LOC100242393 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100242393
Entrez Gene ID	100242393
Full Name	uncharacterized LOC100242393
Synonyms	GO:0003723 GO:0003676 GO:0016740 GO:0006278
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019218099.1	XP_019073644.1	uncharacterized protein LOC100242393

Pathways from BioSystems
Gene Ontology

The following LOC100242393 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100242393 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
OVa39425	XM_019218099.1 Latest version!	Vitis vinifera uncharacterized LOC100242393 (LOC100242393), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

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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)

LOC100242393 ( XM_019218099.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_019073644.1 Vitis vinifera uncharacterized LOC100242393 (LOC100242393), mRNA.

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CloneID	OVa39425
Clone ID Related Accession (Same CDS sequence)	XM_019218099.1
Accession Version	XM_019218099.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4965bp) 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	uncharacterized protein LOC100242393
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003724215.1) 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 :: 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## ##RefSeq-Attributes-START## ab initio :: 16% of CDS bases ##RefSeq-Attributes-END##

ATGTTTACAC AAGGCCTTGA TAGTAATGCC CTAAAGTGGG TTGGAGAGGA GAAGAAGAAA 
GATATTTCGG TTTTGATTCC TACCCAGGGA CTTCAATGTG ATCCTATTGC TAGTCTAAGA 
AATGGTGGGC GAGGCTTTGG GTTGCCTCCT TCAGACAAGT TCCGTAGTGG GTATATGCCA 
TCAGGGATAA TTCCAGTATC ACATGCTATA CCCAGGAGTG GTGATGATAG TGGGTCTGGA 
TCAGACATGG ACATAGGCAC CGATTCAGAG GATGACGTAC ACATTGGGCA GGACTCGCTT 
GATTCATCAC CCCAAGATAA TAGAATTCCC GTTTCTGCGG GTCCCAAATA TCCAACTCCA 
TTGCAAAAGC ATAGGTGTAC AGAAGATGTG GAGAGAATGG GAGATGGAGG TGGTGGGTTT 
TCAGTTGGAC GACATGGGTG TACAGAAGAT GGAACATCAG ATTCAGCTGC TGGCTCTGGA 
GTGTCCTCCA CACAATTTAG AAGCCTCGGT GGTGTTATGC CTCATCGAGC AATGAATACT 
TCAGAATCAA ACGTTTCTTT GCGGACAGAT ACGGAAATGG CAGCTGAACA GGATGTCTAT 
GCCAGAGGAA TGCAGAAGCT TTCTGGTGAT GATGATATCC CCAGTGCACC CCCATTTGTT 
GGTTCTAGTC TGGAAATCAA CCAAGACAGG GATCAAATTT CAGGTAGTAC TGTAACCATA 
AATGAGCCAA ACACAACAAA AAACATTCCC TCAAGCACCA CTGCACAGGA AAATAGCGGC 
AACAGAATTC CTGACCCCTC TGCAAGCATT GCTGAAACTA CTGCATCTTC GGGTTCTTTG 
CCAGCTCGTC TTCCCACATT TCATGCAAGT GGGCAAGGTC CATGGTGTGC TGTGATTTCT 
TATGATGCAT GTGTTCGGCT TTGTCTTCAC TCATGGGCTG GGGGTTGCAT GGAAGCACCC 
CTCTTCTTGG ATAATGAATG TGCACTGTTG CGAAATGCAT TTGGTCTGGA ACAAGTACTA 
CTACAATCTG AGGAAGAACT GTTGGCAAGA CGATCTTCAG ATATAGTCAG TGAGGGAGTT 
GCACCAAAAC CGAAGAAAAT CATTGGAAAA ATGAAAGTTC AAACACGAAA AGTGAAAATG 
GCTCGAGACC CACCTACTGG CTGCAGTTTT ACATCTCTAA AGCAACCAAA GATAAATATG 
GAATCGTTTT GGTTTCGTTG CTCCAAATTA AAATCAACCC TTCATTCTGG ATGGGTTGCT 
GTGAGGAAAG TTAATTTTGC TCCCCGTATA CCTGTAAATG GCTCTTTTTC AAGTCGGAGT 
TTAGCATATA TGCATGCAAG CACTCGATAT ATAAAACAGG TCTCTGGACT CTTAAAAATT 
GGGGTGACTA GTATGTGCAA CAACGGTTCG CCATCTTATG AAGCAGTGCA AGAAACCTAT 
TCTTGTTTGT TGAGATTGAA AAGTTCATCT GAAGAGGATG CAGTTCGCAT GCAAGCAGGA 
TCTGGTGAAA CCCATGTATT CTTCCCAGAT AGCATTGGCG ATGATCTGAT AATTGAAGTC 
CAAGATTCTA AAGGACAGTA TTATGGTCGT GTTGTAGCTC AATTGGCCAC TATCACAGAT 
GAGCCAAGTG ACAAGCTCCG CTGGTGGTCT ATATATCATG AGCCAGAGCA TGAACTTGTG 
GGCAGAATAC AACTATACAT AAACTATTCA ACTATTGTGG ATGAGAATAG TCATCTTAAG 
TGTGGTTCCG TTGCAGAAAC TGTGGCATAT GACTTGGTGT TAGAAGTTGC AATGAAAGTT 
CAACGTTTTC AGCAAAGACA TTTGTTGCTA CATGGTCCAT GGAAGTGGTT AGTGACCGAA 
TTTGCCTCCT ACTATGGAGT TTCAGACGCA TACACCAAGT TAAGATACTT AGTTGTTAAT 
GGTGTGAGTT CTCCTAAGGA GGCTGAAGCT TTGGGGTTAC GTGAAGCTGC AAGATGGCTA 
TTGGAGCTAC GTGTTTCAAA TGTTATAGTA GAATTGGATG CTAAAGGTGA TTACGATGCA 
TTTTACTCTA AAGCTCTTGA TAGGCAAGCT AATGCTGCTG CTGATGCTCT TGCAAAAGCA 
GCAAGCTCTT TTGCTAGTCC AAGTTTTTGG CGGGATGCTC CACCTCTATT AGGAGCTATC 
TTAGCCTCTG ATGAGAAGAA GAAAGATATT TCGGTTATGA TTTCTACCCA GGGACTTCAA 
TGTGATCCTA TTGCTAGTCT AAGAAATGGT GGGCGAGGCT TTGGGTTGCC TCCTTCAGAC 
AAGTTCCGTA GTGGGTATAT GCCATCAGGA ATAATTCCAG TATCACATGC TATACCCAGG 
AGTGGTGATG ATAGTGGGTC TGGATCAGAC ATGGACATAG GCACCGATTC AGAGGATGAC 
ATACACATTG GGCAGGACTC GCTTGATTCA TCACCCCAAG ATAATAGAAT TCCTGTTTCT 
GCGGGTCCCA AATATCCAAC TCCATTGCAA AAGCATAGGT GTACGGAAGA TGTGGAGAGA 
ATGGGAGATG GAGGTGGTGG GTTTTCAGTT GGACGACATG GGTGTACAGA AGATGGAACA 
TCAGATTCAG CTGCTGGCTC TGGAGTGTCC TTCACACAAT TTAGAAGCCT CGGTGGTGTT 
ATGCCTCATC GAGCAATGAA TGCTTCAGAA TCAAACGTTT CTTTGCGGAC AGATACGGAA 
ATGGCAGCTG AACAGTCACT GAGTTTACAT AATCTGAGTT TAGGTGTTGT TTTGTTGTCA 
GAAACCTATT CTTGTTTGTT GAGATTGAAA AGTTCATCTG AAGAGGATGC AGTTCGCATG 
CAAGCAGGAT CTGGTGAAAC CCATGTATTC TTCCCAGATA GCATTGGCGA TGATCTGATA 
ATTGAAGTCC AAGATTCTAA AGGACAGTAT TATGGTCGTG TTGTAGCTCA ATTGGCCACT 
ATCACAGATG AGCCAAGTGA CAAGCTCCGC TGGTGGTCTA TATATCATGA GCCAGAGCAT 
GAACTTGTGG GCAGAATACA ACTATACATA AACTATTCAA CTATTGTGGA TGAGAATAGT 
CATCTTAAGT GTGGTTCCGT TGCAGAAACT GTGGCATATG ACTTGGTGTT AGAAGTTGCA 
ATGAAAGTTC AACGTTTTCA GCAAAGACAT TTGTTGCTAC ATGGTCCATG GAAGTGGTTA 
GTGACCGAAT TTGCCTCCTA CTATGGAGTT TCAGACGCAT ACACCAAGTT AAGATACTTA 
TCATATGTTA TGGAAGTAGC AACACCCACT GCAGACTGCC TAGGCTTGGT CCATGACTTG 
CTGCTACCTG TGTTAATGAA AGGCTCCAGT AGGGGTGTTT TAAGCCATCA AGAGAATCGC 
ATCCTTGGGG AGATTGAGGA TCAAGTTGAG CAGATTCTTG CTTTGGTTTT TGAGAACTAC 
AAGTCCCTTG ATGAATCATC TCCGTCAGGA ATGTTGGATG TTTTTGTTCC TGCAATTGGA 
AATGCAGCTC CTGCTTTGGA ACCTGCTGTA AAGCTTTACA CTCTATTCCA TGACATCTTG 
ACTTCTGAGG CTCAGTTGAA GCTTTGCAAA TATTTTCAGG CTGCTGCAAA GAAGAGATCA 
AGAAGGCATT TGGCTGAAAC GGATGACTTT ATTTCCAGTA ATAATGAGAG CACATTGATG 
GATTCTGTGA CTCTTTGTAC AGCTTACCAG AAGATGAAAT CATTGTGTTT AAATATTAGA 
AATGAAATTT TTGCTGACAT TGAGATCCAC AATCAGCATG TTCTGCCCAG TTTTATTGAT 
CTACCAAATC TTTCTTCAGC CATATATAGT GTGGAGCTAT GCAATAGATT GCAAGCCTTC 
CTTCTTTCGT GTCCTCCTTC TGGCCCCTCA CCTCCTGTGA CTGAACTTGT TATTGCAACA 
GCAGACTTCC AAAAGGATAT AGCTTGCTGG AACATTAGTC CTATCAAAGG TGGAGTGGAT 
GCGAAAGAAT TATTTCACTT GTATATAATT GTCTGGATTC AAGACAAGCG TCTTGCTTTG 
CTCGACTCAT GCAAACTAGA TAAGGTAAAG TGGTGTGGAA TCAGAACACA ACACTCTACC 
ACACCCTTTG TAGATGAAAT GTATGAGCGG CTGAAGGAGA CATTGAATGA ATATGAAATC 
ATCATTCGTC GCTGGCCAGA ATATACAATT GTTTTGGAGA ATGCTGTTGC AGATGTTGAG 
AAGGCAGTTT TAGAAGCTTT GGAGAAGCAA TATGCCGATG TTTTATCACC ATTGAAGGAC 
AATCTGGCAA CTAAGATATT GGGACTCAAA TATGTGCAGA AATTTGCAAA ACGAACAGTA 
AACACCTATA CAGTCCCTGG AGAGCTGGGG ATTCTTTTAA ATTCCATGAA AAGGATGCTG 
GATGTGCTTC GGCCCAAGAT AGAAACCCAG TTGAAGTCAT GGGGTTCTTG CATCCCTGAT 
GGTGGAAATG CAGTGGCAGG TGAGCGTCTC AGTGAAGTAA CTGTGATGCT TAGAGCCAAA 
TTCAGAAATT ATGTGCAAGC AATTGTTGAG AAACTTGCAG AGAATACAAG GGTGCAGAGT 
GCCACAAAAT TGAAGAAGAT AATCCAGGAC TCAGAAGAAA CCATGGTAGA ATCAGATGTA 
CAAAGTAGAA TGCAGCCATT GAAGGATCTT CTAACAAAGA CAATTGACCA CCTTTATACC 
GTCTTTGAAG TTCATGTGTT CATAGCAATC TGCCGATGTT ATTGGGACCG GATGGGACAG 
GATGTGCTAA GTTTTTTGGA GAATAGGAGA GAGAACCAGT CTTGGTATAA AGGCTCACGA 
ATTGCAGTGT CTATTTTAGA TGACACATTT GCATCACAAA TGCAACAATT GCTTGGAAAT 
GCACTGCAAG AGAAAGACCT GGAGCCACCC AGATCGATAA TGGAAGTGCG GTCCATGCTC 
TGTAAGGATG CTGTAAACCA CAAGGAGAAC AACTACTATT TCTAG

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

RefSeq	XP_019073644.1
CDS	395..5359
Translation	MFTQGLDSNALKWVGEEKKKDISVLIPTQGLQCDPIASLRNGGRGFGLPPSDKFRSGYMPSGIIPVSHAIPRSGDDSGSGSDMDIGTDSEDDVHIGQDSLDSSPQDNRIPVSAGPKYPTPLQKHRCTEDVERMGDGGGGFSVGRHGCTEDGTSDSAAGSGVSSTQFRSLGGVMPHRAMNTSESNVSLRTDTEMAAEQDVYARGMQKLSGDDDIPSAPPFVGSSLEINQDRDQISGSTVTINEPNTTKNIPSSTTAQENSGNRIPDPSASIAETTASSGSLPARLPTFHASGQGPWCAVISYDACVRLCLHSWAGGCMEAPLFLDNECALLRNAFGLEQVLLQSEEELLARRSSDIVSEGVAPKPKKIIGKMKVQTRKVKMARDPPTGCSFTSLKQPKINMESFWFRCSKLKSTLHSGWVAVRKVNFAPRIPVNGSFSSRSLAYMHASTRYIKQVSGLLKIGVTSMCNNGSPSYEAVQETYSCLLRLKSSSEEDAVRMQAGSGETHVFFPDSIGDDLIIEVQDSKGQYYGRVVAQLATITDEPSDKLRWWSIYHEPEHELVGRIQLYINYSTIVDENSHLKCGSVAETVAYDLVLEVAMKVQRFQQRHLLLHGPWKWLVTEFASYYGVSDAYTKLRYLVVNGVSSPKEAEALGLREAARWLLELRVSNVIVELDAKGDYDAFYSKALDRQANAAADALAKAASSFASPSFWRDAPPLLGAILASDEKKKDISVMISTQGLQCDPIASLRNGGRGFGLPPSDKFRSGYMPSGIIPVSHAIPRSGDDSGSGSDMDIGTDSEDDIHIGQDSLDSSPQDNRIPVSAGPKYPTPLQKHRCTEDVERMGDGGGGFSVGRHGCTEDGTSDSAAGSGVSFTQFRSLGGVMPHRAMNASESNVSLRTDTEMAAEQSLSLHNLSLGVVLLSETYSCLLRLKSSSEEDAVRMQAGSGETHVFFPDSIGDDLIIEVQDSKGQYYGRVVAQLATITDEPSDKLRWWSIYHEPEHELVGRIQLYINYSTIVDENSHLKCGSVAETVAYDLVLEVAMKVQRFQQRHLLLHGPWKWLVTEFASYYGVSDAYTKLRYLSYVMEVATPTADCLGLVHDLLLPVLMKGSSRGVLSHQENRILGEIEDQVEQILALVFENYKSLDESSPSGMLDVFVPAIGNAAPALEPAVKLYTLFHDILTSEAQLKLCKYFQAAAKKRSRRHLAETDDFISSNNESTLMDSVTLCTAYQKMKSLCLNIRNEIFADIEIHNQHVLPSFIDLPNLSSAIYSVELCNRLQAFLLSCPPSGPSPPVTELVIATADFQKDIACWNISPIKGGVDAKELFHLYIIVWIQDKRLALLDSCKLDKVKWCGIRTQHSTTPFVDEMYERLKETLNEYEIIIRRWPEYTIVLENAVADVEKAVLEALEKQYADVLSPLKDNLATKILGLKYVQKFAKRTVNTYTVPGELGILLNSMKRMLDVLRPKIETQLKSWGSCIPDGGNAVAGERLSEVTVMLRAKFRNYVQAIVEKLAENTRVQSATKLKKIIQDSEETMVESDVQSRMQPLKDLLTKTIDHLYTVFEVHVFIAICRCYWDRMGQDVLSFLENRRENQSWYKGSRIAVSILDDTFASQMQQLLGNALQEKDLEPPRSIMEVRSMLCKDAVNHKENNYYF

Target ORF information:

RefSeq Version	XM_019218099.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100242393 (LOC100242393), mRNA.

Target ORF information:

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

XM_019218099.1

ORF Insert Sequence:

ATGTTTACAC AAGGCCTTGA TAGTAATGCC CTAAAGTGGG TTGGAGAGGA GAAGAAGAAA 
GATATTTCGG TTTTGATTCC TACCCAGGGA CTTCAATGTG ATCCTATTGC TAGTCTAAGA 
AATGGTGGGC GAGGCTTTGG GTTGCCTCCT TCAGACAAGT TCCGTAGTGG GTATATGCCA 
TCAGGGATAA TTCCAGTATC ACATGCTATA CCCAGGAGTG GTGATGATAG TGGGTCTGGA 
TCAGACATGG ACATAGGCAC CGATTCAGAG GATGACGTAC ACATTGGGCA GGACTCGCTT 
GATTCATCAC CCCAAGATAA TAGAATTCCC GTTTCTGCGG GTCCCAAATA TCCAACTCCA 
TTGCAAAAGC ATAGGTGTAC AGAAGATGTG GAGAGAATGG GAGATGGAGG TGGTGGGTTT 
TCAGTTGGAC GACATGGGTG TACAGAAGAT GGAACATCAG ATTCAGCTGC TGGCTCTGGA 
GTGTCCTCCA CACAATTTAG AAGCCTCGGT GGTGTTATGC CTCATCGAGC AATGAATACT 
TCAGAATCAA ACGTTTCTTT GCGGACAGAT ACGGAAATGG CAGCTGAACA GGATGTCTAT 
GCCAGAGGAA TGCAGAAGCT TTCTGGTGAT GATGATATCC CCAGTGCACC CCCATTTGTT 
GGTTCTAGTC TGGAAATCAA CCAAGACAGG GATCAAATTT CAGGTAGTAC TGTAACCATA 
AATGAGCCAA ACACAACAAA AAACATTCCC TCAAGCACCA CTGCACAGGA AAATAGCGGC 
AACAGAATTC CTGACCCCTC TGCAAGCATT GCTGAAACTA CTGCATCTTC GGGTTCTTTG 
CCAGCTCGTC TTCCCACATT TCATGCAAGT GGGCAAGGTC CATGGTGTGC TGTGATTTCT 
TATGATGCAT GTGTTCGGCT TTGTCTTCAC TCATGGGCTG GGGGTTGCAT GGAAGCACCC 
CTCTTCTTGG ATAATGAATG TGCACTGTTG CGAAATGCAT TTGGTCTGGA ACAAGTACTA 
CTACAATCTG AGGAAGAACT GTTGGCAAGA CGATCTTCAG ATATAGTCAG TGAGGGAGTT 
GCACCAAAAC CGAAGAAAAT CATTGGAAAA ATGAAAGTTC AAACACGAAA AGTGAAAATG 
GCTCGAGACC CACCTACTGG CTGCAGTTTT ACATCTCTAA AGCAACCAAA GATAAATATG 
GAATCGTTTT GGTTTCGTTG CTCCAAATTA AAATCAACCC TTCATTCTGG ATGGGTTGCT 
GTGAGGAAAG TTAATTTTGC TCCCCGTATA CCTGTAAATG GCTCTTTTTC AAGTCGGAGT 
TTAGCATATA TGCATGCAAG CACTCGATAT ATAAAACAGG TCTCTGGACT CTTAAAAATT 
GGGGTGACTA GTATGTGCAA CAACGGTTCG CCATCTTATG AAGCAGTGCA AGAAACCTAT 
TCTTGTTTGT TGAGATTGAA AAGTTCATCT GAAGAGGATG CAGTTCGCAT GCAAGCAGGA 
TCTGGTGAAA CCCATGTATT CTTCCCAGAT AGCATTGGCG ATGATCTGAT AATTGAAGTC 
CAAGATTCTA AAGGACAGTA TTATGGTCGT GTTGTAGCTC AATTGGCCAC TATCACAGAT 
GAGCCAAGTG ACAAGCTCCG CTGGTGGTCT ATATATCATG AGCCAGAGCA TGAACTTGTG 
GGCAGAATAC AACTATACAT AAACTATTCA ACTATTGTGG ATGAGAATAG TCATCTTAAG 
TGTGGTTCCG TTGCAGAAAC TGTGGCATAT GACTTGGTGT TAGAAGTTGC AATGAAAGTT 
CAACGTTTTC AGCAAAGACA TTTGTTGCTA CATGGTCCAT GGAAGTGGTT AGTGACCGAA 
TTTGCCTCCT ACTATGGAGT TTCAGACGCA TACACCAAGT TAAGATACTT AGTTGTTAAT 
GGTGTGAGTT CTCCTAAGGA GGCTGAAGCT TTGGGGTTAC GTGAAGCTGC AAGATGGCTA 
TTGGAGCTAC GTGTTTCAAA TGTTATAGTA GAATTGGATG CTAAAGGTGA TTACGATGCA 
TTTTACTCTA AAGCTCTTGA TAGGCAAGCT AATGCTGCTG CTGATGCTCT TGCAAAAGCA 
GCAAGCTCTT TTGCTAGTCC AAGTTTTTGG CGGGATGCTC CACCTCTATT AGGAGCTATC 
TTAGCCTCTG ATGAGAAGAA GAAAGATATT TCGGTTATGA TTTCTACCCA GGGACTTCAA 
TGTGATCCTA TTGCTAGTCT AAGAAATGGT GGGCGAGGCT TTGGGTTGCC TCCTTCAGAC 
AAGTTCCGTA GTGGGTATAT GCCATCAGGA ATAATTCCAG TATCACATGC TATACCCAGG 
AGTGGTGATG ATAGTGGGTC TGGATCAGAC ATGGACATAG GCACCGATTC AGAGGATGAC 
ATACACATTG GGCAGGACTC GCTTGATTCA TCACCCCAAG ATAATAGAAT TCCTGTTTCT 
GCGGGTCCCA AATATCCAAC TCCATTGCAA AAGCATAGGT GTACGGAAGA TGTGGAGAGA 
ATGGGAGATG GAGGTGGTGG GTTTTCAGTT GGACGACATG GGTGTACAGA AGATGGAACA 
TCAGATTCAG CTGCTGGCTC TGGAGTGTCC TTCACACAAT TTAGAAGCCT CGGTGGTGTT 
ATGCCTCATC GAGCAATGAA TGCTTCAGAA TCAAACGTTT CTTTGCGGAC AGATACGGAA 
ATGGCAGCTG AACAGTCACT GAGTTTACAT AATCTGAGTT TAGGTGTTGT TTTGTTGTCA 
GAAACCTATT CTTGTTTGTT GAGATTGAAA AGTTCATCTG AAGAGGATGC AGTTCGCATG 
CAAGCAGGAT CTGGTGAAAC CCATGTATTC TTCCCAGATA GCATTGGCGA TGATCTGATA 
ATTGAAGTCC AAGATTCTAA AGGACAGTAT TATGGTCGTG TTGTAGCTCA ATTGGCCACT 
ATCACAGATG AGCCAAGTGA CAAGCTCCGC TGGTGGTCTA TATATCATGA GCCAGAGCAT 
GAACTTGTGG GCAGAATACA ACTATACATA AACTATTCAA CTATTGTGGA TGAGAATAGT 
CATCTTAAGT GTGGTTCCGT TGCAGAAACT GTGGCATATG ACTTGGTGTT AGAAGTTGCA 
ATGAAAGTTC AACGTTTTCA GCAAAGACAT TTGTTGCTAC ATGGTCCATG GAAGTGGTTA 
GTGACCGAAT TTGCCTCCTA CTATGGAGTT TCAGACGCAT ACACCAAGTT AAGATACTTA 
TCATATGTTA TGGAAGTAGC AACACCCACT GCAGACTGCC TAGGCTTGGT CCATGACTTG 
CTGCTACCTG TGTTAATGAA AGGCTCCAGT AGGGGTGTTT TAAGCCATCA AGAGAATCGC 
ATCCTTGGGG AGATTGAGGA TCAAGTTGAG CAGATTCTTG CTTTGGTTTT TGAGAACTAC 
AAGTCCCTTG ATGAATCATC TCCGTCAGGA ATGTTGGATG TTTTTGTTCC TGCAATTGGA 
AATGCAGCTC CTGCTTTGGA ACCTGCTGTA AAGCTTTACA CTCTATTCCA TGACATCTTG 
ACTTCTGAGG CTCAGTTGAA GCTTTGCAAA TATTTTCAGG CTGCTGCAAA GAAGAGATCA 
AGAAGGCATT TGGCTGAAAC GGATGACTTT ATTTCCAGTA ATAATGAGAG CACATTGATG 
GATTCTGTGA CTCTTTGTAC AGCTTACCAG AAGATGAAAT CATTGTGTTT AAATATTAGA 
AATGAAATTT TTGCTGACAT TGAGATCCAC AATCAGCATG TTCTGCCCAG TTTTATTGAT 
CTACCAAATC TTTCTTCAGC CATATATAGT GTGGAGCTAT GCAATAGATT GCAAGCCTTC 
CTTCTTTCGT GTCCTCCTTC TGGCCCCTCA CCTCCTGTGA CTGAACTTGT TATTGCAACA 
GCAGACTTCC AAAAGGATAT AGCTTGCTGG AACATTAGTC CTATCAAAGG TGGAGTGGAT 
GCGAAAGAAT TATTTCACTT GTATATAATT GTCTGGATTC AAGACAAGCG TCTTGCTTTG 
CTCGACTCAT GCAAACTAGA TAAGGTAAAG TGGTGTGGAA TCAGAACACA ACACTCTACC 
ACACCCTTTG TAGATGAAAT GTATGAGCGG CTGAAGGAGA CATTGAATGA ATATGAAATC 
ATCATTCGTC GCTGGCCAGA ATATACAATT GTTTTGGAGA ATGCTGTTGC AGATGTTGAG 
AAGGCAGTTT TAGAAGCTTT GGAGAAGCAA TATGCCGATG TTTTATCACC ATTGAAGGAC 
AATCTGGCAA CTAAGATATT GGGACTCAAA TATGTGCAGA AATTTGCAAA ACGAACAGTA 
AACACCTATA CAGTCCCTGG AGAGCTGGGG ATTCTTTTAA ATTCCATGAA AAGGATGCTG 
GATGTGCTTC GGCCCAAGAT AGAAACCCAG TTGAAGTCAT GGGGTTCTTG CATCCCTGAT 
GGTGGAAATG CAGTGGCAGG TGAGCGTCTC AGTGAAGTAA CTGTGATGCT TAGAGCCAAA 
TTCAGAAATT ATGTGCAAGC AATTGTTGAG AAACTTGCAG AGAATACAAG GGTGCAGAGT 
GCCACAAAAT TGAAGAAGAT AATCCAGGAC TCAGAAGAAA CCATGGTAGA ATCAGATGTA 
CAAAGTAGAA TGCAGCCATT GAAGGATCTT CTAACAAAGA CAATTGACCA CCTTTATACC 
GTCTTTGAAG TTCATGTGTT CATAGCAATC TGCCGATGTT ATTGGGACCG GATGGGACAG 
GATGTGCTAA GTTTTTTGGA GAATAGGAGA GAGAACCAGT CTTGGTATAA AGGCTCACGA 
ATTGCAGTGT CTATTTTAGA TGACACATTT GCATCACAAA TGCAACAATT GCTTGGAAAT 
GCACTGCAAG AGAAAGACCT GGAGCCACCC AGATCGATAA TGGAAGTGCG GTCCATGCTC 
TGTAAGGATG CTGTAAACCA CAAGGAGAAC AACTACTATT TCTAG