LOC108739605 cDNA ORF clone, Agrilus planipennis(emerald ash borer)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108739605
Entrez Gene ID	108739605
Full Name	histone-lysine N-methyltransferase SETD1
Gene Type	protein-coding
Organism	Agrilus planipennis(emerald ash borer)

mRNA and Protein(s)

mRNA	Protein	Name
XM_025973342.1	XP_025829127.1	histone-lysine N-methyltransferase SETD1
XM_018473589.1	XP_018329091.1	histone-lysine N-methyltransferase SETD1

Pathways from BioSystems
Gene Ontology

The following LOC108739605 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108739605 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
OAg23820	XM_018473589.1 Latest version!	Agrilus planipennis histone-lysine N-methyltransferase SETD1 (LOC108739605), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAg55741	XM_025973342.1 Latest version!	Agrilus planipennis histone-lysine N-methyltransferase SETD1 (LOC108739605), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

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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*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC108739605 ( XM_018473589.1 ) cDNA ORF clone, Agrilus planipennis(emerald ash borer) -> XP_018329091.1 Agrilus planipennis histone-lysine N-methyltransferase SETD1 (LOC108739605), mRNA.

Price & Availability↑

CloneID	OAg23820
Clone ID Related Accession (Same CDS sequence)	XM_018473589.1
Accession Version	XM_018473589.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4335bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-21
Organism	Agrilus planipennis(emerald ash borer)
Product	histone-lysine N-methyltransferase SETD1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017259817.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Agrilus planipennis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGATATTTA TTTTTAGAAT GAATGGTGTG ATGGACCGAA CACCTCAAAG CCATTGTTCT 
GCAAAAGCCC CAAGAAATTA TAAGCTTCTA GTTGATCCAT TTTTAGTCAA GGGAACTGCA 
AAACTATACA GATATGATGG AATAGTTCCT AATGATCCTA GCTACCCACC TGTAGTGCCA 
AGAGATCCTC GATCTCATTT AACTAAAATT TGGACAAGAT TGGAAACATT GGAATTACCA 
GTACCTAGCC ACTCATTTAC AAATAAACAT CTTGGCCTTG GTAGAGTAGT TTTTGAGACA 
ATTGAGAGTG CAAAGGCTTG TGTTGAAAAA TTAAATAATA CCAGCGTAAT GGGAAAAGTT 
TTACAAGTAT TCTTGGATCC TTTTGGTGAA CAATGTAAAA AAAAGTTTGA AGAATTGACA 
ACTGAAAAAA AAAACGTATT GCTTGTGGAA GAGCCTAAAG TAGACGTGGA TATTAAAAAG 
ATTGAAGATG AAAAGAAAAA AAGTGATTTT AAGGAAAAAG AAAAAGAAAT GTTAAAGGGA 
AAGGAAGATT TGCGGGTAGG TCTTCTAAAA GAAAAAGAGC AAGATACAGA AAGATACTTT 
GAAAAGGAAA GATTGTCGTA TAGTAGAAGT CTTAATGCTG GAAGAGAATT TACTACTCCT 
GGAAGTGCTG ATATGGGATA CAATACTGCC CCTAGTGATT ATTCCGCAAG TTTTGGATCA 
GCAAATACAA CACCTTTAAC TTACGATTAT CCTCATAATG TTGCTTTATC CCATCAATAT 
ACATACAATA CACCTTATCA TCATCATGTT GGCACACCAC ATGTTTGGTC AGTACCACCT 
CACCAATGGA CACCAAACGA ACAGTGGGAC AGGGCACCCA CAATTCCTCC AATTCATAAA 
TGGTCCACCG CTAACAGTCA TGCATTAAAA ACAACAGAGA GGGATAAAGA TATCTCCAGA 
GAGGCACGGG ATAAAGACAG AGACTCTAGA GACAGAGACA GAGACAAACG GAAAGTTAAT 
TCAAGCAAAA GGAAAAAAGA AAAGGAAAAA GATGAGACTG AAGGAAAAAC GTTAGATTTA 
GATACAAGGA TAGCGTTGCT GTTAAAAGGG AAAGGGTCTG GAGGAATGGC TCCTCCTTTT 
CTTAGTTTGG CAGTAGATTC GGAAGACGAT TCGAGGTCAC TGTGTGATAA AGGTTTGCCT 
TCGCTACCAT TGTCAACTTC TATCGATAGC GACGATGATG ATCGTTCAAG TGTTTCACTG 
AGTGATCTCC CGATTAATCC CCCCGCACCC AATGTAGACA CAAACGTGTC TAGATTAAAT 
CACGATGCTC CTTTATCGTG TACCCCCTCT CCGTTCTTGT CCAGGGAAAT TTATTTGGAA 
TGCCATCGAA ATGGAGTAGA ACAGGCGTTG GTTGCAAGGC AAAGAGAAGC ATTGGAAACA 
ACTGCCCTTC TAAAGCAAGT CAAAATTGAA ATGGATAAAA TTGGAAGTGA TATTTCGTCT 
AGCGAAGACG AACTGTTAAC GGGAGAACGA CTTGGAAATA ATTACAGTCC AATAGAGCCG 
AGATCATTTA ACAAAAAGGA AGTCAAAACA GAAAAGGACG ATGACCAAAT GAGCCTTTCG 
TCTCTGAGTA GTACAGAGGC TAAAATAGAA GAATCCAAAC CGGAAAGTCA CGTCAACGTA 
CCCCCATCGC ATATTTCTCC ATTTCCTGGA TCTACATATA ATACTTATCA TCAGCAGTAC 
CCTGGTTACC CTCCGACACC GTACGGGTAT CCAGGAACCA CTTACACGGT AACGCCAGAT 
TGGCATCAGT CATATCCCTA CGGTCCTCAG CAACCGCACG GTGGGGCTCC ACCTCTGTAT 
CATCTTGCCC ATCCTCAATA TTCTCAGTTC CCTCAGTTTC AAACGACACA ACCCTATTTA 
CCTTATCAAT TTGGCCAGCG AAAGACTGAT ATACCAAAAG ACGACCCACA CGCACCAACT 
ATTCACGGAG TCGTCAAGCA AATCACGCAA GAATTGAAGC AGATTCTCAA GAAAGACTTC 
AATAAAAAGA TGGTCGAAAA TACTGCATTC AAAAAGTTCG AAACTTGGTG GGAAGAAGAG 
AGTTTAAAAG AAAATGAAAG TACATTGGTG ATTAATAAGG ATGAGCTACA AATTGATAAG 
GATTCACTGC AAACGAAAGA TAACATAAAT ATTCTTTTGG AGTCCAACAG GGAGAATTTG 
TATAGTGGAA CATTCGATAA TGTAGGATTT GGTTTAGGTT TAAGAGCGTC ATTACCAAAA 
ATGCCTAGTT TCAGAAGAAA AAAATTACCC TCGCCAGTTA TTGAAGATGA AGATTCAAGA 
AAATTGTCAG ATAGCGAAGA AATTGTTCAC CACTTTGATA CAGAAGATAC TCAAAGCACG 
TCGCGCCAAT TACGCCGTGT TCGGAAAACT TCTTCCAGCT CAAGCACTAG TTCGGCCAGT 
TCAACATTTA GCTCGAGCAG CGATGATTCG AGTTCTGATG AAAGTGCATC TGAAACTGAA 
GAAGATGGTG AAATGGAAAT TAAAACGTTA CTCTCTTCAC CCATGCGACA AAATGAAAAC 
CAAGATTTAG ACTTATCTGC GGCGGAAGAA ACTAATGCGG ATTATACTAT GTCACCAATT 
CAAGATGACA TCGAGCCACG CAACAAAACC CCAGAACCGA TTCAAATGAA CGCAAACGTT 
GAAGAGAATC TTGACAAATC CGAATCCACA AGTGAAGCCG TTGTACGAAA CGATTTTTCG 
CGCTTTTTGG AAAGCGACAG CGATATGAGC GAGGAAGAAC GATTTTATTT GGAACGACGT 
AAACGTAACA CGGAATACAT GGAGAAGATC GAAAAGGAGC GGGAAGAACG GGAAAAAGCG 
GAAAGGCAAG CTCGAGGTAT GTCGAAAACA TATGCGGTTG ATAAAGAAGA AAGTTCGGAA 
AATGAACGTC AGATATTAGA GAAAAGGGAA ACTGACAGAG AAGCGAACTT AAGCACGTCG 
AAAAATCCCG AACCTCCCTC TGAAAGAACC GCAAACGAAG GGAAAAAAGC GGAAGAAAAA 
CCAGACTTGG TAAGCAAAAC ACAAACAGAA AGCAAAGTGA TTAGCAATGG AACTATCGAA 
AGATCGAAAA GTTTGTCTGA GTCTTCGATC GATTCAAGCA GTCCCAAGTC TCAGGTGACT 
ATAGAACATT CGTACTGTAT GCCTCCACAA AAGGAAAATG AAGATTTGGA AACTGCAACA 
CCTGAAGAAC ACGTCCAAGA ACGTGAACGC AAAAAGGATG ACGTCGTAGC GATTAAAGAA 
AACGATTGGA ATGATAAACC TACAAAACCA CCACGACAGC GCAAACAGAA GCATAATGTA 
CGTAAAATGC ACGAGTTGCA GAAATTACTC GAGTACGGTA ATTACCAAGA ACATGTCCCA 
TCCAGTAATG TTCCTGTGCA AATTCACAAT GTTAAACACA AGGAGCGAGA TATGGTGGCT 
GAAATGGGTA TTCTGTACGA ATTTTTGACA AAAGGTATTG ATATCGAAGA TATTAGGTAT 
ATGAAAGAAT CGTATGAAGC GATGCTTTCG ATCGATTCTA TTGGTTATTG GTTAAACGAT 
ACTCACTGGG TGGATCATTG TGTCACCGAT CTATATTCTA GCCCACCGAA ACGTCGAAAA 
CGCGAAGATT TACGACTGCA TTCAACAGGG TGTGCGCGAA CGGAGGGCTA TTATAAAATT 
GAAGCTCACG AAAAAGCAAA ATACAAGTAT CATCACACAA GGTCGAACGC AATTGTTTCT 
TCTAACGTTA CTCTCTCAAA AACACAAGGT ATTTCAAGGG AAGCCAGATC GAATCAACGT 
CGTCTACTGA CGGCATTCGG AACAGATACT GATTCTGATC TGCTTAAATT TAATCAGCTT 
AAATTTCGCA AGAAACATTT AAAATTCGCA AAATCAGCTA TTCATGATTG GGGTCTATTT 
GCAATGGAAC CCATTGCGGC GGATGAAATG GTAATTGAGT ATGTTGGACA GATGGTACGA 
CCTAGTGTAG CCGATTTGCG CGAGTCCAAT TATGAGGCCG CTGGTATCGG CAGTTCCTAT 
CTTTTCCGAA TAGATCTCGA AACCATAATA GACGCAACGA AATGTGGAAA TTTAGCACGA 
TTCATCAATC ACAGTTGCAA CCCGAACTGT TACGCCAAAG TCATAACGAT AGAATCCCAA 
AAGAAAATTG TGATTTATTC GAAACAACCG ATAGGTGTGA ACGAAGAAAT AACCTACGAT 
TATAAATTTC CAATCGAGGA TGAAAAGATT CCTTGTCTTT GTGGCGCTGC CACTTGTCGC 
GGTACTTTGA ATTAG

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

RefSeq	XP_018329091.1
CDS	167..4501
Translation	MIFIFRMNGVMDRTPQSHCSAKAPRNYKLLVDPFLVKGTAKLYRYDGIVPNDPSYPPVVPRDPRSHLTKIWTRLETLELPVPSHSFTNKHLGLGRVVFETIESAKACVEKLNNTSVMGKVLQVFLDPFGEQCKKKFEELTTEKKNVLLVEEPKVDVDIKKIEDEKKKSDFKEKEKEMLKGKEDLRVGLLKEKEQDTERYFEKERLSYSRSLNAGREFTTPGSADMGYNTAPSDYSASFGSANTTPLTYDYPHNVALSHQYTYNTPYHHHVGTPHVWSVPPHQWTPNEQWDRAPTIPPIHKWSTANSHALKTTERDKDISREARDKDRDSRDRDRDKRKVNSSKRKKEKEKDETEGKTLDLDTRIALLLKGKGSGGMAPPFLSLAVDSEDDSRSLCDKGLPSLPLSTSIDSDDDDRSSVSLSDLPINPPAPNVDTNVSRLNHDAPLSCTPSPFLSREIYLECHRNGVEQALVARQREALETTALLKQVKIEMDKIGSDISSSEDELLTGERLGNNYSPIEPRSFNKKEVKTEKDDDQMSLSSLSSTEAKIEESKPESHVNVPPSHISPFPGSTYNTYHQQYPGYPPTPYGYPGTTYTVTPDWHQSYPYGPQQPHGGAPPLYHLAHPQYSQFPQFQTTQPYLPYQFGQRKTDIPKDDPHAPTIHGVVKQITQELKQILKKDFNKKMVENTAFKKFETWWEEESLKENESTLVINKDELQIDKDSLQTKDNINILLESNRENLYSGTFDNVGFGLGLRASLPKMPSFRRKKLPSPVIEDEDSRKLSDSEEIVHHFDTEDTQSTSRQLRRVRKTSSSSSTSSASSTFSSSSDDSSSDESASETEEDGEMEIKTLLSSPMRQNENQDLDLSAAEETNADYTMSPIQDDIEPRNKTPEPIQMNANVEENLDKSESTSEAVVRNDFSRFLESDSDMSEEERFYLERRKRNTEYMEKIEKEREEREKAERQARGMSKTYAVDKEESSENERQILEKRETDREANLSTSKNPEPPSERTANEGKKAEEKPDLVSKTQTESKVISNGTIERSKSLSESSIDSSSPKSQVTIEHSYCMPPQKENEDLETATPEEHVQERERKKDDVVAIKENDWNDKPTKPPRQRKQKHNVRKMHELQKLLEYGNYQEHVPSSNVPVQIHNVKHKERDMVAEMGILYEFLTKGIDIEDIRYMKESYEAMLSIDSIGYWLNDTHWVDHCVTDLYSSPPKRRKREDLRLHSTGCARTEGYYKIEAHEKAKYKYHHTRSNAIVSSNVTLSKTQGISREARSNQRRLLTAFGTDTDSDLLKFNQLKFRKKHLKFAKSAIHDWGLFAMEPIAADEMVIEYVGQMVRPSVADLRESNYEAAGIGSSYLFRIDLETIIDATKCGNLARFINHSCNPNCYAKVITIESQKKIVIYSKQPIGVNEEITYDYKFPIEDEKIPCLCGAATCRGTLN

Target ORF information:

RefSeq Version	XM_018473589.1
Organism	Agrilus planipennis(emerald ash borer)
Definition	Agrilus planipennis histone-lysine N-methyltransferase SETD1 (LOC108739605), mRNA.

Target ORF information:

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

XM_018473589.1

ORF Insert Sequence:

ATGATATTTA TTTTTAGAAT GAATGGTGTG ATGGACCGAA CACCTCAAAG CCATTGTTCT 
GCAAAAGCCC CAAGAAATTA TAAGCTTCTA GTTGATCCAT TTTTAGTCAA GGGAACTGCA 
AAACTATACA GATATGATGG AATAGTTCCT AATGATCCTA GCTACCCACC TGTAGTGCCA 
AGAGATCCTC GATCTCATTT AACTAAAATT TGGACAAGAT TGGAAACATT GGAATTACCA 
GTACCTAGCC ACTCATTTAC AAATAAACAT CTTGGCCTTG GTAGAGTAGT TTTTGAGACA 
ATTGAGAGTG CAAAGGCTTG TGTTGAAAAA TTAAATAATA CCAGCGTAAT GGGAAAAGTT 
TTACAAGTAT TCTTGGATCC TTTTGGTGAA CAATGTAAAA AAAAGTTTGA AGAATTGACA 
ACTGAAAAAA AAAACGTATT GCTTGTGGAA GAGCCTAAAG TAGACGTGGA TATTAAAAAG 
ATTGAAGATG AAAAGAAAAA AAGTGATTTT AAGGAAAAAG AAAAAGAAAT GTTAAAGGGA 
AAGGAAGATT TGCGGGTAGG TCTTCTAAAA GAAAAAGAGC AAGATACAGA AAGATACTTT 
GAAAAGGAAA GATTGTCGTA TAGTAGAAGT CTTAATGCTG GAAGAGAATT TACTACTCCT 
GGAAGTGCTG ATATGGGATA CAATACTGCC CCTAGTGATT ATTCCGCAAG TTTTGGATCA 
GCAAATACAA CACCTTTAAC TTACGATTAT CCTCATAATG TTGCTTTATC CCATCAATAT 
ACATACAATA CACCTTATCA TCATCATGTT GGCACACCAC ATGTTTGGTC AGTACCACCT 
CACCAATGGA CACCAAACGA ACAGTGGGAC AGGGCACCCA CAATTCCTCC AATTCATAAA 
TGGTCCACCG CTAACAGTCA TGCATTAAAA ACAACAGAGA GGGATAAAGA TATCTCCAGA 
GAGGCACGGG ATAAAGACAG AGACTCTAGA GACAGAGACA GAGACAAACG GAAAGTTAAT 
TCAAGCAAAA GGAAAAAAGA AAAGGAAAAA GATGAGACTG AAGGAAAAAC GTTAGATTTA 
GATACAAGGA TAGCGTTGCT GTTAAAAGGG AAAGGGTCTG GAGGAATGGC TCCTCCTTTT 
CTTAGTTTGG CAGTAGATTC GGAAGACGAT TCGAGGTCAC TGTGTGATAA AGGTTTGCCT 
TCGCTACCAT TGTCAACTTC TATCGATAGC GACGATGATG ATCGTTCAAG TGTTTCACTG 
AGTGATCTCC CGATTAATCC CCCCGCACCC AATGTAGACA CAAACGTGTC TAGATTAAAT 
CACGATGCTC CTTTATCGTG TACCCCCTCT CCGTTCTTGT CCAGGGAAAT TTATTTGGAA 
TGCCATCGAA ATGGAGTAGA ACAGGCGTTG GTTGCAAGGC AAAGAGAAGC ATTGGAAACA 
ACTGCCCTTC TAAAGCAAGT CAAAATTGAA ATGGATAAAA TTGGAAGTGA TATTTCGTCT 
AGCGAAGACG AACTGTTAAC GGGAGAACGA CTTGGAAATA ATTACAGTCC AATAGAGCCG 
AGATCATTTA ACAAAAAGGA AGTCAAAACA GAAAAGGACG ATGACCAAAT GAGCCTTTCG 
TCTCTGAGTA GTACAGAGGC TAAAATAGAA GAATCCAAAC CGGAAAGTCA CGTCAACGTA 
CCCCCATCGC ATATTTCTCC ATTTCCTGGA TCTACATATA ATACTTATCA TCAGCAGTAC 
CCTGGTTACC CTCCGACACC GTACGGGTAT CCAGGAACCA CTTACACGGT AACGCCAGAT 
TGGCATCAGT CATATCCCTA CGGTCCTCAG CAACCGCACG GTGGGGCTCC ACCTCTGTAT 
CATCTTGCCC ATCCTCAATA TTCTCAGTTC CCTCAGTTTC AAACGACACA ACCCTATTTA 
CCTTATCAAT TTGGCCAGCG AAAGACTGAT ATACCAAAAG ACGACCCACA CGCACCAACT 
ATTCACGGAG TCGTCAAGCA AATCACGCAA GAATTGAAGC AGATTCTCAA GAAAGACTTC 
AATAAAAAGA TGGTCGAAAA TACTGCATTC AAAAAGTTCG AAACTTGGTG GGAAGAAGAG 
AGTTTAAAAG AAAATGAAAG TACATTGGTG ATTAATAAGG ATGAGCTACA AATTGATAAG 
GATTCACTGC AAACGAAAGA TAACATAAAT ATTCTTTTGG AGTCCAACAG GGAGAATTTG 
TATAGTGGAA CATTCGATAA TGTAGGATTT GGTTTAGGTT TAAGAGCGTC ATTACCAAAA 
ATGCCTAGTT TCAGAAGAAA AAAATTACCC TCGCCAGTTA TTGAAGATGA AGATTCAAGA 
AAATTGTCAG ATAGCGAAGA AATTGTTCAC CACTTTGATA CAGAAGATAC TCAAAGCACG 
TCGCGCCAAT TACGCCGTGT TCGGAAAACT TCTTCCAGCT CAAGCACTAG TTCGGCCAGT 
TCAACATTTA GCTCGAGCAG CGATGATTCG AGTTCTGATG AAAGTGCATC TGAAACTGAA 
GAAGATGGTG AAATGGAAAT TAAAACGTTA CTCTCTTCAC CCATGCGACA AAATGAAAAC 
CAAGATTTAG ACTTATCTGC GGCGGAAGAA ACTAATGCGG ATTATACTAT GTCACCAATT 
CAAGATGACA TCGAGCCACG CAACAAAACC CCAGAACCGA TTCAAATGAA CGCAAACGTT 
GAAGAGAATC TTGACAAATC CGAATCCACA AGTGAAGCCG TTGTACGAAA CGATTTTTCG 
CGCTTTTTGG AAAGCGACAG CGATATGAGC GAGGAAGAAC GATTTTATTT GGAACGACGT 
AAACGTAACA CGGAATACAT GGAGAAGATC GAAAAGGAGC GGGAAGAACG GGAAAAAGCG 
GAAAGGCAAG CTCGAGGTAT GTCGAAAACA TATGCGGTTG ATAAAGAAGA AAGTTCGGAA 
AATGAACGTC AGATATTAGA GAAAAGGGAA ACTGACAGAG AAGCGAACTT AAGCACGTCG 
AAAAATCCCG AACCTCCCTC TGAAAGAACC GCAAACGAAG GGAAAAAAGC GGAAGAAAAA 
CCAGACTTGG TAAGCAAAAC ACAAACAGAA AGCAAAGTGA TTAGCAATGG AACTATCGAA 
AGATCGAAAA GTTTGTCTGA GTCTTCGATC GATTCAAGCA GTCCCAAGTC TCAGGTGACT 
ATAGAACATT CGTACTGTAT GCCTCCACAA AAGGAAAATG AAGATTTGGA AACTGCAACA 
CCTGAAGAAC ACGTCCAAGA ACGTGAACGC AAAAAGGATG ACGTCGTAGC GATTAAAGAA 
AACGATTGGA ATGATAAACC TACAAAACCA CCACGACAGC GCAAACAGAA GCATAATGTA 
CGTAAAATGC ACGAGTTGCA GAAATTACTC GAGTACGGTA ATTACCAAGA ACATGTCCCA 
TCCAGTAATG TTCCTGTGCA AATTCACAAT GTTAAACACA AGGAGCGAGA TATGGTGGCT 
GAAATGGGTA TTCTGTACGA ATTTTTGACA AAAGGTATTG ATATCGAAGA TATTAGGTAT 
ATGAAAGAAT CGTATGAAGC GATGCTTTCG ATCGATTCTA TTGGTTATTG GTTAAACGAT 
ACTCACTGGG TGGATCATTG TGTCACCGAT CTATATTCTA GCCCACCGAA ACGTCGAAAA 
CGCGAAGATT TACGACTGCA TTCAACAGGG TGTGCGCGAA CGGAGGGCTA TTATAAAATT 
GAAGCTCACG AAAAAGCAAA ATACAAGTAT CATCACACAA GGTCGAACGC AATTGTTTCT 
TCTAACGTTA CTCTCTCAAA AACACAAGGT ATTTCAAGGG AAGCCAGATC GAATCAACGT 
CGTCTACTGA CGGCATTCGG AACAGATACT GATTCTGATC TGCTTAAATT TAATCAGCTT 
AAATTTCGCA AGAAACATTT AAAATTCGCA AAATCAGCTA TTCATGATTG GGGTCTATTT 
GCAATGGAAC CCATTGCGGC GGATGAAATG GTAATTGAGT ATGTTGGACA GATGGTACGA 
CCTAGTGTAG CCGATTTGCG CGAGTCCAAT TATGAGGCCG CTGGTATCGG CAGTTCCTAT 
CTTTTCCGAA TAGATCTCGA AACCATAATA GACGCAACGA AATGTGGAAA TTTAGCACGA 
TTCATCAATC ACAGTTGCAA CCCGAACTGT TACGCCAAAG TCATAACGAT AGAATCCCAA 
AAGAAAATTG TGATTTATTC GAAACAACCG ATAGGTGTGA ACGAAGAAAT AACCTACGAT 
TATAAATTTC CAATCGAGGA TGAAAAGATT CCTTGTCTTT GTGGCGCTGC CACTTGTCGC 
GGTACTTTGA ATTAG

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

LOC108739605 ( XM_025973342.1 ) cDNA ORF clone, Agrilus planipennis(emerald ash borer) -> XP_025829127.1 Agrilus planipennis histone-lysine N-methyltransferase SETD1 (LOC108739605), mRNA.

Price & Availability↑

CloneID	OAg55741
Clone ID Related Accession (Same CDS sequence)	XM_025973342.1
Accession Version	XM_025973342.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4476bp) 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	2018-07-29
Organism	Agrilus planipennis(emerald ash borer)
Product	histone-lysine N-methyltransferase SETD1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020438904.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Agrilus planipennis Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATATTTA TTTTTAGAAT GAATGGTGTG ATGGACCGAA CACCTCAAAG CCATTGTTCT 
GCAAAAGCCC CAAGAAATTA TAAGCTTCTA GTTGATCCAT TTTTAGTCAA GGGAACTGCA 
AAACTATACA GATATGATGG AATAGTTCCT AATGATCCTA GCTACCCACC TGTAGTGCCA 
AGAGATCCTC GATCTCATTT AACTAAAATT TGGACAAGAT TGGAAACATT GGAATTACCA 
GTACCTAGGT TTAGAATAGA TGTTAACTAT GTGGGAGAAC CTCCCCCACT GGAAGTAACT 
TTTTTCCATC TTAATGACAA CATTGATAAG CAGTTCTTGT CTGACATGGT TCAGAAGTTT 
GGAGAAATAG AAGAACTCTT CATTTACTAC CACTCATTTA CAAATAAACA TCTTGGCCTT 
GGTAGAGTAG TTTTTGAGAC AATTGAGAGT GCAAAGGCTT GTGTTGAAAA ATTAAATAAT 
ACCAGCGTAA TGGGAAAAGT TTTACAAGTA TTCTTGGATC CTTTTGGTGA ACAATGTAAA 
AAAAAGTTTG AAGAATTGAC AACTGAAAAA AAAAACGTAT TGCTTGTGGA AGAGCCTAAA 
GTAGACGTGG ATATTAAAAA GATTGAAGAT GAAAAGAAAA AAAGTGATTT TAAGGAAAAA 
GAAAAAGAAA TGTTAAAGGG AAAGGAAGAT TTGCGGGTAG GTCTTCTAAA AGAAAAAGAG 
CAAGATACAG AAAGATACTT TGAAAAGGAA AGATTGTCGT ATAGTAGAAG TCTTAATGCT 
GGAAGAGAAT TTACTACTCC TGGAAGTGCT GATATGGGAT ACAATACTGC CCCTAGTGAT 
TATTCCGCAA GTTTTGGATC AGCAAATACA ACACCTTTAA CTTACGATTA TCCTCATAAT 
GTTGCTTTAT CCCATCAATA TACATACAAT ACACCTTATC ATCATCATGT TGGCACACCA 
CATGTTTGGT CAGTACCACC TCACCAATGG ACACCAAACG AACAGTGGGA CAGGGCACCC 
ACAATTCCTC CAATTCATAA ATGGTCCACC GCTAACAGTC ATGCATTAAA AACAACAGAG 
AGGGATAAAG ATATCTCCAG AGAGGCACGG GATAAAGACA GAGACTCTAG AGACAGAGAC 
AGAGACAAAC GGAAAGTTAA TTCAAGCAAA AGGAAAAAAG AAAAGGAAAA AGATGAGACT 
GAAGGAAAAA CGTTAGATTT AGATACAAGG ATAGCGTTGC TGTTAAAAGG GAAAGGGTCT 
GGAGGAATGG CTCCTCCTTT TCTTAGTTTG GCAGTAGATT CGGAAGACGA TTCGAGGTCA 
CTGTGTGATA AAGGTTTGCC TTCGCTACCA TTGTCAACTT CTATCGATAG CGACGATGAT 
GATCGTTCAA GTGTTTCACT GAGTGATCTC CCGATTAATC CCCCCGCACC CAATGTAGAC 
ACAAACGTGT CTAGATTAAA TCACGATGCT CCTTTATCGT GTACCCCCTC TCCGTTCTTG 
TCCAGGGAAA TTTATTTGGA ATGCCATCGA AATGGAGTAG AACAGGCGTT GGTTGCAAGG 
CAAAGAGAAG CATTGGAAAC AACTGCCCTT CTAAAGCAAG TCAAAATTGA AATGGATAAA 
ATTGGAAGTG ATATTTCGTC TAGCGAAGAC GAACTGTTAA CGGGAGAACG ACTTGGAAAT 
AATTACAGTC CAATAGAGCC GAGATCATTT AACAAAAAGG AAGTCAAAAC AGAAAAGGAC 
GATGACCAAA TGAGCCTTTC GTCTCTGAGT AGTACAGAGG CTAAAATAGA AGAATCCAAA 
CCGGAAAGTC ACGTCAACGT ACCCCCATCG CATATTTCTC CATTTCCTGG ATCTACATAT 
AATACTTATC ATCAGCAGTA CCCTGGTTAC CCTCCGACAC CGTACGGGTA TCCAGGAACC 
ACTTACACGG TAACGCCAGA TTGGCATCAG TCATATCCCT ACGGTCCTCA GCAACCGCAC 
GGTGGGGCTC CACCTCTGTA TCATCTTGCC CATCCTCAAT ATTCTCAGTT CCCTCAGTTT 
CAAACGACAC AACCCTATTT ACCTTATCAA TTTGGCCAGC GAAAGACTGA TATACCAAAA 
GACGACCCAC ACGCACCAAC TATTCACGGA GTCGTCAAGC AAATCACGCA AGAATTGAAG 
CAGATTCTCA AGAAAGACTT CAATAAAAAG ATGGTCGAAA ATACTGCATT CAAAAAGTTC 
GAAACTTGGT GGGAAGAAGA GAGTTTAAAA GAAAATGAAA GTACATTGGT GATTAATAAG 
GATGAGCTAC AAATTGATAA GGATTCACTG CAAACGAAAG ATAACATAAA TATTCTTTTG 
GAGTCCAACA GGGAGAATTT GTATAGTGGA ACATTCGATA ATGTAGGATT TGGTTTAGGT 
TTAAGAGCGT CATTACCAAA AATGCCTAGT TTCAGAAGAA AAAAATTACC CTCGCCAGTT 
ATTGAAGATG AAGATTCAAG AAAATTGTCA GATAGCGAAG AAATTGTTCA CCACTTTGAT 
ACAGAAGATA CTCAAAGCAC GTCGCGCCAA TTACGCCGTG TTCGGAAAAC TTCTTCCAGC 
TCAAGCACTA GTTCGGCCAG TTCAACATTT AGCTCGAGCA GCGATGATTC GAGTTCTGAT 
GAAAGTGCAT CTGAAACTGA AGAAGATGGT GAAATGGAAA TTAAAACGTT ACTCTCTTCA 
CCCATGCGAC AAAATGAAAA CCAAGATTTA GACTTATCTG CGGCGGAAGA AACTAATGCG 
GATTATACTA TGTCACCAAT TCAAGATGAC ATCGAGCCAC GCAACAAAAC CCCAGAACCG 
ATTCAAATGA ACGCAAACGT TGAAGAGAAT CTTGACAAAT CCGAATCCAC AAGTGAAGCC 
GTTGTACGAA ACGATTTTTC GCGCTTTTTG GAAAGCGACA GCGATATGAG CGAGGAAGAA 
CGATTTTATT TGGAACGACG TAAACGTAAC ACGGAATACA TGGAGAAGAT CGAAAAGGAG 
CGGGAAGAAC GGGAAAAAGC GGAAAGGCAA GCTCGAGGTA TGTCGAAAAC ATATGCGGTT 
GATAAAGAAG AAAGTTCGGA AAATGAACGT CAGATATTAG AGAAAAGGGA AACTGACAGA 
GAAGCGAACT TAAGCACGTC GAAAAATCCC GAACCTCCCT CTGAAAGAAC CGCAAACGAA 
GGGAAAAAAG CGGAAGAAAA ACCAGACTTG GTAAGCAAAA CACAAACAGA AAGCAAAGTG 
ATTAGCAATG GAACTATCGA AAGATCGAAA AGTTTGTCTG AGTCTTCGAT CGATTCAAGC 
AGTCCCAAGT CTCAGGTGAC TATAGAACAT TCGTACTGTA TGCCTCCACA AAAGGAAAAT 
GAAGATTTGG AAACTGCAAC ACCTGAAGAA CACGTCCAAG AACGTGAACG CAAAAAGGAT 
GACGTCGTAG CGATTAAAGA AAACGATTGG AATGATAAAC CTACAAAACC ACCACGACAG 
CGCAAACAGA AGCATAATGT ACGTAAAATG CACGAGTTGC AGAAATTACT CGAGTACGGT 
AATTACCAAG AACATGTCCC ATCCAGTAAT GTTCCTGTGC AAATTCACAA TGTTAAACAC 
AAGGAGCGAG ATATGGTGGC TGAAATGGGT ATTCTGTACG AATTTTTGAC AAAAGGTATT 
GATATCGAAG ATATTAGGTA TATGAAAGAA TCGTATGAAG CGATGCTTTC GATCGATTCT 
ATTGGTTATT GGTTAAACGA TACTCACTGG GTGGATCATT GTGTCACCGA TCTATATTCT 
AGCCCACCGA AACGTCGAAA ACGCGAAGAT TTACGACTGC ATTCAACAGG GTGTGCGCGA 
ACGGAGGGCT ATTATAAAAT TGAAGCTCAC GAAAAAGCAA AATACAAGTA TCATCACACA 
AGGTCGAACG CAATTGTTTC TTCTAACGTT ACTCTCTCAA AAACACAAGG TATTTCAAGG 
GAAGCCAGAT CGAATCAACG TCGTCTACTG ACGGCATTCG GAACAGATAC TGATTCTGAT 
CTGCTTAAAT TTAATCAGCT TAAATTTCGC AAGAAACATT TAAAATTCGC AAAATCAGCT 
ATTCATGATT GGGGTCTATT TGCAATGGAA CCCATTGCGG CGGATGAAAT GGTAATTGAG 
TATGTTGGAC AGATGGTACG ACCTAGTGTA GCCGATTTGC GCGAGTCCAA TTATGAGGCC 
GCTGGTATCG GCAGTTCCTA TCTTTTCCGA ATAGATCTCG AAACCATAAT AGACGCAACG 
AAATGTGGAA ATTTAGCACG ATTCATCAAT CACAGTTGCA ACCCGAACTG TTACGCCAAA 
GTCATAACGA TAGAATCCCA AAAGAAAATT GTGATTTATT CGAAACAACC GATAGGTGTG 
AACGAAGAAA TAACCTACGA TTATAAATTT CCAATCGAGG ATGAAAAGAT TCCTTGTCTT 
TGTGGCGCTG CCACTTGTCG CGGTACTTTG AATTAG

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

RefSeq	XP_025829127.1
CDS	168..4643
Translation	MIFIFRMNGVMDRTPQSHCSAKAPRNYKLLVDPFLVKGTAKLYRYDGIVPNDPSYPPVVPRDPRSHLTKIWTRLETLELPVPRFRIDVNYVGEPPPLEVTFFHLNDNIDKQFLSDMVQKFGEIEELFIYYHSFTNKHLGLGRVVFETIESAKACVEKLNNTSVMGKVLQVFLDPFGEQCKKKFEELTTEKKNVLLVEEPKVDVDIKKIEDEKKKSDFKEKEKEMLKGKEDLRVGLLKEKEQDTERYFEKERLSYSRSLNAGREFTTPGSADMGYNTAPSDYSASFGSANTTPLTYDYPHNVALSHQYTYNTPYHHHVGTPHVWSVPPHQWTPNEQWDRAPTIPPIHKWSTANSHALKTTERDKDISREARDKDRDSRDRDRDKRKVNSSKRKKEKEKDETEGKTLDLDTRIALLLKGKGSGGMAPPFLSLAVDSEDDSRSLCDKGLPSLPLSTSIDSDDDDRSSVSLSDLPINPPAPNVDTNVSRLNHDAPLSCTPSPFLSREIYLECHRNGVEQALVARQREALETTALLKQVKIEMDKIGSDISSSEDELLTGERLGNNYSPIEPRSFNKKEVKTEKDDDQMSLSSLSSTEAKIEESKPESHVNVPPSHISPFPGSTYNTYHQQYPGYPPTPYGYPGTTYTVTPDWHQSYPYGPQQPHGGAPPLYHLAHPQYSQFPQFQTTQPYLPYQFGQRKTDIPKDDPHAPTIHGVVKQITQELKQILKKDFNKKMVENTAFKKFETWWEEESLKENESTLVINKDELQIDKDSLQTKDNINILLESNRENLYSGTFDNVGFGLGLRASLPKMPSFRRKKLPSPVIEDEDSRKLSDSEEIVHHFDTEDTQSTSRQLRRVRKTSSSSSTSSASSTFSSSSDDSSSDESASETEEDGEMEIKTLLSSPMRQNENQDLDLSAAEETNADYTMSPIQDDIEPRNKTPEPIQMNANVEENLDKSESTSEAVVRNDFSRFLESDSDMSEEERFYLERRKRNTEYMEKIEKEREEREKAERQARGMSKTYAVDKEESSENERQILEKRETDREANLSTSKNPEPPSERTANEGKKAEEKPDLVSKTQTESKVISNGTIERSKSLSESSIDSSSPKSQVTIEHSYCMPPQKENEDLETATPEEHVQERERKKDDVVAIKENDWNDKPTKPPRQRKQKHNVRKMHELQKLLEYGNYQEHVPSSNVPVQIHNVKHKERDMVAEMGILYEFLTKGIDIEDIRYMKESYEAMLSIDSIGYWLNDTHWVDHCVTDLYSSPPKRRKREDLRLHSTGCARTEGYYKIEAHEKAKYKYHHTRSNAIVSSNVTLSKTQGISREARSNQRRLLTAFGTDTDSDLLKFNQLKFRKKHLKFAKSAIHDWGLFAMEPIAADEMVIEYVGQMVRPSVADLRESNYEAAGIGSSYLFRIDLETIIDATKCGNLARFINHSCNPNCYAKVITIESQKKIVIYSKQPIGVNEEITYDYKFPIEDEKIPCLCGAATCRGTLN

Target ORF information:

RefSeq Version	XM_025973342.1
Organism	Agrilus planipennis(emerald ash borer)
Definition	Agrilus planipennis histone-lysine N-methyltransferase SETD1 (LOC108739605), mRNA.

Target ORF information:

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

XM_025973342.1

ORF Insert Sequence:

ATGATATTTA TTTTTAGAAT GAATGGTGTG ATGGACCGAA CACCTCAAAG CCATTGTTCT 
GCAAAAGCCC CAAGAAATTA TAAGCTTCTA GTTGATCCAT TTTTAGTCAA GGGAACTGCA 
AAACTATACA GATATGATGG AATAGTTCCT AATGATCCTA GCTACCCACC TGTAGTGCCA 
AGAGATCCTC GATCTCATTT AACTAAAATT TGGACAAGAT TGGAAACATT GGAATTACCA 
GTACCTAGGT TTAGAATAGA TGTTAACTAT GTGGGAGAAC CTCCCCCACT GGAAGTAACT 
TTTTTCCATC TTAATGACAA CATTGATAAG CAGTTCTTGT CTGACATGGT TCAGAAGTTT 
GGAGAAATAG AAGAACTCTT CATTTACTAC CACTCATTTA CAAATAAACA TCTTGGCCTT 
GGTAGAGTAG TTTTTGAGAC AATTGAGAGT GCAAAGGCTT GTGTTGAAAA ATTAAATAAT 
ACCAGCGTAA TGGGAAAAGT TTTACAAGTA TTCTTGGATC CTTTTGGTGA ACAATGTAAA 
AAAAAGTTTG AAGAATTGAC AACTGAAAAA AAAAACGTAT TGCTTGTGGA AGAGCCTAAA 
GTAGACGTGG ATATTAAAAA GATTGAAGAT GAAAAGAAAA AAAGTGATTT TAAGGAAAAA 
GAAAAAGAAA TGTTAAAGGG AAAGGAAGAT TTGCGGGTAG GTCTTCTAAA AGAAAAAGAG 
CAAGATACAG AAAGATACTT TGAAAAGGAA AGATTGTCGT ATAGTAGAAG TCTTAATGCT 
GGAAGAGAAT TTACTACTCC TGGAAGTGCT GATATGGGAT ACAATACTGC CCCTAGTGAT 
TATTCCGCAA GTTTTGGATC AGCAAATACA ACACCTTTAA CTTACGATTA TCCTCATAAT 
GTTGCTTTAT CCCATCAATA TACATACAAT ACACCTTATC ATCATCATGT TGGCACACCA 
CATGTTTGGT CAGTACCACC TCACCAATGG ACACCAAACG AACAGTGGGA CAGGGCACCC 
ACAATTCCTC CAATTCATAA ATGGTCCACC GCTAACAGTC ATGCATTAAA AACAACAGAG 
AGGGATAAAG ATATCTCCAG AGAGGCACGG GATAAAGACA GAGACTCTAG AGACAGAGAC 
AGAGACAAAC GGAAAGTTAA TTCAAGCAAA AGGAAAAAAG AAAAGGAAAA AGATGAGACT 
GAAGGAAAAA CGTTAGATTT AGATACAAGG ATAGCGTTGC TGTTAAAAGG GAAAGGGTCT 
GGAGGAATGG CTCCTCCTTT TCTTAGTTTG GCAGTAGATT CGGAAGACGA TTCGAGGTCA 
CTGTGTGATA AAGGTTTGCC TTCGCTACCA TTGTCAACTT CTATCGATAG CGACGATGAT 
GATCGTTCAA GTGTTTCACT GAGTGATCTC CCGATTAATC CCCCCGCACC CAATGTAGAC 
ACAAACGTGT CTAGATTAAA TCACGATGCT CCTTTATCGT GTACCCCCTC TCCGTTCTTG 
TCCAGGGAAA TTTATTTGGA ATGCCATCGA AATGGAGTAG AACAGGCGTT GGTTGCAAGG 
CAAAGAGAAG CATTGGAAAC AACTGCCCTT CTAAAGCAAG TCAAAATTGA AATGGATAAA 
ATTGGAAGTG ATATTTCGTC TAGCGAAGAC GAACTGTTAA CGGGAGAACG ACTTGGAAAT 
AATTACAGTC CAATAGAGCC GAGATCATTT AACAAAAAGG AAGTCAAAAC AGAAAAGGAC 
GATGACCAAA TGAGCCTTTC GTCTCTGAGT AGTACAGAGG CTAAAATAGA AGAATCCAAA 
CCGGAAAGTC ACGTCAACGT ACCCCCATCG CATATTTCTC CATTTCCTGG ATCTACATAT 
AATACTTATC ATCAGCAGTA CCCTGGTTAC CCTCCGACAC CGTACGGGTA TCCAGGAACC 
ACTTACACGG TAACGCCAGA TTGGCATCAG TCATATCCCT ACGGTCCTCA GCAACCGCAC 
GGTGGGGCTC CACCTCTGTA TCATCTTGCC CATCCTCAAT ATTCTCAGTT CCCTCAGTTT 
CAAACGACAC AACCCTATTT ACCTTATCAA TTTGGCCAGC GAAAGACTGA TATACCAAAA 
GACGACCCAC ACGCACCAAC TATTCACGGA GTCGTCAAGC AAATCACGCA AGAATTGAAG 
CAGATTCTCA AGAAAGACTT CAATAAAAAG ATGGTCGAAA ATACTGCATT CAAAAAGTTC 
GAAACTTGGT GGGAAGAAGA GAGTTTAAAA GAAAATGAAA GTACATTGGT GATTAATAAG 
GATGAGCTAC AAATTGATAA GGATTCACTG CAAACGAAAG ATAACATAAA TATTCTTTTG 
GAGTCCAACA GGGAGAATTT GTATAGTGGA ACATTCGATA ATGTAGGATT TGGTTTAGGT 
TTAAGAGCGT CATTACCAAA AATGCCTAGT TTCAGAAGAA AAAAATTACC CTCGCCAGTT 
ATTGAAGATG AAGATTCAAG AAAATTGTCA GATAGCGAAG AAATTGTTCA CCACTTTGAT 
ACAGAAGATA CTCAAAGCAC GTCGCGCCAA TTACGCCGTG TTCGGAAAAC TTCTTCCAGC 
TCAAGCACTA GTTCGGCCAG TTCAACATTT AGCTCGAGCA GCGATGATTC GAGTTCTGAT 
GAAAGTGCAT CTGAAACTGA AGAAGATGGT GAAATGGAAA TTAAAACGTT ACTCTCTTCA 
CCCATGCGAC AAAATGAAAA CCAAGATTTA GACTTATCTG CGGCGGAAGA AACTAATGCG 
GATTATACTA TGTCACCAAT TCAAGATGAC ATCGAGCCAC GCAACAAAAC CCCAGAACCG 
ATTCAAATGA ACGCAAACGT TGAAGAGAAT CTTGACAAAT CCGAATCCAC AAGTGAAGCC 
GTTGTACGAA ACGATTTTTC GCGCTTTTTG GAAAGCGACA GCGATATGAG CGAGGAAGAA 
CGATTTTATT TGGAACGACG TAAACGTAAC ACGGAATACA TGGAGAAGAT CGAAAAGGAG 
CGGGAAGAAC GGGAAAAAGC GGAAAGGCAA GCTCGAGGTA TGTCGAAAAC ATATGCGGTT 
GATAAAGAAG AAAGTTCGGA AAATGAACGT CAGATATTAG AGAAAAGGGA AACTGACAGA 
GAAGCGAACT TAAGCACGTC GAAAAATCCC GAACCTCCCT CTGAAAGAAC CGCAAACGAA 
GGGAAAAAAG CGGAAGAAAA ACCAGACTTG GTAAGCAAAA CACAAACAGA AAGCAAAGTG 
ATTAGCAATG GAACTATCGA AAGATCGAAA AGTTTGTCTG AGTCTTCGAT CGATTCAAGC 
AGTCCCAAGT CTCAGGTGAC TATAGAACAT TCGTACTGTA TGCCTCCACA AAAGGAAAAT 
GAAGATTTGG AAACTGCAAC ACCTGAAGAA CACGTCCAAG AACGTGAACG CAAAAAGGAT 
GACGTCGTAG CGATTAAAGA AAACGATTGG AATGATAAAC CTACAAAACC ACCACGACAG 
CGCAAACAGA AGCATAATGT ACGTAAAATG CACGAGTTGC AGAAATTACT CGAGTACGGT 
AATTACCAAG AACATGTCCC ATCCAGTAAT GTTCCTGTGC AAATTCACAA TGTTAAACAC 
AAGGAGCGAG ATATGGTGGC TGAAATGGGT ATTCTGTACG AATTTTTGAC AAAAGGTATT 
GATATCGAAG ATATTAGGTA TATGAAAGAA TCGTATGAAG CGATGCTTTC GATCGATTCT 
ATTGGTTATT GGTTAAACGA TACTCACTGG GTGGATCATT GTGTCACCGA TCTATATTCT 
AGCCCACCGA AACGTCGAAA ACGCGAAGAT TTACGACTGC ATTCAACAGG GTGTGCGCGA 
ACGGAGGGCT ATTATAAAAT TGAAGCTCAC GAAAAAGCAA AATACAAGTA TCATCACACA 
AGGTCGAACG CAATTGTTTC TTCTAACGTT ACTCTCTCAA AAACACAAGG TATTTCAAGG 
GAAGCCAGAT CGAATCAACG TCGTCTACTG ACGGCATTCG GAACAGATAC TGATTCTGAT 
CTGCTTAAAT TTAATCAGCT TAAATTTCGC AAGAAACATT TAAAATTCGC AAAATCAGCT 
ATTCATGATT GGGGTCTATT TGCAATGGAA CCCATTGCGG CGGATGAAAT GGTAATTGAG 
TATGTTGGAC AGATGGTACG ACCTAGTGTA GCCGATTTGC GCGAGTCCAA TTATGAGGCC 
GCTGGTATCG GCAGTTCCTA TCTTTTCCGA ATAGATCTCG AAACCATAAT AGACGCAACG 
AAATGTGGAA ATTTAGCACG ATTCATCAAT CACAGTTGCA ACCCGAACTG TTACGCCAAA 
GTCATAACGA TAGAATCCCA AAAGAAAATT GTGATTTATT CGAAACAACC GATAGGTGTG 
AACGAAGAAA TAACCTACGA TTATAAATTT CCAATCGAGG ATGAAAAGAT TCCTTGTCTT 
TGTGGCGCTG CCACTTGTCG CGGTACTTTG AATTAG