LOC100243559 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100243559
Entrez Gene ID	100243559
Full Name	probable disease resistance protein At4g27220
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019225357.1	XP_019080902.1	probable disease resistance protein At4g27220 isoform X2
XM_010661782.2	XP_010660084.1	probable disease resistance protein At4g27220 isoform X1

Pathways from BioSystems
Gene Ontology

The following LOC100243559 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100243559 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
OVa24118	XM_010661782.2 Latest version!	Vitis vinifera probable disease resistance protein At4g27220 (LOC100243559), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	15-17	$797.30 $1139.00
OVa42307	XM_019225357.1 Latest version!	Vitis vinifera probable disease resistance protein At4g27220 (LOC100243559), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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)

LOC100243559 ( XM_010661782.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010660084.1 Vitis vinifera probable disease resistance protein At4g27220 (LOC100243559), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OVa24118
Clone ID Related Accession (Same CDS sequence)	XM_010661782.2
Accession Version	XM_010661782.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4311bp) 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	2016-11-21
Organism	Vitis vinifera(wine grape)
Product	probable disease resistance protein At4g27220 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012020.3) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 22, 2016 this sequence version replaced XM_010661782.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Vitis vinifera Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCAA TTCTTATGTC CGCTGCAGCA AATGTTGCAG GAAAAGTTGC AGGGTACCTG 
GTTGATCCAA TTGTACGTCA ACTGGGTTAC CTGTTTAACT ATCGTAGCAA CCTTGATGAG 
CTTGTGGAAC AAGTTGAGAG GCTGGGTAAT GCAAGGGAGA GGCTGCAGCA CGATGTGGAT 
GAGGCTAATA GGCAAGGGGA TGATATCGAA AATGATGTCC GGGATTGGCT GACACGTACA 
GAAGAGATCA TCCAAAGGGC AAGGGAATTG ATTCAAGATG AAAACGCTGA AAACACGAGC 
TGTTTGTGTT TCAATTTAAA GTTGGGGTAC CAGCGAAGCA GGCAAGCGAA GGAGCTGTCT 
GAGGATATTG GTGAACTCCA AGAAGAAAAT AACTTTACCA GGGTATCATA TCGCCCTCCT 
CTACAAGGGA TATGGTCTCC ACGCCTCAGA GATTGTGAAC CTTTGGTATC GAGAGCATCT 
ATTTTAAACC GAATTATGGA GGCCTTGAGA AATGATGATA TCAGGATGAT TGGTGTGTGG 
GGGATGGGCG GTGTGGGCAA AACCACCCTT GCCAATCAAG TAGCGAAAAA TGCCGAGGAA 
GATAAGTTAT TTGAAAAGGT GGTTATGGCA TTAAATATAT CCCAAATTCC AAATGTGACA 
AAAATTCAGG AAGATATTGC AGGTATTTTG GGGTTGAAAT TTGAGCAGGA AGGGGAATTA 
GAAAGAGCAC ACCGCTTACG TCGAAGTTTG AACAAACACA AGACGGTCCT GGTGATTTTG 
GATGATATTT GGGGGGAACT TCTGTTGGAA AAAATCGGAA TTCCTTGTGG AGATGCTCAG 
AGGGGGTGTA AAGTGCTGCT GACTTCCAGA AGCCAGGGTC TGTTATCTAG AAGTATGGGT 
ACTCAGATAA ACTTCCATGT TCAACATTTA TGTGAAGAGG AAGCCTGGAG TTTATTTAAG 
AAGACAGCAG GTGATTCAGT GGAGCAGCTT AAATCCATAG CAATTAAAGT ACTTAGAGAA 
TGTGATGGTC TACCAGTTGC CATTGTAACA GTTGCAAAGG CGTTAAAAGG CGAGAGTGGT 
GAGGCTGTGT GGAACAATGC TTTGCTAGAA CTGGAGAATT CTGCACCAGC CAACATCGAG 
GACGTGGATG ATAAAGTATA CAAATGTCTG CAGTTGAGCT ACGACCACTT GAAAAGTGAA 
GAAGTGAAGC GTTTGTTCTT ACTTTGTGGT ATGCTGGGCT ATGGTGATAT TTCAATGGAT 
CAATTGTTAA AATGTGGCAT GGGTTTGGAT TTGTTTGAAC ACGTGAGTTC ATTGGAGCAA 
ATAACAAATA AACTAGTGAC ATTGGTCAAA ATCCTCAAAG ACTCAAGCTT GCTGCTTGAT 
GTTGAAAATA AACATTTCTT TGAGTGGCCA GGTGTGTTTT TCGGATACAA TTATGAAAAC 
AGGTTTGTCA GAATGCATGA TGTTGTTGGT GATGTTGCCA GAGCAATTGC AGCAGAAGGT 
CCTCATCGAT TTGTTGTGAT CAAAGAAGCT CTTGGATTAG AAGAATTGCA AAGGAAGGAG 
GAGTTCAGAA ATTGCAGTCG TATATCTTTG AATTGCAAAA ATCTCCATGA GCTTCCACAA 
AGATTGGTAT GCCCCAGACT TGAATTCTTT GTATTGAATA GTGATGCTGA ATCTTTGGGA 
ATTCCAGACC CCTTTTTTGA AGGGACGGAA CTACTAAAAG TTTTGGACTT GTCTAACGTG 
TGTCTTACAC GACTGCCTTC ATCACTTGGT TTTCTTTCCA ATCTTCGAAC ATTGCGTGTA 
TACCGATGCA CATTCGAAGA CATAGCAGTA ATCGGAGAAC TAAAGAAGCT ACAAGTTCTT 
AGTTTTGAAA GTTGCAAAAT TAAACGGTTG CCGAAAGAAT TCATGCAATT GACTGATCTA 
AGGGCGCTGG ACTTGTGGGA TTGCTCTGAT CTCGAAGTAA TTCCCCAAAA TGTCATATCA 
AGTGTATCTC GATTGGAGCA TTTATGTTTA GTAAAAAGTT TTACCAAATG GGGGGCTGAA 
GGATTTGGTA GTGGAGAAAG CAATAATGCT TGCCTTTCTG AGCTGAACAA CTTGTCCTAT 
TTGAAGACTT TATGTATAGA AATAACGGAT CCCAATTTGC TCTCAGCAGA TCTGGTCTTT 
GAGAAGCTTA CCAGATATGT GATATCAGTG GATCCCGAGG CAGACTGTGT TGTTGATTAT 
CATAATAGAT CCGCAAGAAC GTTGAAGCTC TGGAGGGTTA ACAAACCTTG CTTGGTGGAC 
TGCTTTTCCA AGCTGTTCAA GACAGTCGAA GATTTAACAT TGTTTAAGTT GGATTACGAG 
CTCGATACCA AAGGTTTTCT TCAACTCAAG TATCTCTCTA TAATTCGTTG TCCTGGGATT 
CAATACATTG TTGATTCAAT ACACAGTGCC TTTCCTATCT TGGAGACATT GTTTATTTCT 
GGACTCCAGA ACATGGATGC AGTATGCTGT GGCCCAATTC CAGAGGGATC TTTTGGGAAG 
TTACGTTCTT TAACAGTGAA GTATTGTATG AGGTTGAAAT CATTCATATC CCTTCCGAGG 
GAGCAAGGAA GGGATCGATG GGTGAATCGT CAAATGGGAT CCTTGGATTT GACACGGGAC 
TTCATCTTTA CGGGAACCGA TGTTCCCACA CCATTCTTCA ATGAACAGGT TACACTCCCT 
AGCTTGGAGG ACTTGACAAT AGAAGGTATG GATAATGTGA TAGCAATATG GCACAACCAA 
CTTCCTCTAG AGTCCTGGTG CAAATTGAGA AGTTTGCATT TATTACGTTG CACGGAACTA 
CGGAATGTTT TTCCATCCAA TATCCTAAAA GGGTTTCAAA GTCTAGAAGA TGTGAGCATA 
GATGATTGTC AATCCATAAA AGAGATTTTT GATCTAGGGG GAGTAAATAG CGAGGAAATT 
CATGATATTG AAACCATTCC ATTGAGAATA TTGGATTTAC GTCGGCTGTG TAGTTTGAAG 
AGTATATGGA ATAAGGATCC TCAAGGACTT GTCTCCTTTC AAAACCTACA GTCATTAAAA 
GTCGTTGGGT GTAGTTGTTT AAAATATATT TTTCCCATTA CGGTGGCAGA AGGCCTCGTG 
CAACTTAAAT TCCTAGGGAT AAAAGATTGT GGAGTGGAGG AAATTGTTGC AAATGAAAAT 
GTAGATGAAG TAATGTCCTC ATTATTCCCT GAACTAACCT CTCTCACACT CAAAAGATTA 
AACAAACTGA AAGGTTTCTA CCGAGGAACA CGTATTGCAA GATGGCCACA ATTGAAAAGC 
CTAATTATGT GGAAATCGGG TCAAGTGGAG ACACTTTTTC AAGAAATAGA TTCAGATGAT 
TATATTGATA GTCCAATTCA ACAATCTTTC TTCTTGTTGG AAAAGGATGC ATTCCTTAAT 
TTGGAGCTAT TGATCTTAAA GGGCTCCACG ATGAAAATAT GGCAAGGCCA ATTTTCGGGG 
GAGTCATTTT GCAAGCTGAG AGTTTTGAAG ATAAAAATGT GTCACAACAT TTTGGTTGTG 
ATCCCTTGTA GTAGGCTTCC AAAGTTGCAT AATCTAAAGG AACTCTATGT GAGCAAGTGT 
AATTCAGTGG AAGAGGTATT CCAAATGAAG GAACTTGTGA ATCAGGAATA CCAAGTTGAG 
ACACTCCCAC GATTAACTAA AATGTTCCTA GAAGATCTAC CACTGTTGAC ATATCTATCT 
GGATTGGTTC AAATTTTTGA GAATCTTCAT TCTCTAACAG TACATGGTTG TGAAAATTTA 
ATATATTTGG TGACATCCTC AATAGCTAAA ACATTGGTGC AACTCAAAGA GCTTACTATA 
GAACAATGCA AATTAGTGAA AGAAATAGTC GGACATGAGG GAGGTGAAGA ACCATATGAT 
ATTGTTTTCT CCAAATTACA AAGGTTGAGA CTTGTTAACT TACAAAGTCT AAAATGGTTC 
TGCTCAACTA GATGCATCTT CAAATTCCCA TCCTTGGAAC AATTTGAGGT GGAAGAATGC 
CCTCAGATGG AATATTTTTG TGAGACAGTC CCAAGTACAC CAAGGGTAAA GGAAGTAAAA 
ATTGACGATC ATGTGGAAGA GCAATTTTTG GGGTGTGACA TCAATACCAT CATCCATAAT 
ACAACTTTGG AGAAGTTTAT AATTGTCGAG GTGATGTTTG AGAAGGATCC TGAGGCTCTT 
GGGGCAACCA TTCAATTACA TTGTGAGGAT TATGAAGAAT GGGATTTTGG AGAATGGGAT 
TTTGGAGATA GTGACGATGA TGATGTTTAT GAGGTCAACG ATGATGATTA G

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

RefSeq	XP_010660084.1
CDS	599..4909
Translation	MAAILMSAAANVAGKVAGYLVDPIVRQLGYLFNYRSNLDELVEQVERLGNARERLQHDVDEANRQGDDIENDVRDWLTRTEEIIQRARELIQDENAENTSCLCFNLKLGYQRSRQAKELSEDIGELQEENNFTRVSYRPPLQGIWSPRLRDCEPLVSRASILNRIMEALRNDDIRMIGVWGMGGVGKTTLANQVAKNAEEDKLFEKVVMALNISQIPNVTKIQEDIAGILGLKFEQEGELERAHRLRRSLNKHKTVLVILDDIWGELLLEKIGIPCGDAQRGCKVLLTSRSQGLLSRSMGTQINFHVQHLCEEEAWSLFKKTAGDSVEQLKSIAIKVLRECDGLPVAIVTVAKALKGESGEAVWNNALLELENSAPANIEDVDDKVYKCLQLSYDHLKSEEVKRLFLLCGMLGYGDISMDQLLKCGMGLDLFEHVSSLEQITNKLVTLVKILKDSSLLLDVENKHFFEWPGVFFGYNYENRFVRMHDVVGDVARAIAAEGPHRFVVIKEALGLEELQRKEEFRNCSRISLNCKNLHELPQRLVCPRLEFFVLNSDAESLGIPDPFFEGTELLKVLDLSNVCLTRLPSSLGFLSNLRTLRVYRCTFEDIAVIGELKKLQVLSFESCKIKRLPKEFMQLTDLRALDLWDCSDLEVIPQNVISSVSRLEHLCLVKSFTKWGAEGFGSGESNNACLSELNNLSYLKTLCIEITDPNLLSADLVFEKLTRYVISVDPEADCVVDYHNRSARTLKLWRVNKPCLVDCFSKLFKTVEDLTLFKLDYELDTKGFLQLKYLSIIRCPGIQYIVDSIHSAFPILETLFISGLQNMDAVCCGPIPEGSFGKLRSLTVKYCMRLKSFISLPREQGRDRWVNRQMGSLDLTRDFIFTGTDVPTPFFNEQVTLPSLEDLTIEGMDNVIAIWHNQLPLESWCKLRSLHLLRCTELRNVFPSNILKGFQSLEDVSIDDCQSIKEIFDLGGVNSEEIHDIETIPLRILDLRRLCSLKSIWNKDPQGLVSFQNLQSLKVVGCSCLKYIFPITVAEGLVQLKFLGIKDCGVEEIVANENVDEVMSSLFPELTSLTLKRLNKLKGFYRGTRIARWPQLKSLIMWKSGQVETLFQEIDSDDYIDSPIQQSFFLLEKDAFLNLELLILKGSTMKIWQGQFSGESFCKLRVLKIKMCHNILVVIPCSRLPKLHNLKELYVSKCNSVEEVFQMKELVNQEYQVETLPRLTKMFLEDLPLLTYLSGLVQIFENLHSLTVHGCENLIYLVTSSIAKTLVQLKELTIEQCKLVKEIVGHEGGEEPYDIVFSKLQRLRLVNLQSLKWFCSTRCIFKFPSLEQFEVEECPQMEYFCETVPSTPRVKEVKIDDHVEEQFLGCDINTIIHNTTLEKFIIVEVMFEKDPEALGATIQLHCEDYEEWDFGEWDFGDSDDDDVYEVNDDD

Target ORF information:

RefSeq Version	XM_010661782.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera probable disease resistance protein At4g27220 (LOC100243559), transcript variant X1, mRNA.

Target ORF information:

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

XM_010661782.2

ORF Insert Sequence:

ATGGCAGCAA TTCTTATGTC CGCTGCAGCA AATGTTGCAG GAAAAGTTGC AGGGTACCTG 
GTTGATCCAA TTGTACGTCA ACTGGGTTAC CTGTTTAACT ATCGTAGCAA CCTTGATGAG 
CTTGTGGAAC AAGTTGAGAG GCTGGGTAAT GCAAGGGAGA GGCTGCAGCA CGATGTGGAT 
GAGGCTAATA GGCAAGGGGA TGATATCGAA AATGATGTCC GGGATTGGCT GACACGTACA 
GAAGAGATCA TCCAAAGGGC AAGGGAATTG ATTCAAGATG AAAACGCTGA AAACACGAGC 
TGTTTGTGTT TCAATTTAAA GTTGGGGTAC CAGCGAAGCA GGCAAGCGAA GGAGCTGTCT 
GAGGATATTG GTGAACTCCA AGAAGAAAAT AACTTTACCA GGGTATCATA TCGCCCTCCT 
CTACAAGGGA TATGGTCTCC ACGCCTCAGA GATTGTGAAC CTTTGGTATC GAGAGCATCT 
ATTTTAAACC GAATTATGGA GGCCTTGAGA AATGATGATA TCAGGATGAT TGGTGTGTGG 
GGGATGGGCG GTGTGGGCAA AACCACCCTT GCCAATCAAG TAGCGAAAAA TGCCGAGGAA 
GATAAGTTAT TTGAAAAGGT GGTTATGGCA TTAAATATAT CCCAAATTCC AAATGTGACA 
AAAATTCAGG AAGATATTGC AGGTATTTTG GGGTTGAAAT TTGAGCAGGA AGGGGAATTA 
GAAAGAGCAC ACCGCTTACG TCGAAGTTTG AACAAACACA AGACGGTCCT GGTGATTTTG 
GATGATATTT GGGGGGAACT TCTGTTGGAA AAAATCGGAA TTCCTTGTGG AGATGCTCAG 
AGGGGGTGTA AAGTGCTGCT GACTTCCAGA AGCCAGGGTC TGTTATCTAG AAGTATGGGT 
ACTCAGATAA ACTTCCATGT TCAACATTTA TGTGAAGAGG AAGCCTGGAG TTTATTTAAG 
AAGACAGCAG GTGATTCAGT GGAGCAGCTT AAATCCATAG CAATTAAAGT ACTTAGAGAA 
TGTGATGGTC TACCAGTTGC CATTGTAACA GTTGCAAAGG CGTTAAAAGG CGAGAGTGGT 
GAGGCTGTGT GGAACAATGC TTTGCTAGAA CTGGAGAATT CTGCACCAGC CAACATCGAG 
GACGTGGATG ATAAAGTATA CAAATGTCTG CAGTTGAGCT ACGACCACTT GAAAAGTGAA 
GAAGTGAAGC GTTTGTTCTT ACTTTGTGGT ATGCTGGGCT ATGGTGATAT TTCAATGGAT 
CAATTGTTAA AATGTGGCAT GGGTTTGGAT TTGTTTGAAC ACGTGAGTTC ATTGGAGCAA 
ATAACAAATA AACTAGTGAC ATTGGTCAAA ATCCTCAAAG ACTCAAGCTT GCTGCTTGAT 
GTTGAAAATA AACATTTCTT TGAGTGGCCA GGTGTGTTTT TCGGATACAA TTATGAAAAC 
AGGTTTGTCA GAATGCATGA TGTTGTTGGT GATGTTGCCA GAGCAATTGC AGCAGAAGGT 
CCTCATCGAT TTGTTGTGAT CAAAGAAGCT CTTGGATTAG AAGAATTGCA AAGGAAGGAG 
GAGTTCAGAA ATTGCAGTCG TATATCTTTG AATTGCAAAA ATCTCCATGA GCTTCCACAA 
AGATTGGTAT GCCCCAGACT TGAATTCTTT GTATTGAATA GTGATGCTGA ATCTTTGGGA 
ATTCCAGACC CCTTTTTTGA AGGGACGGAA CTACTAAAAG TTTTGGACTT GTCTAACGTG 
TGTCTTACAC GACTGCCTTC ATCACTTGGT TTTCTTTCCA ATCTTCGAAC ATTGCGTGTA 
TACCGATGCA CATTCGAAGA CATAGCAGTA ATCGGAGAAC TAAAGAAGCT ACAAGTTCTT 
AGTTTTGAAA GTTGCAAAAT TAAACGGTTG CCGAAAGAAT TCATGCAATT GACTGATCTA 
AGGGCGCTGG ACTTGTGGGA TTGCTCTGAT CTCGAAGTAA TTCCCCAAAA TGTCATATCA 
AGTGTATCTC GATTGGAGCA TTTATGTTTA GTAAAAAGTT TTACCAAATG GGGGGCTGAA 
GGATTTGGTA GTGGAGAAAG CAATAATGCT TGCCTTTCTG AGCTGAACAA CTTGTCCTAT 
TTGAAGACTT TATGTATAGA AATAACGGAT CCCAATTTGC TCTCAGCAGA TCTGGTCTTT 
GAGAAGCTTA CCAGATATGT GATATCAGTG GATCCCGAGG CAGACTGTGT TGTTGATTAT 
CATAATAGAT CCGCAAGAAC GTTGAAGCTC TGGAGGGTTA ACAAACCTTG CTTGGTGGAC 
TGCTTTTCCA AGCTGTTCAA GACAGTCGAA GATTTAACAT TGTTTAAGTT GGATTACGAG 
CTCGATACCA AAGGTTTTCT TCAACTCAAG TATCTCTCTA TAATTCGTTG TCCTGGGATT 
CAATACATTG TTGATTCAAT ACACAGTGCC TTTCCTATCT TGGAGACATT GTTTATTTCT 
GGACTCCAGA ACATGGATGC AGTATGCTGT GGCCCAATTC CAGAGGGATC TTTTGGGAAG 
TTACGTTCTT TAACAGTGAA GTATTGTATG AGGTTGAAAT CATTCATATC CCTTCCGAGG 
GAGCAAGGAA GGGATCGATG GGTGAATCGT CAAATGGGAT CCTTGGATTT GACACGGGAC 
TTCATCTTTA CGGGAACCGA TGTTCCCACA CCATTCTTCA ATGAACAGGT TACACTCCCT 
AGCTTGGAGG ACTTGACAAT AGAAGGTATG GATAATGTGA TAGCAATATG GCACAACCAA 
CTTCCTCTAG AGTCCTGGTG CAAATTGAGA AGTTTGCATT TATTACGTTG CACGGAACTA 
CGGAATGTTT TTCCATCCAA TATCCTAAAA GGGTTTCAAA GTCTAGAAGA TGTGAGCATA 
GATGATTGTC AATCCATAAA AGAGATTTTT GATCTAGGGG GAGTAAATAG CGAGGAAATT 
CATGATATTG AAACCATTCC ATTGAGAATA TTGGATTTAC GTCGGCTGTG TAGTTTGAAG 
AGTATATGGA ATAAGGATCC TCAAGGACTT GTCTCCTTTC AAAACCTACA GTCATTAAAA 
GTCGTTGGGT GTAGTTGTTT AAAATATATT TTTCCCATTA CGGTGGCAGA AGGCCTCGTG 
CAACTTAAAT TCCTAGGGAT AAAAGATTGT GGAGTGGAGG AAATTGTTGC AAATGAAAAT 
GTAGATGAAG TAATGTCCTC ATTATTCCCT GAACTAACCT CTCTCACACT CAAAAGATTA 
AACAAACTGA AAGGTTTCTA CCGAGGAACA CGTATTGCAA GATGGCCACA ATTGAAAAGC 
CTAATTATGT GGAAATCGGG TCAAGTGGAG ACACTTTTTC AAGAAATAGA TTCAGATGAT 
TATATTGATA GTCCAATTCA ACAATCTTTC TTCTTGTTGG AAAAGGATGC ATTCCTTAAT 
TTGGAGCTAT TGATCTTAAA GGGCTCCACG ATGAAAATAT GGCAAGGCCA ATTTTCGGGG 
GAGTCATTTT GCAAGCTGAG AGTTTTGAAG ATAAAAATGT GTCACAACAT TTTGGTTGTG 
ATCCCTTGTA GTAGGCTTCC AAAGTTGCAT AATCTAAAGG AACTCTATGT GAGCAAGTGT 
AATTCAGTGG AAGAGGTATT CCAAATGAAG GAACTTGTGA ATCAGGAATA CCAAGTTGAG 
ACACTCCCAC GATTAACTAA AATGTTCCTA GAAGATCTAC CACTGTTGAC ATATCTATCT 
GGATTGGTTC AAATTTTTGA GAATCTTCAT TCTCTAACAG TACATGGTTG TGAAAATTTA 
ATATATTTGG TGACATCCTC AATAGCTAAA ACATTGGTGC AACTCAAAGA GCTTACTATA 
GAACAATGCA AATTAGTGAA AGAAATAGTC GGACATGAGG GAGGTGAAGA ACCATATGAT 
ATTGTTTTCT CCAAATTACA AAGGTTGAGA CTTGTTAACT TACAAAGTCT AAAATGGTTC 
TGCTCAACTA GATGCATCTT CAAATTCCCA TCCTTGGAAC AATTTGAGGT GGAAGAATGC 
CCTCAGATGG AATATTTTTG TGAGACAGTC CCAAGTACAC CAAGGGTAAA GGAAGTAAAA 
ATTGACGATC ATGTGGAAGA GCAATTTTTG GGGTGTGACA TCAATACCAT CATCCATAAT 
ACAACTTTGG AGAAGTTTAT AATTGTCGAG GTGATGTTTG AGAAGGATCC TGAGGCTCTT 
GGGGCAACCA TTCAATTACA TTGTGAGGAT TATGAAGAAT GGGATTTTGG AGAATGGGAT 
TTTGGAGATA GTGACGATGA TGATGTTTAT GAGGTCAACG ATGATGATTA G

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

LOC100243559 ( XM_019225357.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_019080902.1 Vitis vinifera probable disease resistance protein At4g27220 (LOC100243559), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OVa42307
Clone ID Related Accession (Same CDS sequence)	XM_019225357.1
Accession Version	XM_019225357.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4296bp) 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	2016-11-21
Organism	Vitis vinifera(wine grape)
Product	probable disease resistance protein At4g27220 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012020.3) 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 :: Vitis vinifera Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCAA TTCTTATGTC CGCTGCAGCA AATGTTGCAG GAAAAGTTGC AGGGTACCTG 
GTTGATCCAA TTGTACGTCA ACTGGGTTAC CTGTTTAACT ATCGTAGCAA CCTTGATGAG 
CTTGTGGAAC AAGTTGAGAG GCTGGGTAAT GCAAGGGAGA GGCTGCAGCA CGATGTGGAT 
GAGGCTAATA GGCAAGGGGA TGATATCGAA AATGATGTCC GGGATTGGCT GACACGTACA 
GAAGAGATCA TCCAAAGGGC AAGGGAATTG ATTCAAGATG AAAACGCTGA AAACACGAGC 
TGTTTGTGTT TCAATTTAAA GTTGGGGTAC CAGCGAAGCA GGCAAGCGAA GGAGCTGTCT 
GAGGATATTG GTGAACTCCA AGAAGAAAAT AACTTTACCA GGGTATCATA TCGCCCTCCT 
CTACAAGGGA TATGGTCTCC ACGCCTCAGA GATTGTGAAC CTTTGGTATC GAGAGCATCT 
ATTTTAAACC GAATTATGGA GGCCTTGAGA AATGATGATA TCAGGATGAT TGGTGTGTGG 
GGGATGGGCG GTGTGGGCAA AACCACCCTT GCCAATCAAG TAGCGAAAAA TGCCGAGGAA 
GATAAGTTAT TTGAAAAGGT GGTTATGGCA TTAAATATAT CCCAAATTCC AAATGTGACA 
AAAATTCAGG AAGATATTGC AGGTATTTTG GGGTTGAAAT TTGAGCAGGA AGGGGAATTA 
GAAAGAGCAC ACCGCTTACG TCGAAGTTTG AACAAACACA AGACGGTCCT GGTGATTTTG 
GATGATATTT GGGGGGAACT TCTGTTGGAA AAAATCGGAA TTCCTTGTGG AGATGCTCAG 
AGGGGGTGTA AAGTGCTGCT GACTTCCAGA AGCCAGGGTC TGTTATCTAG AAGTATGGGT 
ACTCAGATAA ACTTCCATGT TCAACATTTA TGTGAAGAGG AAGCCTGGAG TTTATTTAAG 
AAGACAGCAG GTGATTCAGT GGAGCAGCTT AAATCCATAG CAATTAAAGT ACTTAGAGAA 
TGTGATGGTC TACCAGTTGC CATTGTAACA GTTGCAAAGG CGTTAAAAGG CGAGAGTGGT 
GAGGCTGTGT GGAACAATGC TTTGCTAGAA CTGGAGAATT CTGCACCAGC CAACATCGAG 
GACGTGGATG ATAAAGTATA CAAATGTCTG CAGTTGAGCT ACGACCACTT GAAAAGTGAA 
GAAGTGAAGC GTTTGTTCTT ACTTTGTGGT ATGCTGGGCT ATGGTGATAT TTCAATGGAT 
CAATTGTTAA AATGTGGCAT GGGTTTGGAT TTGTTTGAAC ACGTGAGTTC ATTGGAGCAA 
ATAACAAATA AACTAGTGAC ATTGGTCAAA ATCCTCAAAG ACTCAAGCTT GCTGCTTGAT 
GTTGAAAATA AACATTTCTT TGAGTGGCCA GGTGTGTTTT TCGGATACAA TTATGAAAAC 
AGGTTTGTCA GAATGCATGA TGTTGTTGGT GATGTTGCCA GAGCAATTGC AGCAGAAGGT 
CCTCATCGAT TTGTTGTGAT CAAAGAAGCT CTTGGATTAG AAGAATTGCA AAGGAAGGAG 
GAGTTCAGAA ATTGCAGTCG TATATCTTTG AATTGCAAAA ATCTCCATGA GCTTCCACAA 
AGATTGGTAT GCCCCAGACT TGAATTCTTT GTATTGAATA GTGATGCTGA ATCTTTGGGA 
ATTCCAGACC CCTTTTTTGA AGGGACGGAA CTACTAAAAG TTTTGGACTT GTCTAACGTG 
TGTCTTACAC GACTGCCTTC ATCACTTGGT TTTCTTTCCA ATCTTCGAAC ATTGCGTGTA 
TACCGATGCA CATTCGAAGA CATAGCAGTA ATCGGAGAAC TAAAGAAGCT ACAAGTTCTT 
AGTTTTGAAA GTTGCAAAAT TAAACGGTTG CCGAAAGAAT TCATGCAATT GACTGATCTA 
AGGGCGCTGG ACTTGTGGGA TTGCTCTGAT CTCGAAGTAA TTCCCCAAAA TGTCATATCA 
AGTGTATCTC GATTGGAGCA TTTATGTTTA GTAAAAAGTT TTACCAAATG GGGGGCTGAA 
GGATTTGGTA GTGGAGAAAG CAATAATGCT TGCCTTTCTG AGCTGAACAA CTTGTCCTAT 
TTGAAGACTT TATGTATAGA AATAACGGAT CCCAATTTGC TCTCAGCAGA TCTGGTCTTT 
GAGAAGCTTA CCAGATATGT GATATCAGTG GATCCCGAGG CAGACTGTGT TGTTGATTAT 
CATAATAGAT CCGCAAGAAC GTTGAAGCTC TGGAGGGTTA ACAAACCTTG CTTGGTGGAC 
TGCTTTTCCA AGCTGTTCAA GACAGTCGAA GATTTAACAT TGTTTAAGTT GGATTACGAG 
CTCGATACCA AAGGTTTTCT TCAACTCAAG TATCTCTCTA TAATTCGTTG TCCTGGGATT 
CAATACATTG TTGATTCAAT ACACAGTGCC TTTCCTATCT TGGAGACATT GTTTATTTCT 
GGACTCCAGA ACATGGATGC AGTATGCTGT GGCCCAATTC CAGAGGGATC TTTTGGGAAG 
TTACGTTCTT TAACAGTGAA GTATTGTATG AGGTTGAAAT CATTCATATC CCTTCCGAGG 
GAGCAAGGAA GGGATCGATG GGTGAATCGT CAAATGGGAT CCTTGGATTT GACACGGGAC 
TTCATCTTTA CGGGAACCGA TGTTCCCACA CCATTCTTCA ATGAACAGGT TACACTCCCT 
AGCTTGGAGG ACTTGACAAT AGAAGGTATG GATAATGTGA TAGCAATATG GCACAACCAA 
CTTCCTCTAG AGTCCTGGTG CAAATTGAGA AGTTTGCATT TATTACGTTG CACGGAACTA 
CGGAATGTTT TTCCATCCAA TATCCTAAAA GGGTTTCAAA GTCTAGAAGA TGTGAGCATA 
GATGATTGTC AATCCATAAA AGAGATTTTT GATCTAGGGG GAGTAAATAG CGAGGAAATT 
CATGATATTG AAACCATTCC ATTGAGAATA TTGGATTTAC GTCGGCTGTG TAGTTTGAAG 
AGTATATGGA ATAAGGATCC TCAAGGACTT GTCTCCTTTC AAAACCTACA GTCATTAAAA 
GTCGTTGGGT GTAGTTGTTT AAAATATATT TTTCCCATTA CGGTGGCAGA AGGCCTCGTG 
CAACTTAAAT TCCTAGGGAT AAAAGATTGT GGAGTGGAGG AAATTGTTGC AAATGAAAAT 
GTAGATGAAG TAATGTCCTC ATTATTCCCT GAACTAACCT CTCTCACACT CAAAAGATTA 
AACAAACTGA AAGGTTTCTA CCGAGGAACA CGTATTGCAA GATGGCCACA ATTGAAAAGC 
CTAATTATGT GGAAATCGGG TCAAGTGGAG ACACTTTTTC AAGAAATAGA TTCAGATGAT 
TATATTGATA GTCCAATTCA ACAATCTTTC TTCTTGTTGG AAAAGGATGC ATTCCTTAAT 
TTGGAGCTAT TGATCTTAAA GGGCTCCACG ATGAAAATAT GGCAAGGCCA ATTTTCGGGG 
GAGTCATTTT GCAAGCTGAG AGTTTTGAAG ATAAAAATGT GTCACAACAT TTTGGTTGTG 
ATCCCTTGTA GTAGGCTTCC AAAGTTGCAT AATCTAAAGG AACTCTATGT GAGCAAGTGT 
AATTCAGTGG AAGAGGTATT CCAAATGAAG GAACTTGTGA ATCAGGAATA CCAAGTTGAG 
ACACTCCCAC GATTAACTAA AATGTTCCTA GAAGATCTAC CACTGTTGAC ATATCTATCT 
GGATTGGTTC AAATTTTTGA GAATCTTCAT TCTCTAACAG TACATGGTTG TGAAAATTTA 
ATATATTTGG TGACATCCTC AATAGCTAAA ACATTGGTGC AACTCAAAGA GCTTACTATA 
GAACAATGCA AATTAGTGAA AGAAATAGTC GGACATGAGG GAGGTGAAGA ACCATATGAT 
ATTGTTTTCT CCAAATTACA AAGGTTGAGA CTTGTTAACT TACAAAGTCT AAAATGGTTC 
TGCTCAACTA GATGCATCTT CAAATTCCCA TCCTTGGAAC AATTTGAGGT GGAAGAATGC 
CCTCAGATGG AATATTTTTG TGAGACAGTC CCAAGTACAC CAAGGGTAAA GGAAGTAAAA 
ATTGACGATC ATGTGGAAGA GCAATTTTTG GGGTGTGACA TCAATACCAT CATCCATAAT 
ACAACTTTGG AGAAGTTTAT AATTGTCGAG GTGATGTTTG AGAAGGATCC TGAGGCTCTT 
GGGGCAACCA TTCAATTACA TTGTGAGGAT TTTGGAGAAT GGGATTTTGG AGATAGTGAC 
GATGATGATG TTTATGAGGT CAACGATGAT GATTAG

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

RefSeq	XP_019080902.1
CDS	599..4894
Translation	MAAILMSAAANVAGKVAGYLVDPIVRQLGYLFNYRSNLDELVEQVERLGNARERLQHDVDEANRQGDDIENDVRDWLTRTEEIIQRARELIQDENAENTSCLCFNLKLGYQRSRQAKELSEDIGELQEENNFTRVSYRPPLQGIWSPRLRDCEPLVSRASILNRIMEALRNDDIRMIGVWGMGGVGKTTLANQVAKNAEEDKLFEKVVMALNISQIPNVTKIQEDIAGILGLKFEQEGELERAHRLRRSLNKHKTVLVILDDIWGELLLEKIGIPCGDAQRGCKVLLTSRSQGLLSRSMGTQINFHVQHLCEEEAWSLFKKTAGDSVEQLKSIAIKVLRECDGLPVAIVTVAKALKGESGEAVWNNALLELENSAPANIEDVDDKVYKCLQLSYDHLKSEEVKRLFLLCGMLGYGDISMDQLLKCGMGLDLFEHVSSLEQITNKLVTLVKILKDSSLLLDVENKHFFEWPGVFFGYNYENRFVRMHDVVGDVARAIAAEGPHRFVVIKEALGLEELQRKEEFRNCSRISLNCKNLHELPQRLVCPRLEFFVLNSDAESLGIPDPFFEGTELLKVLDLSNVCLTRLPSSLGFLSNLRTLRVYRCTFEDIAVIGELKKLQVLSFESCKIKRLPKEFMQLTDLRALDLWDCSDLEVIPQNVISSVSRLEHLCLVKSFTKWGAEGFGSGESNNACLSELNNLSYLKTLCIEITDPNLLSADLVFEKLTRYVISVDPEADCVVDYHNRSARTLKLWRVNKPCLVDCFSKLFKTVEDLTLFKLDYELDTKGFLQLKYLSIIRCPGIQYIVDSIHSAFPILETLFISGLQNMDAVCCGPIPEGSFGKLRSLTVKYCMRLKSFISLPREQGRDRWVNRQMGSLDLTRDFIFTGTDVPTPFFNEQVTLPSLEDLTIEGMDNVIAIWHNQLPLESWCKLRSLHLLRCTELRNVFPSNILKGFQSLEDVSIDDCQSIKEIFDLGGVNSEEIHDIETIPLRILDLRRLCSLKSIWNKDPQGLVSFQNLQSLKVVGCSCLKYIFPITVAEGLVQLKFLGIKDCGVEEIVANENVDEVMSSLFPELTSLTLKRLNKLKGFYRGTRIARWPQLKSLIMWKSGQVETLFQEIDSDDYIDSPIQQSFFLLEKDAFLNLELLILKGSTMKIWQGQFSGESFCKLRVLKIKMCHNILVVIPCSRLPKLHNLKELYVSKCNSVEEVFQMKELVNQEYQVETLPRLTKMFLEDLPLLTYLSGLVQIFENLHSLTVHGCENLIYLVTSSIAKTLVQLKELTIEQCKLVKEIVGHEGGEEPYDIVFSKLQRLRLVNLQSLKWFCSTRCIFKFPSLEQFEVEECPQMEYFCETVPSTPRVKEVKIDDHVEEQFLGCDINTIIHNTTLEKFIIVEVMFEKDPEALGATIQLHCEDFGEWDFGDSDDDDVYEVNDDD

Target ORF information:

RefSeq Version	XM_019225357.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera probable disease resistance protein At4g27220 (LOC100243559), transcript variant X2, mRNA.

Target ORF information:

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

XM_019225357.1

ORF Insert Sequence:

ATGGCAGCAA TTCTTATGTC CGCTGCAGCA AATGTTGCAG GAAAAGTTGC AGGGTACCTG 
GTTGATCCAA TTGTACGTCA ACTGGGTTAC CTGTTTAACT ATCGTAGCAA CCTTGATGAG 
CTTGTGGAAC AAGTTGAGAG GCTGGGTAAT GCAAGGGAGA GGCTGCAGCA CGATGTGGAT 
GAGGCTAATA GGCAAGGGGA TGATATCGAA AATGATGTCC GGGATTGGCT GACACGTACA 
GAAGAGATCA TCCAAAGGGC AAGGGAATTG ATTCAAGATG AAAACGCTGA AAACACGAGC 
TGTTTGTGTT TCAATTTAAA GTTGGGGTAC CAGCGAAGCA GGCAAGCGAA GGAGCTGTCT 
GAGGATATTG GTGAACTCCA AGAAGAAAAT AACTTTACCA GGGTATCATA TCGCCCTCCT 
CTACAAGGGA TATGGTCTCC ACGCCTCAGA GATTGTGAAC CTTTGGTATC GAGAGCATCT 
ATTTTAAACC GAATTATGGA GGCCTTGAGA AATGATGATA TCAGGATGAT TGGTGTGTGG 
GGGATGGGCG GTGTGGGCAA AACCACCCTT GCCAATCAAG TAGCGAAAAA TGCCGAGGAA 
GATAAGTTAT TTGAAAAGGT GGTTATGGCA TTAAATATAT CCCAAATTCC AAATGTGACA 
AAAATTCAGG AAGATATTGC AGGTATTTTG GGGTTGAAAT TTGAGCAGGA AGGGGAATTA 
GAAAGAGCAC ACCGCTTACG TCGAAGTTTG AACAAACACA AGACGGTCCT GGTGATTTTG 
GATGATATTT GGGGGGAACT TCTGTTGGAA AAAATCGGAA TTCCTTGTGG AGATGCTCAG 
AGGGGGTGTA AAGTGCTGCT GACTTCCAGA AGCCAGGGTC TGTTATCTAG AAGTATGGGT 
ACTCAGATAA ACTTCCATGT TCAACATTTA TGTGAAGAGG AAGCCTGGAG TTTATTTAAG 
AAGACAGCAG GTGATTCAGT GGAGCAGCTT AAATCCATAG CAATTAAAGT ACTTAGAGAA 
TGTGATGGTC TACCAGTTGC CATTGTAACA GTTGCAAAGG CGTTAAAAGG CGAGAGTGGT 
GAGGCTGTGT GGAACAATGC TTTGCTAGAA CTGGAGAATT CTGCACCAGC CAACATCGAG 
GACGTGGATG ATAAAGTATA CAAATGTCTG CAGTTGAGCT ACGACCACTT GAAAAGTGAA 
GAAGTGAAGC GTTTGTTCTT ACTTTGTGGT ATGCTGGGCT ATGGTGATAT TTCAATGGAT 
CAATTGTTAA AATGTGGCAT GGGTTTGGAT TTGTTTGAAC ACGTGAGTTC ATTGGAGCAA 
ATAACAAATA AACTAGTGAC ATTGGTCAAA ATCCTCAAAG ACTCAAGCTT GCTGCTTGAT 
GTTGAAAATA AACATTTCTT TGAGTGGCCA GGTGTGTTTT TCGGATACAA TTATGAAAAC 
AGGTTTGTCA GAATGCATGA TGTTGTTGGT GATGTTGCCA GAGCAATTGC AGCAGAAGGT 
CCTCATCGAT TTGTTGTGAT CAAAGAAGCT CTTGGATTAG AAGAATTGCA AAGGAAGGAG 
GAGTTCAGAA ATTGCAGTCG TATATCTTTG AATTGCAAAA ATCTCCATGA GCTTCCACAA 
AGATTGGTAT GCCCCAGACT TGAATTCTTT GTATTGAATA GTGATGCTGA ATCTTTGGGA 
ATTCCAGACC CCTTTTTTGA AGGGACGGAA CTACTAAAAG TTTTGGACTT GTCTAACGTG 
TGTCTTACAC GACTGCCTTC ATCACTTGGT TTTCTTTCCA ATCTTCGAAC ATTGCGTGTA 
TACCGATGCA CATTCGAAGA CATAGCAGTA ATCGGAGAAC TAAAGAAGCT ACAAGTTCTT 
AGTTTTGAAA GTTGCAAAAT TAAACGGTTG CCGAAAGAAT TCATGCAATT GACTGATCTA 
AGGGCGCTGG ACTTGTGGGA TTGCTCTGAT CTCGAAGTAA TTCCCCAAAA TGTCATATCA 
AGTGTATCTC GATTGGAGCA TTTATGTTTA GTAAAAAGTT TTACCAAATG GGGGGCTGAA 
GGATTTGGTA GTGGAGAAAG CAATAATGCT TGCCTTTCTG AGCTGAACAA CTTGTCCTAT 
TTGAAGACTT TATGTATAGA AATAACGGAT CCCAATTTGC TCTCAGCAGA TCTGGTCTTT 
GAGAAGCTTA CCAGATATGT GATATCAGTG GATCCCGAGG CAGACTGTGT TGTTGATTAT 
CATAATAGAT CCGCAAGAAC GTTGAAGCTC TGGAGGGTTA ACAAACCTTG CTTGGTGGAC 
TGCTTTTCCA AGCTGTTCAA GACAGTCGAA GATTTAACAT TGTTTAAGTT GGATTACGAG 
CTCGATACCA AAGGTTTTCT TCAACTCAAG TATCTCTCTA TAATTCGTTG TCCTGGGATT 
CAATACATTG TTGATTCAAT ACACAGTGCC TTTCCTATCT TGGAGACATT GTTTATTTCT 
GGACTCCAGA ACATGGATGC AGTATGCTGT GGCCCAATTC CAGAGGGATC TTTTGGGAAG 
TTACGTTCTT TAACAGTGAA GTATTGTATG AGGTTGAAAT CATTCATATC CCTTCCGAGG 
GAGCAAGGAA GGGATCGATG GGTGAATCGT CAAATGGGAT CCTTGGATTT GACACGGGAC 
TTCATCTTTA CGGGAACCGA TGTTCCCACA CCATTCTTCA ATGAACAGGT TACACTCCCT 
AGCTTGGAGG ACTTGACAAT AGAAGGTATG GATAATGTGA TAGCAATATG GCACAACCAA 
CTTCCTCTAG AGTCCTGGTG CAAATTGAGA AGTTTGCATT TATTACGTTG CACGGAACTA 
CGGAATGTTT TTCCATCCAA TATCCTAAAA GGGTTTCAAA GTCTAGAAGA TGTGAGCATA 
GATGATTGTC AATCCATAAA AGAGATTTTT GATCTAGGGG GAGTAAATAG CGAGGAAATT 
CATGATATTG AAACCATTCC ATTGAGAATA TTGGATTTAC GTCGGCTGTG TAGTTTGAAG 
AGTATATGGA ATAAGGATCC TCAAGGACTT GTCTCCTTTC AAAACCTACA GTCATTAAAA 
GTCGTTGGGT GTAGTTGTTT AAAATATATT TTTCCCATTA CGGTGGCAGA AGGCCTCGTG 
CAACTTAAAT TCCTAGGGAT AAAAGATTGT GGAGTGGAGG AAATTGTTGC AAATGAAAAT 
GTAGATGAAG TAATGTCCTC ATTATTCCCT GAACTAACCT CTCTCACACT CAAAAGATTA 
AACAAACTGA AAGGTTTCTA CCGAGGAACA CGTATTGCAA GATGGCCACA ATTGAAAAGC 
CTAATTATGT GGAAATCGGG TCAAGTGGAG ACACTTTTTC AAGAAATAGA TTCAGATGAT 
TATATTGATA GTCCAATTCA ACAATCTTTC TTCTTGTTGG AAAAGGATGC ATTCCTTAAT 
TTGGAGCTAT TGATCTTAAA GGGCTCCACG ATGAAAATAT GGCAAGGCCA ATTTTCGGGG 
GAGTCATTTT GCAAGCTGAG AGTTTTGAAG ATAAAAATGT GTCACAACAT TTTGGTTGTG 
ATCCCTTGTA GTAGGCTTCC AAAGTTGCAT AATCTAAAGG AACTCTATGT GAGCAAGTGT 
AATTCAGTGG AAGAGGTATT CCAAATGAAG GAACTTGTGA ATCAGGAATA CCAAGTTGAG 
ACACTCCCAC GATTAACTAA AATGTTCCTA GAAGATCTAC CACTGTTGAC ATATCTATCT 
GGATTGGTTC AAATTTTTGA GAATCTTCAT TCTCTAACAG TACATGGTTG TGAAAATTTA 
ATATATTTGG TGACATCCTC AATAGCTAAA ACATTGGTGC AACTCAAAGA GCTTACTATA 
GAACAATGCA AATTAGTGAA AGAAATAGTC GGACATGAGG GAGGTGAAGA ACCATATGAT 
ATTGTTTTCT CCAAATTACA AAGGTTGAGA CTTGTTAACT TACAAAGTCT AAAATGGTTC 
TGCTCAACTA GATGCATCTT CAAATTCCCA TCCTTGGAAC AATTTGAGGT GGAAGAATGC 
CCTCAGATGG AATATTTTTG TGAGACAGTC CCAAGTACAC CAAGGGTAAA GGAAGTAAAA 
ATTGACGATC ATGTGGAAGA GCAATTTTTG GGGTGTGACA TCAATACCAT CATCCATAAT 
ACAACTTTGG AGAAGTTTAT AATTGTCGAG GTGATGTTTG AGAAGGATCC TGAGGCTCTT 
GGGGCAACCA TTCAATTACA TTGTGAGGAT TTTGGAGAAT GGGATTTTGG AGATAGTGAC 
GATGATGATG TTTATGAGGT CAACGATGAT GATTAG