LOC106141830 cDNA ORF clone, Amyelois transitella

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106141830
Entrez Gene ID	106141830
Full Name	uncharacterized LOC106141830
Gene Type	protein-coding
Organism	Amyelois transitella

mRNA and Protein(s)

mRNA	Protein	Name
XM_013343470.1	XP_013198924.1	uncharacterized protein LOC106141830

Pathways from BioSystems
Gene Ontology

The following LOC106141830 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106141830 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
OAm56946	XM_013343470.1 Latest version!	Amyelois transitella uncharacterized LOC106141830 (LOC106141830), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC106141830 ( XM_013343470.1 ) cDNA ORF clone, Amyelois transitella -> XP_013198924.1 Amyelois transitella uncharacterized LOC106141830 (LOC106141830), mRNA.

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CloneID	OAm56946
Clone ID Related Accession (Same CDS sequence)	XM_013343470.1
Accession Version	XM_013343470.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5442bp) 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	2015-08-05
Organism	Amyelois transitella
Product	uncharacterized protein LOC106141830
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013535332.1) 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 :: Amyelois transitella Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 100% of CDS bases ##RefSeq-Attributes-END##

ATGCCAGTAA CGAGAAGCCA GAAAGGCAAA ATGGAACCAT TACGTCCACC TACTACAACA 
AGTGAAGAAA CAGGCACAAC ACATAGAACT CCTACAAGTC GAGGAACTAC AAGTGGAACT 
GAGGACTCCA CAAACACAAG CATGCAAACT GGAACGCGAG AACAAGCACT ACCGGGAAGC 
ACGATGACAT TAGTTCCAAT GGAACCGAGA GATAGCGAGC CTACGCAGAC AACGCGCTCC 
CCATCTAGGA GCAAGAGAGC AGGAACAAGC AAGTCAGTGA AAACAAGAAG GAAACTTCAA 
TTGGAAAAAG AAATTGCGGA ACTCAAATTG GAACAAATAA AAGCAGAAAC CGCGAAAAGG 
GAAGCAGAGG CGAAACTTCT TGAGGAAGAA TCTGATTCCG ACCTAGAGGA ACCAGAGGAC 
AGGGCGGATC GTGTACGAAG TTGGATGGCT GGCACACAAG ACAACGCGTC ATGTATGGAA 
GTTCCATTCA ACAGAAATGA AGATCTACCA ATGAACAACC TCGCTTCAGC TATAGCAGCG 
GCATTCGAAA AAGCTACTTC GAAACACAAA CCGTTGCCAC CGAAGTACAT GTTTGAGTTA 
CCAACATTTA ATGGAGATAG TGCAGAATGG CTAGCTTTCC TAACAGTATA CACCGAAACA 
TCTACCATGT TTTCGGCAGT TCAGAATATG GCTCGACTAA GAAAAAGCAT CGTGGGACAA 
GCAAGAGAAG CAGTGAAAAA TATATTATAT TCGGATTCTC AACCCAATGA CGTCATGGAA 
GCATTAAGGA GAAGATTCGG TAGAGCGGAC TTATTAGTCA CAGCCGAATT AGACAAATTA 
AGGGCGCTTC CTCGTGTAAG TGAAAATGTA CAAGAACTTA GTGCATTCTC ATGTAAAGTC 
AACAACAGTG TGACAAGTAT CAAAGGGTTA AAGAAAAACA AGTACCTACA CTCACCGGAA 
ATAGTGAAAC AAATCACGGA AAAATTACCA GCGTTTATTC AATTTAGATG GTGCGATTAT 
ATCGCACAAT ACGACGAAGA TGAACCTGAT CTCGAAATAC TAGCCAACTT CCTGAACAAA 
GAAGCCGATA GAAGTGTTGT GCTGCTATCA AACGAAAAGA AGAAAGTGAT ACAACCAAAG 
AGGCAGTCAG CACACGTAGC AGTTGAACAA CCCATGAGAA GGGGAATTCA ATGTATTCAA 
TGCAAAGGAG ATCACTATTT TTCGGAATGC AAAGAATTGA AAAACGCAAG TATCGACGAA 
AGGTGGGAAA TGGTAAAAAA GTTAAAAGTT TGCTTCAATT GCCTAAGAGG ACGACATCGA 
AAAGATGATT GCAGGTCTAG ACCCTGCCGA CAATGTAAGA GATTACACCA TGCGCTTCTT 
CATAAGGAAT ATAAGAAAGA AAACAGTACA TATGAAAAGA GGAAAGAAGA AGCTGGTGTT 
ACTGGAACTG TCAACACTTT GAAAACACCA CAAGCGCTAT TGAAAATAAT GCCCGTACTG 
CTATACGGGC CAACGAAATC TGTGAAAGTA TTAGCACTTC TGGATGAAGG TTCGACAGTC 
ACATTGCTGG ACGAAGCTAC AGCAAAAGAA ATAGGAGCAA CAGGACCGAA AGAAATCCTT 
GCTCTAGAAA CAGTTGGTGG AAATACGATA AGAAACACGG ATTCTGAAAG AATCAATTTG 
AAGATTAAAG GCGTCCACCA ACGGAAGAAA ATGAACATAA ATAACGTGAG AACAATTAAA 
GAAATCCAGT TGTCACCGCA AACAGTGGAT AGGGCGAGAT TGGAAGCCTG TCCACACCTG 
AAGCCTCTTA TCGACAAAAT ATGTTACGAA GACACGCCTC CGAAAATGTT AATAGGTCAG 
GACAATTGGG AACTGATCGT ATCGAGACAC ACTAGGAAAC GCAAGAAGGA CGAACCCGTT 
GCTTCATTCA CGAAGCTGGG ATGGGTATTA CACGGTTGCG ATGGTGGGAT AACGAAACAA 
GTACAGTTTA TGAGATGTGC GCATCTGAAA AGTCAAGACG ACAATTTGGA TGCCATAATT 
AAAGAACACT TCGCAATAGA AGCACTAGGT GTCACTGAAA GGAAGCCATC GTCTGACATT 
GAAGAGAGAG CAACAAAGAA ATTGGAAGAA GTCGTGCGAA AAGTTGCTGT CGATAAATAC 
GAAGCGGGAT TAATCTGGAA AGCGGAAGAC GAAACTCTTC CAGACAATCG ATCAACTGCG 
GAAAGCAGAA TGAGAAACTT AGAGAAAAAG TTGGATAAAG ATCCTGAACT GAAAGCCGAC 
TACGAGAAAC AGATACAACA TTTATTGGAT TCAGACTACG CAGAAGAAGC TCCGAATCAA 
AGTAAATCCA CGAGATTGTG GTACTTACCG CACTTCGCCG TCACTCACCC AACGAAAAAG 
AAAAGGAGAA TAGTGTTCGA TGCAGCAGCA AGATCCAATG GGAAGTGTCT GAACGACGCG 
CTCTTATCTG GACCGGATCT GCTACAATCG TTATGGGGTG TGTTAATACG CTTTCGTCAA 
GGTCCTATAG CAGTCGTAGC TGACATTAAA GAGATGTTCC TGCAAATCCT CATGAGAGAA 
GACGACAGAG ATAGTTTGCG ATTCTTATGG AGAGGAGGCG ACAGGACAGG ACCAATGAAG 
GAGTATCGTC TTAAAACTGT GATATTCGGA GCGGCCTCAT CACCCAGTAC AGCAATATTT 
GTGAAAAACA AAAACGCGAA AGACAACGGA CAAGGGCACC ATGAGGCCAT CAAAGCGATA 
GAAAAGAATC ATTACATGGA CGATTATCTA CAAAGTTTTT GGGAAGAAGA ACATGCGGTA 
GAAGTCGCCA CGACAGTCGA CGAAATACAT AAGAAAGCAA GTTTCCATTT AAGAGGATGG 
GCATCCAACC GTCCTAATGT ATTGAAAAGG ATCAACGGAG ACAATAGTCT GGAAAAGGAA 
TTAGGACTTG GTCAGCAAGA AGAGAAAACG CTCGGAATGA AATGGAAAGT GCAAGAAGAC 
TGCTTTTCAT TTCGAGTAGC AATGAGAAAC GTACCAAGGG AAATTTTACG AGGAGAAAAG 
ACCCCTACGA AAAGACAAGT GGTCAGCGCA ATCATGTCAA CATTTGATCC CTTGGGATTA 
ATAGCTCCAG TTCTTATTCA AGGTAAGAAA CTAATGCAGA ATATCTGGAG AAGCGGAGTT 
GGATGGGACA CCGAAATTTT GGCATCAGAG GAAGACGAAT GGCGTAAATA CTTACAACAT 
ATGAAGACAA TAGAAGAGCT CACAATACCA CGATGCATCT CTCCTCACCA CACCGAGGGA 
GAGCTACACG TCTTCACGGA TGCAAGCGAA ACGTCCTATG CAGCCTCAGC ATATTGGAAA 
ACGATAGAAG AAGATGCGAA AACCTCGTTG ATCGCAGCAA AGAACAGGGT AACTCCTCTA 
AAACCGATAT CCGTTCCAAG ACTGGAACTT CAAGCAGCAT TGTTAGGTTG CAGACTAGCA 
CGCGCAATTG AAAAAGAAAT GGATCTGACG GTAGTAAAAA AGACTTTTTG GACAGACTCA 
ACGACGGTTC TTTCATGGAT CAAATCAGAC CCGAGGACAT TTAAGACGTT CGTGGCACAT 
CGCTTGGCCG AAATCGAAGA ACTTTCGAAA CCACAAGATT GGAGATGGGT ACCGACAAAC 
CAAAACCCGG CTGACGATGC GACCAGGGAT GTGCCCGAAA ACTTCAACGA AAGACACAGA 
TGGTTTGAAG GGCCTGAATT CTTAAAACAA TCTGAGGAAC ATTGGCCGAA GCCGAAAGAA 
ATCAAGAGAG AACCGCACGA AGAGGACAAG AAGATTGAAA AAGTAGCAAC AACGAGACAG 
AAAGAGTTTT CTACGCCAGA TCCGAAAAGA TTTTCAAGTT GGAATAGACT CCTAAGGTCC 
ACGGCAAGAG TGGTTCAATT CGTCGAAATA TTAAGAAATA ATAAGCAAGA AAAAGAGAAA 
GTCAACGCGA CTAAGAAAGA TGAACCATGG AGGAAGAACA GAAAAAGGAA GAAGACTCCA 
ATTGTTCTAA AAAAGATTTC AAAAGAGCAA CAAAAACTCT TTATTCCGTT GGAAACGCAT 
CAGTTAGCGA AAGCAGAGGC ACTATTGATG CGACGAAGTC AAGACGAAAG TTTCAAAGCC 
GAAATAGATA CGTTGAGAAA AGGTCAACAT TTAACGAAAA GTCAGAAGCT GCATAATTTA 
GATATAGTCG AAATCGACGG AATACTTCGA TTGAAAGGAA GAATTAACGC CGTCGAAGGA 
ACACAACAAG AAAAGAACCC GATAGTATTA GATAAACGGG ATTGGATAAC ACGACTGCTT 
ATCCAACATT ACCACAATGT GTTCCATCAC GGAAACCACG CTACTGTCAT CAACGAATTA 
AGACAAAGAT ACTGGATCGT GGGAATAAGA GCAGCAGTAC GATCAATCGC GCACCTCTGT 
CAATGGTGCA AAGTAAGAAA GTCCATGCCG ACGACGATAC CGATGGGAGA TCTGCCTCCA 
GAAAGACTGT CTCACAACAG TCACCCGTTC ACTTGCACAG CTGTAGATTA CTTCGGACCG 
ATGACCATTA CCATTGGGAG AAGACATGAA AAACGATGGG GCGCACTGTT CACCTGTCTC 
ACAACCAGAG CAGTGCACGT AGAGTTGGCT ACATCGCTGT CAACCGACTC CATGATCATG 
GCCCTGAGAA GATTCGCCGC GAGAAGAGGT ATGCCAAAAG TAATCTATAG TGACAATGGT 
ACTAATTTTG TGGGTGCCAA CAGAGAATTG AAAGAAGCTG TAGAAGCATT GAAGAAAGAA 
GAGGTAGAGG CAGCCGCGGA CAACATTGGC GTCAGGTGGA AATTCATACC GCCTGGTGCT 
CCGAACATGG GAGGAGCGTG GGAGAGACTG GTACGGTCCG TTAAGACTTC ACTGACGGCC 
GTGCTCAAAG AGAAGAATCC TTCAGAAGAG ACGCTACACA CTCTTCTGCT TGAGGTCGAG 
CACATTATCA ACTCTCGACC TCTCACCGAA CTGGAAGACT GCACCAATCC AGAGTCACTC 
ACGCCCAACC ACTTCCTCAT TGGGCGATCC TGCGGCGCGC CTAGGCTGGG CGCGTTCTCC 
GATTCCGATC TTGTCGGAAA ACCTTCGTGG AAGACTTCGC AGCGGCTAGC GGACCACTTC 
TGGTCTCGCT GGCTGAAAGA ATATCTTCCT GGCTTGCTGC CACGGAGGAA CGTCGGCCAG 
CCAACCCGAG ACATCCGATG TGGGGACATC GTAGCAGTCC TGGATCCTGC CTTACCGCGA 
GGCACGTGGC CTCGCGGGAG GGTAGTGCGC ACGCTGCCGG GCCCCGACGA CCGGACCAGA 
GTCGTTGATG TGGCTACCGG TGGTGGCATT CTGCGACGGC CAGCTTCGAA GCTAGTAGTG 
ATAGTGCCAG TGAATAGTGA AAACAAAGCA GAGCAAAAGT GA

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

RefSeq	XP_013198924.1
CDS	1..5442
Translation	MPVTRSQKGKMEPLRPPTTTSEETGTTHRTPTSRGTTSGTEDSTNTSMQTGTREQALPGSTMTLVPMEPRDSEPTQTTRSPSRSKRAGTSKSVKTRRKLQLEKEIAELKLEQIKAETAKREAEAKLLEEESDSDLEEPEDRADRVRSWMAGTQDNASCMEVPFNRNEDLPMNNLASAIAAAFEKATSKHKPLPPKYMFELPTFNGDSAEWLAFLTVYTETSTMFSAVQNMARLRKSIVGQAREAVKNILYSDSQPNDVMEALRRRFGRADLLVTAELDKLRALPRVSENVQELSAFSCKVNNSVTSIKGLKKNKYLHSPEIVKQITEKLPAFIQFRWCDYIAQYDEDEPDLEILANFLNKEADRSVVLLSNEKKKVIQPKRQSAHVAVEQPMRRGIQCIQCKGDHYFSECKELKNASIDERWEMVKKLKVCFNCLRGRHRKDDCRSRPCRQCKRLHHALLHKEYKKENSTYEKRKEEAGVTGTVNTLKTPQALLKIMPVLLYGPTKSVKVLALLDEGSTVTLLDEATAKEIGATGPKEILALETVGGNTIRNTDSERINLKIKGVHQRKKMNINNVRTIKEIQLSPQTVDRARLEACPHLKPLIDKICYEDTPPKMLIGQDNWELIVSRHTRKRKKDEPVASFTKLGWVLHGCDGGITKQVQFMRCAHLKSQDDNLDAIIKEHFAIEALGVTERKPSSDIEERATKKLEEVVRKVAVDKYEAGLIWKAEDETLPDNRSTAESRMRNLEKKLDKDPELKADYEKQIQHLLDSDYAEEAPNQSKSTRLWYLPHFAVTHPTKKKRRIVFDAAARSNGKCLNDALLSGPDLLQSLWGVLIRFRQGPIAVVADIKEMFLQILMREDDRDSLRFLWRGGDRTGPMKEYRLKTVIFGAASSPSTAIFVKNKNAKDNGQGHHEAIKAIEKNHYMDDYLQSFWEEEHAVEVATTVDEIHKKASFHLRGWASNRPNVLKRINGDNSLEKELGLGQQEEKTLGMKWKVQEDCFSFRVAMRNVPREILRGEKTPTKRQVVSAIMSTFDPLGLIAPVLIQGKKLMQNIWRSGVGWDTEILASEEDEWRKYLQHMKTIEELTIPRCISPHHTEGELHVFTDASETSYAASAYWKTIEEDAKTSLIAAKNRVTPLKPISVPRLELQAALLGCRLARAIEKEMDLTVVKKTFWTDSTTVLSWIKSDPRTFKTFVAHRLAEIEELSKPQDWRWVPTNQNPADDATRDVPENFNERHRWFEGPEFLKQSEEHWPKPKEIKREPHEEDKKIEKVATTRQKEFSTPDPKRFSSWNRLLRSTARVVQFVEILRNNKQEKEKVNATKKDEPWRKNRKRKKTPIVLKKISKEQQKLFIPLETHQLAKAEALLMRRSQDESFKAEIDTLRKGQHLTKSQKLHNLDIVEIDGILRLKGRINAVEGTQQEKNPIVLDKRDWITRLLIQHYHNVFHHGNHATVINELRQRYWIVGIRAAVRSIAHLCQWCKVRKSMPTTIPMGDLPPERLSHNSHPFTCTAVDYFGPMTITIGRRHEKRWGALFTCLTTRAVHVELATSLSTDSMIMALRRFAARRGMPKVIYSDNGTNFVGANRELKEAVEALKKEEVEAAADNIGVRWKFIPPGAPNMGGAWERLVRSVKTSLTAVLKEKNPSEETLHTLLLEVEHIINSRPLTELEDCTNPESLTPNHFLIGRSCGAPRLGAFSDSDLVGKPSWKTSQRLADHFWSRWLKEYLPGLLPRRNVGQPTRDIRCGDIVAVLDPALPRGTWPRGRVVRTLPGPDDRTRVVDVATGGGILRRPASKLVVIVPVNSENKAEQK

Target ORF information:

RefSeq Version	XM_013343470.1
Organism	Amyelois transitella
Definition	Amyelois transitella uncharacterized LOC106141830 (LOC106141830), mRNA.

Target ORF information:

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

XM_013343470.1

ORF Insert Sequence:

ATGCCAGTAA CGAGAAGCCA GAAAGGCAAA ATGGAACCAT TACGTCCACC TACTACAACA 
AGTGAAGAAA CAGGCACAAC ACATAGAACT CCTACAAGTC GAGGAACTAC AAGTGGAACT 
GAGGACTCCA CAAACACAAG CATGCAAACT GGAACGCGAG AACAAGCACT ACCGGGAAGC 
ACGATGACAT TAGTTCCAAT GGAACCGAGA GATAGCGAGC CTACGCAGAC AACGCGCTCC 
CCATCTAGGA GCAAGAGAGC AGGAACAAGC AAGTCAGTGA AAACAAGAAG GAAACTTCAA 
TTGGAAAAAG AAATTGCGGA ACTCAAATTG GAACAAATAA AAGCAGAAAC CGCGAAAAGG 
GAAGCAGAGG CGAAACTTCT TGAGGAAGAA TCTGATTCCG ACCTAGAGGA ACCAGAGGAC 
AGGGCGGATC GTGTACGAAG TTGGATGGCT GGCACACAAG ACAACGCGTC ATGTATGGAA 
GTTCCATTCA ACAGAAATGA AGATCTACCA ATGAACAACC TCGCTTCAGC TATAGCAGCG 
GCATTCGAAA AAGCTACTTC GAAACACAAA CCGTTGCCAC CGAAGTACAT GTTTGAGTTA 
CCAACATTTA ATGGAGATAG TGCAGAATGG CTAGCTTTCC TAACAGTATA CACCGAAACA 
TCTACCATGT TTTCGGCAGT TCAGAATATG GCTCGACTAA GAAAAAGCAT CGTGGGACAA 
GCAAGAGAAG CAGTGAAAAA TATATTATAT TCGGATTCTC AACCCAATGA CGTCATGGAA 
GCATTAAGGA GAAGATTCGG TAGAGCGGAC TTATTAGTCA CAGCCGAATT AGACAAATTA 
AGGGCGCTTC CTCGTGTAAG TGAAAATGTA CAAGAACTTA GTGCATTCTC ATGTAAAGTC 
AACAACAGTG TGACAAGTAT CAAAGGGTTA AAGAAAAACA AGTACCTACA CTCACCGGAA 
ATAGTGAAAC AAATCACGGA AAAATTACCA GCGTTTATTC AATTTAGATG GTGCGATTAT 
ATCGCACAAT ACGACGAAGA TGAACCTGAT CTCGAAATAC TAGCCAACTT CCTGAACAAA 
GAAGCCGATA GAAGTGTTGT GCTGCTATCA AACGAAAAGA AGAAAGTGAT ACAACCAAAG 
AGGCAGTCAG CACACGTAGC AGTTGAACAA CCCATGAGAA GGGGAATTCA ATGTATTCAA 
TGCAAAGGAG ATCACTATTT TTCGGAATGC AAAGAATTGA AAAACGCAAG TATCGACGAA 
AGGTGGGAAA TGGTAAAAAA GTTAAAAGTT TGCTTCAATT GCCTAAGAGG ACGACATCGA 
AAAGATGATT GCAGGTCTAG ACCCTGCCGA CAATGTAAGA GATTACACCA TGCGCTTCTT 
CATAAGGAAT ATAAGAAAGA AAACAGTACA TATGAAAAGA GGAAAGAAGA AGCTGGTGTT 
ACTGGAACTG TCAACACTTT GAAAACACCA CAAGCGCTAT TGAAAATAAT GCCCGTACTG 
CTATACGGGC CAACGAAATC TGTGAAAGTA TTAGCACTTC TGGATGAAGG TTCGACAGTC 
ACATTGCTGG ACGAAGCTAC AGCAAAAGAA ATAGGAGCAA CAGGACCGAA AGAAATCCTT 
GCTCTAGAAA CAGTTGGTGG AAATACGATA AGAAACACGG ATTCTGAAAG AATCAATTTG 
AAGATTAAAG GCGTCCACCA ACGGAAGAAA ATGAACATAA ATAACGTGAG AACAATTAAA 
GAAATCCAGT TGTCACCGCA AACAGTGGAT AGGGCGAGAT TGGAAGCCTG TCCACACCTG 
AAGCCTCTTA TCGACAAAAT ATGTTACGAA GACACGCCTC CGAAAATGTT AATAGGTCAG 
GACAATTGGG AACTGATCGT ATCGAGACAC ACTAGGAAAC GCAAGAAGGA CGAACCCGTT 
GCTTCATTCA CGAAGCTGGG ATGGGTATTA CACGGTTGCG ATGGTGGGAT AACGAAACAA 
GTACAGTTTA TGAGATGTGC GCATCTGAAA AGTCAAGACG ACAATTTGGA TGCCATAATT 
AAAGAACACT TCGCAATAGA AGCACTAGGT GTCACTGAAA GGAAGCCATC GTCTGACATT 
GAAGAGAGAG CAACAAAGAA ATTGGAAGAA GTCGTGCGAA AAGTTGCTGT CGATAAATAC 
GAAGCGGGAT TAATCTGGAA AGCGGAAGAC GAAACTCTTC CAGACAATCG ATCAACTGCG 
GAAAGCAGAA TGAGAAACTT AGAGAAAAAG TTGGATAAAG ATCCTGAACT GAAAGCCGAC 
TACGAGAAAC AGATACAACA TTTATTGGAT TCAGACTACG CAGAAGAAGC TCCGAATCAA 
AGTAAATCCA CGAGATTGTG GTACTTACCG CACTTCGCCG TCACTCACCC AACGAAAAAG 
AAAAGGAGAA TAGTGTTCGA TGCAGCAGCA AGATCCAATG GGAAGTGTCT GAACGACGCG 
CTCTTATCTG GACCGGATCT GCTACAATCG TTATGGGGTG TGTTAATACG CTTTCGTCAA 
GGTCCTATAG CAGTCGTAGC TGACATTAAA GAGATGTTCC TGCAAATCCT CATGAGAGAA 
GACGACAGAG ATAGTTTGCG ATTCTTATGG AGAGGAGGCG ACAGGACAGG ACCAATGAAG 
GAGTATCGTC TTAAAACTGT GATATTCGGA GCGGCCTCAT CACCCAGTAC AGCAATATTT 
GTGAAAAACA AAAACGCGAA AGACAACGGA CAAGGGCACC ATGAGGCCAT CAAAGCGATA 
GAAAAGAATC ATTACATGGA CGATTATCTA CAAAGTTTTT GGGAAGAAGA ACATGCGGTA 
GAAGTCGCCA CGACAGTCGA CGAAATACAT AAGAAAGCAA GTTTCCATTT AAGAGGATGG 
GCATCCAACC GTCCTAATGT ATTGAAAAGG ATCAACGGAG ACAATAGTCT GGAAAAGGAA 
TTAGGACTTG GTCAGCAAGA AGAGAAAACG CTCGGAATGA AATGGAAAGT GCAAGAAGAC 
TGCTTTTCAT TTCGAGTAGC AATGAGAAAC GTACCAAGGG AAATTTTACG AGGAGAAAAG 
ACCCCTACGA AAAGACAAGT GGTCAGCGCA ATCATGTCAA CATTTGATCC CTTGGGATTA 
ATAGCTCCAG TTCTTATTCA AGGTAAGAAA CTAATGCAGA ATATCTGGAG AAGCGGAGTT 
GGATGGGACA CCGAAATTTT GGCATCAGAG GAAGACGAAT GGCGTAAATA CTTACAACAT 
ATGAAGACAA TAGAAGAGCT CACAATACCA CGATGCATCT CTCCTCACCA CACCGAGGGA 
GAGCTACACG TCTTCACGGA TGCAAGCGAA ACGTCCTATG CAGCCTCAGC ATATTGGAAA 
ACGATAGAAG AAGATGCGAA AACCTCGTTG ATCGCAGCAA AGAACAGGGT AACTCCTCTA 
AAACCGATAT CCGTTCCAAG ACTGGAACTT CAAGCAGCAT TGTTAGGTTG CAGACTAGCA 
CGCGCAATTG AAAAAGAAAT GGATCTGACG GTAGTAAAAA AGACTTTTTG GACAGACTCA 
ACGACGGTTC TTTCATGGAT CAAATCAGAC CCGAGGACAT TTAAGACGTT CGTGGCACAT 
CGCTTGGCCG AAATCGAAGA ACTTTCGAAA CCACAAGATT GGAGATGGGT ACCGACAAAC 
CAAAACCCGG CTGACGATGC GACCAGGGAT GTGCCCGAAA ACTTCAACGA AAGACACAGA 
TGGTTTGAAG GGCCTGAATT CTTAAAACAA TCTGAGGAAC ATTGGCCGAA GCCGAAAGAA 
ATCAAGAGAG AACCGCACGA AGAGGACAAG AAGATTGAAA AAGTAGCAAC AACGAGACAG 
AAAGAGTTTT CTACGCCAGA TCCGAAAAGA TTTTCAAGTT GGAATAGACT CCTAAGGTCC 
ACGGCAAGAG TGGTTCAATT CGTCGAAATA TTAAGAAATA ATAAGCAAGA AAAAGAGAAA 
GTCAACGCGA CTAAGAAAGA TGAACCATGG AGGAAGAACA GAAAAAGGAA GAAGACTCCA 
ATTGTTCTAA AAAAGATTTC AAAAGAGCAA CAAAAACTCT TTATTCCGTT GGAAACGCAT 
CAGTTAGCGA AAGCAGAGGC ACTATTGATG CGACGAAGTC AAGACGAAAG TTTCAAAGCC 
GAAATAGATA CGTTGAGAAA AGGTCAACAT TTAACGAAAA GTCAGAAGCT GCATAATTTA 
GATATAGTCG AAATCGACGG AATACTTCGA TTGAAAGGAA GAATTAACGC CGTCGAAGGA 
ACACAACAAG AAAAGAACCC GATAGTATTA GATAAACGGG ATTGGATAAC ACGACTGCTT 
ATCCAACATT ACCACAATGT GTTCCATCAC GGAAACCACG CTACTGTCAT CAACGAATTA 
AGACAAAGAT ACTGGATCGT GGGAATAAGA GCAGCAGTAC GATCAATCGC GCACCTCTGT 
CAATGGTGCA AAGTAAGAAA GTCCATGCCG ACGACGATAC CGATGGGAGA TCTGCCTCCA 
GAAAGACTGT CTCACAACAG TCACCCGTTC ACTTGCACAG CTGTAGATTA CTTCGGACCG 
ATGACCATTA CCATTGGGAG AAGACATGAA AAACGATGGG GCGCACTGTT CACCTGTCTC 
ACAACCAGAG CAGTGCACGT AGAGTTGGCT ACATCGCTGT CAACCGACTC CATGATCATG 
GCCCTGAGAA GATTCGCCGC GAGAAGAGGT ATGCCAAAAG TAATCTATAG TGACAATGGT 
ACTAATTTTG TGGGTGCCAA CAGAGAATTG AAAGAAGCTG TAGAAGCATT GAAGAAAGAA 
GAGGTAGAGG CAGCCGCGGA CAACATTGGC GTCAGGTGGA AATTCATACC GCCTGGTGCT 
CCGAACATGG GAGGAGCGTG GGAGAGACTG GTACGGTCCG TTAAGACTTC ACTGACGGCC 
GTGCTCAAAG AGAAGAATCC TTCAGAAGAG ACGCTACACA CTCTTCTGCT TGAGGTCGAG 
CACATTATCA ACTCTCGACC TCTCACCGAA CTGGAAGACT GCACCAATCC AGAGTCACTC 
ACGCCCAACC ACTTCCTCAT TGGGCGATCC TGCGGCGCGC CTAGGCTGGG CGCGTTCTCC 
GATTCCGATC TTGTCGGAAA ACCTTCGTGG AAGACTTCGC AGCGGCTAGC GGACCACTTC 
TGGTCTCGCT GGCTGAAAGA ATATCTTCCT GGCTTGCTGC CACGGAGGAA CGTCGGCCAG 
CCAACCCGAG ACATCCGATG TGGGGACATC GTAGCAGTCC TGGATCCTGC CTTACCGCGA 
GGCACGTGGC CTCGCGGGAG GGTAGTGCGC ACGCTGCCGG GCCCCGACGA CCGGACCAGA 
GTCGTTGATG TGGCTACCGG TGGTGGCATT CTGCGACGGC CAGCTTCGAA GCTAGTAGTG 
ATAGTGCCAG TGAATAGTGA AAACAAAGCA GAGCAAAAGT GA