LOC106138152 cDNA ORF clone, Amyelois transitella

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106138152
Entrez Gene ID	106138152
Full Name	uncharacterized LOC106138152
Gene Type	protein-coding
Organism	Amyelois transitella

mRNA and Protein(s)

mRNA	Protein	Name
XM_013339206.1	XP_013194660.1	uncharacterized protein LOC106138152

Pathways from BioSystems
Gene Ontology

The following LOC106138152 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106138152 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
OAm67789	XM_013339206.1 Latest version!	Amyelois transitella uncharacterized LOC106138152 (LOC106138152), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

LOC106138152 ( XM_013339206.1 ) cDNA ORF clone, Amyelois transitella -> XP_013194660.1 Amyelois transitella uncharacterized LOC106138152 (LOC106138152), mRNA.

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CloneID	OAm67789
Clone ID Related Accession (Same CDS sequence)	XM_013339206.1
Accession Version	XM_013339206.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4764bp) 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 LOC106138152
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013535657.1) 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 :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGCTCTGT CTCATCTTTG GATGTTCGGG TTCCACCCTC CACAGCAGTG TTTCAGGGTT 
TATCTGTGTA CTGCTTGGAA TTCCACAACA GAACCATTTG AAAGTTTTCA TAACACAAGC 
TGCCTTAATA GCACCACTTC GAGACTATCA TCTGAGGAGG CCCTTAAACA ACAATTGCAA 
AATTTAATTG AAGTTACTAC TTTAGATGTA AAACCTAATG AGGTAATAGC TCAAGTTGGA 
CCACTTTTTG AGAAAATAAA AGATTTCCAC TTTTTGTTAA AGTATGCCAA AAAACTTTGT 
CAAATCAATA TTGCTTTTAA GTTGCTTTTA TATCCACTTC AAGTACAAAT TTACTCAGCA 
GGAGATCAAG ATCTTATTTA CCAAATAAGT GATCTCATTA TAAAAGTAGA TCTCTTAGAA 
TACATTAAAT TCAGAGGTAA TAGCTATTAT GAAGACACTA ATTTGTATGA ACAAACCTTT 
AGAGAACTTT GTATTTTGTT TATAAAGAAA TCAGACTTAG ATTTAGCATC AATCTGTTGG 
TTGAAATATA CTGAAATGAA ACTTGCTCTT ACACATAATG ATATAATAGA TATTATAGAT 
TCTATACCCC ATAACATTAA ATTAGGTGCA CTTATAATTT GGTTAAAAAA TTTTGTTCCA 
TCACTTTTAG ATAACAACCC GTTTTTTATT GATTTGTTTG TTAAGTGGAC TATGATAAGA 
GTTTTTGAAT TAGAAAAGTC TGGATATTGG CCTAAAATAG GATTAAAATT TATAGAAGAA 
ATTACAAATG TTTTGGAGTC TTCATTAAAG ACAGTGACCA TTAGACCTAT TTCTATGGAT 
GATCTTGATA TCCTAAAAGA TCATATCAAT CATATCATAG AATTGAAAGA AAAATATAGA 
ATTAACATGC TGTTAGCTGA ATTAAGTTCC CTAAGCCCTA ATGAGGTGGC ACTTATAATG 
CTGCACAGGT GTTACACTGA AGACATGGAA TTATTTCTTC AGAACTATTT GCCCCCGTAT 
ACATCAAGAC ATTTCATTGA TATGGATGAT ACTCTACGTA CATTTATAGA AAGTGAGGCT 
GCTTCTAGTG GTGGAGGTGT TGATGGCACC AGATTGAAAA TATTGTTAAA CTCTTTTCGT 
TCAACCACCA CAAGACTTGA CTGTCTTCTC AAAGTTCTAA AGGTTCTTGA TGTTCCATGG 
AGTGACACTG TTGTGGATTT GGCAGTAGTT GCTGCTGCTT CAGCTACCAA AGATTTTACA 
ATGTCTGAAG CAGACTGTAC TTTAGCTCAA GAAATACAAA TAGAATTGAA GTATGCTAAT 
GTTAAAGTAG TTCTGAAAAA GTACAATTTT CCTCTTTCAT GTACCGATTA TATGATTGTT 
CTTCATAAAA TAGTAAGTGC ACAAGTTGTC AACTTGCAAG ATCTTAGAAT AATTATAAAT 
GTTATGACAT TATCTAAAAA TTATGGTCAT GTTTTATACA TTGTAAGATG TCTTCAAGAT 
AATGACACTA CAATTGCTTT GGATTATTTT AATACCTTGG AAAATAACGA AAAGAAACTT 
CTACTGAAAG CCATGATGTC AAAATATGAA CAAGTAATAA GTTTAAATTT ATTAGATAAT 
GTGAAAATTG AGAGAAATTA TTTAGATTTT TTAAAAGGAA CTAAAATGTT AAATATTGTT 
CAGATCAGTG ATCTAGAAAA TATATATCAT CTTAAAAATT CTTACAACAT CACATTATGT 
ATAAATACCA TATATAAGGA AGATGTTTGC AATAATGAAT GTACTGCATG GAATCCTAGA 
GATGGATATT CAACCAGCAC TGTGACTAGA CTCACACAAA CAAATAAACC CAGTCATTTC 
ACACTCCTAT CTCTCTTACG TCGCTCATCC ACAAGTCATA CAGTACGAAA TTTAATTGAA 
AATCTTATAA CCCATTTTAC ACTTGAAGGT TATTCAAATA CTGGCGAGTT TGTTTTATCT 
ATTTTCAAAG ATGGCGAAAA TTCTTCATTG CTATTAAATT CCATTGATAT CTTAGTTGAG 
CTTGCCAGCA ATTGTGCTGA AGAGCACCTA CATTATTTGG TTAATATTTT ATGTGTAATG 
AATGCATTAC AGAATGCAAA TATTATTCTT AAAAATTTGT CAGTAGTGTG GAAGTTTCAC 
TATATTTTCC TACCTATGTC ATCACATATG GGAATCAATA ATTTAATTGA TTTTTATGCA 
AACTTTTCGC ACCGAAGCAT ATGTTTATCA TCTTTGTACA CAGAAAGATG CGATTTCACA 
CCATTTAATA TAATTGCAAG TATATTGGGT ATTTATACTC AGACAAATAA TGTGACAAAT 
AAGGATTTTA TAATGATAAA AAATAAAATT GTAAAAAAAC TTTTACATAA ACTTGTTTGT 
TCACAAGAAA TTGATGAACT TTTATTAACA GCATTACTTA TAATTTTAAG TAAATGTGAA 
GCAAACGATG ACAGTTACTG GCTTTTAGAG ATTCTGCAGG GCCAAACTGA TTCTTTGTCC 
CCTGCAATTA TGACATATCT CACATGCCCA CTAATAAGAC GTACCTTTGC TCTGGATAAT 
ATTGCTCCTA CGAACAAAAT GCCTTATCGT CCTCAGTACA TTCTCAAATC TAAATTTAAT 
ATTAATTTAG CAGAAGTCGT TCTCCCTGAC AGTAGTGAAG AAACATGGGA TGTTAAAGTT 
ATTGCATTTT ATGTTTTAAG ACAATATCCT AATACTTCTT TCGAAAGACT CGTAGAATTA 
TGTCGTGCTT TAGATGTTTC ATTAAATGAC GGATTGTCTT TGCAACTAAT ATCAATATTG 
ACATCATGGG AGTTAAAATA TAAAGTAATG CATGATGAAC TTAACTGTCA ACAAATTTAT 
TATGAAAATG ATGAAAAAGA AATAACTGAA AAATGTTTGG TTATTTGGAA TAACATAAGT 
AATAAGGAAT TCTTGAAAGA TATTTTAACA GACTTTTGGA GAAATGGAGA AGTAACACTG 
CATGGCAGAA TGATTTCCGT AAACCCGTAT TTTTATGAAG TTTATTTATG CATTTATCGG 
TTACTATTTG GATCGTCAGT GGAACTGAGA AATAAGAAGG AATACTTTTT ACTAAATTTT 
CTCAAAACTT ATAGAAGAAG CAGTACCCCA AAGCAATATG AATATGAACT ATTTTCTGTT 
AAAGGTATGT TTCCAGAAAT CGGTAACTAT CGACTTCCAT TTCAACTGTT CATGCGGGAA 
GACATGTGGT CTAATTTGAA ATCAGAAATT ACTCTCGAAA CTTATGAACG GTGGTTGCTT 
GTGGTTGCGC TGCTCGCGCT GGACCCTGAT TTACAAACCT CACGAGATAT GATTTGCAGC 
AATGCTTTAA AACAAACTAT GACAGCGAGG AAACGATCAG ACAGTCTCGA TTCCGCTGGT 
AAAGAAACTG AGCCATGGCG ATTGACAACT CGTGAGGAAC CCTTACTACG GGCCGCCCAT 
CGATGTGTTA AGCACATCGC TAACATGGAA TGGGCAGGCG CATGTTTGTT TTATGTTTTA 
CAAGGATGCG CAAGAGGAGC CGATCAAGTA GCTGCAGCTC AATTGTGTTA CCAATTTGCT 
CAACGTTGGG CTGCTCTTCA ACCAGGAAAT CGAGCTGTGA AACAAATGGA AAGACTTCAT 
GCTACTTTAT CTACACGCCA CGCTTTACAT AAAATTGATT GGGCTTGTGA AGAATTTGTT 
CGTCTTTCTA CAGAGCCAGC TCAACTGATT CGTGCAATGT ATCTACATCC CGAATTTGTA 
GAAAAAATGA ATCGCCATGA TGTTAATCGT GCTGCAAATG AAATAGCTGA CAAAAATGCC 
ATCAATATAA GTTCTATACG AATTCAAATA TTAGAGAATC TTCTGGACAA GACACAAGAA 
AAGAAGTCTA AAACTTTCTT GGGTTTGGAT ACTAAAGAAT TAATGACAGC AAAGTACATA 
TTAAAGGCAA CTTGTCCTAA AATGGGCGCC ATCTATTTAT CTCGAATAGC TTTTGATGAT 
GAAAGTGATC ACAATAAACG TAAAAAATTA AGAGCTCTGC AATGTTTGAT GAGTGTTGTA 
GATTCCGATA CTGCAGTGAA AGTTACCAAT AAAGAGCGAG GAGAATGGTG GACTTCTCTT 
TTAGAGTTAA TATGCATTGT CAATTTAGAA AACATTGATA TGCCATGGGT AGTGGCTACT 
TTCGTTCTAG ATAAAATGGG AGCTCTTGAA CAATTACTGC AATCAGTGGG TACAAATGTA 
GATGGTCTTA AAATAGCAGC AGAACTTGCC CGCAGATATG GAAACACAAA GATAATTTGT 
AAACTTATTT CGCTTTTACT ACATGCAGGT TTATATGAGG AAATAATTCC ATTGCTCCTT 
AAAGTGTCAT CCCCTCCAAA TGATATATTA TGTACTGCAT GGCGTGCAAT TCTGTTATCC 
CCATTTCAAC ATGCAGACCA TCCAATTACA GAAAAACAAA GAGCAAAATG TCTTAATGTT 
ATCAATTTAT TGCCAATATG CCCTGTAATT AAAGATGAAG ACTTAAAAGA GATATGGAAG 
CACTGTGTGC GTTGTAAATG TTTTGGTATG GGTTGCCTCG TATTACCTTA TATGACTTCG 
GAAATGAGGC AATCATTAAT AGAATTACAA AAAATAGATA AAAGAAATCT AATAGCCAGT 
TTAAAAAATT TACAATCTGA AACATATCTT ATTTCAGGAG CTATGTTTGT TTTGGAGAAT 
TTACCTACTA AAAGTTACAG GTGA

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

RefSeq	XP_013194660.1
CDS	1..4764
Translation	MALSHLWMFGFHPPQQCFRVYLCTAWNSTTEPFESFHNTSCLNSTTSRLSSEEALKQQLQNLIEVTTLDVKPNEVIAQVGPLFEKIKDFHFLLKYAKKLCQINIAFKLLLYPLQVQIYSAGDQDLIYQISDLIIKVDLLEYIKFRGNSYYEDTNLYEQTFRELCILFIKKSDLDLASICWLKYTEMKLALTHNDIIDIIDSIPHNIKLGALIIWLKNFVPSLLDNNPFFIDLFVKWTMIRVFELEKSGYWPKIGLKFIEEITNVLESSLKTVTIRPISMDDLDILKDHINHIIELKEKYRINMLLAELSSLSPNEVALIMLHRCYTEDMELFLQNYLPPYTSRHFIDMDDTLRTFIESEAASSGGGVDGTRLKILLNSFRSTTTRLDCLLKVLKVLDVPWSDTVVDLAVVAAASATKDFTMSEADCTLAQEIQIELKYANVKVVLKKYNFPLSCTDYMIVLHKIVSAQVVNLQDLRIIINVMTLSKNYGHVLYIVRCLQDNDTTIALDYFNTLENNEKKLLLKAMMSKYEQVISLNLLDNVKIERNYLDFLKGTKMLNIVQISDLENIYHLKNSYNITLCINTIYKEDVCNNECTAWNPRDGYSTSTVTRLTQTNKPSHFTLLSLLRRSSTSHTVRNLIENLITHFTLEGYSNTGEFVLSIFKDGENSSLLLNSIDILVELASNCAEEHLHYLVNILCVMNALQNANIILKNLSVVWKFHYIFLPMSSHMGINNLIDFYANFSHRSICLSSLYTERCDFTPFNIIASILGIYTQTNNVTNKDFIMIKNKIVKKLLHKLVCSQEIDELLLTALLIILSKCEANDDSYWLLEILQGQTDSLSPAIMTYLTCPLIRRTFALDNIAPTNKMPYRPQYILKSKFNINLAEVVLPDSSEETWDVKVIAFYVLRQYPNTSFERLVELCRALDVSLNDGLSLQLISILTSWELKYKVMHDELNCQQIYYENDEKEITEKCLVIWNNISNKEFLKDILTDFWRNGEVTLHGRMISVNPYFYEVYLCIYRLLFGSSVELRNKKEYFLLNFLKTYRRSSTPKQYEYELFSVKGMFPEIGNYRLPFQLFMREDMWSNLKSEITLETYERWLLVVALLALDPDLQTSRDMICSNALKQTMTARKRSDSLDSAGKETEPWRLTTREEPLLRAAHRCVKHIANMEWAGACLFYVLQGCARGADQVAAAQLCYQFAQRWAALQPGNRAVKQMERLHATLSTRHALHKIDWACEEFVRLSTEPAQLIRAMYLHPEFVEKMNRHDVNRAANEIADKNAINISSIRIQILENLLDKTQEKKSKTFLGLDTKELMTAKYILKATCPKMGAIYLSRIAFDDESDHNKRKKLRALQCLMSVVDSDTAVKVTNKERGEWWTSLLELICIVNLENIDMPWVVATFVLDKMGALEQLLQSVGTNVDGLKIAAELARRYGNTKIICKLISLLLHAGLYEEIIPLLLKVSSPPNDILCTAWRAILLSPFQHADHPITEKQRAKCLNVINLLPICPVIKDEDLKEIWKHCVRCKCFGMGCLVLPYMTSEMRQSLIELQKIDKRNLIASLKNLQSETYLISGAMFVLENLPTKSYR

Target ORF information:

RefSeq Version	XM_013339206.1
Organism	Amyelois transitella
Definition	Amyelois transitella uncharacterized LOC106138152 (LOC106138152), mRNA.

Target ORF information:

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

XM_013339206.1

ORF Insert Sequence:

ATGGCTCTGT CTCATCTTTG GATGTTCGGG TTCCACCCTC CACAGCAGTG TTTCAGGGTT 
TATCTGTGTA CTGCTTGGAA TTCCACAACA GAACCATTTG AAAGTTTTCA TAACACAAGC 
TGCCTTAATA GCACCACTTC GAGACTATCA TCTGAGGAGG CCCTTAAACA ACAATTGCAA 
AATTTAATTG AAGTTACTAC TTTAGATGTA AAACCTAATG AGGTAATAGC TCAAGTTGGA 
CCACTTTTTG AGAAAATAAA AGATTTCCAC TTTTTGTTAA AGTATGCCAA AAAACTTTGT 
CAAATCAATA TTGCTTTTAA GTTGCTTTTA TATCCACTTC AAGTACAAAT TTACTCAGCA 
GGAGATCAAG ATCTTATTTA CCAAATAAGT GATCTCATTA TAAAAGTAGA TCTCTTAGAA 
TACATTAAAT TCAGAGGTAA TAGCTATTAT GAAGACACTA ATTTGTATGA ACAAACCTTT 
AGAGAACTTT GTATTTTGTT TATAAAGAAA TCAGACTTAG ATTTAGCATC AATCTGTTGG 
TTGAAATATA CTGAAATGAA ACTTGCTCTT ACACATAATG ATATAATAGA TATTATAGAT 
TCTATACCCC ATAACATTAA ATTAGGTGCA CTTATAATTT GGTTAAAAAA TTTTGTTCCA 
TCACTTTTAG ATAACAACCC GTTTTTTATT GATTTGTTTG TTAAGTGGAC TATGATAAGA 
GTTTTTGAAT TAGAAAAGTC TGGATATTGG CCTAAAATAG GATTAAAATT TATAGAAGAA 
ATTACAAATG TTTTGGAGTC TTCATTAAAG ACAGTGACCA TTAGACCTAT TTCTATGGAT 
GATCTTGATA TCCTAAAAGA TCATATCAAT CATATCATAG AATTGAAAGA AAAATATAGA 
ATTAACATGC TGTTAGCTGA ATTAAGTTCC CTAAGCCCTA ATGAGGTGGC ACTTATAATG 
CTGCACAGGT GTTACACTGA AGACATGGAA TTATTTCTTC AGAACTATTT GCCCCCGTAT 
ACATCAAGAC ATTTCATTGA TATGGATGAT ACTCTACGTA CATTTATAGA AAGTGAGGCT 
GCTTCTAGTG GTGGAGGTGT TGATGGCACC AGATTGAAAA TATTGTTAAA CTCTTTTCGT 
TCAACCACCA CAAGACTTGA CTGTCTTCTC AAAGTTCTAA AGGTTCTTGA TGTTCCATGG 
AGTGACACTG TTGTGGATTT GGCAGTAGTT GCTGCTGCTT CAGCTACCAA AGATTTTACA 
ATGTCTGAAG CAGACTGTAC TTTAGCTCAA GAAATACAAA TAGAATTGAA GTATGCTAAT 
GTTAAAGTAG TTCTGAAAAA GTACAATTTT CCTCTTTCAT GTACCGATTA TATGATTGTT 
CTTCATAAAA TAGTAAGTGC ACAAGTTGTC AACTTGCAAG ATCTTAGAAT AATTATAAAT 
GTTATGACAT TATCTAAAAA TTATGGTCAT GTTTTATACA TTGTAAGATG TCTTCAAGAT 
AATGACACTA CAATTGCTTT GGATTATTTT AATACCTTGG AAAATAACGA AAAGAAACTT 
CTACTGAAAG CCATGATGTC AAAATATGAA CAAGTAATAA GTTTAAATTT ATTAGATAAT 
GTGAAAATTG AGAGAAATTA TTTAGATTTT TTAAAAGGAA CTAAAATGTT AAATATTGTT 
CAGATCAGTG ATCTAGAAAA TATATATCAT CTTAAAAATT CTTACAACAT CACATTATGT 
ATAAATACCA TATATAAGGA AGATGTTTGC AATAATGAAT GTACTGCATG GAATCCTAGA 
GATGGATATT CAACCAGCAC TGTGACTAGA CTCACACAAA CAAATAAACC CAGTCATTTC 
ACACTCCTAT CTCTCTTACG TCGCTCATCC ACAAGTCATA CAGTACGAAA TTTAATTGAA 
AATCTTATAA CCCATTTTAC ACTTGAAGGT TATTCAAATA CTGGCGAGTT TGTTTTATCT 
ATTTTCAAAG ATGGCGAAAA TTCTTCATTG CTATTAAATT CCATTGATAT CTTAGTTGAG 
CTTGCCAGCA ATTGTGCTGA AGAGCACCTA CATTATTTGG TTAATATTTT ATGTGTAATG 
AATGCATTAC AGAATGCAAA TATTATTCTT AAAAATTTGT CAGTAGTGTG GAAGTTTCAC 
TATATTTTCC TACCTATGTC ATCACATATG GGAATCAATA ATTTAATTGA TTTTTATGCA 
AACTTTTCGC ACCGAAGCAT ATGTTTATCA TCTTTGTACA CAGAAAGATG CGATTTCACA 
CCATTTAATA TAATTGCAAG TATATTGGGT ATTTATACTC AGACAAATAA TGTGACAAAT 
AAGGATTTTA TAATGATAAA AAATAAAATT GTAAAAAAAC TTTTACATAA ACTTGTTTGT 
TCACAAGAAA TTGATGAACT TTTATTAACA GCATTACTTA TAATTTTAAG TAAATGTGAA 
GCAAACGATG ACAGTTACTG GCTTTTAGAG ATTCTGCAGG GCCAAACTGA TTCTTTGTCC 
CCTGCAATTA TGACATATCT CACATGCCCA CTAATAAGAC GTACCTTTGC TCTGGATAAT 
ATTGCTCCTA CGAACAAAAT GCCTTATCGT CCTCAGTACA TTCTCAAATC TAAATTTAAT 
ATTAATTTAG CAGAAGTCGT TCTCCCTGAC AGTAGTGAAG AAACATGGGA TGTTAAAGTT 
ATTGCATTTT ATGTTTTAAG ACAATATCCT AATACTTCTT TCGAAAGACT CGTAGAATTA 
TGTCGTGCTT TAGATGTTTC ATTAAATGAC GGATTGTCTT TGCAACTAAT ATCAATATTG 
ACATCATGGG AGTTAAAATA TAAAGTAATG CATGATGAAC TTAACTGTCA ACAAATTTAT 
TATGAAAATG ATGAAAAAGA AATAACTGAA AAATGTTTGG TTATTTGGAA TAACATAAGT 
AATAAGGAAT TCTTGAAAGA TATTTTAACA GACTTTTGGA GAAATGGAGA AGTAACACTG 
CATGGCAGAA TGATTTCCGT AAACCCGTAT TTTTATGAAG TTTATTTATG CATTTATCGG 
TTACTATTTG GATCGTCAGT GGAACTGAGA AATAAGAAGG AATACTTTTT ACTAAATTTT 
CTCAAAACTT ATAGAAGAAG CAGTACCCCA AAGCAATATG AATATGAACT ATTTTCTGTT 
AAAGGTATGT TTCCAGAAAT CGGTAACTAT CGACTTCCAT TTCAACTGTT CATGCGGGAA 
GACATGTGGT CTAATTTGAA ATCAGAAATT ACTCTCGAAA CTTATGAACG GTGGTTGCTT 
GTGGTTGCGC TGCTCGCGCT GGACCCTGAT TTACAAACCT CACGAGATAT GATTTGCAGC 
AATGCTTTAA AACAAACTAT GACAGCGAGG AAACGATCAG ACAGTCTCGA TTCCGCTGGT 
AAAGAAACTG AGCCATGGCG ATTGACAACT CGTGAGGAAC CCTTACTACG GGCCGCCCAT 
CGATGTGTTA AGCACATCGC TAACATGGAA TGGGCAGGCG CATGTTTGTT TTATGTTTTA 
CAAGGATGCG CAAGAGGAGC CGATCAAGTA GCTGCAGCTC AATTGTGTTA CCAATTTGCT 
CAACGTTGGG CTGCTCTTCA ACCAGGAAAT CGAGCTGTGA AACAAATGGA AAGACTTCAT 
GCTACTTTAT CTACACGCCA CGCTTTACAT AAAATTGATT GGGCTTGTGA AGAATTTGTT 
CGTCTTTCTA CAGAGCCAGC TCAACTGATT CGTGCAATGT ATCTACATCC CGAATTTGTA 
GAAAAAATGA ATCGCCATGA TGTTAATCGT GCTGCAAATG AAATAGCTGA CAAAAATGCC 
ATCAATATAA GTTCTATACG AATTCAAATA TTAGAGAATC TTCTGGACAA GACACAAGAA 
AAGAAGTCTA AAACTTTCTT GGGTTTGGAT ACTAAAGAAT TAATGACAGC AAAGTACATA 
TTAAAGGCAA CTTGTCCTAA AATGGGCGCC ATCTATTTAT CTCGAATAGC TTTTGATGAT 
GAAAGTGATC ACAATAAACG TAAAAAATTA AGAGCTCTGC AATGTTTGAT GAGTGTTGTA 
GATTCCGATA CTGCAGTGAA AGTTACCAAT AAAGAGCGAG GAGAATGGTG GACTTCTCTT 
TTAGAGTTAA TATGCATTGT CAATTTAGAA AACATTGATA TGCCATGGGT AGTGGCTACT 
TTCGTTCTAG ATAAAATGGG AGCTCTTGAA CAATTACTGC AATCAGTGGG TACAAATGTA 
GATGGTCTTA AAATAGCAGC AGAACTTGCC CGCAGATATG GAAACACAAA GATAATTTGT 
AAACTTATTT CGCTTTTACT ACATGCAGGT TTATATGAGG AAATAATTCC ATTGCTCCTT 
AAAGTGTCAT CCCCTCCAAA TGATATATTA TGTACTGCAT GGCGTGCAAT TCTGTTATCC 
CCATTTCAAC ATGCAGACCA TCCAATTACA GAAAAACAAA GAGCAAAATG TCTTAATGTT 
ATCAATTTAT TGCCAATATG CCCTGTAATT AAAGATGAAG ACTTAAAAGA GATATGGAAG 
CACTGTGTGC GTTGTAAATG TTTTGGTATG GGTTGCCTCG TATTACCTTA TATGACTTCG 
GAAATGAGGC AATCATTAAT AGAATTACAA AAAATAGATA AAAGAAATCT AATAGCCAGT 
TTAAAAAATT TACAATCTGA AACATATCTT ATTTCAGGAG CTATGTTTGT TTTGGAGAAT 
TTACCTACTA AAAGTTACAG GTGA