Chd9 cDNA ORF clone, Cavia porcellus(domestic guinea pig)

Gene
Clones
gRNAs

Summary

Gene Symbol	Chd9
Entrez Gene ID	100735315
Full Name	chromodomain helicase DNA binding protein 9
Gene Type	protein-coding
Organism	Cavia porcellus(domestic guinea pig)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013141371.1	XP_012996825.1	LOW QUALITY PROTEIN: chromodomain-helicase-DNA-binding protein 9
XM_013141371.2	XP_012996825.1	LOW QUALITY PROTEIN: chromodomain-helicase-DNA-binding protein 9

Pathways from BioSystems
Gene Ontology

The following Chd9 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Chd9 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)
ODo38782	XM_013141371.2 Latest version!	Cavia porcellus chromodomain helicase DNA binding protein 9 (Chd9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
View Old Accession Versions >>
ODo38782	XM_013141371.1	Cavia porcellus chromodomain helicase DNA binding protein 9 (Chd9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
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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)

Chd9 ( XM_013141371.1 ) cDNA ORF clone, Cavia porcellus(domestic guinea pig) -> XP_012996825.1 Cavia porcellus chromodomain helicase DNA binding protein 9 (Chd9), mRNA.

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CloneID	ODo38782
Clone ID Related Accession (Same CDS sequence)	XM_013141371.1 , XM_013141371.2
Accession Version	XM_013141371.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8679bp) 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	1436716800000
Organism	Cavia porcellus(domestic guinea pig)
Product	LOW QUALITY PROTEIN: chromodomain-helicase-DNA-binding protein 9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NT_176414.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Cavia porcellus Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel internal stop codons :: corrected 3 genomic stop codon ##RefSeq-Attributes-END##

ATGACAGATC CAATGATGGA CTTTTTTGAT GATGCCAATC TTTTTGGTGA GACCTTGGAA 
GGTTTGTCAG ATGATGCATT TGTACAACCT GGACCTGTTT CACTAGTTGA TGAGTTGAAC 
TTGGGTGCAG AGTTTGAACC TTTGCACATA GACTCACTGA ATCATGTTCA AGGTACTCCA 
ACACATCAGA AGATGACTGA TTTTGAACAA CTAAATCAGT TTGATTCAAT GAAGTTTCAC 
CAAGTTAATC AATCTTTTGG TAGCCCAGCT GAACATGTAT TATCGCCACA TTCTCAGTTT 
AATTGTTCTC CAATTCATCA CCCCCAAAAC CAACCCAATG GTTTGTTTCC AGATGTAGCA 
GATGGCAGCC CAATGTGGGG CCATCAGACA GCTACTAATA TTTCTAATCA AAATGGATCC 
CCTTTTCATC AAGGACATTC ACACTCTATG CATCAAAGTA AAAGCTTTGT TGCACACCAT 
GACTTTGCCT TATTTCAGGC CAATGAACAA CAAACACAGT GTACTTCACT ACGTTCCCAG 
CAAAACCGGA ATAATCTTAA CACAGGCCAA AATTCTCTAT GCCAGTCTAA AAATTTTATG 
GATGTTAATG TTTCTGGTCC ACATAGAGTC AGTGTTAACC ACCCACCACA AATTACTAAT 
GCATCTACTT CACAACAGTC CCTTTCAATG CAATTTTCTC AAACGTCAAA TCCTTCAGTA 
CACTTTCTGA AGTGTAGCAG TCATCAAGAA GGAAATTTTA ATGGACCTTC TCCAAATATG 
ACTTCTTGTT CTGTCAGTAA TTCACAGCAG TTTTCTTCAC ATTATTCCTT TTCCAGTAAT 
CATATATCAC CAAACAGTCT CCAGCCCTCT GCTGTTCTTA CACCCAATCA TACAAATCAG 
ACTTTATCTG ATTTTACTGG AGGTACTTCC TTTTCACCTC ATAGAGGAAT CAAACAAGAG 
TCTACTCAGC ATATCCTGAA CCCCAGTACA TCATTGAATT CAAATAATTT CCAAATGTTG 
CATTCGTCAC AGCCTCAGGG TAATTATAGC AATTCAAAAT TATCTCCTGT GCACATGAAC 
TTCCCAGATC CTGTTGACTC AGGAACTCAA ATGGGCCACT TCAATGATCA TGTAGAAACT 
AATGGCTTTT CATCTTTGGA AGAGAATTTA CTTCATCAAG TGGAATCACA AACTGAGCCC 
TTCACAGGAC TTGATCCAGA GGACCTCCTT CAAGAAGGGC TCCTTCCGCA ATTTGATGAG 
TCAACATTTG GACAAGATAA TTCAAATCAT GTTTTAGATC ATGATCTTGA TCGACACTTT 
ACTTCACATC TTGTAGCACG GCCTTCTGAT ATGGCTCAAA CTCAGTTGCA ATGTCAGGCT 
CGGAACTGGC ATTCATCATT TTCTAATCAT CAGCATTTAC ATGACAGAAA TCGACTATGT 
TTACAGAGAC AGCCTCCATC TTCCAAGAAG AGTGATGGTT CCGGGACATA CACTAAGTTG 
CAGAATACCC AGGTGAGAGT CATGTCTGAG AAGAAGCAGA GAAAAAAGGT GGAAACAGAA 
AGCAAGCAAG AAAAGGCTAA TCGTATAATA TCAGAGGCTA TAGCAAAAGC AAAGGAGCGT 
GGGGAGCGCA ATATTCCTCG AGTAATGAGC CCTGAAAACT TTCCTAGTGC TTCAGTTGAA 
GGCAAAGAGG AAAAGAAAGG TCGAAGGATA AAATCAAAGC CAAAGGACAA AGACAGCAAA 
AAAACAAAAA CTTGTTCTAA ATTAAAAGAG AAGACAAAAA TTGGCAAACT CATTATAACA 
TTGGGTAAGA AACAAAAAAG AAAGAATGAT TCTTCAGATG AAATATCTGA TGCCGAGCAG 
ATGCCACAGC ATGCATTCAA AGATCAAGAT TCTCAAAAAA GAAGATCAAA TCGACAAATT 
AAACGAAAAA AATACACAGA AGATGGAGAA GGGAAACAAT CTGAAGAAGA GGTTAAAGGC 
TCAATGAAAA TAAAAAAGAA TTCAGCTCCT TTACCTGGTG AACAGCCTTT GCAATTATTT 
GTGGAGAATC CGAGTGAAGA AGATGCTGCA ATTGTAGACA AAATACTATC TTCTAGAATT 
GTGAAAAAGG AAATAACACC TGGAGTGATG ATTGATACAG AAGAATTTTT TGTGAAATAC 
AAGAATTACT CTTATCTTCA TTGTGAGTGG GCCACAGAAC AGCAGCTTTT GAAAGATAAA 
AGGATCCAGC AGAAAATCAA ACGATTCAAA TTGAGACAAG CACAAAGAGC ACATTTTTTT 
GCAGATATGG AAGAAGAACC ATTTAACCCA GACTACACTG AAGTAGACAG AGTTTTAGAA 
GTTTCTTTTT GTGAAGATAA GGACACTGGG GAGCCTGTTA TTTACTACTT AGTAAAGTGG 
TGCTCGTTGC CATATGAAGA TAGTACATGG GAACTAAAAG AAGATGTAGA CCTTGCAAAA 
ATAGAAGAAT TTGAACAACT GCAAGCTTCA AGGCCTGACA CAAGACATTT AGAACGTCCT 
CCTTCTAATA TATGGAAGAA AATTGATCAA TCCAGGGACT ATAAAAATGG CAATCAACTC 
AGGGAATATC AACTGGAAGG ACTCAACTGG CTCCTATTCA ATTGGTACAA CAGACGAAAC 
TGCATTTTAG CAGATGAAAT GGGTNCTGGG AAAACCATTC AATCAATTAC ATTCCTCTAC 
GAAATCCTTC TGACTGGTAT AAGAGGACCT TTCCTGATTA TTGCACCACT TTCTACCATT 
GCAAACTGGG AGAGAGAATT TCGTACGTGG ACTGATATTA ATGTTGTGGT TTATCATGGG 
AGCCTGATCA GCAGACAGAT GATACAGCAA TATGAGATGT ACTTCAGGGA TTCACAGGGG 
CGCATCATTC GAGGAGCTTA CAGAGTCCAA GCTATCATCA CTACTTTTGA AATGATCTGA 
GCTGCGGAGA AATCCACGCA TTGAATGCGA TGTGTGATTA TGATGAAGCA CATAGTTAAA 
AAATAAAATT GTAAGCTTCT AGAAGGTCTG AAACTCATGA ATTTGGAACA CAAGGTGCTT 
TTGACTGGAA CTCCTCTCCA AAATACAGTT GAAGAACTCT TCAGTCTTCT GCACTTTCTC 
GAACCATTAA GGTTTCCTTC TGAGTCAACA TTTATGCAAG AATTTGGAGA TCTGAAAACA 
GAGGAACAGG TGCAGAAACT TCAAGCTATT CTGAAACCGA TGATGTTGAG GAGATTAAAA 
GAAGATGTAG AAAAAAAATT GGCACCTAAG GAAGAAACTA TCATTGAAGT AGAGCTTACT 
AACATTCAAA AGAAATACTA CAGGGCTATT TTGGAGAAAA ATTTTTCATT TTTATCCAAG 
GGTGCAGGAC AAACTAATGT ACCTAATTTG GTAAATACCA TGATGGAGCT CAGGAAATGC 
TGTAATCATC CATATCTTAT CAAAGGTGCT GAGGAGAAAA TACTTGGGGA ATTTAGGGAT 
ACTTATAGTC CTACTGCTTC TGATTTTCAT CTTCAAGCAA TGATCCAGTC TGCTGGAAAG 
TTGGTCCTTA TTGATAAATT GCTTCCCAAG ATGAAAGCAG GGGGTCACAA AGTACTCATC 
TTCTCTCAGA TGGTTCGCTG TCTTGACATT TTGGAAGACT ATCTCATACA TAAAAGATAT 
TTGTATGAGC GAATTGATGG GAGAGTCAGA GGGAATCTTC GACAGGCTGC TATAGATCGA 
TTTAGTAAAC CTGATTCAGA TCGATTTGTT TTTCTCCTGT GTACACGAGC TGGTGGCTTG 
GGCATCAACT TAACTGCAGC TGATACATGT ATAATTTTTG ATTCTGATTG GAATCCTCAA 
AATGACCTTC AGGCCCAGGC TCGTTGCCAC AGAATTGGTC AGAACAAAGC AGTTAAAGTC 
TACAGATTAG TAACTCGTAA CTCATATGAG AGAGAGATGT TCGATCGAGC CAGTCTGAAA 
CTGGGCCTGG ATAAAGCTGT GTTACAGAGC ATGAGTGGGC GAGAAAGTAC TGTTGGTGGT 
ATTCAACAAC TTTCTAAAAA GGAAATAGAA GACTTGCTTC GAAGAGGGGC TTATGGTGCC 
ATTATGGAAG AAGAAGATGA AGGCTCTAAA TTCTGTGAAG AAGATATTGA TCAGATTTTA 
CTACGTCGTA CAAAAACTAT TACAATTGAA TCAGAAGGAC GTGGGTCAAC ATTTGCCAAG 
GCAAGTTTTG TGGCCTCTGG AAACCGGACA GATATTTCCT TAGATGATCC TAACTTCTGG 
CAAAAATGGG CTAAAAAGGC AGAAATTGAT ATAGATGCCA TCAGTGGCAA AAACAGCTTG 
GTTATTGACA CTCCAAGAAT TAGGAAGCAA ACAAGACCTT TTAGTGCCAC AAAAGATGAA 
TTGGCTGAAT TATCTGAAGC TGAAAGTGAA GGAGAAGAAA AACCCAAACT TCGGAGACCC 
TGTGACCGTA CCAGTGGCTA TGGAAGAACT GAATGCTTCA GAGTAGAGAA AAACCTCCTA 
GTTTATGGAT GGGGTCGATG GAGAGAGATT CTATCGCATG GACGGTTTAA AAGACAGCTA 
AATGAGCGTG ATGTAGAAGT AATTTGCCGA GCTCTCTTAG CATATTGCCT TGTTCATTAC 
CGAGGAGATG AGAAAATTAA AGGTTTCATA TGGGATCTCA TCACTCCAAC TGAAGATGGG 
CAGACACGAG AGCTACAAAA TCATCTAGGT CTGTCAGCTC CCGTACCCAG GGGTCGAAAA 
GGAAAGAAAG TAAAGACTCA AACAAGCTCG TTTGATATAC AAAAAGCAGA ATGGCTTCGA 
AAATATAACC CTGAGCAACT ACTTCAAGAT GAAGGCTACA AAAAACATAT TAAACACCAT 
TGTAATAAAG TTTTACTTCG TGTAAGAATG TTGTATTATC TAAAGCAAGA AGTTATTGGA 
AATGAGTGTC AGAAAGTATT TGATGGAGTT GATGCAAGTG ACATTGATGT TTGGGTACCA 
GAACCAGACC ATTCCGAAGT TCCTGCTGAG TGGTGGGACT TTGATGCTGA TAAGTCACTT 
CTAATTGGAG TTTTTAAACA TGGGTACGAA AAATACAACA CTATTCGAGC AGATCCGGCA 
TTATGCTTCT TAGAAAGAGT GGGGAAACCT GATGACAAAG CAGTTGCTGC TGAACAGAGA 
GCAAATGATT ACATGGATGG GGATGTGGAA GACCCAGAGT ACAAACCTGC CCCAGCCATC 
TTTAAAGATG ATATAGAGGA TGATGTTTCC TCTCCAGGAG ATCTTGTTAT AGCAGATGGA 
GATGGTCAGT TGATGGAGGG TGATAAAATT TATTGGCCTA CTCAGTCAGC ATTAACCACC 
CGATTAAGGC GTCTCATTAC TGCCTATCAG CGTACTAATA AAAACAGACA AGTCCAGCAG 
ATACAACCAA CATTCTCTGT GCCTGCCAGT ATAATTCAGC CTCTTTATGA AGAAGCCACC 
CTTAATCCTA AAATGGCAGC CAAGATAGAA AGACAACAGA GATGGACAAG AAGAGAAGAA 
GCTGACTTTT ATAGAGTCGT ATCTACATTT GGAGTCGTTT TTGACCCTGA CAGAGGCCAA 
TTTGATTGGA CAAAATTTAG AGCTATGGCC AGGCTACATA AGAAAACTGA TGATAGTTTG 
GAGAAATATT TATACTCATT TATGTCCATG TGTCGGAGAG TTTGTCGTCT TCCTTCCAAA 
GAAGAATTGG TGGATCCAAG TATTTTTATT CAACCAATTA CAGAAGAACG GGCTTCTAGG 
ACTTTGTATC GCATTGAACT TCTAAGGAAA GTACGGGAGC AGGCCCTTCG ACATCCACAG 
TTGTTTGAAC GTTTGAAGCT TTGCCATCCA AATCCAGATT TACCAATCTG GTGGGAATGT 
GGTCCCCATG ATAGGGATTT GCTCATTGGC GCTGCTAAAC ATGGGGTGAG CCGAACAGAC 
TATCACATTC TTCGTGATCC TGAACTCTCA TTTATGGCAG CTCAAAGGAA CTATAGTCAA 
AATAAAATGG CTCATTCCCG GACTTCTACC CCACTTTTAC AGCAATATCA AGTAGCACTT 
TCTACATCTC CTCTTACCTC TTTACCTAGA CTCCTAGATG CTAAAGGTAT TATTCTAGAG 
GATATGAAAG TTAAAAGTGA AAATCTTAAA GAAGAGCCTC AGTCTTCTGA AGAAGAATCT 
ATGTCTTCTG TGGAAGCCAG GACACTAATA AAGTCTGAGC CTGTAAGTCC AAAGAATGGT 
GTTTTATCAC AGGCTACTGG AGACCAGAAA TCTGGTGGAA AAGTTGAAAC AGACAGACGC 
ATGGTTGCAG CCAGAACAAA ACCCCTAACT CCAAACTCAG CTTCTAAGAA ACAGAGAGTC 
CACAAAAGAG GATCAGAATC TAGTTCTGAT TCTGACTCTG ATTCTGAGAG ATCATCTTGT 
TCTTCCAGAT CATCTTCTTC CTCGTCTTCC TCCTCTTCTT GTTCTCACTC TCGATCAGGC 
TCTAGTTCTT CTTCATCTTC ATCTTGTTCT TCAGCGTCAT CTTCATCTTC CTCTTCCTCC 
TCCTCATCAT CATCCTCTTC ATCTTCATCA GAAGAAAGTG ACAGTGATGA AGAGGAAGTC 
CAAAAGCGAG AAGGTACCCC TCATGTGAAA GCCTATGATG AAGAAAGCAT TGCATCACTG 
AGCACCACCC AGGATGAGAC CCAGGACAGT TTTCAAATAA ACAATGGGAC ACCAGAGTCT 
GCTTATGTGT TACAAGGTGG ATATATGCTG GCAGCCTCCT ATTGGCCAAA GGATCGGGTG 
ATGATCAACC GCCTGGACAG TATTTGTCAA ACAGTTCTGA AAGGGAAGTG GCCTTCAGCC 
AGAAGAAGTT ATGATGCTAA TACAGTGGCT TCTTTCTATA CCACAAAACT ACTGGACAGC 
CCTGGAGTCT CTACAGAATA CAGTGAGCCC AGTGTTCCCA CGCCTCCAGG TGCTGGTGTC 
AAAGAAGAAC ATGATCAGTC AACACAGATG TCAAAGGTGA AGAAGCATGT ACGAGAAAAG 
GAGTTTACAG TGAAAATCAA AGACGAAGGT GGTTTAAAGT TGACATTTCA GAAGCAAGGG 
CTTTCCCAGA AAAGACCGTT TGATAGTGAT GATGGTGCTC TGGGACAGCA GCAGTACCTT 
ACTCGACTTC GAGAGCTTCA GAGTGCATCA GAGACAAGCC TTGCTAATTT TCCAAAATCT 
ATGCCAATGT CAGGTACTTC CATCCAGTCA ACCTCTGGTG CCAATGGAGT CATTTTAGAC 
AACCAGCCCA TAGTCAAAAA AAGACGGGGA AGGAGAAAGA ATGTCGAGGG TGTAGACATC 
CTCTTTTTTA ATAGAAATAA ACCACCTAAT CATGTAAGTA AAATTTATTG GTCTTTGAGT 
CTAAACTTTA ATCCTAGTAA ATATACNNAA CCTCAACGAA TTCCTGATAC AGAAAGTCCA 
GTTCCAGTGA TTAATCTTAA AGATGGGACA AGACTTGCAG GAGATGACGC ACCGAAGCGA 
AAGGATTTGG AAAAATGGCT TAAGGAACAC CCAGGTTATG TGGAAGATTT AGGAGCTTTT 
ATTCCTAGAA TGCAGCTTCA CGAGGGAAGG CCCAAACAAA AAAGGCATCG TTGCAGAAAC 
CCCAATAAAC TTGATATTAA TAGTCTCACT GGAGAAGAAC GTGTTCAGCT GATTAACAGG 
AGAAATGCCA GAAAGGTTGG AGGTGCATTT GCTCCACCTT TGAAAGATTT ATGTAGATTC 
CTAAAAGAAA ATTCGGAATA TGGAGTAGCT CCTGAATGGG GAGATGTTGT TAAGCAATCT 
GGGTTTCTTC CAGAAAGTAT GTATGAACGT ATTCTCACTG GTCCGATTGT GAGAGAGGAA 
GTAAGCAGGC GAGGGAGACG CCCTAAGAGT GGAATTGCGA AGACCACAGC AGCAGTAGCT 
GCTGCAACTG CCACCAATGT TTCAGGCAAT CCTTTACTAA CCAACGGATT AGTTCCAGGT 
GTGGATCTCA CAACTCTTCA GGCCTTACAA CAAAATCTAC AAAACTTGCA GTCACTGCAA 
GTAACTGCTG GGCTGATGGG AATGCCTGCC AGCCTTTCTT CTGGAAGAGA AGCGAAAAAC 
ATGGCTGCTA TGTTCCCCAT GCTATTGTCA GGAATGACTG GATTACCAAA TCTGTTGGGC 
ATGGGAGGAC TCCTGACAAA GCCTGCAGAA TCTGGGGCAG AAGAAAAAAA GGGAAATGAC 
TCCAAGGAGC TAGAAGGAAA AACAGAAAGG ACAGAGAGCC AAAGTTCAGA GAATGGTACA 
GAAAACTCTG TTTCAAGTTC TCCTTCAACT TCCTCTACTG CTGCATTAAA TACAGCTGCA 
GCTGCTAACC CATTAGCTCT TAACCCACTG TTACTGTCTA ATATACTTTA TCCAGGGATG 
CTTCTCACTC CAGGCCTTAA TCTTCATATT CCAACTTTGT CCCAGTCCAA TACTTTTGAT 
GTACAGAAAA ACAAAAACAA TGACTTGGGC TCTTCTAAGT CTGCAGAAGT AAAGGAAGAA 
GATTCCAGAG TTAGAGATCA GGAAGACAAA GGAGTCACTG AACCCAGTCC ACTCAATGAA 
AACAGCACAG ATGAGGGTTC AGAGAAAGCC GATGCTTCAT CTGGATCTGA TAGTACATCA 
TCGTCATCTG AGGATTCAGA TTCTAGTAAT GAAGACTGA

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

RefSeq	XP_012996825.1
CDS	383..9061
Translation	MTDPMMDFFDDANLFGETLEGLSDDAFVQPGPVSLVDELNLGAEFEPLHIDSLNHVQGTPTHQKMTDFEQLNQFDSMKFHQVNQSFGSPAEHVLSPHSQFNCSPIHHPQNQPNGLFPDVADGSPMWGHQTATNISNQNGSPFHQGHSHSMHQSKSFVAHHDFALFQANEQQTQCTSLRSQQNRNNLNTGQNSLCQSKNFMDVNVSGPHRVSVNHPPQITNASTSQQSLSMQFSQTSNPSVHFLKCSSHQEGNFNGPSPNMTSCSVSNSQQFSSHYSFSSNHISPNSLQPSAVLTPNHTNQTLSDFTGGTSFSPHRGIKQESTQHILNPSTSLNSNNFQMLHSSQPQGNYSNSKLSPVHMNFPDPVDSGTQMGHFNDHVETNGFSSLEENLLHQVESQTEPFTGLDPEDLLQEGLLPQFDESTFGQDNSNHVLDHDLDRHFTSHLVARPSDMAQTQLQCQARNWHSSFSNHQHLHDRNRLCLQRQPPSSKKSDGSGTYTKLQNTQVRVMSEKKQRKKVETESKQEKANRIISEAIAKAKERGERNIPRVMSPENFPSASVEGKEEKKGRRIKSKPKDKDSKKTKTCSKLKEKTKIGKLIITLGKKQKRKNDSSDEISDAEQMPQHAFKDQDSQKRRSNRQIKRKKYTEDGEGKQSEEEVKGSMKIKKNSAPLPGEQPLQLFVENPSEEDAAIVDKILSSRIVKKEITPGVMIDTEEFFVKYKNYSYLHCEWATEQQLLKDKRIQQKIKRFKLRQAQRAHFFADMEEEPFNPDYTEVDRVLEVSFCEDKDTGEPVIYYLVKWCSLPYEDSTWELKEDVDLAKIEEFEQLQASRPDTRHLERPPSNIWKKIDQSRDYKNGNQLREYQLEGLNWLLFNWYNRRNCILADEMGnullGKTIQSITFLYEILLTGIRGPFLIIAPLSTIANWEREFRTWTDINVVVYHGSLISRQMIQQYEMYFRDSQGRIIRGAYRVQAIITTFEMIAAEKSTHMRCVIMMKHIVKK*NCKLLEGLKLMNLEHKVLLTGTPLQNTVEELFSLLHFLEPLRFPSESTFMQEFGDLKTEEQVQKLQAILKPMMLRRLKEDVEKKLAPKEETIIEVELTNIQKKYYRAILEKNFSFLSKGAGQTNVPNLVNTMMELRKCCNHPYLIKGAEEKILGEFRDTYSPTASDFHLQAMIQSAGKLVLIDKLLPKMKAGGHKVLIFSQMVRCLDILEDYLIHKRYLYERIDGRVRGNLRQAAIDRFSKPDSDRFVFLLCTRAGGLGINLTAADTCIIFDSDWNPQNDLQAQARCHRIGQNKAVKVYRLVTRNSYEREMFDRASLKLGLDKAVLQSMSGRESTVGGIQQLSKKEIEDLLRRGAYGAIMEEEDEGSKFCEEDIDQILLRRTKTITIESEGRGSTFAKASFVASGNRTDISLDDPNFWQKWAKKAEIDIDAISGKNSLVIDTPRIRKQTRPFSATKDELAELSEAESEGEEKPKLRRPCDRTSGYGRTECFRVEKNLLVYGWGRWREILSHGRFKRQLNERDVEVICRALLAYCLVHYRGDEKIKGFIWDLITPTEDGQTRELQNHLGLSAPVPRGRKGKKVKTQTSSFDIQKAEWLRKYNPEQLLQDEGYKKHIKHHCNKVLLRVRMLYYLKQEVIGNECQKVFDGVDASDIDVWVPEPDHSEVPAEWWDFDADKSLLIGVFKHGYEKYNTIRADPALCFLERVGKPDDKAVAAEQRANDYMDGDVEDPEYKPAPAIFKDDIEDDVSSPGDLVIADGDGQLMEGDKIYWPTQSALTTRLRRLITAYQRTNKNRQVQQIQPTFSVPASIIQPLYEEATLNPKMAAKIERQQRWTRREEADFYRVVSTFGVVFDPDRGQFDWTKFRAMARLHKKTDDSLEKYLYSFMSMCRRVCRLPSKEELVDPSIFIQPITEERASRTLYRIELLRKVREQALRHPQLFERLKLCHPNPDLPIWWECGPHDRDLLIGAAKHGVSRTDYHILRDPELSFMAAQRNYSQNKMAHSRTSTPLLQQYQVALSTSPLTSLPRLLDAKGIILEDMKVKSENLKEEPQSSEEESMSSVEARTLIKSEPVSPKNGVLSQATGDQKSGGKVETDRRMVAARTKPLTPNSASKKQRVHKRGSESSSDSDSDSERSSCSSRSSSSSSSSSSCSHSRSGSSSSSSSSCSSASSSSSSSSSSSSSSSSSSEESDSDEEEVQKREGTPHVKAYDEESIASLSTTQDETQDSFQINNGTPESAYVLQGGYMLAASYWPKDRVMINRLDSICQTVLKGKWPSARRSYDANTVASFYTTKLLDSPGVSTEYSEPSVPTPPGAGVKEEHDQSTQMSKVKKHVREKEFTVKIKDEGGLKLTFQKQGLSQKRPFDSDDGALGQQQYLTRLRELQSASETSLANFPKSMPMSGTSIQSTSGANGVILDNQPIVKKRRGRRKNVEGVDILFFNRNKPPNHVSKIYWSLSLNFNPSKYnullnullPQRIPDTESPVPVINLKDGTRLAGDDAPKRKDLEKWLKEHPGYVEDLGAFIPRMQLHEGRPKQKRHRCRNPNKLDINSLTGEERVQLINRRNARKVGGAFAPPLKDLCRFLKENSEYGVAPEWGDVVKQSGFLPESMYERILTGPIVREEVSRRGRRPKSGIAKTTAAVAAATATNVSGNPLLTNGLVPGVDLTTLQALQQNLQNLQSLQVTAGLMGMPASLSSGREAKNMAAMFPMLLSGMTGLPNLLGMGGLLTKPAESGAEEKKGNDSKELEGKTERTESQSSENGTENSVSSSPSTSSTAALNTAAAANPLALNPLLLSNILYPGMLLTPGLNLHIPTLSQSNTFDVQKNKNNDLGSSKSAEVKEEDSRVRDQEDKGVTEPSPLNENSTDEGSEKADASSGSDSTSSSSEDSDSSNED

Target ORF information:

RefSeq Version	XM_013141371.1
Organism	Cavia porcellus(domestic guinea pig)
Definition	Cavia porcellus chromodomain helicase DNA binding protein 9 (Chd9), mRNA.

Target ORF information:

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

XM_013141371.1

ORF Insert Sequence:

ATGACAGATC CAATGATGGA CTTTTTTGAT GATGCCAATC TTTTTGGTGA GACCTTGGAA 
GGTTTGTCAG ATGATGCATT TGTACAACCT GGACCTGTTT CACTAGTTGA TGAGTTGAAC 
TTGGGTGCAG AGTTTGAACC TTTGCACATA GACTCACTGA ATCATGTTCA AGGTACTCCA 
ACACATCAGA AGATGACTGA TTTTGAACAA CTAAATCAGT TTGATTCAAT GAAGTTTCAC 
CAAGTTAATC AATCTTTTGG TAGCCCAGCT GAACATGTAT TATCGCCACA TTCTCAGTTT 
AATTGTTCTC CAATTCATCA CCCCCAAAAC CAACCCAATG GTTTGTTTCC AGATGTAGCA 
GATGGCAGCC CAATGTGGGG CCATCAGACA GCTACTAATA TTTCTAATCA AAATGGATCC 
CCTTTTCATC AAGGACATTC ACACTCTATG CATCAAAGTA AAAGCTTTGT TGCACACCAT 
GACTTTGCCT TATTTCAGGC CAATGAACAA CAAACACAGT GTACTTCACT ACGTTCCCAG 
CAAAACCGGA ATAATCTTAA CACAGGCCAA AATTCTCTAT GCCAGTCTAA AAATTTTATG 
GATGTTAATG TTTCTGGTCC ACATAGAGTC AGTGTTAACC ACCCACCACA AATTACTAAT 
GCATCTACTT CACAACAGTC CCTTTCAATG CAATTTTCTC AAACGTCAAA TCCTTCAGTA 
CACTTTCTGA AGTGTAGCAG TCATCAAGAA GGAAATTTTA ATGGACCTTC TCCAAATATG 
ACTTCTTGTT CTGTCAGTAA TTCACAGCAG TTTTCTTCAC ATTATTCCTT TTCCAGTAAT 
CATATATCAC CAAACAGTCT CCAGCCCTCT GCTGTTCTTA CACCCAATCA TACAAATCAG 
ACTTTATCTG ATTTTACTGG AGGTACTTCC TTTTCACCTC ATAGAGGAAT CAAACAAGAG 
TCTACTCAGC ATATCCTGAA CCCCAGTACA TCATTGAATT CAAATAATTT CCAAATGTTG 
CATTCGTCAC AGCCTCAGGG TAATTATAGC AATTCAAAAT TATCTCCTGT GCACATGAAC 
TTCCCAGATC CTGTTGACTC AGGAACTCAA ATGGGCCACT TCAATGATCA TGTAGAAACT 
AATGGCTTTT CATCTTTGGA AGAGAATTTA CTTCATCAAG TGGAATCACA AACTGAGCCC 
TTCACAGGAC TTGATCCAGA GGACCTCCTT CAAGAAGGGC TCCTTCCGCA ATTTGATGAG 
TCAACATTTG GACAAGATAA TTCAAATCAT GTTTTAGATC ATGATCTTGA TCGACACTTT 
ACTTCACATC TTGTAGCACG GCCTTCTGAT ATGGCTCAAA CTCAGTTGCA ATGTCAGGCT 
CGGAACTGGC ATTCATCATT TTCTAATCAT CAGCATTTAC ATGACAGAAA TCGACTATGT 
TTACAGAGAC AGCCTCCATC TTCCAAGAAG AGTGATGGTT CCGGGACATA CACTAAGTTG 
CAGAATACCC AGGTGAGAGT CATGTCTGAG AAGAAGCAGA GAAAAAAGGT GGAAACAGAA 
AGCAAGCAAG AAAAGGCTAA TCGTATAATA TCAGAGGCTA TAGCAAAAGC AAAGGAGCGT 
GGGGAGCGCA ATATTCCTCG AGTAATGAGC CCTGAAAACT TTCCTAGTGC TTCAGTTGAA 
GGCAAAGAGG AAAAGAAAGG TCGAAGGATA AAATCAAAGC CAAAGGACAA AGACAGCAAA 
AAAACAAAAA CTTGTTCTAA ATTAAAAGAG AAGACAAAAA TTGGCAAACT CATTATAACA 
TTGGGTAAGA AACAAAAAAG AAAGAATGAT TCTTCAGATG AAATATCTGA TGCCGAGCAG 
ATGCCACAGC ATGCATTCAA AGATCAAGAT TCTCAAAAAA GAAGATCAAA TCGACAAATT 
AAACGAAAAA AATACACAGA AGATGGAGAA GGGAAACAAT CTGAAGAAGA GGTTAAAGGC 
TCAATGAAAA TAAAAAAGAA TTCAGCTCCT TTACCTGGTG AACAGCCTTT GCAATTATTT 
GTGGAGAATC CGAGTGAAGA AGATGCTGCA ATTGTAGACA AAATACTATC TTCTAGAATT 
GTGAAAAAGG AAATAACACC TGGAGTGATG ATTGATACAG AAGAATTTTT TGTGAAATAC 
AAGAATTACT CTTATCTTCA TTGTGAGTGG GCCACAGAAC AGCAGCTTTT GAAAGATAAA 
AGGATCCAGC AGAAAATCAA ACGATTCAAA TTGAGACAAG CACAAAGAGC ACATTTTTTT 
GCAGATATGG AAGAAGAACC ATTTAACCCA GACTACACTG AAGTAGACAG AGTTTTAGAA 
GTTTCTTTTT GTGAAGATAA GGACACTGGG GAGCCTGTTA TTTACTACTT AGTAAAGTGG 
TGCTCGTTGC CATATGAAGA TAGTACATGG GAACTAAAAG AAGATGTAGA CCTTGCAAAA 
ATAGAAGAAT TTGAACAACT GCAAGCTTCA AGGCCTGACA CAAGACATTT AGAACGTCCT 
CCTTCTAATA TATGGAAGAA AATTGATCAA TCCAGGGACT ATAAAAATGG CAATCAACTC 
AGGGAATATC AACTGGAAGG ACTCAACTGG CTCCTATTCA ATTGGTACAA CAGACGAAAC 
TGCATTTTAG CAGATGAAAT GGGTNCTGGG AAAACCATTC AATCAATTAC ATTCCTCTAC 
GAAATCCTTC TGACTGGTAT AAGAGGACCT TTCCTGATTA TTGCACCACT TTCTACCATT 
GCAAACTGGG AGAGAGAATT TCGTACGTGG ACTGATATTA ATGTTGTGGT TTATCATGGG 
AGCCTGATCA GCAGACAGAT GATACAGCAA TATGAGATGT ACTTCAGGGA TTCACAGGGG 
CGCATCATTC GAGGAGCTTA CAGAGTCCAA GCTATCATCA CTACTTTTGA AATGATCTGA 
GCTGCGGAGA AATCCACGCA TTGAATGCGA TGTGTGATTA TGATGAAGCA CATAGTTAAA 
AAATAAAATT GTAAGCTTCT AGAAGGTCTG AAACTCATGA ATTTGGAACA CAAGGTGCTT 
TTGACTGGAA CTCCTCTCCA AAATACAGTT GAAGAACTCT TCAGTCTTCT GCACTTTCTC 
GAACCATTAA GGTTTCCTTC TGAGTCAACA TTTATGCAAG AATTTGGAGA TCTGAAAACA 
GAGGAACAGG TGCAGAAACT TCAAGCTATT CTGAAACCGA TGATGTTGAG GAGATTAAAA 
GAAGATGTAG AAAAAAAATT GGCACCTAAG GAAGAAACTA TCATTGAAGT AGAGCTTACT 
AACATTCAAA AGAAATACTA CAGGGCTATT TTGGAGAAAA ATTTTTCATT TTTATCCAAG 
GGTGCAGGAC AAACTAATGT ACCTAATTTG GTAAATACCA TGATGGAGCT CAGGAAATGC 
TGTAATCATC CATATCTTAT CAAAGGTGCT GAGGAGAAAA TACTTGGGGA ATTTAGGGAT 
ACTTATAGTC CTACTGCTTC TGATTTTCAT CTTCAAGCAA TGATCCAGTC TGCTGGAAAG 
TTGGTCCTTA TTGATAAATT GCTTCCCAAG ATGAAAGCAG GGGGTCACAA AGTACTCATC 
TTCTCTCAGA TGGTTCGCTG TCTTGACATT TTGGAAGACT ATCTCATACA TAAAAGATAT 
TTGTATGAGC GAATTGATGG GAGAGTCAGA GGGAATCTTC GACAGGCTGC TATAGATCGA 
TTTAGTAAAC CTGATTCAGA TCGATTTGTT TTTCTCCTGT GTACACGAGC TGGTGGCTTG 
GGCATCAACT TAACTGCAGC TGATACATGT ATAATTTTTG ATTCTGATTG GAATCCTCAA 
AATGACCTTC AGGCCCAGGC TCGTTGCCAC AGAATTGGTC AGAACAAAGC AGTTAAAGTC 
TACAGATTAG TAACTCGTAA CTCATATGAG AGAGAGATGT TCGATCGAGC CAGTCTGAAA 
CTGGGCCTGG ATAAAGCTGT GTTACAGAGC ATGAGTGGGC GAGAAAGTAC TGTTGGTGGT 
ATTCAACAAC TTTCTAAAAA GGAAATAGAA GACTTGCTTC GAAGAGGGGC TTATGGTGCC 
ATTATGGAAG AAGAAGATGA AGGCTCTAAA TTCTGTGAAG AAGATATTGA TCAGATTTTA 
CTACGTCGTA CAAAAACTAT TACAATTGAA TCAGAAGGAC GTGGGTCAAC ATTTGCCAAG 
GCAAGTTTTG TGGCCTCTGG AAACCGGACA GATATTTCCT TAGATGATCC TAACTTCTGG 
CAAAAATGGG CTAAAAAGGC AGAAATTGAT ATAGATGCCA TCAGTGGCAA AAACAGCTTG 
GTTATTGACA CTCCAAGAAT TAGGAAGCAA ACAAGACCTT TTAGTGCCAC AAAAGATGAA 
TTGGCTGAAT TATCTGAAGC TGAAAGTGAA GGAGAAGAAA AACCCAAACT TCGGAGACCC 
TGTGACCGTA CCAGTGGCTA TGGAAGAACT GAATGCTTCA GAGTAGAGAA AAACCTCCTA 
GTTTATGGAT GGGGTCGATG GAGAGAGATT CTATCGCATG GACGGTTTAA AAGACAGCTA 
AATGAGCGTG ATGTAGAAGT AATTTGCCGA GCTCTCTTAG CATATTGCCT TGTTCATTAC 
CGAGGAGATG AGAAAATTAA AGGTTTCATA TGGGATCTCA TCACTCCAAC TGAAGATGGG 
CAGACACGAG AGCTACAAAA TCATCTAGGT CTGTCAGCTC CCGTACCCAG GGGTCGAAAA 
GGAAAGAAAG TAAAGACTCA AACAAGCTCG TTTGATATAC AAAAAGCAGA ATGGCTTCGA 
AAATATAACC CTGAGCAACT ACTTCAAGAT GAAGGCTACA AAAAACATAT TAAACACCAT 
TGTAATAAAG TTTTACTTCG TGTAAGAATG TTGTATTATC TAAAGCAAGA AGTTATTGGA 
AATGAGTGTC AGAAAGTATT TGATGGAGTT GATGCAAGTG ACATTGATGT TTGGGTACCA 
GAACCAGACC ATTCCGAAGT TCCTGCTGAG TGGTGGGACT TTGATGCTGA TAAGTCACTT 
CTAATTGGAG TTTTTAAACA TGGGTACGAA AAATACAACA CTATTCGAGC AGATCCGGCA 
TTATGCTTCT TAGAAAGAGT GGGGAAACCT GATGACAAAG CAGTTGCTGC TGAACAGAGA 
GCAAATGATT ACATGGATGG GGATGTGGAA GACCCAGAGT ACAAACCTGC CCCAGCCATC 
TTTAAAGATG ATATAGAGGA TGATGTTTCC TCTCCAGGAG ATCTTGTTAT AGCAGATGGA 
GATGGTCAGT TGATGGAGGG TGATAAAATT TATTGGCCTA CTCAGTCAGC ATTAACCACC 
CGATTAAGGC GTCTCATTAC TGCCTATCAG CGTACTAATA AAAACAGACA AGTCCAGCAG 
ATACAACCAA CATTCTCTGT GCCTGCCAGT ATAATTCAGC CTCTTTATGA AGAAGCCACC 
CTTAATCCTA AAATGGCAGC CAAGATAGAA AGACAACAGA GATGGACAAG AAGAGAAGAA 
GCTGACTTTT ATAGAGTCGT ATCTACATTT GGAGTCGTTT TTGACCCTGA CAGAGGCCAA 
TTTGATTGGA CAAAATTTAG AGCTATGGCC AGGCTACATA AGAAAACTGA TGATAGTTTG 
GAGAAATATT TATACTCATT TATGTCCATG TGTCGGAGAG TTTGTCGTCT TCCTTCCAAA 
GAAGAATTGG TGGATCCAAG TATTTTTATT CAACCAATTA CAGAAGAACG GGCTTCTAGG 
ACTTTGTATC GCATTGAACT TCTAAGGAAA GTACGGGAGC AGGCCCTTCG ACATCCACAG 
TTGTTTGAAC GTTTGAAGCT TTGCCATCCA AATCCAGATT TACCAATCTG GTGGGAATGT 
GGTCCCCATG ATAGGGATTT GCTCATTGGC GCTGCTAAAC ATGGGGTGAG CCGAACAGAC 
TATCACATTC TTCGTGATCC TGAACTCTCA TTTATGGCAG CTCAAAGGAA CTATAGTCAA 
AATAAAATGG CTCATTCCCG GACTTCTACC CCACTTTTAC AGCAATATCA AGTAGCACTT 
TCTACATCTC CTCTTACCTC TTTACCTAGA CTCCTAGATG CTAAAGGTAT TATTCTAGAG 
GATATGAAAG TTAAAAGTGA AAATCTTAAA GAAGAGCCTC AGTCTTCTGA AGAAGAATCT 
ATGTCTTCTG TGGAAGCCAG GACACTAATA AAGTCTGAGC CTGTAAGTCC AAAGAATGGT 
GTTTTATCAC AGGCTACTGG AGACCAGAAA TCTGGTGGAA AAGTTGAAAC AGACAGACGC 
ATGGTTGCAG CCAGAACAAA ACCCCTAACT CCAAACTCAG CTTCTAAGAA ACAGAGAGTC 
CACAAAAGAG GATCAGAATC TAGTTCTGAT TCTGACTCTG ATTCTGAGAG ATCATCTTGT 
TCTTCCAGAT CATCTTCTTC CTCGTCTTCC TCCTCTTCTT GTTCTCACTC TCGATCAGGC 
TCTAGTTCTT CTTCATCTTC ATCTTGTTCT TCAGCGTCAT CTTCATCTTC CTCTTCCTCC 
TCCTCATCAT CATCCTCTTC ATCTTCATCA GAAGAAAGTG ACAGTGATGA AGAGGAAGTC 
CAAAAGCGAG AAGGTACCCC TCATGTGAAA GCCTATGATG AAGAAAGCAT TGCATCACTG 
AGCACCACCC AGGATGAGAC CCAGGACAGT TTTCAAATAA ACAATGGGAC ACCAGAGTCT 
GCTTATGTGT TACAAGGTGG ATATATGCTG GCAGCCTCCT ATTGGCCAAA GGATCGGGTG 
ATGATCAACC GCCTGGACAG TATTTGTCAA ACAGTTCTGA AAGGGAAGTG GCCTTCAGCC 
AGAAGAAGTT ATGATGCTAA TACAGTGGCT TCTTTCTATA CCACAAAACT ACTGGACAGC 
CCTGGAGTCT CTACAGAATA CAGTGAGCCC AGTGTTCCCA CGCCTCCAGG TGCTGGTGTC 
AAAGAAGAAC ATGATCAGTC AACACAGATG TCAAAGGTGA AGAAGCATGT ACGAGAAAAG 
GAGTTTACAG TGAAAATCAA AGACGAAGGT GGTTTAAAGT TGACATTTCA GAAGCAAGGG 
CTTTCCCAGA AAAGACCGTT TGATAGTGAT GATGGTGCTC TGGGACAGCA GCAGTACCTT 
ACTCGACTTC GAGAGCTTCA GAGTGCATCA GAGACAAGCC TTGCTAATTT TCCAAAATCT 
ATGCCAATGT CAGGTACTTC CATCCAGTCA ACCTCTGGTG CCAATGGAGT CATTTTAGAC 
AACCAGCCCA TAGTCAAAAA AAGACGGGGA AGGAGAAAGA ATGTCGAGGG TGTAGACATC 
CTCTTTTTTA ATAGAAATAA ACCACCTAAT CATGTAAGTA AAATTTATTG GTCTTTGAGT 
CTAAACTTTA ATCCTAGTAA ATATACNNAA CCTCAACGAA TTCCTGATAC AGAAAGTCCA 
GTTCCAGTGA TTAATCTTAA AGATGGGACA AGACTTGCAG GAGATGACGC ACCGAAGCGA 
AAGGATTTGG AAAAATGGCT TAAGGAACAC CCAGGTTATG TGGAAGATTT AGGAGCTTTT 
ATTCCTAGAA TGCAGCTTCA CGAGGGAAGG CCCAAACAAA AAAGGCATCG TTGCAGAAAC 
CCCAATAAAC TTGATATTAA TAGTCTCACT GGAGAAGAAC GTGTTCAGCT GATTAACAGG 
AGAAATGCCA GAAAGGTTGG AGGTGCATTT GCTCCACCTT TGAAAGATTT ATGTAGATTC 
CTAAAAGAAA ATTCGGAATA TGGAGTAGCT CCTGAATGGG GAGATGTTGT TAAGCAATCT 
GGGTTTCTTC CAGAAAGTAT GTATGAACGT ATTCTCACTG GTCCGATTGT GAGAGAGGAA 
GTAAGCAGGC GAGGGAGACG CCCTAAGAGT GGAATTGCGA AGACCACAGC AGCAGTAGCT 
GCTGCAACTG CCACCAATGT TTCAGGCAAT CCTTTACTAA CCAACGGATT AGTTCCAGGT 
GTGGATCTCA CAACTCTTCA GGCCTTACAA CAAAATCTAC AAAACTTGCA GTCACTGCAA 
GTAACTGCTG GGCTGATGGG AATGCCTGCC AGCCTTTCTT CTGGAAGAGA AGCGAAAAAC 
ATGGCTGCTA TGTTCCCCAT GCTATTGTCA GGAATGACTG GATTACCAAA TCTGTTGGGC 
ATGGGAGGAC TCCTGACAAA GCCTGCAGAA TCTGGGGCAG AAGAAAAAAA GGGAAATGAC 
TCCAAGGAGC TAGAAGGAAA AACAGAAAGG ACAGAGAGCC AAAGTTCAGA GAATGGTACA 
GAAAACTCTG TTTCAAGTTC TCCTTCAACT TCCTCTACTG CTGCATTAAA TACAGCTGCA 
GCTGCTAACC CATTAGCTCT TAACCCACTG TTACTGTCTA ATATACTTTA TCCAGGGATG 
CTTCTCACTC CAGGCCTTAA TCTTCATATT CCAACTTTGT CCCAGTCCAA TACTTTTGAT 
GTACAGAAAA ACAAAAACAA TGACTTGGGC TCTTCTAAGT CTGCAGAAGT AAAGGAAGAA 
GATTCCAGAG TTAGAGATCA GGAAGACAAA GGAGTCACTG AACCCAGTCC ACTCAATGAA 
AACAGCACAG ATGAGGGTTC AGAGAAAGCC GATGCTTCAT CTGGATCTGA TAGTACATCA 
TCGTCATCTG AGGATTCAGA TTCTAGTAAT GAAGACTGA

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

Chd9 ( XM_013141371.2 ) cDNA ORF clone, Cavia porcellus(domestic guinea pig) -> XP_012996825.1 Cavia porcellus chromodomain helicase DNA binding protein 9 (Chd9), mRNA.

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CloneID	ODo38782
Clone ID Related Accession (Same CDS sequence)	XM_013141371.1 , XM_013141371.2
Accession Version	XM_013141371.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8679bp) 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	1516204800000
Organism	Cavia porcellus(domestic guinea pig)
Product	LOW QUALITY PROTEIN: chromodomain-helicase-DNA-binding protein 9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NT_176414.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jan 19, 2018 this sequence version replaced XM_013141371.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Cavia porcellus Annotation Release 103 Annotation Version :: 103 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## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel internal stop codons :: corrected 3 genomic stop codon ##RefSeq-Attributes-END##

ATGACAGATC CAATGATGGA CTTTTTTGAT GATGCCAATC TTTTTGGTGA GACCTTGGAA 
GGTTTGTCAG ATGATGCATT TGTACAACCT GGACCTGTTT CACTAGTTGA TGAGTTGAAC 
TTGGGTGCAG AGTTTGAACC TTTGCACATA GACTCACTGA ATCATGTTCA AGGTACTCCA 
ACACATCAGA AGATGACTGA TTTTGAACAA CTAAATCAGT TTGATTCAAT GAAGTTTCAC 
CAAGTTAATC AATCTTTTGG TAGCCCAGCT GAACATGTAT TATCGCCACA TTCTCAGTTT 
AATTGTTCTC CAATTCATCA CCCCCAAAAC CAACCCAATG GTTTGTTTCC AGATGTAGCA 
GATGGCAGCC CAATGTGGGG CCATCAGACA GCTACTAATA TTTCTAATCA AAATGGATCC 
CCTTTTCATC AAGGACATTC ACACTCTATG CATCAAAGTA AAAGCTTTGT TGCACACCAT 
GACTTTGCCT TATTTCAGGC CAATGAACAA CAAACACAGT GTACTTCACT ACGTTCCCAG 
CAAAACCGGA ATAATCTTAA CACAGGCCAA AATTCTCTAT GCCAGTCTAA AAATTTTATG 
GATGTTAATG TTTCTGGTCC ACATAGAGTC AGTGTTAACC ACCCACCACA AATTACTAAT 
GCATCTACTT CACAACAGTC CCTTTCAATG CAATTTTCTC AAACGTCAAA TCCTTCAGTA 
CACTTTCTGA AGTGTAGCAG TCATCAAGAA GGAAATTTTA ATGGACCTTC TCCAAATATG 
ACTTCTTGTT CTGTCAGTAA TTCACAGCAG TTTTCTTCAC ATTATTCCTT TTCCAGTAAT 
CATATATCAC CAAACAGTCT CCAGCCCTCT GCTGTTCTTA CACCCAATCA TACAAATCAG 
ACTTTATCTG ATTTTACTGG AGGTACTTCC TTTTCACCTC ATAGAGGAAT CAAACAAGAG 
TCTACTCAGC ATATCCTGAA CCCCAGTACA TCATTGAATT CAAATAATTT CCAAATGTTG 
CATTCGTCAC AGCCTCAGGG TAATTATAGC AATTCAAAAT TATCTCCTGT GCACATGAAC 
TTCCCAGATC CTGTTGACTC AGGAACTCAA ATGGGCCACT TCAATGATCA TGTAGAAACT 
AATGGCTTTT CATCTTTGGA AGAGAATTTA CTTCATCAAG TGGAATCACA AACTGAGCCC 
TTCACAGGAC TTGATCCAGA GGACCTCCTT CAAGAAGGGC TCCTTCCGCA ATTTGATGAG 
TCAACATTTG GACAAGATAA TTCAAATCAT GTTTTAGATC ATGATCTTGA TCGACACTTT 
ACTTCACATC TTGTAGCACG GCCTTCTGAT ATGGCTCAAA CTCAGTTGCA ATGTCAGGCT 
CGGAACTGGC ATTCATCATT TTCTAATCAT CAGCATTTAC ATGACAGAAA TCGACTATGT 
TTACAGAGAC AGCCTCCATC TTCCAAGAAG AGTGATGGTT CCGGGACATA CACTAAGTTG 
CAGAATACCC AGGTGAGAGT CATGTCTGAG AAGAAGCAGA GAAAAAAGGT GGAAACAGAA 
AGCAAGCAAG AAAAGGCTAA TCGTATAATA TCAGAGGCTA TAGCAAAAGC AAAGGAGCGT 
GGGGAGCGCA ATATTCCTCG AGTAATGAGC CCTGAAAACT TTCCTAGTGC TTCAGTTGAA 
GGCAAAGAGG AAAAGAAAGG TCGAAGGATA AAATCAAAGC CAAAGGACAA AGACAGCAAA 
AAAACAAAAA CTTGTTCTAA ATTAAAAGAG AAGACAAAAA TTGGCAAACT CATTATAACA 
TTGGGTAAGA AACAAAAAAG AAAGAATGAT TCTTCAGATG AAATATCTGA TGCCGAGCAG 
ATGCCACAGC ATGCATTCAA AGATCAAGAT TCTCAAAAAA GAAGATCAAA TCGACAAATT 
AAACGAAAAA AATACACAGA AGATGGAGAA GGGAAACAAT CTGAAGAAGA GGTTAAAGGC 
TCAATGAAAA TAAAAAAGAA TTCAGCTCCT TTACCTGGTG AACAGCCTTT GCAATTATTT 
GTGGAGAATC CGAGTGAAGA AGATGCTGCA ATTGTAGACA AAATACTATC TTCTAGAATT 
GTGAAAAAGG AAATAACACC TGGAGTGATG ATTGATACAG AAGAATTTTT TGTGAAATAC 
AAGAATTACT CTTATCTTCA TTGTGAGTGG GCCACAGAAC AGCAGCTTTT GAAAGATAAA 
AGGATCCAGC AGAAAATCAA ACGATTCAAA TTGAGACAAG CACAAAGAGC ACATTTTTTT 
GCAGATATGG AAGAAGAACC ATTTAACCCA GACTACACTG AAGTAGACAG AGTTTTAGAA 
GTTTCTTTTT GTGAAGATAA GGACACTGGG GAGCCTGTTA TTTACTACTT AGTAAAGTGG 
TGCTCGTTGC CATATGAAGA TAGTACATGG GAACTAAAAG AAGATGTAGA CCTTGCAAAA 
ATAGAAGAAT TTGAACAACT GCAAGCTTCA AGGCCTGACA CAAGACATTT AGAACGTCCT 
CCTTCTAATA TATGGAAGAA AATTGATCAA TCCAGGGACT ATAAAAATGG CAATCAACTC 
AGGGAATATC AACTGGAAGG ACTCAACTGG CTCCTATTCA ATTGGTACAA CAGACGAAAC 
TGCATTTTAG CAGATGAAAT GGGTNCTGGG AAAACCATTC AATCAATTAC ATTCCTCTAC 
GAAATCCTTC TGACTGGTAT AAGAGGACCT TTCCTGATTA TTGCACCACT TTCTACCATT 
GCAAACTGGG AGAGAGAATT TCGTACGTGG ACTGATATTA ATGTTGTGGT TTATCATGGG 
AGCCTGATCA GCAGACAGAT GATACAGCAA TATGAGATGT ACTTCAGGGA TTCACAGGGG 
CGCATCATTC GAGGAGCTTA CAGAGTCCAA GCTATCATCA CTACTTTTGA AATGATCTGA 
GCTGCGGAGA AATCCACGCA TTGAATGCGA TGTGTGATTA TGATGAAGCA CATAGTTAAA 
AAATAAAATT GTAAGCTTCT AGAAGGTCTG AAACTCATGA ATTTGGAACA CAAGGTGCTT 
TTGACTGGAA CTCCTCTCCA AAATACAGTT GAAGAACTCT TCAGTCTTCT GCACTTTCTC 
GAACCATTAA GGTTTCCTTC TGAGTCAACA TTTATGCAAG AATTTGGAGA TCTGAAAACA 
GAGGAACAGG TGCAGAAACT TCAAGCTATT CTGAAACCGA TGATGTTGAG GAGATTAAAA 
GAAGATGTAG AAAAAAAATT GGCACCTAAG GAAGAAACTA TCATTGAAGT AGAGCTTACT 
AACATTCAAA AGAAATACTA CAGGGCTATT TTGGAGAAAA ATTTTTCATT TTTATCCAAG 
GGTGCAGGAC AAACTAATGT ACCTAATTTG GTAAATACCA TGATGGAGCT CAGGAAATGC 
TGTAATCATC CATATCTTAT CAAAGGTGCT GAGGAGAAAA TACTTGGGGA ATTTAGGGAT 
ACTTATAGTC CTACTGCTTC TGATTTTCAT CTTCAAGCAA TGATCCAGTC TGCTGGAAAG 
TTGGTCCTTA TTGATAAATT GCTTCCCAAG ATGAAAGCAG GGGGTCACAA AGTACTCATC 
TTCTCTCAGA TGGTTCGCTG TCTTGACATT TTGGAAGACT ATCTCATACA TAAAAGATAT 
TTGTATGAGC GAATTGATGG GAGAGTCAGA GGGAATCTTC GACAGGCTGC TATAGATCGA 
TTTAGTAAAC CTGATTCAGA TCGATTTGTT TTTCTCCTGT GTACACGAGC TGGTGGCTTG 
GGCATCAACT TAACTGCAGC TGATACATGT ATAATTTTTG ATTCTGATTG GAATCCTCAA 
AATGACCTTC AGGCCCAGGC TCGTTGCCAC AGAATTGGTC AGAACAAAGC AGTTAAAGTC 
TACAGATTAG TAACTCGTAA CTCATATGAG AGAGAGATGT TCGATCGAGC CAGTCTGAAA 
CTGGGCCTGG ATAAAGCTGT GTTACAGAGC ATGAGTGGGC GAGAAAGTAC TGTTGGTGGT 
ATTCAACAAC TTTCTAAAAA GGAAATAGAA GACTTGCTTC GAAGAGGGGC TTATGGTGCC 
ATTATGGAAG AAGAAGATGA AGGCTCTAAA TTCTGTGAAG AAGATATTGA TCAGATTTTA 
CTACGTCGTA CAAAAACTAT TACAATTGAA TCAGAAGGAC GTGGGTCAAC ATTTGCCAAG 
GCAAGTTTTG TGGCCTCTGG AAACCGGACA GATATTTCCT TAGATGATCC TAACTTCTGG 
CAAAAATGGG CTAAAAAGGC AGAAATTGAT ATAGATGCCA TCAGTGGCAA AAACAGCTTG 
GTTATTGACA CTCCAAGAAT TAGGAAGCAA ACAAGACCTT TTAGTGCCAC AAAAGATGAA 
TTGGCTGAAT TATCTGAAGC TGAAAGTGAA GGAGAAGAAA AACCCAAACT TCGGAGACCC 
TGTGACCGTA CCAGTGGCTA TGGAAGAACT GAATGCTTCA GAGTAGAGAA AAACCTCCTA 
GTTTATGGAT GGGGTCGATG GAGAGAGATT CTATCGCATG GACGGTTTAA AAGACAGCTA 
AATGAGCGTG ATGTAGAAGT AATTTGCCGA GCTCTCTTAG CATATTGCCT TGTTCATTAC 
CGAGGAGATG AGAAAATTAA AGGTTTCATA TGGGATCTCA TCACTCCAAC TGAAGATGGG 
CAGACACGAG AGCTACAAAA TCATCTAGGT CTGTCAGCTC CCGTACCCAG GGGTCGAAAA 
GGAAAGAAAG TAAAGACTCA AACAAGCTCG TTTGATATAC AAAAAGCAGA ATGGCTTCGA 
AAATATAACC CTGAGCAACT ACTTCAAGAT GAAGGCTACA AAAAACATAT TAAACACCAT 
TGTAATAAAG TTTTACTTCG TGTAAGAATG TTGTATTATC TAAAGCAAGA AGTTATTGGA 
AATGAGTGTC AGAAAGTATT TGATGGAGTT GATGCAAGTG ACATTGATGT TTGGGTACCA 
GAACCAGACC ATTCCGAAGT TCCTGCTGAG TGGTGGGACT TTGATGCTGA TAAGTCACTT 
CTAATTGGAG TTTTTAAACA TGGGTACGAA AAATACAACA CTATTCGAGC AGATCCGGCA 
TTATGCTTCT TAGAAAGAGT GGGGAAACCT GATGACAAAG CAGTTGCTGC TGAACAGAGA 
GCAAATGATT ACATGGATGG GGATGTGGAA GACCCAGAGT ACAAACCTGC CCCAGCCATC 
TTTAAAGATG ATATAGAGGA TGATGTTTCC TCTCCAGGAG ATCTTGTTAT AGCAGATGGA 
GATGGTCAGT TGATGGAGGG TGATAAAATT TATTGGCCTA CTCAGTCAGC ATTAACCACC 
CGATTAAGGC GTCTCATTAC TGCCTATCAG CGTACTAATA AAAACAGACA AGTCCAGCAG 
ATACAACCAA CATTCTCTGT GCCTGCCAGT ATAATTCAGC CTCTTTATGA AGAAGCCACC 
CTTAATCCTA AAATGGCAGC CAAGATAGAA AGACAACAGA GATGGACAAG AAGAGAAGAA 
GCTGACTTTT ATAGAGTCGT ATCTACATTT GGAGTCGTTT TTGACCCTGA CAGAGGCCAA 
TTTGATTGGA CAAAATTTAG AGCTATGGCC AGGCTACATA AGAAAACTGA TGATAGTTTG 
GAGAAATATT TATACTCATT TATGTCCATG TGTCGGAGAG TTTGTCGTCT TCCTTCCAAA 
GAAGAATTGG TGGATCCAAG TATTTTTATT CAACCAATTA CAGAAGAACG GGCTTCTAGG 
ACTTTGTATC GCATTGAACT TCTAAGGAAA GTACGGGAGC AGGCCCTTCG ACATCCACAG 
TTGTTTGAAC GTTTGAAGCT TTGCCATCCA AATCCAGATT TACCAATCTG GTGGGAATGT 
GGTCCCCATG ATAGGGATTT GCTCATTGGC GCTGCTAAAC ATGGGGTGAG CCGAACAGAC 
TATCACATTC TTCGTGATCC TGAACTCTCA TTTATGGCAG CTCAAAGGAA CTATAGTCAA 
AATAAAATGG CTCATTCCCG GACTTCTACC CCACTTTTAC AGCAATATCA AGTAGCACTT 
TCTACATCTC CTCTTACCTC TTTACCTAGA CTCCTAGATG CTAAAGGTAT TATTCTAGAG 
GATATGAAAG TTAAAAGTGA AAATCTTAAA GAAGAGCCTC AGTCTTCTGA AGAAGAATCT 
ATGTCTTCTG TGGAAGCCAG GACACTAATA AAGTCTGAGC CTGTAAGTCC AAAGAATGGT 
GTTTTATCAC AGGCTACTGG AGACCAGAAA TCTGGTGGAA AAGTTGAAAC AGACAGACGC 
ATGGTTGCAG CCAGAACAAA ACCCCTAACT CCAAACTCAG CTTCTAAGAA ACAGAGAGTC 
CACAAAAGAG GATCAGAATC TAGTTCTGAT TCTGACTCTG ATTCTGAGAG ATCATCTTGT 
TCTTCCAGAT CATCTTCTTC CTCGTCTTCC TCCTCTTCTT GTTCTCACTC TCGATCAGGC 
TCTAGTTCTT CTTCATCTTC ATCTTGTTCT TCAGCGTCAT CTTCATCTTC CTCTTCCTCC 
TCCTCATCAT CATCCTCTTC ATCTTCATCA GAAGAAAGTG ACAGTGATGA AGAGGAAGTC 
CAAAAGCGAG AAGGTACCCC TCATGTGAAA GCCTATGATG AAGAAAGCAT TGCATCACTG 
AGCACCACCC AGGATGAGAC CCAGGACAGT TTTCAAATAA ACAATGGGAC ACCAGAGTCT 
GCTTATGTGT TACAAGGTGG ATATATGCTG GCAGCCTCCT ATTGGCCAAA GGATCGGGTG 
ATGATCAACC GCCTGGACAG TATTTGTCAA ACAGTTCTGA AAGGGAAGTG GCCTTCAGCC 
AGAAGAAGTT ATGATGCTAA TACAGTGGCT TCTTTCTATA CCACAAAACT ACTGGACAGC 
CCTGGAGTCT CTACAGAATA CAGTGAGCCC AGTGTTCCCA CGCCTCCAGG TGCTGGTGTC 
AAAGAAGAAC ATGATCAGTC AACACAGATG TCAAAGGTGA AGAAGCATGT ACGAGAAAAG 
GAGTTTACAG TGAAAATCAA AGACGAAGGT GGTTTAAAGT TGACATTTCA GAAGCAAGGG 
CTTTCCCAGA AAAGACCGTT TGATAGTGAT GATGGTGCTC TGGGACAGCA GCAGTACCTT 
ACTCGACTTC GAGAGCTTCA GAGTGCATCA GAGACAAGCC TTGCTAATTT TCCAAAATCT 
ATGCCAATGT CAGGTACTTC CATCCAGTCA ACCTCTGGTG CCAATGGAGT CATTTTAGAC 
AACCAGCCCA TAGTCAAAAA AAGACGGGGA AGGAGAAAGA ATGTCGAGGG TGTAGACATC 
CTCTTTTTTA ATAGAAATAA ACCACCTAAT CATGTAAGTA AAATTTATTG GTCTTTGAGT 
CTAAACTTTA ATCCTAGTAA ATATACNNAA CCTCAACGAA TTCCTGATAC AGAAAGTCCA 
GTTCCAGTGA TTAATCTTAA AGATGGGACA AGACTTGCAG GAGATGACGC ACCGAAGCGA 
AAGGATTTGG AAAAATGGCT TAAGGAACAC CCAGGTTATG TGGAAGATTT AGGAGCTTTT 
ATTCCTAGAA TGCAGCTTCA CGAGGGAAGG CCCAAACAAA AAAGGCATCG TTGCAGAAAC 
CCCAATAAAC TTGATATTAA TAGTCTCACT GGAGAAGAAC GTGTTCAGCT GATTAACAGG 
AGAAATGCCA GAAAGGTTGG AGGTGCATTT GCTCCACCTT TGAAAGATTT ATGTAGATTC 
CTAAAAGAAA ATTCGGAATA TGGAGTAGCT CCTGAATGGG GAGATGTTGT TAAGCAATCT 
GGGTTTCTTC CAGAAAGTAT GTATGAACGT ATTCTCACTG GTCCGATTGT GAGAGAGGAA 
GTAAGCAGGC GAGGGAGACG CCCTAAGAGT GGAATTGCGA AGACCACAGC AGCAGTAGCT 
GCTGCAACTG CCACCAATGT TTCAGGCAAT CCTTTACTAA CCAACGGATT AGTTCCAGGT 
GTGGATCTCA CAACTCTTCA GGCCTTACAA CAAAATCTAC AAAACTTGCA GTCACTGCAA 
GTAACTGCTG GGCTGATGGG AATGCCTGCC AGCCTTTCTT CTGGAAGAGA AGCGAAAAAC 
ATGGCTGCTA TGTTCCCCAT GCTATTGTCA GGAATGACTG GATTACCAAA TCTGTTGGGC 
ATGGGAGGAC TCCTGACAAA GCCTGCAGAA TCTGGGGCAG AAGAAAAAAA GGGAAATGAC 
TCCAAGGAGC TAGAAGGAAA AACAGAAAGG ACAGAGAGCC AAAGTTCAGA GAATGGTACA 
GAAAACTCTG TTTCAAGTTC TCCTTCAACT TCCTCTACTG CTGCATTAAA TACAGCTGCA 
GCTGCTAACC CATTAGCTCT TAACCCACTG TTACTGTCTA ATATACTTTA TCCAGGGATG 
CTTCTCACTC CAGGCCTTAA TCTTCATATT CCAACTTTGT CCCAGTCCAA TACTTTTGAT 
GTACAGAAAA ACAAAAACAA TGACTTGGGC TCTTCTAAGT CTGCAGAAGT AAAGGAAGAA 
GATTCCAGAG TTAGAGATCA GGAAGACAAA GGAGTCACTG AACCCAGTCC ACTCAATGAA 
AACAGCACAG ATGAGGGTTC AGAGAAAGCC GATGCTTCAT CTGGATCTGA TAGTACATCA 
TCGTCATCTG AGGATTCAGA TTCTAGTAAT GAAGACTGA

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

RefSeq	XP_012996825.1
CDS	384..9062
Translation	MTDPMMDFFDDANLFGETLEGLSDDAFVQPGPVSLVDELNLGAEFEPLHIDSLNHVQGTPTHQKMTDFEQLNQFDSMKFHQVNQSFGSPAEHVLSPHSQFNCSPIHHPQNQPNGLFPDVADGSPMWGHQTATNISNQNGSPFHQGHSHSMHQSKSFVAHHDFALFQANEQQTQCTSLRSQQNRNNLNTGQNSLCQSKNFMDVNVSGPHRVSVNHPPQITNASTSQQSLSMQFSQTSNPSVHFLKCSSHQEGNFNGPSPNMTSCSVSNSQQFSSHYSFSSNHISPNSLQPSAVLTPNHTNQTLSDFTGGTSFSPHRGIKQESTQHILNPSTSLNSNNFQMLHSSQPQGNYSNSKLSPVHMNFPDPVDSGTQMGHFNDHVETNGFSSLEENLLHQVESQTEPFTGLDPEDLLQEGLLPQFDESTFGQDNSNHVLDHDLDRHFTSHLVARPSDMAQTQLQCQARNWHSSFSNHQHLHDRNRLCLQRQPPSSKKSDGSGTYTKLQNTQVRVMSEKKQRKKVETESKQEKANRIISEAIAKAKERGERNIPRVMSPENFPSASVEGKEEKKGRRIKSKPKDKDSKKTKTCSKLKEKTKIGKLIITLGKKQKRKNDSSDEISDAEQMPQHAFKDQDSQKRRSNRQIKRKKYTEDGEGKQSEEEVKGSMKIKKNSAPLPGEQPLQLFVENPSEEDAAIVDKILSSRIVKKEITPGVMIDTEEFFVKYKNYSYLHCEWATEQQLLKDKRIQQKIKRFKLRQAQRAHFFADMEEEPFNPDYTEVDRVLEVSFCEDKDTGEPVIYYLVKWCSLPYEDSTWELKEDVDLAKIEEFEQLQASRPDTRHLERPPSNIWKKIDQSRDYKNGNQLREYQLEGLNWLLFNWYNRRNCILADEMGnullGKTIQSITFLYEILLTGIRGPFLIIAPLSTIANWEREFRTWTDINVVVYHGSLISRQMIQQYEMYFRDSQGRIIRGAYRVQAIITTFEMIAAEKSTHMRCVIMMKHIVKK*NCKLLEGLKLMNLEHKVLLTGTPLQNTVEELFSLLHFLEPLRFPSESTFMQEFGDLKTEEQVQKLQAILKPMMLRRLKEDVEKKLAPKEETIIEVELTNIQKKYYRAILEKNFSFLSKGAGQTNVPNLVNTMMELRKCCNHPYLIKGAEEKILGEFRDTYSPTASDFHLQAMIQSAGKLVLIDKLLPKMKAGGHKVLIFSQMVRCLDILEDYLIHKRYLYERIDGRVRGNLRQAAIDRFSKPDSDRFVFLLCTRAGGLGINLTAADTCIIFDSDWNPQNDLQAQARCHRIGQNKAVKVYRLVTRNSYEREMFDRASLKLGLDKAVLQSMSGRESTVGGIQQLSKKEIEDLLRRGAYGAIMEEEDEGSKFCEEDIDQILLRRTKTITIESEGRGSTFAKASFVASGNRTDISLDDPNFWQKWAKKAEIDIDAISGKNSLVIDTPRIRKQTRPFSATKDELAELSEAESEGEEKPKLRRPCDRTSGYGRTECFRVEKNLLVYGWGRWREILSHGRFKRQLNERDVEVICRALLAYCLVHYRGDEKIKGFIWDLITPTEDGQTRELQNHLGLSAPVPRGRKGKKVKTQTSSFDIQKAEWLRKYNPEQLLQDEGYKKHIKHHCNKVLLRVRMLYYLKQEVIGNECQKVFDGVDASDIDVWVPEPDHSEVPAEWWDFDADKSLLIGVFKHGYEKYNTIRADPALCFLERVGKPDDKAVAAEQRANDYMDGDVEDPEYKPAPAIFKDDIEDDVSSPGDLVIADGDGQLMEGDKIYWPTQSALTTRLRRLITAYQRTNKNRQVQQIQPTFSVPASIIQPLYEEATLNPKMAAKIERQQRWTRREEADFYRVVSTFGVVFDPDRGQFDWTKFRAMARLHKKTDDSLEKYLYSFMSMCRRVCRLPSKEELVDPSIFIQPITEERASRTLYRIELLRKVREQALRHPQLFERLKLCHPNPDLPIWWECGPHDRDLLIGAAKHGVSRTDYHILRDPELSFMAAQRNYSQNKMAHSRTSTPLLQQYQVALSTSPLTSLPRLLDAKGIILEDMKVKSENLKEEPQSSEEESMSSVEARTLIKSEPVSPKNGVLSQATGDQKSGGKVETDRRMVAARTKPLTPNSASKKQRVHKRGSESSSDSDSDSERSSCSSRSSSSSSSSSSCSHSRSGSSSSSSSSCSSASSSSSSSSSSSSSSSSSSEESDSDEEEVQKREGTPHVKAYDEESIASLSTTQDETQDSFQINNGTPESAYVLQGGYMLAASYWPKDRVMINRLDSICQTVLKGKWPSARRSYDANTVASFYTTKLLDSPGVSTEYSEPSVPTPPGAGVKEEHDQSTQMSKVKKHVREKEFTVKIKDEGGLKLTFQKQGLSQKRPFDSDDGALGQQQYLTRLRELQSASETSLANFPKSMPMSGTSIQSTSGANGVILDNQPIVKKRRGRRKNVEGVDILFFNRNKPPNHVSKIYWSLSLNFNPSKYnullnullPQRIPDTESPVPVINLKDGTRLAGDDAPKRKDLEKWLKEHPGYVEDLGAFIPRMQLHEGRPKQKRHRCRNPNKLDINSLTGEERVQLINRRNARKVGGAFAPPLKDLCRFLKENSEYGVAPEWGDVVKQSGFLPESMYERILTGPIVREEVSRRGRRPKSGIAKTTAAVAAATATNVSGNPLLTNGLVPGVDLTTLQALQQNLQNLQSLQVTAGLMGMPASLSSGREAKNMAAMFPMLLSGMTGLPNLLGMGGLLTKPAESGAEEKKGNDSKELEGKTERTESQSSENGTENSVSSSPSTSSTAALNTAAAANPLALNPLLLSNILYPGMLLTPGLNLHIPTLSQSNTFDVQKNKNNDLGSSKSAEVKEEDSRVRDQEDKGVTEPSPLNENSTDEGSEKADASSGSDSTSSSSEDSDSSNED

Target ORF information:

RefSeq Version	XM_013141371.2
Organism	Cavia porcellus(domestic guinea pig)
Definition	Cavia porcellus chromodomain helicase DNA binding protein 9 (Chd9), mRNA.

Target ORF information:

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

XM_013141371.2

ORF Insert Sequence:

ATGACAGATC CAATGATGGA CTTTTTTGAT GATGCCAATC TTTTTGGTGA GACCTTGGAA 
GGTTTGTCAG ATGATGCATT TGTACAACCT GGACCTGTTT CACTAGTTGA TGAGTTGAAC 
TTGGGTGCAG AGTTTGAACC TTTGCACATA GACTCACTGA ATCATGTTCA AGGTACTCCA 
ACACATCAGA AGATGACTGA TTTTGAACAA CTAAATCAGT TTGATTCAAT GAAGTTTCAC 
CAAGTTAATC AATCTTTTGG TAGCCCAGCT GAACATGTAT TATCGCCACA TTCTCAGTTT 
AATTGTTCTC CAATTCATCA CCCCCAAAAC CAACCCAATG GTTTGTTTCC AGATGTAGCA 
GATGGCAGCC CAATGTGGGG CCATCAGACA GCTACTAATA TTTCTAATCA AAATGGATCC 
CCTTTTCATC AAGGACATTC ACACTCTATG CATCAAAGTA AAAGCTTTGT TGCACACCAT 
GACTTTGCCT TATTTCAGGC CAATGAACAA CAAACACAGT GTACTTCACT ACGTTCCCAG 
CAAAACCGGA ATAATCTTAA CACAGGCCAA AATTCTCTAT GCCAGTCTAA AAATTTTATG 
GATGTTAATG TTTCTGGTCC ACATAGAGTC AGTGTTAACC ACCCACCACA AATTACTAAT 
GCATCTACTT CACAACAGTC CCTTTCAATG CAATTTTCTC AAACGTCAAA TCCTTCAGTA 
CACTTTCTGA AGTGTAGCAG TCATCAAGAA GGAAATTTTA ATGGACCTTC TCCAAATATG 
ACTTCTTGTT CTGTCAGTAA TTCACAGCAG TTTTCTTCAC ATTATTCCTT TTCCAGTAAT 
CATATATCAC CAAACAGTCT CCAGCCCTCT GCTGTTCTTA CACCCAATCA TACAAATCAG 
ACTTTATCTG ATTTTACTGG AGGTACTTCC TTTTCACCTC ATAGAGGAAT CAAACAAGAG 
TCTACTCAGC ATATCCTGAA CCCCAGTACA TCATTGAATT CAAATAATTT CCAAATGTTG 
CATTCGTCAC AGCCTCAGGG TAATTATAGC AATTCAAAAT TATCTCCTGT GCACATGAAC 
TTCCCAGATC CTGTTGACTC AGGAACTCAA ATGGGCCACT TCAATGATCA TGTAGAAACT 
AATGGCTTTT CATCTTTGGA AGAGAATTTA CTTCATCAAG TGGAATCACA AACTGAGCCC 
TTCACAGGAC TTGATCCAGA GGACCTCCTT CAAGAAGGGC TCCTTCCGCA ATTTGATGAG 
TCAACATTTG GACAAGATAA TTCAAATCAT GTTTTAGATC ATGATCTTGA TCGACACTTT 
ACTTCACATC TTGTAGCACG GCCTTCTGAT ATGGCTCAAA CTCAGTTGCA ATGTCAGGCT 
CGGAACTGGC ATTCATCATT TTCTAATCAT CAGCATTTAC ATGACAGAAA TCGACTATGT 
TTACAGAGAC AGCCTCCATC TTCCAAGAAG AGTGATGGTT CCGGGACATA CACTAAGTTG 
CAGAATACCC AGGTGAGAGT CATGTCTGAG AAGAAGCAGA GAAAAAAGGT GGAAACAGAA 
AGCAAGCAAG AAAAGGCTAA TCGTATAATA TCAGAGGCTA TAGCAAAAGC AAAGGAGCGT 
GGGGAGCGCA ATATTCCTCG AGTAATGAGC CCTGAAAACT TTCCTAGTGC TTCAGTTGAA 
GGCAAAGAGG AAAAGAAAGG TCGAAGGATA AAATCAAAGC CAAAGGACAA AGACAGCAAA 
AAAACAAAAA CTTGTTCTAA ATTAAAAGAG AAGACAAAAA TTGGCAAACT CATTATAACA 
TTGGGTAAGA AACAAAAAAG AAAGAATGAT TCTTCAGATG AAATATCTGA TGCCGAGCAG 
ATGCCACAGC ATGCATTCAA AGATCAAGAT TCTCAAAAAA GAAGATCAAA TCGACAAATT 
AAACGAAAAA AATACACAGA AGATGGAGAA GGGAAACAAT CTGAAGAAGA GGTTAAAGGC 
TCAATGAAAA TAAAAAAGAA TTCAGCTCCT TTACCTGGTG AACAGCCTTT GCAATTATTT 
GTGGAGAATC CGAGTGAAGA AGATGCTGCA ATTGTAGACA AAATACTATC TTCTAGAATT 
GTGAAAAAGG AAATAACACC TGGAGTGATG ATTGATACAG AAGAATTTTT TGTGAAATAC 
AAGAATTACT CTTATCTTCA TTGTGAGTGG GCCACAGAAC AGCAGCTTTT GAAAGATAAA 
AGGATCCAGC AGAAAATCAA ACGATTCAAA TTGAGACAAG CACAAAGAGC ACATTTTTTT 
GCAGATATGG AAGAAGAACC ATTTAACCCA GACTACACTG AAGTAGACAG AGTTTTAGAA 
GTTTCTTTTT GTGAAGATAA GGACACTGGG GAGCCTGTTA TTTACTACTT AGTAAAGTGG 
TGCTCGTTGC CATATGAAGA TAGTACATGG GAACTAAAAG AAGATGTAGA CCTTGCAAAA 
ATAGAAGAAT TTGAACAACT GCAAGCTTCA AGGCCTGACA CAAGACATTT AGAACGTCCT 
CCTTCTAATA TATGGAAGAA AATTGATCAA TCCAGGGACT ATAAAAATGG CAATCAACTC 
AGGGAATATC AACTGGAAGG ACTCAACTGG CTCCTATTCA ATTGGTACAA CAGACGAAAC 
TGCATTTTAG CAGATGAAAT GGGTNCTGGG AAAACCATTC AATCAATTAC ATTCCTCTAC 
GAAATCCTTC TGACTGGTAT AAGAGGACCT TTCCTGATTA TTGCACCACT TTCTACCATT 
GCAAACTGGG AGAGAGAATT TCGTACGTGG ACTGATATTA ATGTTGTGGT TTATCATGGG 
AGCCTGATCA GCAGACAGAT GATACAGCAA TATGAGATGT ACTTCAGGGA TTCACAGGGG 
CGCATCATTC GAGGAGCTTA CAGAGTCCAA GCTATCATCA CTACTTTTGA AATGATCTGA 
GCTGCGGAGA AATCCACGCA TTGAATGCGA TGTGTGATTA TGATGAAGCA CATAGTTAAA 
AAATAAAATT GTAAGCTTCT AGAAGGTCTG AAACTCATGA ATTTGGAACA CAAGGTGCTT 
TTGACTGGAA CTCCTCTCCA AAATACAGTT GAAGAACTCT TCAGTCTTCT GCACTTTCTC 
GAACCATTAA GGTTTCCTTC TGAGTCAACA TTTATGCAAG AATTTGGAGA TCTGAAAACA 
GAGGAACAGG TGCAGAAACT TCAAGCTATT CTGAAACCGA TGATGTTGAG GAGATTAAAA 
GAAGATGTAG AAAAAAAATT GGCACCTAAG GAAGAAACTA TCATTGAAGT AGAGCTTACT 
AACATTCAAA AGAAATACTA CAGGGCTATT TTGGAGAAAA ATTTTTCATT TTTATCCAAG 
GGTGCAGGAC AAACTAATGT ACCTAATTTG GTAAATACCA TGATGGAGCT CAGGAAATGC 
TGTAATCATC CATATCTTAT CAAAGGTGCT GAGGAGAAAA TACTTGGGGA ATTTAGGGAT 
ACTTATAGTC CTACTGCTTC TGATTTTCAT CTTCAAGCAA TGATCCAGTC TGCTGGAAAG 
TTGGTCCTTA TTGATAAATT GCTTCCCAAG ATGAAAGCAG GGGGTCACAA AGTACTCATC 
TTCTCTCAGA TGGTTCGCTG TCTTGACATT TTGGAAGACT ATCTCATACA TAAAAGATAT 
TTGTATGAGC GAATTGATGG GAGAGTCAGA GGGAATCTTC GACAGGCTGC TATAGATCGA 
TTTAGTAAAC CTGATTCAGA TCGATTTGTT TTTCTCCTGT GTACACGAGC TGGTGGCTTG 
GGCATCAACT TAACTGCAGC TGATACATGT ATAATTTTTG ATTCTGATTG GAATCCTCAA 
AATGACCTTC AGGCCCAGGC TCGTTGCCAC AGAATTGGTC AGAACAAAGC AGTTAAAGTC 
TACAGATTAG TAACTCGTAA CTCATATGAG AGAGAGATGT TCGATCGAGC CAGTCTGAAA 
CTGGGCCTGG ATAAAGCTGT GTTACAGAGC ATGAGTGGGC GAGAAAGTAC TGTTGGTGGT 
ATTCAACAAC TTTCTAAAAA GGAAATAGAA GACTTGCTTC GAAGAGGGGC TTATGGTGCC 
ATTATGGAAG AAGAAGATGA AGGCTCTAAA TTCTGTGAAG AAGATATTGA TCAGATTTTA 
CTACGTCGTA CAAAAACTAT TACAATTGAA TCAGAAGGAC GTGGGTCAAC ATTTGCCAAG 
GCAAGTTTTG TGGCCTCTGG AAACCGGACA GATATTTCCT TAGATGATCC TAACTTCTGG 
CAAAAATGGG CTAAAAAGGC AGAAATTGAT ATAGATGCCA TCAGTGGCAA AAACAGCTTG 
GTTATTGACA CTCCAAGAAT TAGGAAGCAA ACAAGACCTT TTAGTGCCAC AAAAGATGAA 
TTGGCTGAAT TATCTGAAGC TGAAAGTGAA GGAGAAGAAA AACCCAAACT TCGGAGACCC 
TGTGACCGTA CCAGTGGCTA TGGAAGAACT GAATGCTTCA GAGTAGAGAA AAACCTCCTA 
GTTTATGGAT GGGGTCGATG GAGAGAGATT CTATCGCATG GACGGTTTAA AAGACAGCTA 
AATGAGCGTG ATGTAGAAGT AATTTGCCGA GCTCTCTTAG CATATTGCCT TGTTCATTAC 
CGAGGAGATG AGAAAATTAA AGGTTTCATA TGGGATCTCA TCACTCCAAC TGAAGATGGG 
CAGACACGAG AGCTACAAAA TCATCTAGGT CTGTCAGCTC CCGTACCCAG GGGTCGAAAA 
GGAAAGAAAG TAAAGACTCA AACAAGCTCG TTTGATATAC AAAAAGCAGA ATGGCTTCGA 
AAATATAACC CTGAGCAACT ACTTCAAGAT GAAGGCTACA AAAAACATAT TAAACACCAT 
TGTAATAAAG TTTTACTTCG TGTAAGAATG TTGTATTATC TAAAGCAAGA AGTTATTGGA 
AATGAGTGTC AGAAAGTATT TGATGGAGTT GATGCAAGTG ACATTGATGT TTGGGTACCA 
GAACCAGACC ATTCCGAAGT TCCTGCTGAG TGGTGGGACT TTGATGCTGA TAAGTCACTT 
CTAATTGGAG TTTTTAAACA TGGGTACGAA AAATACAACA CTATTCGAGC AGATCCGGCA 
TTATGCTTCT TAGAAAGAGT GGGGAAACCT GATGACAAAG CAGTTGCTGC TGAACAGAGA 
GCAAATGATT ACATGGATGG GGATGTGGAA GACCCAGAGT ACAAACCTGC CCCAGCCATC 
TTTAAAGATG ATATAGAGGA TGATGTTTCC TCTCCAGGAG ATCTTGTTAT AGCAGATGGA 
GATGGTCAGT TGATGGAGGG TGATAAAATT TATTGGCCTA CTCAGTCAGC ATTAACCACC 
CGATTAAGGC GTCTCATTAC TGCCTATCAG CGTACTAATA AAAACAGACA AGTCCAGCAG 
ATACAACCAA CATTCTCTGT GCCTGCCAGT ATAATTCAGC CTCTTTATGA AGAAGCCACC 
CTTAATCCTA AAATGGCAGC CAAGATAGAA AGACAACAGA GATGGACAAG AAGAGAAGAA 
GCTGACTTTT ATAGAGTCGT ATCTACATTT GGAGTCGTTT TTGACCCTGA CAGAGGCCAA 
TTTGATTGGA CAAAATTTAG AGCTATGGCC AGGCTACATA AGAAAACTGA TGATAGTTTG 
GAGAAATATT TATACTCATT TATGTCCATG TGTCGGAGAG TTTGTCGTCT TCCTTCCAAA 
GAAGAATTGG TGGATCCAAG TATTTTTATT CAACCAATTA CAGAAGAACG GGCTTCTAGG 
ACTTTGTATC GCATTGAACT TCTAAGGAAA GTACGGGAGC AGGCCCTTCG ACATCCACAG 
TTGTTTGAAC GTTTGAAGCT TTGCCATCCA AATCCAGATT TACCAATCTG GTGGGAATGT 
GGTCCCCATG ATAGGGATTT GCTCATTGGC GCTGCTAAAC ATGGGGTGAG CCGAACAGAC 
TATCACATTC TTCGTGATCC TGAACTCTCA TTTATGGCAG CTCAAAGGAA CTATAGTCAA 
AATAAAATGG CTCATTCCCG GACTTCTACC CCACTTTTAC AGCAATATCA AGTAGCACTT 
TCTACATCTC CTCTTACCTC TTTACCTAGA CTCCTAGATG CTAAAGGTAT TATTCTAGAG 
GATATGAAAG TTAAAAGTGA AAATCTTAAA GAAGAGCCTC AGTCTTCTGA AGAAGAATCT 
ATGTCTTCTG TGGAAGCCAG GACACTAATA AAGTCTGAGC CTGTAAGTCC AAAGAATGGT 
GTTTTATCAC AGGCTACTGG AGACCAGAAA TCTGGTGGAA AAGTTGAAAC AGACAGACGC 
ATGGTTGCAG CCAGAACAAA ACCCCTAACT CCAAACTCAG CTTCTAAGAA ACAGAGAGTC 
CACAAAAGAG GATCAGAATC TAGTTCTGAT TCTGACTCTG ATTCTGAGAG ATCATCTTGT 
TCTTCCAGAT CATCTTCTTC CTCGTCTTCC TCCTCTTCTT GTTCTCACTC TCGATCAGGC 
TCTAGTTCTT CTTCATCTTC ATCTTGTTCT TCAGCGTCAT CTTCATCTTC CTCTTCCTCC 
TCCTCATCAT CATCCTCTTC ATCTTCATCA GAAGAAAGTG ACAGTGATGA AGAGGAAGTC 
CAAAAGCGAG AAGGTACCCC TCATGTGAAA GCCTATGATG AAGAAAGCAT TGCATCACTG 
AGCACCACCC AGGATGAGAC CCAGGACAGT TTTCAAATAA ACAATGGGAC ACCAGAGTCT 
GCTTATGTGT TACAAGGTGG ATATATGCTG GCAGCCTCCT ATTGGCCAAA GGATCGGGTG 
ATGATCAACC GCCTGGACAG TATTTGTCAA ACAGTTCTGA AAGGGAAGTG GCCTTCAGCC 
AGAAGAAGTT ATGATGCTAA TACAGTGGCT TCTTTCTATA CCACAAAACT ACTGGACAGC 
CCTGGAGTCT CTACAGAATA CAGTGAGCCC AGTGTTCCCA CGCCTCCAGG TGCTGGTGTC 
AAAGAAGAAC ATGATCAGTC AACACAGATG TCAAAGGTGA AGAAGCATGT ACGAGAAAAG 
GAGTTTACAG TGAAAATCAA AGACGAAGGT GGTTTAAAGT TGACATTTCA GAAGCAAGGG 
CTTTCCCAGA AAAGACCGTT TGATAGTGAT GATGGTGCTC TGGGACAGCA GCAGTACCTT 
ACTCGACTTC GAGAGCTTCA GAGTGCATCA GAGACAAGCC TTGCTAATTT TCCAAAATCT 
ATGCCAATGT CAGGTACTTC CATCCAGTCA ACCTCTGGTG CCAATGGAGT CATTTTAGAC 
AACCAGCCCA TAGTCAAAAA AAGACGGGGA AGGAGAAAGA ATGTCGAGGG TGTAGACATC 
CTCTTTTTTA ATAGAAATAA ACCACCTAAT CATGTAAGTA AAATTTATTG GTCTTTGAGT 
CTAAACTTTA ATCCTAGTAA ATATACNNAA CCTCAACGAA TTCCTGATAC AGAAAGTCCA 
GTTCCAGTGA TTAATCTTAA AGATGGGACA AGACTTGCAG GAGATGACGC ACCGAAGCGA 
AAGGATTTGG AAAAATGGCT TAAGGAACAC CCAGGTTATG TGGAAGATTT AGGAGCTTTT 
ATTCCTAGAA TGCAGCTTCA CGAGGGAAGG CCCAAACAAA AAAGGCATCG TTGCAGAAAC 
CCCAATAAAC TTGATATTAA TAGTCTCACT GGAGAAGAAC GTGTTCAGCT GATTAACAGG 
AGAAATGCCA GAAAGGTTGG AGGTGCATTT GCTCCACCTT TGAAAGATTT ATGTAGATTC 
CTAAAAGAAA ATTCGGAATA TGGAGTAGCT CCTGAATGGG GAGATGTTGT TAAGCAATCT 
GGGTTTCTTC CAGAAAGTAT GTATGAACGT ATTCTCACTG GTCCGATTGT GAGAGAGGAA 
GTAAGCAGGC GAGGGAGACG CCCTAAGAGT GGAATTGCGA AGACCACAGC AGCAGTAGCT 
GCTGCAACTG CCACCAATGT TTCAGGCAAT CCTTTACTAA CCAACGGATT AGTTCCAGGT 
GTGGATCTCA CAACTCTTCA GGCCTTACAA CAAAATCTAC AAAACTTGCA GTCACTGCAA 
GTAACTGCTG GGCTGATGGG AATGCCTGCC AGCCTTTCTT CTGGAAGAGA AGCGAAAAAC 
ATGGCTGCTA TGTTCCCCAT GCTATTGTCA GGAATGACTG GATTACCAAA TCTGTTGGGC 
ATGGGAGGAC TCCTGACAAA GCCTGCAGAA TCTGGGGCAG AAGAAAAAAA GGGAAATGAC 
TCCAAGGAGC TAGAAGGAAA AACAGAAAGG ACAGAGAGCC AAAGTTCAGA GAATGGTACA 
GAAAACTCTG TTTCAAGTTC TCCTTCAACT TCCTCTACTG CTGCATTAAA TACAGCTGCA 
GCTGCTAACC CATTAGCTCT TAACCCACTG TTACTGTCTA ATATACTTTA TCCAGGGATG 
CTTCTCACTC CAGGCCTTAA TCTTCATATT CCAACTTTGT CCCAGTCCAA TACTTTTGAT 
GTACAGAAAA ACAAAAACAA TGACTTGGGC TCTTCTAAGT CTGCAGAAGT AAAGGAAGAA 
GATTCCAGAG TTAGAGATCA GGAAGACAAA GGAGTCACTG AACCCAGTCC ACTCAATGAA 
AACAGCACAG ATGAGGGTTC AGAGAAAGCC GATGCTTCAT CTGGATCTGA TAGTACATCA 
TCGTCATCTG AGGATTCAGA TTCTAGTAAT GAAGACTGA

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

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Chd9 cDNA ORF clone, Cavia porcellus(domestic guinea pig)

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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