PARP4 cDNA ORF clone, Loxodonta africana(African savanna elephant)

Gene
Clones
gRNAs

Summary

Gene Symbol	PARP4
Entrez Gene ID	100656698
Full Name	poly(ADP-ribose) polymerase family member 4
Gene Type	protein-coding
Organism	Loxodonta africana(African savanna elephant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010593913.1	XP_010592215.1	poly [ADP-ribose] polymerase 4
XM_010593913.2	XP_010592215.1	poly [ADP-ribose] polymerase 4

Pathways from BioSystems
Gene Ontology

The following PARP4 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PARP4 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)
OLo44773	XM_010593913.2 Latest version!	Loxodonta africana poly(ADP-ribose) polymerase family member 4 (PARP4), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
View Old Accession Versions >>
OLo44773	XM_010593913.1	Loxodonta africana poly (ADP-ribose) polymerase family, member 4 (PARP4), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
Hide Old Accession Versions >>

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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)

PARP4 ( XM_010593913.1 ) cDNA ORF clone, Loxodonta africana(African savanna elephant) -> XP_010592215.1 Loxodonta africana poly (ADP-ribose) polymerase family, member 4 (PARP4), mRNA.

Price & Availability↑

CloneID	OLo44773
Clone ID Related Accession (Same CDS sequence)	XM_010593913.1 , XM_010593913.2
Accession Version	XM_010593913.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5157bp) 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	1418140800000
Organism	Loxodonta africana(African savanna elephant)
Product	poly [ADP-ribose] polymerase 4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003573449.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Loxodonta africana Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTGTGG GAATCTTTGC ATATTGTACC TTCTATTTGA AAGTCAAGTA CTTACCTCGT 
CAGCAGAAGA AAAAGCTACA AACTGACATT AAAGAAAATG GTGGAAATTT TTCATTTTCA 
TTAAATCCCC AGTGTACACA TGTAATCATA GACAATGCTG ATGTTCTGAG TCAGTATCAA 
ATGAAATCTA TCCAAGAGAA ACATATCCAT ATTGTAAACC CAGATTTTAT ATGGGAATCT 
ATCAAAGAAA GGAGACTCTT GGATGTAGAG AATTACAATC CTAATAAGTC ATTGGACATC 
ACACTACCTC CTGGTCAAAA GGAAAGTAGT TCTGAAGTGG AAACAGATGA TCCATCCCTG 
GACAATTCCA CAGAGAAGGA AAACATTGTG GATTTCACCA AGCTTTATAC AGAGAATGTT 
GAAATTCCTC ATTTTCCTCA AGAATTTGAA GTTGCAAAAT ATGACACCTT GGAAAAAATT 
GAGGCAGAGG GCGGGAAGGA AATTGTAGTA GTGGAAATGC AGTGCTTCCA GGAACAGTGG 
GACTATCCTT TTCTAATAAC CGCATGTTTC CTCCTGGCCA ATGGCATTGA GACTAGAAGA 
CAATTCTCTG GAAAGAAAAC TTCTGCAGAT GCAAGTGAGT ACTATGAAAA TTATATTGAA 
GAGCTGAAGA AACAAGGATT TCTGCTAAGA GAAAATTTTA CACCNNNNNN NNATAAATTG 
GCCTCTGAGA CCACTTTTGC TTTGCTTTTG GAGGAGGTAA TAAATTTGAA TACTCTGAGC 
CAAGAGGTCA GTGATTTGGT GGAGATGATT TGGGCGGAAA CGCTGGGCCA TCTGGAGCAC 
ACGCTTATCA AGCCAGTGAA CAAAATCAGC CTTAATGATG TGAGCAAGGC AGAGGGCATT 
CTCCTTCTAG TAAAGACAGC ACTGAAAAAT GGAGAAACAG CAGAACAATT GCAAAAGATG 
ATGACTGAAT TCTACAGATT AATACCTCAC AAAGGTACAA CAACTGAAGA AGTTAACCTA 
ACACTATTAT CTAAGAAAGA GGAACTCTGC CAGCTAATAA GAGACATGGT GAATGTCTGT 
GAAACTAATT TGTACAAACC CAACCCACCA TCTCTTGCAA AATACCGAGC TTTGAGATGC 
AAAATTGAGC ATGTTGAACA GAACACAGAA GAATTTTTCA GTGTTAAGAA AGTGATATTA 
CAGAATAATC ACAGTAAAAG TCCAGTGGAC ATCTTGCAGA TATATAGAGT TGGCAGAGTG 
AATGAAACCA CAGAATTTTT GAGCAAACTT GGCAACGTGA AATCCTTATT GCATGGATCT 
CCTGTACGAA ACATTGTAGG AATTCTATCC CGAGGGCTGC TTTTACCCAA AGTAGTTGAA 
GATCATGGTG TAAAAAGAAC AGACGTCGGC AGTCTTGGGA GTGGGATATA TTTCAGTGAT 
TCACTCAGTA CAAGCATTAA GTATTCATGC CCAGGAGAGA CAGATGGCAC TAGACTCTTG 
GTCATTTGTG ATGTGGCCCT CGGGAAGTGT ATGGACTTAC ACAAGAAGGA TTTTTCATTA 
ACAGAAGCCC CACCAGGTTA TGACAGTGTC CATGGAGTCT CACAAACAGC AGCTGTCATC 
ACGGACTTTG AGGATGATGA ATTTGTTGTA TATAAAACCA ATCAGATTAA AATGAATTAT 
ATGATTAAAT TTTGCATTCC TGGAGACCAG ATAAAGGATT TTCATCCTTG TGGTAATACT 
GAATTAGAGG AATACCTACC TGTGTTTTCA AGTTTTTCAA AGGGTGAAGA TTACCAGTTA 
CCAGATACCA AAACTTCCAG CAACATCGGA GCTGGTCTTC AGGATACCTC TGGGAATTTA 
GTTCCTCTTG AGGATGTTCA CATCAAGGGA AGAATAATAG ACGTCGTAGC CCAGGTCATC 
GTTTTTCAGA CATACACAAA TCAAAGTCAT GTGCCCATTG AGGCAAAATA TATCTTTCCT 
CTGGATGATA AAGCAGCTGT GTGTGGTTTT GAAGCTTTCA TCAATGGGAA GCATATAGTA 
GGAGAGGTTA AAGAGAAGGA AGGAGCCCGT CAAGAATACC AAGAAGCCAT CAGTCAAGGC 
CATGGTGCTT ACTTGATGGA TCAGGATGCA CCTGAAGTTT TTACTGTAAG TGTTGGAAAC 
TTACCTCCTA AGGCTAAGGT TCTTATCAAA ATTACCTATA TCACTGAACT CAGCGTCCAA 
GGTACTGCTG CTGTTTTCTG CATGCCTGCT ACTGTGGCAC CCTGGCAACA AGACAAAGCT 
TTGAATGAAA ACATTCAGGA TACAGTAGAG AAGATTTGCG TAAAGGAAAT AGGGACAAAG 
CAAAGCTTCT CTTTGAGTAT ATACATTGAG ATGCCATACG TGATCGAATT CATTTCTAGT 
GATACACATA AACTAAAACA AAAGCGCACA GACTGCAAAG CTGTAATTAG CACTATGGAA 
GGTAGTTCCT TGGACAGCAA TGGATTTTCT CTCCACATCG GTTTTTCTGA TGCATATCTC 
CCAAGAATGT GGGTTGAAAA ATATCCTGAG AAAGAAAGTG AGGCTTGCAT GCTTGTCTTT 
CAGCCAGATT TCAATATCAC CCTCCCTGAA ACAGCCAAGA AAAGTGAAGT TATTATCTGT 
CTTGATTGTT CCAATTCTAT GGAGGGTGAG GCATTCTTGC AAGCCAAGAA AATTGCCTTA 
TATGCACTGT CCCTGGTGGA TAAGAACCAA AAAATAAACA TTGTCAAGTT TGGCACAAGT 
TACAAGGAAT TATTTTCATA CCCTAAGTAT ATCACAAGTA ATGATATGCC AACAGAGTTC 
ATTATGGCTG CTACACCTAC CATGGGAAAT ACAGACTTCT GGAAAACTCT CCGATATTTA 
AATTTGCTGT ACCCTTCTCA GGGGCTACGG AACATCCTCC TTATATCTGA TGGGCACATT 
CAGAACGAGA GCCTAACATT CAAGCTTGTG AAAAGAAATG TCCAGCACAC CAGGATGTTC 
ACCTGTGGCA CTGGTTCTAC AGCAAATCGT CATATCTTAA GGACTTTGTC CCAGTGTGGT 
GCCGGAGTAT TTGAATATTT TAACTCAAAA TCCAAACATA GATGGAAAAC ACAGATAGAA 
GACCAAATGA CTAGATTACA CTCTCCAAGT TGCCACTCAG TCTCTGTCAA ATGGCAGCAG 
CTAAGCACGA ATTTGCCTGA ACCTTTGCAG GCACCAGCCC AGGTGCAGTC CTTGTTCCAC 
AATGACCTCC TCCTCGTCTA TGGGTTTATT CCACATTGCA CACAGGCAAC TCTAAGTGCA 
TTAATTCAAG AGAAAGAATT TTGTACAATG GTGTCAACTA CAGAACTTCA GAAGACAACT 
GGAACTATGA TTCACAAGCT GACAGCCCGA GCTCTCATTA GAGATTTTGA ATATGGCATT 
CTCCATGAAA ATGAAACACA TCACCAGATG AAGAAGCAAG TCTTGAAATC TCTGATTATT 
AAAATCAGTA AAGAAAACTC TCTCCTAACA CAGTTTACAA GCTTTGTGGC AGTTGAGAAA 
AGAGGTGAGA ATGAGTTACC TTTTCCTAAT ATTCCAAATA TTTTGGAACT TATTGCCAAA 
GAAGATGTGG ACTTTCTGCC ATATATAACT TGGCAGGAGG AGCAATCAGA TGCCGGCATG 
ACACAGATTG TTTCAGCATC CTCTGCACTG AACGAAGAGT TGCAACCCAA ATCTTTGACT 
GAAAGAGAAG TTAAATCACT CAAGATGGAA GTGTCTGAAG ATGTTGAAGT GTTTAATTTA 
GCCACACAAC TACCAGTACA ACCTTCAATA TGCAATTCTG AATGTAGATT TGTGGCAAAG 
CCATTGGATT TAAGCTGGAT GAATTCATTA AAAAAAAAAG GAATTAAAGC ACAATTTAGG 
AAATCCTCTT TAAACAGAAA AAATGCTGTT TTCAAGCCTT CTCTTTCTCT TGATGCTGCA 
CCCACTCCCC TAGGTGCCTT TCACGTTGAT TCTGCTTCTC TCTCCCCTCC CAGCTCTCCT 
CAGAACTCTG TTTTTGGTTC TCCTGCTAGT CTCAGACAGT TTGGTCCATC TAAATATGAC 
CAAGACCTTG AGACTGACAG TTGTACTGAC ATTTCTGTTA AGTTGGATTT CCCTTCCAGG 
CTGCCACCCC AGAACCCACC TTTTAGATCC CGTGCCTCTT CTCTTTTTTC ACCTGTATTG 
TTTGGCTCCA AACAGATTGA TCGATCTAAA ATTTACCAAG ACCATGAGAT CTATGGAAGT 
GGCAGTTCTA CTCCCAGACC ACATCTTTTT CTTTCTGTTC CTAGAGTTCC TCCCCCTGTT 
TCAGCCACAG GTTTTGGCGT TCCCTCTCCT CTTCATTTTC AAAATTCTCT GGGTCCTTTG 
AGTGCCAATT ATAAGCCACC AATAGATGTA CTTAGGTTTG CTAGCAGTGA GTCAGGAGTT 
TCTTTTCCAT TAACTCTTTC TGCTGGAAAT GTATTGTCAC ATGCTCCCCA ACATGATCTT 
TGGACTGCCT CAATTCATGA AAGTTCTTCT GAAATGAAAA GTAATGAAAG GCCAGTGCTT 
CAAGCACGTA GGTTTTCAAA AAGGGTAGCA AAATCTGATG TAACAAGAAG TGATTTTACC 
TCAAGCTTTC AGGCACAAAA TAATGAGGAT GACAAAGTCT GCAGAAAAAG CTGGAGGAAT 
TTTGTGCCTT GGACTAAACT CTTCAGTCTA CAAACTGAGG ATGGCTTCTG GAAACTTACT 
CCAGAACTGG GATTTATATT AAACCTTAAT ACAAATTTTT TAAACAGCTT TCTTGAACAA 
AAAGGCATTC GATCTCTAGG TATAAAGGGA CAAGAATGTC TCCTGGACCT GATTGCCACA 
TTTCTTGTAC TACAGTTTCT TCGCGCTAAG TTCAAAGAAG AAGGAATAGT ATTCAAATCA 
CTGATGAAAT TAGATGACAT TTCCATTTCC AGGAATATTC CCTGGGCTAT CGAGGGACTA 
AAGAAAGCAA GTGAATGGGT GAGAAGAACT GAAGGACAAT ATCCATCTAT CTGCCAACGG 
CTTGAACTGG GTAAAGACTG GGACTCTACC ACTAAGCAGC TATTGGGATT TCAACCCATA 
GACACCACGT CTCCTCTTCA CAGAGTCCTT AGTTACAGTC AAGGCCGAAT CAAGTGA

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

RefSeq	XP_010592215.1
CDS	454..5610
Translation	MTVGIFAYCTFYLKVKYLPRQQKKKLQTDIKENGGNFSFSLNPQCTHVIIDNADVLSQYQMKSIQEKHIHIVNPDFIWESIKERRLLDVENYNPNKSLDITLPPGQKESSSEVETDDPSLDNSTEKENIVDFTKLYTENVEIPHFPQEFEVAKYDTLEKIEAEGGKEIVVVEMQCFQEQWDYPFLITACFLLANGIETRRQFSGKKTSADASEYYENYIEELKKQGFLLRENFTnullnullnullnullKLASETTFALLLEEVINLNTLSQEVSDLVEMIWAETLGHLEHTLIKPVNKISLNDVSKAEGILLLVKTALKNGETAEQLQKMMTEFYRLIPHKGTTTEEVNLTLLSKKEELCQLIRDMVNVCETNLYKPNPPSLAKYRALRCKIEHVEQNTEEFFSVKKVILQNNHSKSPVDILQIYRVGRVNETTEFLSKLGNVKSLLHGSPVRNIVGILSRGLLLPKVVEDHGVKRTDVGSLGSGIYFSDSLSTSIKYSCPGETDGTRLLVICDVALGKCMDLHKKDFSLTEAPPGYDSVHGVSQTAAVITDFEDDEFVVYKTNQIKMNYMIKFCIPGDQIKDFHPCGNTELEEYLPVFSSFSKGEDYQLPDTKTSSNIGAGLQDTSGNLVPLEDVHIKGRIIDVVAQVIVFQTYTNQSHVPIEAKYIFPLDDKAAVCGFEAFINGKHIVGEVKEKEGARQEYQEAISQGHGAYLMDQDAPEVFTVSVGNLPPKAKVLIKITYITELSVQGTAAVFCMPATVAPWQQDKALNENIQDTVEKICVKEIGTKQSFSLSIYIEMPYVIEFISSDTHKLKQKRTDCKAVISTMEGSSLDSNGFSLHIGFSDAYLPRMWVEKYPEKESEACMLVFQPDFNITLPETAKKSEVIICLDCSNSMEGEAFLQAKKIALYALSLVDKNQKINIVKFGTSYKELFSYPKYITSNDMPTEFIMAATPTMGNTDFWKTLRYLNLLYPSQGLRNILLISDGHIQNESLTFKLVKRNVQHTRMFTCGTGSTANRHILRTLSQCGAGVFEYFNSKSKHRWKTQIEDQMTRLHSPSCHSVSVKWQQLSTNLPEPLQAPAQVQSLFHNDLLLVYGFIPHCTQATLSALIQEKEFCTMVSTTELQKTTGTMIHKLTARALIRDFEYGILHENETHHQMKKQVLKSLIIKISKENSLLTQFTSFVAVEKRGENELPFPNIPNILELIAKEDVDFLPYITWQEEQSDAGMTQIVSASSALNEELQPKSLTEREVKSLKMEVSEDVEVFNLATQLPVQPSICNSECRFVAKPLDLSWMNSLKKKGIKAQFRKSSLNRKNAVFKPSLSLDAAPTPLGAFHVDSASLSPPSSPQNSVFGSPASLRQFGPSKYDQDLETDSCTDISVKLDFPSRLPPQNPPFRSRASSLFSPVLFGSKQIDRSKIYQDHEIYGSGSSTPRPHLFLSVPRVPPPVSATGFGVPSPLHFQNSLGPLSANYKPPIDVLRFASSESGVSFPLTLSAGNVLSHAPQHDLWTASIHESSSEMKSNERPVLQARRFSKRVAKSDVTRSDFTSSFQAQNNEDDKVCRKSWRNFVPWTKLFSLQTEDGFWKLTPELGFILNLNTNFLNSFLEQKGIRSLGIKGQECLLDLIATFLVLQFLRAKFKEEGIVFKSLMKLDDISISRNIPWAIEGLKKASEWVRRTEGQYPSICQRLELGKDWDSTTKQLLGFQPIDTTSPLHRVLSYSQGRIK

Target ORF information:

RefSeq Version	XM_010593913.1
Organism	Loxodonta africana(African savanna elephant)
Definition	Loxodonta africana poly (ADP-ribose) polymerase family, member 4 (PARP4), mRNA.

Target ORF information:

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

XM_010593913.1

ORF Insert Sequence:

ATGACTGTGG GAATCTTTGC ATATTGTACC TTCTATTTGA AAGTCAAGTA CTTACCTCGT 
CAGCAGAAGA AAAAGCTACA AACTGACATT AAAGAAAATG GTGGAAATTT TTCATTTTCA 
TTAAATCCCC AGTGTACACA TGTAATCATA GACAATGCTG ATGTTCTGAG TCAGTATCAA 
ATGAAATCTA TCCAAGAGAA ACATATCCAT ATTGTAAACC CAGATTTTAT ATGGGAATCT 
ATCAAAGAAA GGAGACTCTT GGATGTAGAG AATTACAATC CTAATAAGTC ATTGGACATC 
ACACTACCTC CTGGTCAAAA GGAAAGTAGT TCTGAAGTGG AAACAGATGA TCCATCCCTG 
GACAATTCCA CAGAGAAGGA AAACATTGTG GATTTCACCA AGCTTTATAC AGAGAATGTT 
GAAATTCCTC ATTTTCCTCA AGAATTTGAA GTTGCAAAAT ATGACACCTT GGAAAAAATT 
GAGGCAGAGG GCGGGAAGGA AATTGTAGTA GTGGAAATGC AGTGCTTCCA GGAACAGTGG 
GACTATCCTT TTCTAATAAC CGCATGTTTC CTCCTGGCCA ATGGCATTGA GACTAGAAGA 
CAATTCTCTG GAAAGAAAAC TTCTGCAGAT GCAAGTGAGT ACTATGAAAA TTATATTGAA 
GAGCTGAAGA AACAAGGATT TCTGCTAAGA GAAAATTTTA CACCNNNNNN NNATAAATTG 
GCCTCTGAGA CCACTTTTGC TTTGCTTTTG GAGGAGGTAA TAAATTTGAA TACTCTGAGC 
CAAGAGGTCA GTGATTTGGT GGAGATGATT TGGGCGGAAA CGCTGGGCCA TCTGGAGCAC 
ACGCTTATCA AGCCAGTGAA CAAAATCAGC CTTAATGATG TGAGCAAGGC AGAGGGCATT 
CTCCTTCTAG TAAAGACAGC ACTGAAAAAT GGAGAAACAG CAGAACAATT GCAAAAGATG 
ATGACTGAAT TCTACAGATT AATACCTCAC AAAGGTACAA CAACTGAAGA AGTTAACCTA 
ACACTATTAT CTAAGAAAGA GGAACTCTGC CAGCTAATAA GAGACATGGT GAATGTCTGT 
GAAACTAATT TGTACAAACC CAACCCACCA TCTCTTGCAA AATACCGAGC TTTGAGATGC 
AAAATTGAGC ATGTTGAACA GAACACAGAA GAATTTTTCA GTGTTAAGAA AGTGATATTA 
CAGAATAATC ACAGTAAAAG TCCAGTGGAC ATCTTGCAGA TATATAGAGT TGGCAGAGTG 
AATGAAACCA CAGAATTTTT GAGCAAACTT GGCAACGTGA AATCCTTATT GCATGGATCT 
CCTGTACGAA ACATTGTAGG AATTCTATCC CGAGGGCTGC TTTTACCCAA AGTAGTTGAA 
GATCATGGTG TAAAAAGAAC AGACGTCGGC AGTCTTGGGA GTGGGATATA TTTCAGTGAT 
TCACTCAGTA CAAGCATTAA GTATTCATGC CCAGGAGAGA CAGATGGCAC TAGACTCTTG 
GTCATTTGTG ATGTGGCCCT CGGGAAGTGT ATGGACTTAC ACAAGAAGGA TTTTTCATTA 
ACAGAAGCCC CACCAGGTTA TGACAGTGTC CATGGAGTCT CACAAACAGC AGCTGTCATC 
ACGGACTTTG AGGATGATGA ATTTGTTGTA TATAAAACCA ATCAGATTAA AATGAATTAT 
ATGATTAAAT TTTGCATTCC TGGAGACCAG ATAAAGGATT TTCATCCTTG TGGTAATACT 
GAATTAGAGG AATACCTACC TGTGTTTTCA AGTTTTTCAA AGGGTGAAGA TTACCAGTTA 
CCAGATACCA AAACTTCCAG CAACATCGGA GCTGGTCTTC AGGATACCTC TGGGAATTTA 
GTTCCTCTTG AGGATGTTCA CATCAAGGGA AGAATAATAG ACGTCGTAGC CCAGGTCATC 
GTTTTTCAGA CATACACAAA TCAAAGTCAT GTGCCCATTG AGGCAAAATA TATCTTTCCT 
CTGGATGATA AAGCAGCTGT GTGTGGTTTT GAAGCTTTCA TCAATGGGAA GCATATAGTA 
GGAGAGGTTA AAGAGAAGGA AGGAGCCCGT CAAGAATACC AAGAAGCCAT CAGTCAAGGC 
CATGGTGCTT ACTTGATGGA TCAGGATGCA CCTGAAGTTT TTACTGTAAG TGTTGGAAAC 
TTACCTCCTA AGGCTAAGGT TCTTATCAAA ATTACCTATA TCACTGAACT CAGCGTCCAA 
GGTACTGCTG CTGTTTTCTG CATGCCTGCT ACTGTGGCAC CCTGGCAACA AGACAAAGCT 
TTGAATGAAA ACATTCAGGA TACAGTAGAG AAGATTTGCG TAAAGGAAAT AGGGACAAAG 
CAAAGCTTCT CTTTGAGTAT ATACATTGAG ATGCCATACG TGATCGAATT CATTTCTAGT 
GATACACATA AACTAAAACA AAAGCGCACA GACTGCAAAG CTGTAATTAG CACTATGGAA 
GGTAGTTCCT TGGACAGCAA TGGATTTTCT CTCCACATCG GTTTTTCTGA TGCATATCTC 
CCAAGAATGT GGGTTGAAAA ATATCCTGAG AAAGAAAGTG AGGCTTGCAT GCTTGTCTTT 
CAGCCAGATT TCAATATCAC CCTCCCTGAA ACAGCCAAGA AAAGTGAAGT TATTATCTGT 
CTTGATTGTT CCAATTCTAT GGAGGGTGAG GCATTCTTGC AAGCCAAGAA AATTGCCTTA 
TATGCACTGT CCCTGGTGGA TAAGAACCAA AAAATAAACA TTGTCAAGTT TGGCACAAGT 
TACAAGGAAT TATTTTCATA CCCTAAGTAT ATCACAAGTA ATGATATGCC AACAGAGTTC 
ATTATGGCTG CTACACCTAC CATGGGAAAT ACAGACTTCT GGAAAACTCT CCGATATTTA 
AATTTGCTGT ACCCTTCTCA GGGGCTACGG AACATCCTCC TTATATCTGA TGGGCACATT 
CAGAACGAGA GCCTAACATT CAAGCTTGTG AAAAGAAATG TCCAGCACAC CAGGATGTTC 
ACCTGTGGCA CTGGTTCTAC AGCAAATCGT CATATCTTAA GGACTTTGTC CCAGTGTGGT 
GCCGGAGTAT TTGAATATTT TAACTCAAAA TCCAAACATA GATGGAAAAC ACAGATAGAA 
GACCAAATGA CTAGATTACA CTCTCCAAGT TGCCACTCAG TCTCTGTCAA ATGGCAGCAG 
CTAAGCACGA ATTTGCCTGA ACCTTTGCAG GCACCAGCCC AGGTGCAGTC CTTGTTCCAC 
AATGACCTCC TCCTCGTCTA TGGGTTTATT CCACATTGCA CACAGGCAAC TCTAAGTGCA 
TTAATTCAAG AGAAAGAATT TTGTACAATG GTGTCAACTA CAGAACTTCA GAAGACAACT 
GGAACTATGA TTCACAAGCT GACAGCCCGA GCTCTCATTA GAGATTTTGA ATATGGCATT 
CTCCATGAAA ATGAAACACA TCACCAGATG AAGAAGCAAG TCTTGAAATC TCTGATTATT 
AAAATCAGTA AAGAAAACTC TCTCCTAACA CAGTTTACAA GCTTTGTGGC AGTTGAGAAA 
AGAGGTGAGA ATGAGTTACC TTTTCCTAAT ATTCCAAATA TTTTGGAACT TATTGCCAAA 
GAAGATGTGG ACTTTCTGCC ATATATAACT TGGCAGGAGG AGCAATCAGA TGCCGGCATG 
ACACAGATTG TTTCAGCATC CTCTGCACTG AACGAAGAGT TGCAACCCAA ATCTTTGACT 
GAAAGAGAAG TTAAATCACT CAAGATGGAA GTGTCTGAAG ATGTTGAAGT GTTTAATTTA 
GCCACACAAC TACCAGTACA ACCTTCAATA TGCAATTCTG AATGTAGATT TGTGGCAAAG 
CCATTGGATT TAAGCTGGAT GAATTCATTA AAAAAAAAAG GAATTAAAGC ACAATTTAGG 
AAATCCTCTT TAAACAGAAA AAATGCTGTT TTCAAGCCTT CTCTTTCTCT TGATGCTGCA 
CCCACTCCCC TAGGTGCCTT TCACGTTGAT TCTGCTTCTC TCTCCCCTCC CAGCTCTCCT 
CAGAACTCTG TTTTTGGTTC TCCTGCTAGT CTCAGACAGT TTGGTCCATC TAAATATGAC 
CAAGACCTTG AGACTGACAG TTGTACTGAC ATTTCTGTTA AGTTGGATTT CCCTTCCAGG 
CTGCCACCCC AGAACCCACC TTTTAGATCC CGTGCCTCTT CTCTTTTTTC ACCTGTATTG 
TTTGGCTCCA AACAGATTGA TCGATCTAAA ATTTACCAAG ACCATGAGAT CTATGGAAGT 
GGCAGTTCTA CTCCCAGACC ACATCTTTTT CTTTCTGTTC CTAGAGTTCC TCCCCCTGTT 
TCAGCCACAG GTTTTGGCGT TCCCTCTCCT CTTCATTTTC AAAATTCTCT GGGTCCTTTG 
AGTGCCAATT ATAAGCCACC AATAGATGTA CTTAGGTTTG CTAGCAGTGA GTCAGGAGTT 
TCTTTTCCAT TAACTCTTTC TGCTGGAAAT GTATTGTCAC ATGCTCCCCA ACATGATCTT 
TGGACTGCCT CAATTCATGA AAGTTCTTCT GAAATGAAAA GTAATGAAAG GCCAGTGCTT 
CAAGCACGTA GGTTTTCAAA AAGGGTAGCA AAATCTGATG TAACAAGAAG TGATTTTACC 
TCAAGCTTTC AGGCACAAAA TAATGAGGAT GACAAAGTCT GCAGAAAAAG CTGGAGGAAT 
TTTGTGCCTT GGACTAAACT CTTCAGTCTA CAAACTGAGG ATGGCTTCTG GAAACTTACT 
CCAGAACTGG GATTTATATT AAACCTTAAT ACAAATTTTT TAAACAGCTT TCTTGAACAA 
AAAGGCATTC GATCTCTAGG TATAAAGGGA CAAGAATGTC TCCTGGACCT GATTGCCACA 
TTTCTTGTAC TACAGTTTCT TCGCGCTAAG TTCAAAGAAG AAGGAATAGT ATTCAAATCA 
CTGATGAAAT TAGATGACAT TTCCATTTCC AGGAATATTC CCTGGGCTAT CGAGGGACTA 
AAGAAAGCAA GTGAATGGGT GAGAAGAACT GAAGGACAAT ATCCATCTAT CTGCCAACGG 
CTTGAACTGG GTAAAGACTG GGACTCTACC ACTAAGCAGC TATTGGGATT TCAACCCATA 
GACACCACGT CTCCTCTTCA CAGAGTCCTT AGTTACAGTC AAGGCCGAAT CAAGTGA

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

PARP4 ( XM_010593913.2 ) cDNA ORF clone, Loxodonta africana(African savanna elephant) -> XP_010592215.1 Loxodonta africana poly(ADP-ribose) polymerase family member 4 (PARP4), mRNA.

Price & Availability↑

CloneID	OLo44773
Clone ID Related Accession (Same CDS sequence)	XM_010593913.1 , XM_010593913.2
Accession Version	XM_010593913.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5157bp) 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	1515945600000
Organism	Loxodonta africana(African savanna elephant)
Product	poly [ADP-ribose] polymerase 4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003573449.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jan 16, 2018 this sequence version replaced XM_010593913.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Loxodonta africana Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTGTGG GAATCTTTGC ATATTGTACC TTCTATTTGA AAGTCAAGTA CTTACCTCGT 
CAGCAGAAGA AAAAGCTACA AACTGACATT AAAGAAAATG GTGGAAATTT TTCATTTTCA 
TTAAATCCCC AGTGTACACA TGTAATCATA GACAATGCTG ATGTTCTGAG TCAGTATCAA 
ATGAAATCTA TCCAAGAGAA ACATATCCAT ATTGTAAACC CAGATTTTAT ATGGGAATCT 
ATCAAAGAAA GGAGACTCTT GGATGTAGAG AATTACAATC CTAATAAGTC ATTGGACATC 
ACACTACCTC CTGGTCAAAA GGAAAGTAGT TCTGAAGTGG AAACAGATGA TCCATCCCTG 
GACAATTCCA CAGAGAAGGA AAACATTGTG GATTTCACCA AGCTTTATAC AGAGAATGTT 
GAAATTCCTC ATTTTCCTCA AGAATTTGAA GTTGCAAAAT ATGACACCTT GGAAAAAATT 
GAGGCAGAGG GCGGGAAGGA AATTGTAGTA GTGGAAATGC AGTGCTTCCA GGAACAGTGG 
GACTATCCTT TTCTAATAAC CGCATGTTTC CTCCTGGCCA ATGGCATTGA GACTAGAAGA 
CAATTCTCTG GAAAGAAAAC TTCTGCAGAT GCAAGTGAGT ACTATGAAAA TTATATTGAA 
GAGCTGAAGA AACAAGGATT TCTGCTAAGA GAAAATTTTA CACCNNNNNN NNATAAATTG 
GCCTCTGAGA CCACTTTTGC TTTGCTTTTG GAGGAGGTAA TAAATTTGAA TACTCTGAGC 
CAAGAGGTCA GTGATTTGGT GGAGATGATT TGGGCGGAAA CGCTGGGCCA TCTGGAGCAC 
ACGCTTATCA AGCCAGTGAA CAAAATCAGC CTTAATGATG TGAGCAAGGC AGAGGGCATT 
CTCCTTCTAG TAAAGACAGC ACTGAAAAAT GGAGAAACAG CAGAACAATT GCAAAAGATG 
ATGACTGAAT TCTACAGATT AATACCTCAC AAAGGTACAA CAACTGAAGA AGTTAACCTA 
ACACTATTAT CTAAGAAAGA GGAACTCTGC CAGCTAATAA GAGACATGGT GAATGTCTGT 
GAAACTAATT TGTACAAACC CAACCCACCA TCTCTTGCAA AATACCGAGC TTTGAGATGC 
AAAATTGAGC ATGTTGAACA GAACACAGAA GAATTTTTCA GTGTTAAGAA AGTGATATTA 
CAGAATAATC ACAGTAAAAG TCCAGTGGAC ATCTTGCAGA TATATAGAGT TGGCAGAGTG 
AATGAAACCA CAGAATTTTT GAGCAAACTT GGCAACGTGA AATCCTTATT GCATGGATCT 
CCTGTACGAA ACATTGTAGG AATTCTATCC CGAGGGCTGC TTTTACCCAA AGTAGTTGAA 
GATCATGGTG TAAAAAGAAC AGACGTCGGC AGTCTTGGGA GTGGGATATA TTTCAGTGAT 
TCACTCAGTA CAAGCATTAA GTATTCATGC CCAGGAGAGA CAGATGGCAC TAGACTCTTG 
GTCATTTGTG ATGTGGCCCT CGGGAAGTGT ATGGACTTAC ACAAGAAGGA TTTTTCATTA 
ACAGAAGCCC CACCAGGTTA TGACAGTGTC CATGGAGTCT CACAAACAGC AGCTGTCATC 
ACGGACTTTG AGGATGATGA ATTTGTTGTA TATAAAACCA ATCAGATTAA AATGAATTAT 
ATGATTAAAT TTTGCATTCC TGGAGACCAG ATAAAGGATT TTCATCCTTG TGGTAATACT 
GAATTAGAGG AATACCTACC TGTGTTTTCA AGTTTTTCAA AGGGTGAAGA TTACCAGTTA 
CCAGATACCA AAACTTCCAG CAACATCGGA GCTGGTCTTC AGGATACCTC TGGGAATTTA 
GTTCCTCTTG AGGATGTTCA CATCAAGGGA AGAATAATAG ACGTCGTAGC CCAGGTCATC 
GTTTTTCAGA CATACACAAA TCAAAGTCAT GTGCCCATTG AGGCAAAATA TATCTTTCCT 
CTGGATGATA AAGCAGCTGT GTGTGGTTTT GAAGCTTTCA TCAATGGGAA GCATATAGTA 
GGAGAGGTTA AAGAGAAGGA AGGAGCCCGT CAAGAATACC AAGAAGCCAT CAGTCAAGGC 
CATGGTGCTT ACTTGATGGA TCAGGATGCA CCTGAAGTTT TTACTGTAAG TGTTGGAAAC 
TTACCTCCTA AGGCTAAGGT TCTTATCAAA ATTACCTATA TCACTGAACT CAGCGTCCAA 
GGTACTGCTG CTGTTTTCTG CATGCCTGCT ACTGTGGCAC CCTGGCAACA AGACAAAGCT 
TTGAATGAAA ACATTCAGGA TACAGTAGAG AAGATTTGCG TAAAGGAAAT AGGGACAAAG 
CAAAGCTTCT CTTTGAGTAT ATACATTGAG ATGCCATACG TGATCGAATT CATTTCTAGT 
GATACACATA AACTAAAACA AAAGCGCACA GACTGCAAAG CTGTAATTAG CACTATGGAA 
GGTAGTTCCT TGGACAGCAA TGGATTTTCT CTCCACATCG GTTTTTCTGA TGCATATCTC 
CCAAGAATGT GGGTTGAAAA ATATCCTGAG AAAGAAAGTG AGGCTTGCAT GCTTGTCTTT 
CAGCCAGATT TCAATATCAC CCTCCCTGAA ACAGCCAAGA AAAGTGAAGT TATTATCTGT 
CTTGATTGTT CCAATTCTAT GGAGGGTGAG GCATTCTTGC AAGCCAAGAA AATTGCCTTA 
TATGCACTGT CCCTGGTGGA TAAGAACCAA AAAATAAACA TTGTCAAGTT TGGCACAAGT 
TACAAGGAAT TATTTTCATA CCCTAAGTAT ATCACAAGTA ATGATATGCC AACAGAGTTC 
ATTATGGCTG CTACACCTAC CATGGGAAAT ACAGACTTCT GGAAAACTCT CCGATATTTA 
AATTTGCTGT ACCCTTCTCA GGGGCTACGG AACATCCTCC TTATATCTGA TGGGCACATT 
CAGAACGAGA GCCTAACATT CAAGCTTGTG AAAAGAAATG TCCAGCACAC CAGGATGTTC 
ACCTGTGGCA CTGGTTCTAC AGCAAATCGT CATATCTTAA GGACTTTGTC CCAGTGTGGT 
GCCGGAGTAT TTGAATATTT TAACTCAAAA TCCAAACATA GATGGAAAAC ACAGATAGAA 
GACCAAATGA CTAGATTACA CTCTCCAAGT TGCCACTCAG TCTCTGTCAA ATGGCAGCAG 
CTAAGCACGA ATTTGCCTGA ACCTTTGCAG GCACCAGCCC AGGTGCAGTC CTTGTTCCAC 
AATGACCTCC TCCTCGTCTA TGGGTTTATT CCACATTGCA CACAGGCAAC TCTAAGTGCA 
TTAATTCAAG AGAAAGAATT TTGTACAATG GTGTCAACTA CAGAACTTCA GAAGACAACT 
GGAACTATGA TTCACAAGCT GACAGCCCGA GCTCTCATTA GAGATTTTGA ATATGGCATT 
CTCCATGAAA ATGAAACACA TCACCAGATG AAGAAGCAAG TCTTGAAATC TCTGATTATT 
AAAATCAGTA AAGAAAACTC TCTCCTAACA CAGTTTACAA GCTTTGTGGC AGTTGAGAAA 
AGAGGTGAGA ATGAGTTACC TTTTCCTAAT ATTCCAAATA TTTTGGAACT TATTGCCAAA 
GAAGATGTGG ACTTTCTGCC ATATATAACT TGGCAGGAGG AGCAATCAGA TGCCGGCATG 
ACACAGATTG TTTCAGCATC CTCTGCACTG AACGAAGAGT TGCAACCCAA ATCTTTGACT 
GAAAGAGAAG TTAAATCACT CAAGATGGAA GTGTCTGAAG ATGTTGAAGT GTTTAATTTA 
GCCACACAAC TACCAGTACA ACCTTCAATA TGCAATTCTG AATGTAGATT TGTGGCAAAG 
CCATTGGATT TAAGCTGGAT GAATTCATTA AAAAAAAAAG GAATTAAAGC ACAATTTAGG 
AAATCCTCTT TAAACAGAAA AAATGCTGTT TTCAAGCCTT CTCTTTCTCT TGATGCTGCA 
CCCACTCCCC TAGGTGCCTT TCACGTTGAT TCTGCTTCTC TCTCCCCTCC CAGCTCTCCT 
CAGAACTCTG TTTTTGGTTC TCCTGCTAGT CTCAGACAGT TTGGTCCATC TAAATATGAC 
CAAGACCTTG AGACTGACAG TTGTACTGAC ATTTCTGTTA AGTTGGATTT CCCTTCCAGG 
CTGCCACCCC AGAACCCACC TTTTAGATCC CGTGCCTCTT CTCTTTTTTC ACCTGTATTG 
TTTGGCTCCA AACAGATTGA TCGATCTAAA ATTTACCAAG ACCATGAGAT CTATGGAAGT 
GGCAGTTCTA CTCCCAGACC ACATCTTTTT CTTTCTGTTC CTAGAGTTCC TCCCCCTGTT 
TCAGCCACAG GTTTTGGCGT TCCCTCTCCT CTTCATTTTC AAAATTCTCT GGGTCCTTTG 
AGTGCCAATT ATAAGCCACC AATAGATGTA CTTAGGTTTG CTAGCAGTGA GTCAGGAGTT 
TCTTTTCCAT TAACTCTTTC TGCTGGAAAT GTATTGTCAC ATGCTCCCCA ACATGATCTT 
TGGACTGCCT CAATTCATGA AAGTTCTTCT GAAATGAAAA GTAATGAAAG GCCAGTGCTT 
CAAGCACGTA GGTTTTCAAA AAGGGTAGCA AAATCTGATG TAACAAGAAG TGATTTTACC 
TCAAGCTTTC AGGCACAAAA TAATGAGGAT GACAAAGTCT GCAGAAAAAG CTGGAGGAAT 
TTTGTGCCTT GGACTAAACT CTTCAGTCTA CAAACTGAGG ATGGCTTCTG GAAACTTACT 
CCAGAACTGG GATTTATATT AAACCTTAAT ACAAATTTTT TAAACAGCTT TCTTGAACAA 
AAAGGCATTC GATCTCTAGG TATAAAGGGA CAAGAATGTC TCCTGGACCT GATTGCCACA 
TTTCTTGTAC TACAGTTTCT TCGCGCTAAG TTCAAAGAAG AAGGAATAGT ATTCAAATCA 
CTGATGAAAT TAGATGACAT TTCCATTTCC AGGAATATTC CCTGGGCTAT CGAGGGACTA 
AAGAAAGCAA GTGAATGGGT GAGAAGAACT GAAGGACAAT ATCCATCTAT CTGCCAACGG 
CTTGAACTGG GTAAAGACTG GGACTCTACC ACTAAGCAGC TATTGGGATT TCAACCCATA 
GACACCACGT CTCCTCTTCA CAGAGTCCTT AGTTACAGTC AAGGCCGAAT CAAGTGA

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

RefSeq	XP_010592215.1
CDS	1024..6180
Translation	MTVGIFAYCTFYLKVKYLPRQQKKKLQTDIKENGGNFSFSLNPQCTHVIIDNADVLSQYQMKSIQEKHIHIVNPDFIWESIKERRLLDVENYNPNKSLDITLPPGQKESSSEVETDDPSLDNSTEKENIVDFTKLYTENVEIPHFPQEFEVAKYDTLEKIEAEGGKEIVVVEMQCFQEQWDYPFLITACFLLANGIETRRQFSGKKTSADASEYYENYIEELKKQGFLLRENFTnullnullnullnullKLASETTFALLLEEVINLNTLSQEVSDLVEMIWAETLGHLEHTLIKPVNKISLNDVSKAEGILLLVKTALKNGETAEQLQKMMTEFYRLIPHKGTTTEEVNLTLLSKKEELCQLIRDMVNVCETNLYKPNPPSLAKYRALRCKIEHVEQNTEEFFSVKKVILQNNHSKSPVDILQIYRVGRVNETTEFLSKLGNVKSLLHGSPVRNIVGILSRGLLLPKVVEDHGVKRTDVGSLGSGIYFSDSLSTSIKYSCPGETDGTRLLVICDVALGKCMDLHKKDFSLTEAPPGYDSVHGVSQTAAVITDFEDDEFVVYKTNQIKMNYMIKFCIPGDQIKDFHPCGNTELEEYLPVFSSFSKGEDYQLPDTKTSSNIGAGLQDTSGNLVPLEDVHIKGRIIDVVAQVIVFQTYTNQSHVPIEAKYIFPLDDKAAVCGFEAFINGKHIVGEVKEKEGARQEYQEAISQGHGAYLMDQDAPEVFTVSVGNLPPKAKVLIKITYITELSVQGTAAVFCMPATVAPWQQDKALNENIQDTVEKICVKEIGTKQSFSLSIYIEMPYVIEFISSDTHKLKQKRTDCKAVISTMEGSSLDSNGFSLHIGFSDAYLPRMWVEKYPEKESEACMLVFQPDFNITLPETAKKSEVIICLDCSNSMEGEAFLQAKKIALYALSLVDKNQKINIVKFGTSYKELFSYPKYITSNDMPTEFIMAATPTMGNTDFWKTLRYLNLLYPSQGLRNILLISDGHIQNESLTFKLVKRNVQHTRMFTCGTGSTANRHILRTLSQCGAGVFEYFNSKSKHRWKTQIEDQMTRLHSPSCHSVSVKWQQLSTNLPEPLQAPAQVQSLFHNDLLLVYGFIPHCTQATLSALIQEKEFCTMVSTTELQKTTGTMIHKLTARALIRDFEYGILHENETHHQMKKQVLKSLIIKISKENSLLTQFTSFVAVEKRGENELPFPNIPNILELIAKEDVDFLPYITWQEEQSDAGMTQIVSASSALNEELQPKSLTEREVKSLKMEVSEDVEVFNLATQLPVQPSICNSECRFVAKPLDLSWMNSLKKKGIKAQFRKSSLNRKNAVFKPSLSLDAAPTPLGAFHVDSASLSPPSSPQNSVFGSPASLRQFGPSKYDQDLETDSCTDISVKLDFPSRLPPQNPPFRSRASSLFSPVLFGSKQIDRSKIYQDHEIYGSGSSTPRPHLFLSVPRVPPPVSATGFGVPSPLHFQNSLGPLSANYKPPIDVLRFASSESGVSFPLTLSAGNVLSHAPQHDLWTASIHESSSEMKSNERPVLQARRFSKRVAKSDVTRSDFTSSFQAQNNEDDKVCRKSWRNFVPWTKLFSLQTEDGFWKLTPELGFILNLNTNFLNSFLEQKGIRSLGIKGQECLLDLIATFLVLQFLRAKFKEEGIVFKSLMKLDDISISRNIPWAIEGLKKASEWVRRTEGQYPSICQRLELGKDWDSTTKQLLGFQPIDTTSPLHRVLSYSQGRIK

Target ORF information:

RefSeq Version	XM_010593913.2
Organism	Loxodonta africana(African savanna elephant)
Definition	Loxodonta africana poly(ADP-ribose) polymerase family member 4 (PARP4), mRNA.

Target ORF information:

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

XM_010593913.2

ORF Insert Sequence:

ATGACTGTGG GAATCTTTGC ATATTGTACC TTCTATTTGA AAGTCAAGTA CTTACCTCGT 
CAGCAGAAGA AAAAGCTACA AACTGACATT AAAGAAAATG GTGGAAATTT TTCATTTTCA 
TTAAATCCCC AGTGTACACA TGTAATCATA GACAATGCTG ATGTTCTGAG TCAGTATCAA 
ATGAAATCTA TCCAAGAGAA ACATATCCAT ATTGTAAACC CAGATTTTAT ATGGGAATCT 
ATCAAAGAAA GGAGACTCTT GGATGTAGAG AATTACAATC CTAATAAGTC ATTGGACATC 
ACACTACCTC CTGGTCAAAA GGAAAGTAGT TCTGAAGTGG AAACAGATGA TCCATCCCTG 
GACAATTCCA CAGAGAAGGA AAACATTGTG GATTTCACCA AGCTTTATAC AGAGAATGTT 
GAAATTCCTC ATTTTCCTCA AGAATTTGAA GTTGCAAAAT ATGACACCTT GGAAAAAATT 
GAGGCAGAGG GCGGGAAGGA AATTGTAGTA GTGGAAATGC AGTGCTTCCA GGAACAGTGG 
GACTATCCTT TTCTAATAAC CGCATGTTTC CTCCTGGCCA ATGGCATTGA GACTAGAAGA 
CAATTCTCTG GAAAGAAAAC TTCTGCAGAT GCAAGTGAGT ACTATGAAAA TTATATTGAA 
GAGCTGAAGA AACAAGGATT TCTGCTAAGA GAAAATTTTA CACCNNNNNN NNATAAATTG 
GCCTCTGAGA CCACTTTTGC TTTGCTTTTG GAGGAGGTAA TAAATTTGAA TACTCTGAGC 
CAAGAGGTCA GTGATTTGGT GGAGATGATT TGGGCGGAAA CGCTGGGCCA TCTGGAGCAC 
ACGCTTATCA AGCCAGTGAA CAAAATCAGC CTTAATGATG TGAGCAAGGC AGAGGGCATT 
CTCCTTCTAG TAAAGACAGC ACTGAAAAAT GGAGAAACAG CAGAACAATT GCAAAAGATG 
ATGACTGAAT TCTACAGATT AATACCTCAC AAAGGTACAA CAACTGAAGA AGTTAACCTA 
ACACTATTAT CTAAGAAAGA GGAACTCTGC CAGCTAATAA GAGACATGGT GAATGTCTGT 
GAAACTAATT TGTACAAACC CAACCCACCA TCTCTTGCAA AATACCGAGC TTTGAGATGC 
AAAATTGAGC ATGTTGAACA GAACACAGAA GAATTTTTCA GTGTTAAGAA AGTGATATTA 
CAGAATAATC ACAGTAAAAG TCCAGTGGAC ATCTTGCAGA TATATAGAGT TGGCAGAGTG 
AATGAAACCA CAGAATTTTT GAGCAAACTT GGCAACGTGA AATCCTTATT GCATGGATCT 
CCTGTACGAA ACATTGTAGG AATTCTATCC CGAGGGCTGC TTTTACCCAA AGTAGTTGAA 
GATCATGGTG TAAAAAGAAC AGACGTCGGC AGTCTTGGGA GTGGGATATA TTTCAGTGAT 
TCACTCAGTA CAAGCATTAA GTATTCATGC CCAGGAGAGA CAGATGGCAC TAGACTCTTG 
GTCATTTGTG ATGTGGCCCT CGGGAAGTGT ATGGACTTAC ACAAGAAGGA TTTTTCATTA 
ACAGAAGCCC CACCAGGTTA TGACAGTGTC CATGGAGTCT CACAAACAGC AGCTGTCATC 
ACGGACTTTG AGGATGATGA ATTTGTTGTA TATAAAACCA ATCAGATTAA AATGAATTAT 
ATGATTAAAT TTTGCATTCC TGGAGACCAG ATAAAGGATT TTCATCCTTG TGGTAATACT 
GAATTAGAGG AATACCTACC TGTGTTTTCA AGTTTTTCAA AGGGTGAAGA TTACCAGTTA 
CCAGATACCA AAACTTCCAG CAACATCGGA GCTGGTCTTC AGGATACCTC TGGGAATTTA 
GTTCCTCTTG AGGATGTTCA CATCAAGGGA AGAATAATAG ACGTCGTAGC CCAGGTCATC 
GTTTTTCAGA CATACACAAA TCAAAGTCAT GTGCCCATTG AGGCAAAATA TATCTTTCCT 
CTGGATGATA AAGCAGCTGT GTGTGGTTTT GAAGCTTTCA TCAATGGGAA GCATATAGTA 
GGAGAGGTTA AAGAGAAGGA AGGAGCCCGT CAAGAATACC AAGAAGCCAT CAGTCAAGGC 
CATGGTGCTT ACTTGATGGA TCAGGATGCA CCTGAAGTTT TTACTGTAAG TGTTGGAAAC 
TTACCTCCTA AGGCTAAGGT TCTTATCAAA ATTACCTATA TCACTGAACT CAGCGTCCAA 
GGTACTGCTG CTGTTTTCTG CATGCCTGCT ACTGTGGCAC CCTGGCAACA AGACAAAGCT 
TTGAATGAAA ACATTCAGGA TACAGTAGAG AAGATTTGCG TAAAGGAAAT AGGGACAAAG 
CAAAGCTTCT CTTTGAGTAT ATACATTGAG ATGCCATACG TGATCGAATT CATTTCTAGT 
GATACACATA AACTAAAACA AAAGCGCACA GACTGCAAAG CTGTAATTAG CACTATGGAA 
GGTAGTTCCT TGGACAGCAA TGGATTTTCT CTCCACATCG GTTTTTCTGA TGCATATCTC 
CCAAGAATGT GGGTTGAAAA ATATCCTGAG AAAGAAAGTG AGGCTTGCAT GCTTGTCTTT 
CAGCCAGATT TCAATATCAC CCTCCCTGAA ACAGCCAAGA AAAGTGAAGT TATTATCTGT 
CTTGATTGTT CCAATTCTAT GGAGGGTGAG GCATTCTTGC AAGCCAAGAA AATTGCCTTA 
TATGCACTGT CCCTGGTGGA TAAGAACCAA AAAATAAACA TTGTCAAGTT TGGCACAAGT 
TACAAGGAAT TATTTTCATA CCCTAAGTAT ATCACAAGTA ATGATATGCC AACAGAGTTC 
ATTATGGCTG CTACACCTAC CATGGGAAAT ACAGACTTCT GGAAAACTCT CCGATATTTA 
AATTTGCTGT ACCCTTCTCA GGGGCTACGG AACATCCTCC TTATATCTGA TGGGCACATT 
CAGAACGAGA GCCTAACATT CAAGCTTGTG AAAAGAAATG TCCAGCACAC CAGGATGTTC 
ACCTGTGGCA CTGGTTCTAC AGCAAATCGT CATATCTTAA GGACTTTGTC CCAGTGTGGT 
GCCGGAGTAT TTGAATATTT TAACTCAAAA TCCAAACATA GATGGAAAAC ACAGATAGAA 
GACCAAATGA CTAGATTACA CTCTCCAAGT TGCCACTCAG TCTCTGTCAA ATGGCAGCAG 
CTAAGCACGA ATTTGCCTGA ACCTTTGCAG GCACCAGCCC AGGTGCAGTC CTTGTTCCAC 
AATGACCTCC TCCTCGTCTA TGGGTTTATT CCACATTGCA CACAGGCAAC TCTAAGTGCA 
TTAATTCAAG AGAAAGAATT TTGTACAATG GTGTCAACTA CAGAACTTCA GAAGACAACT 
GGAACTATGA TTCACAAGCT GACAGCCCGA GCTCTCATTA GAGATTTTGA ATATGGCATT 
CTCCATGAAA ATGAAACACA TCACCAGATG AAGAAGCAAG TCTTGAAATC TCTGATTATT 
AAAATCAGTA AAGAAAACTC TCTCCTAACA CAGTTTACAA GCTTTGTGGC AGTTGAGAAA 
AGAGGTGAGA ATGAGTTACC TTTTCCTAAT ATTCCAAATA TTTTGGAACT TATTGCCAAA 
GAAGATGTGG ACTTTCTGCC ATATATAACT TGGCAGGAGG AGCAATCAGA TGCCGGCATG 
ACACAGATTG TTTCAGCATC CTCTGCACTG AACGAAGAGT TGCAACCCAA ATCTTTGACT 
GAAAGAGAAG TTAAATCACT CAAGATGGAA GTGTCTGAAG ATGTTGAAGT GTTTAATTTA 
GCCACACAAC TACCAGTACA ACCTTCAATA TGCAATTCTG AATGTAGATT TGTGGCAAAG 
CCATTGGATT TAAGCTGGAT GAATTCATTA AAAAAAAAAG GAATTAAAGC ACAATTTAGG 
AAATCCTCTT TAAACAGAAA AAATGCTGTT TTCAAGCCTT CTCTTTCTCT TGATGCTGCA 
CCCACTCCCC TAGGTGCCTT TCACGTTGAT TCTGCTTCTC TCTCCCCTCC CAGCTCTCCT 
CAGAACTCTG TTTTTGGTTC TCCTGCTAGT CTCAGACAGT TTGGTCCATC TAAATATGAC 
CAAGACCTTG AGACTGACAG TTGTACTGAC ATTTCTGTTA AGTTGGATTT CCCTTCCAGG 
CTGCCACCCC AGAACCCACC TTTTAGATCC CGTGCCTCTT CTCTTTTTTC ACCTGTATTG 
TTTGGCTCCA AACAGATTGA TCGATCTAAA ATTTACCAAG ACCATGAGAT CTATGGAAGT 
GGCAGTTCTA CTCCCAGACC ACATCTTTTT CTTTCTGTTC CTAGAGTTCC TCCCCCTGTT 
TCAGCCACAG GTTTTGGCGT TCCCTCTCCT CTTCATTTTC AAAATTCTCT GGGTCCTTTG 
AGTGCCAATT ATAAGCCACC AATAGATGTA CTTAGGTTTG CTAGCAGTGA GTCAGGAGTT 
TCTTTTCCAT TAACTCTTTC TGCTGGAAAT GTATTGTCAC ATGCTCCCCA ACATGATCTT 
TGGACTGCCT CAATTCATGA AAGTTCTTCT GAAATGAAAA GTAATGAAAG GCCAGTGCTT 
CAAGCACGTA GGTTTTCAAA AAGGGTAGCA AAATCTGATG TAACAAGAAG TGATTTTACC 
TCAAGCTTTC AGGCACAAAA TAATGAGGAT GACAAAGTCT GCAGAAAAAG CTGGAGGAAT 
TTTGTGCCTT GGACTAAACT CTTCAGTCTA CAAACTGAGG ATGGCTTCTG GAAACTTACT 
CCAGAACTGG GATTTATATT AAACCTTAAT ACAAATTTTT TAAACAGCTT TCTTGAACAA 
AAAGGCATTC GATCTCTAGG TATAAAGGGA CAAGAATGTC TCCTGGACCT GATTGCCACA 
TTTCTTGTAC TACAGTTTCT TCGCGCTAAG TTCAAAGAAG AAGGAATAGT ATTCAAATCA 
CTGATGAAAT TAGATGACAT TTCCATTTCC AGGAATATTC CCTGGGCTAT CGAGGGACTA 
AAGAAAGCAA GTGAATGGGT GAGAAGAACT GAAGGACAAT ATCCATCTAT CTGCCAACGG 
CTTGAACTGG GTAAAGACTG GGACTCTACC ACTAAGCAGC TATTGGGATT TCAACCCATA 
GACACCACGT CTCCTCTTCA CAGAGTCCTT AGTTACAGTC AAGGCCGAAT CAAGTGA

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

PubMed

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PARP4 cDNA ORF clone, Loxodonta africana(African savanna elephant)

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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