NSD1 cDNA ORF clone, Bos indicus(Bos taurus indicus)

Gene
Clones
gRNAs

Summary

Gene Symbol	NSD1
Entrez Gene ID	109561894
Full Name	nuclear receptor binding SET domain protein 1
Gene Type	protein-coding
Organism	Bos indicus(Bos taurus indicus)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019964700.1	XP_019820259.1	LOW QUALITY PROTEIN: histone-lysine N-methyltransferase, H3 lysine-36 and H4 lysine-20 specific

Pathways from BioSystems
Gene Ontology

The following NSD1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the NSD1 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
OBo52526	XM_019964700.1 Latest version!	Bos indicus nuclear receptor binding SET domain protein 1 (NSD1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00

ORF Online Only Promotion

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

NSD1 ( XM_019964700.1 ) cDNA ORF clone, Bos indicus(Bos taurus indicus) -> XP_019820259.1 Bos indicus nuclear receptor binding SET domain protein 1 (NSD1), mRNA.

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CloneID	OBo52526
Clone ID Related Accession (Same CDS sequence)	XM_019964700.1
Accession Version	XM_019964700.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7290bp) 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	2017-01-11
Organism	Bos indicus(Bos taurus indicus)
Product	LOW QUALITY PROTEIN: histone-lysine N-methyltransferase, H3 lysine-36 and H4 lysine-20 specific
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_032656.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bos indicus Annotation Release 100 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## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGCCCCTGA AGACAAGGAC AGCCCTTTCG GATGATCCAG ACTCCAGTAC CAGTACATTA 
GGAAACATGC TAGAATTACC TGGAACTTCA TCATCATCTA CTTCACAGGA ATTGCCATTT 
TGTCAACCCA AGAAAAAGGC TACGCCGCTG AAGTATGAAG TTGGAGATCT CATCTGGGCA 
AAATTCAAGA GACGCCCATG GTGGCCCTGC AGGATTTGTT CTGATCCGTT GATTAATACA 
CACTCAAAAA TGAAAGTTTC TAACCGCAGG CCCTATCGAC AGTACTACGT GGAGGCTTTT 
GGAGATCCTT CTGAGAGAGC CTGGGTGGCT GGAAAAGCAA TCGTTATGTT CGAAGGCAGA 
CATCAATTTG AAGAGCTACC TGTCCTTAGG AGAAGAGGGA AGCAGAAAGA GAAGGGATAT 
AGGCATAAGG TTCCTCAGAA GATTTTGAGT AAATGGGAAG CCAGTGTTGG TCTTGCTGAG 
CAGTATGATA TTCCCAAAGG GTCGAAGAAC CGAAAGTGTG TCACCAGTTC AATCAAGTTG 
GACAGTGAGG AGGATATGCC ATTTGAGGAC TGTACAAATG ATCCTGAATC AGAACATGAC 
CTGTTGCTTA ATGGCTGCTT GAAATCTCTG GCTTTTGACT CTGAACATTC TGCAGATGAG 
AAGGAAAAAC CTTGTGCTAA GTCTCGAGCC AGAAAGAGCT CTGATAATCC AAAAAGGACT 
AGTGTGAAAA AGGGCCATAT GCAATTTGAA ACACATAAGG AAGAACGGAG GGGAAAGATT 
CCAGAAAACC TTGGCTTAAA CTTTATTTCT GGGGATGTGT CTGATAAGCA GGCCTCGAAT 
GAACTTTCCC GGATAGCGAA CAGCCTCACA GGGCCCAGCA CTGCTCCAGG AAGTTTCCTG 
TTTTCTTCTT GTGCAAAAAA CACTGCAAAG AAAGAATTTG AGACTTCAAA TTGTGACTCT 
TTACTGGGCT TGTCTGAGGG TGCCTTGATC TCTAAACGTT CTGGGGAGAA GAAGAAATTC 
CAGCGAGGTC TGATGTGTAG TTCGAAAGTA CAGCTCTGCT ATATTGGAGC AGGTGATGAA 
GAAAAACGAA GTGATTCCAT TAGTATTTGT ACCACTTCTG ATGATGGAAG CAGTGATTTG 
GATCCTGTAG ATCATAGTTC AGAGTCTGAT AACAGTGTCC TTGAAATTAC AGATGCTTTT 
GATAGATCAG AGAACTTGTT ACCTGTGCAG AAAAATGAAA AGGTAAAGTA TTCTAGGTAT 
CCTGCCACAA ACACTAAGGT AAAAGCAAAG CAGAAGTCTC TGATTACTAA CTCACACACG 
GACCACCTAA TAAATTGTAC CAAGACAACA GAGCCTGGAA CTGAGACGTC TCAGATTAAT 
CTCTCTGATC TTAAAGTGTC AACTCTTGTC CGAAAACCCC AACCAGATTT TAGAAACGAT 
GGATTTTCTT CAAAATTCAA CACATCATCA AGTATTTCCA GTGAGAACTC AATAATAAAA 
GGTGGGGCTA AAAATCAAGC TCTGTTACAT TCAAAAAGCA AACAGCCCAA AATTCGAAGT 
ATCAAGTGCA AACATAAAGA AAACCCAGTT GTAGCAGAAC CTCCAGTTGC AAATGAGGAC 
TGCAGTTTGA AATGCTGCTC TTCTGATAAC AAAGGCTCTC CTTTGGCCAG CATTTCTAAA 
AGCGGGAAAG TGGATGGACT GAAACTACTG AGCAACATGC ATGAGAAAAC CAGGGATTCG 
AGTGACATAG AAACAGCAGT GGTGAAACAC GTTCTGTCAG AGTTGAAGGA GCTCTCTTAC 
AGATCCTTAA GTGAAGATGT CAGTGACTCC GGAACGTCAA AGCCATCGAA ACCATTACTT 
TTTTCTTCTG CCTCTGGTCA GAATCACATA CCTATTGAAC CAGACTACAA ATTCAGTACA 
TTACTAATGA TGTTGAAAGA TATGCATGAT AGTAAGACCA AGGAGCAACG AATAATGACA 
GCTCAGAACT TGGTCTCTTA TCGGAGTCCT GGTCTTGGGG ACTGTTCTAC CAGCAGTCCT 
GTGTCAGCTC CTAAGGTCTT GGTTTCAGGA GGCTCCAATC ACAGTTCAGA AAAAAGTGGA 
GATGGCACTC AGGATCCAGT CCACCCTGGC CCTGGTGGGG GTGACTCTGC ACTGTCTGGG 
GAGCTGTCTA CTTCCCTGCC TGGCTTGGGG TCTGATAAAA GAGACCTCCC TGCTTCTGGC 
AAAAATCGTT CAAACTGCGT TACTAGGCGC AACTGTGGTC GATCAAAGCC ATCCAAATTT 
CGAGATGGTT TTTCAGCCCA GATGGGAAAG AACACAGTGA ACCGTAAAGC CTTAAAAACA 
GAACGCAGAA GAAAACTGAA TGAGCTTCCA GCTGTGACTC TTGAGGCTGC ACTACAGGGA 
GACAGAGAGA GTAGGGGTTC AGAGAACAGC TCCTCCAGAG GTGAAGCAGA AGACCCTGGT 
AAAGAACCAA CCCTTCAATT AATGGGCCAT TTAACAAGTG AAGATGGTGC CCATTTTTCC 
AGTGTTAGTT TTGATAATAA AGTCAACCAG TCTGACCCTG AAAAAATTCC TGAAAAAGGC 
CCCTCTTTTG AAATCAGGAA AGTCCCAGAG CTGGACTCTG AAATGAACAG TGAGAATGAT 
GAACCCAGTA GTATAAATGA AGCAGTGCCT AAAAAGCGAT GGCAACGTTT AAACCAAAGG 
CGCACTAAAC CTCGTAAACG CACTAACAGA TTTAAGGAAA AAGAAAACTC TGAGGGTGCC 
TTTGGGGTCT TGCTTTCTGC TGACCCTGTA AAGAAGGAAG ATGAGTTCCC AGAGCAGAGA 
CCTCCTGCTT CGACAAACAA ACTAGAGGAT GCACTGACAG ATCCAAATCA TGCCAACCAC 
TTAGATTCAG CTGGGCCGCG GTTGAATGTT TGTGATAAAT CCAATGCTAG CAATGAGGAG 
ATGGAAAAGG AGCCAGGAAT TCCCAGTTTG ACTCCTCAAC CTGAGCTCCC TGAACCAGCT 
GTGCGATCAG AGAAGAAACG CCTTAGGAAG CCAAGCAAGT GGCTTCTGGA ATATACAGAA 
GAATATGATC AGATATTTGC TCCTAAGAAA AAACAAAAGA AGACACAGGA ACAGGTGCAC 
AAGGTAAGTT CCCGCTGTGA AGAGGAAAGC CTTTTAGCCC GATGTCGATC TAGTGCTCAG 
AACAAACAGG TGGATGAGAA TTCTTTGATT TCAACCAAAG AAGAGCCTCC AGTTCTTGAA 
AGGGAGGCTC CATTTTTGGA AGGGCCCTTG GCTCAGTCAG AACTTGGAGG TGGACATGCT 
GAGTTGCCAC AGCTGACCTT ATCTGTACCT GTGGCTCCGG AAGTCTCTCC ACGGCCTGCC 
CTTGAGTCTG AGGAATTGCT AGTTAAACCA CCAGGAAATT ATGAAAGTAA GCGTCAGAGA 
AAACCAACTA AGAAACTTCT TGAATCCAAT GATTTAGACC CTGGATTTAT GCCCAAGAAA 
GGGGATCTTG GCCTTACTAA AAAGTGTTAT GAAGCTGGTC ACTTGGAGAA TGACATTAAT 
GAATCATGTG CTGCACCTCG TTCTAAAGAG TTTGGTGGAG GCACCACCAA GCTGTTTGAT 
AAACCAAGGA AGCGAAAACG ACAGAGGCAT GCTACAGCCA AGTTGCATTG TAAAAAAGTG 
AAAAATGACA TCTCATCAAA AGAAACTCCA AACTCTGAGG GAGAACTGAT GACACACAGG 
ACAGCTGCAA GCCCCAAGGA GACTGTTGAG GAGGGTGTAG AAAACGACCA TGGAATGCCT 
GCATCTAAAA AGCTGCAGGG GGAACGAGGA GGTGGAGCCG CACTCAAGGA GAATGTCTGT 
CAGAACTGTG AGAAACTGGG TGAGCTGCTA TTATGTGAGG CTCAGTGCTG TGGGGCTTTC 
CACTTGGAGT GCCTTGGATT AACTGAAATG CCCAGAGGAA AGTTTATCTG CAATGAATGT 
CKCACAGGAA TACATACCTG TTTTGTATGC AAGCAGAGTG GGGAAGATGT GAAAAGGTGC 
CTTCTGCCCT TATGTGGAAA GTTTTACCAT GAAGAGTGCG TCCAGAAGTA CCCACCCACC 
GTGATGCAGA ACAAGGGCTT CCGGTGTTCC CTCCACATAT GTACTACCTG CCATGCTGCC 
AATCCAGCCA GTGTTTCTGC GTCTAAAGGT CGACTGATGC GCTGTGTCCG CTGCCCAGTG 
GCATACCATG CCAATGACTT TTGCCTGGCT GCTGGGTCAA AGATCCTTGC ATCCAATAGC 
ATCATCTGCC CTAATCACTT TACCCCTAGG CGTGGCTGCC GAAATCATGA GCATGTTAAT 
GTTAGCTGGT GTTTTGTGTG CTCTGAAGGA GGCAGCCTTC TGTGTTGTGA TTCTTGCCCT 
GCTGCTTTTC ATCGTGAATG CCTGAACATT GATATCCCTG AAGGAAACTG GTATTGCAAT 
GACTGTAAGG CAGGCAAAAA GCCACATTAC AGAGAAATTG TCTGGGTAAA AGTTGGAAGA 
TACAGGTGGT GGCCAGCTGA GATCTGCCAT CCTCGAGCTG TACCTTCCAA TATTGACAAG 
ATGAGACATG ATGTAGGCGA GTTCCCTGTG CTCTTCTTTG GGTCTAATGA CTATCTGTGG 
ACTCACCAGG CCCGAGTCTT TCCTTACATG GAGGGGGATG TGAGCAGCAA GGATAAGATG 
GGCAAAGGAG TCGACGGGAC ATACAAAAAA GCTCTTCAGG AAGCTGCAGC AAGGTTTGAG 
GAGTTGAAGG CCCAAAAAGA GCTAAGACAG CTGCAGGAAG ATCGAAAGAA TGACAAGAAG 
CCACCACCTT ACAAACATAT AAAGGTGAAC CGTCCTATTG GCAGGGTACA RATCTTCACT 
GCAGACTTGT CTGAGATCCC CCGTTGCAAC TGTAAAGCCA CGGATGAGAA CCCCTGCGGC 
ATAGACTCTG AGTGCATCAA CCGCATGCTG CTGTATGAGT GCCACCCTAC CGTGTGCCCT 
GCTGGAGGTC GCTGCCAGAA CCAGTGCTTT ACCAAGCGCC AGTACCCAGA GGTGGAAATT 
TTTCGCACAT TACAGAGGGG CTGGGGTCTC CGAACAAAAA CAGATATTAA AAAGGGTGAA 
TTTGTGAATG AATATGTGGG TGAGCTAATA GATGAAGAAG AGTGCAGAGC TCGAATCCGT 
TATGCCCAAG AACATGATAT CACTAATTTT TATATGCTAA CTCTAGACAA AGACCGGATT 
ATTGATGCTG GCCCCAAAGG AAACTATGCT CGATTCATGA ATCATTGCTG CCAGCCTAAC 
TGTGAAACAC AGAAGTGGTC TGTGAATGGA GACACCCGGG TTGGCCTTTT TGCCCTGAGT 
GACATTAAAG CAGGCACTGA ACTTACCTTC AACTACAATC TAGAATGTCT TGGGAATGGA 
AAGACCGTTT GCAAATGTGG AGCCCCAAAC TGCAGTGGCT TTTTGGGTGT AAGGCCAAAG 
AATCAACCCA TTGCCACAGA GGAAAAGTCA AAGAAATTCA AGAAGAAGCA ACAGGGGAAG 
CGCAGAACCC AGGGTGAAGT CACAAAGGAG CGAGAGGATG AATGTTTCAG CTGTGGGGAT 
GCTGGCCAGC TCGTCTCTTG TAAGAAGCCA GGCTGCCCCA AAGTTTACCA TGCAGACTGT 
CTCAATCTAA CCAAGCGACC AGCAGGGAAA TGGGAGTGTC CTTGGCATCA GTGTGACATA 
TGCGGAAAGG AAGCAGCCTC CTTCTGTGAG ATGTGTCCCA GCTCCTTCTG CAAGCAGCAT 
CGGGAAGGGA TGCTCTTCAT CTCCAAACTG GATGGGCGCC TGTCTTGTAC TGAGCATGAT 
CCCTGTGGGC CCAACCCTCT GGAACCGGGG GAGATCCGTG AGTATGTACC TCCTCCAGTA 
CCACTGCCTC CAGGCCCAAG CACTCACCTG GCAGAGCAAT CATCAGGAGT GGCTGCTCAA 
GGGCCCAAGA TGTCGGACAA GCCATCCGCT GACACCAACC CGTCGCTGTC GCTGTCCAAA 
AAAGCTCTGG CAGGGACTTG TCAGAGGCCC CCGCTGCCTG AAAGGCCTCC TGACAGAACT 
GACTCCAGGC CCCAGCCTGT AGATAGGGTC AGGGACCTTG CTGGGTCAGG GACCAAACCC 
CAATCATTGG TATCCAGCCA GAAGCCATTG GACAGGCCAC CTGCAGTGGC AGGACCAAGA 
CCCCAATTAT CTGACAAACC CTCTCCCGTG ACCGGCCCAA GCTCCTCACC CTCAGTCAGG 
TCTCAGCCAC TGGAAAGACC TCTGGGGACA GCTGACCCAA GGCTGGATAA ATCCATAGGT 
GCTGCCAGCC CAAGGCCCCA GTCACTGGAG AAAACCCCTG TCCCTACGGG CCTGAGACTT 
CCACCGCCAG AGAAACTGCT AGTCACCAGC GGTCCCAAAC CCCAGACTTC AGACAGACCC 
CCTGACAAAT CCCATGTCTC TTTGTCCCAG AGACTTCCAC CTCCTGACAA AGTACTGTCA 
GCTGTGGTCC AGACCCTGGT AGCTAAAGAA AAAGCACTGA GGCCCGTGGA CCAGAATACT 
CAGTCAAAAA ATAGAGCTGC TTTGGTGATG GATCTCATAG ACCTAACTCC TCGCCAGAAG 
GATCGGGCAG GTTCACCCCA TGAGCTCACA CCACAGGCTG ATGAGAAGAT GCCAGTGTTG 
GAGTCGAGCT CATGGCCTGC CAGCAAAGGT CTAGGACAGA TACCACGAGC TGTTGAGAGA 
GGCAGTGTGT CAGATGCTGT CCTTCAGCCA CTGGGCAAAG CAGCGGCCAC TTCAGAACAC 
TCCTGGCAAG CTGTTAAATC ACTCACCCAG GCCAGACTTC TTTCTCAGCC CCCTGCCAAG 
GCTTTTTTAT ATGAGCCAGC AACTCAGGCC TCAGGAAGAG CACCTGCAGG GGCTGAACAG 
ACCCCAGGGC CTCCCAGTCA AGCGCCAGGC CTGGTGAAGC AGGTGAAGCA GATGGCTGGG 
GGCCAGCAAC TACCTGGACT TGCTGCCAAG AGTGGGCAGT CCTTCAGGCC TCTTGGGAAG 
TCGTCCCTTT CCACTGAAGA GAAGAAGCTG GCACCCACAG AGCAGAGTCC CTGGGCCCTG 
GGCAAGGCCT CGCCAGGGCC AGGGCTCTGG CCCATGGTGG CTGGACAGAC ACTGGCACAG 
TCTTGCTGGT CCTCCGGGAG CACACAGACA CTGGCACAGA CTTGCTGGTC TCTTGGAAGA 
GGGAAAGACC CTAAACCAGA GCAAAGTACA CTTCCAGCTC TTAACCAGGC TCCTTCCAGT 
CACAAGTGTG CAGAGTCAGA ACAGAAGTAA

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

RefSeq	XP_019820259.1
CDS	86..7375
Translation	MPLKTRTALSDDPDSSTSTLGNMLELPGTSSSSTSQELPFCQPKKKATPLKYEVGDLIWAKFKRRPWWPCRICSDPLINTHSKMKVSNRRPYRQYYVEAFGDPSERAWVAGKAIVMFEGRHQFEELPVLRRRGKQKEKGYRHKVPQKILSKWEASVGLAEQYDIPKGSKNRKCVTSSIKLDSEEDMPFEDCTNDPESEHDLLLNGCLKSLAFDSEHSADEKEKPCAKSRARKSSDNPKRTSVKKGHMQFETHKEERRGKIPENLGLNFISGDVSDKQASNELSRIANSLTGPSTAPGSFLFSSCAKNTAKKEFETSNCDSLLGLSEGALISKRSGEKKKFQRGLMCSSKVQLCYIGAGDEEKRSDSISICTTSDDGSSDLDPVDHSSESDNSVLEITDAFDRSENLLPVQKNEKVKYSRYPATNTKVKAKQKSLITNSHTDHLINCTKTTEPGTETSQINLSDLKVSTLVRKPQPDFRNDGFSSKFNTSSSISSENSIIKGGAKNQALLHSKSKQPKIRSIKCKHKENPVVAEPPVANEDCSLKCCSSDNKGSPLASISKSGKVDGLKLLSNMHEKTRDSSDIETAVVKHVLSELKELSYRSLSEDVSDSGTSKPSKPLLFSSASGQNHIPIEPDYKFSTLLMMLKDMHDSKTKEQRIMTAQNLVSYRSPGLGDCSTSSPVSAPKVLVSGGSNHSSEKSGDGTQDPVHPGPGGGDSALSGELSTSLPGLGSDKRDLPASGKNRSNCVTRRNCGRSKPSKFRDGFSAQMGKNTVNRKALKTERRRKLNELPAVTLEAALQGDRESRGSENSSSRGEAEDPGKEPTLQLMGHLTSEDGAHFSSVSFDNKVNQSDPEKIPEKGPSFEIRKVPELDSEMNSENDEPSSINEAVPKKRWQRLNQRRTKPRKRTNRFKEKENSEGAFGVLLSADPVKKEDEFPEQRPPASTNKLEDALTDPNHANHLDSAGPRLNVCDKSNASNEEMEKEPGIPSLTPQPELPEPAVRSEKKRLRKPSKWLLEYTEEYDQIFAPKKKQKKTQEQVHKVSSRCEEESLLARCRSSAQNKQVDENSLISTKEEPPVLEREAPFLEGPLAQSELGGGHAELPQLTLSVPVAPEVSPRPALESEELLVKPPGNYESKRQRKPTKKLLESNDLDPGFMPKKGDLGLTKKCYEAGHLENDINESCAAPRSKEFGGGTTKLFDKPRKRKRQRHATAKLHCKKVKNDISSKETPNSEGELMTHRTAASPKETVEEGVENDHGMPASKKLQGERGGGAALKENVCQNCEKLGELLLCEAQCCGAFHLECLGLTEMPRGKFICNECnullTGIHTCFVCKQSGEDVKRCLLPLCGKFYHEECVQKYPPTVMQNKGFRCSLHICTTCHAANPASVSASKGRLMRCVRCPVAYHANDFCLAAGSKILASNSIICPNHFTPRRGCRNHEHVNVSWCFVCSEGGSLLCCDSCPAAFHRECLNIDIPEGNWYCNDCKAGKKPHYREIVWVKVGRYRWWPAEICHPRAVPSNIDKMRHDVGEFPVLFFGSNDYLWTHQARVFPYMEGDVSSKDKMGKGVDGTYKKALQEAAARFEELKAQKELRQLQEDRKNDKKPPPYKHIKVNRPIGRVnullIFTADLSEIPRCNCKATDENPCGIDSECINRMLLYECHPTVCPAGGRCQNQCFTKRQYPEVEIFRTLQRGWGLRTKTDIKKGEFVNEYVGELIDEEECRARIRYAQEHDITNFYMLTLDKDRIIDAGPKGNYARFMNHCCQPNCETQKWSVNGDTRVGLFALSDIKAGTELTFNYNLECLGNGKTVCKCGAPNCSGFLGVRPKNQPIATEEKSKKFKKKQQGKRRTQGEVTKEREDECFSCGDAGQLVSCKKPGCPKVYHADCLNLTKRPAGKWECPWHQCDICGKEAASFCEMCPSSFCKQHREGMLFISKLDGRLSCTEHDPCGPNPLEPGEIREYVPPPVPLPPGPSTHLAEQSSGVAAQGPKMSDKPSADTNPSLSLSKKALAGTCQRPPLPERPPDRTDSRPQPVDRVRDLAGSGTKPQSLVSSQKPLDRPPAVAGPRPQLSDKPSPVTGPSSSPSVRSQPLERPLGTADPRLDKSIGAASPRPQSLEKTPVPTGLRLPPPEKLLVTSGPKPQTSDRPPDKSHVSLSQRLPPPDKVLSAVVQTLVAKEKALRPVDQNTQSKNRAALVMDLIDLTPRQKDRAGSPHELTPQADEKMPVLESSSWPASKGLGQIPRAVERGSVSDAVLQPLGKAAATSEHSWQAVKSLTQARLLSQPPAKAFLYEPATQASGRAPAGAEQTPGPPSQAPGLVKQVKQMAGGQQLPGLAAKSGQSFRPLGKSSLSTEEKKLAPTEQSPWALGKASPGPGLWPMVAGQTLAQSCWSSGSTQTLAQTCWSLGRGKDPKPEQSTLPALNQAPSSHKCAESEQK

Target ORF information:

RefSeq Version	XM_019964700.1
Organism	Bos indicus(Bos taurus indicus)
Definition	Bos indicus nuclear receptor binding SET domain protein 1 (NSD1), mRNA.

Target ORF information:

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

XM_019964700.1

ORF Insert Sequence:

ATGCCCCTGA AGACAAGGAC AGCCCTTTCG GATGATCCAG ACTCCAGTAC CAGTACATTA 
GGAAACATGC TAGAATTACC TGGAACTTCA TCATCATCTA CTTCACAGGA ATTGCCATTT 
TGTCAACCCA AGAAAAAGGC TACGCCGCTG AAGTATGAAG TTGGAGATCT CATCTGGGCA 
AAATTCAAGA GACGCCCATG GTGGCCCTGC AGGATTTGTT CTGATCCGTT GATTAATACA 
CACTCAAAAA TGAAAGTTTC TAACCGCAGG CCCTATCGAC AGTACTACGT GGAGGCTTTT 
GGAGATCCTT CTGAGAGAGC CTGGGTGGCT GGAAAAGCAA TCGTTATGTT CGAAGGCAGA 
CATCAATTTG AAGAGCTACC TGTCCTTAGG AGAAGAGGGA AGCAGAAAGA GAAGGGATAT 
AGGCATAAGG TTCCTCAGAA GATTTTGAGT AAATGGGAAG CCAGTGTTGG TCTTGCTGAG 
CAGTATGATA TTCCCAAAGG GTCGAAGAAC CGAAAGTGTG TCACCAGTTC AATCAAGTTG 
GACAGTGAGG AGGATATGCC ATTTGAGGAC TGTACAAATG ATCCTGAATC AGAACATGAC 
CTGTTGCTTA ATGGCTGCTT GAAATCTCTG GCTTTTGACT CTGAACATTC TGCAGATGAG 
AAGGAAAAAC CTTGTGCTAA GTCTCGAGCC AGAAAGAGCT CTGATAATCC AAAAAGGACT 
AGTGTGAAAA AGGGCCATAT GCAATTTGAA ACACATAAGG AAGAACGGAG GGGAAAGATT 
CCAGAAAACC TTGGCTTAAA CTTTATTTCT GGGGATGTGT CTGATAAGCA GGCCTCGAAT 
GAACTTTCCC GGATAGCGAA CAGCCTCACA GGGCCCAGCA CTGCTCCAGG AAGTTTCCTG 
TTTTCTTCTT GTGCAAAAAA CACTGCAAAG AAAGAATTTG AGACTTCAAA TTGTGACTCT 
TTACTGGGCT TGTCTGAGGG TGCCTTGATC TCTAAACGTT CTGGGGAGAA GAAGAAATTC 
CAGCGAGGTC TGATGTGTAG TTCGAAAGTA CAGCTCTGCT ATATTGGAGC AGGTGATGAA 
GAAAAACGAA GTGATTCCAT TAGTATTTGT ACCACTTCTG ATGATGGAAG CAGTGATTTG 
GATCCTGTAG ATCATAGTTC AGAGTCTGAT AACAGTGTCC TTGAAATTAC AGATGCTTTT 
GATAGATCAG AGAACTTGTT ACCTGTGCAG AAAAATGAAA AGGTAAAGTA TTCTAGGTAT 
CCTGCCACAA ACACTAAGGT AAAAGCAAAG CAGAAGTCTC TGATTACTAA CTCACACACG 
GACCACCTAA TAAATTGTAC CAAGACAACA GAGCCTGGAA CTGAGACGTC TCAGATTAAT 
CTCTCTGATC TTAAAGTGTC AACTCTTGTC CGAAAACCCC AACCAGATTT TAGAAACGAT 
GGATTTTCTT CAAAATTCAA CACATCATCA AGTATTTCCA GTGAGAACTC AATAATAAAA 
GGTGGGGCTA AAAATCAAGC TCTGTTACAT TCAAAAAGCA AACAGCCCAA AATTCGAAGT 
ATCAAGTGCA AACATAAAGA AAACCCAGTT GTAGCAGAAC CTCCAGTTGC AAATGAGGAC 
TGCAGTTTGA AATGCTGCTC TTCTGATAAC AAAGGCTCTC CTTTGGCCAG CATTTCTAAA 
AGCGGGAAAG TGGATGGACT GAAACTACTG AGCAACATGC ATGAGAAAAC CAGGGATTCG 
AGTGACATAG AAACAGCAGT GGTGAAACAC GTTCTGTCAG AGTTGAAGGA GCTCTCTTAC 
AGATCCTTAA GTGAAGATGT CAGTGACTCC GGAACGTCAA AGCCATCGAA ACCATTACTT 
TTTTCTTCTG CCTCTGGTCA GAATCACATA CCTATTGAAC CAGACTACAA ATTCAGTACA 
TTACTAATGA TGTTGAAAGA TATGCATGAT AGTAAGACCA AGGAGCAACG AATAATGACA 
GCTCAGAACT TGGTCTCTTA TCGGAGTCCT GGTCTTGGGG ACTGTTCTAC CAGCAGTCCT 
GTGTCAGCTC CTAAGGTCTT GGTTTCAGGA GGCTCCAATC ACAGTTCAGA AAAAAGTGGA 
GATGGCACTC AGGATCCAGT CCACCCTGGC CCTGGTGGGG GTGACTCTGC ACTGTCTGGG 
GAGCTGTCTA CTTCCCTGCC TGGCTTGGGG TCTGATAAAA GAGACCTCCC TGCTTCTGGC 
AAAAATCGTT CAAACTGCGT TACTAGGCGC AACTGTGGTC GATCAAAGCC ATCCAAATTT 
CGAGATGGTT TTTCAGCCCA GATGGGAAAG AACACAGTGA ACCGTAAAGC CTTAAAAACA 
GAACGCAGAA GAAAACTGAA TGAGCTTCCA GCTGTGACTC TTGAGGCTGC ACTACAGGGA 
GACAGAGAGA GTAGGGGTTC AGAGAACAGC TCCTCCAGAG GTGAAGCAGA AGACCCTGGT 
AAAGAACCAA CCCTTCAATT AATGGGCCAT TTAACAAGTG AAGATGGTGC CCATTTTTCC 
AGTGTTAGTT TTGATAATAA AGTCAACCAG TCTGACCCTG AAAAAATTCC TGAAAAAGGC 
CCCTCTTTTG AAATCAGGAA AGTCCCAGAG CTGGACTCTG AAATGAACAG TGAGAATGAT 
GAACCCAGTA GTATAAATGA AGCAGTGCCT AAAAAGCGAT GGCAACGTTT AAACCAAAGG 
CGCACTAAAC CTCGTAAACG CACTAACAGA TTTAAGGAAA AAGAAAACTC TGAGGGTGCC 
TTTGGGGTCT TGCTTTCTGC TGACCCTGTA AAGAAGGAAG ATGAGTTCCC AGAGCAGAGA 
CCTCCTGCTT CGACAAACAA ACTAGAGGAT GCACTGACAG ATCCAAATCA TGCCAACCAC 
TTAGATTCAG CTGGGCCGCG GTTGAATGTT TGTGATAAAT CCAATGCTAG CAATGAGGAG 
ATGGAAAAGG AGCCAGGAAT TCCCAGTTTG ACTCCTCAAC CTGAGCTCCC TGAACCAGCT 
GTGCGATCAG AGAAGAAACG CCTTAGGAAG CCAAGCAAGT GGCTTCTGGA ATATACAGAA 
GAATATGATC AGATATTTGC TCCTAAGAAA AAACAAAAGA AGACACAGGA ACAGGTGCAC 
AAGGTAAGTT CCCGCTGTGA AGAGGAAAGC CTTTTAGCCC GATGTCGATC TAGTGCTCAG 
AACAAACAGG TGGATGAGAA TTCTTTGATT TCAACCAAAG AAGAGCCTCC AGTTCTTGAA 
AGGGAGGCTC CATTTTTGGA AGGGCCCTTG GCTCAGTCAG AACTTGGAGG TGGACATGCT 
GAGTTGCCAC AGCTGACCTT ATCTGTACCT GTGGCTCCGG AAGTCTCTCC ACGGCCTGCC 
CTTGAGTCTG AGGAATTGCT AGTTAAACCA CCAGGAAATT ATGAAAGTAA GCGTCAGAGA 
AAACCAACTA AGAAACTTCT TGAATCCAAT GATTTAGACC CTGGATTTAT GCCCAAGAAA 
GGGGATCTTG GCCTTACTAA AAAGTGTTAT GAAGCTGGTC ACTTGGAGAA TGACATTAAT 
GAATCATGTG CTGCACCTCG TTCTAAAGAG TTTGGTGGAG GCACCACCAA GCTGTTTGAT 
AAACCAAGGA AGCGAAAACG ACAGAGGCAT GCTACAGCCA AGTTGCATTG TAAAAAAGTG 
AAAAATGACA TCTCATCAAA AGAAACTCCA AACTCTGAGG GAGAACTGAT GACACACAGG 
ACAGCTGCAA GCCCCAAGGA GACTGTTGAG GAGGGTGTAG AAAACGACCA TGGAATGCCT 
GCATCTAAAA AGCTGCAGGG GGAACGAGGA GGTGGAGCCG CACTCAAGGA GAATGTCTGT 
CAGAACTGTG AGAAACTGGG TGAGCTGCTA TTATGTGAGG CTCAGTGCTG TGGGGCTTTC 
CACTTGGAGT GCCTTGGATT AACTGAAATG CCCAGAGGAA AGTTTATCTG CAATGAATGT 
CKCACAGGAA TACATACCTG TTTTGTATGC AAGCAGAGTG GGGAAGATGT GAAAAGGTGC 
CTTCTGCCCT TATGTGGAAA GTTTTACCAT GAAGAGTGCG TCCAGAAGTA CCCACCCACC 
GTGATGCAGA ACAAGGGCTT CCGGTGTTCC CTCCACATAT GTACTACCTG CCATGCTGCC 
AATCCAGCCA GTGTTTCTGC GTCTAAAGGT CGACTGATGC GCTGTGTCCG CTGCCCAGTG 
GCATACCATG CCAATGACTT TTGCCTGGCT GCTGGGTCAA AGATCCTTGC ATCCAATAGC 
ATCATCTGCC CTAATCACTT TACCCCTAGG CGTGGCTGCC GAAATCATGA GCATGTTAAT 
GTTAGCTGGT GTTTTGTGTG CTCTGAAGGA GGCAGCCTTC TGTGTTGTGA TTCTTGCCCT 
GCTGCTTTTC ATCGTGAATG CCTGAACATT GATATCCCTG AAGGAAACTG GTATTGCAAT 
GACTGTAAGG CAGGCAAAAA GCCACATTAC AGAGAAATTG TCTGGGTAAA AGTTGGAAGA 
TACAGGTGGT GGCCAGCTGA GATCTGCCAT CCTCGAGCTG TACCTTCCAA TATTGACAAG 
ATGAGACATG ATGTAGGCGA GTTCCCTGTG CTCTTCTTTG GGTCTAATGA CTATCTGTGG 
ACTCACCAGG CCCGAGTCTT TCCTTACATG GAGGGGGATG TGAGCAGCAA GGATAAGATG 
GGCAAAGGAG TCGACGGGAC ATACAAAAAA GCTCTTCAGG AAGCTGCAGC AAGGTTTGAG 
GAGTTGAAGG CCCAAAAAGA GCTAAGACAG CTGCAGGAAG ATCGAAAGAA TGACAAGAAG 
CCACCACCTT ACAAACATAT AAAGGTGAAC CGTCCTATTG GCAGGGTACA RATCTTCACT 
GCAGACTTGT CTGAGATCCC CCGTTGCAAC TGTAAAGCCA CGGATGAGAA CCCCTGCGGC 
ATAGACTCTG AGTGCATCAA CCGCATGCTG CTGTATGAGT GCCACCCTAC CGTGTGCCCT 
GCTGGAGGTC GCTGCCAGAA CCAGTGCTTT ACCAAGCGCC AGTACCCAGA GGTGGAAATT 
TTTCGCACAT TACAGAGGGG CTGGGGTCTC CGAACAAAAA CAGATATTAA AAAGGGTGAA 
TTTGTGAATG AATATGTGGG TGAGCTAATA GATGAAGAAG AGTGCAGAGC TCGAATCCGT 
TATGCCCAAG AACATGATAT CACTAATTTT TATATGCTAA CTCTAGACAA AGACCGGATT 
ATTGATGCTG GCCCCAAAGG AAACTATGCT CGATTCATGA ATCATTGCTG CCAGCCTAAC 
TGTGAAACAC AGAAGTGGTC TGTGAATGGA GACACCCGGG TTGGCCTTTT TGCCCTGAGT 
GACATTAAAG CAGGCACTGA ACTTACCTTC AACTACAATC TAGAATGTCT TGGGAATGGA 
AAGACCGTTT GCAAATGTGG AGCCCCAAAC TGCAGTGGCT TTTTGGGTGT AAGGCCAAAG 
AATCAACCCA TTGCCACAGA GGAAAAGTCA AAGAAATTCA AGAAGAAGCA ACAGGGGAAG 
CGCAGAACCC AGGGTGAAGT CACAAAGGAG CGAGAGGATG AATGTTTCAG CTGTGGGGAT 
GCTGGCCAGC TCGTCTCTTG TAAGAAGCCA GGCTGCCCCA AAGTTTACCA TGCAGACTGT 
CTCAATCTAA CCAAGCGACC AGCAGGGAAA TGGGAGTGTC CTTGGCATCA GTGTGACATA 
TGCGGAAAGG AAGCAGCCTC CTTCTGTGAG ATGTGTCCCA GCTCCTTCTG CAAGCAGCAT 
CGGGAAGGGA TGCTCTTCAT CTCCAAACTG GATGGGCGCC TGTCTTGTAC TGAGCATGAT 
CCCTGTGGGC CCAACCCTCT GGAACCGGGG GAGATCCGTG AGTATGTACC TCCTCCAGTA 
CCACTGCCTC CAGGCCCAAG CACTCACCTG GCAGAGCAAT CATCAGGAGT GGCTGCTCAA 
GGGCCCAAGA TGTCGGACAA GCCATCCGCT GACACCAACC CGTCGCTGTC GCTGTCCAAA 
AAAGCTCTGG CAGGGACTTG TCAGAGGCCC CCGCTGCCTG AAAGGCCTCC TGACAGAACT 
GACTCCAGGC CCCAGCCTGT AGATAGGGTC AGGGACCTTG CTGGGTCAGG GACCAAACCC 
CAATCATTGG TATCCAGCCA GAAGCCATTG GACAGGCCAC CTGCAGTGGC AGGACCAAGA 
CCCCAATTAT CTGACAAACC CTCTCCCGTG ACCGGCCCAA GCTCCTCACC CTCAGTCAGG 
TCTCAGCCAC TGGAAAGACC TCTGGGGACA GCTGACCCAA GGCTGGATAA ATCCATAGGT 
GCTGCCAGCC CAAGGCCCCA GTCACTGGAG AAAACCCCTG TCCCTACGGG CCTGAGACTT 
CCACCGCCAG AGAAACTGCT AGTCACCAGC GGTCCCAAAC CCCAGACTTC AGACAGACCC 
CCTGACAAAT CCCATGTCTC TTTGTCCCAG AGACTTCCAC CTCCTGACAA AGTACTGTCA 
GCTGTGGTCC AGACCCTGGT AGCTAAAGAA AAAGCACTGA GGCCCGTGGA CCAGAATACT 
CAGTCAAAAA ATAGAGCTGC TTTGGTGATG GATCTCATAG ACCTAACTCC TCGCCAGAAG 
GATCGGGCAG GTTCACCCCA TGAGCTCACA CCACAGGCTG ATGAGAAGAT GCCAGTGTTG 
GAGTCGAGCT CATGGCCTGC CAGCAAAGGT CTAGGACAGA TACCACGAGC TGTTGAGAGA 
GGCAGTGTGT CAGATGCTGT CCTTCAGCCA CTGGGCAAAG CAGCGGCCAC TTCAGAACAC 
TCCTGGCAAG CTGTTAAATC ACTCACCCAG GCCAGACTTC TTTCTCAGCC CCCTGCCAAG 
GCTTTTTTAT ATGAGCCAGC AACTCAGGCC TCAGGAAGAG CACCTGCAGG GGCTGAACAG 
ACCCCAGGGC CTCCCAGTCA AGCGCCAGGC CTGGTGAAGC AGGTGAAGCA GATGGCTGGG 
GGCCAGCAAC TACCTGGACT TGCTGCCAAG AGTGGGCAGT CCTTCAGGCC TCTTGGGAAG 
TCGTCCCTTT CCACTGAAGA GAAGAAGCTG GCACCCACAG AGCAGAGTCC CTGGGCCCTG 
GGCAAGGCCT CGCCAGGGCC AGGGCTCTGG CCCATGGTGG CTGGACAGAC ACTGGCACAG 
TCTTGCTGGT CCTCCGGGAG CACACAGACA CTGGCACAGA CTTGCTGGTC TCTTGGAAGA 
GGGAAAGACC CTAAACCAGA GCAAAGTACA CTTCCAGCTC TTAACCAGGC TCCTTCCAGT 
CACAAGTGTG CAGAGTCAGA ACAGAAGTAA