LOC100243428 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100243428
Entrez Gene ID	100243428
Full Name	uncharacterized LOC100243428
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)
Genome	Chromosome: 7 Map Location: 7\|7

mRNA and Protein(s)

mRNA	Protein	Name
XM_019220962.1	XP_019076507.1	uncharacterized protein LOC100243428

Pathways from BioSystems
Gene Ontology

The following LOC100243428 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100243428 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
OVa45739	XM_019220962.1 Latest version!	Vitis vinifera uncharacterized LOC100243428 (LOC100243428), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LOC100243428 ( XM_019220962.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_019076507.1 Vitis vinifera uncharacterized LOC100243428 (LOC100243428), mRNA.

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CloneID	OVa45739
Clone ID Related Accession (Same CDS sequence)	XM_019220962.1
Accession Version	XM_019220962.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4155bp) 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	2016-11-24
Organism	Vitis vinifera(wine grape)
Product	uncharacterized protein LOC100243428
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012013.3) 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 :: 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 :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGAGAGTG GAACCGAGAT TTTCAGTAAA GGTTCACTCG TGGAAGTCAG TAGCGACGAA 
GACGGCTTCA AAGGCGCATG GTATGTAGCC ACGATTCTAG AGTCACCGCC CAAGTCCGCC 
TCCAAGAAGA GGTCCAGGGC TTTGGTGGAG TACCAGGACC TTCTGGTTGA CGACGTTGGC 
TCCAAGCCGC TCACGGAGGT GGTCGACACT TCCTTCCTCA GGCCCCTACC GCCGCCGGAG 
GCCGACACCA ACTTTTGCGT AAACGACATC GTTGATGCGT TTTACAGGGA TGGGTGGTGG 
ACTGGCGTGA TCACTAGGAT TTCGGAGGAT TCGAAGTGCA CTGTTTTCTT CCAGAACCCT 
CCCGACGAGA TTCAGTTTGA CCGGTCCGAT TTGCGGGTGC ATAAGGAGTG GGTGGACGGC 
AAGTGGATCA GACCCGAAAA GCAGAGAGTG ATAGCGATAA TGGAGAGTGG CGCTGAGATT 
TTTAGGCAAG GCTCATTGGT TGAAGTCAGA ATCAATAATG ATGGCTGCAG AGGCTCTTGG 
TATGTGGCAA AAATTATCAT GGCGGAGAAA TCTAGGGCAT TGGTGGAGTA TCAAGACCTT 
TTGGATGGCA AGGATGGATC AAGGAGGTTG AGAGAGGTGG TGGATACTTT GTTCCTCAGG 
CCACTTCCGC CATTAGAGAC CAATGCATCA TTTGGTGAAT ATGATATTGT GGATACATTT 
TACCATGATG GTTGGTGCAC TGGGGTGATC ATATGCATTA AGGACTCAAA ATATACGGTT 
TTCTTCTCAA ACAACGAGAT CCAGGTCGAT CGATCAGATT TGCGATTGCA CAAAGAGTGG 
GTCAATGGCA AGTGGGTACA ACCTAGAAAG GAGAGAACGA CAGGATTGAT TTTTAGCCCA 
GGAGCAGCAG TAGAAGTGAC CCTTAATGAA CAAAGTTCAC GTGATGCTTG GTTCCCTGCA 
ATTGTTCGTC GAGAAATTGG GCTAGGCTCA TATGTGGTGC AGTGCCAGAG CTTAAAAAAT 
AGTGGTGAAG CTGGGGTTCT GGATGTAACT GTAGATAACC TTCATATTCG ACCATCTCCT 
CCACGTTTGG AGGGCAGAAA ATTCGGCCTC TTGGAGAAGG TGGATGCATT TTATGATTAT 
GGTTGGTGGA ATGGAATAGT TACCAAAGTT CTTACGGGTA GGAGGTATGT TGTCTTCTTC 
AAGCATACAA ACATGGAAAA GGAGTTCATT CACTCGGACC TGAGGCCCCA CATGGAGTGG 
GTTGATGGAA AATGGGTTGG TGCTACACAG GAAGTTTTAG GTACGACATA TTCTGATGAA 
CAGTTAGGGC TTGTCCTCAA CAATTCAAAC AACACATCTG TGGGCATGCA ACTTGAAAGT 
TCAGGCACTG TAATAGATGA TGCTGGAGAT AAGATATCTC ATTCTACAAG ATTCGAGAAG 
GACCGGTTGG AGCAACCTGC TACATACCTT GAAAATTCAA CTTCTGTCAT GACTTCAAAC 
AGGAAGAAAG TGAAGGAGAC AACATCTGGT GATGATGCTA CACCTTCACG GCCATCAAAG 
AAATTAAAAG AGGGAGATGT TGCAGATGCC CCGATATCTC ATGCAGTAGG TCAGTTAAGG 
ATGGCACCAA TTGAAACATT GATTCAGGAA GTGCCATGTG GTTTTGCCAA CCCAACCACA 
GGAGGAACTG GTTCTAATCA AACAGAGCAA CCTGTGGCTG GCAATCAATC TTCTACAAAA 
ACTGGTAGTG CTTCTCAGGG AATGAAAGTC GGAAATGAAC AAAAAAGTAG TGGACTAGGC 
AATCAAACAC CAAATTCTGT AAAAAGGAAG GGAAGACCTC CAAAATCGCA AGTTAAAATT 
GCACAACCTT TTCCAGCTGG TGAGGAGGTT AATACAGTTC AGAATGCTGA AGGAACTGTA 
GAAAAGGAGT ATACAACAAA TAATGTTGAC ATGGATATGG CTGTAGGATT ACCATCTAAT 
GCTGAGGAAG GCACAATAGA TGAAAATCCT TCTGACCATC CTAATGAGGA ATCTTTGAAG 
GTTATGAGGG ATCAGAAAAG GCATTTTGAT GCTACGGCAA GACACAAGAG CAAGGAGATA 
GGGAAAAAGG AAGAAGGCAC GGTGAGTACT CAATTGAAGA GGAGAGGAAG GCCACCTAAG 
AAACTGGAGA ATAGAAACCC AGAAGCTTCA TCGGAAGGAA GAGCACCTAG AGTATCATTT 
AAAAGAAGCC CAAAAGATTC ATCAGCTGGA AGAGCCCCCA AATTACCTGT TAAAAGAAGC 
CCCAGGACTT CAATGAGGGA GCCTAAATTG AAACGCCAAA GGGCTTCCGC TGTAGGAACC 
AAAATAAAAG GCCCCAAAGC TACATCTGAA GGATCTAACT TAAATAACCA AATGGAGTTG 
GAGGCAGGCC TTGATTTAAA TAGCCTATAT GCTTCAGCAG CAGGTAAGGA TGATAATGAA 
GTTGGAGGGG TTGCCTATGA AATGGCCATA AAAGATTGTA AGATGAATGA GGTTGAATTA 
CCTATGAGCA CAGTGGTCGA GTCTTCAGCT AAGAGGGGTT CACAAACTGA AATTCCTGTT 
CGACATTCAA GGAGGGCATA TAGGAAACGT ACCACAAATC AGAATCTTCT TGGTAGTAGG 
CAGAAGAATG TAGAAGGCAT CAAAATTAGA ACGCCTCGAA CAAGAAAACA AAAGCTTCCG 
GATGAATCAA TTGGGCAAGC ATTAAGCAAG CAATTGGTGA AGAGTTCATC GAAGAGGGGA 
AGAAGACGAA GCATAAACAT AAATTCTGCG CCTCCAACTC AAGGTGTGAA AATGTCTTTC 
TACTGTACAG GCTCTCAAGA CGCACTTGGA GAGAAAACAG CTCCACTTGC GGAGATAGAC 
AGCAAAACAA AACAGGTTGA AATGGCTGTC TCTGGAGTGC ACAGTGTGCC TGATGATCAA 
CCTCTGAAAA TGTGGTTTGA GGGAATGCAC AGTCCAGGCG TGGCAGATAA TTCAAAACTC 
TCCCCTGGTC AGACTGTGAA CCAGTGGAAT GAGGCAAGGG AAAGACCTAG TGAAGTAACA 
CAATCTCCTA GAATTGATCC CACTGGAGAA ATTATGCTGG ACCTGAATCA AAGCCTCCCC 
TTTGTGAAAA GCTCCCCAAT TTGGAACACA CTTGAGACTC TGGAAGTATT CCAGAGGATG 
CCACAGAAAC CACATTTTCG TCCACTGGAA AATTGTAAAG AGGAACGTCG GGAAGGCTTA 
GCCATTGGTA ATATGGTGAC CTTCTCCACC TTGATAGAGA AGGTAGCCAA ACTCAGATTT 
GATGATCCTA GAAGCATCTT TGGTAGCAGC TTGGAAGCAC TAGTGGAGCT GGAAATGCAT 
GGTTTTGACA CCAAGCCAGT GCAGAGTCGC ATAAATGAGC TGGTCTTCAT TAAAGATCAG 
CAAGAACAGC TGAAGGGCAG GACCAAAGAA GTCGAAAATC AGATCATGGA GCACACTCAT 
GAGAAGACGA AAATTGACGA AGAAATATAT GAGATAGACA AGAAGATGAT TGAGCTACAA 
GAGAAGCGTG CACTGGCTGT GTCAAACAAG GAGAGCAAGG ATTCAGAAAT TGCAGCACTG 
CTGTCGAGTG TGGATGCCAT GAATGAAAGC ATCCAGAGTG CGAGGCAGGA TTTTGAGAGG 
GTAGCTACTT CCCCATGGGC CACTCCTGAT TTCTCCGACG CCGGCCCGAC CATGGTCACG 
GAGGCGGAGG GGTTGAAGAA GGGAGAGAAG GTGGAGGTGA GCAGCGAAGA AGAAGGACTG 
CGAGGATCGT GGTACACGGC GACCGTGCTT CGGCCGGTTA CGAAGAAGAC CAAGAAAATC 
TACGTGGAGT ATCATACGCT GATGTCGGAG GAGGACGACT CTAAGCCGCT GAGAGAGTCG 
GTGGACGCGA TTCTAGTGCG GCCGTACCCG CCGCGGGAGG TGGGCCGGCG CTTCAAGCTC 
ATGGAGGAAG TGGACGCCTT CTACAGCGAC GGGTGGTGGG AGGGAGTGGT GACGCAGGTT 
CTGGAGAATT CGAGGTACTC AGTGTTCTTC AGGACTTCGA GGGAGCAGAT CGACTTTCAC 
CAGGTGGATC TGCGGCTGCA TCGAGAGTGG GTGAGGGGAA ATTGGGTGCC ACCGCTGGAG 
GAATCTCAGT CGTGA

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

RefSeq	XP_019076507.1
CDS	102..4256
Translation	MESGTEIFSKGSLVEVSSDEDGFKGAWYVATILESPPKSASKKRSRALVEYQDLLVDDVGSKPLTEVVDTSFLRPLPPPEADTNFCVNDIVDAFYRDGWWTGVITRISEDSKCTVFFQNPPDEIQFDRSDLRVHKEWVDGKWIRPEKQRVIAIMESGAEIFRQGSLVEVRINNDGCRGSWYVAKIIMAEKSRALVEYQDLLDGKDGSRRLREVVDTLFLRPLPPLETNASFGEYDIVDTFYHDGWCTGVIICIKDSKYTVFFSNNEIQVDRSDLRLHKEWVNGKWVQPRKERTTGLIFSPGAAVEVTLNEQSSRDAWFPAIVRREIGLGSYVVQCQSLKNSGEAGVLDVTVDNLHIRPSPPRLEGRKFGLLEKVDAFYDYGWWNGIVTKVLTGRRYVVFFKHTNMEKEFIHSDLRPHMEWVDGKWVGATQEVLGTTYSDEQLGLVLNNSNNTSVGMQLESSGTVIDDAGDKISHSTRFEKDRLEQPATYLENSTSVMTSNRKKVKETTSGDDATPSRPSKKLKEGDVADAPISHAVGQLRMAPIETLIQEVPCGFANPTTGGTGSNQTEQPVAGNQSSTKTGSASQGMKVGNEQKSSGLGNQTPNSVKRKGRPPKSQVKIAQPFPAGEEVNTVQNAEGTVEKEYTTNNVDMDMAVGLPSNAEEGTIDENPSDHPNEESLKVMRDQKRHFDATARHKSKEIGKKEEGTVSTQLKRRGRPPKKLENRNPEASSEGRAPRVSFKRSPKDSSAGRAPKLPVKRSPRTSMREPKLKRQRASAVGTKIKGPKATSEGSNLNNQMELEAGLDLNSLYASAAGKDDNEVGGVAYEMAIKDCKMNEVELPMSTVVESSAKRGSQTEIPVRHSRRAYRKRTTNQNLLGSRQKNVEGIKIRTPRTRKQKLPDESIGQALSKQLVKSSSKRGRRRSININSAPPTQGVKMSFYCTGSQDALGEKTAPLAEIDSKTKQVEMAVSGVHSVPDDQPLKMWFEGMHSPGVADNSKLSPGQTVNQWNEARERPSEVTQSPRIDPTGEIMLDLNQSLPFVKSSPIWNTLETLEVFQRMPQKPHFRPLENCKEERREGLAIGNMVTFSTLIEKVAKLRFDDPRSIFGSSLEALVELEMHGFDTKPVQSRINELVFIKDQQEQLKGRTKEVENQIMEHTHEKTKIDEEIYEIDKKMIELQEKRALAVSNKESKDSEIAALLSSVDAMNESIQSARQDFERVATSPWATPDFSDAGPTMVTEAEGLKKGEKVEVSSEEEGLRGSWYTATVLRPVTKKTKKIYVEYHTLMSEEDDSKPLRESVDAILVRPYPPREVGRRFKLMEEVDAFYSDGWWEGVVTQVLENSRYSVFFRTSREQIDFHQVDLRLHREWVRGNWVPPLEESQS

Target ORF information:

RefSeq Version	XM_019220962.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100243428 (LOC100243428), mRNA.

Target ORF information:

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

XM_019220962.1

ORF Insert Sequence:

ATGGAGAGTG GAACCGAGAT TTTCAGTAAA GGTTCACTCG TGGAAGTCAG TAGCGACGAA 
GACGGCTTCA AAGGCGCATG GTATGTAGCC ACGATTCTAG AGTCACCGCC CAAGTCCGCC 
TCCAAGAAGA GGTCCAGGGC TTTGGTGGAG TACCAGGACC TTCTGGTTGA CGACGTTGGC 
TCCAAGCCGC TCACGGAGGT GGTCGACACT TCCTTCCTCA GGCCCCTACC GCCGCCGGAG 
GCCGACACCA ACTTTTGCGT AAACGACATC GTTGATGCGT TTTACAGGGA TGGGTGGTGG 
ACTGGCGTGA TCACTAGGAT TTCGGAGGAT TCGAAGTGCA CTGTTTTCTT CCAGAACCCT 
CCCGACGAGA TTCAGTTTGA CCGGTCCGAT TTGCGGGTGC ATAAGGAGTG GGTGGACGGC 
AAGTGGATCA GACCCGAAAA GCAGAGAGTG ATAGCGATAA TGGAGAGTGG CGCTGAGATT 
TTTAGGCAAG GCTCATTGGT TGAAGTCAGA ATCAATAATG ATGGCTGCAG AGGCTCTTGG 
TATGTGGCAA AAATTATCAT GGCGGAGAAA TCTAGGGCAT TGGTGGAGTA TCAAGACCTT 
TTGGATGGCA AGGATGGATC AAGGAGGTTG AGAGAGGTGG TGGATACTTT GTTCCTCAGG 
CCACTTCCGC CATTAGAGAC CAATGCATCA TTTGGTGAAT ATGATATTGT GGATACATTT 
TACCATGATG GTTGGTGCAC TGGGGTGATC ATATGCATTA AGGACTCAAA ATATACGGTT 
TTCTTCTCAA ACAACGAGAT CCAGGTCGAT CGATCAGATT TGCGATTGCA CAAAGAGTGG 
GTCAATGGCA AGTGGGTACA ACCTAGAAAG GAGAGAACGA CAGGATTGAT TTTTAGCCCA 
GGAGCAGCAG TAGAAGTGAC CCTTAATGAA CAAAGTTCAC GTGATGCTTG GTTCCCTGCA 
ATTGTTCGTC GAGAAATTGG GCTAGGCTCA TATGTGGTGC AGTGCCAGAG CTTAAAAAAT 
AGTGGTGAAG CTGGGGTTCT GGATGTAACT GTAGATAACC TTCATATTCG ACCATCTCCT 
CCACGTTTGG AGGGCAGAAA ATTCGGCCTC TTGGAGAAGG TGGATGCATT TTATGATTAT 
GGTTGGTGGA ATGGAATAGT TACCAAAGTT CTTACGGGTA GGAGGTATGT TGTCTTCTTC 
AAGCATACAA ACATGGAAAA GGAGTTCATT CACTCGGACC TGAGGCCCCA CATGGAGTGG 
GTTGATGGAA AATGGGTTGG TGCTACACAG GAAGTTTTAG GTACGACATA TTCTGATGAA 
CAGTTAGGGC TTGTCCTCAA CAATTCAAAC AACACATCTG TGGGCATGCA ACTTGAAAGT 
TCAGGCACTG TAATAGATGA TGCTGGAGAT AAGATATCTC ATTCTACAAG ATTCGAGAAG 
GACCGGTTGG AGCAACCTGC TACATACCTT GAAAATTCAA CTTCTGTCAT GACTTCAAAC 
AGGAAGAAAG TGAAGGAGAC AACATCTGGT GATGATGCTA CACCTTCACG GCCATCAAAG 
AAATTAAAAG AGGGAGATGT TGCAGATGCC CCGATATCTC ATGCAGTAGG TCAGTTAAGG 
ATGGCACCAA TTGAAACATT GATTCAGGAA GTGCCATGTG GTTTTGCCAA CCCAACCACA 
GGAGGAACTG GTTCTAATCA AACAGAGCAA CCTGTGGCTG GCAATCAATC TTCTACAAAA 
ACTGGTAGTG CTTCTCAGGG AATGAAAGTC GGAAATGAAC AAAAAAGTAG TGGACTAGGC 
AATCAAACAC CAAATTCTGT AAAAAGGAAG GGAAGACCTC CAAAATCGCA AGTTAAAATT 
GCACAACCTT TTCCAGCTGG TGAGGAGGTT AATACAGTTC AGAATGCTGA AGGAACTGTA 
GAAAAGGAGT ATACAACAAA TAATGTTGAC ATGGATATGG CTGTAGGATT ACCATCTAAT 
GCTGAGGAAG GCACAATAGA TGAAAATCCT TCTGACCATC CTAATGAGGA ATCTTTGAAG 
GTTATGAGGG ATCAGAAAAG GCATTTTGAT GCTACGGCAA GACACAAGAG CAAGGAGATA 
GGGAAAAAGG AAGAAGGCAC GGTGAGTACT CAATTGAAGA GGAGAGGAAG GCCACCTAAG 
AAACTGGAGA ATAGAAACCC AGAAGCTTCA TCGGAAGGAA GAGCACCTAG AGTATCATTT 
AAAAGAAGCC CAAAAGATTC ATCAGCTGGA AGAGCCCCCA AATTACCTGT TAAAAGAAGC 
CCCAGGACTT CAATGAGGGA GCCTAAATTG AAACGCCAAA GGGCTTCCGC TGTAGGAACC 
AAAATAAAAG GCCCCAAAGC TACATCTGAA GGATCTAACT TAAATAACCA AATGGAGTTG 
GAGGCAGGCC TTGATTTAAA TAGCCTATAT GCTTCAGCAG CAGGTAAGGA TGATAATGAA 
GTTGGAGGGG TTGCCTATGA AATGGCCATA AAAGATTGTA AGATGAATGA GGTTGAATTA 
CCTATGAGCA CAGTGGTCGA GTCTTCAGCT AAGAGGGGTT CACAAACTGA AATTCCTGTT 
CGACATTCAA GGAGGGCATA TAGGAAACGT ACCACAAATC AGAATCTTCT TGGTAGTAGG 
CAGAAGAATG TAGAAGGCAT CAAAATTAGA ACGCCTCGAA CAAGAAAACA AAAGCTTCCG 
GATGAATCAA TTGGGCAAGC ATTAAGCAAG CAATTGGTGA AGAGTTCATC GAAGAGGGGA 
AGAAGACGAA GCATAAACAT AAATTCTGCG CCTCCAACTC AAGGTGTGAA AATGTCTTTC 
TACTGTACAG GCTCTCAAGA CGCACTTGGA GAGAAAACAG CTCCACTTGC GGAGATAGAC 
AGCAAAACAA AACAGGTTGA AATGGCTGTC TCTGGAGTGC ACAGTGTGCC TGATGATCAA 
CCTCTGAAAA TGTGGTTTGA GGGAATGCAC AGTCCAGGCG TGGCAGATAA TTCAAAACTC 
TCCCCTGGTC AGACTGTGAA CCAGTGGAAT GAGGCAAGGG AAAGACCTAG TGAAGTAACA 
CAATCTCCTA GAATTGATCC CACTGGAGAA ATTATGCTGG ACCTGAATCA AAGCCTCCCC 
TTTGTGAAAA GCTCCCCAAT TTGGAACACA CTTGAGACTC TGGAAGTATT CCAGAGGATG 
CCACAGAAAC CACATTTTCG TCCACTGGAA AATTGTAAAG AGGAACGTCG GGAAGGCTTA 
GCCATTGGTA ATATGGTGAC CTTCTCCACC TTGATAGAGA AGGTAGCCAA ACTCAGATTT 
GATGATCCTA GAAGCATCTT TGGTAGCAGC TTGGAAGCAC TAGTGGAGCT GGAAATGCAT 
GGTTTTGACA CCAAGCCAGT GCAGAGTCGC ATAAATGAGC TGGTCTTCAT TAAAGATCAG 
CAAGAACAGC TGAAGGGCAG GACCAAAGAA GTCGAAAATC AGATCATGGA GCACACTCAT 
GAGAAGACGA AAATTGACGA AGAAATATAT GAGATAGACA AGAAGATGAT TGAGCTACAA 
GAGAAGCGTG CACTGGCTGT GTCAAACAAG GAGAGCAAGG ATTCAGAAAT TGCAGCACTG 
CTGTCGAGTG TGGATGCCAT GAATGAAAGC ATCCAGAGTG CGAGGCAGGA TTTTGAGAGG 
GTAGCTACTT CCCCATGGGC CACTCCTGAT TTCTCCGACG CCGGCCCGAC CATGGTCACG 
GAGGCGGAGG GGTTGAAGAA GGGAGAGAAG GTGGAGGTGA GCAGCGAAGA AGAAGGACTG 
CGAGGATCGT GGTACACGGC GACCGTGCTT CGGCCGGTTA CGAAGAAGAC CAAGAAAATC 
TACGTGGAGT ATCATACGCT GATGTCGGAG GAGGACGACT CTAAGCCGCT GAGAGAGTCG 
GTGGACGCGA TTCTAGTGCG GCCGTACCCG CCGCGGGAGG TGGGCCGGCG CTTCAAGCTC 
ATGGAGGAAG TGGACGCCTT CTACAGCGAC GGGTGGTGGG AGGGAGTGGT GACGCAGGTT 
CTGGAGAATT CGAGGTACTC AGTGTTCTTC AGGACTTCGA GGGAGCAGAT CGACTTTCAC 
CAGGTGGATC TGCGGCTGCA TCGAGAGTGG GTGAGGGGAA ATTGGGTGCC ACCGCTGGAG 
GAATCTCAGT CGTGA