGTGCA AGAATATTGT TCACGTCATT 
GGTGGAAATA ATGTCAAGAA ATCAATCTCC TTTGTTTTGC AAGAGTGTGA AAAACGGAAT 
TACTCGTCCA TTTGCCTCCC AGCCATTGGG ACAGGAAATG CCCAGAAAGA TCCAGATAAG 
GTTGCTGATG CCATCATTGA TACCATTGAA GACTTTATCC AGAAAGGAAT GCTCCAGTCT 
GTGAAAAAAG TTAAAGTTGT TATCTTTCTG CCTCACCTAC TGGATGTGTT TTGTGAGAGC 
ATGAAAAAAA GAGAAGCATC TCTGGCTTCT CCCCAGCCAT CTCTGAAGCC TAAATTGACA 
TGCTCCCCAA GTCAATCTCC ACAAAAGCAG AATCCTTTGG TTTTGAAAAA GAAAACAGAA 
TCAGCAAGTT TTCAGGTGTG TGGTGAAAAT GTAAAATGTA TAAAAAACGT TGTCTCCTGG 
ATACAGGATC TGATTACAAA GGAACTGTGT CCTTACACCA ACGAAGATGA ATGTCTCAAA 
GATTTTAATG AAAAAGAATA TCAGAAATTG AATGAGCTGC AGGAGAACTT AAATATTGCC 
ATTTGCTTGG ACAGTAAAAG ACCTTTGATT GAGGTTTTTG GAATTGGCAA AGATCTGACA 
CAGGCTAGAA ATGTAATTGA GGAAATGATC AAGGGAATTA GATTGGCCAA AGAACAGAAA 
TCCCAGGCAG AGTTAATCAG TGAATTTATA GAATGGCAAT ATTACAACAA TAGGACTTTC 
CATAGTTTTG ACAAAATAAC AAATCTGCAA TTGGAGGATG CAAGGAAGGC AAAGAAAGGG 
AGAACTGTTG TCAAAATTAA TCATCAGAGC TACACAGTGG ACCTGAGCAC AAACACTGCT 
ACAGATGCAA AAGGACACAG TTTACCTGTT CAGCGCCTCA CGAAATCTGA AGTTAAGATC 
CCTGAGCACT GGAGTGACAT GAAGCAGCAG GATGTCTGTG TGGTTGAGCT ACAGCCGGGT 
CATGCAGAAT ATAACACAGT GGCAAGCAAG TTTAATCAGA CCTGCTCACA CTTCCGCATA 
GAGAAGATTG AGAGGATCCA GAATCCAGAT CTCTGGAATT GCTACCAAAC AAAGAAGAAA 
ACCATGGATA CCAAGAACGG ACATAAAAAC AATGAGAAGC AGCTCTTCCA TGGGACAGAT 
GCTGACTCAG TGCCACATGT CAACCGAAAT GGCTTTAACC GTAGTTATGC TGGAAAGAAT 
GGTGCAACAT ATGGTAAAGG AACCTATTTT GCTGTCGATG CCCATTATTC TGCCAACGAT 
ACCTACTCCA AACGAGACAG AAATGGGAGA AAGCATATGT ATTATGTGCG AGTGCTTACT 
GGAACCTACA CACGTGGAAA TCCTGCGCTA ATTGTGCCTC CTCCAAAGAG CCCTGAAAAC 
CCTACTGACC TGTATGACAC TGTCACAGAT TGTGTGCACA ATCCCCGTTT ATTTGTGGTA 
TTTTATGACT ACCAGGCTTA CCCAGAGTAC CTCATTACTT TTACCAATTA A

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

PARP14 ( XM_011229120.2 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_011227422.1 Ailuropoda melanoleuca poly(ADP-ribose) polymerase family member 14 (PARP14), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAc32636
Clone ID Related Accession (Same CDS sequence)	XM_011229120.2
Accession Version	XM_011229120.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4857bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
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 (NW_003217875.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_011229120.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGCGC TCGGCTCCTT CCCCCTGCTG GTCGAAGGGT CCTGGGGCCC TGACCCGCCG 
AAGAACTTGA GCGCCAAGTT GCAGATGTAC TTCCAGAGCG CGAGGAGATC CGGAGGCGGG 
GAGTGTGAGG TCCGCCAGGA ACCCGGCACC CCGTCCCGCT TCCTGGTGCT CTTCCATCTA 
GAGGACGTTC GGCAAAAAGT TCTGGAGACA AAGAACCATG AGTTGCTATG GCCAGGAATA 
GGAGCATTCC AGTTAACTGT CCAGTTGCCC ACAGTCCCAG GTGAAGTCCA GGATGTCTTT 
GAGGGGGAAG TTCCAACAAA GGAATTGGAG ACCCAAGAAC ATGTCAAAGA ATCAGATGTG 
TCAGAACCGG ATATAAAACT TTCTCCCAAT AGAAGATCAG AGAATATGGA AGATACCTCA 
GAAGAATGTG AAAATACTTC CTCTTTGGTC GCATTTGAAA ATCTCAAGGC AAATGTAACC 
GATATAATGT TAATCTTGAT AGTGGAGAAT GTAAGTGGCC TGTCCAATGA TGCTTTTCAA 
GTGGAAGTAT TACGAGATTT TGACGTTGCT GTAGTTACCT TTCCAACGCA TATGGATGCT 
GTGAGATTTG TTGATGACTG TGCCAGGCAC CACCCAGTGA AACAACTCCA GCTTTCTTGG 
AGACTTCTGG AAGTGACAAA AACAATCAGG GTGGAAAACC TGCCACCTGG TGTTGATGAC 
TATAATTTGA AATGTTTATT TGAAAATCCT CAAAATGGAG GAGGAAGAGT TGCCAGTATT 
GAGTGTTTGC CTGAAGAGAA TTCGGCTCTG ATTGAGTTTT TTGACAAAAA AGTGTTACAC 
ACCATCATGA CCAAGAAACT TGACCTCAAT AATATGCCGC TCTCTGTGTT TCCATACTAT 
ACCTCTTTGG GCACGGCCTT GTACGGAAAG GAGAAACCTC TGATCAAGCT TCCAGCACCA 
TTCAGAGAGT CATTAGATCT TCCCTTATGG AGGTTCTTAC AGGAAAAGAA GCATCTGATT 
GATGAGATAA ATGACGAAGC GAGACATTGT CATTGTGATC TAATATGGTC CAAACACAGT 
AGTGAAGTTA CCATCAGACC TGCGACCACA TTATTCTGTC TAGGTAGACT GAGAATCAGG 
AGCTGGAAGG AAGATGTTTC CATGGCATTC TCTAGCATCA GGTCTAAATA TAAAGTTACC 
CCCTTTAAAG TGGATCCCGT AGTGTGGGAC ACCATAAAAA ATAATGTAGA AGATGACAGG 
ATTTTGATTG AATTTGATAC ATCTAGGGGG ATTGTAACCT TAGTAGGAAG ATCAGAGGAT 
GTACAAAACA TTGAGCCACA AATCAAGGAA TTAATAGAAA GTACCACTCA AAAAATTAAA 
AGAGAAGAGC AAAGTCTAAA GGAAAAAGTG GCCATTTCTC CAGGAAGGTA TTCTCTTTTG 
TGCCACAGCG ACGTCCTGGA GCGTCTCCGC ACTGAGTGCC CAGAGATGGA GATTCATTAT 
GATGAAGCTT CTCAACACAT GTGCTTGAAA GGCCTCTACG CAGATGTGTA TAAAGCAAAG 
TGTGAAATAC AGAAAAAGAT GTACACCATG GTTCAAAAAA GCATCCAGCT TCCCCCTGAG 
ATTTTCCAGT TTTTGCAGAA AGGAGACTGT ACAGAATTCT CTAAGTCTCT TTTGATGGCA 
CAGAAGATTC TTGCAGTTTA TGAGCTAGAG GGTACAACTG TTCTCTTAAT CGGCTATTCC 
TCTGAAGTCC TATCAGATGC TGAAAAGCAA ATGGTCAGTG CCTTAAGTTA TAAGCGCATC 
AACATTGAAG ACAGAGAAGT TCTTAATGGC AAGAAGTGGA AAGGGCTCAC TCACAGTTTG 
CATAAGAGAC ATAATTCCTC CTCAAAGACT GTAATAATCA ATGAGTTAAC TTCCGAAACC 
AAAGCTGGGG TCATCATCGC GGGCTTTGTG AGAGAAGTGA ATGAGTCCTA TAGCTTGCTT 
TTTGACTTTG TGGAAAAACA CACGAAAATA GAGAGATTGA TTGAAATAGA GCCTCCCGTC 
ATCATTGATT ATTTAAGGAT AGAAAAAAAC CCATTCTGGC AAAAGATAAA GAGGACAAAT 
GTTCAGGTAA TTTTCAATCT TGAGAATAAA CAAAAAGGCA TTTTACTAAC TGGGCCAAAG 
GCCAAAGTCC TGGAGGTCGT GAACATCGTC AAGCAAGCCT TGGATTCCGT CTGTATTGAA 
AGCGTCCATA TTGATAAGCC AGGAGTCCGC CAGTTCTTCC AGGAGAAAGC ACAGTATTAT 
AAAAGAGAGG TGAAACGGTT GTTTGCATGT TCCATTGACC TACAGGAGAA TGGAGGGGAG 
AAGGAGGGAG GCGGCACGGA TGGGCAGAAG TGCTTGTCTC GGGTGGAGGT GGCCCCAGGA 
GTCTCGCTGA CGGTGCCGCA GAGCAGCTTG TCTCGGGTGG AGCTGGCCCC TGGAGTCTCG 
CTGACGGTGC AGCAAGGTGA CTTGACCCGG TTTCCCGTCG AGGTGGTGGT GAGCACCGCC 
AGTGAGGACC TGAAGCTCTG TGGCAGCCTG GCTGCGGCGC TTTCCAAAGC AGCCGGCCCA 
GAGCTCCAAG AGGACTGTGA CCAGATAGTG AAGAACAGGG GCAAGATCCT CCCTGGCAGT 
GCCATCATCT CGAAGGCAGG AAAGCTCCCC TACCGCCACG TGATCCATGC CGTGGGGCCG 
CGGTGGAAGG ACGAGGAGGT CCTGATGTGC CTGCTCCAGT TAAAGAGAGC TGTAGAGCAG 
AGTCTGCGTT TGGCTGAAAC ACACAGGTGC CGGTCCATAG CCATCCCTGC TATCTGTTCC 
GGGGCTGGTG GCTTTCCCTT AAACCAGTGT GTGAAGATGA TTGTTCTGGC TATCAAGAAA 
AACTTCCAGT TTAAGTGGGA TGGACAAACC TTGAAAGAGA TTTACCTTGT GGATACAGCG 
GAGAAGGCTG TCCAGGCCTT TGCAGAAACC GTGAAAACCG TATTTGAGGG CTCCCTGCCT 
CCTGCGCCTT CCCTGCCCGG TTTACCGCAG GCAGTCCAGC CGGTCTTGAC AAACGCTCCC 
GGAAACAGAC CAATTTCATT GTCCCAGGGA AACCTGAGGA TCCTCCTGGT GAAAGGAGAT 
GTGCAGAGCG CTACGGTCGA TGTTCTTGTC AACTCCATTC CCATGAATCT CCAGCTTAAT 
CAAGGGCTCC TTTCTCAGGC CCTCTTGGCA AAAGCTGGGC CAAAGCTCCA GGAGGAATTG 
GACAGAGTCG GCCAAGACGT GGTTGTTGGC ATGGGCACAG TTCTCCGAAC CAGTGGACAA 
AACCTGCACT GCCGCCATGT GCTTCACGTC GTGCCTCCGG ACTGGAGAGA CAGGTCCACG 
CCTTCATACA AGATCATGAG AGACATAATC AGAAAATGTC TGGAAATCAC TGAGAACTTG 
TTCTTAAGAT CAATTGCATT TCCAGCAATA GGAACAGGAA ATCTGGGGTT TCCTAAAACC 
ACTTTTGCTG AATTAATAAC TTCAGAAGTA TTAAACTTTA GTAGGAAGAT TCAACTGACA 
GCTTTACAAG AGGTTCAATT TCTGCTGCAC CCAAGTGACC ATGAAAATAT TCAGGCATTT 
TCAGATGAAT TTGCCAGAAG GACTAATGGA AATTTCGTCA GTGACAAAAT TCCCAAGGCT 
GAAGATGCAC AAGGTTTCCA TGGGACTGTG TCTAGCTCTA ATGTAGACGT GCATGAAATG 
AAGATTGGTC CCATCATCCT CCAGGTGGCC TTTGGAGATA TCACCAAAGA AGAGGCTGAT 
GTGATTGTAA ATTCAACATC AAAAGCATTT AATCTCAAAG CAGGGGTGTC CAAAGCGATT 
CTAGAATGTG CTGGACAAAA TGTGGAAATG GCATGTTCTC GCCTAGCTCA AAAGGGCAAC 
AATGATTATA TAGTTACTGA AGGTGGATTA TTGAGGTGCA AGAATATTGT TCACGTCATT 
GGTGGAAATA ATGTCAAGAA ATCAATCTCC TTTGTTTTGC AAGAGTGTGA AAAACGGAAT 
TACTCGTCCA TTTGCCTCCC AGCCATTGGG ACAGGAAATG CCCAGAAAGA TCCAGATAAG 
GTTGCTGATG CCATCATTGA TACCATTGAA GACTTTATCC AGAAAGGAAT GCTCCAGTCT 
GTGAAAAAAG TTAAAGTTGT TATCTTTCTG CCTCACCTAC TGGATGTGTT TTGTGAGAGC 
ATGAAAAAAA GAGAAGCATC TCTGGCTTCT CCCCAGCCAT CTCTGAAGCC TAAATTGACA 
TGCTCCCCAA GTCAATCTCC ACAAAAGCAG AATCCTTTGG TTTTGAAAAA GAAAACAGAA 
TCAGCAAGTT TTCAGGTGTG TGGTGAAAAT GTAAAATGTA TAAAAAACGT TGTCTCCTGG 
ATACAGGATC TGATTACAAA GGAACTGTGT CCTTACACCA ACGAAGATGA ATGTCTCAAA 
GATTTTAATG AAAAAGAATA TCAGAAATTG AATGAGCTGC AGGAGAACTT AAATATTGCC 
ATTTGCTTGG ACAGTAAAAG ACCTTTGATT GAGGTTTTTG GAATTGGCAA AGATCTGACA 
CAGGCTAGAA ATGTAATTGA GGAAATGATC AAGGGAATTA GATTGGCCAA AGAACAGAAA 
TCCCAGGCAG AGTTAATCAG TGAATTTATA GAATGGCAAT ATTACAACAA TAGGACTTTC 
CATAGTTTTG ACAAAATAAC AAATCTGCAA TTGGAGGATG CAAGGAAGGC AAAGAAAGGG 
AGAACTGTTG TCAAAATTAA TCATCAGAGC TACACAGTGG ACCTGAGCAC AAACACTGCT 
ACAGATGCAA AAGGACACAG TTTACCTGTT CAGCGCCTCA CGAAATCTGA AGATTGA

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

RefSeq	XP_011227422.1
CDS	64..4920
Translation	MAALGSFPLLVEGSWGPDPPKNLSAKLQMYFQSARRSGGGECEVRQEPGTPSRFLVLFHLEDVRQKVLETKNHELLWPGIGAFQLTVQLPTVPGEVQDVFEGEVPTKELETQEHVKESDVSEPDIKLSPNRRSENMEDTSEECENTSSLVAFENLKANVTDIMLILIVENVSGLSNDAFQVEVLRDFDVAVVTFPTHMDAVRFVDDCARHHPVKQLQLSWRLLEVTKTIRVENLPPGVDDYNLKCLFENPQNGGGRVASIECLPEENSALIEFFDKKVLHTIMTKKLDLNNMPLSVFPYYTSLGTALYGKEKPLIKLPAPFRESLDLPLWRFLQEKKHLIDEINDEARHCHCDLIWSKHSSEVTIRPATTLFCLGRLRIRSWKEDVSMAFSSIRSKYKVTPFKVDPVVWDTIKNNVEDDRILIEFDTSRGIVTLVGRSEDVQNIEPQIKELIESTTQKIKREEQSLKEKVAISPGRYSLLCHSDVLERLRTECPEMEIHYDEASQHMCLKGLYADVYKAKCEIQKKMYTMVQKSIQLPPEIFQFLQKGDCTEFSKSLLMAQKILAVYELEGTTVLLIGYSSEVLSDAEKQMVSALSYKRINIEDREVLNGKKWKGLTHSLHKRHNSSSKTVIINELTSETKAGVIIAGFVREVNESYSLLFDFVEKHTKIERLIEIEPPVIIDYLRIEKNPFWQKIKRTNVQVIFNLENKQKGILLTGPKAKVLEVVNIVKQALDSVCIESVHIDKPGVRQFFQEKAQYYKREVKRLFACSIDLQENGGEKEGGGTDGQKCLSRVEVAPGVSLTVPQSSLSRVELAPGVSLTVQQGDLTRFPVEVVVSTASEDLKLCGSLAAALSKAAGPELQEDCDQIVKNRGKILPGSAIISKAGKLPYRHVIHAVGPRWKDEEVLMCLLQLKRAVEQSLRLAETHRCRSIAIPAICSGAGGFPLNQCVKMIVLAIKKNFQFKWDGQTLKEIYLVDTAEKAVQAFAETVKTVFEGSLPPAPSLPGLPQAVQPVLTNAPGNRPISLSQGNLRILLVKGDVQSATVDVLVNSIPMNLQLNQGLLSQALLAKAGPKLQEELDRVGQDVVVGMGTVLRTSGQNLHCRHVLHVVPPDWRDRSTPSYKIMRDIIRKCLEITENLFLRSIAFPAIGTGNLGFPKTTFAELITSEVLNFSRKIQLTALQEVQFLLHPSDHENIQAFSDEFARRTNGNFVSDKIPKAEDAQGFHGTVSSSNVDVHEMKIGPIILQVAFGDITKEEADVIVNSTSKAFNLKAGVSKAILECAGQNVEMACSRLAQKGNNDYIVTEGGLLRCKNIVHVIGGNNVKKSISFVLQECEKRNYSSICLPAIGTGNAQKDPDKVADAIIDTIEDFIQKGMLQSVKKVKVVIFLPHLLDVFCESMKKREASLASPQPSLKPKLTCSPSQSPQKQNPLVLKKKTESASFQVCGENVKCIKNVVSWIQDLITKELCPYTNEDECLKDFNEKEYQKLNELQENLNIAICLDSKRPLIEVFGIGKDLTQARNVIEEMIKGIRLAKEQKSQAELISEFIEWQYYNNRTFHSFDKITNLQLEDARKAKKGRTVVKINHQSYTVDLSTNTATDAKGHSLPVQRLTKSED

Target ORF information:

RefSeq Version	XM_011229120.2
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca 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_011229120.2

ORF Insert Sequence:

ATGGCTGCGC TCGGCTCCTT CCCCCTGCTG GTCGAAGGGT CCTGGGGCCC TGACCCGCCG 
AAGAACTTGA GCGCCAAGTT GCAGATGTAC TTCCAGAGCG CGAGGAGATC CGGAGGCGGG 
GAGTGTGAGG TCCGCCAGGA ACCCGGCACC CCGTCCCGCT TCCTGGTGCT CTTCCATCTA 
GAGGACGTTC GGCAAAAAGT TCTGGAGACA AAGAACCATG AGTTGCTATG GCCAGGAATA 
GGAGCATTCC AGTTAACTGT CCAGTTGCCC ACAGTCCCAG GTGAAGTCCA GGATGTCTTT 
GAGGGGGAAG TTCCAACAAA GGAATTGGAG ACCCAAGAAC ATGTCAAAGA ATCAGATGTG 
TCAGAACCGG ATATAAAACT TTCTCCCAAT AGAAGATCAG AGAATATGGA AGATACCTCA 
GAAGAATGTG AAAATACTTC CTCTTTGGTC GCATTTGAAA ATCTCAAGGC AAATGTAACC 
GATATAATGT TAATCTTGAT AGTGGAGAAT GTAAGTGGCC TGTCCAATGA TGCTTTTCAA 
GTGGAAGTAT TACGAGATTT TGACGTTGCT GTAGTTACCT TTCCAACGCA TATGGATGCT 
GTGAGATTTG TTGATGACTG TGCCAGGCAC CACCCAGTGA AACAACTCCA GCTTTCTTGG 
AGACTTCTGG AAGTGACAAA AACAATCAGG GTGGAAAACC TGCCACCTGG TGTTGATGAC 
TATAATTTGA AATGTTTATT TGAAAATCCT CAAAATGGAG GAGGAAGAGT TGCCAGTATT 
GAGTGTTTGC CTGAAGAGAA TTCGGCTCTG ATTGAGTTTT TTGACAAAAA AGTGTTACAC 
ACCATCATGA CCAAGAAACT TGACCTCAAT AATATGCCGC TCTCTGTGTT TCCATACTAT 
ACCTCTTTGG GCACGGCCTT GTACGGAAAG GAGAAACCTC TGATCAAGCT TCCAGCACCA 
TTCAGAGAGT CATTAGATCT TCCCTTATGG AGGTTCTTAC AGGAAAAGAA GCATCTGATT 
GATGAGATAA ATGACGAAGC GAGACATTGT CATTGTGATC TAATATGGTC CAAACACAGT 
AGTGAAGTTA CCATCAGACC TGCGACCACA TTATTCTGTC TAGGTAGACT GAGAATCAGG 
AGCTGGAAGG AAGATGTTTC CATGGCATTC TCTAGCATCA GGTCTAAATA TAAAGTTACC 
CCCTTTAAAG TGGATCCCGT AGTGTGGGAC ACCATAAAAA ATAATGTAGA AGATGACAGG 
ATTTTGATTG AATTTGATAC ATCTAGGGGG ATTGTAACCT TAGTAGGAAG ATCAGAGGAT 
GTACAAAACA TTGAGCCACA AATCAAGGAA TTAATAGAAA GTACCACTCA AAAAATTAAA 
AGAGAAGAGC AAAGTCTAAA GGAAAAAGTG GCCATTTCTC CAGGAAGGTA TTCTCTTTTG 
TGCCACAGCG ACGTCCTGGA GCGTCTCCGC ACTGAGTGCC CAGAGATGGA GATTCATTAT 
GATGAAGCTT CTCAACACAT GTGCTTGAAA GGCCTCTACG CAGATGTGTA TAAAGCAAAG 
TGTGAAATAC AGAAAAAGAT GTACACCATG GTTCAAAAAA GCATCCAGCT TCCCCCTGAG 
ATTTTCCAGT TTTTGCAGAA AGGAGACTGT ACAGAATTCT CTAAGTCTCT TTTGATGGCA 
CAGAAGATTC TTGCAGTTTA TGAGCTAGAG GGTACAACTG TTCTCTTAAT CGGCTATTCC 
TCTGAAGTCC TATCAGATGC TGAAAAGCAA ATGGTCAGTG CCTTAAGTTA TAAGCGCATC 
AACATTGAAG ACAGAGAAGT TCTTAATGGC AAGAAGTGGA AAGGGCTCAC TCACAGTTTG 
CATAAGAGAC ATAATTCCTC CTCAAAGACT GTAATAATCA ATGAGTTAAC TTCCGAAACC 
AAAGCTGGGG TCATCATCGC GGGCTTTGTG AGAGAAGTGA ATGAGTCCTA TAGCTTGCTT 
TTTGACTTTG TGGAAAAACA CACGAAAATA GAGAGATTGA TTGAAATAGA GCCTCCCGTC 
ATCATTGATT ATTTAAGGAT AGAAAAAAAC CCATTCTGGC AAAAGATAAA GAGGACAAAT 
GTTCAGGTAA TTTTCAATCT TGAGAATAAA CAAAAAGGCA TTTTACTAAC TGGGCCAAAG 
GCCAAAGTCC TGGAGGTCGT GAACATCGTC AAGCAAGCCT TGGATTCCGT CTGTATTGAA 
AGCGTCCATA TTGATAAGCC AGGAGTCCGC CAGTTCTTCC AGGAGAAAGC ACAGTATTAT 
AAAAGAGAGG TGAAACGGTT GTTTGCATGT TCCATTGACC TACAGGAGAA TGGAGGGGAG 
AAGGAGGGAG GCGGCACGGA TGGGCAGAAG TGCTTGTCTC GGGTGGAGGT GGCCCCAGGA 
GTCTCGCTGA CGGTGCCGCA GAGCAGCTTG TCTCGGGTGG AGCTGGCCCC TGGAGTCTCG 
CTGACGGTGC AGCAAGGTGA CTTGACCCGG TTTCCCGTCG AGGTGGTGGT GAGCACCGCC 
AGTGAGGACC TGAAGCTCTG TGGCAGCCTG GCTGCGGCGC TTTCCAAAGC AGCCGGCCCA 
GAGCTCCAAG AGGACTGTGA CCAGATAGTG AAGAACAGGG GCAAGATCCT CCCTGGCAGT 
GCCATCATCT CGAAGGCAGG AAAGCTCCCC TACCGCCACG TGATCCATGC CGTGGGGCCG 
CGGTGGAAGG ACGAGGAGGT CCTGATGTGC CTGCTCCAGT TAAAGAGAGC TGTAGAGCAG 
AGTCTGCGTT TGGCTGAAAC ACACAGGTGC CGGTCCATAG CCATCCCTGC TATCTGTTCC 
GGGGCTGGTG GCTTTCCCTT AAACCAGTGT GTGAAGATGA TTGTTCTGGC TATCAAGAAA 
AACTTCCAGT TTAAGTGGGA TGGACAAACC TTGAAAGAGA TTTACCTTGT GGATACAGCG 
GAGAAGGCTG TCCAGGCCTT TGCAGAAACC GTGAAAACCG TATTTGAGGG CTCCCTGCCT 
CCTGCGCCTT CCCTGCCCGG TTTACCGCAG GCAGTCCAGC CGGTCTTGAC AAACGCTCCC 
GGAAACAGAC CAATTTCATT GTCCCAGGGA AACCTGAGGA TCCTCCTGGT GAAAGGAGAT 
GTGCAGAGCG CTACGGTCGA TGTTCTTGTC AACTCCATTC CCATGAATCT CCAGCTTAAT 
CAAGGGCTCC TTTCTCAGGC CCTCTTGGCA AAAGCTGGGC CAAAGCTCCA GGAGGAATTG 
GACAGAGTCG GCCAAGACGT GGTTGTTGGC ATGGGCACAG TTCTCCGAAC CAGTGGACAA 
AACCTGCACT GCCGCCATGT GCTTCACGTC GTGCCTCCGG ACTGGAGAGA CAGGTCCACG 
CCTTCATACA AGATCATGAG AGACATAATC AGAAAATGTC TGGAAATCAC TGAGAACTTG 
TTCTTAAGAT CAATTGCATT TCCAGCAATA GGAACAGGAA ATCTGGGGTT TCCTAAAACC 
ACTTTTGCTG AATTAATAAC TTCAGAAGTA TTAAACTTTA GTAGGAAGAT TCAACTGACA 
GCTTTACAAG AGGTTCAATT TCTGCTGCAC CCAAGTGACC ATGAAAATAT TCAGGCATTT 
TCAGATGAAT TTGCCAGAAG GACTAATGGA AATTTCGTCA GTGACAAAAT TCCCAAGGCT 
GAAGATGCAC AAGGTTTCCA TGGGACTGTG TCTAGCTCTA ATGTAGACGT GCATGAAATG 
AAGATTGGTC CCATCATCCT CCAGGTGGCC TTTGGAGATA TCACCAAAGA AGAGGCTGAT 
GTGATTGTAA ATTCAACATC AAAAGCATTT AATCTCAAAG CAGGGGTGTC CAAAGCGATT 
CTAGAATGTG CTGGACAAAA TGTGGAAATG GCATGTTCTC GCCTAGCTCA AAAGGGCAAC 
AATGATTATA TAGTTACTGA AGGTGGATTA TTGAGGTGCA AGAATATTGT TCACGTCATT 
GGTGGAAATA ATGTCAAGAA ATCAATCTCC TTTGTTTTGC AAGAGTGTGA AAAACGGAAT 
TACTCGTCCA TTTGCCTCCC AGCCATTGGG ACAGGAAATG CCCAGAAAGA TCCAGATAAG 
GTTGCTGATG CCATCATTGA TACCATTGAA GACTTTATCC AGAAAGGAAT GCTCCAGTCT 
GTGAAAAAAG TTAAAGTTGT TATCTTTCTG CCTCACCTAC TGGATGTGTT TTGTGAGAGC 
ATGAAAAAAA GAGAAGCATC TCTGGCTTCT CCCCAGCCAT CTCTGAAGCC TAAATTGACA 
TGCTCCCCAA GTCAATCTCC ACAAAAGCAG AATCCTTTGG TTTTGAAAAA GAAAACAGAA 
TCAGCAAGTT TTCAGGTGTG TGGTGAAAAT GTAAAATGTA TAAAAAACGT TGTCTCCTGG 
ATACAGGATC TGATTACAAA GGAACTGTGT CCTTACACCA ACGAAGATGA ATGTCTCAAA 
GATTTTAATG AAAAAGAATA TCAGAAATTG AATGAGCTGC AGGAGAACTT AAATATTGCC 
ATTTGCTTGG ACAGTAAAAG ACCTTTGATT GAGGTTTTTG GAATTGGCAA AGATCTGACA 
CAGGCTAGAA ATGTAATTGA GGAAATGATC AAGGGAATTA GATTGGCCAA AGAACAGAAA 
TCCCAGGCAG AGTTAATCAG TGAATTTATA GAATGGCAAT ATTACAACAA TAGGACTTTC 
CATAGTTTTG ACAAAATAAC AAATCTGCAA TTGGAGGATG CAAGGAAGGC AAAGAAAGGG 
AGAACTGTTG TCAAAATTAA TCATCAGAGC TACACAGTGG ACCTGAGCAC AAACACTGCT 
ACAGATGCAA AAGGACACAG TTTACCTGTT CAGCGCCTCA CGAAATCTGA AGATTGA

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

PubMed

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PARP14 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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