SETD2 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	SETD2
Entrez Gene ID	100466135
Full Name	SET domain containing 2
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002912844.3	XP_002912890.1	histone-lysine N-methyltransferase SETD2 isoform X1
XM_019797966.1	XP_019653525.1	histone-lysine N-methyltransferase SETD2 isoform X2

Pathways from BioSystems
Gene Ontology

The following SETD2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SETD2 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
OAc88185	XM_019797966.1 Latest version!	Ailuropoda melanoleuca SET domain containing 2 (SETD2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00
OAc00589	XM_002912844.3 Latest version!	Ailuropoda melanoleuca SET domain containing 2 (SETD2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1371.30 $1959.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

SETD2 ( XM_019797966.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019653525.1 Ailuropoda melanoleuca SET domain containing 2 (SETD2), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAc88185
Clone ID Related Accession (Same CDS sequence)	XM_019797966.1
Accession Version	XM_019797966.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6210bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	histone-lysine N-methyltransferase SETD2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217298.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTTTCTT GGCTGGATGG CAATAGAGAA GAAGAAAATG AGGCAAAGAT TGAAAATGTG 
CAGAAAACAG GTTTCATCAA AGGACCAATG TTCAAAGGTG TTGCTTCTAG TCGATTTTTA 
CCCAAAGGCA CCAAGACAAA AGTTAATTTG GAGGAACAGG GACGACAGAA GGTGTCTTTC 
AGCTTCAGCC TTACAAAGAA AACTTTGCAG AACAGGTTTC TGACTGCACT TGGCAATGAA 
AAGCAAAATG ATACTCCAAA CTCCCCAGCT GGACCTCTTC AAGTAGACTT GACCCCTAAA 
ATTAAAATGG ACATGGGAGA TACCTTATCT ACTACAGAAG AATCTTCTCC ACCAAAATCG 
AGGGTAGAAT TGGGCAAAAT TCATTTTAAG AAACATCTAC TTCATGTGAC CTCCAGGCCA 
CTGCTGACTA CTGCCACAGC AGTGGCCTCC CCACCTCCTC CCATAGTACC ATTACCAGCA 
GTCATAGCAG AATCAACAAC TGTAGACTCG CCACCCTCAT CTCCACCTCC ACCACCTCCA 
CCTCCCCAGG CCACAGCACC CTCACCACCA GCACCAGTAA CAGAGCCAGT GGCCTTGCCG 
CACATGCCAA TCCCAGTTCT AATGACAGCA CCAGTAGATG TAGCAGTTCG AGCACTGAAG 
GAACCACCAG TTACGACTGT ACCAGAATCT TCAGAAGTGG ACACTAAGCA GGATGCTGCT 
GTATCTAATA GTTCAGAAGA ACACATAACT CAAAATTTGA ATGAGCAAGT AGATACTCCC 
TCACAAAAAG AAGATTCCCA TATTGGGAAG GAAGAAGAAA TTCCAGATAG TTCTAAGAGT 
AATCTGGGCT CCAAAAAAAC AGGTTCTAAG AAGAAATCCT CACAATCTGA AGGCACCTTT 
CTTGCTTCAG AATCTGATGA AGATTCTGTA CGGACTTCCT CAAGTCAAAG ATCACATGAT 
TTAAAATTTT CAGCAAACAT TGAAAAGGAA AGAGATTCAA AAAAGAGCTT AGCACCTTTA 
AAAAATGAGG ACGTAGGGAA ATCGTCACGA TCTAAAACAG AGAGAGATGA TAAATATTTT 
AGCTATTCAA AACTTGAAAG AGATACTCGG TATATATCTT CTCGATGTAG ATCAGAGAGA 
GAGCGAAGGC GGAGCAGATC TCGTTCTAGA TCTGACAGAG GCTCTAGAAC TAGTTTATCC 
TATTCCCGGT CCGAACGATC CCATTATTAT GACTCTGATC GTCGCTACCA TCGGAGTTCC 
CCTTATCGAG AGAGGGCACG CTATTCTCGG CCATATACAG ATAACAGAGC TCGAGAGAGC 
TCTGACTCAG AAGAGGAGTA TAAGAAAACC TACTCAAGGC GCACCTCCTC TCATTCCTTC 
TCTTACAGAG ACCTAAGGAC ATCATCATCC TATTCTAAAT CTGATCGGGA CTGCAAAACT 
GAGTCCTCTT ACTTAGAGAT GGAGAAGAGA GGAAAGTATT CTTCAAAACT AGAAAGAGAA 
TCCAAAAGGA CTTCAGAAAA TGAAGGCATG AAAAGATGTT GTTCTCCCCC TAACGAACTG 
GGATTCCGAC GGGGGTCATC CTATTCCAAG CATGATAGCA GTGCTTCCCG TTATAAATCT 
GCCCTTTCAA AATCTATATC CAAGTCTGAT AAATTTAAAA ATTCTTTCTG TTGTACAGAA 
TTAAATGAGG AAATCAAAAC GTCTCATTCT TTTAATTTAC AGGCTCCTTG TTCAAAAGGT 
AGTGAATTAA GAATGATTAG TAAAATTCCT GAAAGAGAAA AGACTGGGTC TCCATCTCCA 
TCAAATCGAT TAAATGATTC ACCTACTTTT AAAAAGCTAG ATGAATCACT TATTTTTAAA 
TCTGAATTTA TAGGACATGA TAGCCATGAT AGTATTAAGG AATTAGACTC TTTATCTAAA 
GTGAAGAATG ATCAATTAAG AAGTTATTGT CCCATAGAAT TAAATATAAA TGGATCTCCT 
GGGGCAGAAT CTGATTTGGC AACATTTTGC ACTTCTAAAA CTGACACTGT TTTGATGTCT 
TCTGATGATA GTGTGACTGG ATCGGAGGTA TCCCCTTTGG TCAAAGCATG CATGCTTCCA 
TCAAATGGAT TTCAGAATAT TAATAGATGT AAAGAGAAAG ACTCGGATGA TACTTGCATG 
CTGCATAGTA AGTCAGGAAG CCCATTTAGG GAAGCAGAAC CTCCAGTGTC GCCACACCAA 
GATAAACTCA TGTCTTTGCC AGTTATGAAG ATAGATTATT CTAAAACTAT AGTTAAAGAA 
CCAGTTGATA TGACAGTTTC TTGCTGTAAA ACCAAAGATT CAGATATATA CTGTACTTCA 
AATGACAACA GCCCTTCTTT GCATCATTCT GAAGCTGAAA AGATTGAGCC TTCAGCTACG 
CAGATTTCTC CAAATAGCTT TATGAATGTG CATTTGAAAT CAAAAACAGT TACATATGAT 
AATAGAAATC TGACAGATCA GCGCTCAAAA TTTGCATGTG AAGAATATAA GCAGAGTGTT 
GGTAGCACTA GTTCAGCTTC TGTTAATCAT TTTGATGATT TATATCAGCC TATAGAGAGT 
TCAGGCATTG CTTCATCTCT TCCAAGTCTT CCACCAGGAA TAAAAGTGGA CAGTTTAACT 
CTCTTGCAAT GTGGAGAGAA CACATCTCCA GTTTTGGATG CTGTGCTGAA GAGTAAAAGC 
ACAGAGTTTT TAAAGCATGC AGAGAAAGAA ACAGTAGAAG TAGGTAGCGG CCTGCCTGAT 
TCAGGAAAGG GATTTGCTTC TTGGGAAAAT AGGCATAATA ATGGGTTATC TGGGAAATGC 
GTGCAAGAGG CTCAAGAAGA AGGGAATTCC ATATTGCCTG ATAGAAGAGG AAGAGCAGAA 
ATCTCTTTAG ATGAAGAAGG AGGAAGAGAA CATGCGCATA CTTCTGATGA CTCAGAAGTT 
GTATTTTCTT CTTGTGACTT GAATTTAACC ATGGAAGACA GTGATGGTGT AACATATACC 
TTAAAATGTG ACAGTAGTGG GCATGCCTCA GAGATTGTAT CTACTGTCCA TGAAGATTAT 
TCTGGTTCTT CTGAAAGTTC AAGTGATGAA AGTGACTCTG AAGATACAGA TTCTGATGAT 
AGCAGTATTC CAAGAAACCG TCTTCAGTCT GTTGTGGTAG TGCCAAAGAA TTCTACTTTG 
CCCATGGAAG AAACAAGTCC TTGTTCTTCT CGGAGCAGTC AAAGTTACAG ACACTATTCT 
GACCACTGGG AAGATGAGAG ATTGGAGTCA AGGAGACATT CATATGAGGA AAAATTTGAG 
AGTGTAGCAA GCAAACCCTA TTCTCAAACT GAGAAGTTCT TCCATCATAA AGGGACAGAG 
AAGAATCTGG AAATTTCTTT CACACAGCCC AGCAGAAAAC AAATAGATAA CCACCTGTCT 
GAAACGGCTC ATCCTCAGAG TGATGGGGTT GATAGTACAA GTCATACAGA TGTGAAATCT 
GACTTTCTAG GTCATCCAAA TTCTGAGGAA ACTGCAAAAA CCAAAATAGC TTCTAGGCAG 
CAAGAAGAGC TGCCAGTTTA TTCTTCTGAT GATTTTGAAG ATGTCCCAAG TAAGTCTCGG 
CAACAGATCA CTTTCCCTAA CAGGCCAGAT AGTAGACTGG GAAAAACAGA GTTGAGTTTT 
TCTCCCTCTT GTGAGATCTC CCGAGTGGAT GGTTTCCGCT CATCAGAAGA GCTCCGAAGC 
CTAGGGTGGG AGTTCTCTCA ACAAGAAAAG CCTACTACCA CATACCAACA ACCAGACAGC 
AGCTATGGAG CCTGTGGTGG ACACAAGTAT CAGCAAAGTG CAGAACATTA TGGTGGGACA 
CGTAATTACT GGCAAGGCAA TGGCTACTGG GATCCCAGAT CAGCAGGTAG ACCTCCTGGA 
ACTGGGGTTG TGTATGATCG AATTCAAGGG CAGGTACCAG ATTCCTTAAC GGATGATCGT 
GAAGAGGAGG AGATTTGGGA TCAACGTGGA GGATCTCATT TTTCAAGCCA GTCCAATAAG 
TTTTTTCTAT CCCTTCAGAA GGACAAAGGG TCAGTACAAG CACCTGAAAT AAGCAGCAAT 
TCCATTAAGG ACACTCTAGC TGTGAACGAA AAGAAAGATC TTCCAAAAAA CTTAGAAAAA 
AATGATATGA AAGACAGAGG GCCTCCTAAA AAAAGGAGAC AGGAATTGGA GAGTGATTCT 
GAAAGTGATG GTGAACTTCA GGACAGAAAG AAAGTTCGAG TGGCGGTAGA GCCGGGGGAA 
ATAGCAGTAC CCCCAGGCTC AGCACTGGTT GGACCTTCTT GTGTCATGGA GGACTTCAGG 
GACCCACAGC GATGGAAAGA ATATGCCAAG CAAGGGAAGA TGCCCTGTTA CTTTGATCTA 
ATTGAAGAAA ATGTTTATTT AACAGAAAGA AAGAAGAATA AATCTCATCG GGATATTAAG 
CGGATGCAGT GTGAGTGTAC ACCGCTTTCT AAAGATGAAA GAGCTCAAGG TGAAATAGCA 
TGTGGAGAAG ACTGTCTTAA TCGTCTCCTC ATGATTGAAT GTTCTTCTCG GTGTCCAAAT 
GGGGATTATT GTTCCAATAG ACGGTTTCAG AGAAAGCAGC ATGCAGATGT GGAAGTCATA 
CTCACAGAGA AGAAAGGCTG GGGCTTGAGA GCTGCCAAAG ACCTTCCTTC GAACACCTTC 
GTCCTAGAAT ATTGTGGAGA AGTACTTGAT CATAAAGAGT TTAAAGCCCG GGTAAAGGAA 
TATGCACGAA ACAAAAACAT CCACTACTAT TTCATGGCCC TGAAGAACGA TGAGATAATA 
GATGCCACTC AGAAAGGAAA CTGCTCTCGT TTCATGAATC ACAGCTGTGA ACCAAACTGT 
GAAACTCAAA AATGGACTGT GAATGGACAA CTGAGGGTTG GGTTTTTTAC CACCAAACTG 
GTTCCTTCAG GCTCAGAGTT AACATTTGAC TATCAGTTCC AAAGATATGG AAAAGAAGCT 
CAGAAATGTT TCTGTGGGTC GGCTAATTGC CGAGGTTACC TGGGAGGAGA GAACAGAGTC 
AGTATCAGAG CAGCAGGAGG AAAAATGAAG AAGGAGCGAT CCCGTAAGAA GGATACAGTG 
GATGGAGAGC TAGAAGCTCT GATGGAGAAT GGTGAGGGTC TCTCTGATAA AAACCAGGTG 
CTCAGCTTAT CCCGGCTGAT GGTTAGAATT GAAACTTTGG AGCAGAAACT TACCTGTCTT 
GAGCTAATAC AGAACACACA TTCACAGTCT TGTCTGAAGT CTTTCCTGGA ACGTCATGGG 
CTGTCTTTGT TGTGGATCTG GATGGCAGAA CTAGGTGATG GCCGGGAAAG TAACCAGAAG 
CTTCAGGAAG AGATTATAAA GACTTTGGAA CACTTACCCA TTCCTACTAA AAATATGTTG 
GAGGAAAGCA AAGTACTTCC AATTATTCAG CGCTGGTCTC AGACCAAAAC TGCCATTCCT 
CAGTTGAGTG AAGGAGATGG GTATTCAAGT GAGAATACGT CACGTGCTCA CACGCCACTC 
AACACACCTG ATCCTTCCAC CAAACTGAGC ATAGAAGCTG ACACAGACAC CCCCAAGAAG 
CTCATGTTTC GCAGACTTAA AATTATAAGT GAAAATAGCA TGGACAGTGC TATCTCTGAT 
GCTACCAGTG AGCTGGAAGG CAAGGACGGC AAAGAGGACC TTGACCAGTT AGAAAACGTC 
CCTGTAGAAG AAGAGGAAGA GTTACAGTCA CAACAGCTAC TCCCACAGCA GCTACCTGAA 
TCTAAAGTTG AGAGTGAAAT CACTGTGGAA GCCAGTAAGC TACCCACATC TGAACCAGAG 
GCTGACACTG AAATAGAGCC CAAAGAGGGC AATGGCACAA AACTGGAAGA AACCATTGCT 
GAGGAAACCC CGTCCCAAGA TGAAGAGGAG GGTGTATCTG ATGTGGAGAG TGAGAGGAGC 
CAGGAACAGC CAGATAAAAC AGTAGATATA AGTGATTTGG CCACCAAGCT CCTGGATAGT 
TGGAAAGACC TAAAGGAGGT ATATCGAATT CCAAAGAAAA GTCAAACTGA AAAGGAGAAC 
ACAAATATGA TACACCAACT TCTAAAAAGA AAGTACGAAT TAAAGACCGC AATAAACTTT 
CTACAGAGGA GCGTCGGAAG TTGTTTGAGC AAGAGGTGGC TCAGCGGGAG GCTCAGAAAC 
AACAGCAGCA GTTGCAGACC CTGGGAATGA

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

RefSeq	XP_019653525.1
CDS	89..6298
Translation	MLSWLDGNREEENEAKIENVQKTGFIKGPMFKGVASSRFLPKGTKTKVNLEEQGRQKVSFSFSLTKKTLQNRFLTALGNEKQNDTPNSPAGPLQVDLTPKIKMDMGDTLSTTEESSPPKSRVELGKIHFKKHLLHVTSRPLLTTATAVASPPPPIVPLPAVIAESTTVDSPPSSPPPPPPPPQATAPSPPAPVTEPVALPHMPIPVLMTAPVDVAVRALKEPPVTTVPESSEVDTKQDAAVSNSSEEHITQNLNEQVDTPSQKEDSHIGKEEEIPDSSKSNLGSKKTGSKKKSSQSEGTFLASESDEDSVRTSSSQRSHDLKFSANIEKERDSKKSLAPLKNEDVGKSSRSKTERDDKYFSYSKLERDTRYISSRCRSERERRRSRSRSRSDRGSRTSLSYSRSERSHYYDSDRRYHRSSPYRERARYSRPYTDNRARESSDSEEEYKKTYSRRTSSHSFSYRDLRTSSSYSKSDRDCKTESSYLEMEKRGKYSSKLERESKRTSENEGMKRCCSPPNELGFRRGSSYSKHDSSASRYKSALSKSISKSDKFKNSFCCTELNEEIKTSHSFNLQAPCSKGSELRMISKIPEREKTGSPSPSNRLNDSPTFKKLDESLIFKSEFIGHDSHDSIKELDSLSKVKNDQLRSYCPIELNINGSPGAESDLATFCTSKTDTVLMSSDDSVTGSEVSPLVKACMLPSNGFQNINRCKEKDSDDTCMLHSKSGSPFREAEPPVSPHQDKLMSLPVMKIDYSKTIVKEPVDMTVSCCKTKDSDIYCTSNDNSPSLHHSEAEKIEPSATQISPNSFMNVHLKSKTVTYDNRNLTDQRSKFACEEYKQSVGSTSSASVNHFDDLYQPIESSGIASSLPSLPPGIKVDSLTLLQCGENTSPVLDAVLKSKSTEFLKHAEKETVEVGSGLPDSGKGFASWENRHNNGLSGKCVQEAQEEGNSILPDRRGRAEISLDEEGGREHAHTSDDSEVVFSSCDLNLTMEDSDGVTYTLKCDSSGHASEIVSTVHEDYSGSSESSSDESDSEDTDSDDSSIPRNRLQSVVVVPKNSTLPMEETSPCSSRSSQSYRHYSDHWEDERLESRRHSYEEKFESVASKPYSQTEKFFHHKGTEKNLEISFTQPSRKQIDNHLSETAHPQSDGVDSTSHTDVKSDFLGHPNSEETAKTKIASRQQEELPVYSSDDFEDVPSKSRQQITFPNRPDSRLGKTELSFSPSCEISRVDGFRSSEELRSLGWEFSQQEKPTTTYQQPDSSYGACGGHKYQQSAEHYGGTRNYWQGNGYWDPRSAGRPPGTGVVYDRIQGQVPDSLTDDREEEEIWDQRGGSHFSSQSNKFFLSLQKDKGSVQAPEISSNSIKDTLAVNEKKDLPKNLEKNDMKDRGPPKKRRQELESDSESDGELQDRKKVRVAVEPGEIAVPPGSALVGPSCVMEDFRDPQRWKEYAKQGKMPCYFDLIEENVYLTERKKNKSHRDIKRMQCECTPLSKDERAQGEIACGEDCLNRLLMIECSSRCPNGDYCSNRRFQRKQHADVEVILTEKKGWGLRAAKDLPSNTFVLEYCGEVLDHKEFKARVKEYARNKNIHYYFMALKNDEIIDATQKGNCSRFMNHSCEPNCETQKWTVNGQLRVGFFTTKLVPSGSELTFDYQFQRYGKEAQKCFCGSANCRGYLGGENRVSIRAAGGKMKKERSRKKDTVDGELEALMENGEGLSDKNQVLSLSRLMVRIETLEQKLTCLELIQNTHSQSCLKSFLERHGLSLLWIWMAELGDGRESNQKLQEEIIKTLEHLPIPTKNMLEESKVLPIIQRWSQTKTAIPQLSEGDGYSSENTSRAHTPLNTPDPSTKLSIEADTDTPKKLMFRRLKIISENSMDSAISDATSELEGKDGKEDLDQLENVPVEEEEELQSQQLLPQQLPESKVESEITVEASKLPTSEPEADTEIEPKEGNGTKLEETIAEETPSQDEEEGVSDVESERSQEQPDKTVDISDLATKLLDSWKDLKEVYRIPKKSQTEKENTNMIHQLLKRKYELKTAINFLQRSVGSCLSKRWLSGRLRNNSSSCRPWE

Target ORF information:

RefSeq Version	XM_019797966.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca SET domain containing 2 (SETD2), transcript variant X2, mRNA.

Target ORF information:

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

XM_019797966.1

ORF Insert Sequence:

ATGCTTTCTT GGCTGGATGG CAATAGAGAA GAAGAAAATG AGGCAAAGAT TGAAAATGTG 
CAGAAAACAG GTTTCATCAA AGGACCAATG TTCAAAGGTG TTGCTTCTAG TCGATTTTTA 
CCCAAAGGCA CCAAGACAAA AGTTAATTTG GAGGAACAGG GACGACAGAA GGTGTCTTTC 
AGCTTCAGCC TTACAAAGAA AACTTTGCAG AACAGGTTTC TGACTGCACT TGGCAATGAA 
AAGCAAAATG ATACTCCAAA CTCCCCAGCT GGACCTCTTC AAGTAGACTT GACCCCTAAA 
ATTAAAATGG ACATGGGAGA TACCTTATCT ACTACAGAAG AATCTTCTCC ACCAAAATCG 
AGGGTAGAAT TGGGCAAAAT TCATTTTAAG AAACATCTAC TTCATGTGAC CTCCAGGCCA 
CTGCTGACTA CTGCCACAGC AGTGGCCTCC CCACCTCCTC CCATAGTACC ATTACCAGCA 
GTCATAGCAG AATCAACAAC TGTAGACTCG CCACCCTCAT CTCCACCTCC ACCACCTCCA 
CCTCCCCAGG CCACAGCACC CTCACCACCA GCACCAGTAA CAGAGCCAGT GGCCTTGCCG 
CACATGCCAA TCCCAGTTCT AATGACAGCA CCAGTAGATG TAGCAGTTCG AGCACTGAAG 
GAACCACCAG TTACGACTGT ACCAGAATCT TCAGAAGTGG ACACTAAGCA GGATGCTGCT 
GTATCTAATA GTTCAGAAGA ACACATAACT CAAAATTTGA ATGAGCAAGT AGATACTCCC 
TCACAAAAAG AAGATTCCCA TATTGGGAAG GAAGAAGAAA TTCCAGATAG TTCTAAGAGT 
AATCTGGGCT CCAAAAAAAC AGGTTCTAAG AAGAAATCCT CACAATCTGA AGGCACCTTT 
CTTGCTTCAG AATCTGATGA AGATTCTGTA CGGACTTCCT CAAGTCAAAG ATCACATGAT 
TTAAAATTTT CAGCAAACAT TGAAAAGGAA AGAGATTCAA AAAAGAGCTT AGCACCTTTA 
AAAAATGAGG ACGTAGGGAA ATCGTCACGA TCTAAAACAG AGAGAGATGA TAAATATTTT 
AGCTATTCAA AACTTGAAAG AGATACTCGG TATATATCTT CTCGATGTAG ATCAGAGAGA 
GAGCGAAGGC GGAGCAGATC TCGTTCTAGA TCTGACAGAG GCTCTAGAAC TAGTTTATCC 
TATTCCCGGT CCGAACGATC CCATTATTAT GACTCTGATC GTCGCTACCA TCGGAGTTCC 
CCTTATCGAG AGAGGGCACG CTATTCTCGG CCATATACAG ATAACAGAGC TCGAGAGAGC 
TCTGACTCAG AAGAGGAGTA TAAGAAAACC TACTCAAGGC GCACCTCCTC TCATTCCTTC 
TCTTACAGAG ACCTAAGGAC ATCATCATCC TATTCTAAAT CTGATCGGGA CTGCAAAACT 
GAGTCCTCTT ACTTAGAGAT GGAGAAGAGA GGAAAGTATT CTTCAAAACT AGAAAGAGAA 
TCCAAAAGGA CTTCAGAAAA TGAAGGCATG AAAAGATGTT GTTCTCCCCC TAACGAACTG 
GGATTCCGAC GGGGGTCATC CTATTCCAAG CATGATAGCA GTGCTTCCCG TTATAAATCT 
GCCCTTTCAA AATCTATATC CAAGTCTGAT AAATTTAAAA ATTCTTTCTG TTGTACAGAA 
TTAAATGAGG AAATCAAAAC GTCTCATTCT TTTAATTTAC AGGCTCCTTG TTCAAAAGGT 
AGTGAATTAA GAATGATTAG TAAAATTCCT GAAAGAGAAA AGACTGGGTC TCCATCTCCA 
TCAAATCGAT TAAATGATTC ACCTACTTTT AAAAAGCTAG ATGAATCACT TATTTTTAAA 
TCTGAATTTA TAGGACATGA TAGCCATGAT AGTATTAAGG AATTAGACTC TTTATCTAAA 
GTGAAGAATG ATCAATTAAG AAGTTATTGT CCCATAGAAT TAAATATAAA TGGATCTCCT 
GGGGCAGAAT CTGATTTGGC AACATTTTGC ACTTCTAAAA CTGACACTGT TTTGATGTCT 
TCTGATGATA GTGTGACTGG ATCGGAGGTA TCCCCTTTGG TCAAAGCATG CATGCTTCCA 
TCAAATGGAT TTCAGAATAT TAATAGATGT AAAGAGAAAG ACTCGGATGA TACTTGCATG 
CTGCATAGTA AGTCAGGAAG CCCATTTAGG GAAGCAGAAC CTCCAGTGTC GCCACACCAA 
GATAAACTCA TGTCTTTGCC AGTTATGAAG ATAGATTATT CTAAAACTAT AGTTAAAGAA 
CCAGTTGATA TGACAGTTTC TTGCTGTAAA ACCAAAGATT CAGATATATA CTGTACTTCA 
AATGACAACA GCCCTTCTTT GCATCATTCT GAAGCTGAAA AGATTGAGCC TTCAGCTACG 
CAGATTTCTC CAAATAGCTT TATGAATGTG CATTTGAAAT CAAAAACAGT TACATATGAT 
AATAGAAATC TGACAGATCA GCGCTCAAAA TTTGCATGTG AAGAATATAA GCAGAGTGTT 
GGTAGCACTA GTTCAGCTTC TGTTAATCAT TTTGATGATT TATATCAGCC TATAGAGAGT 
TCAGGCATTG CTTCATCTCT TCCAAGTCTT CCACCAGGAA TAAAAGTGGA CAGTTTAACT 
CTCTTGCAAT GTGGAGAGAA CACATCTCCA GTTTTGGATG CTGTGCTGAA GAGTAAAAGC 
ACAGAGTTTT TAAAGCATGC AGAGAAAGAA ACAGTAGAAG TAGGTAGCGG CCTGCCTGAT 
TCAGGAAAGG GATTTGCTTC TTGGGAAAAT AGGCATAATA ATGGGTTATC TGGGAAATGC 
GTGCAAGAGG CTCAAGAAGA AGGGAATTCC ATATTGCCTG ATAGAAGAGG AAGAGCAGAA 
ATCTCTTTAG ATGAAGAAGG AGGAAGAGAA CATGCGCATA CTTCTGATGA CTCAGAAGTT 
GTATTTTCTT CTTGTGACTT GAATTTAACC ATGGAAGACA GTGATGGTGT AACATATACC 
TTAAAATGTG ACAGTAGTGG GCATGCCTCA GAGATTGTAT CTACTGTCCA TGAAGATTAT 
TCTGGTTCTT CTGAAAGTTC AAGTGATGAA AGTGACTCTG AAGATACAGA TTCTGATGAT 
AGCAGTATTC CAAGAAACCG TCTTCAGTCT GTTGTGGTAG TGCCAAAGAA TTCTACTTTG 
CCCATGGAAG AAACAAGTCC TTGTTCTTCT CGGAGCAGTC AAAGTTACAG ACACTATTCT 
GACCACTGGG AAGATGAGAG ATTGGAGTCA AGGAGACATT CATATGAGGA AAAATTTGAG 
AGTGTAGCAA GCAAACCCTA TTCTCAAACT GAGAAGTTCT TCCATCATAA AGGGACAGAG 
AAGAATCTGG AAATTTCTTT CACACAGCCC AGCAGAAAAC AAATAGATAA CCACCTGTCT 
GAAACGGCTC ATCCTCAGAG TGATGGGGTT GATAGTACAA GTCATACAGA TGTGAAATCT 
GACTTTCTAG GTCATCCAAA TTCTGAGGAA ACTGCAAAAA CCAAAATAGC TTCTAGGCAG 
CAAGAAGAGC TGCCAGTTTA TTCTTCTGAT GATTTTGAAG ATGTCCCAAG TAAGTCTCGG 
CAACAGATCA CTTTCCCTAA CAGGCCAGAT AGTAGACTGG GAAAAACAGA GTTGAGTTTT 
TCTCCCTCTT GTGAGATCTC CCGAGTGGAT GGTTTCCGCT CATCAGAAGA GCTCCGAAGC 
CTAGGGTGGG AGTTCTCTCA ACAAGAAAAG CCTACTACCA CATACCAACA ACCAGACAGC 
AGCTATGGAG CCTGTGGTGG ACACAAGTAT CAGCAAAGTG CAGAACATTA TGGTGGGACA 
CGTAATTACT GGCAAGGCAA TGGCTACTGG GATCCCAGAT CAGCAGGTAG ACCTCCTGGA 
ACTGGGGTTG TGTATGATCG AATTCAAGGG CAGGTACCAG ATTCCTTAAC GGATGATCGT 
GAAGAGGAGG AGATTTGGGA TCAACGTGGA GGATCTCATT TTTCAAGCCA GTCCAATAAG 
TTTTTTCTAT CCCTTCAGAA GGACAAAGGG TCAGTACAAG CACCTGAAAT AAGCAGCAAT 
TCCATTAAGG ACACTCTAGC TGTGAACGAA AAGAAAGATC TTCCAAAAAA CTTAGAAAAA 
AATGATATGA AAGACAGAGG GCCTCCTAAA AAAAGGAGAC AGGAATTGGA GAGTGATTCT 
GAAAGTGATG GTGAACTTCA GGACAGAAAG AAAGTTCGAG TGGCGGTAGA GCCGGGGGAA 
ATAGCAGTAC CCCCAGGCTC AGCACTGGTT GGACCTTCTT GTGTCATGGA GGACTTCAGG 
GACCCACAGC GATGGAAAGA ATATGCCAAG CAAGGGAAGA TGCCCTGTTA CTTTGATCTA 
ATTGAAGAAA ATGTTTATTT AACAGAAAGA AAGAAGAATA AATCTCATCG GGATATTAAG 
CGGATGCAGT GTGAGTGTAC ACCGCTTTCT AAAGATGAAA GAGCTCAAGG TGAAATAGCA 
TGTGGAGAAG ACTGTCTTAA TCGTCTCCTC ATGATTGAAT GTTCTTCTCG GTGTCCAAAT 
GGGGATTATT GTTCCAATAG ACGGTTTCAG AGAAAGCAGC ATGCAGATGT GGAAGTCATA 
CTCACAGAGA AGAAAGGCTG GGGCTTGAGA GCTGCCAAAG ACCTTCCTTC GAACACCTTC 
GTCCTAGAAT ATTGTGGAGA AGTACTTGAT CATAAAGAGT TTAAAGCCCG GGTAAAGGAA 
TATGCACGAA ACAAAAACAT CCACTACTAT TTCATGGCCC TGAAGAACGA TGAGATAATA 
GATGCCACTC AGAAAGGAAA CTGCTCTCGT TTCATGAATC ACAGCTGTGA ACCAAACTGT 
GAAACTCAAA AATGGACTGT GAATGGACAA CTGAGGGTTG GGTTTTTTAC CACCAAACTG 
GTTCCTTCAG GCTCAGAGTT AACATTTGAC TATCAGTTCC AAAGATATGG AAAAGAAGCT 
CAGAAATGTT TCTGTGGGTC GGCTAATTGC CGAGGTTACC TGGGAGGAGA GAACAGAGTC 
AGTATCAGAG CAGCAGGAGG AAAAATGAAG AAGGAGCGAT CCCGTAAGAA GGATACAGTG 
GATGGAGAGC TAGAAGCTCT GATGGAGAAT GGTGAGGGTC TCTCTGATAA AAACCAGGTG 
CTCAGCTTAT CCCGGCTGAT GGTTAGAATT GAAACTTTGG AGCAGAAACT TACCTGTCTT 
GAGCTAATAC AGAACACACA TTCACAGTCT TGTCTGAAGT CTTTCCTGGA ACGTCATGGG 
CTGTCTTTGT TGTGGATCTG GATGGCAGAA CTAGGTGATG GCCGGGAAAG TAACCAGAAG 
CTTCAGGAAG AGATTATAAA GACTTTGGAA CACTTACCCA TTCCTACTAA AAATATGTTG 
GAGGAAAGCA AAGTACTTCC AATTATTCAG CGCTGGTCTC AGACCAAAAC TGCCATTCCT 
CAGTTGAGTG AAGGAGATGG GTATTCAAGT GAGAATACGT CACGTGCTCA CACGCCACTC 
AACACACCTG ATCCTTCCAC CAAACTGAGC ATAGAAGCTG ACACAGACAC CCCCAAGAAG 
CTCATGTTTC GCAGACTTAA AATTATAAGT GAAAATAGCA TGGACAGTGC TATCTCTGAT 
GCTACCAGTG AGCTGGAAGG CAAGGACGGC AAAGAGGACC TTGACCAGTT AGAAAACGTC 
CCTGTAGAAG AAGAGGAAGA GTTACAGTCA CAACAGCTAC TCCCACAGCA GCTACCTGAA 
TCTAAAGTTG AGAGTGAAAT CACTGTGGAA GCCAGTAAGC TACCCACATC TGAACCAGAG 
GCTGACACTG AAATAGAGCC CAAAGAGGGC AATGGCACAA AACTGGAAGA AACCATTGCT 
GAGGAAACCC CGTCCCAAGA TGAAGAGGAG GGTGTATCTG ATGTGGAGAG TGAGAGGAGC 
CAGGAACAGC CAGATAAAAC AGTAGATATA AGTGATTTGG CCACCAAGCT CCTGGATAGT 
TGGAAAGACC TAAAGGAGGT ATATCGAATT CCAAAGAAAA GTCAAACTGA AAAGGAGAAC 
ACAAATATGA TACACCAACT TCTAAAAAGA AAGTACGAAT TAAAGACCGC AATAAACTTT 
CTACAGAGGA GCGTCGGAAG TTGTTTGAGC AAGAGGTGGC TCAGCGGGAG GCTCAGAAAC 
AACAGCAGCA GTTGCAGACC CTGGGAATGA

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

SETD2 ( XM_002912844.3 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_002912890.1 Ailuropoda melanoleuca SET domain containing 2 (SETD2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAc00589
Clone ID Related Accession (Same CDS sequence)	XM_002912844.3
Accession Version	XM_002912844.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7650bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	histone-lysine N-methyltransferase SETD2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217298.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_002912844.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTTTCTT GGCTGGATGG CAATAGAGAA GAAGAAAATG AGGCAAAGAT TGAAAATGTG 
CAGAAAACAG GTTTCATCAA AGGACCAATG TTCAAAGGTG TTGCTTCTAG TCGATTTTTA 
CCCAAAGGCA CCAAGACAAA AGTTAATTTG GAGGAACAGG GACGACAGAA GGTGTCTTTC 
AGCTTCAGCC TTACAAAGAA AACTTTGCAG AACAGGTTTC TGACTGCACT TGGCAATGAA 
AAGCAAAATG ATACTCCAAA CTCCCCAGCT GGACCTCTTC AAGTAGACTT GACCCCTAAA 
ATTAAAATGG ACATGGGAGA TACCTTATCT ACTACAGAAG AATCTTCTCC ACCAAAATCG 
AGGGTAGAAT TGGGCAAAAT TCATTTTAAG AAACATCTAC TTCATGTGAC CTCCAGGCCA 
CTGCTGACTA CTGCCACAGC AGTGGCCTCC CCACCTCCTC CCATAGTACC ATTACCAGCA 
GTCATAGCAG AATCAACAAC TGTAGACTCG CCACCCTCAT CTCCACCTCC ACCACCTCCA 
CCTCCCCAGG CCACAGCACC CTCACCACCA GCACCAGTAA CAGAGCCAGT GGCCTTGCCG 
CACATGCCAA TCCCAGTTCT AATGACAGCA CCAGTAGATG TAGCAGTTCG AGCACTGAAG 
GAACCACCAG TTACGACTGT ACCAGAATCT TCAGAAGTGG ACACTAAGCA GGATGCTGCT 
GTATCTAATA GTTCAGAAGA ACACATAACT CAAAATTTGA ATGAGCAAGT AGATACTCCC 
TCACAAAAAG AAGATTCCCA TATTGGGAAG GAAGAAGAAA TTCCAGATAG TTCTAAGAGT 
AATCTGGGCT CCAAAAAAAC AGGTTCTAAG AAGAAATCCT CACAATCTGA AGGCACCTTT 
CTTGCTTCAG AATCTGATGA AGATTCTGTA CGGACTTCCT CAAGTCAAAG ATCACATGAT 
TTAAAATTTT CAGCAAACAT TGAAAAGGAA AGAGATTCAA AAAAGAGCTT AGCACCTTTA 
AAAAATGAGG ACGTAGGGAA ATCGTCACGA TCTAAAACAG AGAGAGATGA TAAATATTTT 
AGCTATTCAA AACTTGAAAG AGATACTCGG TATATATCTT CTCGATGTAG ATCAGAGAGA 
GAGCGAAGGC GGAGCAGATC TCGTTCTAGA TCTGACAGAG GCTCTAGAAC TAGTTTATCC 
TATTCCCGGT CCGAACGATC CCATTATTAT GACTCTGATC GTCGCTACCA TCGGAGTTCC 
CCTTATCGAG AGAGGGCACG CTATTCTCGG CCATATACAG ATAACAGAGC TCGAGAGAGC 
TCTGACTCAG AAGAGGAGTA TAAGAAAACC TACTCAAGGC GCACCTCCTC TCATTCCTTC 
TCTTACAGAG ACCTAAGGAC ATCATCATCC TATTCTAAAT CTGATCGGGA CTGCAAAACT 
GAGTCCTCTT ACTTAGAGAT GGAGAAGAGA GGAAAGTATT CTTCAAAACT AGAAAGAGAA 
TCCAAAAGGA CTTCAGAAAA TGAAGGCATG AAAAGATGTT GTTCTCCCCC TAACGAACTG 
GGATTCCGAC GGGGGTCATC CTATTCCAAG CATGATAGCA GTGCTTCCCG TTATAAATCT 
GCCCTTTCAA AATCTATATC CAAGTCTGAT AAATTTAAAA ATTCTTTCTG TTGTACAGAA 
TTAAATGAGG AAATCAAAAC GTCTCATTCT TTTAATTTAC AGGCTCCTTG TTCAAAAGGT 
AGTGAATTAA GAATGATTAG TAAAATTCCT GAAAGAGAAA AGACTGGGTC TCCATCTCCA 
TCAAATCGAT TAAATGATTC ACCTACTTTT AAAAAGCTAG ATGAATCACT TATTTTTAAA 
TCTGAATTTA TAGGACATGA TAGCCATGAT AGTATTAAGG AATTAGACTC TTTATCTAAA 
GTGAAGAATG ATCAATTAAG AAGTTATTGT CCCATAGAAT TAAATATAAA TGGATCTCCT 
GGGGCAGAAT CTGATTTGGC AACATTTTGC ACTTCTAAAA CTGACACTGT TTTGATGTCT 
TCTGATGATA GTGTGACTGG ATCGGAGGTA TCCCCTTTGG TCAAAGCATG CATGCTTCCA 
TCAAATGGAT TTCAGAATAT TAATAGATGT AAAGAGAAAG ACTCGGATGA TACTTGCATG 
CTGCATAGTA AGTCAGGAAG CCCATTTAGG GAAGCAGAAC CTCCAGTGTC GCCACACCAA 
GATAAACTCA TGTCTTTGCC AGTTATGAAG ATAGATTATT CTAAAACTAT AGTTAAAGAA 
CCAGTTGATA TGACAGTTTC TTGCTGTAAA ACCAAAGATT CAGATATATA CTGTACTTCA 
AATGACAACA GCCCTTCTTT GCATCATTCT GAAGCTGAAA AGATTGAGCC TTCAGCTACG 
CAGATTTCTC CAAATAGCTT TATGAATGTG CATTTGAAAT CAAAAACAGT TACATATGAT 
AATAGAAATC TGACAGATCA GCGCTCAAAA TTTGCATGTG AAGAATATAA GCAGAGTGTT 
GGTAGCACTA GTTCAGCTTC TGTTAATCAT TTTGATGATT TATATCAGCC TATAGAGAGT 
TCAGGCATTG CTTCATCTCT TCCAAGTCTT CCACCAGGAA TAAAAGTGGA CAGTTTAACT 
CTCTTGCAAT GTGGAGAGAA CACATCTCCA GTTTTGGATG CTGTGCTGAA GAGTAAAAGC 
ACAGAGTTTT TAAAGCATGC AGAGAAAGAA ACAGTAGAAG TAGGTAGCGG CCTGCCTGAT 
TCAGGAAAGG GATTTGCTTC TTGGGAAAAT AGGCATAATA ATGGGTTATC TGGGAAATGC 
GTGCAAGAGG CTCAAGAAGA AGGGAATTCC ATATTGCCTG ATAGAAGAGG AAGAGCAGAA 
ATCTCTTTAG ATGAAGAAGG AGGAAGAGAA CATGCGCATA CTTCTGATGA CTCAGAAGTT 
GTATTTTCTT CTTGTGACTT GAATTTAACC ATGGAAGACA GTGATGGTGT AACATATACC 
TTAAAATGTG ACAGTAGTGG GCATGCCTCA GAGATTGTAT CTACTGTCCA TGAAGATTAT 
TCTGGTTCTT CTGAAAGTTC AAGTGATGAA AGTGACTCTG AAGATACAGA TTCTGATGAT 
AGCAGTATTC CAAGAAACCG TCTTCAGTCT GTTGTGGTAG TGCCAAAGAA TTCTACTTTG 
CCCATGGAAG AAACAAGTCC TTGTTCTTCT CGGAGCAGTC AAAGTTACAG ACACTATTCT 
GACCACTGGG AAGATGAGAG ATTGGAGTCA AGGAGACATT CATATGAGGA AAAATTTGAG 
AGTGTAGCAA GCAAACCCTA TTCTCAAACT GAGAAGTTCT TCCATCATAA AGGGACAGAG 
AAGAATCTGG AAATTTCTTT CACACAGCCC AGCAGAAAAC AAATAGATAA CCACCTGTCT 
GAAACGGCTC ATCCTCAGAG TGATGGGGTT GATAGTACAA GTCATACAGA TGTGAAATCT 
GACTTTCTAG GTCATCCAAA TTCTGAGGAA ACTGCAAAAA CCAAAATAGC TTCTAGGCAG 
CAAGAAGAGC TGCCAGTTTA TTCTTCTGAT GATTTTGAAG ATGTCCCAAG TAAGTCTCGG 
CAACAGATCA CTTTCCCTAA CAGGCCAGAT AGTAGACTGG GAAAAACAGA GTTGAGTTTT 
TCTCCCTCTT GTGAGATCTC CCGAGTGGAT GGTTTCCGCT CATCAGAAGA GCTCCGAAGC 
CTAGGGTGGG AGTTCTCTCA ACAAGAAAAG CCTACTACCA CATACCAACA ACCAGACAGC 
AGCTATGGAG CCTGTGGTGG ACACAAGTAT CAGCAAAGTG CAGAACATTA TGGTGGGACA 
CGTAATTACT GGCAAGGCAA TGGCTACTGG GATCCCAGAT CAGCAGGTAG ACCTCCTGGA 
ACTGGGGTTG TGTATGATCG AATTCAAGGG CAGGTACCAG ATTCCTTAAC GGATGATCGT 
GAAGAGGAGG AGATTTGGGA TCAACGTGGA GGATCTCATT TTTCAAGCCA GTCCAATAAG 
TTTTTTCTAT CCCTTCAGAA GGACAAAGGG TCAGTACAAG CACCTGAAAT AAGCAGCAAT 
TCCATTAAGG ACACTCTAGC TGTGAACGAA AAGAAAGATC TTCCAAAAAA CTTAGAAAAA 
AATGATATGA AAGACAGAGG GCCTCCTAAA AAAAGGAGAC AGGAATTGGA GAGTGATTCT 
GAAAGTGATG GTGAACTTCA GGACAGAAAG AAAGTTCGAG TGGCGGTAGA GCCGGGGGAA 
ATAGCAGTAC CCCCAGGCTC AGCACTGGTT GGACCTTCTT GTGTCATGGA GGACTTCAGG 
GACCCACAGC GATGGAAAGA ATATGCCAAG CAAGGGAAGA TGCCCTGTTA CTTTGATCTA 
ATTGAAGAAA ATGTTTATTT AACAGAAAGA AAGAAGAATA AATCTCATCG GGATATTAAG 
CGGATGCAGT GTGAGTGTAC ACCGCTTTCT AAAGATGAAA GAGCTCAAGG TGAAATAGCA 
TGTGGAGAAG ACTGTCTTAA TCGTCTCCTC ATGATTGAAT GTTCTTCTCG GTGTCCAAAT 
GGGGATTATT GTTCCAATAG ACGGTTTCAG AGAAAGCAGC ATGCAGATGT GGAAGTCATA 
CTCACAGAGA AGAAAGGCTG GGGCTTGAGA GCTGCCAAAG ACCTTCCTTC GAACACCTTC 
GTCCTAGAAT ATTGTGGAGA AGTACTTGAT CATAAAGAGT TTAAAGCCCG GGTAAAGGAA 
TATGCACGAA ACAAAAACAT CCACTACTAT TTCATGGCCC TGAAGAACGA TGAGATAATA 
GATGCCACTC AGAAAGGAAA CTGCTCTCGT TTCATGAATC ACAGCTGTGA ACCAAACTGT 
GAAACTCAAA AATGGACTGT GAATGGACAA CTGAGGGTTG GGTTTTTTAC CACCAAACTG 
GTTCCTTCAG GCTCAGAGTT AACATTTGAC TATCAGTTCC AAAGATATGG AAAAGAAGCT 
CAGAAATGTT TCTGTGGGTC GGCTAATTGC CGAGGTTACC TGGGAGGAGA GAACAGAGTC 
AGTATCAGAG CAGCAGGAGG AAAAATGAAG AAGGAGCGAT CCCGTAAGAA GGATACAGTG 
GATGGAGAGC TAGAAGCTCT GATGGAGAAT GGTGAGGGTC TCTCTGATAA AAACCAGGTG 
CTCAGCTTAT CCCGGCTGAT GGTTAGAATT GAAACTTTGG AGCAGAAACT TACCTGTCTT 
GAGCTAATAC AGAACACACA TTCACAGTCT TGTCTGAAGT CTTTCCTGGA ACGTCATGGG 
CTGTCTTTGT TGTGGATCTG GATGGCAGAA CTAGGTGATG GCCGGGAAAG TAACCAGAAG 
CTTCAGGAAG AGATTATAAA GACTTTGGAA CACTTACCCA TTCCTACTAA AAATATGTTG 
GAGGAAAGCA AAGTACTTCC AATTATTCAG CGCTGGTCTC AGACCAAAAC TGCCATTCCT 
CAGTTGAGTG AAGGAGATGG GTATTCAAGT GAGAATACGT CACGTGCTCA CACGCCACTC 
AACACACCTG ATCCTTCCAC CAAACTGAGC ATAGAAGCTG ACACAGACAC CCCCAAGAAG 
CTCATGTTTC GCAGACTTAA AATTATAAGT GAAAATAGCA TGGACAGTGC TATCTCTGAT 
GCTACCAGTG AGCTGGAAGG CAAGGACGGC AAAGAGGACC TTGACCAGTT AGAAAACGTC 
CCTGTAGAAG AAGAGGAAGA GTTACAGTCA CAACAGCTAC TCCCACAGCA GCTACCTGAA 
TCTAAAGTTG AGAGTGAAAT CACTGTGGAA GCCAGTAAGC TACCCACATC TGAACCAGAG 
GCTGACACTG AAATAGAGCC CAAAGAGGGC AATGGCACAA AACTGGAAGA AACCATTGCT 
GAGGAAACCC CGTCCCAAGA TGAAGAGGAG GGTGTATCTG ATGTGGAGAG TGAGAGGAGC 
CAGGAACAGC CAGATAAAAC AGTAGATATA AGTGATTTGG CCACCAAGCT CCTGGATAGT 
TGGAAAGACC TAAAGGAGGT ATATCGAATT CCAAAGAAAA GTCAAACTGA AAAGGAGAAC 
ACAATAACTG AACGAGGAAG GGATGCTGTT GGCTTCAGAG ATCAAACAGC TGCCCCAAAG 
ACTCCTAACA GGTCAAGAGA GAGAGACCCA GACAAGCAAA CTCAAAATAA AGAGAAAAGG 
AAACGAAGGG GCTCTCTCTC ACCACCTTCT TCTGCCTATG AGCGGGGAAC AAAAAGGCCA 
GATGACAGAT ATGATACACC AACTTCTAAA AAGAAAGTAC GAATTAAAGA CCGCAATAAA 
CTTTCTACAG AGGAGCGTCG GAAGTTGTTT GAGCAAGAGG TGGCTCAGCG GGAGGCTCAG 
AAACAACAGC AGCAGTTGCA GACCCTGGGA ATGACATCTC CACTGCCCTA TGACTCTCTT 
GGTTACAGTG CCCCTCATCA CCCCTTCGCT GGCTACCCAC CAGGTTATCC CATGCAGGCC 
TATGTGGATC CCAGCAACCC TAATGCTGGA AAGGTGCTCC TTCCCACGCC CAACATGGAC 
CCCGTGTGTT CTCCTGCTCC TTACGATCAT TCTCAGCCCT TGGTGGGACA TTCTACAGAA 
CCCCTTGCTG CCCCTCCACC TGTGCCAGTG GTGCCCCACG TGGCAGCCCC TGTGGAAGTT 
TCCAGTTCAC AGTATGTGGC CCAAAGTGAT GGTGTGGTAC ACCAAGACTC CAGCGTCACT 
GTCTTGCCAG TGCCAGCCCC AGGCCCAGTC CAAGGACAGA ATTATGGTGT TTGGGATTCA 
AACCAACAGT CAGTCAGTGT CCAGCAGCAG TATTCTCCTG CACAGTCTCA AGCAACCATA 
TATTATCAAG GACAGACTTG TCCAACTGTC TATGGTGTGA CATCACCCTA TTCACAGACA 
ACTCCACCAA TTGTACAGAG TTATGCCCAG CCAAGTCTTC AGTATATCCA GGGACAACAG 
ATTTTCACAG CTCACCCGCA AGGAGTGGTG GTCCAGCCAG CTGCGGCCGT AACGACAATA 
GTCGCTCCAG GGCAGCCTCA GCCCTTACAG CCACCTGAAA TGGTAGTGAC AAATAATCTT 
CTGGATCTGC CACCCCCCTC TCCTCCCAAA CCAAAAACCA TTGTCTTACC TCCCAACTGG 
AAGACAGCCC GAGATCCAGA AGGGAAGATT TATTACTACC ATGTGATCAC AAGGCAGACT 
CAGTGGGATC CTCCTACTTG GGAAAGCCCA GGAGATGATG CCAGCCTTGA GCATGAAGCT 
GAGATGGACC TGGGAACCCC AACATATGAT GAAAACCCCA TGAAGACCTC GAAAAAGCCT 
AAGACAGCAG AAGCGGACAC CTCCAGTGAG CTGGCTAAGA AAAGCAAAGA AGTATTCAGA 
AAAGAGATGT CCCAGTTCAT CGTCCAGTGC CTGAACCCTT ACCGGAAACC TGACTGCAAA 
GTGGGAAGAA TCACCACAAC CGAAGACTTC AAGCATCTAG CTCGCAAGCT GACTCATGGC 
GTGATGAATA AGGAGCTGAA GTACTGTAAG AACCCTGAGG ACCTGGAGTG CAATGAGAAT 
GTGAAACACA AAACCAAGGA GTACATTAAG AAGTATATGC AGAAGTTTGG GGCCGTTTAC 
AAACCCAAAG AGGACACTGA ATTAGAGTGA

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

RefSeq	XP_002912890.1
CDS	16..7665
Translation	MLSWLDGNREEENEAKIENVQKTGFIKGPMFKGVASSRFLPKGTKTKVNLEEQGRQKVSFSFSLTKKTLQNRFLTALGNEKQNDTPNSPAGPLQVDLTPKIKMDMGDTLSTTEESSPPKSRVELGKIHFKKHLLHVTSRPLLTTATAVASPPPPIVPLPAVIAESTTVDSPPSSPPPPPPPPQATAPSPPAPVTEPVALPHMPIPVLMTAPVDVAVRALKEPPVTTVPESSEVDTKQDAAVSNSSEEHITQNLNEQVDTPSQKEDSHIGKEEEIPDSSKSNLGSKKTGSKKKSSQSEGTFLASESDEDSVRTSSSQRSHDLKFSANIEKERDSKKSLAPLKNEDVGKSSRSKTERDDKYFSYSKLERDTRYISSRCRSERERRRSRSRSRSDRGSRTSLSYSRSERSHYYDSDRRYHRSSPYRERARYSRPYTDNRARESSDSEEEYKKTYSRRTSSHSFSYRDLRTSSSYSKSDRDCKTESSYLEMEKRGKYSSKLERESKRTSENEGMKRCCSPPNELGFRRGSSYSKHDSSASRYKSALSKSISKSDKFKNSFCCTELNEEIKTSHSFNLQAPCSKGSELRMISKIPEREKTGSPSPSNRLNDSPTFKKLDESLIFKSEFIGHDSHDSIKELDSLSKVKNDQLRSYCPIELNINGSPGAESDLATFCTSKTDTVLMSSDDSVTGSEVSPLVKACMLPSNGFQNINRCKEKDSDDTCMLHSKSGSPFREAEPPVSPHQDKLMSLPVMKIDYSKTIVKEPVDMTVSCCKTKDSDIYCTSNDNSPSLHHSEAEKIEPSATQISPNSFMNVHLKSKTVTYDNRNLTDQRSKFACEEYKQSVGSTSSASVNHFDDLYQPIESSGIASSLPSLPPGIKVDSLTLLQCGENTSPVLDAVLKSKSTEFLKHAEKETVEVGSGLPDSGKGFASWENRHNNGLSGKCVQEAQEEGNSILPDRRGRAEISLDEEGGREHAHTSDDSEVVFSSCDLNLTMEDSDGVTYTLKCDSSGHASEIVSTVHEDYSGSSESSSDESDSEDTDSDDSSIPRNRLQSVVVVPKNSTLPMEETSPCSSRSSQSYRHYSDHWEDERLESRRHSYEEKFESVASKPYSQTEKFFHHKGTEKNLEISFTQPSRKQIDNHLSETAHPQSDGVDSTSHTDVKSDFLGHPNSEETAKTKIASRQQEELPVYSSDDFEDVPSKSRQQITFPNRPDSRLGKTELSFSPSCEISRVDGFRSSEELRSLGWEFSQQEKPTTTYQQPDSSYGACGGHKYQQSAEHYGGTRNYWQGNGYWDPRSAGRPPGTGVVYDRIQGQVPDSLTDDREEEEIWDQRGGSHFSSQSNKFFLSLQKDKGSVQAPEISSNSIKDTLAVNEKKDLPKNLEKNDMKDRGPPKKRRQELESDSESDGELQDRKKVRVAVEPGEIAVPPGSALVGPSCVMEDFRDPQRWKEYAKQGKMPCYFDLIEENVYLTERKKNKSHRDIKRMQCECTPLSKDERAQGEIACGEDCLNRLLMIECSSRCPNGDYCSNRRFQRKQHADVEVILTEKKGWGLRAAKDLPSNTFVLEYCGEVLDHKEFKARVKEYARNKNIHYYFMALKNDEIIDATQKGNCSRFMNHSCEPNCETQKWTVNGQLRVGFFTTKLVPSGSELTFDYQFQRYGKEAQKCFCGSANCRGYLGGENRVSIRAAGGKMKKERSRKKDTVDGELEALMENGEGLSDKNQVLSLSRLMVRIETLEQKLTCLELIQNTHSQSCLKSFLERHGLSLLWIWMAELGDGRESNQKLQEEIIKTLEHLPIPTKNMLEESKVLPIIQRWSQTKTAIPQLSEGDGYSSENTSRAHTPLNTPDPSTKLSIEADTDTPKKLMFRRLKIISENSMDSAISDATSELEGKDGKEDLDQLENVPVEEEEELQSQQLLPQQLPESKVESEITVEASKLPTSEPEADTEIEPKEGNGTKLEETIAEETPSQDEEEGVSDVESERSQEQPDKTVDISDLATKLLDSWKDLKEVYRIPKKSQTEKENTITERGRDAVGFRDQTAAPKTPNRSRERDPDKQTQNKEKRKRRGSLSPPSSAYERGTKRPDDRYDTPTSKKKVRIKDRNKLSTEERRKLFEQEVAQREAQKQQQQLQTLGMTSPLPYDSLGYSAPHHPFAGYPPGYPMQAYVDPSNPNAGKVLLPTPNMDPVCSPAPYDHSQPLVGHSTEPLAAPPPVPVVPHVAAPVEVSSSQYVAQSDGVVHQDSSVTVLPVPAPGPVQGQNYGVWDSNQQSVSVQQQYSPAQSQATIYYQGQTCPTVYGVTSPYSQTTPPIVQSYAQPSLQYIQGQQIFTAHPQGVVVQPAAAVTTIVAPGQPQPLQPPEMVVTNNLLDLPPPSPPKPKTIVLPPNWKTARDPEGKIYYYHVITRQTQWDPPTWESPGDDASLEHEAEMDLGTPTYDENPMKTSKKPKTAEADTSSELAKKSKEVFRKEMSQFIVQCLNPYRKPDCKVGRITTTEDFKHLARKLTHGVMNKELKYCKNPEDLECNENVKHKTKEYIKKYMQKFGAVYKPKEDTELE

Target ORF information:

RefSeq Version	XM_002912844.3
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca SET domain containing 2 (SETD2), transcript variant X1, mRNA.

Target ORF information:

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

XM_002912844.3

ORF Insert Sequence:

ATGCTTTCTT GGCTGGATGG CAATAGAGAA GAAGAAAATG AGGCAAAGAT TGAAAATGTG 
CAGAAAACAG GTTTCATCAA AGGACCAATG TTCAAAGGTG TTGCTTCTAG TCGATTTTTA 
CCCAAAGGCA CCAAGACAAA AGTTAATTTG GAGGAACAGG GACGACAGAA GGTGTCTTTC 
AGCTTCAGCC TTACAAAGAA AACTTTGCAG AACAGGTTTC TGACTGCACT TGGCAATGAA 
AAGCAAAATG ATACTCCAAA CTCCCCAGCT GGACCTCTTC AAGTAGACTT GACCCCTAAA 
ATTAAAATGG ACATGGGAGA TACCTTATCT ACTACAGAAG AATCTTCTCC ACCAAAATCG 
AGGGTAGAAT TGGGCAAAAT TCATTTTAAG AAACATCTAC TTCATGTGAC CTCCAGGCCA 
CTGCTGACTA CTGCCACAGC AGTGGCCTCC CCACCTCCTC CCATAGTACC ATTACCAGCA 
GTCATAGCAG AATCAACAAC TGTAGACTCG CCACCCTCAT CTCCACCTCC ACCACCTCCA 
CCTCCCCAGG CCACAGCACC CTCACCACCA GCACCAGTAA CAGAGCCAGT GGCCTTGCCG 
CACATGCCAA TCCCAGTTCT AATGACAGCA CCAGTAGATG TAGCAGTTCG AGCACTGAAG 
GAACCACCAG TTACGACTGT ACCAGAATCT TCAGAAGTGG ACACTAAGCA GGATGCTGCT 
GTATCTAATA GTTCAGAAGA ACACATAACT CAAAATTTGA ATGAGCAAGT AGATACTCCC 
TCACAAAAAG AAGATTCCCA TATTGGGAAG GAAGAAGAAA TTCCAGATAG TTCTAAGAGT 
AATCTGGGCT CCAAAAAAAC AGGTTCTAAG AAGAAATCCT CACAATCTGA AGGCACCTTT 
CTTGCTTCAG AATCTGATGA AGATTCTGTA CGGACTTCCT CAAGTCAAAG ATCACATGAT 
TTAAAATTTT CAGCAAACAT TGAAAAGGAA AGAGATTCAA AAAAGAGCTT AGCACCTTTA 
AAAAATGAGG ACGTAGGGAA ATCGTCACGA TCTAAAACAG AGAGAGATGA TAAATATTTT 
AGCTATTCAA AACTTGAAAG AGATACTCGG TATATATCTT CTCGATGTAG ATCAGAGAGA 
GAGCGAAGGC GGAGCAGATC TCGTTCTAGA TCTGACAGAG GCTCTAGAAC TAGTTTATCC 
TATTCCCGGT CCGAACGATC CCATTATTAT GACTCTGATC GTCGCTACCA TCGGAGTTCC 
CCTTATCGAG AGAGGGCACG CTATTCTCGG CCATATACAG ATAACAGAGC TCGAGAGAGC 
TCTGACTCAG AAGAGGAGTA TAAGAAAACC TACTCAAGGC GCACCTCCTC TCATTCCTTC 
TCTTACAGAG ACCTAAGGAC ATCATCATCC TATTCTAAAT CTGATCGGGA CTGCAAAACT 
GAGTCCTCTT ACTTAGAGAT GGAGAAGAGA GGAAAGTATT CTTCAAAACT AGAAAGAGAA 
TCCAAAAGGA CTTCAGAAAA TGAAGGCATG AAAAGATGTT GTTCTCCCCC TAACGAACTG 
GGATTCCGAC GGGGGTCATC CTATTCCAAG CATGATAGCA GTGCTTCCCG TTATAAATCT 
GCCCTTTCAA AATCTATATC CAAGTCTGAT AAATTTAAAA ATTCTTTCTG TTGTACAGAA 
TTAAATGAGG AAATCAAAAC GTCTCATTCT TTTAATTTAC AGGCTCCTTG TTCAAAAGGT 
AGTGAATTAA GAATGATTAG TAAAATTCCT GAAAGAGAAA AGACTGGGTC TCCATCTCCA 
TCAAATCGAT TAAATGATTC ACCTACTTTT AAAAAGCTAG ATGAATCACT TATTTTTAAA 
TCTGAATTTA TAGGACATGA TAGCCATGAT AGTATTAAGG AATTAGACTC TTTATCTAAA 
GTGAAGAATG ATCAATTAAG AAGTTATTGT CCCATAGAAT TAAATATAAA TGGATCTCCT 
GGGGCAGAAT CTGATTTGGC AACATTTTGC ACTTCTAAAA CTGACACTGT TTTGATGTCT 
TCTGATGATA GTGTGACTGG ATCGGAGGTA TCCCCTTTGG TCAAAGCATG CATGCTTCCA 
TCAAATGGAT TTCAGAATAT TAATAGATGT AAAGAGAAAG ACTCGGATGA TACTTGCATG 
CTGCATAGTA AGTCAGGAAG CCCATTTAGG GAAGCAGAAC CTCCAGTGTC GCCACACCAA 
GATAAACTCA TGTCTTTGCC AGTTATGAAG ATAGATTATT CTAAAACTAT AGTTAAAGAA 
CCAGTTGATA TGACAGTTTC TTGCTGTAAA ACCAAAGATT CAGATATATA CTGTACTTCA 
AATGACAACA GCCCTTCTTT GCATCATTCT GAAGCTGAAA AGATTGAGCC TTCAGCTACG 
CAGATTTCTC CAAATAGCTT TATGAATGTG CATTTGAAAT CAAAAACAGT TACATATGAT 
AATAGAAATC TGACAGATCA GCGCTCAAAA TTTGCATGTG AAGAATATAA GCAGAGTGTT 
GGTAGCACTA GTTCAGCTTC TGTTAATCAT TTTGATGATT TATATCAGCC TATAGAGAGT 
TCAGGCATTG CTTCATCTCT TCCAAGTCTT CCACCAGGAA TAAAAGTGGA CAGTTTAACT 
CTCTTGCAAT GTGGAGAGAA CACATCTCCA GTTTTGGATG CTGTGCTGAA GAGTAAAAGC 
ACAGAGTTTT TAAAGCATGC AGAGAAAGAA ACAGTAGAAG TAGGTAGCGG CCTGCCTGAT 
TCAGGAAAGG GATTTGCTTC TTGGGAAAAT AGGCATAATA ATGGGTTATC TGGGAAATGC 
GTGCAAGAGG CTCAAGAAGA AGGGAATTCC ATATTGCCTG ATAGAAGAGG AAGAGCAGAA 
ATCTCTTTAG ATGAAGAAGG AGGAAGAGAA CATGCGCATA CTTCTGATGA CTCAGAAGTT 
GTATTTTCTT CTTGTGACTT GAATTTAACC ATGGAAGACA GTGATGGTGT AACATATACC 
TTAAAATGTG ACAGTAGTGG GCATGCCTCA GAGATTGTAT CTACTGTCCA TGAAGATTAT 
TCTGGTTCTT CTGAAAGTTC AAGTGATGAA AGTGACTCTG AAGATACAGA TTCTGATGAT 
AGCAGTATTC CAAGAAACCG TCTTCAGTCT GTTGTGGTAG TGCCAAAGAA TTCTACTTTG 
CCCATGGAAG AAACAAGTCC TTGTTCTTCT CGGAGCAGTC AAAGTTACAG ACACTATTCT 
GACCACTGGG AAGATGAGAG ATTGGAGTCA AGGAGACATT CATATGAGGA AAAATTTGAG 
AGTGTAGCAA GCAAACCCTA TTCTCAAACT GAGAAGTTCT TCCATCATAA AGGGACAGAG 
AAGAATCTGG AAATTTCTTT CACACAGCCC AGCAGAAAAC AAATAGATAA CCACCTGTCT 
GAAACGGCTC ATCCTCAGAG TGATGGGGTT GATAGTACAA GTCATACAGA TGTGAAATCT 
GACTTTCTAG GTCATCCAAA TTCTGAGGAA ACTGCAAAAA CCAAAATAGC TTCTAGGCAG 
CAAGAAGAGC TGCCAGTTTA TTCTTCTGAT GATTTTGAAG ATGTCCCAAG TAAGTCTCGG 
CAACAGATCA CTTTCCCTAA CAGGCCAGAT AGTAGACTGG GAAAAACAGA GTTGAGTTTT 
TCTCCCTCTT GTGAGATCTC CCGAGTGGAT GGTTTCCGCT CATCAGAAGA GCTCCGAAGC 
CTAGGGTGGG AGTTCTCTCA ACAAGAAAAG CCTACTACCA CATACCAACA ACCAGACAGC 
AGCTATGGAG CCTGTGGTGG ACACAAGTAT CAGCAAAGTG CAGAACATTA TGGTGGGACA 
CGTAATTACT GGCAAGGCAA TGGCTACTGG GATCCCAGAT CAGCAGGTAG ACCTCCTGGA 
ACTGGGGTTG TGTATGATCG AATTCAAGGG CAGGTACCAG ATTCCTTAAC GGATGATCGT 
GAAGAGGAGG AGATTTGGGA TCAACGTGGA GGATCTCATT TTTCAAGCCA GTCCAATAAG 
TTTTTTCTAT CCCTTCAGAA GGACAAAGGG TCAGTACAAG CACCTGAAAT AAGCAGCAAT 
TCCATTAAGG ACACTCTAGC TGTGAACGAA AAGAAAGATC TTCCAAAAAA CTTAGAAAAA 
AATGATATGA AAGACAGAGG GCCTCCTAAA AAAAGGAGAC AGGAATTGGA GAGTGATTCT 
GAAAGTGATG GTGAACTTCA GGACAGAAAG AAAGTTCGAG TGGCGGTAGA GCCGGGGGAA 
ATAGCAGTAC CCCCAGGCTC AGCACTGGTT GGACCTTCTT GTGTCATGGA GGACTTCAGG 
GACCCACAGC GATGGAAAGA ATATGCCAAG CAAGGGAAGA TGCCCTGTTA CTTTGATCTA 
ATTGAAGAAA ATGTTTATTT AACAGAAAGA AAGAAGAATA AATCTCATCG GGATATTAAG 
CGGATGCAGT GTGAGTGTAC ACCGCTTTCT AAAGATGAAA GAGCTCAAGG TGAAATAGCA 
TGTGGAGAAG ACTGTCTTAA TCGTCTCCTC ATGATTGAAT GTTCTTCTCG GTGTCCAAAT 
GGGGATTATT GTTCCAATAG ACGGTTTCAG AGAAAGCAGC ATGCAGATGT GGAAGTCATA 
CTCACAGAGA AGAAAGGCTG GGGCTTGAGA GCTGCCAAAG ACCTTCCTTC GAACACCTTC 
GTCCTAGAAT ATTGTGGAGA AGTACTTGAT CATAAAGAGT TTAAAGCCCG GGTAAAGGAA 
TATGCACGAA ACAAAAACAT CCACTACTAT TTCATGGCCC TGAAGAACGA TGAGATAATA 
GATGCCACTC AGAAAGGAAA CTGCTCTCGT TTCATGAATC ACAGCTGTGA ACCAAACTGT 
GAAACTCAAA AATGGACTGT GAATGGACAA CTGAGGGTTG GGTTTTTTAC CACCAAACTG 
GTTCCTTCAG GCTCAGAGTT AACATTTGAC TATCAGTTCC AAAGATATGG AAAAGAAGCT 
CAGAAATGTT TCTGTGGGTC GGCTAATTGC CGAGGTTACC TGGGAGGAGA GAACAGAGTC 
AGTATCAGAG CAGCAGGAGG AAAAATGAAG AAGGAGCGAT CCCGTAAGAA GGATACAGTG 
GATGGAGAGC TAGAAGCTCT GATGGAGAAT GGTGAGGGTC TCTCTGATAA AAACCAGGTG 
CTCAGCTTAT CCCGGCTGAT GGTTAGAATT GAAACTTTGG AGCAGAAACT TACCTGTCTT 
GAGCTAATAC AGAACACACA TTCACAGTCT TGTCTGAAGT CTTTCCTGGA ACGTCATGGG 
CTGTCTTTGT TGTGGATCTG GATGGCAGAA CTAGGTGATG GCCGGGAAAG TAACCAGAAG 
CTTCAGGAAG AGATTATAAA GACTTTGGAA CACTTACCCA TTCCTACTAA AAATATGTTG 
GAGGAAAGCA AAGTACTTCC AATTATTCAG CGCTGGTCTC AGACCAAAAC TGCCATTCCT 
CAGTTGAGTG AAGGAGATGG GTATTCAAGT GAGAATACGT CACGTGCTCA CACGCCACTC 
AACACACCTG ATCCTTCCAC CAAACTGAGC ATAGAAGCTG ACACAGACAC CCCCAAGAAG 
CTCATGTTTC GCAGACTTAA AATTATAAGT GAAAATAGCA TGGACAGTGC TATCTCTGAT 
GCTACCAGTG AGCTGGAAGG CAAGGACGGC AAAGAGGACC TTGACCAGTT AGAAAACGTC 
CCTGTAGAAG AAGAGGAAGA GTTACAGTCA CAACAGCTAC TCCCACAGCA GCTACCTGAA 
TCTAAAGTTG AGAGTGAAAT CACTGTGGAA GCCAGTAAGC TACCCACATC TGAACCAGAG 
GCTGACACTG AAATAGAGCC CAAAGAGGGC AATGGCACAA AACTGGAAGA AACCATTGCT 
GAGGAAACCC CGTCCCAAGA TGAAGAGGAG GGTGTATCTG ATGTGGAGAG TGAGAGGAGC 
CAGGAACAGC CAGATAAAAC AGTAGATATA AGTGATTTGG CCACCAAGCT CCTGGATAGT 
TGGAAAGACC TAAAGGAGGT ATATCGAATT CCAAAGAAAA GTCAAACTGA AAAGGAGAAC 
ACAATAACTG AACGAGGAAG GGATGCTGTT GGCTTCAGAG ATCAAACAGC TGCCCCAAAG 
ACTCCTAACA GGTCAAGAGA GAGAGACCCA GACAAGCAAA CTCAAAATAA AGAGAAAAGG 
AAACGAAGGG GCTCTCTCTC ACCACCTTCT TCTGCCTATG AGCGGGGAAC AAAAAGGCCA 
GATGACAGAT ATGATACACC AACTTCTAAA AAGAAAGTAC GAATTAAAGA CCGCAATAAA 
CTTTCTACAG AGGAGCGTCG GAAGTTGTTT GAGCAAGAGG TGGCTCAGCG GGAGGCTCAG 
AAACAACAGC AGCAGTTGCA GACCCTGGGA ATGACATCTC CACTGCCCTA TGACTCTCTT 
GGTTACAGTG CCCCTCATCA CCCCTTCGCT GGCTACCCAC CAGGTTATCC CATGCAGGCC 
TATGTGGATC CCAGCAACCC TAATGCTGGA AAGGTGCTCC TTCCCACGCC CAACATGGAC 
CCCGTGTGTT CTCCTGCTCC TTACGATCAT TCTCAGCCCT TGGTGGGACA TTCTACAGAA 
CCCCTTGCTG CCCCTCCACC TGTGCCAGTG GTGCCCCACG TGGCAGCCCC TGTGGAAGTT 
TCCAGTTCAC AGTATGTGGC CCAAAGTGAT GGTGTGGTAC ACCAAGACTC CAGCGTCACT 
GTCTTGCCAG TGCCAGCCCC AGGCCCAGTC CAAGGACAGA ATTATGGTGT TTGGGATTCA 
AACCAACAGT CAGTCAGTGT CCAGCAGCAG TATTCTCCTG CACAGTCTCA AGCAACCATA 
TATTATCAAG GACAGACTTG TCCAACTGTC TATGGTGTGA CATCACCCTA TTCACAGACA 
ACTCCACCAA TTGTACAGAG TTATGCCCAG CCAAGTCTTC AGTATATCCA GGGACAACAG 
ATTTTCACAG CTCACCCGCA AGGAGTGGTG GTCCAGCCAG CTGCGGCCGT AACGACAATA 
GTCGCTCCAG GGCAGCCTCA GCCCTTACAG CCACCTGAAA TGGTAGTGAC AAATAATCTT 
CTGGATCTGC CACCCCCCTC TCCTCCCAAA CCAAAAACCA TTGTCTTACC TCCCAACTGG 
AAGACAGCCC GAGATCCAGA AGGGAAGATT TATTACTACC ATGTGATCAC AAGGCAGACT 
CAGTGGGATC CTCCTACTTG GGAAAGCCCA GGAGATGATG CCAGCCTTGA GCATGAAGCT 
GAGATGGACC TGGGAACCCC AACATATGAT GAAAACCCCA TGAAGACCTC GAAAAAGCCT 
AAGACAGCAG AAGCGGACAC CTCCAGTGAG CTGGCTAAGA AAAGCAAAGA AGTATTCAGA 
AAAGAGATGT CCCAGTTCAT CGTCCAGTGC CTGAACCCTT ACCGGAAACC TGACTGCAAA 
GTGGGAAGAA TCACCACAAC CGAAGACTTC AAGCATCTAG CTCGCAAGCT GACTCATGGC 
GTGATGAATA AGGAGCTGAA GTACTGTAAG AACCCTGAGG ACCTGGAGTG CAATGAGAAT 
GTGAAACACA AAACCAAGGA GTACATTAAG AAGTATATGC AGAAGTTTGG GGCCGTTTAC 
AAACCCAAAG AGGACACTGA ATTAGAGTGA

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

PubMed

REQUEST A QUOTE

EMAIL

[email protected]

PHONE

1-877-436-7274

ONLINE FORM

Online Quote Submission

ONLINE FORM

Online Quote Submission

FAX

1-732-210-0262

SETD2 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

News & Blogs

REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM

FAX