LOC18779056 cDNA ORF clone, Prunus persica(peach)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC18779056
Entrez Gene ID	18779056
Full Name	uncharacterized LOC18779056
Gene Type	protein-coding
Organism	Prunus persica(peach)

mRNA and Protein(s)

mRNA	Protein	Name
XM_020563195.1	XP_020418784.1	LOW QUALITY PROTEIN: uncharacterized protein LOC18779056

Pathways from BioSystems
Gene Ontology

The following LOC18779056 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC18779056 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
OPr83005	XM_020563195.1 Latest version!	Prunus persica uncharacterized LOC18779056 (LOC18779056), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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

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

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

Reference Sequences (Refseq)

LOC18779056 ( XM_020563195.1 ) cDNA ORF clone, Prunus persica(peach) -> XP_020418784.1 Prunus persica uncharacterized LOC18779056 (LOC18779056), mRNA.

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CloneID	OPr83005
Clone ID Related Accession (Same CDS sequence)	XM_020563195.1
Accession Version	XM_020563195.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5001bp) 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	2017-03-20
Organism	Prunus persica(peach)
Product	LOW QUALITY PROTEIN: uncharacterized protein LOC18779056
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034012.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Prunus persica Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## internal stop codons :: corrected 2 genomic stop codon ##RefSeq-Attributes-END##

ATGTTCATGA AGTGTACAAA AGGTTTAACC ATTACAGCAC TTGTTCAATT CGTTCTTCTT 
ATCCGGTGCT GCAATTCGAT AGATAGCATA ACAACTGATC AAGCCATCAG AGATGGTGAA 
GTTCTAGTCT CTAATGGAGA AGTGTTTGAG CTTGGGTTCT TCAGACCCGG AAAGTCCACC 
AACCACTATG TTGGGATTTG GTACAAGAAA GATGTAGAAA AAACAGTTGT ATGGGTTGCA 
AACAGAGACA ATCCTATCAA TGACACCTCA GGGGTCCTAT CAATTGGTGC ACACGGAAAC 
CTCATCCTCT ACGCCAGAAA CCAAACCAAT ATTCCTGTCT GGTCCACCAA ATCCAATGTT 
TCAATCTCAT CATCATCCAC ACCTGATCCT AAATACAAAG CTCAGCTCTT AGATACTGGA 
AACCTTGTTT TGGTTGAACA AGACAGCCAA AAGGTAACAT GGCAAAGCTT TGACTACCCC 
ACGGATACAA TCCTTCCGCA TATGAAACTT GGCCTTGACA AGCGAACAGG ATTCAGCTGG 
TTCCTGACCT CCTGGAAATC CGAGGATGAC CCGGGAACGG GGAATTACAC CTATGCGATT 
GACCCAAATG GAGCTCCTCA GATTATCTTC TACAATGGTA ATGTTCGATA CTGGAGGACT 
GGTAATTGGA ATGGGATTAG GTGGTGGTGG GGTGACATAC CGGTAGTGCT AGATACTAAT 
ATCTTCAATG CCAGCTATGT GAACAATCAA GATGAGATCA TCGTTACTTG GGGTGTCCTC 
AACTCATCCA TCTCCACAAG AATCGTGGCA GCCCATTTGG GATCGATCGA ACAATTTAAC 
TGGTATGAAC AAGACCTCAG ATGGAATAAT ATCTGGTCTG GCCCCAGGGA CAGATGTGAC 
ATTTATGGCA GGTGTGGAGC GTTCGGTTAC TGTGACTCGG AGAGTCTACG TGTGTTTGAG 
TGCAAATGCC TACCAGGTTT CCAACCCAAG TTGCCAGATG AATGGAACAT GAGAAACGCA 
TCGAGTGGCT GCGTGAGGAA GCTCGAGGCA TGCAGGAACG GGGAAGGTTT CGTCAAGTTA 
GAAAAGGTGA AGATTCCTGA TACATCGTGG GCACGGATAG ATAGGAATTT GAGTTGGAAA 
GCATGTGAGC AGCAATGCTT GAGGAACTGC TCTTGCTCGG CATACGCCAT CAACAGCAAT 
GCAAATATGA TAGGGTGCAT GGCATGGTAT GGGAATTTAG TAGATACAAG GGATTCTGCA 
GATGGGGGTC AAGACTTGTA CATACGTGTG GATGCAGTTG AGTTAGATGA ATACACAAAG 
AAGTCCAAGG GGTTTCTTGC CAAAAAAGGG ATGGTGCCGA TTTTGGTAGT GTCTATTGCT 
ATGGTATTCT TCTTCATTTG CTTTGGATGT TGGTTTGCAA AGAGGAAGAG AAAAGAATAT 
CCGAGGGAAA TGAAGAATGA TGATAGTAGA AGAACACATC AAGACCTGAC AATTTTTGAC 
CTAGAGAGCA TAGTTGCTGC TACAAACAAT TTCTCTACTG CTAACAAGCT TGGCGAAGGT 
GGATTTGGCC CTGTCTACAA GGGTCTTTTA GCTAATGGAC AAGAGGTGGC TGTGAAAAGA 
CTATCAAAGA ATTCAGGGCA AGGTTTAGAA CAATTTAAGA ATGAGGTTAT GTTGACAGCA 
AAACTTCAGC ACAGGAACCT GGTGAGGATC TTTGGTTGCT GCGTTGATGC CGGAGAAAAG 
ATGTTGATAT ATGAATGTTT GGCTAACAAA AGCTTAGACT TCTTCATATT TGATAAAAGC 
AGAAGCTCAT TGTTGGACTG GAAAAAGCGT TTTGAGATTA TATTGGGAAT AGCTCGAGGG 
GTCTTATATC TACATCAAGA CTCAAGACTA AAAATTATCC ACAGGGATTT AAAAGCTAGC 
AATGTCCTCT TGGATTCTAC AATGAACCCA AAGATCTCAG ATTTTGGAAT GGCTAAAATG 
TTTGGGGAAG ACCAAATCCA AGCAAATACA AACAGAGTGG TTGGAACATA TGGCTACATG 
TCACCAGAAT ATGCAATGGA AGGGCGGTAT TCAGAAAAAT CTGATGTTTT CAGCTTCGGC 
GTTTTACTGC TAGAGATCAT CAGTGGGAAA AGGAACACTA GTTATGATCC CTCCCCAAAT 
TTGATTGGAC AAATTTGGGA TATGTGGAGA GAGGAGCAAG CATTAGCTAT GGTTGATCCA 
TCTTTGGGGG AGTCATATCC TGCTCATGAA GTTTCAAGAT GCATCCAGAT TGGGCTACTT 
TGCGTGCAAG AAAGTGCATC AGATAGGCCA ACCATGTCGG AAGTTATTTT CATGTTGGGT 
AATGAAACAA CTCTTCCCCA TCCCAAGAAA CCTGCATTTA TATTACAATC ATCCAGCAAA 
CTAAACTCAG CAGCATCAAA AGGATCAACT ACTTCTCTAA ATGATGTAAC GATAACGGTG 
CTCAAAGCAC GCTAATGACA TATATGTTGT GCATCATATT CATTTTTTTC TTGTCTTACA 
GTTAAGTCTT ATGTATTGCC ATTTGTTATC AAACTTAAGA CAATATTTTG TAATTCACTT 
GTTCTATTCG TTCTTCTTAT CCGATGCTGT AATTCGATAG ATAGCATAAC AACTGATCAA 
GCCATTAGAG ATGGTGAAGT TCTAGTCTCT AATGGAGAAG TGTTTGAGCT TGGTTTCTTC 
AGCCCTGGAA AATCCACCAA CCGCTATGTT GGAATCTGGT ACAAGAGAGA TAAAGAAAAA 
ACAGTTGTAT GGGTTGCAAA CAGAGACGAT CCTATCAATG AAACCTCAGG GGTCCTGTCA 
ATTGGTGCAC ATGACCTCAT CCTCTACGCC AGGAACCAAA GCAACATTAC TTTCTGGTCC 
ACCAAATCCA ATGTTTCAAT CTCATCATCA TCCACACCTG ATCCTAAATA CAAAGCTCAG 
CTCTTAGATA CTGGAAACCT TGTTTTGGTT GAACGAGAGA GCCAAAAGGT AACTTGGCAA 
AGCTTTGATT ATCTCACTCA TACAGTGCTT CCATTCATGA AACTTGGAAT AAACAAGCGG 
ACAGGATTCA ACTGGTTCCT AACTTCCTGG AAATCCGAAG ATGACCCGGG AACCGGGAGT 
TACACCTATA AGATTGATCC AAATGGAGCT CCTCAGATGG TCTTGTACAA AGATAATGTT 
CGATACTGGA GGACTGGTAG GTGGTGGTGG AGTGACATAC CGGTGGTGCT AACTACTTCT 
TTCTCCAATT CTAGCTTTTT GAACAATCAA GATGAGGTTA CTGTTACTTG GGGTCTTCTC 
AACTCATCCA TCTCCACAAG AATTGTGGTA GACTATTCTG GAACGATCCA ACAATTTAAC 
TGGTATGAAC AAGACCTTGG ATGGAATCAA ATCTGGTCTG GCCCCATGGA CAGATGTGAT 
TATTATGGCA GGTGTGGAGC GTTTGGTTAC TGTGACTCGG ACAGTATCAG CGTGTTTGAA 
TGCAAATGCC TACCAGGGTT CCAACCCAAG TTGCCAGACG AATGGAACAT GAGAAATGCA 
TCTAGTGGCT GCGTGAGGAG GCTCGAGTCG TGCAAGAACG GGGAAGGTTT CATCAAGTTG 
GTAAAAGTCA AGGTCCCTGA TACATCGTGG GCACGGGTGG ATATGAATTT GAGTTCGAAA 
GCATGTGAGC AGCAGTGCTT GAGGGATTGC TCTTGTTTGG CATACACCAT CAGCAGCAAT 
GCACCTATAA TAGGGTGCAT GACATGGTAT GGGAAGTTAG TAGATACAAA GAATTTTGCA 
GATGGGGATC AAGACTTATA CCTACGTGTA GATGCACTTG AGTTAGCTGA GTACACAAAG 
AAGTCCAAGG GTTTTCTTGC CAAAAAAGGG AGGCTGCCAA TTTTGGTAGT GTCTATTGCT 
ATGATATCCT TCTTCATTTG CTTTGGATGT TGGTGTGCAA AGAGGAAGAG AAAAAAATAT 
CCCTGGGAAA GGAAGAATGA TGATGACAGT AGAACACATC AAGACCTGAC ACTTTTTAAC 
CTAAAAAGCA TAGTTGCTGC TACAAACAAT TTCTCTGCTG CTAACAAGCT GGGCGAAGGT 
GGATTTGGCC CAGTCTATAA GGGTCTATTA GCTAATGGAC AAGAGGTGGC TGTGAAAAGA 
CTATCAAAGA ATTCGGGGCA AGGTCTAGAA CAATTTAAGA ATGAGGTTAT GTTGATAGCA 
AAACTTCAGC ACAGGAACCT GGTGAGGCTT TTTGGTTGCT GCATTCATAC AAAAGAGAAG 
ATGTTGATTT ATGAATACTT GACAAACAAA AGCTTGGACT TCTTCATATT TGATAAAAAG 
AGAAGCTCGT TGTTAGACTG GAAAACACGT TTTGAAATTA TATTTGGAAT CGCTCGAGGT 
GTCTTATATC TTCATCAAGA CTCGAGACTA AAAATTATCC ACAGGGATTT AAAAGCTAGC 
AATGTCCTCT TGGATTCTAC TATGAACCCA AAGATCTCAG ATTTTGGAAT GGCTAAAATG 
TTTGGCGAAG ACCAAATGCA AGCAAAAACC AACCGAGTGG TTGGAACATA TGGATACATG 
TCACCAGAAT ATGCAATGGA AGGGCGATAT TCAGAAAAAT CAGATGTTTT TAGCTTTGGT 
GTGTTACTGC TAGAGATCAT TAGTGGCAAA AGGAACACTA GTTATGATAA CCAAACTCCC 
TCCCCAAATT TGATTGGACA AATTTGGGAT ATGTGGACAG AGGAGCAGGC ATTAGGTATG 
GTTGATCCAT CCTTGGGGGA GTCATATCCT GCTCATGAGG TTTCAAGATG CATCCAGATT 
GGGCTACTTT GCGTGCAAGA AAGTGCATCA GATAGGCCAA CCATGTCGGA AGTTATTTTT 
ATGTTGGGTA ATGAAACAAC TCTTCCCTCT CCCAAGAAAC CTGCATTTAT ATTACAATCC 
AGCAATCCAA ACTCAATAGC ATCAAAAGGA TCAACTCCTT CTCTAAATGA CGTAACGATA 
ACTATGCTCG AAGCACGCTA A

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

RefSeq	XP_020418784.1
CDS	9..5009
Translation	MFMKCTKGLTITALVQFVLLIRCCNSIDSITTDQAIRDGEVLVSNGEVFELGFFRPGKSTNHYVGIWYKKDVEKTVVWVANRDNPINDTSGVLSIGAHGNLILYARNQTNIPVWSTKSNVSISSSSTPDPKYKAQLLDTGNLVLVEQDSQKVTWQSFDYPTDTILPHMKLGLDKRTGFSWFLTSWKSEDDPGTGNYTYAIDPNGAPQIIFYNGNVRYWRTGNWNGIRWWWGDIPVVLDTNIFNASYVNNQDEIIVTWGVLNSSISTRIVAAHLGSIEQFNWYEQDLRWNNIWSGPRDRCDIYGRCGAFGYCDSESLRVFECKCLPGFQPKLPDEWNMRNASSGCVRKLEACRNGEGFVKLEKVKIPDTSWARIDRNLSWKACEQQCLRNCSCSAYAINSNANMIGCMAWYGNLVDTRDSADGGQDLYIRVDAVELDEYTKKSKGFLAKKGMVPILVVSIAMVFFFICFGCWFAKRKRKEYPREMKNDDSRRTHQDLTIFDLESIVAATNNFSTANKLGEGGFGPVYKGLLANGQEVAVKRLSKNSGQGLEQFKNEVMLTAKLQHRNLVRIFGCCVDAGEKMLIYECLANKSLDFFIFDKSRSSLLDWKKRFEIILGIARGVLYLHQDSRLKIIHRDLKASNVLLDSTMNPKISDFGMAKMFGEDQIQANTNRVVGTYGYMSPEYAMEGRYSEKSDVFSFGVLLLEIISGKRNTSYDPSPNLIGQIWDMWREEQALAMVDPSLGESYPAHEVSRCIQIGLLCVQESASDRPTMSEVIFMLGNETTLPHPKKPAFILQSSSKLNSAASKGSTTSLNDVTITVLKAR**HICCASYSFFSCLTVKSYVLPFVIKLKTIFCNSLVLFVLLIRCCNSIDSITTDQAIRDGEVLVSNGEVFELGFFSPGKSTNRYVGIWYKRDKEKTVVWVANRDDPINETSGVLSIGAHDLILYARNQSNITFWSTKSNVSISSSSTPDPKYKAQLLDTGNLVLVERESQKVTWQSFDYLTHTVLPFMKLGINKRTGFNWFLTSWKSEDDPGTGSYTYKIDPNGAPQMVLYKDNVRYWRTGRWWWSDIPVVLTTSFSNSSFLNNQDEVTVTWGLLNSSISTRIVVDYSGTIQQFNWYEQDLGWNQIWSGPMDRCDYYGRCGAFGYCDSDSISVFECKCLPGFQPKLPDEWNMRNASSGCVRRLESCKNGEGFIKLVKVKVPDTSWARVDMNLSSKACEQQCLRDCSCLAYTISSNAPIIGCMTWYGKLVDTKNFADGDQDLYLRVDALELAEYTKKSKGFLAKKGRLPILVVSIAMISFFICFGCWCAKRKRKKYPWERKNDDDSRTHQDLTLFNLKSIVAATNNFSAANKLGEGGFGPVYKGLLANGQEVAVKRLSKNSGQGLEQFKNEVMLIAKLQHRNLVRLFGCCIHTKEKMLIYEYLTNKSLDFFIFDKKRSSLLDWKTRFEIIFGIARGVLYLHQDSRLKIIHRDLKASNVLLDSTMNPKISDFGMAKMFGEDQMQAKTNRVVGTYGYMSPEYAMEGRYSEKSDVFSFGVLLLEIISGKRNTSYDNQTPSPNLIGQIWDMWTEEQALGMVDPSLGESYPAHEVSRCIQIGLLCVQESASDRPTMSEVIFMLGNETTLPSPKKPAFILQSSNPNSIASKGSTPSLNDVTITMLEAR

Target ORF information:

RefSeq Version	XM_020563195.1
Organism	Prunus persica(peach)
Definition	Prunus persica uncharacterized LOC18779056 (LOC18779056), mRNA.

Target ORF information:

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

XM_020563195.1

ORF Insert Sequence:

ATGTTCATGA AGTGTACAAA AGGTTTAACC ATTACAGCAC TTGTTCAATT CGTTCTTCTT 
ATCCGGTGCT GCAATTCGAT AGATAGCATA ACAACTGATC AAGCCATCAG AGATGGTGAA 
GTTCTAGTCT CTAATGGAGA AGTGTTTGAG CTTGGGTTCT TCAGACCCGG AAAGTCCACC 
AACCACTATG TTGGGATTTG GTACAAGAAA GATGTAGAAA AAACAGTTGT ATGGGTTGCA 
AACAGAGACA ATCCTATCAA TGACACCTCA GGGGTCCTAT CAATTGGTGC ACACGGAAAC 
CTCATCCTCT ACGCCAGAAA CCAAACCAAT ATTCCTGTCT GGTCCACCAA ATCCAATGTT 
TCAATCTCAT CATCATCCAC ACCTGATCCT AAATACAAAG CTCAGCTCTT AGATACTGGA 
AACCTTGTTT TGGTTGAACA AGACAGCCAA AAGGTAACAT GGCAAAGCTT TGACTACCCC 
ACGGATACAA TCCTTCCGCA TATGAAACTT GGCCTTGACA AGCGAACAGG ATTCAGCTGG 
TTCCTGACCT CCTGGAAATC CGAGGATGAC CCGGGAACGG GGAATTACAC CTATGCGATT 
GACCCAAATG GAGCTCCTCA GATTATCTTC TACAATGGTA ATGTTCGATA CTGGAGGACT 
GGTAATTGGA ATGGGATTAG GTGGTGGTGG GGTGACATAC CGGTAGTGCT AGATACTAAT 
ATCTTCAATG CCAGCTATGT GAACAATCAA GATGAGATCA TCGTTACTTG GGGTGTCCTC 
AACTCATCCA TCTCCACAAG AATCGTGGCA GCCCATTTGG GATCGATCGA ACAATTTAAC 
TGGTATGAAC AAGACCTCAG ATGGAATAAT ATCTGGTCTG GCCCCAGGGA CAGATGTGAC 
ATTTATGGCA GGTGTGGAGC GTTCGGTTAC TGTGACTCGG AGAGTCTACG TGTGTTTGAG 
TGCAAATGCC TACCAGGTTT CCAACCCAAG TTGCCAGATG AATGGAACAT GAGAAACGCA 
TCGAGTGGCT GCGTGAGGAA GCTCGAGGCA TGCAGGAACG GGGAAGGTTT CGTCAAGTTA 
GAAAAGGTGA AGATTCCTGA TACATCGTGG GCACGGATAG ATAGGAATTT GAGTTGGAAA 
GCATGTGAGC AGCAATGCTT GAGGAACTGC TCTTGCTCGG CATACGCCAT CAACAGCAAT 
GCAAATATGA TAGGGTGCAT GGCATGGTAT GGGAATTTAG TAGATACAAG GGATTCTGCA 
GATGGGGGTC AAGACTTGTA CATACGTGTG GATGCAGTTG AGTTAGATGA ATACACAAAG 
AAGTCCAAGG GGTTTCTTGC CAAAAAAGGG ATGGTGCCGA TTTTGGTAGT GTCTATTGCT 
ATGGTATTCT TCTTCATTTG CTTTGGATGT TGGTTTGCAA AGAGGAAGAG AAAAGAATAT 
CCGAGGGAAA TGAAGAATGA TGATAGTAGA AGAACACATC AAGACCTGAC AATTTTTGAC 
CTAGAGAGCA TAGTTGCTGC TACAAACAAT TTCTCTACTG CTAACAAGCT TGGCGAAGGT 
GGATTTGGCC CTGTCTACAA GGGTCTTTTA GCTAATGGAC AAGAGGTGGC TGTGAAAAGA 
CTATCAAAGA ATTCAGGGCA AGGTTTAGAA CAATTTAAGA ATGAGGTTAT GTTGACAGCA 
AAACTTCAGC ACAGGAACCT GGTGAGGATC TTTGGTTGCT GCGTTGATGC CGGAGAAAAG 
ATGTTGATAT ATGAATGTTT GGCTAACAAA AGCTTAGACT TCTTCATATT TGATAAAAGC 
AGAAGCTCAT TGTTGGACTG GAAAAAGCGT TTTGAGATTA TATTGGGAAT AGCTCGAGGG 
GTCTTATATC TACATCAAGA CTCAAGACTA AAAATTATCC ACAGGGATTT AAAAGCTAGC 
AATGTCCTCT TGGATTCTAC AATGAACCCA AAGATCTCAG ATTTTGGAAT GGCTAAAATG 
TTTGGGGAAG ACCAAATCCA AGCAAATACA AACAGAGTGG TTGGAACATA TGGCTACATG 
TCACCAGAAT ATGCAATGGA AGGGCGGTAT TCAGAAAAAT CTGATGTTTT CAGCTTCGGC 
GTTTTACTGC TAGAGATCAT CAGTGGGAAA AGGAACACTA GTTATGATCC CTCCCCAAAT 
TTGATTGGAC AAATTTGGGA TATGTGGAGA GAGGAGCAAG CATTAGCTAT GGTTGATCCA 
TCTTTGGGGG AGTCATATCC TGCTCATGAA GTTTCAAGAT GCATCCAGAT TGGGCTACTT 
TGCGTGCAAG AAAGTGCATC AGATAGGCCA ACCATGTCGG AAGTTATTTT CATGTTGGGT 
AATGAAACAA CTCTTCCCCA TCCCAAGAAA CCTGCATTTA TATTACAATC ATCCAGCAAA 
CTAAACTCAG CAGCATCAAA AGGATCAACT ACTTCTCTAA ATGATGTAAC GATAACGGTG 
CTCAAAGCAC GCTAATGACA TATATGTTGT GCATCATATT CATTTTTTTC TTGTCTTACA 
GTTAAGTCTT ATGTATTGCC ATTTGTTATC AAACTTAAGA CAATATTTTG TAATTCACTT 
GTTCTATTCG TTCTTCTTAT CCGATGCTGT AATTCGATAG ATAGCATAAC AACTGATCAA 
GCCATTAGAG ATGGTGAAGT TCTAGTCTCT AATGGAGAAG TGTTTGAGCT TGGTTTCTTC 
AGCCCTGGAA AATCCACCAA CCGCTATGTT GGAATCTGGT ACAAGAGAGA TAAAGAAAAA 
ACAGTTGTAT GGGTTGCAAA CAGAGACGAT CCTATCAATG AAACCTCAGG GGTCCTGTCA 
ATTGGTGCAC ATGACCTCAT CCTCTACGCC AGGAACCAAA GCAACATTAC TTTCTGGTCC 
ACCAAATCCA ATGTTTCAAT CTCATCATCA TCCACACCTG ATCCTAAATA CAAAGCTCAG 
CTCTTAGATA CTGGAAACCT TGTTTTGGTT GAACGAGAGA GCCAAAAGGT AACTTGGCAA 
AGCTTTGATT ATCTCACTCA TACAGTGCTT CCATTCATGA AACTTGGAAT AAACAAGCGG 
ACAGGATTCA ACTGGTTCCT AACTTCCTGG AAATCCGAAG ATGACCCGGG AACCGGGAGT 
TACACCTATA AGATTGATCC AAATGGAGCT CCTCAGATGG TCTTGTACAA AGATAATGTT 
CGATACTGGA GGACTGGTAG GTGGTGGTGG AGTGACATAC CGGTGGTGCT AACTACTTCT 
TTCTCCAATT CTAGCTTTTT GAACAATCAA GATGAGGTTA CTGTTACTTG GGGTCTTCTC 
AACTCATCCA TCTCCACAAG AATTGTGGTA GACTATTCTG GAACGATCCA ACAATTTAAC 
TGGTATGAAC AAGACCTTGG ATGGAATCAA ATCTGGTCTG GCCCCATGGA CAGATGTGAT 
TATTATGGCA GGTGTGGAGC GTTTGGTTAC TGTGACTCGG ACAGTATCAG CGTGTTTGAA 
TGCAAATGCC TACCAGGGTT CCAACCCAAG TTGCCAGACG AATGGAACAT GAGAAATGCA 
TCTAGTGGCT GCGTGAGGAG GCTCGAGTCG TGCAAGAACG GGGAAGGTTT CATCAAGTTG 
GTAAAAGTCA AGGTCCCTGA TACATCGTGG GCACGGGTGG ATATGAATTT GAGTTCGAAA 
GCATGTGAGC AGCAGTGCTT GAGGGATTGC TCTTGTTTGG CATACACCAT CAGCAGCAAT 
GCACCTATAA TAGGGTGCAT GACATGGTAT GGGAAGTTAG TAGATACAAA GAATTTTGCA 
GATGGGGATC AAGACTTATA CCTACGTGTA GATGCACTTG AGTTAGCTGA GTACACAAAG 
AAGTCCAAGG GTTTTCTTGC CAAAAAAGGG AGGCTGCCAA TTTTGGTAGT GTCTATTGCT 
ATGATATCCT TCTTCATTTG CTTTGGATGT TGGTGTGCAA AGAGGAAGAG AAAAAAATAT 
CCCTGGGAAA GGAAGAATGA TGATGACAGT AGAACACATC AAGACCTGAC ACTTTTTAAC 
CTAAAAAGCA TAGTTGCTGC TACAAACAAT TTCTCTGCTG CTAACAAGCT GGGCGAAGGT 
GGATTTGGCC CAGTCTATAA GGGTCTATTA GCTAATGGAC AAGAGGTGGC TGTGAAAAGA 
CTATCAAAGA ATTCGGGGCA AGGTCTAGAA CAATTTAAGA ATGAGGTTAT GTTGATAGCA 
AAACTTCAGC ACAGGAACCT GGTGAGGCTT TTTGGTTGCT GCATTCATAC AAAAGAGAAG 
ATGTTGATTT ATGAATACTT GACAAACAAA AGCTTGGACT TCTTCATATT TGATAAAAAG 
AGAAGCTCGT TGTTAGACTG GAAAACACGT TTTGAAATTA TATTTGGAAT CGCTCGAGGT 
GTCTTATATC TTCATCAAGA CTCGAGACTA AAAATTATCC ACAGGGATTT AAAAGCTAGC 
AATGTCCTCT TGGATTCTAC TATGAACCCA AAGATCTCAG ATTTTGGAAT GGCTAAAATG 
TTTGGCGAAG ACCAAATGCA AGCAAAAACC AACCGAGTGG TTGGAACATA TGGATACATG 
TCACCAGAAT ATGCAATGGA AGGGCGATAT TCAGAAAAAT CAGATGTTTT TAGCTTTGGT 
GTGTTACTGC TAGAGATCAT TAGTGGCAAA AGGAACACTA GTTATGATAA CCAAACTCCC 
TCCCCAAATT TGATTGGACA AATTTGGGAT ATGTGGACAG AGGAGCAGGC ATTAGGTATG 
GTTGATCCAT CCTTGGGGGA GTCATATCCT GCTCATGAGG TTTCAAGATG CATCCAGATT 
GGGCTACTTT GCGTGCAAGA AAGTGCATCA GATAGGCCAA CCATGTCGGA AGTTATTTTT 
ATGTTGGGTA ATGAAACAAC TCTTCCCTCT CCCAAGAAAC CTGCATTTAT ATTACAATCC 
AGCAATCCAA ACTCAATAGC ATCAAAAGGA TCAACTCCTT CTCTAAATGA CGTAACGATA 
ACTATGCTCG AAGCACGCTA A