SUVR5 cDNA ORF clone, Arabidopsis thaliana(thale cress)

Gene
Clones
gRNAs

Summary

Gene Symbol	SUVR5
Entrez Gene ID	816905
Full Name	histone-lysine N-methyltransferase SUVR5
Synonyms	F27L4.8,F27L4_8,SU(VAR)3-9-RELATED protein 5
Gene Type	protein-coding
Organism	Arabidopsis thaliana(thale cress)

mRNA and Protein(s)

mRNA	Protein	Name
NM_001335862.1	NP_001324206.1	histone-lysine N-methyltransferase SUVR5
NM_127937.2	NP_179954.2	histone-lysine N-methyltransferase SUVR5
NM_001335864.1	NP_001324204.1	histone-lysine N-methyltransferase SUVR5
NM_001335861.1	NP_001324207.1	histone-lysine N-methyltransferase SUVR5
NM_001335863.1	NP_001324205.1	histone-lysine N-methyltransferase SUVR5
NM_001202656.2	NP_001189585.1	histone-lysine N-methyltransferase SUVR5

Pathways from BioSystems

Homologies

Arabidopsis thaliana (thale cress)	AT2G23740	NP_001189585.1
Oryza sativa (rice)	Os02g0708600	NP_001047885.1

Gene Ontology
Bibliography

Related articles in PubMed

Sequence and analysis of chromosome 2 of the plant Arabidopsis thaliana.
Lin X, Kaul S, Rounsley S, Shea TP, Benito MI, Town CD, Fujii CY, Mason T, Bowman CL, Barnstead M, Feldblyum TV, Buell CR, Ketchum KA, Lee J, Ronning CM, Koo HL, Moffat KS, Cronin LA, Shen M, Pai G, Van Aken S, Umayam L, Tallon LJ, Gill JE, Adams MD, Carrera AJ, Creasy TH, Goodman HM, Somerville CR, Copenhaver GP, Preuss D, Nierman WC, White O, Eisen JA, Salzberg SL, Fraser CM, Venter JC
Nature402(6763)761-8(1999 Dec)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The SET-domain protein SUVR5 mediates H3K9me2 deposition and silencing at stimulus response genes in a DNA methylation-independent manner.
Title: The SET-domain protein SUVR5 mediates H3K9me2 deposition and silencing at stimulus response genes in a DNA methylation-independent manner.

The following SUVR5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SUVR5 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)
OAb35936	NM_001335862.1 Latest version!	Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAb35936	NM_001335863.1 Latest version!	Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAb07806	NM_127937.2 Latest version!	Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OAb29776	NM_001202656.2 Latest version!	Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OAb29776	NM_001335861.1 Latest version!	Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OAb29776	NM_001335864.1 Latest version!	Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00

ORF Online Only Promotion

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)

SUVR5 ( NM_001335862.1 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_001324206.1 Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), partial mRNA.

Price & Availability↑

CloneID	OAb35936
Clone ID Related Accession (Same CDS sequence)	NM_001335862.1 , NM_001335863.1
Accession Version	NM_001335862.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3948bp) 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	2019-02-13
Organism	Arabidopsis thaliana(thale cress)
Product	histone-lysine N-methyltransferase SUVR5
Comment	Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003071). COMPLETENESS: incomplete on the 3' end.

ATGGAAGTTA AAATGGATGA GTTGGTTCTT GACGTGGATG TTGAGGAAGC AACAGGTAGT 
GAGTTGTTGG TGAAATCTGA GCCGGAGGCT GATTTAAATG CGGTGAAGTC TAGTACCGAT 
TTAGTCACGG TTACCGGACC TATTGGTAAA AATGGCGAAG GCGAGTCGTC ACCTTCTGAG 
CCTAAATGGC TGCAACAAGA TGAACCAATA GCTTTGTGGG TGAAGTGGAG AGGTAAATGG 
CAAGCTGGAA TAAGATGTGC GAAAGCGGAC TGGCCATTGA CGACTTTAAG AGGCAAACCA 
ACTCATGATA GGAAGAAGTA TTGTGTGATT TTTTTTCCGC ATACGAAAAA TTACTCGTGG 
GCGGATATGC AGCTTGTTCG ATCCATCAAT GAGTTTCCTG ATCCTATTGC TTATAAGTCT 
CACAAGATTG GACTTAAGTT AGTTAAAGAT TTAACTGCTG CTAGACGCTA TATTATGCGG 
AAGCTTACAG TTGGGATGTT CAATATAGTT GACCAGTTCC CTTCAGAGGT TGTTTCTGAA 
GCAGCTAGGG ATATTATAAT CTGGAAAGAA TTTGCAATGG AAGCTACTAG AAGCACAAGT 
TATCATGATC TTGGGATAAT GCTTGTGAAG CTTCATAGCA TGATTTTGCA ACGATACATG 
GATCCAATCT GGCTTGAGAA CTCGTTTCCT TTGTGGGTAC AAAAATGTAA CAATGCAGTG 
AATGCAGAGA GTATTGAATT GCTGAATGAG GAATTTGACA ATTGTATCAA GTGGAATGAA 
GTCAAATCAC TTTCTGAGTC TCCAATGCAA CCAATGTTGT TGTCAGAATG GAAAACGTGG 
AAGCATGACA TTGCAAAATG GTTCTCTATA TCTCGCCGTG GTGTTGGCGA AATAGCACAG 
CCGGATAGTA AAAGTGTGTT TAACTCAGAT GTCCAGGCTA GTCGTAAAAG ACCAAAACTT 
GAGATTCGAC GTGCAGAGAC AACAAATGCA ACACATATGG AGTCTGATAC TTCGCCACAA 
GGATTATCTG CAATTGACTC AGAGTTTTTC AGTTCTCGAG GCAACACAAA TTCTCCTGAG 
ACGATGAAAG AAGAAAATCC TGTAATGAAT ACACCAGAGA ATGGTTTGGA TCTATGGGAT 
GGCATTGTTG TTGAAGCAGG TGGTTCACAG TTCATGAAGA CAAAAGAAAC TAATGGACTG 
TCTCACCCGC AAGACCAACA TATAAATGAA TCAGTTCTGA AGAAACCATT TGGTTCGGGA 
AATAAGAGTC AGCAATGCAT AGCTTTCATT GAATCGAAAG GAAGGCAATG TGTGAGGTGG 
GCGAATGAAG GTGATGTTTA TTGTTGCGTG CATTTAGCTT CTCGTTTCAC CACAAAATCT 
ATGAAGAACG AGGGCTCTCC TGCTGTTGAA GCACCTATGT GCGGAGGGGT TACTGTTCTT 
GGTACCAAAT GCAAGCACCG ATCTCTACCC GGGTTTTTGT ACTGCAAGAA ACACCGTCCT 
CATACAGGGA TGGTGAAACC TGATGATTCT TCATCTTTTC TGGTGAAGAG AAAGGTATCG 
GAAATTATGT CAACATTAGA AACAAATCAA TGTCAAGATT TGGTGCCGTT TGGAGAACCA 
GAAGGTCCAT CTTTTGAGAA ACAGGAGCCC CATGGAGCCA CGAGCTTCAC GGAGATGTTT 
GAACATTGTA GCCAAGAGGA TAACTTGTGT ATAGGTTCTT GCTCAGAAAA CAGCTATATT 
TCTTGCAGTG AGTTCTCGAC AAAGCACTCG TTATACTGTG AACAGCACCT TCCTAACTGG 
CTTAAGCGTG CAAGGAATGG TAAGAGTCGA ATAATATCGA AGGAAGTGTT TGTAGATCTC 
TTAAGGGGTT GTTTATCGCG TGAGGAAAAG TTGGCTCTAC ATCAAGCTTG TGATATTTTC 
TACAAGCTCT TCAAAAGTGT CTTATCGTTA AGAAACTCTG TCCCAATGGA AGTACAGATC 
GACTGGGCGA AAACAGAAGC TTCAAGAAAC GCTGACGCTG GAGTTGGAGA ATTCTTGATG 
AAGTTGGTAT CCAATGAAAG AGAGAGATTA ACTAGGATAT GGGGTTTCGC TACTGGTGCT 
GATGAAGAAG ATGTATCATT ATCAGAATAT CCTAATCGAC TACTTGCCAT CACCAATACC 
TGTGATGATG ATGATGATAA AGAGAAATGG TCGTTTAGTG GATTTGCTTG TGCTATTTGC 
TTAGATTCTT TTGTGAGAAG AAAGCTTTTG GAAATTCATG TGGAGGAGCG ACATCACGTG 
CAGTTTGCGG AAAAGTGTAT GCTTCTTCAG TGTATTCCTT GTGGCAGCCA TTTTGGAGAT 
AAAGAACAGT TGCTGGTACA TGTGCAAGCT GTGCATCCTT CTGAGTGCAA ATCGCTAACC 
GTTGCTTCTG AATGCAATTT GACTAATGGT GAGTTTTCTC AGAAACCTGA AGCAGGCAGT 
TCACAAATTG TTGTGAGCCA AAACAACGAG AATACAAGCG GCGTACATAA ATTTGTTTGC 
AAGTTCTGTG GGCTGAAATT CAATTTATTA CCTGACCTTG GCCGTCACCA TCAAGCTGAA 
CACATGGGAC CGAGTCTAGT TGGCTCTCGT GGTCCGAAGA AAGGAATAAG GTTTAATACA 
TATAGGATGA AATCTGGTAG GCTTAGTCGT CCAAATAAAT TCAAAAAAAG TCTTGGAGCT 
GTCTCATATA GGATTAGAAA TAGGGCTGGT GTAAATATGA AGAGGAGGAT GCAAGGTTCT 
AAATCGCTCG GCACAGAAGG AAACACTGAA GCTGGAGTAT CGCCGCCTCT GGATGATAGT 
AGAAACTTTG ATGGCGTAAC AGATGCTCAT TGCTCTGTGG TTTCGGATAT ATTGTTGTCA 
AAGGTTCAGA AAGCAAAACA TCGCCCCAAT AACCTCGATA TCCTGTCTGC TGCTCGATCA 
GCTTGCTGTA GGGTGAGCGT TGAGACCTCT TTGGAGGCTA AATTCGGTGA TTTGCCTGAC 
CGGATATATC TCAAGGCAGC AAAACTTTGC GGTGAGCAAG GTGTACAAGT GCAATGGCAT 
CAGGAAGGAT ACATATGCTC TAACGGATGT AAGCCTGTTA AAGACCCAAA TCTTCTACAT 
CCCTTGATCC CGCGACAAGA GAATGATCGA TTCGGGATAG CTGTGGACGC TGGACAACAT 
TCTAATATTG AGTTGGAAGT TGATGAGTGC CATTGTATCA TGGAGGCTCA TCATTTTAGT 
AAGAGACCGT TTGGAAACAC TGCGGTTTTG TGCAAGGACA TCAGCTTTGG TAAGGAATCA 
GTTCCAATTT GTGTCGTCGA TGATGATCTT TGGAATTCTG AAAAACCGTA TGAGATGCCT 
TGGGAATGCT TTACTTATGT TACAAACTCA ATTCTTCATC CGTCAATGGA TCTTGTAAAG 
GAGAATCTGC AACTCAGGTG TAGCTGTCGC AGTTCAGTGT GCTCGCCTGT AACTTGTGAT 
CACGTATACC TTTTCGGTAA CGATTTTGAG GACGCTAGAG ACATATATGG AAAATCCATG 
AGGTGTAGAT TCCCATATGA TGGCAAACAA CGTATCATCT TGGAGGAGGG TTATCCTGTT 
TATGAATGCA ATAAGTTCTG TGGATGCTCT AGAACATGTC AGAATCGGGT TTTGCAGAAT 
GGAATTCGCG CGAAACTAGA AGTTTTTAGA ACTGAAAGCA AGGGATGGGG ATTGCGAGCT 
TGTGAACATA TACTGCGTGG CACATTTGTT TGCGAATACA TCGGGGAGGT TCTTGATCAG 
CAAGAAGCAA ACAAGAGGCG AAACCAGTAT GGAAATGGAG ATTGCAGCTA CATACTGGAC 
ATTGACGCTA ATATCAACGA CATAGGTAGA TTGATGGAAG AAGAGCTCGA TTATGCTATT 
GATGCTACTA CTCATGGCAA CATCTCTCGA TTCATCAATC ACAGGTGA

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

RefSeq	NP_001324206.1
CDS	123..4070
Translation	MEVKMDELVLDVDVEEATGSELLVKSEPEADLNAVKSSTDLVTVTGPIGKNGEGESSPSEPKWLQQDEPIALWVKWRGKWQAGIRCAKADWPLTTLRGKPTHDRKKYCVIFFPHTKNYSWADMQLVRSINEFPDPIAYKSHKIGLKLVKDLTAARRYIMRKLTVGMFNIVDQFPSEVVSEAARDIIIWKEFAMEATRSTSYHDLGIMLVKLHSMILQRYMDPIWLENSFPLWVQKCNNAVNAESIELLNEEFDNCIKWNEVKSLSESPMQPMLLSEWKTWKHDIAKWFSISRRGVGEIAQPDSKSVFNSDVQASRKRPKLEIRRAETTNATHMESDTSPQGLSAIDSEFFSSRGNTNSPETMKEENPVMNTPENGLDLWDGIVVEAGGSQFMKTKETNGLSHPQDQHINESVLKKPFGSGNKSQQCIAFIESKGRQCVRWANEGDVYCCVHLASRFTTKSMKNEGSPAVEAPMCGGVTVLGTKCKHRSLPGFLYCKKHRPHTGMVKPDDSSSFLVKRKVSEIMSTLETNQCQDLVPFGEPEGPSFEKQEPHGATSFTEMFEHCSQEDNLCIGSCSENSYISCSEFSTKHSLYCEQHLPNWLKRARNGKSRIISKEVFVDLLRGCLSREEKLALHQACDIFYKLFKSVLSLRNSVPMEVQIDWAKTEASRNADAGVGEFLMKLVSNERERLTRIWGFATGADEEDVSLSEYPNRLLAITNTCDDDDDKEKWSFSGFACAICLDSFVRRKLLEIHVEERHHVQFAEKCMLLQCIPCGSHFGDKEQLLVHVQAVHPSECKSLTVASECNLTNGEFSQKPEAGSSQIVVSQNNENTSGVHKFVCKFCGLKFNLLPDLGRHHQAEHMGPSLVGSRGPKKGIRFNTYRMKSGRLSRPNKFKKSLGAVSYRIRNRAGVNMKRRMQGSKSLGTEGNTEAGVSPPLDDSRNFDGVTDAHCSVVSDILLSKVQKAKHRPNNLDILSAARSACCRVSVETSLEAKFGDLPDRIYLKAAKLCGEQGVQVQWHQEGYICSNGCKPVKDPNLLHPLIPRQENDRFGIAVDAGQHSNIELEVDECHCIMEAHHFSKRPFGNTAVLCKDISFGKESVPICVVDDDLWNSEKPYEMPWECFTYVTNSILHPSMDLVKENLQLRCSCRSSVCSPVTCDHVYLFGNDFEDARDIYGKSMRCRFPYDGKQRIILEEGYPVYECNKFCGCSRTCQNRVLQNGIRAKLEVFRTESKGWGLRACEHILRGTFVCEYIGEVLDQQEANKRRNQYGNGDCSYILDIDANINDIGRLMEEELDYAIDATTHGNISRFINHR

Target ORF information:

RefSeq Version	NM_001335862.1
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), partial mRNA.

Target ORF information:

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

NM_001335862.1

ORF Insert Sequence:

ATGGAAGTTA AAATGGATGA GTTGGTTCTT GACGTGGATG TTGAGGAAGC AACAGGTAGT 
GAGTTGTTGG TGAAATCTGA GCCGGAGGCT GATTTAAATG CGGTGAAGTC TAGTACCGAT 
TTAGTCACGG TTACCGGACC TATTGGTAAA AATGGCGAAG GCGAGTCGTC ACCTTCTGAG 
CCTAAATGGC TGCAACAAGA TGAACCAATA GCTTTGTGGG TGAAGTGGAG AGGTAAATGG 
CAAGCTGGAA TAAGATGTGC GAAAGCGGAC TGGCCATTGA CGACTTTAAG AGGCAAACCA 
ACTCATGATA GGAAGAAGTA TTGTGTGATT TTTTTTCCGC ATACGAAAAA TTACTCGTGG 
GCGGATATGC AGCTTGTTCG ATCCATCAAT GAGTTTCCTG ATCCTATTGC TTATAAGTCT 
CACAAGATTG GACTTAAGTT AGTTAAAGAT TTAACTGCTG CTAGACGCTA TATTATGCGG 
AAGCTTACAG TTGGGATGTT CAATATAGTT GACCAGTTCC CTTCAGAGGT TGTTTCTGAA 
GCAGCTAGGG ATATTATAAT CTGGAAAGAA TTTGCAATGG AAGCTACTAG AAGCACAAGT 
TATCATGATC TTGGGATAAT GCTTGTGAAG CTTCATAGCA TGATTTTGCA ACGATACATG 
GATCCAATCT GGCTTGAGAA CTCGTTTCCT TTGTGGGTAC AAAAATGTAA CAATGCAGTG 
AATGCAGAGA GTATTGAATT GCTGAATGAG GAATTTGACA ATTGTATCAA GTGGAATGAA 
GTCAAATCAC TTTCTGAGTC TCCAATGCAA CCAATGTTGT TGTCAGAATG GAAAACGTGG 
AAGCATGACA TTGCAAAATG GTTCTCTATA TCTCGCCGTG GTGTTGGCGA AATAGCACAG 
CCGGATAGTA AAAGTGTGTT TAACTCAGAT GTCCAGGCTA GTCGTAAAAG ACCAAAACTT 
GAGATTCGAC GTGCAGAGAC AACAAATGCA ACACATATGG AGTCTGATAC TTCGCCACAA 
GGATTATCTG CAATTGACTC AGAGTTTTTC AGTTCTCGAG GCAACACAAA TTCTCCTGAG 
ACGATGAAAG AAGAAAATCC TGTAATGAAT ACACCAGAGA ATGGTTTGGA TCTATGGGAT 
GGCATTGTTG TTGAAGCAGG TGGTTCACAG TTCATGAAGA CAAAAGAAAC TAATGGACTG 
TCTCACCCGC AAGACCAACA TATAAATGAA TCAGTTCTGA AGAAACCATT TGGTTCGGGA 
AATAAGAGTC AGCAATGCAT AGCTTTCATT GAATCGAAAG GAAGGCAATG TGTGAGGTGG 
GCGAATGAAG GTGATGTTTA TTGTTGCGTG CATTTAGCTT CTCGTTTCAC CACAAAATCT 
ATGAAGAACG AGGGCTCTCC TGCTGTTGAA GCACCTATGT GCGGAGGGGT TACTGTTCTT 
GGTACCAAAT GCAAGCACCG ATCTCTACCC GGGTTTTTGT ACTGCAAGAA ACACCGTCCT 
CATACAGGGA TGGTGAAACC TGATGATTCT TCATCTTTTC TGGTGAAGAG AAAGGTATCG 
GAAATTATGT CAACATTAGA AACAAATCAA TGTCAAGATT TGGTGCCGTT TGGAGAACCA 
GAAGGTCCAT CTTTTGAGAA ACAGGAGCCC CATGGAGCCA CGAGCTTCAC GGAGATGTTT 
GAACATTGTA GCCAAGAGGA TAACTTGTGT ATAGGTTCTT GCTCAGAAAA CAGCTATATT 
TCTTGCAGTG AGTTCTCGAC AAAGCACTCG TTATACTGTG AACAGCACCT TCCTAACTGG 
CTTAAGCGTG CAAGGAATGG TAAGAGTCGA ATAATATCGA AGGAAGTGTT TGTAGATCTC 
TTAAGGGGTT GTTTATCGCG TGAGGAAAAG TTGGCTCTAC ATCAAGCTTG TGATATTTTC 
TACAAGCTCT TCAAAAGTGT CTTATCGTTA AGAAACTCTG TCCCAATGGA AGTACAGATC 
GACTGGGCGA AAACAGAAGC TTCAAGAAAC GCTGACGCTG GAGTTGGAGA ATTCTTGATG 
AAGTTGGTAT CCAATGAAAG AGAGAGATTA ACTAGGATAT GGGGTTTCGC TACTGGTGCT 
GATGAAGAAG ATGTATCATT ATCAGAATAT CCTAATCGAC TACTTGCCAT CACCAATACC 
TGTGATGATG ATGATGATAA AGAGAAATGG TCGTTTAGTG GATTTGCTTG TGCTATTTGC 
TTAGATTCTT TTGTGAGAAG AAAGCTTTTG GAAATTCATG TGGAGGAGCG ACATCACGTG 
CAGTTTGCGG AAAAGTGTAT GCTTCTTCAG TGTATTCCTT GTGGCAGCCA TTTTGGAGAT 
AAAGAACAGT TGCTGGTACA TGTGCAAGCT GTGCATCCTT CTGAGTGCAA ATCGCTAACC 
GTTGCTTCTG AATGCAATTT GACTAATGGT GAGTTTTCTC AGAAACCTGA AGCAGGCAGT 
TCACAAATTG TTGTGAGCCA AAACAACGAG AATACAAGCG GCGTACATAA ATTTGTTTGC 
AAGTTCTGTG GGCTGAAATT CAATTTATTA CCTGACCTTG GCCGTCACCA TCAAGCTGAA 
CACATGGGAC CGAGTCTAGT TGGCTCTCGT GGTCCGAAGA AAGGAATAAG GTTTAATACA 
TATAGGATGA AATCTGGTAG GCTTAGTCGT CCAAATAAAT TCAAAAAAAG TCTTGGAGCT 
GTCTCATATA GGATTAGAAA TAGGGCTGGT GTAAATATGA AGAGGAGGAT GCAAGGTTCT 
AAATCGCTCG GCACAGAAGG AAACACTGAA GCTGGAGTAT CGCCGCCTCT GGATGATAGT 
AGAAACTTTG ATGGCGTAAC AGATGCTCAT TGCTCTGTGG TTTCGGATAT ATTGTTGTCA 
AAGGTTCAGA AAGCAAAACA TCGCCCCAAT AACCTCGATA TCCTGTCTGC TGCTCGATCA 
GCTTGCTGTA GGGTGAGCGT TGAGACCTCT TTGGAGGCTA AATTCGGTGA TTTGCCTGAC 
CGGATATATC TCAAGGCAGC AAAACTTTGC GGTGAGCAAG GTGTACAAGT GCAATGGCAT 
CAGGAAGGAT ACATATGCTC TAACGGATGT AAGCCTGTTA AAGACCCAAA TCTTCTACAT 
CCCTTGATCC CGCGACAAGA GAATGATCGA TTCGGGATAG CTGTGGACGC TGGACAACAT 
TCTAATATTG AGTTGGAAGT TGATGAGTGC CATTGTATCA TGGAGGCTCA TCATTTTAGT 
AAGAGACCGT TTGGAAACAC TGCGGTTTTG TGCAAGGACA TCAGCTTTGG TAAGGAATCA 
GTTCCAATTT GTGTCGTCGA TGATGATCTT TGGAATTCTG AAAAACCGTA TGAGATGCCT 
TGGGAATGCT TTACTTATGT TACAAACTCA ATTCTTCATC CGTCAATGGA TCTTGTAAAG 
GAGAATCTGC AACTCAGGTG TAGCTGTCGC AGTTCAGTGT GCTCGCCTGT AACTTGTGAT 
CACGTATACC TTTTCGGTAA CGATTTTGAG GACGCTAGAG ACATATATGG AAAATCCATG 
AGGTGTAGAT TCCCATATGA TGGCAAACAA CGTATCATCT TGGAGGAGGG TTATCCTGTT 
TATGAATGCA ATAAGTTCTG TGGATGCTCT AGAACATGTC AGAATCGGGT TTTGCAGAAT 
GGAATTCGCG CGAAACTAGA AGTTTTTAGA ACTGAAAGCA AGGGATGGGG ATTGCGAGCT 
TGTGAACATA TACTGCGTGG CACATTTGTT TGCGAATACA TCGGGGAGGT TCTTGATCAG 
CAAGAAGCAA ACAAGAGGCG AAACCAGTAT GGAAATGGAG ATTGCAGCTA CATACTGGAC 
ATTGACGCTA ATATCAACGA CATAGGTAGA TTGATGGAAG AAGAGCTCGA TTATGCTATT 
GATGCTACTA CTCATGGCAA CATCTCTCGA TTCATCAATC ACAGGTGA

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

SUVR5 ( NM_001335863.1 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_001324205.1 Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), partial mRNA.

Price & Availability↑

CloneID	OAb35936
Clone ID Related Accession (Same CDS sequence)	NM_001335862.1 , NM_001335863.1
Accession Version	NM_001335863.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3948bp) 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	2019-02-13
Organism	Arabidopsis thaliana(thale cress)
Product	histone-lysine N-methyltransferase SUVR5
Comment	Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003071). COMPLETENESS: incomplete on the 3' end.

ATGGAAGTTA AAATGGATGA GTTGGTTCTT GACGTGGATG TTGAGGAAGC AACAGGTAGT 
GAGTTGTTGG TGAAATCTGA GCCGGAGGCT GATTTAAATG CGGTGAAGTC TAGTACCGAT 
TTAGTCACGG TTACCGGACC TATTGGTAAA AATGGCGAAG GCGAGTCGTC ACCTTCTGAG 
CCTAAATGGC TGCAACAAGA TGAACCAATA GCTTTGTGGG TGAAGTGGAG AGGTAAATGG 
CAAGCTGGAA TAAGATGTGC GAAAGCGGAC TGGCCATTGA CGACTTTAAG AGGCAAACCA 
ACTCATGATA GGAAGAAGTA TTGTGTGATT TTTTTTCCGC ATACGAAAAA TTACTCGTGG 
GCGGATATGC AGCTTGTTCG ATCCATCAAT GAGTTTCCTG ATCCTATTGC TTATAAGTCT 
CACAAGATTG GACTTAAGTT AGTTAAAGAT TTAACTGCTG CTAGACGCTA TATTATGCGG 
AAGCTTACAG TTGGGATGTT CAATATAGTT GACCAGTTCC CTTCAGAGGT TGTTTCTGAA 
GCAGCTAGGG ATATTATAAT CTGGAAAGAA TTTGCAATGG AAGCTACTAG AAGCACAAGT 
TATCATGATC TTGGGATAAT GCTTGTGAAG CTTCATAGCA TGATTTTGCA ACGATACATG 
GATCCAATCT GGCTTGAGAA CTCGTTTCCT TTGTGGGTAC AAAAATGTAA CAATGCAGTG 
AATGCAGAGA GTATTGAATT GCTGAATGAG GAATTTGACA ATTGTATCAA GTGGAATGAA 
GTCAAATCAC TTTCTGAGTC TCCAATGCAA CCAATGTTGT TGTCAGAATG GAAAACGTGG 
AAGCATGACA TTGCAAAATG GTTCTCTATA TCTCGCCGTG GTGTTGGCGA AATAGCACAG 
CCGGATAGTA AAAGTGTGTT TAACTCAGAT GTCCAGGCTA GTCGTAAAAG ACCAAAACTT 
GAGATTCGAC GTGCAGAGAC AACAAATGCA ACACATATGG AGTCTGATAC TTCGCCACAA 
GGATTATCTG CAATTGACTC AGAGTTTTTC AGTTCTCGAG GCAACACAAA TTCTCCTGAG 
ACGATGAAAG AAGAAAATCC TGTAATGAAT ACACCAGAGA ATGGTTTGGA TCTATGGGAT 
GGCATTGTTG TTGAAGCAGG TGGTTCACAG TTCATGAAGA CAAAAGAAAC TAATGGACTG 
TCTCACCCGC AAGACCAACA TATAAATGAA TCAGTTCTGA AGAAACCATT TGGTTCGGGA 
AATAAGAGTC AGCAATGCAT AGCTTTCATT GAATCGAAAG GAAGGCAATG TGTGAGGTGG 
GCGAATGAAG GTGATGTTTA TTGTTGCGTG CATTTAGCTT CTCGTTTCAC CACAAAATCT 
ATGAAGAACG AGGGCTCTCC TGCTGTTGAA GCACCTATGT GCGGAGGGGT TACTGTTCTT 
GGTACCAAAT GCAAGCACCG ATCTCTACCC GGGTTTTTGT ACTGCAAGAA ACACCGTCCT 
CATACAGGGA TGGTGAAACC TGATGATTCT TCATCTTTTC TGGTGAAGAG AAAGGTATCG 
GAAATTATGT CAACATTAGA AACAAATCAA TGTCAAGATT TGGTGCCGTT TGGAGAACCA 
GAAGGTCCAT CTTTTGAGAA ACAGGAGCCC CATGGAGCCA CGAGCTTCAC GGAGATGTTT 
GAACATTGTA GCCAAGAGGA TAACTTGTGT ATAGGTTCTT GCTCAGAAAA CAGCTATATT 
TCTTGCAGTG AGTTCTCGAC AAAGCACTCG TTATACTGTG AACAGCACCT TCCTAACTGG 
CTTAAGCGTG CAAGGAATGG TAAGAGTCGA ATAATATCGA AGGAAGTGTT TGTAGATCTC 
TTAAGGGGTT GTTTATCGCG TGAGGAAAAG TTGGCTCTAC ATCAAGCTTG TGATATTTTC 
TACAAGCTCT TCAAAAGTGT CTTATCGTTA AGAAACTCTG TCCCAATGGA AGTACAGATC 
GACTGGGCGA AAACAGAAGC TTCAAGAAAC GCTGACGCTG GAGTTGGAGA ATTCTTGATG 
AAGTTGGTAT CCAATGAAAG AGAGAGATTA ACTAGGATAT GGGGTTTCGC TACTGGTGCT 
GATGAAGAAG ATGTATCATT ATCAGAATAT CCTAATCGAC TACTTGCCAT CACCAATACC 
TGTGATGATG ATGATGATAA AGAGAAATGG TCGTTTAGTG GATTTGCTTG TGCTATTTGC 
TTAGATTCTT TTGTGAGAAG AAAGCTTTTG GAAATTCATG TGGAGGAGCG ACATCACGTG 
CAGTTTGCGG AAAAGTGTAT GCTTCTTCAG TGTATTCCTT GTGGCAGCCA TTTTGGAGAT 
AAAGAACAGT TGCTGGTACA TGTGCAAGCT GTGCATCCTT CTGAGTGCAA ATCGCTAACC 
GTTGCTTCTG AATGCAATTT GACTAATGGT GAGTTTTCTC AGAAACCTGA AGCAGGCAGT 
TCACAAATTG TTGTGAGCCA AAACAACGAG AATACAAGCG GCGTACATAA ATTTGTTTGC 
AAGTTCTGTG GGCTGAAATT CAATTTATTA CCTGACCTTG GCCGTCACCA TCAAGCTGAA 
CACATGGGAC CGAGTCTAGT TGGCTCTCGT GGTCCGAAGA AAGGAATAAG GTTTAATACA 
TATAGGATGA AATCTGGTAG GCTTAGTCGT CCAAATAAAT TCAAAAAAAG TCTTGGAGCT 
GTCTCATATA GGATTAGAAA TAGGGCTGGT GTAAATATGA AGAGGAGGAT GCAAGGTTCT 
AAATCGCTCG GCACAGAAGG AAACACTGAA GCTGGAGTAT CGCCGCCTCT GGATGATAGT 
AGAAACTTTG ATGGCGTAAC AGATGCTCAT TGCTCTGTGG TTTCGGATAT ATTGTTGTCA 
AAGGTTCAGA AAGCAAAACA TCGCCCCAAT AACCTCGATA TCCTGTCTGC TGCTCGATCA 
GCTTGCTGTA GGGTGAGCGT TGAGACCTCT TTGGAGGCTA AATTCGGTGA TTTGCCTGAC 
CGGATATATC TCAAGGCAGC AAAACTTTGC GGTGAGCAAG GTGTACAAGT GCAATGGCAT 
CAGGAAGGAT ACATATGCTC TAACGGATGT AAGCCTGTTA AAGACCCAAA TCTTCTACAT 
CCCTTGATCC CGCGACAAGA GAATGATCGA TTCGGGATAG CTGTGGACGC TGGACAACAT 
TCTAATATTG AGTTGGAAGT TGATGAGTGC CATTGTATCA TGGAGGCTCA TCATTTTAGT 
AAGAGACCGT TTGGAAACAC TGCGGTTTTG TGCAAGGACA TCAGCTTTGG TAAGGAATCA 
GTTCCAATTT GTGTCGTCGA TGATGATCTT TGGAATTCTG AAAAACCGTA TGAGATGCCT 
TGGGAATGCT TTACTTATGT TACAAACTCA ATTCTTCATC CGTCAATGGA TCTTGTAAAG 
GAGAATCTGC AACTCAGGTG TAGCTGTCGC AGTTCAGTGT GCTCGCCTGT AACTTGTGAT 
CACGTATACC TTTTCGGTAA CGATTTTGAG GACGCTAGAG ACATATATGG AAAATCCATG 
AGGTGTAGAT TCCCATATGA TGGCAAACAA CGTATCATCT TGGAGGAGGG TTATCCTGTT 
TATGAATGCA ATAAGTTCTG TGGATGCTCT AGAACATGTC AGAATCGGGT TTTGCAGAAT 
GGAATTCGCG CGAAACTAGA AGTTTTTAGA ACTGAAAGCA AGGGATGGGG ATTGCGAGCT 
TGTGAACATA TACTGCGTGG CACATTTGTT TGCGAATACA TCGGGGAGGT TCTTGATCAG 
CAAGAAGCAA ACAAGAGGCG AAACCAGTAT GGAAATGGAG ATTGCAGCTA CATACTGGAC 
ATTGACGCTA ATATCAACGA CATAGGTAGA TTGATGGAAG AAGAGCTCGA TTATGCTATT 
GATGCTACTA CTCATGGCAA CATCTCTCGA TTCATCAATC ACAGGTGA

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

RefSeq	NP_001324205.1
CDS	351..4298
Translation	MEVKMDELVLDVDVEEATGSELLVKSEPEADLNAVKSSTDLVTVTGPIGKNGEGESSPSEPKWLQQDEPIALWVKWRGKWQAGIRCAKADWPLTTLRGKPTHDRKKYCVIFFPHTKNYSWADMQLVRSINEFPDPIAYKSHKIGLKLVKDLTAARRYIMRKLTVGMFNIVDQFPSEVVSEAARDIIIWKEFAMEATRSTSYHDLGIMLVKLHSMILQRYMDPIWLENSFPLWVQKCNNAVNAESIELLNEEFDNCIKWNEVKSLSESPMQPMLLSEWKTWKHDIAKWFSISRRGVGEIAQPDSKSVFNSDVQASRKRPKLEIRRAETTNATHMESDTSPQGLSAIDSEFFSSRGNTNSPETMKEENPVMNTPENGLDLWDGIVVEAGGSQFMKTKETNGLSHPQDQHINESVLKKPFGSGNKSQQCIAFIESKGRQCVRWANEGDVYCCVHLASRFTTKSMKNEGSPAVEAPMCGGVTVLGTKCKHRSLPGFLYCKKHRPHTGMVKPDDSSSFLVKRKVSEIMSTLETNQCQDLVPFGEPEGPSFEKQEPHGATSFTEMFEHCSQEDNLCIGSCSENSYISCSEFSTKHSLYCEQHLPNWLKRARNGKSRIISKEVFVDLLRGCLSREEKLALHQACDIFYKLFKSVLSLRNSVPMEVQIDWAKTEASRNADAGVGEFLMKLVSNERERLTRIWGFATGADEEDVSLSEYPNRLLAITNTCDDDDDKEKWSFSGFACAICLDSFVRRKLLEIHVEERHHVQFAEKCMLLQCIPCGSHFGDKEQLLVHVQAVHPSECKSLTVASECNLTNGEFSQKPEAGSSQIVVSQNNENTSGVHKFVCKFCGLKFNLLPDLGRHHQAEHMGPSLVGSRGPKKGIRFNTYRMKSGRLSRPNKFKKSLGAVSYRIRNRAGVNMKRRMQGSKSLGTEGNTEAGVSPPLDDSRNFDGVTDAHCSVVSDILLSKVQKAKHRPNNLDILSAARSACCRVSVETSLEAKFGDLPDRIYLKAAKLCGEQGVQVQWHQEGYICSNGCKPVKDPNLLHPLIPRQENDRFGIAVDAGQHSNIELEVDECHCIMEAHHFSKRPFGNTAVLCKDISFGKESVPICVVDDDLWNSEKPYEMPWECFTYVTNSILHPSMDLVKENLQLRCSCRSSVCSPVTCDHVYLFGNDFEDARDIYGKSMRCRFPYDGKQRIILEEGYPVYECNKFCGCSRTCQNRVLQNGIRAKLEVFRTESKGWGLRACEHILRGTFVCEYIGEVLDQQEANKRRNQYGNGDCSYILDIDANINDIGRLMEEELDYAIDATTHGNISRFINHR

Target ORF information:

RefSeq Version	NM_001335863.1
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), partial mRNA.

Target ORF information:

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

NM_001335863.1

ORF Insert Sequence:

ATGGAAGTTA AAATGGATGA GTTGGTTCTT GACGTGGATG TTGAGGAAGC AACAGGTAGT 
GAGTTGTTGG TGAAATCTGA GCCGGAGGCT GATTTAAATG CGGTGAAGTC TAGTACCGAT 
TTAGTCACGG TTACCGGACC TATTGGTAAA AATGGCGAAG GCGAGTCGTC ACCTTCTGAG 
CCTAAATGGC TGCAACAAGA TGAACCAATA GCTTTGTGGG TGAAGTGGAG AGGTAAATGG 
CAAGCTGGAA TAAGATGTGC GAAAGCGGAC TGGCCATTGA CGACTTTAAG AGGCAAACCA 
ACTCATGATA GGAAGAAGTA TTGTGTGATT TTTTTTCCGC ATACGAAAAA TTACTCGTGG 
GCGGATATGC AGCTTGTTCG ATCCATCAAT GAGTTTCCTG ATCCTATTGC TTATAAGTCT 
CACAAGATTG GACTTAAGTT AGTTAAAGAT TTAACTGCTG CTAGACGCTA TATTATGCGG 
AAGCTTACAG TTGGGATGTT CAATATAGTT GACCAGTTCC CTTCAGAGGT TGTTTCTGAA 
GCAGCTAGGG ATATTATAAT CTGGAAAGAA TTTGCAATGG AAGCTACTAG AAGCACAAGT 
TATCATGATC TTGGGATAAT GCTTGTGAAG CTTCATAGCA TGATTTTGCA ACGATACATG 
GATCCAATCT GGCTTGAGAA CTCGTTTCCT TTGTGGGTAC AAAAATGTAA CAATGCAGTG 
AATGCAGAGA GTATTGAATT GCTGAATGAG GAATTTGACA ATTGTATCAA GTGGAATGAA 
GTCAAATCAC TTTCTGAGTC TCCAATGCAA CCAATGTTGT TGTCAGAATG GAAAACGTGG 
AAGCATGACA TTGCAAAATG GTTCTCTATA TCTCGCCGTG GTGTTGGCGA AATAGCACAG 
CCGGATAGTA AAAGTGTGTT TAACTCAGAT GTCCAGGCTA GTCGTAAAAG ACCAAAACTT 
GAGATTCGAC GTGCAGAGAC AACAAATGCA ACACATATGG AGTCTGATAC TTCGCCACAA 
GGATTATCTG CAATTGACTC AGAGTTTTTC AGTTCTCGAG GCAACACAAA TTCTCCTGAG 
ACGATGAAAG AAGAAAATCC TGTAATGAAT ACACCAGAGA ATGGTTTGGA TCTATGGGAT 
GGCATTGTTG TTGAAGCAGG TGGTTCACAG TTCATGAAGA CAAAAGAAAC TAATGGACTG 
TCTCACCCGC AAGACCAACA TATAAATGAA TCAGTTCTGA AGAAACCATT TGGTTCGGGA 
AATAAGAGTC AGCAATGCAT AGCTTTCATT GAATCGAAAG GAAGGCAATG TGTGAGGTGG 
GCGAATGAAG GTGATGTTTA TTGTTGCGTG CATTTAGCTT CTCGTTTCAC CACAAAATCT 
ATGAAGAACG AGGGCTCTCC TGCTGTTGAA GCACCTATGT GCGGAGGGGT TACTGTTCTT 
GGTACCAAAT GCAAGCACCG ATCTCTACCC GGGTTTTTGT ACTGCAAGAA ACACCGTCCT 
CATACAGGGA TGGTGAAACC TGATGATTCT TCATCTTTTC TGGTGAAGAG AAAGGTATCG 
GAAATTATGT CAACATTAGA AACAAATCAA TGTCAAGATT TGGTGCCGTT TGGAGAACCA 
GAAGGTCCAT CTTTTGAGAA ACAGGAGCCC CATGGAGCCA CGAGCTTCAC GGAGATGTTT 
GAACATTGTA GCCAAGAGGA TAACTTGTGT ATAGGTTCTT GCTCAGAAAA CAGCTATATT 
TCTTGCAGTG AGTTCTCGAC AAAGCACTCG TTATACTGTG AACAGCACCT TCCTAACTGG 
CTTAAGCGTG CAAGGAATGG TAAGAGTCGA ATAATATCGA AGGAAGTGTT TGTAGATCTC 
TTAAGGGGTT GTTTATCGCG TGAGGAAAAG TTGGCTCTAC ATCAAGCTTG TGATATTTTC 
TACAAGCTCT TCAAAAGTGT CTTATCGTTA AGAAACTCTG TCCCAATGGA AGTACAGATC 
GACTGGGCGA AAACAGAAGC TTCAAGAAAC GCTGACGCTG GAGTTGGAGA ATTCTTGATG 
AAGTTGGTAT CCAATGAAAG AGAGAGATTA ACTAGGATAT GGGGTTTCGC TACTGGTGCT 
GATGAAGAAG ATGTATCATT ATCAGAATAT CCTAATCGAC TACTTGCCAT CACCAATACC 
TGTGATGATG ATGATGATAA AGAGAAATGG TCGTTTAGTG GATTTGCTTG TGCTATTTGC 
TTAGATTCTT TTGTGAGAAG AAAGCTTTTG GAAATTCATG TGGAGGAGCG ACATCACGTG 
CAGTTTGCGG AAAAGTGTAT GCTTCTTCAG TGTATTCCTT GTGGCAGCCA TTTTGGAGAT 
AAAGAACAGT TGCTGGTACA TGTGCAAGCT GTGCATCCTT CTGAGTGCAA ATCGCTAACC 
GTTGCTTCTG AATGCAATTT GACTAATGGT GAGTTTTCTC AGAAACCTGA AGCAGGCAGT 
TCACAAATTG TTGTGAGCCA AAACAACGAG AATACAAGCG GCGTACATAA ATTTGTTTGC 
AAGTTCTGTG GGCTGAAATT CAATTTATTA CCTGACCTTG GCCGTCACCA TCAAGCTGAA 
CACATGGGAC CGAGTCTAGT TGGCTCTCGT GGTCCGAAGA AAGGAATAAG GTTTAATACA 
TATAGGATGA AATCTGGTAG GCTTAGTCGT CCAAATAAAT TCAAAAAAAG TCTTGGAGCT 
GTCTCATATA GGATTAGAAA TAGGGCTGGT GTAAATATGA AGAGGAGGAT GCAAGGTTCT 
AAATCGCTCG GCACAGAAGG AAACACTGAA GCTGGAGTAT CGCCGCCTCT GGATGATAGT 
AGAAACTTTG ATGGCGTAAC AGATGCTCAT TGCTCTGTGG TTTCGGATAT ATTGTTGTCA 
AAGGTTCAGA AAGCAAAACA TCGCCCCAAT AACCTCGATA TCCTGTCTGC TGCTCGATCA 
GCTTGCTGTA GGGTGAGCGT TGAGACCTCT TTGGAGGCTA AATTCGGTGA TTTGCCTGAC 
CGGATATATC TCAAGGCAGC AAAACTTTGC GGTGAGCAAG GTGTACAAGT GCAATGGCAT 
CAGGAAGGAT ACATATGCTC TAACGGATGT AAGCCTGTTA AAGACCCAAA TCTTCTACAT 
CCCTTGATCC CGCGACAAGA GAATGATCGA TTCGGGATAG CTGTGGACGC TGGACAACAT 
TCTAATATTG AGTTGGAAGT TGATGAGTGC CATTGTATCA TGGAGGCTCA TCATTTTAGT 
AAGAGACCGT TTGGAAACAC TGCGGTTTTG TGCAAGGACA TCAGCTTTGG TAAGGAATCA 
GTTCCAATTT GTGTCGTCGA TGATGATCTT TGGAATTCTG AAAAACCGTA TGAGATGCCT 
TGGGAATGCT TTACTTATGT TACAAACTCA ATTCTTCATC CGTCAATGGA TCTTGTAAAG 
GAGAATCTGC AACTCAGGTG TAGCTGTCGC AGTTCAGTGT GCTCGCCTGT AACTTGTGAT 
CACGTATACC TTTTCGGTAA CGATTTTGAG GACGCTAGAG ACATATATGG AAAATCCATG 
AGGTGTAGAT TCCCATATGA TGGCAAACAA CGTATCATCT TGGAGGAGGG TTATCCTGTT 
TATGAATGCA ATAAGTTCTG TGGATGCTCT AGAACATGTC AGAATCGGGT TTTGCAGAAT 
GGAATTCGCG CGAAACTAGA AGTTTTTAGA ACTGAAAGCA AGGGATGGGG ATTGCGAGCT 
TGTGAACATA TACTGCGTGG CACATTTGTT TGCGAATACA TCGGGGAGGT TCTTGATCAG 
CAAGAAGCAA ACAAGAGGCG AAACCAGTAT GGAAATGGAG ATTGCAGCTA CATACTGGAC 
ATTGACGCTA ATATCAACGA CATAGGTAGA TTGATGGAAG AAGAGCTCGA TTATGCTATT 
GATGCTACTA CTCATGGCAA CATCTCTCGA TTCATCAATC ACAGGTGA

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

SUVR5 ( NM_127937.2 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_179954.2 Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), mRNA.

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CloneID	OAb07806
Clone ID Related Accession (Same CDS sequence)	NM_127937.2
Accession Version	NM_127937.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4128bp) 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	2019-02-13
Organism	Arabidopsis thaliana(thale cress)
Product	histone-lysine N-methyltransferase SUVR5
Comment	Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003071). On Nov 3, 2005 this sequence version replaced NM_127937.1.

ATGGAAGTTA AAATGGATGA GTTGGTTCTT GACGTGGATG TTGAGGAAGC AACAGGTAGT 
GAGTTGTTGG TGAAATCTGA GCCGGAGGCT GATTTAAATG CGGTGAAGTC TAGTACCGAT 
TTAGTCACGG TTACCGGACC TATTGGTAAA AATGGCGAAG GCGAGTCGTC ACCTTCTGAG 
CCTAAATGGC TGCAACAAGA TGAACCAATA GCTTTGTGGG TGAAGTGGAG AGGTAAATGG 
CAAGCTGGAA TAAGATGTGC GAAAGCGGAC TGGCCATTGA CGACTTTAAG AGGCAAACCA 
ACTCATGATA GGAAGAAGTA TTGTGTGATT TTTTTTCCGC ATACGAAAAA TTACTCGTGG 
GCGGATATGC AGCTTGTTCG ATCCATCAAT GAGTTTCCTG ATCCTATTGC TTATAAGTCT 
CACAAGATTG GACTTAAGTT AGTTAAAGAT TTAACTGCTG CTAGACGCTA TATTATGCGG 
AAGCTTACAG TTGGGATGTT CAATATAGTT GACCAGTTCC CTTCAGAGGT TGTTTCTGAA 
GCAGCTAGGG ATATTATAAT CTGGAAAGAA TTTGCAATGG AAGCTACTAG AAGCACAAGT 
TATCATGATC TTGGGATAAT GCTTGTGAAG CTTCATAGCA TGATTTTGCA ACGATACATG 
GATCCAATCT GGCTTGAGAA CTCGTTTCCT TTGTGGGTAC AAAAATGTAA CAATGCAGTG 
AATGCAGAGA GTATTGAATT GCTGAATGAG TGGAATGAAG TCAAATCACT TTCTGAGTCT 
CCAATGCAAC CAATGTTGTT GTCAGAATGG AAAACGTGGA AGCATGACAT TGCAAAATGG 
TTCTCTATAT CTCGCCGTGG TGTTGGCGAA ATAGCACAGC CGGATAGTAA AAGTGTGTTT 
AACTCAGATG TCCAGGCTAG TCGTAAAAGA CCAAAACTTG AGATTCGACG TGCAGAGACA 
ACAAATGCAA CACATATGGA GTCTGATACT TCGCCACAAG GATTATCTGC AATTGACTCA 
GAGTTTTTCA GTTCTCGAGG CAACACAAAT TCTCCTGAGA CGATGAAAGA AGAAAATCCT 
GTAATGAATA CACCAGAGAA TGGTTTGGAT CTATGGGATG GCATTGTTGT TGAAGCAGGT 
GGTTCACAGT TCATGAAGAC AAAAGAAACT AATGGACTGT CTCACCCGCA AGACCAACAT 
ATAAATGAAT CAGTTCTGAA GAAACCATTT GGTTCGGGAA ATAAGAGTCA GCAATGCATA 
GCTTTCATTG AATCGAAAGG AAGGCAATGT GTGAGGTGGG CGAATGAAGG TGATGTTTAT 
TGTTGCGTGC ATTTAGCTTC TCGTTTCACC ACAAAATCTA TGAAGAACGA GGGCTCTCCT 
GCTGTTGAAG CACCTATGTG CGGAGGGGTT ACTGTTCTTG GTACCAAATG CAAGCACCGA 
TCTCTACCCG GGTTTTTGTA CTGCAAGAAA CACCGTCCTC ATACAGGGAT GGTGAAACCT 
GATGATTCTT CATCTTTTCT GGTGAAGAGA AAGGTATCGG AAATTATGTC AACATTAGAA 
ACAAATCAAT GTCAAGATTT GGTGCCGTTT GGAGAACCAG AAGGTCCATC TTTTGAGAAA 
CAGGAGCCCC ATGGAGCCAC GAGCTTCACG GAGATGTTTG AACATTGTAG CCAAGAGGAT 
AACTTGTGTA TAGGTTCTTG CTCAGAAAAC AGCTATATTT CTTGCAGTGA GTTCTCGACA 
AAGCACTCGT TATACTGTGA ACAGCACCTT CCTAACTGGC TTAAGCGTGC AAGGAATGGT 
AAGAGTCGAA TAATATCGAA GGAAGTGTTT GTAGATCTCT TAAGGGGTTG TTTATCGCGT 
GAGGAAAAGT TGGCTCTACA TCAAGCTTGT GATATTTTCT ACAAGCTCTT CAAAAGTGTC 
TTATCGTTAA GAAACTCTGT CCCAATGGAA GTACAGATCG ACTGGGCGAA AACAGAAGCT 
TCAAGAAACG CTGACGCTGG AGTTGGAGAA TTCTTGATGA AGTTGGTATC CAATGAAAGA 
GAGAGATTAA CTAGGATATG GGGTTTCGCT ACTGGTGCTG ATGAAGAAGA TGTATCATTA 
TCAGAATATC CTAATCGACT ACTTGCCATC ACCAATACCT GTGATGATGA TGATGATAAA 
GAGAAATGGT CGTTTAGTGG ATTTGCTTGT GCTATTTGCT TAGATTCTTT TGTGAGAAGA 
AAGCTTTTGG AAATTCATGT GGAGGAGCGA CATCACGTGC AGTTTGCGGA AAAGTGTATG 
CTTCTTCAGT GTATTCCTTG TGGCAGCCAT TTTGGAGATA AAGAACAGTT GCTGGTACAT 
GTGCAAGCTG TGCATCCTTC TGAGTGCAAA TCGCTAACCG TTGCTTCTGA ATGCAATTTG 
ACTAATGGTG AGTTTTCTCA GAAACCTGAA GCAGGCAGTT CACAAATTGT TGTGAGCCAA 
AACAACGAGA ATACAAGCGG CGTACATAAA TTTGTTTGCA AGTTCTGTGG GCTGAAATTC 
AATTTATTAC CTGACCTTGG CCGTCACCAT CAAGCTGAAC ACATGGGACC GAGTCTAGTT 
GGCTCTCGTG GTCCGAAGAA AGGAATAAGG TTTAATACAT ATAGGATGAA ATCTGGTAGG 
CTTAGTCGTC CAAATAAATT CAAAAAAAGT CTTGGAGCTG TCTCATATAG GATTAGAAAT 
AGGGCTGGTG TAAATATGAA GAGGAGGATG CAAGGTTCTA AATCGCTCGG CACAGAAGGA 
AACACTGAAG CTGGAGTATC GCCGCCTCTG GATGATAGTA GAAACTTTGA TGGCGTAACA 
GATGCTCATT GCTCTGTGGT TTCGGATATA TTGTTGTCAA AGGTTCAGAA AGCAAAACAT 
CGCCCCAATA ACCTCGATAT CCTGTCTGCT GCTCGATCAG CTTGCTGTAG GGTGAGCGTT 
GAGACCTCTT TGGAGGCTAA ATTCGGTGAT TTGCCTGACC GGATATATCT CAAGGCAGCA 
AAACTTTGCG GTGAGCAAGG TGTACAAGTG CAATGGCATC AGGAAGGATA CATATGCTCT 
AACGGATGTA AGCCTGTTAA AGACCCAAAT CTTCTACATC CCTTGATCCC GCGACAAGAG 
AATGATCGAT TCGGGATAGC TGTGGACGCT GGACAACATT CTAATATTGA GTTGGAAGTT 
GATGAGTGCC ATTGTATCAT GGAGGCTCAT CATTTTAGTA AGAGACCGTT TGGAAACACT 
GCGGTTTTGT GCAAGGACAT CAGCTTTGGT AAGGAATCAG TTCCAATTTG TGTCGTCGAT 
GATGATCTTT GGAATTCTGA AAAACCGTAT GAGATGCCTT GGGAATGCTT TACTTATGTT 
ACAAACTCAA TTCTTCATCC GTCAATGGAT CTTGTAAAGG AGAATCTGCA ACTCAGGTGT 
AGCTGTCGCA GTTCAGTGTG CTCGCCTGTA ACTTGTGATC ACGTATACCT TTTCGGTAAC 
GATTTTGAGG ACGCTAGAGA CATATATGGA AAATCCATGA GGTGTAGATT CCCATATGAT 
GGCAAACAAC GTATCATCTT GGAGGAGGGT TATCCTGTTT ATGAATGCAA TAAGTTCTGT 
GGATGCTCTA GAACATGTCA GAATCGGGTT TTGCAGAATG GAATTCGCGC GAAACTAGAA 
GTTTTTAGAA CTGAAAGCAA GGGATGGGGA TTGCGAGCTT GTGAACATAT ACTGCGTGGC 
ACATTTGTTT GCGAATACAT CGGGGAGGTT CTTGATCAGC AAGAAGCAAA CAAGAGGCGA 
AACCAGTATG GAAATGGAGA TTGCAGCTAC ATACTGGACA TTGACGCTAA TATCAACGAC 
ATAGGTAGAT TGATGGAAGA AGAGCTCGAT TATGCTATTG ATGCTACTAC TCATGGCAAC 
ATCTCTCGAT TCATCAATCA CAGCTGCTCA CCAAATCTCG TTAATCACCA AGTTATTGTG 
GAAAGCATGG AGTCCCCGCT CGCTCATATC GGTCTATACG CCAGTATGGA TATAGCTGCA 
GGAGAAGAGA TCACCCGAGA CTATGGACGC AGACCGGTAC CATCTGAACA AGAAAATGAG 
CATCCATGCC ATTGTAAAGC AACTAATTGC AGAGGTCTCT TAAGTTAG

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

RefSeq	NP_179954.2
CDS	302..4429
Translation	MEVKMDELVLDVDVEEATGSELLVKSEPEADLNAVKSSTDLVTVTGPIGKNGEGESSPSEPKWLQQDEPIALWVKWRGKWQAGIRCAKADWPLTTLRGKPTHDRKKYCVIFFPHTKNYSWADMQLVRSINEFPDPIAYKSHKIGLKLVKDLTAARRYIMRKLTVGMFNIVDQFPSEVVSEAARDIIIWKEFAMEATRSTSYHDLGIMLVKLHSMILQRYMDPIWLENSFPLWVQKCNNAVNAESIELLNEWNEVKSLSESPMQPMLLSEWKTWKHDIAKWFSISRRGVGEIAQPDSKSVFNSDVQASRKRPKLEIRRAETTNATHMESDTSPQGLSAIDSEFFSSRGNTNSPETMKEENPVMNTPENGLDLWDGIVVEAGGSQFMKTKETNGLSHPQDQHINESVLKKPFGSGNKSQQCIAFIESKGRQCVRWANEGDVYCCVHLASRFTTKSMKNEGSPAVEAPMCGGVTVLGTKCKHRSLPGFLYCKKHRPHTGMVKPDDSSSFLVKRKVSEIMSTLETNQCQDLVPFGEPEGPSFEKQEPHGATSFTEMFEHCSQEDNLCIGSCSENSYISCSEFSTKHSLYCEQHLPNWLKRARNGKSRIISKEVFVDLLRGCLSREEKLALHQACDIFYKLFKSVLSLRNSVPMEVQIDWAKTEASRNADAGVGEFLMKLVSNERERLTRIWGFATGADEEDVSLSEYPNRLLAITNTCDDDDDKEKWSFSGFACAICLDSFVRRKLLEIHVEERHHVQFAEKCMLLQCIPCGSHFGDKEQLLVHVQAVHPSECKSLTVASECNLTNGEFSQKPEAGSSQIVVSQNNENTSGVHKFVCKFCGLKFNLLPDLGRHHQAEHMGPSLVGSRGPKKGIRFNTYRMKSGRLSRPNKFKKSLGAVSYRIRNRAGVNMKRRMQGSKSLGTEGNTEAGVSPPLDDSRNFDGVTDAHCSVVSDILLSKVQKAKHRPNNLDILSAARSACCRVSVETSLEAKFGDLPDRIYLKAAKLCGEQGVQVQWHQEGYICSNGCKPVKDPNLLHPLIPRQENDRFGIAVDAGQHSNIELEVDECHCIMEAHHFSKRPFGNTAVLCKDISFGKESVPICVVDDDLWNSEKPYEMPWECFTYVTNSILHPSMDLVKENLQLRCSCRSSVCSPVTCDHVYLFGNDFEDARDIYGKSMRCRFPYDGKQRIILEEGYPVYECNKFCGCSRTCQNRVLQNGIRAKLEVFRTESKGWGLRACEHILRGTFVCEYIGEVLDQQEANKRRNQYGNGDCSYILDIDANINDIGRLMEEELDYAIDATTHGNISRFINHSCSPNLVNHQVIVESMESPLAHIGLYASMDIAAGEEITRDYGRRPVPSEQENEHPCHCKATNCRGLLS

Target ORF information:

RefSeq Version	NM_127937.2
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), mRNA.

Target ORF information:

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

NM_127937.2

ORF Insert Sequence:

ATGGAAGTTA AAATGGATGA GTTGGTTCTT GACGTGGATG TTGAGGAAGC AACAGGTAGT 
GAGTTGTTGG TGAAATCTGA GCCGGAGGCT GATTTAAATG CGGTGAAGTC TAGTACCGAT 
TTAGTCACGG TTACCGGACC TATTGGTAAA AATGGCGAAG GCGAGTCGTC ACCTTCTGAG 
CCTAAATGGC TGCAACAAGA TGAACCAATA GCTTTGTGGG TGAAGTGGAG AGGTAAATGG 
CAAGCTGGAA TAAGATGTGC GAAAGCGGAC TGGCCATTGA CGACTTTAAG AGGCAAACCA 
ACTCATGATA GGAAGAAGTA TTGTGTGATT TTTTTTCCGC ATACGAAAAA TTACTCGTGG 
GCGGATATGC AGCTTGTTCG ATCCATCAAT GAGTTTCCTG ATCCTATTGC TTATAAGTCT 
CACAAGATTG GACTTAAGTT AGTTAAAGAT TTAACTGCTG CTAGACGCTA TATTATGCGG 
AAGCTTACAG TTGGGATGTT CAATATAGTT GACCAGTTCC CTTCAGAGGT TGTTTCTGAA 
GCAGCTAGGG ATATTATAAT CTGGAAAGAA TTTGCAATGG AAGCTACTAG AAGCACAAGT 
TATCATGATC TTGGGATAAT GCTTGTGAAG CTTCATAGCA TGATTTTGCA ACGATACATG 
GATCCAATCT GGCTTGAGAA CTCGTTTCCT TTGTGGGTAC AAAAATGTAA CAATGCAGTG 
AATGCAGAGA GTATTGAATT GCTGAATGAG TGGAATGAAG TCAAATCACT TTCTGAGTCT 
CCAATGCAAC CAATGTTGTT GTCAGAATGG AAAACGTGGA AGCATGACAT TGCAAAATGG 
TTCTCTATAT CTCGCCGTGG TGTTGGCGAA ATAGCACAGC CGGATAGTAA AAGTGTGTTT 
AACTCAGATG TCCAGGCTAG TCGTAAAAGA CCAAAACTTG AGATTCGACG TGCAGAGACA 
ACAAATGCAA CACATATGGA GTCTGATACT TCGCCACAAG GATTATCTGC AATTGACTCA 
GAGTTTTTCA GTTCTCGAGG CAACACAAAT TCTCCTGAGA CGATGAAAGA AGAAAATCCT 
GTAATGAATA CACCAGAGAA TGGTTTGGAT CTATGGGATG GCATTGTTGT TGAAGCAGGT 
GGTTCACAGT TCATGAAGAC AAAAGAAACT AATGGACTGT CTCACCCGCA AGACCAACAT 
ATAAATGAAT CAGTTCTGAA GAAACCATTT GGTTCGGGAA ATAAGAGTCA GCAATGCATA 
GCTTTCATTG AATCGAAAGG AAGGCAATGT GTGAGGTGGG CGAATGAAGG TGATGTTTAT 
TGTTGCGTGC ATTTAGCTTC TCGTTTCACC ACAAAATCTA TGAAGAACGA GGGCTCTCCT 
GCTGTTGAAG CACCTATGTG CGGAGGGGTT ACTGTTCTTG GTACCAAATG CAAGCACCGA 
TCTCTACCCG GGTTTTTGTA CTGCAAGAAA CACCGTCCTC ATACAGGGAT GGTGAAACCT 
GATGATTCTT CATCTTTTCT GGTGAAGAGA AAGGTATCGG AAATTATGTC AACATTAGAA 
ACAAATCAAT GTCAAGATTT GGTGCCGTTT GGAGAACCAG AAGGTCCATC TTTTGAGAAA 
CAGGAGCCCC ATGGAGCCAC GAGCTTCACG GAGATGTTTG AACATTGTAG CCAAGAGGAT 
AACTTGTGTA TAGGTTCTTG CTCAGAAAAC AGCTATATTT CTTGCAGTGA GTTCTCGACA 
AAGCACTCGT TATACTGTGA ACAGCACCTT CCTAACTGGC TTAAGCGTGC AAGGAATGGT 
AAGAGTCGAA TAATATCGAA GGAAGTGTTT GTAGATCTCT TAAGGGGTTG TTTATCGCGT 
GAGGAAAAGT TGGCTCTACA TCAAGCTTGT GATATTTTCT ACAAGCTCTT CAAAAGTGTC 
TTATCGTTAA GAAACTCTGT CCCAATGGAA GTACAGATCG ACTGGGCGAA AACAGAAGCT 
TCAAGAAACG CTGACGCTGG AGTTGGAGAA TTCTTGATGA AGTTGGTATC CAATGAAAGA 
GAGAGATTAA CTAGGATATG GGGTTTCGCT ACTGGTGCTG ATGAAGAAGA TGTATCATTA 
TCAGAATATC CTAATCGACT ACTTGCCATC ACCAATACCT GTGATGATGA TGATGATAAA 
GAGAAATGGT CGTTTAGTGG ATTTGCTTGT GCTATTTGCT TAGATTCTTT TGTGAGAAGA 
AAGCTTTTGG AAATTCATGT GGAGGAGCGA CATCACGTGC AGTTTGCGGA AAAGTGTATG 
CTTCTTCAGT GTATTCCTTG TGGCAGCCAT TTTGGAGATA AAGAACAGTT GCTGGTACAT 
GTGCAAGCTG TGCATCCTTC TGAGTGCAAA TCGCTAACCG TTGCTTCTGA ATGCAATTTG 
ACTAATGGTG AGTTTTCTCA GAAACCTGAA GCAGGCAGTT CACAAATTGT TGTGAGCCAA 
AACAACGAGA ATACAAGCGG CGTACATAAA TTTGTTTGCA AGTTCTGTGG GCTGAAATTC 
AATTTATTAC CTGACCTTGG CCGTCACCAT CAAGCTGAAC ACATGGGACC GAGTCTAGTT 
GGCTCTCGTG GTCCGAAGAA AGGAATAAGG TTTAATACAT ATAGGATGAA ATCTGGTAGG 
CTTAGTCGTC CAAATAAATT CAAAAAAAGT CTTGGAGCTG TCTCATATAG GATTAGAAAT 
AGGGCTGGTG TAAATATGAA GAGGAGGATG CAAGGTTCTA AATCGCTCGG CACAGAAGGA 
AACACTGAAG CTGGAGTATC GCCGCCTCTG GATGATAGTA GAAACTTTGA TGGCGTAACA 
GATGCTCATT GCTCTGTGGT TTCGGATATA TTGTTGTCAA AGGTTCAGAA AGCAAAACAT 
CGCCCCAATA ACCTCGATAT CCTGTCTGCT GCTCGATCAG CTTGCTGTAG GGTGAGCGTT 
GAGACCTCTT TGGAGGCTAA ATTCGGTGAT TTGCCTGACC GGATATATCT CAAGGCAGCA 
AAACTTTGCG GTGAGCAAGG TGTACAAGTG CAATGGCATC AGGAAGGATA CATATGCTCT 
AACGGATGTA AGCCTGTTAA AGACCCAAAT CTTCTACATC CCTTGATCCC GCGACAAGAG 
AATGATCGAT TCGGGATAGC TGTGGACGCT GGACAACATT CTAATATTGA GTTGGAAGTT 
GATGAGTGCC ATTGTATCAT GGAGGCTCAT CATTTTAGTA AGAGACCGTT TGGAAACACT 
GCGGTTTTGT GCAAGGACAT CAGCTTTGGT AAGGAATCAG TTCCAATTTG TGTCGTCGAT 
GATGATCTTT GGAATTCTGA AAAACCGTAT GAGATGCCTT GGGAATGCTT TACTTATGTT 
ACAAACTCAA TTCTTCATCC GTCAATGGAT CTTGTAAAGG AGAATCTGCA ACTCAGGTGT 
AGCTGTCGCA GTTCAGTGTG CTCGCCTGTA ACTTGTGATC ACGTATACCT TTTCGGTAAC 
GATTTTGAGG ACGCTAGAGA CATATATGGA AAATCCATGA GGTGTAGATT CCCATATGAT 
GGCAAACAAC GTATCATCTT GGAGGAGGGT TATCCTGTTT ATGAATGCAA TAAGTTCTGT 
GGATGCTCTA GAACATGTCA GAATCGGGTT TTGCAGAATG GAATTCGCGC GAAACTAGAA 
GTTTTTAGAA CTGAAAGCAA GGGATGGGGA TTGCGAGCTT GTGAACATAT ACTGCGTGGC 
ACATTTGTTT GCGAATACAT CGGGGAGGTT CTTGATCAGC AAGAAGCAAA CAAGAGGCGA 
AACCAGTATG GAAATGGAGA TTGCAGCTAC ATACTGGACA TTGACGCTAA TATCAACGAC 
ATAGGTAGAT TGATGGAAGA AGAGCTCGAT TATGCTATTG ATGCTACTAC TCATGGCAAC 
ATCTCTCGAT TCATCAATCA CAGCTGCTCA CCAAATCTCG TTAATCACCA AGTTATTGTG 
GAAAGCATGG AGTCCCCGCT CGCTCATATC GGTCTATACG CCAGTATGGA TATAGCTGCA 
GGAGAAGAGA TCACCCGAGA CTATGGACGC AGACCGGTAC CATCTGAACA AGAAAATGAG 
CATCCATGCC ATTGTAAAGC AACTAATTGC AGAGGTCTCT TAAGTTAG

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

SUVR5 ( NM_001335864.1 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_001324204.1 Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), partial mRNA.

Price & Availability↑

CloneID	OAb29776
Clone ID Related Accession (Same CDS sequence)	NM_001335864.1 , NM_001335861.1 , NM_001202656.2
Accession Version	NM_001335864.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4149bp) 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	2019-02-13
Organism	Arabidopsis thaliana(thale cress)
Product	histone-lysine N-methyltransferase SUVR5
Comment	Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003071). COMPLETENESS: incomplete on the 3' end.

ATGGAAGTTA AAATGGATGA GTTGGTTCTT GACGTGGATG TTGAGGAAGC AACAGGTAGT 
GAGTTGTTGG TGAAATCTGA GCCGGAGGCT GATTTAAATG CGGTGAAGTC TAGTACCGAT 
TTAGTCACGG TTACCGGACC TATTGGTAAA AATGGCGAAG GCGAGTCGTC ACCTTCTGAG 
CCTAAATGGC TGCAACAAGA TGAACCAATA GCTTTGTGGG TGAAGTGGAG AGGTAAATGG 
CAAGCTGGAA TAAGATGTGC GAAAGCGGAC TGGCCATTGA CGACTTTAAG AGGCAAACCA 
ACTCATGATA GGAAGAAGTA TTGTGTGATT TTTTTTCCGC ATACGAAAAA TTACTCGTGG 
GCGGATATGC AGCTTGTTCG ATCCATCAAT GAGTTTCCTG ATCCTATTGC TTATAAGTCT 
CACAAGATTG GACTTAAGTT AGTTAAAGAT TTAACTGCTG CTAGACGCTA TATTATGCGG 
AAGCTTACAG TTGGGATGTT CAATATAGTT GACCAGTTCC CTTCAGAGGT TGTTTCTGAA 
GCAGCTAGGG ATATTATAAT CTGGAAAGAA TTTGCAATGG AAGCTACTAG AAGCACAAGT 
TATCATGATC TTGGGATAAT GCTTGTGAAG CTTCATAGCA TGATTTTGCA ACGATACATG 
GATCCAATCT GGCTTGAGAA CTCGTTTCCT TTGTGGGTAC AAAAATGTAA CAATGCAGTG 
AATGCAGAGA GTATTGAATT GCTGAATGAG GAATTTGACA ATTGTATCAA GTGGAATGAA 
GTCAAATCAC TTTCTGAGTC TCCAATGCAA CCAATGTTGT TGTCAGAATG GAAAACGTGG 
AAGCATGACA TTGCAAAATG GTTCTCTATA TCTCGCCGTG GTGTTGGCGA AATAGCACAG 
CCGGATAGTA AAAGTGTGTT TAACTCAGAT GTCCAGGCTA GTCGTAAAAG ACCAAAACTT 
GAGATTCGAC GTGCAGAGAC AACAAATGCA ACACATATGG AGTCTGATAC TTCGCCACAA 
GGATTATCTG CAATTGACTC AGAGTTTTTC AGTTCTCGAG GCAACACAAA TTCTCCTGAG 
ACGATGAAAG AAGAAAATCC TGTAATGAAT ACACCAGAGA ATGGTTTGGA TCTATGGGAT 
GGCATTGTTG TTGAAGCAGG TGGTTCACAG TTCATGAAGA CAAAAGAAAC TAATGGACTG 
TCTCACCCGC AAGACCAACA TATAAATGAA TCAGTTCTGA AGAAACCATT TGGTTCGGGA 
AATAAGAGTC AGCAATGCAT AGCTTTCATT GAATCGAAAG GAAGGCAATG TGTGAGGTGG 
GCGAATGAAG GTGATGTTTA TTGTTGCGTG CATTTAGCTT CTCGTTTCAC CACAAAATCT 
ATGAAGAACG AGGGCTCTCC TGCTGTTGAA GCACCTATGT GCGGAGGGGT TACTGTTCTT 
GGTACCAAAT GCAAGCACCG ATCTCTACCC GGGTTTTTGT ACTGCAAGAA ACACCGTCCT 
CATACAGGGA TGGTGAAACC TGATGATTCT TCATCTTTTC TGGTGAAGAG AAAGGTATCG 
GAAATTATGT CAACATTAGA AACAAATCAA TGTCAAGATT TGGTGCCGTT TGGAGAACCA 
GAAGGTCCAT CTTTTGAGAA ACAGGAGCCC CATGGAGCCA CGAGCTTCAC GGAGATGTTT 
GAACATTGTA GCCAAGAGGA TAACTTGTGT ATAGGTTCTT GCTCAGAAAA CAGCTATATT 
TCTTGCAGTG AGTTCTCGAC AAAGCACTCG TTATACTGTG AACAGCACCT TCCTAACTGG 
CTTAAGCGTG CAAGGAATGG TAAGAGTCGA ATAATATCGA AGGAAGTGTT TGTAGATCTC 
TTAAGGGGTT GTTTATCGCG TGAGGAAAAG TTGGCTCTAC ATCAAGCTTG TGATATTTTC 
TACAAGCTCT TCAAAAGTGT CTTATCGTTA AGAAACTCTG TCCCAATGGA AGTACAGATC 
GACTGGGCGA AAACAGAAGC TTCAAGAAAC GCTGACGCTG GAGTTGGAGA ATTCTTGATG 
AAGTTGGTAT CCAATGAAAG AGAGAGATTA ACTAGGATAT GGGGTTTCGC TACTGGTGCT 
GATGAAGAAG ATGTATCATT ATCAGAATAT CCTAATCGAC TACTTGCCAT CACCAATACC 
TGTGATGATG ATGATGATAA AGAGAAATGG TCGTTTAGTG GATTTGCTTG TGCTATTTGC 
TTAGATTCTT TTGTGAGAAG AAAGCTTTTG GAAATTCATG TGGAGGAGCG ACATCACGTG 
CAGTTTGCGG AAAAGTGTAT GCTTCTTCAG TGTATTCCTT GTGGCAGCCA TTTTGGAGAT 
AAAGAACAGT TGCTGGTACA TGTGCAAGCT GTGCATCCTT CTGAGTGCAA ATCGCTAACC 
GTTGCTTCTG AATGCAATTT GACTAATGGT GAGTTTTCTC AGAAACCTGA AGCAGGCAGT 
TCACAAATTG TTGTGAGCCA AAACAACGAG AATACAAGCG GCGTACATAA ATTTGTTTGC 
AAGTTCTGTG GGCTGAAATT CAATTTATTA CCTGACCTTG GCCGTCACCA TCAAGCTGAA 
CACATGGGAC CGAGTCTAGT TGGCTCTCGT GGTCCGAAGA AAGGAATAAG GTTTAATACA 
TATAGGATGA AATCTGGTAG GCTTAGTCGT CCAAATAAAT TCAAAAAAAG TCTTGGAGCT 
GTCTCATATA GGATTAGAAA TAGGGCTGGT GTAAATATGA AGAGGAGGAT GCAAGGTTCT 
AAATCGCTCG GCACAGAAGG AAACACTGAA GCTGGAGTAT CGCCGCCTCT GGATGATAGT 
AGAAACTTTG ATGGCGTAAC AGATGCTCAT TGCTCTGTGG TTTCGGATAT ATTGTTGTCA 
AAGGTTCAGA AAGCAAAACA TCGCCCCAAT AACCTCGATA TCCTGTCTGC TGCTCGATCA 
GCTTGCTGTA GGGTGAGCGT TGAGACCTCT TTGGAGGCTA AATTCGGTGA TTTGCCTGAC 
CGGATATATC TCAAGGCAGC AAAACTTTGC GGTGAGCAAG GTGTACAAGT GCAATGGCAT 
CAGGAAGGAT ACATATGCTC TAACGGATGT AAGCCTGTTA AAGACCCAAA TCTTCTACAT 
CCCTTGATCC CGCGACAAGA GAATGATCGA TTCGGGATAG CTGTGGACGC TGGACAACAT 
TCTAATATTG AGTTGGAAGT TGATGAGTGC CATTGTATCA TGGAGGCTCA TCATTTTAGT 
AAGAGACCGT TTGGAAACAC TGCGGTTTTG TGCAAGGACA TCAGCTTTGG TAAGGAATCA 
GTTCCAATTT GTGTCGTCGA TGATGATCTT TGGAATTCTG AAAAACCGTA TGAGATGCCT 
TGGGAATGCT TTACTTATGT TACAAACTCA ATTCTTCATC CGTCAATGGA TCTTGTAAAG 
GAGAATCTGC AACTCAGGTG TAGCTGTCGC AGTTCAGTGT GCTCGCCTGT AACTTGTGAT 
CACGTATACC TTTTCGGTAA CGATTTTGAG GACGCTAGAG ACATATATGG AAAATCCATG 
AGGTGTAGAT TCCCATATGA TGGCAAACAA CGTATCATCT TGGAGGAGGG TTATCCTGTT 
TATGAATGCA ATAAGTTCTG TGGATGCTCT AGAACATGTC AGAATCGGGT TTTGCAGAAT 
GGAATTCGCG CGAAACTAGA AGTTTTTAGA ACTGAAAGCA AGGGATGGGG ATTGCGAGCT 
TGTGAACATA TACTGCGTGG CACATTTGTT TGCGAATACA TCGGGGAGGT TCTTGATCAG 
CAAGAAGCAA ACAAGAGGCG AAACCAGTAT GGAAATGGAG ATTGCAGCTA CATACTGGAC 
ATTGACGCTA ATATCAACGA CATAGGTAGA TTGATGGAAG AAGAGCTCGA TTATGCTATT 
GATGCTACTA CTCATGGCAA CATCTCTCGA TTCATCAATC ACAGCTGCTC ACCAAATCTC 
GTTAATCACC AAGTTATTGT GGAAAGCATG GAGTCCCCGC TCGCTCATAT CGGTCTATAC 
GCCAGTATGG ATATAGCTGC AGGAGAAGAG ATCACCCGAG ACTATGGACG CAGACCGGTA 
CCATCTGAAC AAGAAAATGA GCATCCATGC CATTGTAAAG CAACTAATTG CAGAGGTCTC 
TTAAGTTAG

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

RefSeq	NP_001324204.1
CDS	164..4312
Translation	MEVKMDELVLDVDVEEATGSELLVKSEPEADLNAVKSSTDLVTVTGPIGKNGEGESSPSEPKWLQQDEPIALWVKWRGKWQAGIRCAKADWPLTTLRGKPTHDRKKYCVIFFPHTKNYSWADMQLVRSINEFPDPIAYKSHKIGLKLVKDLTAARRYIMRKLTVGMFNIVDQFPSEVVSEAARDIIIWKEFAMEATRSTSYHDLGIMLVKLHSMILQRYMDPIWLENSFPLWVQKCNNAVNAESIELLNEEFDNCIKWNEVKSLSESPMQPMLLSEWKTWKHDIAKWFSISRRGVGEIAQPDSKSVFNSDVQASRKRPKLEIRRAETTNATHMESDTSPQGLSAIDSEFFSSRGNTNSPETMKEENPVMNTPENGLDLWDGIVVEAGGSQFMKTKETNGLSHPQDQHINESVLKKPFGSGNKSQQCIAFIESKGRQCVRWANEGDVYCCVHLASRFTTKSMKNEGSPAVEAPMCGGVTVLGTKCKHRSLPGFLYCKKHRPHTGMVKPDDSSSFLVKRKVSEIMSTLETNQCQDLVPFGEPEGPSFEKQEPHGATSFTEMFEHCSQEDNLCIGSCSENSYISCSEFSTKHSLYCEQHLPNWLKRARNGKSRIISKEVFVDLLRGCLSREEKLALHQACDIFYKLFKSVLSLRNSVPMEVQIDWAKTEASRNADAGVGEFLMKLVSNERERLTRIWGFATGADEEDVSLSEYPNRLLAITNTCDDDDDKEKWSFSGFACAICLDSFVRRKLLEIHVEERHHVQFAEKCMLLQCIPCGSHFGDKEQLLVHVQAVHPSECKSLTVASECNLTNGEFSQKPEAGSSQIVVSQNNENTSGVHKFVCKFCGLKFNLLPDLGRHHQAEHMGPSLVGSRGPKKGIRFNTYRMKSGRLSRPNKFKKSLGAVSYRIRNRAGVNMKRRMQGSKSLGTEGNTEAGVSPPLDDSRNFDGVTDAHCSVVSDILLSKVQKAKHRPNNLDILSAARSACCRVSVETSLEAKFGDLPDRIYLKAAKLCGEQGVQVQWHQEGYICSNGCKPVKDPNLLHPLIPRQENDRFGIAVDAGQHSNIELEVDECHCIMEAHHFSKRPFGNTAVLCKDISFGKESVPICVVDDDLWNSEKPYEMPWECFTYVTNSILHPSMDLVKENLQLRCSCRSSVCSPVTCDHVYLFGNDFEDARDIYGKSMRCRFPYDGKQRIILEEGYPVYECNKFCGCSRTCQNRVLQNGIRAKLEVFRTESKGWGLRACEHILRGTFVCEYIGEVLDQQEANKRRNQYGNGDCSYILDIDANINDIGRLMEEELDYAIDATTHGNISRFINHSCSPNLVNHQVIVESMESPLAHIGLYASMDIAAGEEITRDYGRRPVPSEQENEHPCHCKATNCRGLLS

Target ORF information:

RefSeq Version	NM_001335864.1
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), partial mRNA.

Target ORF information:

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

NM_001335864.1

ORF Insert Sequence:

ATGGAAGTTA AAATGGATGA GTTGGTTCTT GACGTGGATG TTGAGGAAGC AACAGGTAGT 
GAGTTGTTGG TGAAATCTGA GCCGGAGGCT GATTTAAATG CGGTGAAGTC TAGTACCGAT 
TTAGTCACGG TTACCGGACC TATTGGTAAA AATGGCGAAG GCGAGTCGTC ACCTTCTGAG 
CCTAAATGGC TGCAACAAGA TGAACCAATA GCTTTGTGGG TGAAGTGGAG AGGTAAATGG 
CAAGCTGGAA TAAGATGTGC GAAAGCGGAC TGGCCATTGA CGACTTTAAG AGGCAAACCA 
ACTCATGATA GGAAGAAGTA TTGTGTGATT TTTTTTCCGC ATACGAAAAA TTACTCGTGG 
GCGGATATGC AGCTTGTTCG ATCCATCAAT GAGTTTCCTG ATCCTATTGC TTATAAGTCT 
CACAAGATTG GACTTAAGTT AGTTAAAGAT TTAACTGCTG CTAGACGCTA TATTATGCGG 
AAGCTTACAG TTGGGATGTT CAATATAGTT GACCAGTTCC CTTCAGAGGT TGTTTCTGAA 
GCAGCTAGGG ATATTATAAT CTGGAAAGAA TTTGCAATGG AAGCTACTAG AAGCACAAGT 
TATCATGATC TTGGGATAAT GCTTGTGAAG CTTCATAGCA TGATTTTGCA ACGATACATG 
GATCCAATCT GGCTTGAGAA CTCGTTTCCT TTGTGGGTAC AAAAATGTAA CAATGCAGTG 
AATGCAGAGA GTATTGAATT GCTGAATGAG GAATTTGACA ATTGTATCAA GTGGAATGAA 
GTCAAATCAC TTTCTGAGTC TCCAATGCAA CCAATGTTGT TGTCAGAATG GAAAACGTGG 
AAGCATGACA TTGCAAAATG GTTCTCTATA TCTCGCCGTG GTGTTGGCGA AATAGCACAG 
CCGGATAGTA AAAGTGTGTT TAACTCAGAT GTCCAGGCTA GTCGTAAAAG ACCAAAACTT 
GAGATTCGAC GTGCAGAGAC AACAAATGCA ACACATATGG AGTCTGATAC TTCGCCACAA 
GGATTATCTG CAATTGACTC AGAGTTTTTC AGTTCTCGAG GCAACACAAA TTCTCCTGAG 
ACGATGAAAG AAGAAAATCC TGTAATGAAT ACACCAGAGA ATGGTTTGGA TCTATGGGAT 
GGCATTGTTG TTGAAGCAGG TGGTTCACAG TTCATGAAGA CAAAAGAAAC TAATGGACTG 
TCTCACCCGC AAGACCAACA TATAAATGAA TCAGTTCTGA AGAAACCATT TGGTTCGGGA 
AATAAGAGTC AGCAATGCAT AGCTTTCATT GAATCGAAAG GAAGGCAATG TGTGAGGTGG 
GCGAATGAAG GTGATGTTTA TTGTTGCGTG CATTTAGCTT CTCGTTTCAC CACAAAATCT 
ATGAAGAACG AGGGCTCTCC TGCTGTTGAA GCACCTATGT GCGGAGGGGT TACTGTTCTT 
GGTACCAAAT GCAAGCACCG ATCTCTACCC GGGTTTTTGT ACTGCAAGAA ACACCGTCCT 
CATACAGGGA TGGTGAAACC TGATGATTCT TCATCTTTTC TGGTGAAGAG AAAGGTATCG 
GAAATTATGT CAACATTAGA AACAAATCAA TGTCAAGATT TGGTGCCGTT TGGAGAACCA 
GAAGGTCCAT CTTTTGAGAA ACAGGAGCCC CATGGAGCCA CGAGCTTCAC GGAGATGTTT 
GAACATTGTA GCCAAGAGGA TAACTTGTGT ATAGGTTCTT GCTCAGAAAA CAGCTATATT 
TCTTGCAGTG AGTTCTCGAC AAAGCACTCG TTATACTGTG AACAGCACCT TCCTAACTGG 
CTTAAGCGTG CAAGGAATGG TAAGAGTCGA ATAATATCGA AGGAAGTGTT TGTAGATCTC 
TTAAGGGGTT GTTTATCGCG TGAGGAAAAG TTGGCTCTAC ATCAAGCTTG TGATATTTTC 
TACAAGCTCT TCAAAAGTGT CTTATCGTTA AGAAACTCTG TCCCAATGGA AGTACAGATC 
GACTGGGCGA AAACAGAAGC TTCAAGAAAC GCTGACGCTG GAGTTGGAGA ATTCTTGATG 
AAGTTGGTAT CCAATGAAAG AGAGAGATTA ACTAGGATAT GGGGTTTCGC TACTGGTGCT 
GATGAAGAAG ATGTATCATT ATCAGAATAT CCTAATCGAC TACTTGCCAT CACCAATACC 
TGTGATGATG ATGATGATAA AGAGAAATGG TCGTTTAGTG GATTTGCTTG TGCTATTTGC 
TTAGATTCTT TTGTGAGAAG AAAGCTTTTG GAAATTCATG TGGAGGAGCG ACATCACGTG 
CAGTTTGCGG AAAAGTGTAT GCTTCTTCAG TGTATTCCTT GTGGCAGCCA TTTTGGAGAT 
AAAGAACAGT TGCTGGTACA TGTGCAAGCT GTGCATCCTT CTGAGTGCAA ATCGCTAACC 
GTTGCTTCTG AATGCAATTT GACTAATGGT GAGTTTTCTC AGAAACCTGA AGCAGGCAGT 
TCACAAATTG TTGTGAGCCA AAACAACGAG AATACAAGCG GCGTACATAA ATTTGTTTGC 
AAGTTCTGTG GGCTGAAATT CAATTTATTA CCTGACCTTG GCCGTCACCA TCAAGCTGAA 
CACATGGGAC CGAGTCTAGT TGGCTCTCGT GGTCCGAAGA AAGGAATAAG GTTTAATACA 
TATAGGATGA AATCTGGTAG GCTTAGTCGT CCAAATAAAT TCAAAAAAAG TCTTGGAGCT 
GTCTCATATA GGATTAGAAA TAGGGCTGGT GTAAATATGA AGAGGAGGAT GCAAGGTTCT 
AAATCGCTCG GCACAGAAGG AAACACTGAA GCTGGAGTAT CGCCGCCTCT GGATGATAGT 
AGAAACTTTG ATGGCGTAAC AGATGCTCAT TGCTCTGTGG TTTCGGATAT ATTGTTGTCA 
AAGGTTCAGA AAGCAAAACA TCGCCCCAAT AACCTCGATA TCCTGTCTGC TGCTCGATCA 
GCTTGCTGTA GGGTGAGCGT TGAGACCTCT TTGGAGGCTA AATTCGGTGA TTTGCCTGAC 
CGGATATATC TCAAGGCAGC AAAACTTTGC GGTGAGCAAG GTGTACAAGT GCAATGGCAT 
CAGGAAGGAT ACATATGCTC TAACGGATGT AAGCCTGTTA AAGACCCAAA TCTTCTACAT 
CCCTTGATCC CGCGACAAGA GAATGATCGA TTCGGGATAG CTGTGGACGC TGGACAACAT 
TCTAATATTG AGTTGGAAGT TGATGAGTGC CATTGTATCA TGGAGGCTCA TCATTTTAGT 
AAGAGACCGT TTGGAAACAC TGCGGTTTTG TGCAAGGACA TCAGCTTTGG TAAGGAATCA 
GTTCCAATTT GTGTCGTCGA TGATGATCTT TGGAATTCTG AAAAACCGTA TGAGATGCCT 
TGGGAATGCT TTACTTATGT TACAAACTCA ATTCTTCATC CGTCAATGGA TCTTGTAAAG 
GAGAATCTGC AACTCAGGTG TAGCTGTCGC AGTTCAGTGT GCTCGCCTGT AACTTGTGAT 
CACGTATACC TTTTCGGTAA CGATTTTGAG GACGCTAGAG ACATATATGG AAAATCCATG 
AGGTGTAGAT TCCCATATGA TGGCAAACAA CGTATCATCT TGGAGGAGGG TTATCCTGTT 
TATGAATGCA ATAAGTTCTG TGGATGCTCT AGAACATGTC AGAATCGGGT TTTGCAGAAT 
GGAATTCGCG CGAAACTAGA AGTTTTTAGA ACTGAAAGCA AGGGATGGGG ATTGCGAGCT 
TGTGAACATA TACTGCGTGG CACATTTGTT TGCGAATACA TCGGGGAGGT TCTTGATCAG 
CAAGAAGCAA ACAAGAGGCG AAACCAGTAT GGAAATGGAG ATTGCAGCTA CATACTGGAC 
ATTGACGCTA ATATCAACGA CATAGGTAGA TTGATGGAAG AAGAGCTCGA TTATGCTATT 
GATGCTACTA CTCATGGCAA CATCTCTCGA TTCATCAATC ACAGCTGCTC ACCAAATCTC 
GTTAATCACC AAGTTATTGT GGAAAGCATG GAGTCCCCGC TCGCTCATAT CGGTCTATAC 
GCCAGTATGG ATATAGCTGC AGGAGAAGAG ATCACCCGAG ACTATGGACG CAGACCGGTA 
CCATCTGAAC AAGAAAATGA GCATCCATGC CATTGTAAAG CAACTAATTG CAGAGGTCTC 
TTAAGTTAG

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

SUVR5 ( NM_001335861.1 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_001324207.1 Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), partial mRNA.

Price & Availability↑

CloneID	OAb29776
Clone ID Related Accession (Same CDS sequence)	NM_001335864.1 , NM_001335861.1 , NM_001202656.2
Accession Version	NM_001335861.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4149bp) 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	2019-02-13
Organism	Arabidopsis thaliana(thale cress)
Product	histone-lysine N-methyltransferase SUVR5
Comment	Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003071). COMPLETENESS: incomplete on the 3' end.

ATGGAAGTTA AAATGGATGA GTTGGTTCTT GACGTGGATG TTGAGGAAGC AACAGGTAGT 
GAGTTGTTGG TGAAATCTGA GCCGGAGGCT GATTTAAATG CGGTGAAGTC TAGTACCGAT 
TTAGTCACGG TTACCGGACC TATTGGTAAA AATGGCGAAG GCGAGTCGTC ACCTTCTGAG 
CCTAAATGGC TGCAACAAGA TGAACCAATA GCTTTGTGGG TGAAGTGGAG AGGTAAATGG 
CAAGCTGGAA TAAGATGTGC GAAAGCGGAC TGGCCATTGA CGACTTTAAG AGGCAAACCA 
ACTCATGATA GGAAGAAGTA TTGTGTGATT TTTTTTCCGC ATACGAAAAA TTACTCGTGG 
GCGGATATGC AGCTTGTTCG ATCCATCAAT GAGTTTCCTG ATCCTATTGC TTATAAGTCT 
CACAAGATTG GACTTAAGTT AGTTAAAGAT TTAACTGCTG CTAGACGCTA TATTATGCGG 
AAGCTTACAG TTGGGATGTT CAATATAGTT GACCAGTTCC CTTCAGAGGT TGTTTCTGAA 
GCAGCTAGGG ATATTATAAT CTGGAAAGAA TTTGCAATGG AAGCTACTAG AAGCACAAGT 
TATCATGATC TTGGGATAAT GCTTGTGAAG CTTCATAGCA TGATTTTGCA ACGATACATG 
GATCCAATCT GGCTTGAGAA CTCGTTTCCT TTGTGGGTAC AAAAATGTAA CAATGCAGTG 
AATGCAGAGA GTATTGAATT GCTGAATGAG GAATTTGACA ATTGTATCAA GTGGAATGAA 
GTCAAATCAC TTTCTGAGTC TCCAATGCAA CCAATGTTGT TGTCAGAATG GAAAACGTGG 
AAGCATGACA TTGCAAAATG GTTCTCTATA TCTCGCCGTG GTGTTGGCGA AATAGCACAG 
CCGGATAGTA AAAGTGTGTT TAACTCAGAT GTCCAGGCTA GTCGTAAAAG ACCAAAACTT 
GAGATTCGAC GTGCAGAGAC AACAAATGCA ACACATATGG AGTCTGATAC TTCGCCACAA 
GGATTATCTG CAATTGACTC AGAGTTTTTC AGTTCTCGAG GCAACACAAA TTCTCCTGAG 
ACGATGAAAG AAGAAAATCC TGTAATGAAT ACACCAGAGA ATGGTTTGGA TCTATGGGAT 
GGCATTGTTG TTGAAGCAGG TGGTTCACAG TTCATGAAGA CAAAAGAAAC TAATGGACTG 
TCTCACCCGC AAGACCAACA TATAAATGAA TCAGTTCTGA AGAAACCATT TGGTTCGGGA 
AATAAGAGTC AGCAATGCAT AGCTTTCATT GAATCGAAAG GAAGGCAATG TGTGAGGTGG 
GCGAATGAAG GTGATGTTTA TTGTTGCGTG CATTTAGCTT CTCGTTTCAC CACAAAATCT 
ATGAAGAACG AGGGCTCTCC TGCTGTTGAA GCACCTATGT GCGGAGGGGT TACTGTTCTT 
GGTACCAAAT GCAAGCACCG ATCTCTACCC GGGTTTTTGT ACTGCAAGAA ACACCGTCCT 
CATACAGGGA TGGTGAAACC TGATGATTCT TCATCTTTTC TGGTGAAGAG AAAGGTATCG 
GAAATTATGT CAACATTAGA AACAAATCAA TGTCAAGATT TGGTGCCGTT TGGAGAACCA 
GAAGGTCCAT CTTTTGAGAA ACAGGAGCCC CATGGAGCCA CGAGCTTCAC GGAGATGTTT 
GAACATTGTA GCCAAGAGGA TAACTTGTGT ATAGGTTCTT GCTCAGAAAA CAGCTATATT 
TCTTGCAGTG AGTTCTCGAC AAAGCACTCG TTATACTGTG AACAGCACCT TCCTAACTGG 
CTTAAGCGTG CAAGGAATGG TAAGAGTCGA ATAATATCGA AGGAAGTGTT TGTAGATCTC 
TTAAGGGGTT GTTTATCGCG TGAGGAAAAG TTGGCTCTAC ATCAAGCTTG TGATATTTTC 
TACAAGCTCT TCAAAAGTGT CTTATCGTTA AGAAACTCTG TCCCAATGGA AGTACAGATC 
GACTGGGCGA AAACAGAAGC TTCAAGAAAC GCTGACGCTG GAGTTGGAGA ATTCTTGATG 
AAGTTGGTAT CCAATGAAAG AGAGAGATTA ACTAGGATAT GGGGTTTCGC TACTGGTGCT 
GATGAAGAAG ATGTATCATT ATCAGAATAT CCTAATCGAC TACTTGCCAT CACCAATACC 
TGTGATGATG ATGATGATAA AGAGAAATGG TCGTTTAGTG GATTTGCTTG TGCTATTTGC 
TTAGATTCTT TTGTGAGAAG AAAGCTTTTG GAAATTCATG TGGAGGAGCG ACATCACGTG 
CAGTTTGCGG AAAAGTGTAT GCTTCTTCAG TGTATTCCTT GTGGCAGCCA TTTTGGAGAT 
AAAGAACAGT TGCTGGTACA TGTGCAAGCT GTGCATCCTT CTGAGTGCAA ATCGCTAACC 
GTTGCTTCTG AATGCAATTT GACTAATGGT GAGTTTTCTC AGAAACCTGA AGCAGGCAGT 
TCACAAATTG TTGTGAGCCA AAACAACGAG AATACAAGCG GCGTACATAA ATTTGTTTGC 
AAGTTCTGTG GGCTGAAATT CAATTTATTA CCTGACCTTG GCCGTCACCA TCAAGCTGAA 
CACATGGGAC CGAGTCTAGT TGGCTCTCGT GGTCCGAAGA AAGGAATAAG GTTTAATACA 
TATAGGATGA AATCTGGTAG GCTTAGTCGT CCAAATAAAT TCAAAAAAAG TCTTGGAGCT 
GTCTCATATA GGATTAGAAA TAGGGCTGGT GTAAATATGA AGAGGAGGAT GCAAGGTTCT 
AAATCGCTCG GCACAGAAGG AAACACTGAA GCTGGAGTAT CGCCGCCTCT GGATGATAGT 
AGAAACTTTG ATGGCGTAAC AGATGCTCAT TGCTCTGTGG TTTCGGATAT ATTGTTGTCA 
AAGGTTCAGA AAGCAAAACA TCGCCCCAAT AACCTCGATA TCCTGTCTGC TGCTCGATCA 
GCTTGCTGTA GGGTGAGCGT TGAGACCTCT TTGGAGGCTA AATTCGGTGA TTTGCCTGAC 
CGGATATATC TCAAGGCAGC AAAACTTTGC GGTGAGCAAG GTGTACAAGT GCAATGGCAT 
CAGGAAGGAT ACATATGCTC TAACGGATGT AAGCCTGTTA AAGACCCAAA TCTTCTACAT 
CCCTTGATCC CGCGACAAGA GAATGATCGA TTCGGGATAG CTGTGGACGC TGGACAACAT 
TCTAATATTG AGTTGGAAGT TGATGAGTGC CATTGTATCA TGGAGGCTCA TCATTTTAGT 
AAGAGACCGT TTGGAAACAC TGCGGTTTTG TGCAAGGACA TCAGCTTTGG TAAGGAATCA 
GTTCCAATTT GTGTCGTCGA TGATGATCTT TGGAATTCTG AAAAACCGTA TGAGATGCCT 
TGGGAATGCT TTACTTATGT TACAAACTCA ATTCTTCATC CGTCAATGGA TCTTGTAAAG 
GAGAATCTGC AACTCAGGTG TAGCTGTCGC AGTTCAGTGT GCTCGCCTGT AACTTGTGAT 
CACGTATACC TTTTCGGTAA CGATTTTGAG GACGCTAGAG ACATATATGG AAAATCCATG 
AGGTGTAGAT TCCCATATGA TGGCAAACAA CGTATCATCT TGGAGGAGGG TTATCCTGTT 
TATGAATGCA ATAAGTTCTG TGGATGCTCT AGAACATGTC AGAATCGGGT TTTGCAGAAT 
GGAATTCGCG CGAAACTAGA AGTTTTTAGA ACTGAAAGCA AGGGATGGGG ATTGCGAGCT 
TGTGAACATA TACTGCGTGG CACATTTGTT TGCGAATACA TCGGGGAGGT TCTTGATCAG 
CAAGAAGCAA ACAAGAGGCG AAACCAGTAT GGAAATGGAG ATTGCAGCTA CATACTGGAC 
ATTGACGCTA ATATCAACGA CATAGGTAGA TTGATGGAAG AAGAGCTCGA TTATGCTATT 
GATGCTACTA CTCATGGCAA CATCTCTCGA TTCATCAATC ACAGCTGCTC ACCAAATCTC 
GTTAATCACC AAGTTATTGT GGAAAGCATG GAGTCCCCGC TCGCTCATAT CGGTCTATAC 
GCCAGTATGG ATATAGCTGC AGGAGAAGAG ATCACCCGAG ACTATGGACG CAGACCGGTA 
CCATCTGAAC AAGAAAATGA GCATCCATGC CATTGTAAAG CAACTAATTG CAGAGGTCTC 
TTAAGTTAG

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

RefSeq	NP_001324207.1
CDS	263..4411
Translation	MEVKMDELVLDVDVEEATGSELLVKSEPEADLNAVKSSTDLVTVTGPIGKNGEGESSPSEPKWLQQDEPIALWVKWRGKWQAGIRCAKADWPLTTLRGKPTHDRKKYCVIFFPHTKNYSWADMQLVRSINEFPDPIAYKSHKIGLKLVKDLTAARRYIMRKLTVGMFNIVDQFPSEVVSEAARDIIIWKEFAMEATRSTSYHDLGIMLVKLHSMILQRYMDPIWLENSFPLWVQKCNNAVNAESIELLNEEFDNCIKWNEVKSLSESPMQPMLLSEWKTWKHDIAKWFSISRRGVGEIAQPDSKSVFNSDVQASRKRPKLEIRRAETTNATHMESDTSPQGLSAIDSEFFSSRGNTNSPETMKEENPVMNTPENGLDLWDGIVVEAGGSQFMKTKETNGLSHPQDQHINESVLKKPFGSGNKSQQCIAFIESKGRQCVRWANEGDVYCCVHLASRFTTKSMKNEGSPAVEAPMCGGVTVLGTKCKHRSLPGFLYCKKHRPHTGMVKPDDSSSFLVKRKVSEIMSTLETNQCQDLVPFGEPEGPSFEKQEPHGATSFTEMFEHCSQEDNLCIGSCSENSYISCSEFSTKHSLYCEQHLPNWLKRARNGKSRIISKEVFVDLLRGCLSREEKLALHQACDIFYKLFKSVLSLRNSVPMEVQIDWAKTEASRNADAGVGEFLMKLVSNERERLTRIWGFATGADEEDVSLSEYPNRLLAITNTCDDDDDKEKWSFSGFACAICLDSFVRRKLLEIHVEERHHVQFAEKCMLLQCIPCGSHFGDKEQLLVHVQAVHPSECKSLTVASECNLTNGEFSQKPEAGSSQIVVSQNNENTSGVHKFVCKFCGLKFNLLPDLGRHHQAEHMGPSLVGSRGPKKGIRFNTYRMKSGRLSRPNKFKKSLGAVSYRIRNRAGVNMKRRMQGSKSLGTEGNTEAGVSPPLDDSRNFDGVTDAHCSVVSDILLSKVQKAKHRPNNLDILSAARSACCRVSVETSLEAKFGDLPDRIYLKAAKLCGEQGVQVQWHQEGYICSNGCKPVKDPNLLHPLIPRQENDRFGIAVDAGQHSNIELEVDECHCIMEAHHFSKRPFGNTAVLCKDISFGKESVPICVVDDDLWNSEKPYEMPWECFTYVTNSILHPSMDLVKENLQLRCSCRSSVCSPVTCDHVYLFGNDFEDARDIYGKSMRCRFPYDGKQRIILEEGYPVYECNKFCGCSRTCQNRVLQNGIRAKLEVFRTESKGWGLRACEHILRGTFVCEYIGEVLDQQEANKRRNQYGNGDCSYILDIDANINDIGRLMEEELDYAIDATTHGNISRFINHSCSPNLVNHQVIVESMESPLAHIGLYASMDIAAGEEITRDYGRRPVPSEQENEHPCHCKATNCRGLLS

Target ORF information:

RefSeq Version	NM_001335861.1
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), partial mRNA.

Target ORF information:

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

NM_001335861.1

ORF Insert Sequence:

ATGGAAGTTA AAATGGATGA GTTGGTTCTT GACGTGGATG TTGAGGAAGC AACAGGTAGT 
GAGTTGTTGG TGAAATCTGA GCCGGAGGCT GATTTAAATG CGGTGAAGTC TAGTACCGAT 
TTAGTCACGG TTACCGGACC TATTGGTAAA AATGGCGAAG GCGAGTCGTC ACCTTCTGAG 
CCTAAATGGC TGCAACAAGA TGAACCAATA GCTTTGTGGG TGAAGTGGAG AGGTAAATGG 
CAAGCTGGAA TAAGATGTGC GAAAGCGGAC TGGCCATTGA CGACTTTAAG AGGCAAACCA 
ACTCATGATA GGAAGAAGTA TTGTGTGATT TTTTTTCCGC ATACGAAAAA TTACTCGTGG 
GCGGATATGC AGCTTGTTCG ATCCATCAAT GAGTTTCCTG ATCCTATTGC TTATAAGTCT 
CACAAGATTG GACTTAAGTT AGTTAAAGAT TTAACTGCTG CTAGACGCTA TATTATGCGG 
AAGCTTACAG TTGGGATGTT CAATATAGTT GACCAGTTCC CTTCAGAGGT TGTTTCTGAA 
GCAGCTAGGG ATATTATAAT CTGGAAAGAA TTTGCAATGG AAGCTACTAG AAGCACAAGT 
TATCATGATC TTGGGATAAT GCTTGTGAAG CTTCATAGCA TGATTTTGCA ACGATACATG 
GATCCAATCT GGCTTGAGAA CTCGTTTCCT TTGTGGGTAC AAAAATGTAA CAATGCAGTG 
AATGCAGAGA GTATTGAATT GCTGAATGAG GAATTTGACA ATTGTATCAA GTGGAATGAA 
GTCAAATCAC TTTCTGAGTC TCCAATGCAA CCAATGTTGT TGTCAGAATG GAAAACGTGG 
AAGCATGACA TTGCAAAATG GTTCTCTATA TCTCGCCGTG GTGTTGGCGA AATAGCACAG 
CCGGATAGTA AAAGTGTGTT TAACTCAGAT GTCCAGGCTA GTCGTAAAAG ACCAAAACTT 
GAGATTCGAC GTGCAGAGAC AACAAATGCA ACACATATGG AGTCTGATAC TTCGCCACAA 
GGATTATCTG CAATTGACTC AGAGTTTTTC AGTTCTCGAG GCAACACAAA TTCTCCTGAG 
ACGATGAAAG AAGAAAATCC TGTAATGAAT ACACCAGAGA ATGGTTTGGA TCTATGGGAT 
GGCATTGTTG TTGAAGCAGG TGGTTCACAG TTCATGAAGA CAAAAGAAAC TAATGGACTG 
TCTCACCCGC AAGACCAACA TATAAATGAA TCAGTTCTGA AGAAACCATT TGGTTCGGGA 
AATAAGAGTC AGCAATGCAT AGCTTTCATT GAATCGAAAG GAAGGCAATG TGTGAGGTGG 
GCGAATGAAG GTGATGTTTA TTGTTGCGTG CATTTAGCTT CTCGTTTCAC CACAAAATCT 
ATGAAGAACG AGGGCTCTCC TGCTGTTGAA GCACCTATGT GCGGAGGGGT TACTGTTCTT 
GGTACCAAAT GCAAGCACCG ATCTCTACCC GGGTTTTTGT ACTGCAAGAA ACACCGTCCT 
CATACAGGGA TGGTGAAACC TGATGATTCT TCATCTTTTC TGGTGAAGAG AAAGGTATCG 
GAAATTATGT CAACATTAGA AACAAATCAA TGTCAAGATT TGGTGCCGTT TGGAGAACCA 
GAAGGTCCAT CTTTTGAGAA ACAGGAGCCC CATGGAGCCA CGAGCTTCAC GGAGATGTTT 
GAACATTGTA GCCAAGAGGA TAACTTGTGT ATAGGTTCTT GCTCAGAAAA CAGCTATATT 
TCTTGCAGTG AGTTCTCGAC AAAGCACTCG TTATACTGTG AACAGCACCT TCCTAACTGG 
CTTAAGCGTG CAAGGAATGG TAAGAGTCGA ATAATATCGA AGGAAGTGTT TGTAGATCTC 
TTAAGGGGTT GTTTATCGCG TGAGGAAAAG TTGGCTCTAC ATCAAGCTTG TGATATTTTC 
TACAAGCTCT TCAAAAGTGT CTTATCGTTA AGAAACTCTG TCCCAATGGA AGTACAGATC 
GACTGGGCGA AAACAGAAGC TTCAAGAAAC GCTGACGCTG GAGTTGGAGA ATTCTTGATG 
AAGTTGGTAT CCAATGAAAG AGAGAGATTA ACTAGGATAT GGGGTTTCGC TACTGGTGCT 
GATGAAGAAG ATGTATCATT ATCAGAATAT CCTAATCGAC TACTTGCCAT CACCAATACC 
TGTGATGATG ATGATGATAA AGAGAAATGG TCGTTTAGTG GATTTGCTTG TGCTATTTGC 
TTAGATTCTT TTGTGAGAAG AAAGCTTTTG GAAATTCATG TGGAGGAGCG ACATCACGTG 
CAGTTTGCGG AAAAGTGTAT GCTTCTTCAG TGTATTCCTT GTGGCAGCCA TTTTGGAGAT 
AAAGAACAGT TGCTGGTACA TGTGCAAGCT GTGCATCCTT CTGAGTGCAA ATCGCTAACC 
GTTGCTTCTG AATGCAATTT GACTAATGGT GAGTTTTCTC AGAAACCTGA AGCAGGCAGT 
TCACAAATTG TTGTGAGCCA AAACAACGAG AATACAAGCG GCGTACATAA ATTTGTTTGC 
AAGTTCTGTG GGCTGAAATT CAATTTATTA CCTGACCTTG GCCGTCACCA TCAAGCTGAA 
CACATGGGAC CGAGTCTAGT TGGCTCTCGT GGTCCGAAGA AAGGAATAAG GTTTAATACA 
TATAGGATGA AATCTGGTAG GCTTAGTCGT CCAAATAAAT TCAAAAAAAG TCTTGGAGCT 
GTCTCATATA GGATTAGAAA TAGGGCTGGT GTAAATATGA AGAGGAGGAT GCAAGGTTCT 
AAATCGCTCG GCACAGAAGG AAACACTGAA GCTGGAGTAT CGCCGCCTCT GGATGATAGT 
AGAAACTTTG ATGGCGTAAC AGATGCTCAT TGCTCTGTGG TTTCGGATAT ATTGTTGTCA 
AAGGTTCAGA AAGCAAAACA TCGCCCCAAT AACCTCGATA TCCTGTCTGC TGCTCGATCA 
GCTTGCTGTA GGGTGAGCGT TGAGACCTCT TTGGAGGCTA AATTCGGTGA TTTGCCTGAC 
CGGATATATC TCAAGGCAGC AAAACTTTGC GGTGAGCAAG GTGTACAAGT GCAATGGCAT 
CAGGAAGGAT ACATATGCTC TAACGGATGT AAGCCTGTTA AAGACCCAAA TCTTCTACAT 
CCCTTGATCC CGCGACAAGA GAATGATCGA TTCGGGATAG CTGTGGACGC TGGACAACAT 
TCTAATATTG AGTTGGAAGT TGATGAGTGC CATTGTATCA TGGAGGCTCA TCATTTTAGT 
AAGAGACCGT TTGGAAACAC TGCGGTTTTG TGCAAGGACA TCAGCTTTGG TAAGGAATCA 
GTTCCAATTT GTGTCGTCGA TGATGATCTT TGGAATTCTG AAAAACCGTA TGAGATGCCT 
TGGGAATGCT TTACTTATGT TACAAACTCA ATTCTTCATC CGTCAATGGA TCTTGTAAAG 
GAGAATCTGC AACTCAGGTG TAGCTGTCGC AGTTCAGTGT GCTCGCCTGT AACTTGTGAT 
CACGTATACC TTTTCGGTAA CGATTTTGAG GACGCTAGAG ACATATATGG AAAATCCATG 
AGGTGTAGAT TCCCATATGA TGGCAAACAA CGTATCATCT TGGAGGAGGG TTATCCTGTT 
TATGAATGCA ATAAGTTCTG TGGATGCTCT AGAACATGTC AGAATCGGGT TTTGCAGAAT 
GGAATTCGCG CGAAACTAGA AGTTTTTAGA ACTGAAAGCA AGGGATGGGG ATTGCGAGCT 
TGTGAACATA TACTGCGTGG CACATTTGTT TGCGAATACA TCGGGGAGGT TCTTGATCAG 
CAAGAAGCAA ACAAGAGGCG AAACCAGTAT GGAAATGGAG ATTGCAGCTA CATACTGGAC 
ATTGACGCTA ATATCAACGA CATAGGTAGA TTGATGGAAG AAGAGCTCGA TTATGCTATT 
GATGCTACTA CTCATGGCAA CATCTCTCGA TTCATCAATC ACAGCTGCTC ACCAAATCTC 
GTTAATCACC AAGTTATTGT GGAAAGCATG GAGTCCCCGC TCGCTCATAT CGGTCTATAC 
GCCAGTATGG ATATAGCTGC AGGAGAAGAG ATCACCCGAG ACTATGGACG CAGACCGGTA 
CCATCTGAAC AAGAAAATGA GCATCCATGC CATTGTAAAG CAACTAATTG CAGAGGTCTC 
TTAAGTTAG

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

SUVR5 ( NM_001202656.2 ) cDNA ORF clone, Arabidopsis thaliana(thale cress) -> NP_001189585.1 Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), mRNA.

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CloneID	OAb29776
Clone ID Related Accession (Same CDS sequence)	NM_001335864.1 , NM_001335861.1 , NM_001202656.2
Accession Version	NM_001202656.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4149bp) 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	2019-02-13
Organism	Arabidopsis thaliana(thale cress)
Product	histone-lysine N-methyltransferase SUVR5
Comment	Comment: REVIEWED REFSEQ: This record has been curated by TAIR and Araport. This record is derived from an annotated genomic sequence (NC_003071). On Sep 12, 2016 this sequence version replaced NM_001202656.1.

ATGGAAGTTA AAATGGATGA GTTGGTTCTT GACGTGGATG TTGAGGAAGC AACAGGTAGT 
GAGTTGTTGG TGAAATCTGA GCCGGAGGCT GATTTAAATG CGGTGAAGTC TAGTACCGAT 
TTAGTCACGG TTACCGGACC TATTGGTAAA AATGGCGAAG GCGAGTCGTC ACCTTCTGAG 
CCTAAATGGC TGCAACAAGA TGAACCAATA GCTTTGTGGG TGAAGTGGAG AGGTAAATGG 
CAAGCTGGAA TAAGATGTGC GAAAGCGGAC TGGCCATTGA CGACTTTAAG AGGCAAACCA 
ACTCATGATA GGAAGAAGTA TTGTGTGATT TTTTTTCCGC ATACGAAAAA TTACTCGTGG 
GCGGATATGC AGCTTGTTCG ATCCATCAAT GAGTTTCCTG ATCCTATTGC TTATAAGTCT 
CACAAGATTG GACTTAAGTT AGTTAAAGAT TTAACTGCTG CTAGACGCTA TATTATGCGG 
AAGCTTACAG TTGGGATGTT CAATATAGTT GACCAGTTCC CTTCAGAGGT TGTTTCTGAA 
GCAGCTAGGG ATATTATAAT CTGGAAAGAA TTTGCAATGG AAGCTACTAG AAGCACAAGT 
TATCATGATC TTGGGATAAT GCTTGTGAAG CTTCATAGCA TGATTTTGCA ACGATACATG 
GATCCAATCT GGCTTGAGAA CTCGTTTCCT TTGTGGGTAC AAAAATGTAA CAATGCAGTG 
AATGCAGAGA GTATTGAATT GCTGAATGAG GAATTTGACA ATTGTATCAA GTGGAATGAA 
GTCAAATCAC TTTCTGAGTC TCCAATGCAA CCAATGTTGT TGTCAGAATG GAAAACGTGG 
AAGCATGACA TTGCAAAATG GTTCTCTATA TCTCGCCGTG GTGTTGGCGA AATAGCACAG 
CCGGATAGTA AAAGTGTGTT TAACTCAGAT GTCCAGGCTA GTCGTAAAAG ACCAAAACTT 
GAGATTCGAC GTGCAGAGAC AACAAATGCA ACACATATGG AGTCTGATAC TTCGCCACAA 
GGATTATCTG CAATTGACTC AGAGTTTTTC AGTTCTCGAG GCAACACAAA TTCTCCTGAG 
ACGATGAAAG AAGAAAATCC TGTAATGAAT ACACCAGAGA ATGGTTTGGA TCTATGGGAT 
GGCATTGTTG TTGAAGCAGG TGGTTCACAG TTCATGAAGA CAAAAGAAAC TAATGGACTG 
TCTCACCCGC AAGACCAACA TATAAATGAA TCAGTTCTGA AGAAACCATT TGGTTCGGGA 
AATAAGAGTC AGCAATGCAT AGCTTTCATT GAATCGAAAG GAAGGCAATG TGTGAGGTGG 
GCGAATGAAG GTGATGTTTA TTGTTGCGTG CATTTAGCTT CTCGTTTCAC CACAAAATCT 
ATGAAGAACG AGGGCTCTCC TGCTGTTGAA GCACCTATGT GCGGAGGGGT TACTGTTCTT 
GGTACCAAAT GCAAGCACCG ATCTCTACCC GGGTTTTTGT ACTGCAAGAA ACACCGTCCT 
CATACAGGGA TGGTGAAACC TGATGATTCT TCATCTTTTC TGGTGAAGAG AAAGGTATCG 
GAAATTATGT CAACATTAGA AACAAATCAA TGTCAAGATT TGGTGCCGTT TGGAGAACCA 
GAAGGTCCAT CTTTTGAGAA ACAGGAGCCC CATGGAGCCA CGAGCTTCAC GGAGATGTTT 
GAACATTGTA GCCAAGAGGA TAACTTGTGT ATAGGTTCTT GCTCAGAAAA CAGCTATATT 
TCTTGCAGTG AGTTCTCGAC AAAGCACTCG TTATACTGTG AACAGCACCT TCCTAACTGG 
CTTAAGCGTG CAAGGAATGG TAAGAGTCGA ATAATATCGA AGGAAGTGTT TGTAGATCTC 
TTAAGGGGTT GTTTATCGCG TGAGGAAAAG TTGGCTCTAC ATCAAGCTTG TGATATTTTC 
TACAAGCTCT TCAAAAGTGT CTTATCGTTA AGAAACTCTG TCCCAATGGA AGTACAGATC 
GACTGGGCGA AAACAGAAGC TTCAAGAAAC GCTGACGCTG GAGTTGGAGA ATTCTTGATG 
AAGTTGGTAT CCAATGAAAG AGAGAGATTA ACTAGGATAT GGGGTTTCGC TACTGGTGCT 
GATGAAGAAG ATGTATCATT ATCAGAATAT CCTAATCGAC TACTTGCCAT CACCAATACC 
TGTGATGATG ATGATGATAA AGAGAAATGG TCGTTTAGTG GATTTGCTTG TGCTATTTGC 
TTAGATTCTT TTGTGAGAAG AAAGCTTTTG GAAATTCATG TGGAGGAGCG ACATCACGTG 
CAGTTTGCGG AAAAGTGTAT GCTTCTTCAG TGTATTCCTT GTGGCAGCCA TTTTGGAGAT 
AAAGAACAGT TGCTGGTACA TGTGCAAGCT GTGCATCCTT CTGAGTGCAA ATCGCTAACC 
GTTGCTTCTG AATGCAATTT GACTAATGGT GAGTTTTCTC AGAAACCTGA AGCAGGCAGT 
TCACAAATTG TTGTGAGCCA AAACAACGAG AATACAAGCG GCGTACATAA ATTTGTTTGC 
AAGTTCTGTG GGCTGAAATT CAATTTATTA CCTGACCTTG GCCGTCACCA TCAAGCTGAA 
CACATGGGAC CGAGTCTAGT TGGCTCTCGT GGTCCGAAGA AAGGAATAAG GTTTAATACA 
TATAGGATGA AATCTGGTAG GCTTAGTCGT CCAAATAAAT TCAAAAAAAG TCTTGGAGCT 
GTCTCATATA GGATTAGAAA TAGGGCTGGT GTAAATATGA AGAGGAGGAT GCAAGGTTCT 
AAATCGCTCG GCACAGAAGG AAACACTGAA GCTGGAGTAT CGCCGCCTCT GGATGATAGT 
AGAAACTTTG ATGGCGTAAC AGATGCTCAT TGCTCTGTGG TTTCGGATAT ATTGTTGTCA 
AAGGTTCAGA AAGCAAAACA TCGCCCCAAT AACCTCGATA TCCTGTCTGC TGCTCGATCA 
GCTTGCTGTA GGGTGAGCGT TGAGACCTCT TTGGAGGCTA AATTCGGTGA TTTGCCTGAC 
CGGATATATC TCAAGGCAGC AAAACTTTGC GGTGAGCAAG GTGTACAAGT GCAATGGCAT 
CAGGAAGGAT ACATATGCTC TAACGGATGT AAGCCTGTTA AAGACCCAAA TCTTCTACAT 
CCCTTGATCC CGCGACAAGA GAATGATCGA TTCGGGATAG CTGTGGACGC TGGACAACAT 
TCTAATATTG AGTTGGAAGT TGATGAGTGC CATTGTATCA TGGAGGCTCA TCATTTTAGT 
AAGAGACCGT TTGGAAACAC TGCGGTTTTG TGCAAGGACA TCAGCTTTGG TAAGGAATCA 
GTTCCAATTT GTGTCGTCGA TGATGATCTT TGGAATTCTG AAAAACCGTA TGAGATGCCT 
TGGGAATGCT TTACTTATGT TACAAACTCA ATTCTTCATC CGTCAATGGA TCTTGTAAAG 
GAGAATCTGC AACTCAGGTG TAGCTGTCGC AGTTCAGTGT GCTCGCCTGT AACTTGTGAT 
CACGTATACC TTTTCGGTAA CGATTTTGAG GACGCTAGAG ACATATATGG AAAATCCATG 
AGGTGTAGAT TCCCATATGA TGGCAAACAA CGTATCATCT TGGAGGAGGG TTATCCTGTT 
TATGAATGCA ATAAGTTCTG TGGATGCTCT AGAACATGTC AGAATCGGGT TTTGCAGAAT 
GGAATTCGCG CGAAACTAGA AGTTTTTAGA ACTGAAAGCA AGGGATGGGG ATTGCGAGCT 
TGTGAACATA TACTGCGTGG CACATTTGTT TGCGAATACA TCGGGGAGGT TCTTGATCAG 
CAAGAAGCAA ACAAGAGGCG AAACCAGTAT GGAAATGGAG ATTGCAGCTA CATACTGGAC 
ATTGACGCTA ATATCAACGA CATAGGTAGA TTGATGGAAG AAGAGCTCGA TTATGCTATT 
GATGCTACTA CTCATGGCAA CATCTCTCGA TTCATCAATC ACAGCTGCTC ACCAAATCTC 
GTTAATCACC AAGTTATTGT GGAAAGCATG GAGTCCCCGC TCGCTCATAT CGGTCTATAC 
GCCAGTATGG ATATAGCTGC AGGAGAAGAG ATCACCCGAG ACTATGGACG CAGACCGGTA 
CCATCTGAAC AAGAAAATGA GCATCCATGC CATTGTAAAG CAACTAATTG CAGAGGTCTC 
TTAAGTTAG

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

RefSeq	NP_001189585.1
CDS	382..4530
Translation	MEVKMDELVLDVDVEEATGSELLVKSEPEADLNAVKSSTDLVTVTGPIGKNGEGESSPSEPKWLQQDEPIALWVKWRGKWQAGIRCAKADWPLTTLRGKPTHDRKKYCVIFFPHTKNYSWADMQLVRSINEFPDPIAYKSHKIGLKLVKDLTAARRYIMRKLTVGMFNIVDQFPSEVVSEAARDIIIWKEFAMEATRSTSYHDLGIMLVKLHSMILQRYMDPIWLENSFPLWVQKCNNAVNAESIELLNEEFDNCIKWNEVKSLSESPMQPMLLSEWKTWKHDIAKWFSISRRGVGEIAQPDSKSVFNSDVQASRKRPKLEIRRAETTNATHMESDTSPQGLSAIDSEFFSSRGNTNSPETMKEENPVMNTPENGLDLWDGIVVEAGGSQFMKTKETNGLSHPQDQHINESVLKKPFGSGNKSQQCIAFIESKGRQCVRWANEGDVYCCVHLASRFTTKSMKNEGSPAVEAPMCGGVTVLGTKCKHRSLPGFLYCKKHRPHTGMVKPDDSSSFLVKRKVSEIMSTLETNQCQDLVPFGEPEGPSFEKQEPHGATSFTEMFEHCSQEDNLCIGSCSENSYISCSEFSTKHSLYCEQHLPNWLKRARNGKSRIISKEVFVDLLRGCLSREEKLALHQACDIFYKLFKSVLSLRNSVPMEVQIDWAKTEASRNADAGVGEFLMKLVSNERERLTRIWGFATGADEEDVSLSEYPNRLLAITNTCDDDDDKEKWSFSGFACAICLDSFVRRKLLEIHVEERHHVQFAEKCMLLQCIPCGSHFGDKEQLLVHVQAVHPSECKSLTVASECNLTNGEFSQKPEAGSSQIVVSQNNENTSGVHKFVCKFCGLKFNLLPDLGRHHQAEHMGPSLVGSRGPKKGIRFNTYRMKSGRLSRPNKFKKSLGAVSYRIRNRAGVNMKRRMQGSKSLGTEGNTEAGVSPPLDDSRNFDGVTDAHCSVVSDILLSKVQKAKHRPNNLDILSAARSACCRVSVETSLEAKFGDLPDRIYLKAAKLCGEQGVQVQWHQEGYICSNGCKPVKDPNLLHPLIPRQENDRFGIAVDAGQHSNIELEVDECHCIMEAHHFSKRPFGNTAVLCKDISFGKESVPICVVDDDLWNSEKPYEMPWECFTYVTNSILHPSMDLVKENLQLRCSCRSSVCSPVTCDHVYLFGNDFEDARDIYGKSMRCRFPYDGKQRIILEEGYPVYECNKFCGCSRTCQNRVLQNGIRAKLEVFRTESKGWGLRACEHILRGTFVCEYIGEVLDQQEANKRRNQYGNGDCSYILDIDANINDIGRLMEEELDYAIDATTHGNISRFINHSCSPNLVNHQVIVESMESPLAHIGLYASMDIAAGEEITRDYGRRPVPSEQENEHPCHCKATNCRGLLS

Target ORF information:

RefSeq Version	NM_001202656.2
Organism	Arabidopsis thaliana(thale cress)
Definition	Arabidopsis thaliana histone-lysine N-methyltransferase SUVR5 (SUVR5), mRNA.

Target ORF information:

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

NM_001202656.2

ORF Insert Sequence:

ATGGAAGTTA AAATGGATGA GTTGGTTCTT GACGTGGATG TTGAGGAAGC AACAGGTAGT 
GAGTTGTTGG TGAAATCTGA GCCGGAGGCT GATTTAAATG CGGTGAAGTC TAGTACCGAT 
TTAGTCACGG TTACCGGACC TATTGGTAAA AATGGCGAAG GCGAGTCGTC ACCTTCTGAG 
CCTAAATGGC TGCAACAAGA TGAACCAATA GCTTTGTGGG TGAAGTGGAG AGGTAAATGG 
CAAGCTGGAA TAAGATGTGC GAAAGCGGAC TGGCCATTGA CGACTTTAAG AGGCAAACCA 
ACTCATGATA GGAAGAAGTA TTGTGTGATT TTTTTTCCGC ATACGAAAAA TTACTCGTGG 
GCGGATATGC AGCTTGTTCG ATCCATCAAT GAGTTTCCTG ATCCTATTGC TTATAAGTCT 
CACAAGATTG GACTTAAGTT AGTTAAAGAT TTAACTGCTG CTAGACGCTA TATTATGCGG 
AAGCTTACAG TTGGGATGTT CAATATAGTT GACCAGTTCC CTTCAGAGGT TGTTTCTGAA 
GCAGCTAGGG ATATTATAAT CTGGAAAGAA TTTGCAATGG AAGCTACTAG AAGCACAAGT 
TATCATGATC TTGGGATAAT GCTTGTGAAG CTTCATAGCA TGATTTTGCA ACGATACATG 
GATCCAATCT GGCTTGAGAA CTCGTTTCCT TTGTGGGTAC AAAAATGTAA CAATGCAGTG 
AATGCAGAGA GTATTGAATT GCTGAATGAG GAATTTGACA ATTGTATCAA GTGGAATGAA 
GTCAAATCAC TTTCTGAGTC TCCAATGCAA CCAATGTTGT TGTCAGAATG GAAAACGTGG 
AAGCATGACA TTGCAAAATG GTTCTCTATA TCTCGCCGTG GTGTTGGCGA AATAGCACAG 
CCGGATAGTA AAAGTGTGTT TAACTCAGAT GTCCAGGCTA GTCGTAAAAG ACCAAAACTT 
GAGATTCGAC GTGCAGAGAC AACAAATGCA ACACATATGG AGTCTGATAC TTCGCCACAA 
GGATTATCTG CAATTGACTC AGAGTTTTTC AGTTCTCGAG GCAACACAAA TTCTCCTGAG 
ACGATGAAAG AAGAAAATCC TGTAATGAAT ACACCAGAGA ATGGTTTGGA TCTATGGGAT 
GGCATTGTTG TTGAAGCAGG TGGTTCACAG TTCATGAAGA CAAAAGAAAC TAATGGACTG 
TCTCACCCGC AAGACCAACA TATAAATGAA TCAGTTCTGA AGAAACCATT TGGTTCGGGA 
AATAAGAGTC AGCAATGCAT AGCTTTCATT GAATCGAAAG GAAGGCAATG TGTGAGGTGG 
GCGAATGAAG GTGATGTTTA TTGTTGCGTG CATTTAGCTT CTCGTTTCAC CACAAAATCT 
ATGAAGAACG AGGGCTCTCC TGCTGTTGAA GCACCTATGT GCGGAGGGGT TACTGTTCTT 
GGTACCAAAT GCAAGCACCG ATCTCTACCC GGGTTTTTGT ACTGCAAGAA ACACCGTCCT 
CATACAGGGA TGGTGAAACC TGATGATTCT TCATCTTTTC TGGTGAAGAG AAAGGTATCG 
GAAATTATGT CAACATTAGA AACAAATCAA TGTCAAGATT TGGTGCCGTT TGGAGAACCA 
GAAGGTCCAT CTTTTGAGAA ACAGGAGCCC CATGGAGCCA CGAGCTTCAC GGAGATGTTT 
GAACATTGTA GCCAAGAGGA TAACTTGTGT ATAGGTTCTT GCTCAGAAAA CAGCTATATT 
TCTTGCAGTG AGTTCTCGAC AAAGCACTCG TTATACTGTG AACAGCACCT TCCTAACTGG 
CTTAAGCGTG CAAGGAATGG TAAGAGTCGA ATAATATCGA AGGAAGTGTT TGTAGATCTC 
TTAAGGGGTT GTTTATCGCG TGAGGAAAAG TTGGCTCTAC ATCAAGCTTG TGATATTTTC 
TACAAGCTCT TCAAAAGTGT CTTATCGTTA AGAAACTCTG TCCCAATGGA AGTACAGATC 
GACTGGGCGA AAACAGAAGC TTCAAGAAAC GCTGACGCTG GAGTTGGAGA ATTCTTGATG 
AAGTTGGTAT CCAATGAAAG AGAGAGATTA ACTAGGATAT GGGGTTTCGC TACTGGTGCT 
GATGAAGAAG ATGTATCATT ATCAGAATAT CCTAATCGAC TACTTGCCAT CACCAATACC 
TGTGATGATG ATGATGATAA AGAGAAATGG TCGTTTAGTG GATTTGCTTG TGCTATTTGC 
TTAGATTCTT TTGTGAGAAG AAAGCTTTTG GAAATTCATG TGGAGGAGCG ACATCACGTG 
CAGTTTGCGG AAAAGTGTAT GCTTCTTCAG TGTATTCCTT GTGGCAGCCA TTTTGGAGAT 
AAAGAACAGT TGCTGGTACA TGTGCAAGCT GTGCATCCTT CTGAGTGCAA ATCGCTAACC 
GTTGCTTCTG AATGCAATTT GACTAATGGT GAGTTTTCTC AGAAACCTGA AGCAGGCAGT 
TCACAAATTG TTGTGAGCCA AAACAACGAG AATACAAGCG GCGTACATAA ATTTGTTTGC 
AAGTTCTGTG GGCTGAAATT CAATTTATTA CCTGACCTTG GCCGTCACCA TCAAGCTGAA 
CACATGGGAC CGAGTCTAGT TGGCTCTCGT GGTCCGAAGA AAGGAATAAG GTTTAATACA 
TATAGGATGA AATCTGGTAG GCTTAGTCGT CCAAATAAAT TCAAAAAAAG TCTTGGAGCT 
GTCTCATATA GGATTAGAAA TAGGGCTGGT GTAAATATGA AGAGGAGGAT GCAAGGTTCT 
AAATCGCTCG GCACAGAAGG AAACACTGAA GCTGGAGTAT CGCCGCCTCT GGATGATAGT 
AGAAACTTTG ATGGCGTAAC AGATGCTCAT TGCTCTGTGG TTTCGGATAT ATTGTTGTCA 
AAGGTTCAGA AAGCAAAACA TCGCCCCAAT AACCTCGATA TCCTGTCTGC TGCTCGATCA 
GCTTGCTGTA GGGTGAGCGT TGAGACCTCT TTGGAGGCTA AATTCGGTGA TTTGCCTGAC 
CGGATATATC TCAAGGCAGC AAAACTTTGC GGTGAGCAAG GTGTACAAGT GCAATGGCAT 
CAGGAAGGAT ACATATGCTC TAACGGATGT AAGCCTGTTA AAGACCCAAA TCTTCTACAT 
CCCTTGATCC CGCGACAAGA GAATGATCGA TTCGGGATAG CTGTGGACGC TGGACAACAT 
TCTAATATTG AGTTGGAAGT TGATGAGTGC CATTGTATCA TGGAGGCTCA TCATTTTAGT 
AAGAGACCGT TTGGAAACAC TGCGGTTTTG TGCAAGGACA TCAGCTTTGG TAAGGAATCA 
GTTCCAATTT GTGTCGTCGA TGATGATCTT TGGAATTCTG AAAAACCGTA TGAGATGCCT 
TGGGAATGCT TTACTTATGT TACAAACTCA ATTCTTCATC CGTCAATGGA TCTTGTAAAG 
GAGAATCTGC AACTCAGGTG TAGCTGTCGC AGTTCAGTGT GCTCGCCTGT AACTTGTGAT 
CACGTATACC TTTTCGGTAA CGATTTTGAG GACGCTAGAG ACATATATGG AAAATCCATG 
AGGTGTAGAT TCCCATATGA TGGCAAACAA CGTATCATCT TGGAGGAGGG TTATCCTGTT 
TATGAATGCA ATAAGTTCTG TGGATGCTCT AGAACATGTC AGAATCGGGT TTTGCAGAAT 
GGAATTCGCG CGAAACTAGA AGTTTTTAGA ACTGAAAGCA AGGGATGGGG ATTGCGAGCT 
TGTGAACATA TACTGCGTGG CACATTTGTT TGCGAATACA TCGGGGAGGT TCTTGATCAG 
CAAGAAGCAA ACAAGAGGCG AAACCAGTAT GGAAATGGAG ATTGCAGCTA CATACTGGAC 
ATTGACGCTA ATATCAACGA CATAGGTAGA TTGATGGAAG AAGAGCTCGA TTATGCTATT 
GATGCTACTA CTCATGGCAA CATCTCTCGA TTCATCAATC ACAGCTGCTC ACCAAATCTC 
GTTAATCACC AAGTTATTGT GGAAAGCATG GAGTCCCCGC TCGCTCATAT CGGTCTATAC 
GCCAGTATGG ATATAGCTGC AGGAGAAGAG ATCACCCGAG ACTATGGACG CAGACCGGTA 
CCATCTGAAC AAGAAAATGA GCATCCATGC CATTGTAAAG CAACTAATTG CAGAGGTCTC 
TTAAGTTAG

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

PubMed

Sequence and analysis of chromosome 2 of the plant Arabidopsis thaliana.
Nature402(6763)761-8(1999 Dec)
Lin X,Kaul S,Rounsley S,Shea TP,Benito MI,Town CD,Fujii CY,Mason T,Bowman CL,Barnstead M,Feldblyum TV,Buell CR,Ketchum KA,Lee J,Ronning CM,Koo HL,Moffat KS,Cronin LA,Shen M,Pai G,Van Aken S,Umayam L,Tallon LJ,Gill JE,Adams MD,Carrera AJ,Creasy TH,Goodman HM,Somerville CR,Copenhaver GP,Preuss D,Nierman WC,White O,Eisen JA,Salzberg SL,Fraser CM,Venter JC

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SUVR5 cDNA ORF clone, Arabidopsis thaliana(thale cress)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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