NSD1 cDNA ORF clone, Egretta garzetta(little egret)

Gene
Clones
gRNAs

Summary

Gene Symbol	NSD1
Entrez Gene ID	104128865
Full Name	nuclear receptor binding SET domain protein 1
Gene Type	protein-coding
Organism	Egretta garzetta(little egret)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009641713.1	XP_009640008.1	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
OEg09726	XM_009641713.1 Latest version!	Egretta garzetta nuclear receptor binding SET domain protein 1 (NSD1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1371.30 $1959.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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_009641713.1 ) cDNA ORF clone, Egretta garzetta(little egret) -> XP_009640008.1 Egretta garzetta nuclear receptor binding SET domain protein 1 (NSD1), mRNA.

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CloneID	OEg09726
Clone ID Related Accession (Same CDS sequence)	XM_009641713.1
Accession Version	XM_009641713.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7356bp) 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	2014-10-15
Organism	Egretta garzetta(little egret)
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 (NW_009260151.1) 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 :: Egretta garzetta Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGGGAGTG GAGACAAAAT AGTGCAAGAC AGTGACCTGC TGCAGTACGT CCTGTCACAG 
AGCTCTTCCT CGGGGCATCA GAACAGGGTG CGCTTCGTGA TCTGCCTCTT CTACCCACTG 
ATCCGAGCCA AGAAGAAACC TACTCCAGTG AAGTATGAAG TTGGGGATCT TGTTTGGGCC 
AAGTTCAACA GACGCCCATG GTGGCCATGC ACAATTTGTC ATGACCCAGT GCTGGACTGT 
CACTCAAAAA TGAAAGTTTC CAATCGGAGA CCATACCGAG AGTACTATGT GGATGCCTTA 
GGAGAACCTT CAGAGAAAAC CTGGGTTGCT GGGAAAGCTA TTGTCCTCTT TGAAGGAAGA 
CATCAGTTTG AAGAGCTGCC TGTTCTTCGG AGAAGAGGAA AGCAAAAGGA AAAAGGCTAC 
AAACATAAGG TTCCTCAAAG ATTTATGGCT AAATGGGAAG TCAGTGTTGG ACAGGCAGAA 
GACATTCTTC TCGGGGGGGC AGAGGATCAA AAATGCAGCC AGAACTCCAG TGAGCTGGAC 
AGCGAGAAGG AAGTGCAGTC AGAATACTAT GCCAATGGCC CTGGAGCAGA AAGGGACAGG 
CAGCTGAATG GCTGTTTTAA ATCCTTGGCA TTTGACTCCA GACACCTGGC CAGTGAAAAA 
AGAAAACTGC ACATTAAGCC ACATGTGAAA AAGACCTCTG ACAGCAGAAA AAGGACTAGA 
GTAAAAAAGA GTGGCACAAG AGGGGAAGCA TCTAGGGGAG AAATCAAAGA CAAAACGCCA 
GAGAGCATAG TGAGAAACAT GATTCTTGGG GACCTACCAG GTAAACACGC ATCTCATGAA 
CTTCGCCGGA TTGCCAACAG CCTAACAGCA TCCAATAGCG CCAGGGAAAA CCATTTGCTT 
TCCTCCTTTG GAGAAAGACG TTTTGAAAAG ACAACTTTGA AACCAGACTA TGAGAATCGT 
AAAAGTGGTG CTCTGAAGAA CGTGCTCCAA GGAGATTTGT TTTCCAGCGC ATCTTTGGAG 
AGAGAGAAAA GCTCCCTGGG CATTTTGTGC AGTTCCAAAT TACAAATACA CTATTCTGCA 
TCTGATACTG GTGTTGAGAA AAAGCAAACT GAATCTGATT CATCCTCTTC CCTCTCAGAT 
GGTGGGAACA GTGACGTAGA TACCATGGAC CAAAGTTCAG AGAGAGCCTC TAGTGCTCTT 
GAAGTTAGTG ATTCTTCAGA TAAAGTGGAG AAGGAATTTC CTATGACGTC AAGTGGAAAC 
GTTAAGCTTT CCATGTATCT TTCTCAGAAG AGCAACAGAA GGGCCAGGAA GAAGTCATAC 
AGAGACCGCA AACCTCTGGG AGGTTCAGTA ACCAGCAGAC TTGATGCTAA ATTTGCAGAT 
GGGAAGCTAG AAGTAGGCTT CTCTGATGCT GAGAGGTCAT TGACGGCTCT TGAGTGCTCT 
TCAGATGTGA GAAATGACCA TCTTTCCNNN NNNNNNNNCA ATCTTTCCCT AGCAAACAAG 
CACACTACTC CCCAAAGTGT TTCCAAGGAC AGCTCCTGGC CTGCTGTTGC AAATCAAGCA 
ATCTTAAAAC CGAAAAGCAT GAAATTGCCT CGAATCAGGA GTATAAAATG CAAACATAAA 
GAAAAAGTTG CTGGGTTGGA GCCTTCTCTT GCAGAAGAGG AGGGTGGCAT GAATCGCTGC 
TCTTCTGATA CCAAAGGTTT CTCTGGCCTT CAGAGAGATT CTCTTCAGAG AAGCGGAAAA 
GTTGATGGTC AGAAACTGTT AAACAACATG CATGAGAAAC CCCGGGATTC TGCTGAAATA 
GAAACGGCTG TGGTGAAACA CGTCTTGTCA GAGCTGAAGG AGCTGTCTTA TCGGTCCATG 
AATGATGATG CTGGTGACTC TGGCGCTCCA AAGGCCACAG TACCTTTACT TTTCTCTTCT 
GCCTCTGGTC ATGGTCGTTT GCCTATTGAG CCAGATTACA AATTCAGCAC CTTGCTAATG 
ATGTTGAAGG ATATGCATGA CAGTAAGACA AAAGAGCAGC AACTGATGAC TGGTCAAAAT 
ATAGTCCCAT TTCGAAATAC CAGCACAGCT GATGGTTCTG GAAGCAATTC TGCGAGTGGT 
CTGAAGTCCT TGTCTATTGT AGGTCCCCCA TATAAAATAG AAAAAAATGG AGATTGTGTC 
CAGGAAACAG TAAATCCAAA CTCCTCTATA AGCAACTCCT CATTTTCACG CAATCCTCCA 
ACCAAGTTGA CGGGGGTTGG TACTAGTAAA AGGGAGCCCA CAAGTACTGC TGTTTCTGGG 
ACAAAAGGCA CAAATTGTGT GTCCAAACGC AACTGTTCAA AATCTAAGCA GTCATCAAAG 
CTTGGAGATA AAACAGTTTC AAACAGAAAG GACTTAAAAC CAGGAGGGCC AATACATTCA 
GAGAGGAAAC GCCTTAGAAA GCCAAGTAAA CGGCTTCTGG AATATGCAGA AGAATATGAT 
CACTTATTTG CACCCAAGAA AAAATCAAAG AAGGGCCAGG AGCAATTGCA AAAGGTGAAT 
TCTGTGGTGA GGTCTGAATT TGAAGGAGGT CTTCCTGCAC AATGCAGTCC TGACAGAGAT 
ACCCAGCGGG GACCAAGTCC TTTGGTTTCA ACTCCATCTT CAACCAAAGA GTCCCCTCCC 
ATCCTTGAAG CAGAGTGCTC CTTCTCAGAA CTAGGATCCC ATTCCACTGA TCCCACTGAT 
CAACTTCTAG AAGGACCTTC AGATTTTCCA GAGCTGGTGC TGTCTTCCTC AGATGTTTCT 
GAAGTTTCTG CTTCTCCAGA TGCAGAAGAG AGATTCCTGA AATCAGGAAA CTTCGAAAGC 
AAGCGTCAAA GGAAGCCCAC TAAAAAGCTC TTGGAATCCA ATGATCTGGA CACTGCCTTT 
ATGCCAAAGA AGGAGGAGTG GACTCCCCCA AAGAAGGGCC CTTCAGAGAG CGACAGCTCT 
GAGCTCTACT CACCAGCCCA CTTCTCGGAG CTGGGAGAAG CTTCTGAAAA GCTCTTGGAG 
AAGCAGCGGA AGCGGAAGAG ACAGCGCCAT CCCTCTGCTG CAATACATTC CAAGAAGGAG 
AGAAACGAGG AGGGGCTGGG GGAGACCCCA CACTCTGAGG GGGAGACGTC GGTTCATGGG 
ACTGCTGCAA GCCCCAAAGA AGGTAATGAA GAGGGGTCAG AGAATGACCA TGGAGTGCCT 
TCATCCAAAA AGATGCAGGG GGAGCGTGGA GGAGGAGCAG CTCTCAAGGA GAATGTGTGT 
CAGATCTGCG AGAAGCCAGG GGAATTGTTG CTGTGTGAGG CGCAGTGCTG TGGTGCTTTC 
CACCTGCAGT GCCTTGGGCT GTCTGAGATG CCAAAGGGCA AGTTCATCTG CAATGAGTGT 
TCCACAGGGG TCCATACCTG CTTTGTGTGC AAGAGCTGTG GGGAAGATGT GAAACGGTGC 
TTGCTGCCCC TCTGTGGGAA GTATTACCAT GAAGCGTGTA TACAAAAGTA TCCGCCCACG 
GTCATGCAGA ACAAGGGCTT CCGATGCTCC CTGCACATAT GCATGACTTG TCACGCTGCT 
AACCCAACAA ATGTCTCTGC ATCTAAAGGT CGCTTGATGC GCTGTGTGCG ATGTCCAGTT 
GCATACCACT CCAACGACTT CTGCCTCGCT GCTGGGTCTG TGGTTCTCGC CTCCAACAGC 
ATCATCTGCC CCAATCACTT CACTGCACGG AGGGGCTGCC GCAACCATGA GCACGTCAAC 
GTCAGCTGGT GCTTTGTCTG CTCAGAAGGG GGCAGCCTTT TATGCTGCGA GTCGTGCCCG 
GCTGCATTTC ACCGTGAGTG TCTAAACATT GAGATGCCAG AGGGAAGCTG GTATTGTAAT 
GATTGCAAGG CAGGCAAAAA GCCACACTAC AAGGAAGTAG TCTGGGTGAA AGTTGGGCGC 
TACAGGTGGT GGCCAGCTGA GATTTGCCAT CCGAGAACAA TTCCTGTCAA CATCCAGAAA 
ATGAAACATG ACATCGGCGA GTTCCCTGTG TTATTCTTTG GCTCCAAAGA TTACCTGTGG 
ACACACCAGG CCCGTGTGTT CCCTTACATG GAAGGTGATG TTAGCAGCAA AGACAAGATG 
GGGAAGGGCG TGGATGGCAT ATACAAGAAA GCTCTTCAAG AAGCTGCAGT GAGATTTGAA 
GAGCTGAAGG CACAGAAAGA ACTGAGACAG CTTCAGGAAG ACAAAAAGAA TGACAAAAAA 
CCTCCTCCCT ACAAACACAT CAAGGTAAAC CGGCCTGTGG GTAAGGTGCA GATCTTCACC 
GCAGACCTGT CCGAGATACC ACGTTGCAAC TGCAAACCAA CAGATGAAAA CCCATGCGGC 
CTGGACTCTG AATGCATCAA TCGCATGTTG CTCTATGAAT GCCATCCCAT GGTCTGCCCT 
GCTGGGGAGC GCTGCCAGAA CCAGTGCTTC TCCAAGCGGC AGTATCCCGA GGTACAAATT 
TTCCGCACAC TGGCACGAGG CTGGGGCTTG CAAGCCAAAA CAGACATCAG AAAGGGAGAA 
TTTGTTAATG AGTATGTCGG GGAGCTAATT GATGAAGAGG AGTGCCGAGC CCGAATCCGC 
TATGCTCAGG AGCATGACAT CACCAATTTC TACATGTTGA CACTGGATAA GGATCGAATC 
ATTGATGCTG GGCCAAAGGG CAATTACGCT CGATTCATGA ACCATTGCTG CCAGCCAAAT 
TGTGAGACTC AGAAATGGTG TGTGAATGGC GATACTCGGG TTGGGCTCTT CGCAATTGTA 
AATATCAAAG CTGGGACTGA GCTGACTTTC AACTACAATC TGGAATGTTT GGGAAATGGA 
AAGACCGTTT GTAAATGTGG TGCCCCAAAT TGCAGTGGCT TCCTGGGAGT ACGTCCAAAG 
AGCCAACCCA GCCTCACCGA GGAAAAGTCC AAGAAGCTAA AGAGACGGCC GCAGATGAAG 
CGCAGGTCAC AGGCAGAGGT GATGAAGGAG CGAGAGGACG AGTGTTTCAG CTGTGGGGAT 
GGAGGGCAGC TGGTTTCTTG TAAGAAGCCA GGCTGCCCCA AGGTGTACCA CGCGGACTGC 
CTCAACCTGA CCAAGAGACC TGCAGGAAAA TGGGAGTGCC CGTGGCATCA GTGCGATATG 
TGTGGTAAGG AGGCAGCTTC CTTCTGTGAG ATGTGCCCCA GGTCCTTCTG CAAGCAGCAC 
CGGGAAGGCA TGCTCTTCAT CTCCAAGCTG GATGGACGTT TATGCTGCAC AGAGCACGAT 
CCCTGCGGGC CTAACCCTCT AGAGCCGGGA GAAATTCGTG AGTATGTGCC TCCCATAGAA 
GCCCTGGCTA ACGGTGAGGA CACGCAGCCA CCAGAGCAGA CGCCTGCAGA TGCAGACCTG 
AGCGTTCAGC CTCTGGACAG CCTACCTCAG TCTGTGGCCC TCAGACTGCA GTCACCAGAA 
AAGCCCCCTG CTACCCTAGC GCTGAGGCTG CCACCATCAG AGAAGCCCCC CACCACCCTG 
GCCCTCAGGC TGCCTCCACC AGACAAACCG CCCGCCACTC TGGCGCTGAG ACTGCCACCA 
TCAAATAAAC CCCCCACCAC CTTGTCGCTG AGGCTGAAGC CCTCTAACAA ACCCCCCACC 
ACCCTGTCAC TCCGGCTGCA GCCTTCAGAC AAACCTCCAA CCACCCTGTC GCTCCGCCTG 
CAGCCATCAG ACAGGCCCCA GGCTGCCCTG TCCCTAAGGC TGCAGTCAGA GAAGCAACCC 
ATCATTGTAG CGCTGAGGCC TCAGCAGCCC GACAAACCTC CCACCAACGC GGTGCTGTGG 
CCACTGGACG AGTCCTCCAG TGATTCCTCA CAGCCTCATC TGCTGAGCAA ATCTCCTCCG 
GGAACTCCAC ACTCGTCAGA TGAGTCGCTT ATTACTGCTG GTGCCCTGCA GCTCCAGCTT 
TCAGATGAGC CTCCTGCCGC CCCTGGGGTT TTGGGGTTAT TGGACAAGTC TCTCATTGAC 
ACCAGGACCC AGGAGCCTGA GCTGCTGGAT GAGTTCCCAG CGAAATGCAT GCATCCTCAA 
CTGTCAGACA GACTTCTTGC CGTGGCGGGG ACCCTGCAGT CCCAGACGAT GGATGAGCCT 
CCTGCAGCCG ATCAGCTTCA GCCATTGGAC AAAGCTTCTG CCCAGAGTCT GCAGCCTCTG 
TCTGTGGAAA AGGCTCCCAG CTCTGTGGTG CCCCAGGTCT CAGCATCGGA GATGGCTCCC 
AGCCCTGGGA TGCTGTGGCC TCTGCCCATT GAAAAAGTCC CCAGGTCCCC AGTCTCACGG 
ATCCTGCCCA CAGAGAAGGC TCCTGGATCG GCTGTGCCAC GGCCCCCACC TCCAGAGAAG 
GCTTCCTTCT CCGGGGCAGT GCGGGTCCCA GCTGTGGAGA AGGCTCCCAG CTCTGGAGCA 
CCCCGTCCCC TGCCTCCAGA GAAGGCTCCT GCCTCAGGGA TGCCACGGAT CCTGCCCACA 
GAGAAGGCTC CCTGCTTAGG TGCACCGCGG CCCGTGCCTC CAGAGAAGGC TCCTGGCTCC 
CGCTCACCGC ACCTCCTGCC CATGGAGAAG GCTCTCGGCT CGGGGTCCCT GCGGATCCCA 
CTCACGCAGA AGACACTCAC CCCTGGGGTG CTGCGGCCCC TGCCTCCCGA GAAGGCTGCC 
GACTCCGGGG CCCTGCGGGT CCTGTCTCTG GAGAAGGCGC TCAGCTCTGG GGTGGCCCGG 
CCTCAGCTCT TGGAGAGGCC TCTTACTCTT ACAGCCCCGT GGCCTCAGGC ATCAGAGAAG 
CTGGCTGCTG CCGTGGCTCC TCGGCCTCAA GCCTTGGACA AGCCTCCGGC TGCATCGGCT 
CCAAGGCTGC TGCTGTCGGA GAAGGCTCTG CGGCCTGTCG ACCAGAACGC GCAGCTGAAG 
GAGAGGGGAG CCCCGGCCAT GGAGCTGAGT CCCCAGCAGA AAGAGAGGAC CATGTTAGCT 
GGTGAGCAAA TCTCTTGGTC TGCTGGGAAG GTGGTGACGC ATGTCGGACA AGTACCTTGG 
CCTATGGAGA AACTACAGAC GCATGAGCAA ACCCACTGGC CCAGTGCAAA AGCCCTGACA 
CCTGCAGAGC AGTCTCCCCG GACAGCAGAG AAACTACCAG AGCCAACCCT TCAGCCCAGC 
TGGGAAGTGG CCTCAGCCCC CGCAGAGCAA ACCCCTTGGA CATCAGAGAG ATTGCGTGCA 
TTTGAGCAGA CCCCTCGGCC GGCCAGGGAA GCGCCGGTGC CCCCGGAGCA GATGGAGTGG 
CTTGTCACAA ACATTCAGAC AATTGACCAG ATTGCTTGGC TGAGTGGAAA AGCACAGACT 
CCTCGGGGGC AGGACCCTTT GCCTGAACAA AATACAGCGC TAGCCCGTAA CCAGGATTCT 
GTCTGTCGTG AGTTGGCCGA CTCAGAGCCA AAGTGA

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

RefSeq	XP_009640008.1
CDS	1..7356
Translation	MGSGDKIVQDSDLLQYVLSQSSSSGHQNRVRFVICLFYPLIRAKKKPTPVKYEVGDLVWAKFNRRPWWPCTICHDPVLDCHSKMKVSNRRPYREYYVDALGEPSEKTWVAGKAIVLFEGRHQFEELPVLRRRGKQKEKGYKHKVPQRFMAKWEVSVGQAEDILLGGAEDQKCSQNSSELDSEKEVQSEYYANGPGAERDRQLNGCFKSLAFDSRHLASEKRKLHIKPHVKKTSDSRKRTRVKKSGTRGEASRGEIKDKTPESIVRNMILGDLPGKHASHELRRIANSLTASNSARENHLLSSFGERRFEKTTLKPDYENRKSGALKNVLQGDLFSSASLEREKSSLGILCSSKLQIHYSASDTGVEKKQTESDSSSSLSDGGNSDVDTMDQSSERASSALEVSDSSDKVEKEFPMTSSGNVKLSMYLSQKSNRRARKKSYRDRKPLGGSVTSRLDAKFADGKLEVGFSDAERSLTALECSSDVRNDHLSnullnullnullnullNLSLANKHTTPQSVSKDSSWPAVANQAILKPKSMKLPRIRSIKCKHKEKVAGLEPSLAEEEGGMNRCSSDTKGFSGLQRDSLQRSGKVDGQKLLNNMHEKPRDSAEIETAVVKHVLSELKELSYRSMNDDAGDSGAPKATVPLLFSSASGHGRLPIEPDYKFSTLLMMLKDMHDSKTKEQQLMTGQNIVPFRNTSTADGSGSNSASGLKSLSIVGPPYKIEKNGDCVQETVNPNSSISNSSFSRNPPTKLTGVGTSKREPTSTAVSGTKGTNCVSKRNCSKSKQSSKLGDKTVSNRKDLKPGGPIHSERKRLRKPSKRLLEYAEEYDHLFAPKKKSKKGQEQLQKVNSVVRSEFEGGLPAQCSPDRDTQRGPSPLVSTPSSTKESPPILEAECSFSELGSHSTDPTDQLLEGPSDFPELVLSSSDVSEVSASPDAEERFLKSGNFESKRQRKPTKKLLESNDLDTAFMPKKEEWTPPKKGPSESDSSELYSPAHFSELGEASEKLLEKQRKRKRQRHPSAAIHSKKERNEEGLGETPHSEGETSVHGTAASPKEGNEEGSENDHGVPSSKKMQGERGGGAALKENVCQICEKPGELLLCEAQCCGAFHLQCLGLSEMPKGKFICNECSTGVHTCFVCKSCGEDVKRCLLPLCGKYYHEACIQKYPPTVMQNKGFRCSLHICMTCHAANPTNVSASKGRLMRCVRCPVAYHSNDFCLAAGSVVLASNSIICPNHFTARRGCRNHEHVNVSWCFVCSEGGSLLCCESCPAAFHRECLNIEMPEGSWYCNDCKAGKKPHYKEVVWVKVGRYRWWPAEICHPRTIPVNIQKMKHDIGEFPVLFFGSKDYLWTHQARVFPYMEGDVSSKDKMGKGVDGIYKKALQEAAVRFEELKAQKELRQLQEDKKNDKKPPPYKHIKVNRPVGKVQIFTADLSEIPRCNCKPTDENPCGLDSECINRMLLYECHPMVCPAGERCQNQCFSKRQYPEVQIFRTLARGWGLQAKTDIRKGEFVNEYVGELIDEEECRARIRYAQEHDITNFYMLTLDKDRIIDAGPKGNYARFMNHCCQPNCETQKWCVNGDTRVGLFAIVNIKAGTELTFNYNLECLGNGKTVCKCGAPNCSGFLGVRPKSQPSLTEEKSKKLKRRPQMKRRSQAEVMKEREDECFSCGDGGQLVSCKKPGCPKVYHADCLNLTKRPAGKWECPWHQCDMCGKEAASFCEMCPRSFCKQHREGMLFISKLDGRLCCTEHDPCGPNPLEPGEIREYVPPIEALANGEDTQPPEQTPADADLSVQPLDSLPQSVALRLQSPEKPPATLALRLPPSEKPPTTLALRLPPPDKPPATLALRLPPSNKPPTTLSLRLKPSNKPPTTLSLRLQPSDKPPTTLSLRLQPSDRPQAALSLRLQSEKQPIIVALRPQQPDKPPTNAVLWPLDESSSDSSQPHLLSKSPPGTPHSSDESLITAGALQLQLSDEPPAAPGVLGLLDKSLIDTRTQEPELLDEFPAKCMHPQLSDRLLAVAGTLQSQTMDEPPAADQLQPLDKASAQSLQPLSVEKAPSSVVPQVSASEMAPSPGMLWPLPIEKVPRSPVSRILPTEKAPGSAVPRPPPPEKASFSGAVRVPAVEKAPSSGAPRPLPPEKAPASGMPRILPTEKAPCLGAPRPVPPEKAPGSRSPHLLPMEKALGSGSLRIPLTQKTLTPGVLRPLPPEKAADSGALRVLSLEKALSSGVARPQLLERPLTLTAPWPQASEKLAAAVAPRPQALDKPPAASAPRLLLSEKALRPVDQNAQLKERGAPAMELSPQQKERTMLAGEQISWSAGKVVTHVGQVPWPMEKLQTHEQTHWPSAKALTPAEQSPRTAEKLPEPTLQPSWEVASAPAEQTPWTSERLRAFEQTPRPAREAPVPPEQMEWLVTNIQTIDQIAWLSGKAQTPRGQDPLPEQNTALARNQDSVCRELADSEPK

Target ORF information:

RefSeq Version	XM_009641713.1
Organism	Egretta garzetta(little egret)
Definition	Egretta garzetta 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_009641713.1

ORF Insert Sequence:

ATGGGGAGTG GAGACAAAAT AGTGCAAGAC AGTGACCTGC TGCAGTACGT CCTGTCACAG 
AGCTCTTCCT CGGGGCATCA GAACAGGGTG CGCTTCGTGA TCTGCCTCTT CTACCCACTG 
ATCCGAGCCA AGAAGAAACC TACTCCAGTG AAGTATGAAG TTGGGGATCT TGTTTGGGCC 
AAGTTCAACA GACGCCCATG GTGGCCATGC ACAATTTGTC ATGACCCAGT GCTGGACTGT 
CACTCAAAAA TGAAAGTTTC CAATCGGAGA CCATACCGAG AGTACTATGT GGATGCCTTA 
GGAGAACCTT CAGAGAAAAC CTGGGTTGCT GGGAAAGCTA TTGTCCTCTT TGAAGGAAGA 
CATCAGTTTG AAGAGCTGCC TGTTCTTCGG AGAAGAGGAA AGCAAAAGGA AAAAGGCTAC 
AAACATAAGG TTCCTCAAAG ATTTATGGCT AAATGGGAAG TCAGTGTTGG ACAGGCAGAA 
GACATTCTTC TCGGGGGGGC AGAGGATCAA AAATGCAGCC AGAACTCCAG TGAGCTGGAC 
AGCGAGAAGG AAGTGCAGTC AGAATACTAT GCCAATGGCC CTGGAGCAGA AAGGGACAGG 
CAGCTGAATG GCTGTTTTAA ATCCTTGGCA TTTGACTCCA GACACCTGGC CAGTGAAAAA 
AGAAAACTGC ACATTAAGCC ACATGTGAAA AAGACCTCTG ACAGCAGAAA AAGGACTAGA 
GTAAAAAAGA GTGGCACAAG AGGGGAAGCA TCTAGGGGAG AAATCAAAGA CAAAACGCCA 
GAGAGCATAG TGAGAAACAT GATTCTTGGG GACCTACCAG GTAAACACGC ATCTCATGAA 
CTTCGCCGGA TTGCCAACAG CCTAACAGCA TCCAATAGCG CCAGGGAAAA CCATTTGCTT 
TCCTCCTTTG GAGAAAGACG TTTTGAAAAG ACAACTTTGA AACCAGACTA TGAGAATCGT 
AAAAGTGGTG CTCTGAAGAA CGTGCTCCAA GGAGATTTGT TTTCCAGCGC ATCTTTGGAG 
AGAGAGAAAA GCTCCCTGGG CATTTTGTGC AGTTCCAAAT TACAAATACA CTATTCTGCA 
TCTGATACTG GTGTTGAGAA AAAGCAAACT GAATCTGATT CATCCTCTTC CCTCTCAGAT 
GGTGGGAACA GTGACGTAGA TACCATGGAC CAAAGTTCAG AGAGAGCCTC TAGTGCTCTT 
GAAGTTAGTG ATTCTTCAGA TAAAGTGGAG AAGGAATTTC CTATGACGTC AAGTGGAAAC 
GTTAAGCTTT CCATGTATCT TTCTCAGAAG AGCAACAGAA GGGCCAGGAA GAAGTCATAC 
AGAGACCGCA AACCTCTGGG AGGTTCAGTA ACCAGCAGAC TTGATGCTAA ATTTGCAGAT 
GGGAAGCTAG AAGTAGGCTT CTCTGATGCT GAGAGGTCAT TGACGGCTCT TGAGTGCTCT 
TCAGATGTGA GAAATGACCA TCTTTCCNNN NNNNNNNNCA ATCTTTCCCT AGCAAACAAG 
CACACTACTC CCCAAAGTGT TTCCAAGGAC AGCTCCTGGC CTGCTGTTGC AAATCAAGCA 
ATCTTAAAAC CGAAAAGCAT GAAATTGCCT CGAATCAGGA GTATAAAATG CAAACATAAA 
GAAAAAGTTG CTGGGTTGGA GCCTTCTCTT GCAGAAGAGG AGGGTGGCAT GAATCGCTGC 
TCTTCTGATA CCAAAGGTTT CTCTGGCCTT CAGAGAGATT CTCTTCAGAG AAGCGGAAAA 
GTTGATGGTC AGAAACTGTT AAACAACATG CATGAGAAAC CCCGGGATTC TGCTGAAATA 
GAAACGGCTG TGGTGAAACA CGTCTTGTCA GAGCTGAAGG AGCTGTCTTA TCGGTCCATG 
AATGATGATG CTGGTGACTC TGGCGCTCCA AAGGCCACAG TACCTTTACT TTTCTCTTCT 
GCCTCTGGTC ATGGTCGTTT GCCTATTGAG CCAGATTACA AATTCAGCAC CTTGCTAATG 
ATGTTGAAGG ATATGCATGA CAGTAAGACA AAAGAGCAGC AACTGATGAC TGGTCAAAAT 
ATAGTCCCAT TTCGAAATAC CAGCACAGCT GATGGTTCTG GAAGCAATTC TGCGAGTGGT 
CTGAAGTCCT TGTCTATTGT AGGTCCCCCA TATAAAATAG AAAAAAATGG AGATTGTGTC 
CAGGAAACAG TAAATCCAAA CTCCTCTATA AGCAACTCCT CATTTTCACG CAATCCTCCA 
ACCAAGTTGA CGGGGGTTGG TACTAGTAAA AGGGAGCCCA CAAGTACTGC TGTTTCTGGG 
ACAAAAGGCA CAAATTGTGT GTCCAAACGC AACTGTTCAA AATCTAAGCA GTCATCAAAG 
CTTGGAGATA AAACAGTTTC AAACAGAAAG GACTTAAAAC CAGGAGGGCC AATACATTCA 
GAGAGGAAAC GCCTTAGAAA GCCAAGTAAA CGGCTTCTGG AATATGCAGA AGAATATGAT 
CACTTATTTG CACCCAAGAA AAAATCAAAG AAGGGCCAGG AGCAATTGCA AAAGGTGAAT 
TCTGTGGTGA GGTCTGAATT TGAAGGAGGT CTTCCTGCAC AATGCAGTCC TGACAGAGAT 
ACCCAGCGGG GACCAAGTCC TTTGGTTTCA ACTCCATCTT CAACCAAAGA GTCCCCTCCC 
ATCCTTGAAG CAGAGTGCTC CTTCTCAGAA CTAGGATCCC ATTCCACTGA TCCCACTGAT 
CAACTTCTAG AAGGACCTTC AGATTTTCCA GAGCTGGTGC TGTCTTCCTC AGATGTTTCT 
GAAGTTTCTG CTTCTCCAGA TGCAGAAGAG AGATTCCTGA AATCAGGAAA CTTCGAAAGC 
AAGCGTCAAA GGAAGCCCAC TAAAAAGCTC TTGGAATCCA ATGATCTGGA CACTGCCTTT 
ATGCCAAAGA AGGAGGAGTG GACTCCCCCA AAGAAGGGCC CTTCAGAGAG CGACAGCTCT 
GAGCTCTACT CACCAGCCCA CTTCTCGGAG CTGGGAGAAG CTTCTGAAAA GCTCTTGGAG 
AAGCAGCGGA AGCGGAAGAG ACAGCGCCAT CCCTCTGCTG CAATACATTC CAAGAAGGAG 
AGAAACGAGG AGGGGCTGGG GGAGACCCCA CACTCTGAGG GGGAGACGTC GGTTCATGGG 
ACTGCTGCAA GCCCCAAAGA AGGTAATGAA GAGGGGTCAG AGAATGACCA TGGAGTGCCT 
TCATCCAAAA AGATGCAGGG GGAGCGTGGA GGAGGAGCAG CTCTCAAGGA GAATGTGTGT 
CAGATCTGCG AGAAGCCAGG GGAATTGTTG CTGTGTGAGG CGCAGTGCTG TGGTGCTTTC 
CACCTGCAGT GCCTTGGGCT GTCTGAGATG CCAAAGGGCA AGTTCATCTG CAATGAGTGT 
TCCACAGGGG TCCATACCTG CTTTGTGTGC AAGAGCTGTG GGGAAGATGT GAAACGGTGC 
TTGCTGCCCC TCTGTGGGAA GTATTACCAT GAAGCGTGTA TACAAAAGTA TCCGCCCACG 
GTCATGCAGA ACAAGGGCTT CCGATGCTCC CTGCACATAT GCATGACTTG TCACGCTGCT 
AACCCAACAA ATGTCTCTGC ATCTAAAGGT CGCTTGATGC GCTGTGTGCG ATGTCCAGTT 
GCATACCACT CCAACGACTT CTGCCTCGCT GCTGGGTCTG TGGTTCTCGC CTCCAACAGC 
ATCATCTGCC CCAATCACTT CACTGCACGG AGGGGCTGCC GCAACCATGA GCACGTCAAC 
GTCAGCTGGT GCTTTGTCTG CTCAGAAGGG GGCAGCCTTT TATGCTGCGA GTCGTGCCCG 
GCTGCATTTC ACCGTGAGTG TCTAAACATT GAGATGCCAG AGGGAAGCTG GTATTGTAAT 
GATTGCAAGG CAGGCAAAAA GCCACACTAC AAGGAAGTAG TCTGGGTGAA AGTTGGGCGC 
TACAGGTGGT GGCCAGCTGA GATTTGCCAT CCGAGAACAA TTCCTGTCAA CATCCAGAAA 
ATGAAACATG ACATCGGCGA GTTCCCTGTG TTATTCTTTG GCTCCAAAGA TTACCTGTGG 
ACACACCAGG CCCGTGTGTT CCCTTACATG GAAGGTGATG TTAGCAGCAA AGACAAGATG 
GGGAAGGGCG TGGATGGCAT ATACAAGAAA GCTCTTCAAG AAGCTGCAGT GAGATTTGAA 
GAGCTGAAGG CACAGAAAGA ACTGAGACAG CTTCAGGAAG ACAAAAAGAA TGACAAAAAA 
CCTCCTCCCT ACAAACACAT CAAGGTAAAC CGGCCTGTGG GTAAGGTGCA GATCTTCACC 
GCAGACCTGT CCGAGATACC ACGTTGCAAC TGCAAACCAA CAGATGAAAA CCCATGCGGC 
CTGGACTCTG AATGCATCAA TCGCATGTTG CTCTATGAAT GCCATCCCAT GGTCTGCCCT 
GCTGGGGAGC GCTGCCAGAA CCAGTGCTTC TCCAAGCGGC AGTATCCCGA GGTACAAATT 
TTCCGCACAC TGGCACGAGG CTGGGGCTTG CAAGCCAAAA CAGACATCAG AAAGGGAGAA 
TTTGTTAATG AGTATGTCGG GGAGCTAATT GATGAAGAGG AGTGCCGAGC CCGAATCCGC 
TATGCTCAGG AGCATGACAT CACCAATTTC TACATGTTGA CACTGGATAA GGATCGAATC 
ATTGATGCTG GGCCAAAGGG CAATTACGCT CGATTCATGA ACCATTGCTG CCAGCCAAAT 
TGTGAGACTC AGAAATGGTG TGTGAATGGC GATACTCGGG TTGGGCTCTT CGCAATTGTA 
AATATCAAAG CTGGGACTGA GCTGACTTTC AACTACAATC TGGAATGTTT GGGAAATGGA 
AAGACCGTTT GTAAATGTGG TGCCCCAAAT TGCAGTGGCT TCCTGGGAGT ACGTCCAAAG 
AGCCAACCCA GCCTCACCGA GGAAAAGTCC AAGAAGCTAA AGAGACGGCC GCAGATGAAG 
CGCAGGTCAC AGGCAGAGGT GATGAAGGAG CGAGAGGACG AGTGTTTCAG CTGTGGGGAT 
GGAGGGCAGC TGGTTTCTTG TAAGAAGCCA GGCTGCCCCA AGGTGTACCA CGCGGACTGC 
CTCAACCTGA CCAAGAGACC TGCAGGAAAA TGGGAGTGCC CGTGGCATCA GTGCGATATG 
TGTGGTAAGG AGGCAGCTTC CTTCTGTGAG ATGTGCCCCA GGTCCTTCTG CAAGCAGCAC 
CGGGAAGGCA TGCTCTTCAT CTCCAAGCTG GATGGACGTT TATGCTGCAC AGAGCACGAT 
CCCTGCGGGC CTAACCCTCT AGAGCCGGGA GAAATTCGTG AGTATGTGCC TCCCATAGAA 
GCCCTGGCTA ACGGTGAGGA CACGCAGCCA CCAGAGCAGA CGCCTGCAGA TGCAGACCTG 
AGCGTTCAGC CTCTGGACAG CCTACCTCAG TCTGTGGCCC TCAGACTGCA GTCACCAGAA 
AAGCCCCCTG CTACCCTAGC GCTGAGGCTG CCACCATCAG AGAAGCCCCC CACCACCCTG 
GCCCTCAGGC TGCCTCCACC AGACAAACCG CCCGCCACTC TGGCGCTGAG ACTGCCACCA 
TCAAATAAAC CCCCCACCAC CTTGTCGCTG AGGCTGAAGC CCTCTAACAA ACCCCCCACC 
ACCCTGTCAC TCCGGCTGCA GCCTTCAGAC AAACCTCCAA CCACCCTGTC GCTCCGCCTG 
CAGCCATCAG ACAGGCCCCA GGCTGCCCTG TCCCTAAGGC TGCAGTCAGA GAAGCAACCC 
ATCATTGTAG CGCTGAGGCC TCAGCAGCCC GACAAACCTC CCACCAACGC GGTGCTGTGG 
CCACTGGACG AGTCCTCCAG TGATTCCTCA CAGCCTCATC TGCTGAGCAA ATCTCCTCCG 
GGAACTCCAC ACTCGTCAGA TGAGTCGCTT ATTACTGCTG GTGCCCTGCA GCTCCAGCTT 
TCAGATGAGC CTCCTGCCGC CCCTGGGGTT TTGGGGTTAT TGGACAAGTC TCTCATTGAC 
ACCAGGACCC AGGAGCCTGA GCTGCTGGAT GAGTTCCCAG CGAAATGCAT GCATCCTCAA 
CTGTCAGACA GACTTCTTGC CGTGGCGGGG ACCCTGCAGT CCCAGACGAT GGATGAGCCT 
CCTGCAGCCG ATCAGCTTCA GCCATTGGAC AAAGCTTCTG CCCAGAGTCT GCAGCCTCTG 
TCTGTGGAAA AGGCTCCCAG CTCTGTGGTG CCCCAGGTCT CAGCATCGGA GATGGCTCCC 
AGCCCTGGGA TGCTGTGGCC TCTGCCCATT GAAAAAGTCC CCAGGTCCCC AGTCTCACGG 
ATCCTGCCCA CAGAGAAGGC TCCTGGATCG GCTGTGCCAC GGCCCCCACC TCCAGAGAAG 
GCTTCCTTCT CCGGGGCAGT GCGGGTCCCA GCTGTGGAGA AGGCTCCCAG CTCTGGAGCA 
CCCCGTCCCC TGCCTCCAGA GAAGGCTCCT GCCTCAGGGA TGCCACGGAT CCTGCCCACA 
GAGAAGGCTC CCTGCTTAGG TGCACCGCGG CCCGTGCCTC CAGAGAAGGC TCCTGGCTCC 
CGCTCACCGC ACCTCCTGCC CATGGAGAAG GCTCTCGGCT CGGGGTCCCT GCGGATCCCA 
CTCACGCAGA AGACACTCAC CCCTGGGGTG CTGCGGCCCC TGCCTCCCGA GAAGGCTGCC 
GACTCCGGGG CCCTGCGGGT CCTGTCTCTG GAGAAGGCGC TCAGCTCTGG GGTGGCCCGG 
CCTCAGCTCT TGGAGAGGCC TCTTACTCTT ACAGCCCCGT GGCCTCAGGC ATCAGAGAAG 
CTGGCTGCTG CCGTGGCTCC TCGGCCTCAA GCCTTGGACA AGCCTCCGGC TGCATCGGCT 
CCAAGGCTGC TGCTGTCGGA GAAGGCTCTG CGGCCTGTCG ACCAGAACGC GCAGCTGAAG 
GAGAGGGGAG CCCCGGCCAT GGAGCTGAGT CCCCAGCAGA AAGAGAGGAC CATGTTAGCT 
GGTGAGCAAA TCTCTTGGTC TGCTGGGAAG GTGGTGACGC ATGTCGGACA AGTACCTTGG 
CCTATGGAGA AACTACAGAC GCATGAGCAA ACCCACTGGC CCAGTGCAAA AGCCCTGACA 
CCTGCAGAGC AGTCTCCCCG GACAGCAGAG AAACTACCAG AGCCAACCCT TCAGCCCAGC 
TGGGAAGTGG CCTCAGCCCC CGCAGAGCAA ACCCCTTGGA CATCAGAGAG ATTGCGTGCA 
TTTGAGCAGA CCCCTCGGCC GGCCAGGGAA GCGCCGGTGC CCCCGGAGCA GATGGAGTGG 
CTTGTCACAA ACATTCAGAC AATTGACCAG ATTGCTTGGC TGAGTGGAAA AGCACAGACT 
CCTCGGGGGC AGGACCCTTT GCCTGAACAA AATACAGCGC TAGCCCGTAA CCAGGATTCT 
GTCTGTCGTG AGTTGGCCGA CTCAGAGCCA AAGTGA