LOC111677467 cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111677467
Entrez Gene ID	111677467
Full Name	regulatory-associated protein of mTOR
Gene Type	protein-coding
Organism	Lucilia cuprina(Australian sheep blowfly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023438588.1	XP_023294356.1	regulatory-associated protein of mTOR

Pathways from BioSystems
Gene Ontology

The following LOC111677467 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111677467 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
OLu49042	XM_023438588.1 Latest version!	Lucilia cuprina regulatory-associated protein of mTOR (LOC111677467), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LOC111677467 ( XM_023438588.1 ) cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly) -> XP_023294356.1 Lucilia cuprina regulatory-associated protein of mTOR (LOC111677467), mRNA.

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CloneID	OLu49042
Clone ID Related Accession (Same CDS sequence)	XM_023438588.1
Accession Version	XM_023438588.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4374bp) 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	2018-01-04
Organism	Lucilia cuprina(Australian sheep blowfly)
Product	regulatory-associated protein of mTOR
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019410539.1) 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 Name :: Lucilia cuprina Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTCGAGT CTCACTATAT AAATGCAACA GCGGTAAATA CAGTATCGAC GGGAGCAGGT 
GGTAGTGCTT TAACTGGAAA TTGTACTATT AAACCCGGCA ACTCTTATGC CTCAAGTGCG 
GGTACCAGTA TCAGTGAAAG TACAAGTAAG GTAGCAACAT CGCTAACTTC GGTAGGCAGT 
TACTCCAATA TGTCGGCAAG CCGTAAAACT TCCATGTCCA GTGACAGTCC ACAGGTATCC 
AAAGCGTTAC AACAGCTTTC AATGGGAGAG AGTGTAGAGG TAGTGCCCGA TAATTTGTGT 
CCCTTATGTT TCCAAGCCAA GCGGCATCAT GAGGCTATAG AGTCCATTGA ATGTGATCGT 
CAGCCATGGC GTATACGAGA ACGTATGAAA ACTGCTAGTG TGGCTTTAGT GTTATGCCTA 
AATATTGGTG TAGATCCTCC AGATGTGATT AAAATTCAAC CATGTTCCCG CTTGGAATGT 
TGGATAGATC CCTCTTCAGT TTCGGCAGCC AAGGCCATGG ATCTAATTGG ATCGAATTTA 
CAAATGCAGT ACGAGAGATG GCAGCCAAGG GCCCGCTACA AAAAATGTCA TGATCCTACC 
GTAGAGGATG TAAAAAAGTT ATGCATTTCT CTACGACGCA ATGCCAAGGG AGAACGTATT 
TTGTTCCACT ATAATGGCCA TGGTGTACCA AAGCCTACAG CTAATGGTGA GATTTGGGTA 
TTCAATAAAA CCTTTACTCA GTACATACCC TTAAGTATCT TTGAGCTGCA AAGTTGGATG 
GATGATCCTT CAATTTATGT ATACGACTGC TCAAATGCCG GAATAATCAT CCAATCCTTT 
TTGCAGTTTG CCGAACAACA AGAGCGGGAA GTACAAAAAG CTATAGCGGC TGCCCAACGT 
TTTCATCCAG GCGTTCAATC GTCTAATCTG CCTCCCAGTT ACAAGAATTG CATCCATTTG 
GCCGCCTGTT CAGTGGGTGA AATTTTGCCC ATGAATGCCC AGTTGCCGGC TGATTTATTT 
ACCTCCTGCC TTACTACACC CATAAACATT GCCTTAAAAT GGTATACGAT GCGTGAGAAG 
TTTGTTTTGG TACCGCGCCT GCATACAGAA TTCATTGATA AGATACCGGG AAAGGTGAAT 
GATCGTCGCA CCATGTTGGG AGAACTAAAT TGGGTATTTA CTGCCATAAC AGACACCATA 
GCGTGGAATA CCTTGCCTCG GGAATTGTTT CAGAAATTAT TCAGACAAGA TCTGTTAGTG 
GCCAGCTTGT TCCGTAATTT CCTTTTGGCG GAAAGAATTC TCCGTTCTCA TGATTGTACG 
CCAGTATCAC ATCCGGCATT ACCACCCTGC TTCCGCCATC CCATGTGGAC TGCTTGGGAT 
TTGGTGGTAG ATTTGGCTTT GCAGCAATTG CCGGATATTT TAGAGCATGG CGCTCCCTAC 
AAACAGTTGC CCTTTTTTGA GGAGCAACTT ACAGCATTTC AAGTTTGGCT AGATCGTGAA 
TCAGAGTCAC GCACTCCACC CGAACAATTG CCCATAGTTT TGCAAGTTCT GCTTTCTCAA 
GTTCATCGTT TAAGAGCTTT GGAGCTTTTG GCACGGTTTT TGGATCTAGG TCCCTGGGCT 
GTGGATTTGG CTCTGGGAGT GGGCATATTT CCTTATGTAC TTAAGCTTCT ACAAAGCTCC 
GCAAAAGAAT TGCGTCCTGT TTTGGTATTC ATTTGGGCTA AAATCTTGGC AGTAGATCCC 
TCTTGTCAGG TGGATTTAGT TAAGGATCAC AAATACTTCT TGGCTGTTTT GCAAGACACA 
TCAGTGGCCA AGGAATATCG TACTTTATCG GCTTTTGTGT TGGCCTGCAT TGTAAATAAT 
TTCTTGCTAG GGCAAACAAG CGCCTTGCAG GGTTCTCTAG TGTCTATATG TCTGGAACAA 
CTTAATGACG AAAGCTGGCT TTTAAGGCAA TGGTTGGCCA TATGTTTAGG AATGCTTTGG 
CAAAACTTTG AAAAAGCCCG CTGGTCTGGT GTTCGAGATT TGGCTCATGA AAAGCTATAT 
CCACTACTTA AAGATCCCAT ACCCGAAGTT AGAGCTGCCG CTGTTTTTGC TTTGGGCACC 
TTTATCAGTT CGGTAACAGA CCGTTCGGAA GAGCATGCCA ATAATATTGA TCGCATTATA 
GCCATTACTT TAATAGAAAG TGTTAGCGAA GACATGTCTC CACTGGTTCG TTTGGAATTG 
GCTGCTGCCC TACAATGGAT GGTGCTGCTT TTTGAATCGC AATTTGTTAC GGTATATCTG 
CAAGAACAGC CGATGTCATC TTCTTCGTCT GGAGATCGTA GCGCTAGTGT TAGCCATGTG 
TTGACAGGAG TCTCATTATC CACTGCCGGT GGTGGTCATA GTGGTGGCGT GCACCATCAT 
TCCACACACA GTCTAGAACG TCATGCCACC ATGCGACGAG GAGTTAGCTC GAGTTCTATT 
TCGAATATCA GTTCGGCCGC CATACCATTT CAATCGATTT TCCTTAAACT TTGGCAGGGT 
ATTTATTTAC TCGGTCAAGA TCCCTTTCCC AAGGTAGCGG AGACAGCTCA AGAGATTATA 
AAACACATAG AGAATGCTGC TCTCTGCTTG ATTACAGCCA AAGAGGCAAC TAATGAAAAA 
TGTATTAGTC TTAGTGTAAG TTTGCCACCA AGTCCAAATA CACGCGTGTC TTATCTCAGT 
GGAGGAGGGG CAGGAGAATC ACCGCCTGTC GGTGGTGGTG GTGGTCAACA TGTCAGCCAG 
TCGAATCACT GGCCACCAAA ACTAAGAAAT CTGGTAAATG ATCCTCAAGC ATTGTTGCAT 
CGTAAGCTAC GTACCACTTC CATGAATGAT GAAACGGACA GTTGTGCTGG CCCCTCTGCT 
ACAGCAACCA TTATAAATGA ACCGAATGCA GCTAGTGGTA ATGGCAGTGG AGGTGTTGGT 
GGTGTAGGTG CAGGTGATGG TTCAGCCTCC GGCCATAGCA GCACAAGTGA TAATAACTTT 
GAATCCAAAT CACATGCACT GAAACCAATT GTTGCGACTG AATTCATACC CTGGGCAATT 
TCCTATTTCA CCCGACCAGG CAAACATCGT TATGCAGCCG ATAAAACTAG TGAGCGGGTA 
CAAGTTTTCC CCATCGACAA AAATGATCCA GTGTTAAGGA CCCGTGAATG TCGTTACCAA 
CGTAACCGTC AAATAAGACG TCAGGCCAGA GAACAGCAAA CAAGAGCTCT ACGAATCGAC 
ACCCAAAGTT GGTCACGTAA AACCCAGTCA ACACCCTCTC TGGTCAGATT GCTGCCATAT 
GAACAACAAA TAGCGGTAGC CTACCGAGAA AAGGTATTGT TGTACGACTG GCAACGCAAT 
ACCGTTAGAA CTTTTACACC AACCGCTGTG CCATCGAATG CTGCCACTTC ACGCCGTAGA 
ACCTCGTCGG CCTCACCACC TCCTCATACG GCCCATAGTA CGGTGGCTCG TGTCAGTGCT 
ATTGAGTTTT TGAATGCTCA TGATGTGCCC TTAACGTTAG CGGGACATGA GGATGGAGTG 
GTGCGCATAT GGCAACCCAA CACCAGTGCT ACATCTGAAG AACAAGCACG AGATTCCCCG 
GGACGCCTGG TAACTGCCTG GGTAGCTTTG CCTGCTCTAC AGGCTAATTA TTTAGGCGCT 
TCACCAAGTC TGGGATCTAG CTCGAAGTAC ACACGCAAAG ACATTGCCGG AGATAGTTGT 
GGCTTGGTAA CCTCGTGGCA GCAGTGTTCT CAACAACTAG TGGTAGCTGG CGGAGCTAGT 
CGCTTCATAC GCATTTGGGA TGTAGAGCGT GAACTGCGCA TCAGCGACAT TCCCATCGGC 
AGCGAACATA GTATACGTGT TCTCTCACCC TTTGCCAGTA ATGCACGTAG CGAACTAATC 
GTTGGCGGCT GTGGTGATGG CAGTGTTCGT CTCTATGACA AACGTTGTTC ACCACAGGAA 
GCACGTATAC GTGTCTATCG CGAAAATCCT GGTGCAATAC TAAGCTGTTG TCTCAAGGAC 
AATCAAACAA CTCTTGTTAG TGGTTGTTCT CAAGGCAAAA TAAGTGTCAT AGATTTGCGT 
TCAAAAGCAC CCAACGGTGG TATACTACAT CAGTGGGAGG TGGGCAATGA TGTGACCGCA 
ATAGCTGCCC ATCAATCGGC CGATCTTGTA GCTTGCGGTA GCGCTAATAA AATCACTATA 
TATAGTACAC AACAAGCTGG TCGTGTACAC AGTACTTTGC GTAGTAATGA TAGTTTTATG 
GGTCCAAAAA TTGGACATCC CACATGTCTA GCTTTCCATT TACACAAAAT GTCTTTAGCT 
GTAGGTTTTG TAGACAATAC GGTGGCCGTA TATGAACCAT CACCAGTTTT ATAA

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

RefSeq	XP_023294356.1
CDS	769..5142
Translation	MFESHYINATAVNTVSTGAGGSALTGNCTIKPGNSYASSAGTSISESTSKVATSLTSVGSYSNMSASRKTSMSSDSPQVSKALQQLSMGESVEVVPDNLCPLCFQAKRHHEAIESIECDRQPWRIRERMKTASVALVLCLNIGVDPPDVIKIQPCSRLECWIDPSSVSAAKAMDLIGSNLQMQYERWQPRARYKKCHDPTVEDVKKLCISLRRNAKGERILFHYNGHGVPKPTANGEIWVFNKTFTQYIPLSIFELQSWMDDPSIYVYDCSNAGIIIQSFLQFAEQQEREVQKAIAAAQRFHPGVQSSNLPPSYKNCIHLAACSVGEILPMNAQLPADLFTSCLTTPINIALKWYTMREKFVLVPRLHTEFIDKIPGKVNDRRTMLGELNWVFTAITDTIAWNTLPRELFQKLFRQDLLVASLFRNFLLAERILRSHDCTPVSHPALPPCFRHPMWTAWDLVVDLALQQLPDILEHGAPYKQLPFFEEQLTAFQVWLDRESESRTPPEQLPIVLQVLLSQVHRLRALELLARFLDLGPWAVDLALGVGIFPYVLKLLQSSAKELRPVLVFIWAKILAVDPSCQVDLVKDHKYFLAVLQDTSVAKEYRTLSAFVLACIVNNFLLGQTSALQGSLVSICLEQLNDESWLLRQWLAICLGMLWQNFEKARWSGVRDLAHEKLYPLLKDPIPEVRAAAVFALGTFISSVTDRSEEHANNIDRIIAITLIESVSEDMSPLVRLELAAALQWMVLLFESQFVTVYLQEQPMSSSSSGDRSASVSHVLTGVSLSTAGGGHSGGVHHHSTHSLERHATMRRGVSSSSISNISSAAIPFQSIFLKLWQGIYLLGQDPFPKVAETAQEIIKHIENAALCLITAKEATNEKCISLSVSLPPSPNTRVSYLSGGGAGESPPVGGGGGQHVSQSNHWPPKLRNLVNDPQALLHRKLRTTSMNDETDSCAGPSATATIINEPNAASGNGSGGVGGVGAGDGSASGHSSTSDNNFESKSHALKPIVATEFIPWAISYFTRPGKHRYAADKTSERVQVFPIDKNDPVLRTRECRYQRNRQIRRQAREQQTRALRIDTQSWSRKTQSTPSLVRLLPYEQQIAVAYREKVLLYDWQRNTVRTFTPTAVPSNAATSRRRTSSASPPPHTAHSTVARVSAIEFLNAHDVPLTLAGHEDGVVRIWQPNTSATSEEQARDSPGRLVTAWVALPALQANYLGASPSLGSSSKYTRKDIAGDSCGLVTSWQQCSQQLVVAGGASRFIRIWDVERELRISDIPIGSEHSIRVLSPFASNARSELIVGGCGDGSVRLYDKRCSPQEARIRVYRENPGAILSCCLKDNQTTLVSGCSQGKISVIDLRSKAPNGGILHQWEVGNDVTAIAAHQSADLVACGSANKITIYSTQQAGRVHSTLRSNDSFMGPKIGHPTCLAFHLHKMSLAVGFVDNTVAVYEPSPVL

Target ORF information:

RefSeq Version	XM_023438588.1
Organism	Lucilia cuprina(Australian sheep blowfly)
Definition	Lucilia cuprina regulatory-associated protein of mTOR (LOC111677467), mRNA.

Target ORF information:

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

XM_023438588.1

ORF Insert Sequence:

ATGTTCGAGT CTCACTATAT AAATGCAACA GCGGTAAATA CAGTATCGAC GGGAGCAGGT 
GGTAGTGCTT TAACTGGAAA TTGTACTATT AAACCCGGCA ACTCTTATGC CTCAAGTGCG 
GGTACCAGTA TCAGTGAAAG TACAAGTAAG GTAGCAACAT CGCTAACTTC GGTAGGCAGT 
TACTCCAATA TGTCGGCAAG CCGTAAAACT TCCATGTCCA GTGACAGTCC ACAGGTATCC 
AAAGCGTTAC AACAGCTTTC AATGGGAGAG AGTGTAGAGG TAGTGCCCGA TAATTTGTGT 
CCCTTATGTT TCCAAGCCAA GCGGCATCAT GAGGCTATAG AGTCCATTGA ATGTGATCGT 
CAGCCATGGC GTATACGAGA ACGTATGAAA ACTGCTAGTG TGGCTTTAGT GTTATGCCTA 
AATATTGGTG TAGATCCTCC AGATGTGATT AAAATTCAAC CATGTTCCCG CTTGGAATGT 
TGGATAGATC CCTCTTCAGT TTCGGCAGCC AAGGCCATGG ATCTAATTGG ATCGAATTTA 
CAAATGCAGT ACGAGAGATG GCAGCCAAGG GCCCGCTACA AAAAATGTCA TGATCCTACC 
GTAGAGGATG TAAAAAAGTT ATGCATTTCT CTACGACGCA ATGCCAAGGG AGAACGTATT 
TTGTTCCACT ATAATGGCCA TGGTGTACCA AAGCCTACAG CTAATGGTGA GATTTGGGTA 
TTCAATAAAA CCTTTACTCA GTACATACCC TTAAGTATCT TTGAGCTGCA AAGTTGGATG 
GATGATCCTT CAATTTATGT ATACGACTGC TCAAATGCCG GAATAATCAT CCAATCCTTT 
TTGCAGTTTG CCGAACAACA AGAGCGGGAA GTACAAAAAG CTATAGCGGC TGCCCAACGT 
TTTCATCCAG GCGTTCAATC GTCTAATCTG CCTCCCAGTT ACAAGAATTG CATCCATTTG 
GCCGCCTGTT CAGTGGGTGA AATTTTGCCC ATGAATGCCC AGTTGCCGGC TGATTTATTT 
ACCTCCTGCC TTACTACACC CATAAACATT GCCTTAAAAT GGTATACGAT GCGTGAGAAG 
TTTGTTTTGG TACCGCGCCT GCATACAGAA TTCATTGATA AGATACCGGG AAAGGTGAAT 
GATCGTCGCA CCATGTTGGG AGAACTAAAT TGGGTATTTA CTGCCATAAC AGACACCATA 
GCGTGGAATA CCTTGCCTCG GGAATTGTTT CAGAAATTAT TCAGACAAGA TCTGTTAGTG 
GCCAGCTTGT TCCGTAATTT CCTTTTGGCG GAAAGAATTC TCCGTTCTCA TGATTGTACG 
CCAGTATCAC ATCCGGCATT ACCACCCTGC TTCCGCCATC CCATGTGGAC TGCTTGGGAT 
TTGGTGGTAG ATTTGGCTTT GCAGCAATTG CCGGATATTT TAGAGCATGG CGCTCCCTAC 
AAACAGTTGC CCTTTTTTGA GGAGCAACTT ACAGCATTTC AAGTTTGGCT AGATCGTGAA 
TCAGAGTCAC GCACTCCACC CGAACAATTG CCCATAGTTT TGCAAGTTCT GCTTTCTCAA 
GTTCATCGTT TAAGAGCTTT GGAGCTTTTG GCACGGTTTT TGGATCTAGG TCCCTGGGCT 
GTGGATTTGG CTCTGGGAGT GGGCATATTT CCTTATGTAC TTAAGCTTCT ACAAAGCTCC 
GCAAAAGAAT TGCGTCCTGT TTTGGTATTC ATTTGGGCTA AAATCTTGGC AGTAGATCCC 
TCTTGTCAGG TGGATTTAGT TAAGGATCAC AAATACTTCT TGGCTGTTTT GCAAGACACA 
TCAGTGGCCA AGGAATATCG TACTTTATCG GCTTTTGTGT TGGCCTGCAT TGTAAATAAT 
TTCTTGCTAG GGCAAACAAG CGCCTTGCAG GGTTCTCTAG TGTCTATATG TCTGGAACAA 
CTTAATGACG AAAGCTGGCT TTTAAGGCAA TGGTTGGCCA TATGTTTAGG AATGCTTTGG 
CAAAACTTTG AAAAAGCCCG CTGGTCTGGT GTTCGAGATT TGGCTCATGA AAAGCTATAT 
CCACTACTTA AAGATCCCAT ACCCGAAGTT AGAGCTGCCG CTGTTTTTGC TTTGGGCACC 
TTTATCAGTT CGGTAACAGA CCGTTCGGAA GAGCATGCCA ATAATATTGA TCGCATTATA 
GCCATTACTT TAATAGAAAG TGTTAGCGAA GACATGTCTC CACTGGTTCG TTTGGAATTG 
GCTGCTGCCC TACAATGGAT GGTGCTGCTT TTTGAATCGC AATTTGTTAC GGTATATCTG 
CAAGAACAGC CGATGTCATC TTCTTCGTCT GGAGATCGTA GCGCTAGTGT TAGCCATGTG 
TTGACAGGAG TCTCATTATC CACTGCCGGT GGTGGTCATA GTGGTGGCGT GCACCATCAT 
TCCACACACA GTCTAGAACG TCATGCCACC ATGCGACGAG GAGTTAGCTC GAGTTCTATT 
TCGAATATCA GTTCGGCCGC CATACCATTT CAATCGATTT TCCTTAAACT TTGGCAGGGT 
ATTTATTTAC TCGGTCAAGA TCCCTTTCCC AAGGTAGCGG AGACAGCTCA AGAGATTATA 
AAACACATAG AGAATGCTGC TCTCTGCTTG ATTACAGCCA AAGAGGCAAC TAATGAAAAA 
TGTATTAGTC TTAGTGTAAG TTTGCCACCA AGTCCAAATA CACGCGTGTC TTATCTCAGT 
GGAGGAGGGG CAGGAGAATC ACCGCCTGTC GGTGGTGGTG GTGGTCAACA TGTCAGCCAG 
TCGAATCACT GGCCACCAAA ACTAAGAAAT CTGGTAAATG ATCCTCAAGC ATTGTTGCAT 
CGTAAGCTAC GTACCACTTC CATGAATGAT GAAACGGACA GTTGTGCTGG CCCCTCTGCT 
ACAGCAACCA TTATAAATGA ACCGAATGCA GCTAGTGGTA ATGGCAGTGG AGGTGTTGGT 
GGTGTAGGTG CAGGTGATGG TTCAGCCTCC GGCCATAGCA GCACAAGTGA TAATAACTTT 
GAATCCAAAT CACATGCACT GAAACCAATT GTTGCGACTG AATTCATACC CTGGGCAATT 
TCCTATTTCA CCCGACCAGG CAAACATCGT TATGCAGCCG ATAAAACTAG TGAGCGGGTA 
CAAGTTTTCC CCATCGACAA AAATGATCCA GTGTTAAGGA CCCGTGAATG TCGTTACCAA 
CGTAACCGTC AAATAAGACG TCAGGCCAGA GAACAGCAAA CAAGAGCTCT ACGAATCGAC 
ACCCAAAGTT GGTCACGTAA AACCCAGTCA ACACCCTCTC TGGTCAGATT GCTGCCATAT 
GAACAACAAA TAGCGGTAGC CTACCGAGAA AAGGTATTGT TGTACGACTG GCAACGCAAT 
ACCGTTAGAA CTTTTACACC AACCGCTGTG CCATCGAATG CTGCCACTTC ACGCCGTAGA 
ACCTCGTCGG CCTCACCACC TCCTCATACG GCCCATAGTA CGGTGGCTCG TGTCAGTGCT 
ATTGAGTTTT TGAATGCTCA TGATGTGCCC TTAACGTTAG CGGGACATGA GGATGGAGTG 
GTGCGCATAT GGCAACCCAA CACCAGTGCT ACATCTGAAG AACAAGCACG AGATTCCCCG 
GGACGCCTGG TAACTGCCTG GGTAGCTTTG CCTGCTCTAC AGGCTAATTA TTTAGGCGCT 
TCACCAAGTC TGGGATCTAG CTCGAAGTAC ACACGCAAAG ACATTGCCGG AGATAGTTGT 
GGCTTGGTAA CCTCGTGGCA GCAGTGTTCT CAACAACTAG TGGTAGCTGG CGGAGCTAGT 
CGCTTCATAC GCATTTGGGA TGTAGAGCGT GAACTGCGCA TCAGCGACAT TCCCATCGGC 
AGCGAACATA GTATACGTGT TCTCTCACCC TTTGCCAGTA ATGCACGTAG CGAACTAATC 
GTTGGCGGCT GTGGTGATGG CAGTGTTCGT CTCTATGACA AACGTTGTTC ACCACAGGAA 
GCACGTATAC GTGTCTATCG CGAAAATCCT GGTGCAATAC TAAGCTGTTG TCTCAAGGAC 
AATCAAACAA CTCTTGTTAG TGGTTGTTCT CAAGGCAAAA TAAGTGTCAT AGATTTGCGT 
TCAAAAGCAC CCAACGGTGG TATACTACAT CAGTGGGAGG TGGGCAATGA TGTGACCGCA 
ATAGCTGCCC ATCAATCGGC CGATCTTGTA GCTTGCGGTA GCGCTAATAA AATCACTATA 
TATAGTACAC AACAAGCTGG TCGTGTACAC AGTACTTTGC GTAGTAATGA TAGTTTTATG 
GGTCCAAAAA TTGGACATCC CACATGTCTA GCTTTCCATT TACACAAAAT GTCTTTAGCT 
GTAGGTTTTG TAGACAATAC GGTGGCCGTA TATGAACCAT CACCAGTTTT ATAA