SETD2 cDNA ORF clone, Calidris pugnax(ruff)

Gene
Clones
gRNAs

Summary

Gene Symbol	SETD2
Entrez Gene ID	106895834
Full Name	SET domain containing 2
Gene Type	protein-coding
Organism	Calidris pugnax(ruff)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014955478.1	XP_014810964.1	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
OCa74880	XM_014955478.1 Latest version!	Calidris pugnax SET domain containing 2 (SETD2), 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)
1 Clone	30% OFF
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)

SETD2 ( XM_014955478.1 ) cDNA ORF clone, Calidris pugnax(ruff) -> XP_014810964.1 Calidris pugnax SET domain containing 2 (SETD2), mRNA.

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CloneID	OCa74880
Clone ID Related Accession (Same CDS sequence)	XM_014955478.1
Accession Version	XM_014955478.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7725bp) 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	2015-12-08
Organism	Calidris pugnax(ruff)
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_015090998.1) 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 :: Calidris pugnax Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 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 ##RefSeq-Attributes-END##

ATGTTTCCTC GGCTGGATTG CAATAGAGAA GAAGAAAATG AGGGCAAGCC TGAAGCTGTG 
CAGAAAGCTG GTTTTATCAA AGGCCCGGTG TTCAAAGGCG TTGCTTCGAG TCGCTTTTTG 
CCCAAAGGCA CCAAAACAAA GGTTAACCTT GAGGAGCAAG GAAGACAAAA GGTGTCTTTC 
AGCTTCAGTT TAACCAAGAA AACCTTACCC AACAGATTTC TGACTGCTCT CGGAAACGAG 
AAACAAAATG AAACTCCCAA CTCCCCAGCA GTACCCCTTC AGACTGACTT TAACCCCAAA 
AATAAAATGG ACCTGGGGGA TGCCGCTGGT TCAGCTGAGG AGTCTTCCCC TCCCAAACCC 
AAGGTAGAAT TAGGGAAGAT CCATTTTAAA AAACATTTGC TTAACGTCAC GGCAAAACCG 
CTGCTGGCTC CGGCAGCCAC GCTACCCCCA CCGCCGCCGG CTGTGACGCC GGTGACGGAA 
CCGGTGGTGT TGGCCGCCGA CTGTCCCTCC ACGCCACCAC CTCCTCCACC TCCCCCTCCA 
CCCACGGCGT CGCCGGCGGC GTCCATGCCG GTGCCCGCAG TGGTGGCCTT ACCCCAGCTG 
CCGGTAACGC TGATGTCAAC GCTGTTGGTG TCACCTCCCG TGGAAGCCGA AGTCCCCGTT 
CCGAAGGAGC CATCTCACGC GGTATCTAAG GAGGCTTCGG AGCCTTTGGA CGTCAAGCAG 
GATGCGGTCT CGCGGGGTTC GGAGGAACAC GTAACTCAAA CCACGCCCGA GCAGACGGAA 
ATAACTCCGC AGAAGGAAGA TTCCCATATT GGGAAAGAGG ATGAGGTTTC CGACGGCTCA 
AAAGGTGCTC CCCTCTGCTC CCGGAGGCAG GGGGCCAAGA GGAAGTTCTC CCAGTCCGAC 
GGCGCGTTGC TGGGCTCCGA GTCCGACGAG GATTCGGTGA GGACCTCCTC CAGCCAGCGC 
TCGCACGAAC TGAAGATATC CAGTACGGAA AAGGAGAGGG ATCCCAGAAG AAGCTCCACG 
TCCCTCAGAA GCGACGACCT GGGGAAGTCC TCCTCCCGCT CCAAGTCGGA CAGGGATGAG 
AAGTACTCGA GCTATTCAAA ATCGGAAAGA GATTCGCGGT ACGCGTCCTC CCGCTCGCGA 
TCGGACAGAG AGAGGAGGCG AAGCCGATCT CATTCCCGGT CCCGATCGGA TCGGAGCTCC 
CGAACCAGCT CTTCCTACTC CAGGTCGGAG CGTTCCCATT ACTACGAATC CGACCGCCGC 
TACCATCGGA GCTCCCCGTA CAGGGAAAGG TCCAGGTATT CCCGTTCGTA CGCGGACAGC 
CGGGCGCGAG AGAGCTCGGA CTCGGAGGAC GAGTACAGGA GGACACATTC CAGGTCGAGC 
GACTTGAGAC GTACCTCCTC CCACTCCTCA TCCTCCTACA GAGACTCGAG GACTTCTTAC 
TCCAAGTCGG ACAGGGACAG CAAAGCCGAG TCGTCTCACG CCGACGTGGA GAGGAGAGGA 
AGGTCTTCTT CGAAAGCGGA TAGAGATTCA AAAAGGACTT CAGAAAGTGA AGTAACCAAA 
AGGTGCTCTC CCCTTGATGA GCTTGGCTAT CGAAAGGGGA CATCCCATTC TAAGCCCGAC 
AGTAATGTGA ATTCCTCCCG TTATAAGTCC ACCCCTTCAA AGACCCCCGC ACCAAAGCCT 
GATAAATTTA AGAGTTCTTT CTGTTGTACA GAATCGAGCG AAGAAATAAA ACAGCAGTCT 
AATTCTCTAG ATTTAGAGAC CTCTTGTCTA AAAAGCAATG AGATCCGGGT GTCCATTGCG 
AAAAAGTTTG AAAGGGAAAA GACACTTTCT CCACTAAATC AGTTCAACGA TTTGCCCGCT 
TTTAAAAAGG CAGACGAATC GCCGGTGGGG TTTCCTAACT CAAAGTCTGA GGAGCTGACG 
GGAAACGAAT GCCATGACAG TGTTAAGGAA CAAGAAACTT TATTAAAGAT AAAGCCCGAT 
CCCGTAAGAA CGTGTTTCCC CACAGAGCTG AGTGTAAACG GGTCCCCGGA GGGTAGGGCT 
GATGGTTTGG CATCTTCCAG TGCCTCCAAA ACAGAGGATG TCGCCGCCTC TTCCGATGAT 
AGCTTGTGTC GGTCGGAAGC GTCGCCTGTT GAGAAGACAA GTCCATCGTA TCCGTTGCCT 
TCTAATGGGT TTGAGGGCAT GTACGTGTCT CAAGAGCAAG AGCCAGATGA TTCTGGGGTC 
CAGTCCAGCG AGTGCAACAG CCTCTTCAGG CCATTGGAGG CTCCGGTCCC TCAGCAGCAA 
GGGGAAGCCA TCCCTTCACC CCTCGTGAAT GTAGATCATG CTCAACCCAT GCTCAAGAAG 
CTGGATGATG AGGCGACTCC GTGTGACAAA ACCAAAGAAC CCATTTTTTG CTACGACGTT 
TCCGACGATG CCGCCCCCGC TCTGTATCAT TCGGAAGTTG AAATCGAAGC GGAACCGGCA 
GATTTAAAAG TTACATCCGA GATGTTCCTG GACGTACAGG TGGAGCCCCA GACCGTGACG 
TGCGATTACG AGAGCACGGA GGATCTCCAC TCCAAGTCTA CTGGTGACAA TGAGCATGAT 
CATCCTTCCC AGAAGATTAG CCTGGCAGTG GAGAGCTCGA GCCAGGATCT CTCCCAGGAT 
GGTTGTTCCC CAAGACTCAG GTCGGACCAT CCCGTGCCGG AGGAAAGTGT CTCTTCCAAA 
TGGGACGTGC CACCACCACC GGATGGGTGC CAGGAGCTCC TGCAGCATTC GGAAGCTGAA 
GAGATGGTGG AGTTGGGTGC TCAGCATGTT GATCTTGGCT TGGCCAAAGG CAAGCCTTCA 
TTCAAAGATG AACATTCCTA CTATTCGGAA GCGCCGCTGG AGCACCGTGG CAGAGAGGTC 
GTGGAAGAAA GTGCCGTTTC CACCGAGGGA GGTGGGTTGG ATGATTTGAG AGTTGGGTGT 
CCCGGCGAAT TGGCCGAGAA GGAGGAGGGA AATGAACCCT TGGTGGCTTC GGCTTTTCCA 
GATGCCTTGT TTCCTTCTTG TGATGTCATT GTCACTGCGG AGGAAACGGA GACGGTTACA 
CAAGCCCCGA CGTGCGACAG CAGTGGCAAC GCCGCTGAAT TCGTTCCTGC TGGCCACCAC 
GATTACTCGG ACACGGGGGA GAGCGACAGT GAGGGGGGCA GTGAAGACAG CGACACGGAG 
GACTCGGATT CTGATGACGG CACGCCACGG AAACGTCTCC AGTCGGTTGT TGTCGTACCA 
AAAAACTCAA CCATAGCCAT GGAGGAGAGC AGCCCCGGCT CCTCACGGAG CAGCCAGGGC 
AACCGGCGCT TCTCTGACCA CTGGGACGAT GAGCGACCCG AATCCAGTAG ACCCTATTAT 
GAAGAGAGGA TGGAGAATAT GCCCAGTAAG AGCGGCCCGC AAGTAGAGAG CAGATGTTCT 
CCTAGAGGGA TGGAGAAGAG TCCGGCAACT TCTACCGAGC TGAGCAGGAA GGAGATGGAG 
GACCTGCGGC CGGATCCGTG CCAACCTCAG AGCGATGGTG TTGACAGCAC GAGTCAGGCC 
GACCTGATGG CAGATTCCCT TGGCAAACCC AACCCGGACG AGAGAATGAC GCTGAAGGAG 
CTGATGGCCA TCGGTAGACC CATCGGCCGA CCAGATGAGC AGCCCTTTTG TCTGCCGGAG 
AGTTTTGAAA GCGCCGATAA ATCCCGACAC CAGATGAGCT CTTCCAAACC GGACAGTCGG 
CAAGGGAAGG GTGGACTCAA CCAGTCCGGC CTCGGAGAAT ACTCCAGGCT GGATGGTTTC 
CACACGCCGG AGGATCTGGG TGGTTTGGGC TGGGACTTTG CCCAGACGGA GAAGCCCAGT 
AGCACCTACC AGCAGCCAGA TAGCAGCTTT GGGGTCTACT CGGGCTACGT GTACCAACCG 
GGCTCAGGAG CCTATGGTGG CTCTCAGACT TACTGGCAAG GCAACGGTTA TTGGGACGCG 
AGGTCCGTTA GTAGACCTTC CGCTGTTAAT TACGAACGAA TACAAGGGCA GGTACCGGAT 
TCTCTAACGG AGGATCACGA GGAGTACGAA GAGGATGACC GTTGGGATGA TGACTGCAAA 
CCTCACTTTC CCAGCCCCTC GGGGAAATGC CAGGTGCCCG GGCAGAAGGA AAAAGGTTCG 
GTGCAGGCAC ACGAGATCAG CAGCAATTCC ACCAAGGAGG TGGTGCCTGG TGGGGAGAAG 
AAGGAAGAGG TGAAGGCGTT GGAAAAAAAC GATGCGAAAG AACGAGGTCC ACCAAAAAAA 
AGACGCCCGG AGTTGGAGAG CGACTCCGAG AGCGACGTGG ACTCAAGGGA GAAGAAGAAG 
GTGAAACTGG AGGGAGAGCA AGTGGAGGCA GCGCCGCAGG ACTCCTCCAT GGTGGGTCGG 
TTGTGTATCA TGGACGACTT CAGAGACCCC CAGCGCTGGA AGGAGTTTGC CAAGCAAGGG 
AAGATGCCCT GTTACTTTGA CCTTATCGAG GAGAACGTGT ACTTGACGGA AAGGAAGAAG 
AACAAATCTC ACCGGGACAT CAAGAGAATG CTGTGTGAGT GCCCCCCTCT CTCCAAAGAA 
GAGCGAGCTC AGGGGGAGGT TGCGTGTGGA GAAGACTGTC TCAACCGCCT GCTCATGATA 
GAGTGCTCTT CCCGGTGCCC CAACGGCGAC TACTGCTCCA ACAGGCGCTT CCAGAAGAAA 
CAACACGCGG ACGTGGAGGT GATCCTCACC GAGAAGAAAG GCTGGGGGCT CAGAGCTGCC 
AAAGATCTGC CATCCAACAC TTTTGTCTTG GAGTATTGTG GAGAAGTGTT GGATCACAAG 
GAATTCAAGG CTCGTGTGAA GGAATATGCC CGGAACAAGA ACATTCATTA TTATTTCATG 
GCCCTGAAGA ACGACGAGAT AATTGATGCC ACCCAGAAAG GAAACTGCTC TCGGTTCATG 
AACCACAGCT GTGAACCCAA CTGCGAGACA CAAAAGTGGA CTGTGAATGG GCAGCTCAGA 
GTTGGATTTT TCACCACCAA ACTGGTCCCG TCGGGCTCGG AGCTGACGTT TGATTACCAG 
TTCCAGAGAT ACGGCAAAGA GGCTCAGAAA TGTTTCTGTG GCTCGGCCAA CTGCCGGGGT 
TACCTGGGGG GAGAGAACCG GGTCAGCATC CGAGCCGCCG GGGGGAAGAT GAAGAAGGAG 
CGTTCCCGTA AGAAGGACTC GGTGGACGGG GAGCTGGAAG CGCTGCTGGA GAACGGAGAA 
GGTCTCTCCG ATAAGAACCA GGTTCTCAGC TTATCCCGGT TGATGGTTCG GATTGAAACG 
CTGGAGCAGA AGCTCACCTG CCTCAAACTC ATCCAGAACA CGCACTCGCA GTCCTGCCTG 
AAGTCCTTCC TGGAGTGTCA CGGCTTGTCT CTCCTCTGGA TTTGGATGAC GGAGCTGGGC 
GATGGGAGAG GGAGCACCGC CAACAACCTG AAGCTGCAGC TGGAGATCAT GAAGACCCTG 
GAGCTCCTGC CGATACCTAC CAAGAACATG TTGGAGGAGA GCAAAGTGCT GCCCATCATT 
CAACGCTGGG CTCAAACCAA GACTGCTGTC CCCCAGCTGA GTGAAGGGGA TGGCTACTCG 
AGTGAGAACA CCTCACGGGC CCACACACCA CTCAACACGC CCGACCTTTC CACCAAGCAG 
AGCGCTGAAG GTGACACGGA CACCCCGAAG AAGCTGGTGT TTCGAAGGCT GAAAATTATA 
AGTGAAAACA GCATGGACAG TGCCATCTCG GATACAACCA GTGAGCTGGA AGGGAAAGAG 
GGCAAAGAGG ACCTGGACCA GCTGGAAGGT GCCTCCATGG AGGTGTCGGA GGAGCAGCAG 
CAGCAGGAGA TCAAAGCTGC CGTTGATGTG CCACCAGTGG AGAGCAGCAA ACCCCAAGCT 
GCAGAACTGG AGGCCGAGCC TGAAGCTGAG GTCAAAGAGA GCAACGGTGC GAAGCTGGAA 
GAGCCCATTA CGATGGAGAC GCCGTCTCAA GACGAAGAGG AAGGTGTGTC CGACGTGGAG 
AGCGAGAGGA GCCAAGAGCA AACGGACAAA ATGGTGGACG TGAGCGATTT GGCTACCAGG 
CTGCTCGACA GCTGGAAGGA GCTCAAGGAG GTGTACCGCA TCCCCAAGAA GAGTCAAGCA 
GAAAGGGAGA ACAGCGCTGA CCGTGGGAGA GAGGCAGCTG GCCACAAGGA TCAGACTCCC 
ACCCCGAAGA ACCCCATCCT GAGCAGGGAG CGGGACCCCG AGAGGCAGAG CCAGAGCAAA 
GAGAAGAAGA GACGGAGGGA CTCGTTGTCC CCTCCATCCT CAGCCTACGA GCGAGGGACG 
AAGAGGCCGG AGGACAGATA TGACACACCA GCGTCTTCGA AGAAGAAAGT CCGGCTTAAG 
GATCGCAACA AGCTCTCCAC GGAGGAGCGC AGGAAGCTGT TCGAGCAGGA GGTGGCCCAA 
CGGGAAGCCC AGAAACAACA ACAGCAACTG CAGAACCTGG GGATGACCTC CCCTTTGCCC 
TACGACTCCA TGGGCTACGG AACCCCCCAC CACAGCTTCA TTGGCTACCC GCCTGGCTAC 
CCCATGCAAG CCTACGTAGA CCCCAGCAAC CCCAACGCTG GCAAGGTGCT GCTGCCCACC 
CCCACCATGG ATTCCATGTG CTCGCCGGCC GCCTACGAGC ACCCGCAGAC TTTGGTTGGG 
CACACGGTGG AACCAACTCT CACTACTCCT CAGCCGGTAC CAGTAGTCCA ACATGTAGCA 
ACCACGATGG AGGTTACAAC ACCCCAATAT GTAGCACAAA GCGACACCGT GGTCCATCAA 
GAACCCAACG TGGCCGTCCT ACCCGTGGCC ACGCCGGGAC CCGTGCAGAG CCAGAGCTAC 
GGGGTTTGGG ATTCCAGCCA GCAGACGGTG GCCGTCCAAC AGCAGTACTC GCCCGCCCAG 
TCCCAACCAG CCATCTACTA CCAAGGACAG ACCTGTCAGA CCGTTTATGG TGTGACGTCC 
CCCTACTCGC AGACGACCCC GCCGATTGTA CAGAGTTATG CCCAACCGGG TCTCCAGTAC 
ATCCAGGGCC AGCAGATTTA CACGGCTCAT CCCCAGGGAG TCATCGTGCA GCCACCGACA 
GCAGTCACCA CGATCGTGGC GGCCGGGCAG CCTCAACCCA TCCAGCAGCC GGAGCTTGTG 
GTGACCAATA ACCTCCTGGA CTTGCCTCCA CCATCCCCTC CAAAACCCAA AACCATCGTC 
CTCCCACCCA ACTGGAAAAC AGCCCGAGAT CCAGAGGGGA AGATCTACTA CTACCACGTG 
GTAACGAGGC AAACCCAGTG GGACCCTCCT ACCTGGGACA GCCCAGGGGA CGACGCCAGC 
CTTGAACACG AAGCTGAGAT GGACCTGGGG ACCCCAACGT ATGACGAAAA CCCCATGAAG 
TCTTCCAAGA AGGCCAAGAC GGCGGAAGCG GACACGTCCA GCGAGTTGGC CAAGAAGAGC 
AAGGAGGTGT TCAGGAAAGA AATGTCACAG TTCATCGTGC AGTGCCTGAA CCCCTACCGC 
AAGCCCGACT GCAAGGTGGG ACGTATCACC ACCACCGAGG ACTTCAAACA CCTGGCACGG 
AAGTTGACTC ACGGCGTCAT GAACAAGGAG CTAAAATACT GCAAGAACCC AGAGGACCTG 
GAGTGCAACG AGAACGTCAA ACACAAGACG AAGGAGTACA TCAAGAAATA CATGCAGAAA 
TTCGGGGCCA TCTACAAACC CAAAGAGGAC ACGGAGCTGG AGTAA

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

RefSeq	XP_014810964.1
CDS	1..7725
Translation	MFPRLDCNREEENEGKPEAVQKAGFIKGPVFKGVASSRFLPKGTKTKVNLEEQGRQKVSFSFSLTKKTLPNRFLTALGNEKQNETPNSPAVPLQTDFNPKNKMDLGDAAGSAEESSPPKPKVELGKIHFKKHLLNVTAKPLLAPAATLPPPPPAVTPVTEPVVLAADCPSTPPPPPPPPPPTASPAASMPVPAVVALPQLPVTLMSTLLVSPPVEAEVPVPKEPSHAVSKEASEPLDVKQDAVSRGSEEHVTQTTPEQTEITPQKEDSHIGKEDEVSDGSKGAPLCSRRQGAKRKFSQSDGALLGSESDEDSVRTSSSQRSHELKISSTEKERDPRRSSTSLRSDDLGKSSSRSKSDRDEKYSSYSKSERDSRYASSRSRSDRERRRSRSHSRSRSDRSSRTSSSYSRSERSHYYESDRRYHRSSPYRERSRYSRSYADSRARESSDSEDEYRRTHSRSSDLRRTSSHSSSSYRDSRTSYSKSDRDSKAESSHADVERRGRSSSKADRDSKRTSESEVTKRCSPLDELGYRKGTSHSKPDSNVNSSRYKSTPSKTPAPKPDKFKSSFCCTESSEEIKQQSNSLDLETSCLKSNEIRVSIAKKFEREKTLSPLNQFNDLPAFKKADESPVGFPNSKSEELTGNECHDSVKEQETLLKIKPDPVRTCFPTELSVNGSPEGRADGLASSSASKTEDVAASSDDSLCRSEASPVEKTSPSYPLPSNGFEGMYVSQEQEPDDSGVQSSECNSLFRPLEAPVPQQQGEAIPSPLVNVDHAQPMLKKLDDEATPCDKTKEPIFCYDVSDDAAPALYHSEVEIEAEPADLKVTSEMFLDVQVEPQTVTCDYESTEDLHSKSTGDNEHDHPSQKISLAVESSSQDLSQDGCSPRLRSDHPVPEESVSSKWDVPPPPDGCQELLQHSEAEEMVELGAQHVDLGLAKGKPSFKDEHSYYSEAPLEHRGREVVEESAVSTEGGGLDDLRVGCPGELAEKEEGNEPLVASAFPDALFPSCDVIVTAEETETVTQAPTCDSSGNAAEFVPAGHHDYSDTGESDSEGGSEDSDTEDSDSDDGTPRKRLQSVVVVPKNSTIAMEESSPGSSRSSQGNRRFSDHWDDERPESSRPYYEERMENMPSKSGPQVESRCSPRGMEKSPATSTELSRKEMEDLRPDPCQPQSDGVDSTSQADLMADSLGKPNPDERMTLKELMAIGRPIGRPDEQPFCLPESFESADKSRHQMSSSKPDSRQGKGGLNQSGLGEYSRLDGFHTPEDLGGLGWDFAQTEKPSSTYQQPDSSFGVYSGYVYQPGSGAYGGSQTYWQGNGYWDARSVSRPSAVNYERIQGQVPDSLTEDHEEYEEDDRWDDDCKPHFPSPSGKCQVPGQKEKGSVQAHEISSNSTKEVVPGGEKKEEVKALEKNDAKERGPPKKRRPELESDSESDVDSREKKKVKLEGEQVEAAPQDSSMVGRLCIMDDFRDPQRWKEFAKQGKMPCYFDLIEENVYLTERKKNKSHRDIKRMLCECPPLSKEERAQGEVACGEDCLNRLLMIECSSRCPNGDYCSNRRFQKKQHADVEVILTEKKGWGLRAAKDLPSNTFVLEYCGEVLDHKEFKARVKEYARNKNIHYYFMALKNDEIIDATQKGNCSRFMNHSCEPNCETQKWTVNGQLRVGFFTTKLVPSGSELTFDYQFQRYGKEAQKCFCGSANCRGYLGGENRVSIRAAGGKMKKERSRKKDSVDGELEALLENGEGLSDKNQVLSLSRLMVRIETLEQKLTCLKLIQNTHSQSCLKSFLECHGLSLLWIWMTELGDGRGSTANNLKLQLEIMKTLELLPIPTKNMLEESKVLPIIQRWAQTKTAVPQLSEGDGYSSENTSRAHTPLNTPDLSTKQSAEGDTDTPKKLVFRRLKIISENSMDSAISDTTSELEGKEGKEDLDQLEGASMEVSEEQQQQEIKAAVDVPPVESSKPQAAELEAEPEAEVKESNGAKLEEPITMETPSQDEEEGVSDVESERSQEQTDKMVDVSDLATRLLDSWKELKEVYRIPKKSQAERENSADRGREAAGHKDQTPTPKNPILSRERDPERQSQSKEKKRRRDSLSPPSSAYERGTKRPEDRYDTPASSKKKVRLKDRNKLSTEERRKLFEQEVAQREAQKQQQQLQNLGMTSPLPYDSMGYGTPHHSFIGYPPGYPMQAYVDPSNPNAGKVLLPTPTMDSMCSPAAYEHPQTLVGHTVEPTLTTPQPVPVVQHVATTMEVTTPQYVAQSDTVVHQEPNVAVLPVATPGPVQSQSYGVWDSSQQTVAVQQQYSPAQSQPAIYYQGQTCQTVYGVTSPYSQTTPPIVQSYAQPGLQYIQGQQIYTAHPQGVIVQPPTAVTTIVAAGQPQPIQQPELVVTNNLLDLPPPSPPKPKTIVLPPNWKTARDPEGKIYYYHVVTRQTQWDPPTWDSPGDDASLEHEAEMDLGTPTYDENPMKSSKKAKTAEADTSSELAKKSKEVFRKEMSQFIVQCLNPYRKPDCKVGRITTTEDFKHLARKLTHGVMNKELKYCKNPEDLECNENVKHKTKEYIKKYMQKFGAIYKPKEDTELE

Target ORF information:

RefSeq Version	XM_014955478.1
Organism	Calidris pugnax(ruff)
Definition	Calidris pugnax 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_014955478.1

ORF Insert Sequence:

ATGTTTCCTC GGCTGGATTG CAATAGAGAA GAAGAAAATG AGGGCAAGCC TGAAGCTGTG 
CAGAAAGCTG GTTTTATCAA AGGCCCGGTG TTCAAAGGCG TTGCTTCGAG TCGCTTTTTG 
CCCAAAGGCA CCAAAACAAA GGTTAACCTT GAGGAGCAAG GAAGACAAAA GGTGTCTTTC 
AGCTTCAGTT TAACCAAGAA AACCTTACCC AACAGATTTC TGACTGCTCT CGGAAACGAG 
AAACAAAATG AAACTCCCAA CTCCCCAGCA GTACCCCTTC AGACTGACTT TAACCCCAAA 
AATAAAATGG ACCTGGGGGA TGCCGCTGGT TCAGCTGAGG AGTCTTCCCC TCCCAAACCC 
AAGGTAGAAT TAGGGAAGAT CCATTTTAAA AAACATTTGC TTAACGTCAC GGCAAAACCG 
CTGCTGGCTC CGGCAGCCAC GCTACCCCCA CCGCCGCCGG CTGTGACGCC GGTGACGGAA 
CCGGTGGTGT TGGCCGCCGA CTGTCCCTCC ACGCCACCAC CTCCTCCACC TCCCCCTCCA 
CCCACGGCGT CGCCGGCGGC GTCCATGCCG GTGCCCGCAG TGGTGGCCTT ACCCCAGCTG 
CCGGTAACGC TGATGTCAAC GCTGTTGGTG TCACCTCCCG TGGAAGCCGA AGTCCCCGTT 
CCGAAGGAGC CATCTCACGC GGTATCTAAG GAGGCTTCGG AGCCTTTGGA CGTCAAGCAG 
GATGCGGTCT CGCGGGGTTC GGAGGAACAC GTAACTCAAA CCACGCCCGA GCAGACGGAA 
ATAACTCCGC AGAAGGAAGA TTCCCATATT GGGAAAGAGG ATGAGGTTTC CGACGGCTCA 
AAAGGTGCTC CCCTCTGCTC CCGGAGGCAG GGGGCCAAGA GGAAGTTCTC CCAGTCCGAC 
GGCGCGTTGC TGGGCTCCGA GTCCGACGAG GATTCGGTGA GGACCTCCTC CAGCCAGCGC 
TCGCACGAAC TGAAGATATC CAGTACGGAA AAGGAGAGGG ATCCCAGAAG AAGCTCCACG 
TCCCTCAGAA GCGACGACCT GGGGAAGTCC TCCTCCCGCT CCAAGTCGGA CAGGGATGAG 
AAGTACTCGA GCTATTCAAA ATCGGAAAGA GATTCGCGGT ACGCGTCCTC CCGCTCGCGA 
TCGGACAGAG AGAGGAGGCG AAGCCGATCT CATTCCCGGT CCCGATCGGA TCGGAGCTCC 
CGAACCAGCT CTTCCTACTC CAGGTCGGAG CGTTCCCATT ACTACGAATC CGACCGCCGC 
TACCATCGGA GCTCCCCGTA CAGGGAAAGG TCCAGGTATT CCCGTTCGTA CGCGGACAGC 
CGGGCGCGAG AGAGCTCGGA CTCGGAGGAC GAGTACAGGA GGACACATTC CAGGTCGAGC 
GACTTGAGAC GTACCTCCTC CCACTCCTCA TCCTCCTACA GAGACTCGAG GACTTCTTAC 
TCCAAGTCGG ACAGGGACAG CAAAGCCGAG TCGTCTCACG CCGACGTGGA GAGGAGAGGA 
AGGTCTTCTT CGAAAGCGGA TAGAGATTCA AAAAGGACTT CAGAAAGTGA AGTAACCAAA 
AGGTGCTCTC CCCTTGATGA GCTTGGCTAT CGAAAGGGGA CATCCCATTC TAAGCCCGAC 
AGTAATGTGA ATTCCTCCCG TTATAAGTCC ACCCCTTCAA AGACCCCCGC ACCAAAGCCT 
GATAAATTTA AGAGTTCTTT CTGTTGTACA GAATCGAGCG AAGAAATAAA ACAGCAGTCT 
AATTCTCTAG ATTTAGAGAC CTCTTGTCTA AAAAGCAATG AGATCCGGGT GTCCATTGCG 
AAAAAGTTTG AAAGGGAAAA GACACTTTCT CCACTAAATC AGTTCAACGA TTTGCCCGCT 
TTTAAAAAGG CAGACGAATC GCCGGTGGGG TTTCCTAACT CAAAGTCTGA GGAGCTGACG 
GGAAACGAAT GCCATGACAG TGTTAAGGAA CAAGAAACTT TATTAAAGAT AAAGCCCGAT 
CCCGTAAGAA CGTGTTTCCC CACAGAGCTG AGTGTAAACG GGTCCCCGGA GGGTAGGGCT 
GATGGTTTGG CATCTTCCAG TGCCTCCAAA ACAGAGGATG TCGCCGCCTC TTCCGATGAT 
AGCTTGTGTC GGTCGGAAGC GTCGCCTGTT GAGAAGACAA GTCCATCGTA TCCGTTGCCT 
TCTAATGGGT TTGAGGGCAT GTACGTGTCT CAAGAGCAAG AGCCAGATGA TTCTGGGGTC 
CAGTCCAGCG AGTGCAACAG CCTCTTCAGG CCATTGGAGG CTCCGGTCCC TCAGCAGCAA 
GGGGAAGCCA TCCCTTCACC CCTCGTGAAT GTAGATCATG CTCAACCCAT GCTCAAGAAG 
CTGGATGATG AGGCGACTCC GTGTGACAAA ACCAAAGAAC CCATTTTTTG CTACGACGTT 
TCCGACGATG CCGCCCCCGC TCTGTATCAT TCGGAAGTTG AAATCGAAGC GGAACCGGCA 
GATTTAAAAG TTACATCCGA GATGTTCCTG GACGTACAGG TGGAGCCCCA GACCGTGACG 
TGCGATTACG AGAGCACGGA GGATCTCCAC TCCAAGTCTA CTGGTGACAA TGAGCATGAT 
CATCCTTCCC AGAAGATTAG CCTGGCAGTG GAGAGCTCGA GCCAGGATCT CTCCCAGGAT 
GGTTGTTCCC CAAGACTCAG GTCGGACCAT CCCGTGCCGG AGGAAAGTGT CTCTTCCAAA 
TGGGACGTGC CACCACCACC GGATGGGTGC CAGGAGCTCC TGCAGCATTC GGAAGCTGAA 
GAGATGGTGG AGTTGGGTGC TCAGCATGTT GATCTTGGCT TGGCCAAAGG CAAGCCTTCA 
TTCAAAGATG AACATTCCTA CTATTCGGAA GCGCCGCTGG AGCACCGTGG CAGAGAGGTC 
GTGGAAGAAA GTGCCGTTTC CACCGAGGGA GGTGGGTTGG ATGATTTGAG AGTTGGGTGT 
CCCGGCGAAT TGGCCGAGAA GGAGGAGGGA AATGAACCCT TGGTGGCTTC GGCTTTTCCA 
GATGCCTTGT TTCCTTCTTG TGATGTCATT GTCACTGCGG AGGAAACGGA GACGGTTACA 
CAAGCCCCGA CGTGCGACAG CAGTGGCAAC GCCGCTGAAT TCGTTCCTGC TGGCCACCAC 
GATTACTCGG ACACGGGGGA GAGCGACAGT GAGGGGGGCA GTGAAGACAG CGACACGGAG 
GACTCGGATT CTGATGACGG CACGCCACGG AAACGTCTCC AGTCGGTTGT TGTCGTACCA 
AAAAACTCAA CCATAGCCAT GGAGGAGAGC AGCCCCGGCT CCTCACGGAG CAGCCAGGGC 
AACCGGCGCT TCTCTGACCA CTGGGACGAT GAGCGACCCG AATCCAGTAG ACCCTATTAT 
GAAGAGAGGA TGGAGAATAT GCCCAGTAAG AGCGGCCCGC AAGTAGAGAG CAGATGTTCT 
CCTAGAGGGA TGGAGAAGAG TCCGGCAACT TCTACCGAGC TGAGCAGGAA GGAGATGGAG 
GACCTGCGGC CGGATCCGTG CCAACCTCAG AGCGATGGTG TTGACAGCAC GAGTCAGGCC 
GACCTGATGG CAGATTCCCT TGGCAAACCC AACCCGGACG AGAGAATGAC GCTGAAGGAG 
CTGATGGCCA TCGGTAGACC CATCGGCCGA CCAGATGAGC AGCCCTTTTG TCTGCCGGAG 
AGTTTTGAAA GCGCCGATAA ATCCCGACAC CAGATGAGCT CTTCCAAACC GGACAGTCGG 
CAAGGGAAGG GTGGACTCAA CCAGTCCGGC CTCGGAGAAT ACTCCAGGCT GGATGGTTTC 
CACACGCCGG AGGATCTGGG TGGTTTGGGC TGGGACTTTG CCCAGACGGA GAAGCCCAGT 
AGCACCTACC AGCAGCCAGA TAGCAGCTTT GGGGTCTACT CGGGCTACGT GTACCAACCG 
GGCTCAGGAG CCTATGGTGG CTCTCAGACT TACTGGCAAG GCAACGGTTA TTGGGACGCG 
AGGTCCGTTA GTAGACCTTC CGCTGTTAAT TACGAACGAA TACAAGGGCA GGTACCGGAT 
TCTCTAACGG AGGATCACGA GGAGTACGAA GAGGATGACC GTTGGGATGA TGACTGCAAA 
CCTCACTTTC CCAGCCCCTC GGGGAAATGC CAGGTGCCCG GGCAGAAGGA AAAAGGTTCG 
GTGCAGGCAC ACGAGATCAG CAGCAATTCC ACCAAGGAGG TGGTGCCTGG TGGGGAGAAG 
AAGGAAGAGG TGAAGGCGTT GGAAAAAAAC GATGCGAAAG AACGAGGTCC ACCAAAAAAA 
AGACGCCCGG AGTTGGAGAG CGACTCCGAG AGCGACGTGG ACTCAAGGGA GAAGAAGAAG 
GTGAAACTGG AGGGAGAGCA AGTGGAGGCA GCGCCGCAGG ACTCCTCCAT GGTGGGTCGG 
TTGTGTATCA TGGACGACTT CAGAGACCCC CAGCGCTGGA AGGAGTTTGC CAAGCAAGGG 
AAGATGCCCT GTTACTTTGA CCTTATCGAG GAGAACGTGT ACTTGACGGA AAGGAAGAAG 
AACAAATCTC ACCGGGACAT CAAGAGAATG CTGTGTGAGT GCCCCCCTCT CTCCAAAGAA 
GAGCGAGCTC AGGGGGAGGT TGCGTGTGGA GAAGACTGTC TCAACCGCCT GCTCATGATA 
GAGTGCTCTT CCCGGTGCCC CAACGGCGAC TACTGCTCCA ACAGGCGCTT CCAGAAGAAA 
CAACACGCGG ACGTGGAGGT GATCCTCACC GAGAAGAAAG GCTGGGGGCT CAGAGCTGCC 
AAAGATCTGC CATCCAACAC TTTTGTCTTG GAGTATTGTG GAGAAGTGTT GGATCACAAG 
GAATTCAAGG CTCGTGTGAA GGAATATGCC CGGAACAAGA ACATTCATTA TTATTTCATG 
GCCCTGAAGA ACGACGAGAT AATTGATGCC ACCCAGAAAG GAAACTGCTC TCGGTTCATG 
AACCACAGCT GTGAACCCAA CTGCGAGACA CAAAAGTGGA CTGTGAATGG GCAGCTCAGA 
GTTGGATTTT TCACCACCAA ACTGGTCCCG TCGGGCTCGG AGCTGACGTT TGATTACCAG 
TTCCAGAGAT ACGGCAAAGA GGCTCAGAAA TGTTTCTGTG GCTCGGCCAA CTGCCGGGGT 
TACCTGGGGG GAGAGAACCG GGTCAGCATC CGAGCCGCCG GGGGGAAGAT GAAGAAGGAG 
CGTTCCCGTA AGAAGGACTC GGTGGACGGG GAGCTGGAAG CGCTGCTGGA GAACGGAGAA 
GGTCTCTCCG ATAAGAACCA GGTTCTCAGC TTATCCCGGT TGATGGTTCG GATTGAAACG 
CTGGAGCAGA AGCTCACCTG CCTCAAACTC ATCCAGAACA CGCACTCGCA GTCCTGCCTG 
AAGTCCTTCC TGGAGTGTCA CGGCTTGTCT CTCCTCTGGA TTTGGATGAC GGAGCTGGGC 
GATGGGAGAG GGAGCACCGC CAACAACCTG AAGCTGCAGC TGGAGATCAT GAAGACCCTG 
GAGCTCCTGC CGATACCTAC CAAGAACATG TTGGAGGAGA GCAAAGTGCT GCCCATCATT 
CAACGCTGGG CTCAAACCAA GACTGCTGTC CCCCAGCTGA GTGAAGGGGA TGGCTACTCG 
AGTGAGAACA CCTCACGGGC CCACACACCA CTCAACACGC CCGACCTTTC CACCAAGCAG 
AGCGCTGAAG GTGACACGGA CACCCCGAAG AAGCTGGTGT TTCGAAGGCT GAAAATTATA 
AGTGAAAACA GCATGGACAG TGCCATCTCG GATACAACCA GTGAGCTGGA AGGGAAAGAG 
GGCAAAGAGG ACCTGGACCA GCTGGAAGGT GCCTCCATGG AGGTGTCGGA GGAGCAGCAG 
CAGCAGGAGA TCAAAGCTGC CGTTGATGTG CCACCAGTGG AGAGCAGCAA ACCCCAAGCT 
GCAGAACTGG AGGCCGAGCC TGAAGCTGAG GTCAAAGAGA GCAACGGTGC GAAGCTGGAA 
GAGCCCATTA CGATGGAGAC GCCGTCTCAA GACGAAGAGG AAGGTGTGTC CGACGTGGAG 
AGCGAGAGGA GCCAAGAGCA AACGGACAAA ATGGTGGACG TGAGCGATTT GGCTACCAGG 
CTGCTCGACA GCTGGAAGGA GCTCAAGGAG GTGTACCGCA TCCCCAAGAA GAGTCAAGCA 
GAAAGGGAGA ACAGCGCTGA CCGTGGGAGA GAGGCAGCTG GCCACAAGGA TCAGACTCCC 
ACCCCGAAGA ACCCCATCCT GAGCAGGGAG CGGGACCCCG AGAGGCAGAG CCAGAGCAAA 
GAGAAGAAGA GACGGAGGGA CTCGTTGTCC CCTCCATCCT CAGCCTACGA GCGAGGGACG 
AAGAGGCCGG AGGACAGATA TGACACACCA GCGTCTTCGA AGAAGAAAGT CCGGCTTAAG 
GATCGCAACA AGCTCTCCAC GGAGGAGCGC AGGAAGCTGT TCGAGCAGGA GGTGGCCCAA 
CGGGAAGCCC AGAAACAACA ACAGCAACTG CAGAACCTGG GGATGACCTC CCCTTTGCCC 
TACGACTCCA TGGGCTACGG AACCCCCCAC CACAGCTTCA TTGGCTACCC GCCTGGCTAC 
CCCATGCAAG CCTACGTAGA CCCCAGCAAC CCCAACGCTG GCAAGGTGCT GCTGCCCACC 
CCCACCATGG ATTCCATGTG CTCGCCGGCC GCCTACGAGC ACCCGCAGAC TTTGGTTGGG 
CACACGGTGG AACCAACTCT CACTACTCCT CAGCCGGTAC CAGTAGTCCA ACATGTAGCA 
ACCACGATGG AGGTTACAAC ACCCCAATAT GTAGCACAAA GCGACACCGT GGTCCATCAA 
GAACCCAACG TGGCCGTCCT ACCCGTGGCC ACGCCGGGAC CCGTGCAGAG CCAGAGCTAC 
GGGGTTTGGG ATTCCAGCCA GCAGACGGTG GCCGTCCAAC AGCAGTACTC GCCCGCCCAG 
TCCCAACCAG CCATCTACTA CCAAGGACAG ACCTGTCAGA CCGTTTATGG TGTGACGTCC 
CCCTACTCGC AGACGACCCC GCCGATTGTA CAGAGTTATG CCCAACCGGG TCTCCAGTAC 
ATCCAGGGCC AGCAGATTTA CACGGCTCAT CCCCAGGGAG TCATCGTGCA GCCACCGACA 
GCAGTCACCA CGATCGTGGC GGCCGGGCAG CCTCAACCCA TCCAGCAGCC GGAGCTTGTG 
GTGACCAATA ACCTCCTGGA CTTGCCTCCA CCATCCCCTC CAAAACCCAA AACCATCGTC 
CTCCCACCCA ACTGGAAAAC AGCCCGAGAT CCAGAGGGGA AGATCTACTA CTACCACGTG 
GTAACGAGGC AAACCCAGTG GGACCCTCCT ACCTGGGACA GCCCAGGGGA CGACGCCAGC 
CTTGAACACG AAGCTGAGAT GGACCTGGGG ACCCCAACGT ATGACGAAAA CCCCATGAAG 
TCTTCCAAGA AGGCCAAGAC GGCGGAAGCG GACACGTCCA GCGAGTTGGC CAAGAAGAGC 
AAGGAGGTGT TCAGGAAAGA AATGTCACAG TTCATCGTGC AGTGCCTGAA CCCCTACCGC 
AAGCCCGACT GCAAGGTGGG ACGTATCACC ACCACCGAGG ACTTCAAACA CCTGGCACGG 
AAGTTGACTC ACGGCGTCAT GAACAAGGAG CTAAAATACT GCAAGAACCC AGAGGACCTG 
GAGTGCAACG AGAACGTCAA ACACAAGACG AAGGAGTACA TCAAGAAATA CATGCAGAAA 
TTCGGGGCCA TCTACAAACC CAAAGAGGAC ACGGAGCTGG AGTAA