SETD2 cDNA ORF clone, Pantholops hodgsonii(chiru)

Gene
Clones
gRNAs

Summary

Gene Symbol	SETD2
Entrez Gene ID	102324798
Full Name	SET domain containing 2
Gene Type	protein-coding
Organism	Pantholops hodgsonii(chiru)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005955196.1	XP_005955258.1	histone-lysine N-methyltransferase SETD2

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
OPa300522	XM_005955196.1 Latest version!	Pantholops hodgsonii SET domain containing 2 (SETD2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00

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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)

SETD2 ( XM_005955196.1 ) cDNA ORF clone, Pantholops hodgsonii(chiru) -> XP_005955258.1 Pantholops hodgsonii SET domain containing 2 (SETD2), mRNA.

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CloneID	OPa300522
Clone ID Related Accession (Same CDS sequence)	XM_005955196.1
Accession Version	XM_005955196.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7647bp) 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	2013-11-04
Organism	Pantholops hodgsonii(chiru)
Product	histone-lysine N-methyltransferase SETD2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005804799.1) 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 :: Pantholops hodgsonii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTTTCTT GGCTGGATGA CAATAGAGAA GAAGAAAATG AGGCAAAGAT TGAAAATGTG 
CCGAAAACAG GTTTCATCAA AGGACCAATG TTCAAAGGTG TTGCTTCTAG TCGGTTTTTG 
CCCAAAGGCA CCAAGACAAA AGTTAATTTG GAGGAACAGG GACGACAGAA GGTGTCATTC 
AGCTTCAGCC TTACAAAGAA AACTTTGCAG AACAGGTTTC TGACTGCACT TGGCAATGAA 
AAGCAAAATG ATACTCCAAA TTCCTCAGTT GTACCTCTTC AAGTAGACTC GACCCCTAAA 
GTTAAGACGG ACATTGGAGA TACATTATCT ACTACAGAAG AATCTTCGCC ACCGAAATCA 
AGGGTAGAAT TGGGCAAAAT CCATTTTAAG AAACATCTGC TTCATGTAAC ATCCAGGCCA 
CTGCTGACTG CTACCACAGC AGTGGCATCT CTGTCTCCTC CCATGGCACC ATTACCAGCA 
GTCATAGCAG AATCAACAAC TGTAGACTCG CCACCCTCAT CTCCACCTCC ACCACCTCCA 
CCTCCCCAAG CCACAACACC CTCATCACCA GCACCAGTAA CAGAGCCAGT GGCCTTGCCA 
CACACACCAG TTACAGTTCT GATGACAGCA CCCGTAGATG TAGCTGCTAG AGCCTTGAAG 
GAGCCACCAG TAACAGTTGT ACCAGAATCA TCAGAAGTGG ACACTAAACA AGACCCTGTA 
TCTAATAGTT CAGAAGAACA CATAACTCAC AGTTTGAATG AGCAAGCAGA TATTCCTTCA 
CAAAAAGAAG ATTCCCATAT TGGGAAGGAA GAAGAAACTC CAGATAGTTC TAAGAGTAGT 
CTGGGCTCTA AAAAAACAGG TTCTAAGAAG AAATCCTCAC AATCTGAAGG CACCTTTCTT 
GGTTCAGAAT CTGATGAAGA TTCTGTACGG ACTTCCTCAA GTCAAAGATC ACATGATTTA 
AAATTTTCAG CAAACATTGA CAGAGAAAGA GATTCAAAAA AGAGCTTAGC AACTTTTAAA 
AGTGAGGATT TAGGGAAATC CTCACGATCT AAAACAGAGA GAGATGATAA ATATTTTAGC 
TACTCAAAAC TTGAAAGAGA TACTCGGTAT ATATCTTCTC GCTGTAGAGA GAGAGAACGA 
AGGAGGAGCA GATCTCGGTC TAGATCTGAC AGAGGCTCTA GAACTAGTTT ATCTTATTCT 
CGGTCAGAAC GATCCCATTA TTATGACTCT GATCGTCGCT ACCATAGGAG TTCCCCCTAT 
CGAGAAAGGA CTCGCTATTC TCGGGCATAT ACAGATAGCA GGGCGAGAGA GAGTTCTGAC 
TCAGAAGATG AGTATAAGAA GACATACTCA AGGCGCACCT CATCTCATTC TTCCTCTTAC 
AGAGACCTAA GGACATCATC ATCCTATTCT AAATCTGACC GAGACTGTAA AACTGAGTCC 
TCTTACTTAG AGATTGAGAA AAGAGGAAAG TATTCTTCCA AATTAGAAAG AGAATCCAAA 
AGGACTTCAG AAAATGAAGC AATGAAAAGA TGCTGTTCTC CCCCCAGTGA ACTCGGATTC 
CGACGGGGGT CATCATATTC CAAGCATGAT AACAATGCTT CCCGTTACAA ATCTGGCCCT 
TCAAAACCTG TATCCAAGTC TGATAAATTT AAAAATTCTT TCTGTTGTAC AGAATTGAAT 
GAGGAAACCA GACAGTCTCA TTCTTTTAGT TTACAGACTC CTTGTTCAAA AGGTAGTGAA 
TTAAGAGTGA TTAGTAAAAT TCCTGAGAGA GAGAAGACTC GGTCTCCATC TCCATCAAAT 
CGATTAAATG ATTCACCTAC TTTTAAAAAG CTAGATGGAT CGCCTGTTTT TAAGTCTGAA 
TTTATAGGAC ATGATAGCCA TGATAGTATT AAAGAAGTAG ACTCTTTATG TAAAGTGAAG 
AATGATCAGT TAAGAAGTTA TTGTCCCACA GAATTAAATA TAAATGGGTC TCCAGGGGCA 
GAATCTGATT TGGCAGCATT TTGCACTTCT AAACATGACA CTGTTTTGAT GTCTTCTGAT 
GATAGTGTGA CTGGATCAGA GGTATCCCCC TCGGTCAAAA CATGCATGCT TTCATCAAAT 
GGATTTCAAA ATACTAATAG ATGTAAAGAA AAAGACTTGG ACGATACTTG CATGAAGCAT 
AGTAAGTCAG AAAGCGCATC TAGAGAAACA GAACCTCTGG TGTCACCACA CCAAGATCAG 
CTCATTTCTT TGCCAGTTAT AACTATAGAT TATTCCAAAA CAGTTGTTAA AGAACCAGTT 
GAGGTGAGAG TTTCTTGCTG TAAAACCAAA GATTCAGATA TATACTGTAC TTCAAATGAC 
AACCACACTT CTTCATGTCA TTCTGGAGCT GAAAATACTG AGCCTTTAGT CTCGAAGATG 
TCTTCAAATA GCTTTATGAA TGTGCATTTG AAATCAAAGA CAGTTATATG TGATAATGGA 
AGTCTAACCA ATCAGCACTC AAAATTTGCA TGTGGAGAAT ATAAGCAGAG TGTTGGTAGT 
ACTAGTTCAG CGTCTGTTAA TCATTTTGAT GATTTATATC AAACTCCAGG GAGCTCGTGT 
ATCGCTTCAT CTCTTCAGAG TCTTCCCCCA GGAATAAAAG TGAACAGTTT AACTCTCTTG 
CAACGTGGAG AGAATATATC TCCAGTTTTG GATGCTGTGC TGAAGAGTAA AAACTCAGAG 
TTTTTAAAGC ATGCAGAGAA AGAAACAGTA ATAGAAGTAG GTGGTGACCT TCCTGATTCA 
GGAAGGGGAT TTGCTTCATG GGATAGCAGG CATAATAATG GACTGTCTGA GAAATGTGTG 
CAGGAGGCTC ATGAAGAAGG GAATTCTTTA TTGCCTGATA GAAGAGGAAG ACCAGAGATC 
TCTTTAAATG AAGAAGGTGG AAGAGGACAT GCACATATTT CTGACGACTC AGAAGTTGTA 
TTTTCTTCTT GTGATTTGAA TTTAACTATG GAGGACAGTG ATGGTGTAAC ATATACCTTA 
AAATGTGACA GTAGTGGTCA TGCCTCAGAG ATTGTATCTA CTGTCCATGA AGATTATTCT 
GGTTCTTCCG AAAGTTCAAG TGATGAAAGT GATTCAGAGG ATACAGATTC TGATGATAGC 
AGTATTCCAA GAAACCGTCT TCAGTCTGTT GTGGTTGTGC CAAAGAATTC TACTTTGACC 
ATGGAAGAAA CTAGTCCTTG TTCTTCTCGG AGCAGTCAGA GTTACAGACA CTATTCTGAT 
CACTGGGAAG ATGAGAGATT GGAGCCAAGG AGACATTCAT ACGAGGAAAA ATTTGAGAGT 
ATAACAAGTA AATCCTGTCC TCAAACTGAG AAGTTCTTCT TTCATAAAGC AGCCGAGAAA 
AATTCCGAAA TTTCTTTTAT ACAGCCCAGC CGAAAACAGA TAGATAATCA CCTGCCTGAA 
ATTGCTCATC CTCAGAGTGA TGGGGTTGAT AGTACAAGTC ATCCAGACAT AAAATCCGAC 
CCTCTAGGGC ATTCAAATTC TGAGGAAACG GTGAAAACTA AAATAGCTTC TCAGCAGCAA 
GAAGAGCTAC CAGTTTATTC TTCTGATGAT TTTGAAGATG TCTCAAGTAA GTCTCGGCAA 
CAGACTGCTT TTCCGATCAG GGCAGATAGT CGACTGGGGA AAACAGACTC GAGCTTTTCT 
TCTTCTTGTG AGATCTCCCG CGCGGACGGC GTCCGCTCAT CAGAGGAGCT CAGAAACCTA 
GGGTGGGACT TCTCTCAACA AGAAAAGCCT ACCAGCACAT ACCAGCAGCC TGACAGCAGC 
TATGGAGCCT GTGGCGGACA CAAGCATCAG CAAAGTGCAG AACAGTGTAG CGGGGTGCGC 
AGTTACTGGC AAGGCAACGG CTACTGGGAT CCAAGGTCAG CGAGTAGACC GCCAGGAGCT 
GGGCTTGTGT ATGATCGAAT TCAAGGGCAG GTACCAGATT CCTTAACAGA TGACCGAGAA 
GAGGAGGAGA ATTGGGATCA ACGTGGAGGA TCTCACTTTT CTAGTCAGTC CAGTAAGTTT 
TTTCTGTCCC TTCAGAAGGA CAAGGGTTCA GTGCAAGCAC CTGAAATAAG CAGCAATTCC 
ATTAAGGACT CTTTGGCTGT GAATGAGAAG AAAGATCTTC TGAAAAACTT AGACAGAAAT 
GATATGAAAG ATAGAGGACC TCTTAAAAAA AGAAGACAGG AGTTGGAGAG TGATTCTGAA 
AGTGATGGTG AGCTTCAGGA CAGAAAGAAA GTTCGAGTGG AGATAGAGCA GGGAGAGACA 
GCAGTGCCCC TCGGCTCAGC GCTGGTTGGG CCTTCCTGTG TCATGGAGGA CTTCAGGGAC 
CCTCAGCGGT GGAAGGAATA TGCCAAGCAA GGAAAGATGC CTTGTTACTT TGATCTGATT 
GAAGAAAATG TTTATTTAAC AGAAAGAAAG AAGAATAAAT CCCATCGGGA TATTAAGCGA 
ATGCAATGTG AGTGTACACC TCTTTCTAAA GATGAAAGAG CTCAAGGTGA AATAGCTTGT 
GGGGAAGATT GTCTTAATCG TCTTCTCATG ATTGAATGTT CTTCTCGGTG TCCAAATGGG 
GATTATTGTT CCAATAGACG GTTTCAGAGG AAACAGCATG CAGATGTGGA AGTCATCCTC 
ACAGAAAAGA AAGGCTGGGG CTTGAGAGCT GCTAAAGACC TTCCTTCGAA CACCTTTGTC 
CTGGAATATT GTGGAGAGGT ACTTGATCAT AAAGAGTTTA AAGCCCGGGT AAAGGAGTAT 
GCACGAAACA AAAACATCCA CTACTATTTC ATGGCCCTGA AGAATGACGA GATAATAGAT 
GCCACTCAGA AAGGAAATTG CTCCCGGTTC ATGAATCACA GTTGTGAACC AAACTGTGAG 
ACTCAAAAAT GGACTGTGAA TGGACAACTG AGAGTTGGGT TTTTTACCAC CAAACTGGTT 
CCTTCAGGCT CAGAGTTAAC ATTTGACTAT CAGTTCCAAA GATATGGGAA AGAAGCACAG 
AAGTGTTTCT GTGGGTCAGC TAATTGCCGG GGTTACCTGG GAGGAGAGAA CAGAGTCAGC 
ATCAGAGCAG CAGGAGGGAA AATGAAGAAA GAACGATCTC GTAAGAAGGA TTCAGTGGAT 
GGGGAGCTGG AAGCTTTGAT GGAGAATGGC GAGGGTCTCT CTGATAAAAA CCAAGTGCTC 
AGCTTATCCC GGCTAATGGT TAGAATTGAA ACTTTGGAAC AGAAACTTAC GTGTCTCAAG 
CTCATACAGA ACACACACTC ACAGTCTTGC CTGAAGTCCT TTCTGGAACG TCACGGATTG 
TCTTTGTTGT GGATCTGGAT GGCAGAACTA GGTGATGGCC GGGAAAGTAA CCAGAAGCTT 
CAGGAAGAGA TTATAAAGAC TCTGGAACAT TTACCTATTC CTACTAAAAA TATGTTGGAG 
GAAAGCAAAG TACTTCCTAT TATTCAACGT TGGTCTCAAA CCAAGACTGC TATCCCTCAG 
CTGAGTGAAG GAGATGGGTA TTCTAGTGAA AATACATCAC GTGCTCACAC ACCGCTCAAC 
ACACCTGATC CTTCCACCAA GCTGAGTGCA GAAGCTGACA CAGACACCCC CAAGAAGCTC 
ATGTTTCGCA GACTTAAAAT TATAAGTGAA AATAGCATGG ACAGTGCAAT CTCTGATGCT 
ACCAGCGAGC TGGAAGGCAA GGACGGGAAA GAGGACCTGG ACCAGTTAGA GAACGTCCCC 
ATCGAAGAAG AGGAGGAGCC TCAGCCGCAG CAGCTACTCA TGCAGCAGCT GCCCGAGCCT 
AAAGTCGACA GTGACGTTGC CGCAGAGGCC AGCAAGCTCC CCGCGTCCGA ACTGGAGGCT 
GATGCCGAAA TAGAACACAA AGAGAGCAGT GGCGCAAAAC TCGAGGAACC TATTGCTGAG 
GAAACGCCAT CCCAAGATGA AGAGGAGGGT GTGTCTGATG TGGAGAGTGA GAGAAGTCAG 
GAGCCACCAG ACAAAACAGT AGATATAAGT GATTTGGCCA CCAAGCTCCT GGACAGTTGG 
AAAGACCTAA AGGAGGTATA TCGAATTCCG AAGAAAAGTC AAACTGAAAA GGAGAGCACA 
ATAACCGAAC GAGGAAGGGA TGCTGTAGGC TTCAGAGATC AAACAGTTGC CCCAAAGACT 
CCTAACAGGT CGAGAGAGAG AGACCCAGAC AAACAAACTC AAATTAAAGA GAAAAGGAAA 
CGAAGGGGCT CCCTCTCACC ACCTTCTTCT GCCTATGAGC GGGGAACCAA AAGGCCAGAT 
GACAGATATG ATACCCCTAC TTCTAAAAAG AAAGTACGAA TTAAAGATCG CAATAAACTT 
TCTACAGAGG AGCGTCGGAA GTTGTTTGAG CAAGAGGTCG CTCAGCGGGA GGCTCAGAAA 
CAACAGCAGC AGATGCAGAA CCTGGGAATG ACGTCTCCAC TGCCCTATGA CTCTCTTGGC 
TACAATGCCC CTCATCACCC CTTTGCCGGC TACCCACCAG GTTATCCCAT GCAGGCCTAT 
GTGGATCCCA GCAATCCAAA TGCTGGAAAG GTGCTCCTCC CCACACCCAG CATGGACCCT 
GTGTGTTCTC CTGCTGCTTA TGATCACTCT CAGCCCTTGG TGGGACATTC TACAGAACCC 
CTCGCTGCCC CTCCACCTGT GCCAGTGGTG CCACATGTGG CAGCCCCTGT GGAAGTTTCC 
AGTTCACAGT ATGTGGCCCA AAGTGACGCT GTGGTACACC AAGACTCCAG TGTCACTGTC 
TTGCCAGTGC CAGCCCCAGG CCCAGTCCAA GGACAGAATT ATAGTGTCTG GGATTCAAAC 
CAACAATCCG TGAGCGTACA GCAGCAGTAC TCTCCTGCAC AGTCTCAAGC AACCATATAT 
TACCAAGGAC AGGCTTGTCC AACTGTCTAT GGTGTGACGT CACCCTATTC ACAGACAACT 
CCACCAATTG TGCAGAGTTA TGCCCAGCCA AGCCTTCAGT ACATCCAGGG ACAACAGATT 
TTCACAGCTC ACCCACAAGG AGTGGTGGTA CAGCCAACTG CAGCCGTGAC TACAATAGTT 
GCACCAGGGC AGCCCCAGCC CTTACAGCCA CCTGAAATGG TTGTGACAAA TAATCTCCTG 
GATTTACCAC CCCCATCTCC TCCCAAACCA AAAACCATTG TCTTACCTCC CAACTGGAAG 
ACAGCCCGAG ACCCGGAAGG CAAGATTTAC TACTACCACG TGGTCACCAG GCAGACTCAG 
TGGGATCCTC CTACTTGGGA AAGCCCAGGA GATGATGCCA GCCTTGAGCA TGAAGCTGAG 
ATGGACTTGG GAACCCCAAC ATATGATGAA AATCCCATGA AGACCTCAAA AAAGCCCAAG 
ACAGCAGAAG CAGACACCTC CAGTGAGCTG GCTAAGAAAA GCAAAGAAGT ATTCAGAAAA 
GAGATGTCAC AGTTCATCGT CCAGTGCCTG AACCCTTACC GGAAACCTGA CTGCAAAGTG 
GGAAGAATTA CCACAACCGA AGACTTCAAA CACCTAGCTC GCAAGCTGAC TCATGGCGTT 
ATGAATAAGG AGCTGAAGTA CTGTAAGAAC CCCGAGGACC TGGAGTGCAA TGAGAATGTG 
AAACACAAAA CCAAGGAGTA CATTAAGAAG TACATGCAGA AGTTTGGGGC TGTTTACAAA 
CCCAAAGAGG ACACTGAATT AGAGTGA

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

RefSeq	XP_005955258.1
CDS	1..7647
Translation	MLSWLDDNREEENEAKIENVPKTGFIKGPMFKGVASSRFLPKGTKTKVNLEEQGRQKVSFSFSLTKKTLQNRFLTALGNEKQNDTPNSSVVPLQVDSTPKVKTDIGDTLSTTEESSPPKSRVELGKIHFKKHLLHVTSRPLLTATTAVASLSPPMAPLPAVIAESTTVDSPPSSPPPPPPPPQATTPSSPAPVTEPVALPHTPVTVLMTAPVDVAARALKEPPVTVVPESSEVDTKQDPVSNSSEEHITHSLNEQADIPSQKEDSHIGKEEETPDSSKSSLGSKKTGSKKKSSQSEGTFLGSESDEDSVRTSSSQRSHDLKFSANIDRERDSKKSLATFKSEDLGKSSRSKTERDDKYFSYSKLERDTRYISSRCRERERRRSRSRSRSDRGSRTSLSYSRSERSHYYDSDRRYHRSSPYRERTRYSRAYTDSRARESSDSEDEYKKTYSRRTSSHSSSYRDLRTSSSYSKSDRDCKTESSYLEIEKRGKYSSKLERESKRTSENEAMKRCCSPPSELGFRRGSSYSKHDNNASRYKSGPSKPVSKSDKFKNSFCCTELNEETRQSHSFSLQTPCSKGSELRVISKIPEREKTRSPSPSNRLNDSPTFKKLDGSPVFKSEFIGHDSHDSIKEVDSLCKVKNDQLRSYCPTELNINGSPGAESDLAAFCTSKHDTVLMSSDDSVTGSEVSPSVKTCMLSSNGFQNTNRCKEKDLDDTCMKHSKSESASRETEPLVSPHQDQLISLPVITIDYSKTVVKEPVEVRVSCCKTKDSDIYCTSNDNHTSSCHSGAENTEPLVSKMSSNSFMNVHLKSKTVICDNGSLTNQHSKFACGEYKQSVGSTSSASVNHFDDLYQTPGSSCIASSLQSLPPGIKVNSLTLLQRGENISPVLDAVLKSKNSEFLKHAEKETVIEVGGDLPDSGRGFASWDSRHNNGLSEKCVQEAHEEGNSLLPDRRGRPEISLNEEGGRGHAHISDDSEVVFSSCDLNLTMEDSDGVTYTLKCDSSGHASEIVSTVHEDYSGSSESSSDESDSEDTDSDDSSIPRNRLQSVVVVPKNSTLTMEETSPCSSRSSQSYRHYSDHWEDERLEPRRHSYEEKFESITSKSCPQTEKFFFHKAAEKNSEISFIQPSRKQIDNHLPEIAHPQSDGVDSTSHPDIKSDPLGHSNSEETVKTKIASQQQEELPVYSSDDFEDVSSKSRQQTAFPIRADSRLGKTDSSFSSSCEISRADGVRSSEELRNLGWDFSQQEKPTSTYQQPDSSYGACGGHKHQQSAEQCSGVRSYWQGNGYWDPRSASRPPGAGLVYDRIQGQVPDSLTDDREEEENWDQRGGSHFSSQSSKFFLSLQKDKGSVQAPEISSNSIKDSLAVNEKKDLLKNLDRNDMKDRGPLKKRRQELESDSESDGELQDRKKVRVEIEQGETAVPLGSALVGPSCVMEDFRDPQRWKEYAKQGKMPCYFDLIEENVYLTERKKNKSHRDIKRMQCECTPLSKDERAQGEIACGEDCLNRLLMIECSSRCPNGDYCSNRRFQRKQHADVEVILTEKKGWGLRAAKDLPSNTFVLEYCGEVLDHKEFKARVKEYARNKNIHYYFMALKNDEIIDATQKGNCSRFMNHSCEPNCETQKWTVNGQLRVGFFTTKLVPSGSELTFDYQFQRYGKEAQKCFCGSANCRGYLGGENRVSIRAAGGKMKKERSRKKDSVDGELEALMENGEGLSDKNQVLSLSRLMVRIETLEQKLTCLKLIQNTHSQSCLKSFLERHGLSLLWIWMAELGDGRESNQKLQEEIIKTLEHLPIPTKNMLEESKVLPIIQRWSQTKTAIPQLSEGDGYSSENTSRAHTPLNTPDPSTKLSAEADTDTPKKLMFRRLKIISENSMDSAISDATSELEGKDGKEDLDQLENVPIEEEEEPQPQQLLMQQLPEPKVDSDVAAEASKLPASELEADAEIEHKESSGAKLEEPIAEETPSQDEEEGVSDVESERSQEPPDKTVDISDLATKLLDSWKDLKEVYRIPKKSQTEKESTITERGRDAVGFRDQTVAPKTPNRSRERDPDKQTQIKEKRKRRGSLSPPSSAYERGTKRPDDRYDTPTSKKKVRIKDRNKLSTEERRKLFEQEVAQREAQKQQQQMQNLGMTSPLPYDSLGYNAPHHPFAGYPPGYPMQAYVDPSNPNAGKVLLPTPSMDPVCSPAAYDHSQPLVGHSTEPLAAPPPVPVVPHVAAPVEVSSSQYVAQSDAVVHQDSSVTVLPVPAPGPVQGQNYSVWDSNQQSVSVQQQYSPAQSQATIYYQGQACPTVYGVTSPYSQTTPPIVQSYAQPSLQYIQGQQIFTAHPQGVVVQPTAAVTTIVAPGQPQPLQPPEMVVTNNLLDLPPPSPPKPKTIVLPPNWKTARDPEGKIYYYHVVTRQTQWDPPTWESPGDDASLEHEAEMDLGTPTYDENPMKTSKKPKTAEADTSSELAKKSKEVFRKEMSQFIVQCLNPYRKPDCKVGRITTTEDFKHLARKLTHGVMNKELKYCKNPEDLECNENVKHKTKEYIKKYMQKFGAVYKPKEDTELE

Target ORF information:

RefSeq Version	XM_005955196.1
Organism	Pantholops hodgsonii(chiru)
Definition	Pantholops hodgsonii SET domain containing 2 (SETD2), mRNA.

Target ORF information:

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

XM_005955196.1

ORF Insert Sequence:

ATGCTTTCTT GGCTGGATGA CAATAGAGAA GAAGAAAATG AGGCAAAGAT TGAAAATGTG 
CCGAAAACAG GTTTCATCAA AGGACCAATG TTCAAAGGTG TTGCTTCTAG TCGGTTTTTG 
CCCAAAGGCA CCAAGACAAA AGTTAATTTG GAGGAACAGG GACGACAGAA GGTGTCATTC 
AGCTTCAGCC TTACAAAGAA AACTTTGCAG AACAGGTTTC TGACTGCACT TGGCAATGAA 
AAGCAAAATG ATACTCCAAA TTCCTCAGTT GTACCTCTTC AAGTAGACTC GACCCCTAAA 
GTTAAGACGG ACATTGGAGA TACATTATCT ACTACAGAAG AATCTTCGCC ACCGAAATCA 
AGGGTAGAAT TGGGCAAAAT CCATTTTAAG AAACATCTGC TTCATGTAAC ATCCAGGCCA 
CTGCTGACTG CTACCACAGC AGTGGCATCT CTGTCTCCTC CCATGGCACC ATTACCAGCA 
GTCATAGCAG AATCAACAAC TGTAGACTCG CCACCCTCAT CTCCACCTCC ACCACCTCCA 
CCTCCCCAAG CCACAACACC CTCATCACCA GCACCAGTAA CAGAGCCAGT GGCCTTGCCA 
CACACACCAG TTACAGTTCT GATGACAGCA CCCGTAGATG TAGCTGCTAG AGCCTTGAAG 
GAGCCACCAG TAACAGTTGT ACCAGAATCA TCAGAAGTGG ACACTAAACA AGACCCTGTA 
TCTAATAGTT CAGAAGAACA CATAACTCAC AGTTTGAATG AGCAAGCAGA TATTCCTTCA 
CAAAAAGAAG ATTCCCATAT TGGGAAGGAA GAAGAAACTC CAGATAGTTC TAAGAGTAGT 
CTGGGCTCTA AAAAAACAGG TTCTAAGAAG AAATCCTCAC AATCTGAAGG CACCTTTCTT 
GGTTCAGAAT CTGATGAAGA TTCTGTACGG ACTTCCTCAA GTCAAAGATC ACATGATTTA 
AAATTTTCAG CAAACATTGA CAGAGAAAGA GATTCAAAAA AGAGCTTAGC AACTTTTAAA 
AGTGAGGATT TAGGGAAATC CTCACGATCT AAAACAGAGA GAGATGATAA ATATTTTAGC 
TACTCAAAAC TTGAAAGAGA TACTCGGTAT ATATCTTCTC GCTGTAGAGA GAGAGAACGA 
AGGAGGAGCA GATCTCGGTC TAGATCTGAC AGAGGCTCTA GAACTAGTTT ATCTTATTCT 
CGGTCAGAAC GATCCCATTA TTATGACTCT GATCGTCGCT ACCATAGGAG TTCCCCCTAT 
CGAGAAAGGA CTCGCTATTC TCGGGCATAT ACAGATAGCA GGGCGAGAGA GAGTTCTGAC 
TCAGAAGATG AGTATAAGAA GACATACTCA AGGCGCACCT CATCTCATTC TTCCTCTTAC 
AGAGACCTAA GGACATCATC ATCCTATTCT AAATCTGACC GAGACTGTAA AACTGAGTCC 
TCTTACTTAG AGATTGAGAA AAGAGGAAAG TATTCTTCCA AATTAGAAAG AGAATCCAAA 
AGGACTTCAG AAAATGAAGC AATGAAAAGA TGCTGTTCTC CCCCCAGTGA ACTCGGATTC 
CGACGGGGGT CATCATATTC CAAGCATGAT AACAATGCTT CCCGTTACAA ATCTGGCCCT 
TCAAAACCTG TATCCAAGTC TGATAAATTT AAAAATTCTT TCTGTTGTAC AGAATTGAAT 
GAGGAAACCA GACAGTCTCA TTCTTTTAGT TTACAGACTC CTTGTTCAAA AGGTAGTGAA 
TTAAGAGTGA TTAGTAAAAT TCCTGAGAGA GAGAAGACTC GGTCTCCATC TCCATCAAAT 
CGATTAAATG ATTCACCTAC TTTTAAAAAG CTAGATGGAT CGCCTGTTTT TAAGTCTGAA 
TTTATAGGAC ATGATAGCCA TGATAGTATT AAAGAAGTAG ACTCTTTATG TAAAGTGAAG 
AATGATCAGT TAAGAAGTTA TTGTCCCACA GAATTAAATA TAAATGGGTC TCCAGGGGCA 
GAATCTGATT TGGCAGCATT TTGCACTTCT AAACATGACA CTGTTTTGAT GTCTTCTGAT 
GATAGTGTGA CTGGATCAGA GGTATCCCCC TCGGTCAAAA CATGCATGCT TTCATCAAAT 
GGATTTCAAA ATACTAATAG ATGTAAAGAA AAAGACTTGG ACGATACTTG CATGAAGCAT 
AGTAAGTCAG AAAGCGCATC TAGAGAAACA GAACCTCTGG TGTCACCACA CCAAGATCAG 
CTCATTTCTT TGCCAGTTAT AACTATAGAT TATTCCAAAA CAGTTGTTAA AGAACCAGTT 
GAGGTGAGAG TTTCTTGCTG TAAAACCAAA GATTCAGATA TATACTGTAC TTCAAATGAC 
AACCACACTT CTTCATGTCA TTCTGGAGCT GAAAATACTG AGCCTTTAGT CTCGAAGATG 
TCTTCAAATA GCTTTATGAA TGTGCATTTG AAATCAAAGA CAGTTATATG TGATAATGGA 
AGTCTAACCA ATCAGCACTC AAAATTTGCA TGTGGAGAAT ATAAGCAGAG TGTTGGTAGT 
ACTAGTTCAG CGTCTGTTAA TCATTTTGAT GATTTATATC AAACTCCAGG GAGCTCGTGT 
ATCGCTTCAT CTCTTCAGAG TCTTCCCCCA GGAATAAAAG TGAACAGTTT AACTCTCTTG 
CAACGTGGAG AGAATATATC TCCAGTTTTG GATGCTGTGC TGAAGAGTAA AAACTCAGAG 
TTTTTAAAGC ATGCAGAGAA AGAAACAGTA ATAGAAGTAG GTGGTGACCT TCCTGATTCA 
GGAAGGGGAT TTGCTTCATG GGATAGCAGG CATAATAATG GACTGTCTGA GAAATGTGTG 
CAGGAGGCTC ATGAAGAAGG GAATTCTTTA TTGCCTGATA GAAGAGGAAG ACCAGAGATC 
TCTTTAAATG AAGAAGGTGG AAGAGGACAT GCACATATTT CTGACGACTC AGAAGTTGTA 
TTTTCTTCTT GTGATTTGAA TTTAACTATG GAGGACAGTG ATGGTGTAAC ATATACCTTA 
AAATGTGACA GTAGTGGTCA TGCCTCAGAG ATTGTATCTA CTGTCCATGA AGATTATTCT 
GGTTCTTCCG AAAGTTCAAG TGATGAAAGT GATTCAGAGG ATACAGATTC TGATGATAGC 
AGTATTCCAA GAAACCGTCT TCAGTCTGTT GTGGTTGTGC CAAAGAATTC TACTTTGACC 
ATGGAAGAAA CTAGTCCTTG TTCTTCTCGG AGCAGTCAGA GTTACAGACA CTATTCTGAT 
CACTGGGAAG ATGAGAGATT GGAGCCAAGG AGACATTCAT ACGAGGAAAA ATTTGAGAGT 
ATAACAAGTA AATCCTGTCC TCAAACTGAG AAGTTCTTCT TTCATAAAGC AGCCGAGAAA 
AATTCCGAAA TTTCTTTTAT ACAGCCCAGC CGAAAACAGA TAGATAATCA CCTGCCTGAA 
ATTGCTCATC CTCAGAGTGA TGGGGTTGAT AGTACAAGTC ATCCAGACAT AAAATCCGAC 
CCTCTAGGGC ATTCAAATTC TGAGGAAACG GTGAAAACTA AAATAGCTTC TCAGCAGCAA 
GAAGAGCTAC CAGTTTATTC TTCTGATGAT TTTGAAGATG TCTCAAGTAA GTCTCGGCAA 
CAGACTGCTT TTCCGATCAG GGCAGATAGT CGACTGGGGA AAACAGACTC GAGCTTTTCT 
TCTTCTTGTG AGATCTCCCG CGCGGACGGC GTCCGCTCAT CAGAGGAGCT CAGAAACCTA 
GGGTGGGACT TCTCTCAACA AGAAAAGCCT ACCAGCACAT ACCAGCAGCC TGACAGCAGC 
TATGGAGCCT GTGGCGGACA CAAGCATCAG CAAAGTGCAG AACAGTGTAG CGGGGTGCGC 
AGTTACTGGC AAGGCAACGG CTACTGGGAT CCAAGGTCAG CGAGTAGACC GCCAGGAGCT 
GGGCTTGTGT ATGATCGAAT TCAAGGGCAG GTACCAGATT CCTTAACAGA TGACCGAGAA 
GAGGAGGAGA ATTGGGATCA ACGTGGAGGA TCTCACTTTT CTAGTCAGTC CAGTAAGTTT 
TTTCTGTCCC TTCAGAAGGA CAAGGGTTCA GTGCAAGCAC CTGAAATAAG CAGCAATTCC 
ATTAAGGACT CTTTGGCTGT GAATGAGAAG AAAGATCTTC TGAAAAACTT AGACAGAAAT 
GATATGAAAG ATAGAGGACC TCTTAAAAAA AGAAGACAGG AGTTGGAGAG TGATTCTGAA 
AGTGATGGTG AGCTTCAGGA CAGAAAGAAA GTTCGAGTGG AGATAGAGCA GGGAGAGACA 
GCAGTGCCCC TCGGCTCAGC GCTGGTTGGG CCTTCCTGTG TCATGGAGGA CTTCAGGGAC 
CCTCAGCGGT GGAAGGAATA TGCCAAGCAA GGAAAGATGC CTTGTTACTT TGATCTGATT 
GAAGAAAATG TTTATTTAAC AGAAAGAAAG AAGAATAAAT CCCATCGGGA TATTAAGCGA 
ATGCAATGTG AGTGTACACC TCTTTCTAAA GATGAAAGAG CTCAAGGTGA AATAGCTTGT 
GGGGAAGATT GTCTTAATCG TCTTCTCATG ATTGAATGTT CTTCTCGGTG TCCAAATGGG 
GATTATTGTT CCAATAGACG GTTTCAGAGG AAACAGCATG CAGATGTGGA AGTCATCCTC 
ACAGAAAAGA AAGGCTGGGG CTTGAGAGCT GCTAAAGACC TTCCTTCGAA CACCTTTGTC 
CTGGAATATT GTGGAGAGGT ACTTGATCAT AAAGAGTTTA AAGCCCGGGT AAAGGAGTAT 
GCACGAAACA AAAACATCCA CTACTATTTC ATGGCCCTGA AGAATGACGA GATAATAGAT 
GCCACTCAGA AAGGAAATTG CTCCCGGTTC ATGAATCACA GTTGTGAACC AAACTGTGAG 
ACTCAAAAAT GGACTGTGAA TGGACAACTG AGAGTTGGGT TTTTTACCAC CAAACTGGTT 
CCTTCAGGCT CAGAGTTAAC ATTTGACTAT CAGTTCCAAA GATATGGGAA AGAAGCACAG 
AAGTGTTTCT GTGGGTCAGC TAATTGCCGG GGTTACCTGG GAGGAGAGAA CAGAGTCAGC 
ATCAGAGCAG CAGGAGGGAA AATGAAGAAA GAACGATCTC GTAAGAAGGA TTCAGTGGAT 
GGGGAGCTGG AAGCTTTGAT GGAGAATGGC GAGGGTCTCT CTGATAAAAA CCAAGTGCTC 
AGCTTATCCC GGCTAATGGT TAGAATTGAA ACTTTGGAAC AGAAACTTAC GTGTCTCAAG 
CTCATACAGA ACACACACTC ACAGTCTTGC CTGAAGTCCT TTCTGGAACG TCACGGATTG 
TCTTTGTTGT GGATCTGGAT GGCAGAACTA GGTGATGGCC GGGAAAGTAA CCAGAAGCTT 
CAGGAAGAGA TTATAAAGAC TCTGGAACAT TTACCTATTC CTACTAAAAA TATGTTGGAG 
GAAAGCAAAG TACTTCCTAT TATTCAACGT TGGTCTCAAA CCAAGACTGC TATCCCTCAG 
CTGAGTGAAG GAGATGGGTA TTCTAGTGAA AATACATCAC GTGCTCACAC ACCGCTCAAC 
ACACCTGATC CTTCCACCAA GCTGAGTGCA GAAGCTGACA CAGACACCCC CAAGAAGCTC 
ATGTTTCGCA GACTTAAAAT TATAAGTGAA AATAGCATGG ACAGTGCAAT CTCTGATGCT 
ACCAGCGAGC TGGAAGGCAA GGACGGGAAA GAGGACCTGG ACCAGTTAGA GAACGTCCCC 
ATCGAAGAAG AGGAGGAGCC TCAGCCGCAG CAGCTACTCA TGCAGCAGCT GCCCGAGCCT 
AAAGTCGACA GTGACGTTGC CGCAGAGGCC AGCAAGCTCC CCGCGTCCGA ACTGGAGGCT 
GATGCCGAAA TAGAACACAA AGAGAGCAGT GGCGCAAAAC TCGAGGAACC TATTGCTGAG 
GAAACGCCAT CCCAAGATGA AGAGGAGGGT GTGTCTGATG TGGAGAGTGA GAGAAGTCAG 
GAGCCACCAG ACAAAACAGT AGATATAAGT GATTTGGCCA CCAAGCTCCT GGACAGTTGG 
AAAGACCTAA AGGAGGTATA TCGAATTCCG AAGAAAAGTC AAACTGAAAA GGAGAGCACA 
ATAACCGAAC GAGGAAGGGA TGCTGTAGGC TTCAGAGATC AAACAGTTGC CCCAAAGACT 
CCTAACAGGT CGAGAGAGAG AGACCCAGAC AAACAAACTC AAATTAAAGA GAAAAGGAAA 
CGAAGGGGCT CCCTCTCACC ACCTTCTTCT GCCTATGAGC GGGGAACCAA AAGGCCAGAT 
GACAGATATG ATACCCCTAC TTCTAAAAAG AAAGTACGAA TTAAAGATCG CAATAAACTT 
TCTACAGAGG AGCGTCGGAA GTTGTTTGAG CAAGAGGTCG CTCAGCGGGA GGCTCAGAAA 
CAACAGCAGC AGATGCAGAA CCTGGGAATG ACGTCTCCAC TGCCCTATGA CTCTCTTGGC 
TACAATGCCC CTCATCACCC CTTTGCCGGC TACCCACCAG GTTATCCCAT GCAGGCCTAT 
GTGGATCCCA GCAATCCAAA TGCTGGAAAG GTGCTCCTCC CCACACCCAG CATGGACCCT 
GTGTGTTCTC CTGCTGCTTA TGATCACTCT CAGCCCTTGG TGGGACATTC TACAGAACCC 
CTCGCTGCCC CTCCACCTGT GCCAGTGGTG CCACATGTGG CAGCCCCTGT GGAAGTTTCC 
AGTTCACAGT ATGTGGCCCA AAGTGACGCT GTGGTACACC AAGACTCCAG TGTCACTGTC 
TTGCCAGTGC CAGCCCCAGG CCCAGTCCAA GGACAGAATT ATAGTGTCTG GGATTCAAAC 
CAACAATCCG TGAGCGTACA GCAGCAGTAC TCTCCTGCAC AGTCTCAAGC AACCATATAT 
TACCAAGGAC AGGCTTGTCC AACTGTCTAT GGTGTGACGT CACCCTATTC ACAGACAACT 
CCACCAATTG TGCAGAGTTA TGCCCAGCCA AGCCTTCAGT ACATCCAGGG ACAACAGATT 
TTCACAGCTC ACCCACAAGG AGTGGTGGTA CAGCCAACTG CAGCCGTGAC TACAATAGTT 
GCACCAGGGC AGCCCCAGCC CTTACAGCCA CCTGAAATGG TTGTGACAAA TAATCTCCTG 
GATTTACCAC CCCCATCTCC TCCCAAACCA AAAACCATTG TCTTACCTCC CAACTGGAAG 
ACAGCCCGAG ACCCGGAAGG CAAGATTTAC TACTACCACG TGGTCACCAG GCAGACTCAG 
TGGGATCCTC CTACTTGGGA AAGCCCAGGA GATGATGCCA GCCTTGAGCA TGAAGCTGAG 
ATGGACTTGG GAACCCCAAC ATATGATGAA AATCCCATGA AGACCTCAAA AAAGCCCAAG 
ACAGCAGAAG CAGACACCTC CAGTGAGCTG GCTAAGAAAA GCAAAGAAGT ATTCAGAAAA 
GAGATGTCAC AGTTCATCGT CCAGTGCCTG AACCCTTACC GGAAACCTGA CTGCAAAGTG 
GGAAGAATTA CCACAACCGA AGACTTCAAA CACCTAGCTC GCAAGCTGAC TCATGGCGTT 
ATGAATAAGG AGCTGAAGTA CTGTAAGAAC CCCGAGGACC TGGAGTGCAA TGAGAATGTG 
AAACACAAAA CCAAGGAGTA CATTAAGAAG TACATGCAGA AGTTTGGGGC TGTTTACAAA 
CCCAAAGAGG ACACTGAATT AGAGTGA