LOC106620865 cDNA ORF clone, Bactrocera oleae(olive fruit fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106620865
Entrez Gene ID	106620865
Full Name	uncharacterized LOC106620865
Gene Type	protein-coding
Organism	Bactrocera oleae(olive fruit fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014239507.1	XP_014094982.1	uncharacterized protein LOC106620865

Pathways from BioSystems
Gene Ontology

The following LOC106620865 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106620865 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
OBa73580	XM_014239507.1 Latest version!	Bactrocera oleae uncharacterized LOC106620865 (LOC106620865), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC106620865 ( XM_014239507.1 ) cDNA ORF clone, Bactrocera oleae(olive fruit fly) -> XP_014094982.1 Bactrocera oleae uncharacterized LOC106620865 (LOC106620865), mRNA.

Price & Availability↑

CloneID	OBa73580
Clone ID Related Accession (Same CDS sequence)	XM_014239507.1
Accession Version	XM_014239507.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4503bp) 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	2015-09-20
Organism	Bactrocera oleae(olive fruit fly)
Product	uncharacterized protein LOC106620865
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013581576.1) 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 :: Bactrocera oleae 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##

ATGTTAACCA GCTGTTTAGC CATTGCTTCA AGCACGAACA CCTCGAAGTT AGCTGCAAAT 
GATGTTTTCA ACGGAATTAG CGCTAATCTA AATGATGAAA ATTTGCACAC TGAATTTGCA 
AATTCTTTGG AGGCAAACAC AAATACATTT CAAAGAGAAT CGATGACGAA GCAACTAGCT 
ACCAGTTCCC CTACGACAAA TGGTGAACGA AACGCCAGCA ACATTGTTTT AGCCCCTTTA 
GCCCCACTAG CTAATAATGA TGCATTACCA CGGTGTAAAA CCGATACGAC TGGCATTGAG 
GCGGATATTT GTAATACAGC GAAAGTGTTG CAAACAAGTA ATAGTAATTT TATAACTTTA 
TTGCCAAAGT CAGAGGCTGC AAGCAGTTTG GTCTCAATCA ATTCAACAAT TGAAGCTTGC 
AATGAAGCTA CTTCAAGGAA GACAGTGGAT GATACCAATG GACGTTCAGC GGCGCTGGAA 
CGTGCCTACG TTCATGACGT TTATGAGAAT TGCGATGAAC CATCCGGTCC TATTCGACCA 
CGAATAGCAC AATTTCTAAA TAATTTAGAT CCTGGTGCCG TGGTGTGTGA TGTTGGCTGC 
GGTAATGGTC GTTACCTTGC TCATGGAAAT CGCTCCATTT GTACAGTTGG AGTAGATCGT 
TGTTATCGAT TGAGCAAGGT GGCACGTGAA AAAGGAGGAG AGGTTATAAT GTGCGATAAT 
TTGGAGTTAC CATTTAGAGA TAATTCATTT GATGCAGTTC TTTCGTTGGC TGTTGTTCAT 
CATTTTGCTA CCACTGAGCG TCGCGTAAAC GCTCTACGAG AGCTGGCACG TGTATTGCGT 
ATTGGTGGTC GCGTCATTAT AACGGTATGG GCACTTGAAC AGAGACACCG TCGTTTTGAG 
TCGCAAGATG TTCTCATTCC ATGGCAGCTG CCGAAAATAC GTAATATGAG CTGTTCGGAT 
GAAGAGGATG ATGAAAGCTT CCTACCACCT TATCATGCTT ACACAGAGGA CTCAACAAAC 
TCAAGTCGCT CAGCTGGTGA TGGTGATAGC TCAAGTTTAT CCTCATCCTC GCCTGGTGAA 
TCCTGCTACA GTTTTGTGCG ACGTGCTATT CAAAAACTTG CTGCTGGTCG CAAGCATCCT 
TGGTTTTTGG ACTCGTGGGC ATCGAAAGAA ACCAAAAATG ACAGTAGTCT TGACTTCGAA 
GATGTAAAAG ATTTGCCAAT CGAACTACGA CGACTTGAAG ACTTTGAAGA TTTTCACGAT 
CCACCACTTT CTGCAGGATT GAAATCACGT AGCTTGGGTA GCATTCTTAA TCCTCCTCCT 
CGCCAAATTG TGCGTTCGCG TTCCAGTGTC CCTAGTTTGG GCGGTACTCT CGTTCATTTG 
GACATGAGTT GCAAATCTGG AATACCTGTA TCAACCTATT CAATGCAAAA TAGTCAACAT 
TTCCATACCA AGGATATCAA TGTAGCACCA GTTATTGTCA CCAAAACCAA TGAATCTCCC 
ACAAAATCTA TGAATGCAGC AATTTTAAAA AATATAAATA GCAGTACTCC ACTAGGTCGT 
CGCCCAAAGC TGATAAAACA AAAACAATCT TTTTGTGATG AAGAATATCA ACTGCCAGAA 
AATTCTTTTC ATATAAAAAG TACATATAAT AATCATAGTG CCAGTAATAG TTTGTATTTA 
CGTAGTCGCT GCTACTTCAA CGGCAATAAT ATTAACGTTA ACTCTCAAAC TCTGGGAAAA 
ATGCCTATTA TTGATAATTT GCACCAACAA TCTCCCCTTA CCGCCCGCCA AATAATGCAA 
GCAAGTATCT TTTTACGCAA ACAAAGTTCA TTGAATGAAG AACTTATGGC CGTTAACCGA 
TTGCGTGAAA AAGAGGGTGT ACGGAAACGC ATACAAAAAC AGACGTCATT AAATGAAGCA 
TTTCTCTGTC AATCAAGTAC GCTTTCAAAA AAATTTCATA TAATAAGAGA GAACTTCACA 
AAGAAAGTGA AGACTTCAAC AGGTAGTTTT GAGCGGGTTA CAAAAACTGG CTTGAACAAA 
TTAGTGCAGA ACTTTTCGTC TTATATAACA CCAGGTACGA TTAATTCCGA TCTGTCGGAT 
AAAGTGATCA ACGAGAGTCA AGAAAACAGT ACCGAACCGT TACAGTCAAA CATTCCAAAA 
TGCAATAAAT ATCATCATCA TCATCATTAT CAGTATGTTC AACACCAGCA GTCATTAAAC 
CTGCAAAATT GCCAACGCCA ATCACGTGCC TTCATAAACA CGCACGAAAC AGGTTCACAG 
GCATCACATT ATCAAAAACA ATTGTCGGTC GGTAGTGGAA TCAACAAATA TGCTGGTCCA 
GTCACATACT GCAACAATGC TGAGTGTTCT AAATCGGGCT GTTATTGCAG CACATACCAC 
TATGTGGGTT GTAATACCTT TTCCACTACT AACGATGGTA ATGAAAATAG GGATGGGGAG 
TCACGTCGAC ATTCTAAAGA GTCCGGTTCA GATTCCTCTA AGGACAGCAG CCTACAATCG 
GATACAAGTA TTGAGTCTGA AGATAGTTTT GCCTCAGTTA TTTTCATACC GAAGCCAGAA 
CAGCAACAGC AGCAACTTAA CTATCATCAA AGCTCAAATT CGAGTTCAAG TAATTCATCG 
TCCAGCAACA GTGGAGGAGC ATGTCGCATT TACGGTAGTT GTTGCCAACA CAAAAATGAC 
ACGTGTAAAA TTCAAAACAA TGACAATACT TCGAACTGTT TAACATGTCT AAAGCATGTG 
CAACAGCCGC ACCATCAAAG ATTGTCCTCC GTACCCACAT CACCTATGGT TTTGGCATGT 
CCCCCAACAC CGGCGCACTC CCCTGCTACT ATACAAGCTG TAATAACATC TCCGCCAAGA 
ACAGTTGCAA CTGTGACGGC AGCTATGGCA ATGCTTACTT CACCTTTAGA CAATAAAAAT 
AATAACTTAG ATGAAAATTC AAAAGCGTTA TCCAATATTA ATGTGGAAAA AATTAAGGAT 
CAATTCGATT TTGATGAGAA TCTTATCAAA CAGCATGAAA AGGATAATGC TCAACATCAG 
CAGGAAAATG AAGAAATCAA ATGTAAAATA ACGCGGCATA TCGTAAAGAA CTTACCTCCT 
ATACCTAAGT TTCGTAAGCA ATCCTTACAA TCAATACGTC AAAGTTTTCC AATCGTACGA 
CGGTCATCGG CAACATCTAG TTCATCTATT CCAAATATGC CAAAACTAAT GTCTTTAGAA 
CTTTTCAATC CGGCTACTGA CGATTTAGAC AGCGATTCAA GCGAGGCATC CACTCCAAAC 
TCAATTGATA GTGTTATTAG TACCGGGAAA ATTAATTCTA CGACAATGAG CATAGAGCAA 
AGTGAAAATA TAAGATCATC TCCCACTTTT GAACAAGATG GCAGCGATGG TTTACTTTTT 
GAGCGAACTG TTAAGACAAA AAAACAACAA CAACATGATG AGCAACTGAA GATCAATAAT 
GATATTCCAC ACAACATATT TTTAAATGAA GAAGACAGTT GTCTTATGCC ACTGAACAAA 
GGCAACATTA ACCTAAGTAC GAATTCACTA CATAGGAAAG AACCAGACTT TGTTGGGTTT 
GCTGAACAGC TAAATATACA GTTGATGCGA AAACTTGAGG ACAAAAACGA TATTGATGAA 
TGCGGAAGTT TAGAAATCAC GAGCGAATCT GCTGATCCTT CAGATGCACC TACTCATGTA 
TCTGCAGAAT ATTTAAATCG GAAGCGCAGC AATGAGCTGC GAGATTTGTC AGCAATCCGT 
GAGGAACTTC GAGAACGACG TTTAATGCTT GCAAACCTTT CTACGCAGCC AAGCTTACAA 
CAATCGCCAA CTTCTTCTAC ATCATCTTTA TCGTCACAGA CACGTAGCTT TACCATTCAT 
GAGGAAAACG AAGAAGAAAG TGATGAACGA AGCTACTCTC TCCAACTCTA TGAAAACTGT 
AAAATATCCA AAATTAATTA TAAACGCAAT CGCCCATATA ATTTGAATCC AGAAACCGCT 
TATCTGTTGC AAGACGAAGG TGATGTCTTT GATGAAGAAG CAGAAAATGA ACTTGGCCTC 
TTGTCAAAAC ATCATCATCC GATTGGTCAA GAAATGCTGT ATCAACCCAA AGATGAGGTT 
CAAATATACC CTAAAGTCAT AGAAAGAGCA CCCGGGTGTG ATACTTTAGG ATTGGAAATG 
GCAGCTGAGA AGGAAGGCTA CTTCGAAATT AAAGTCGAAC ATGAAAACAA AGAAACTGAA 
AAATCTCTCC AAAATCGACA ATCAACGGAA TCATGGGGCA ATTCTAACAG TTCGGCCGGT 
TCGCTTGAGA GTCCATCTCA AGGTGGTTCG ACAACACACC ACCGTTATTA TCATGTTTTT 
CGTGAGGGAG AGCTTGATGC ATTAATCAAT CACCATGTAG CTAGTCTGCA TATAGTTTCC 
TCATATTATG AACGGTCTAG TTGGTGTGTA GTTGCTGAAA AAGTTCAAGT CTGGACAATA 
TAA

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

RefSeq	XP_014094982.1
CDS	1..4503
Translation	MLTSCLAIASSTNTSKLAANDVFNGISANLNDENLHTEFANSLEANTNTFQRESMTKQLATSSPTTNGERNASNIVLAPLAPLANNDALPRCKTDTTGIEADICNTAKVLQTSNSNFITLLPKSEAASSLVSINSTIEACNEATSRKTVDDTNGRSAALERAYVHDVYENCDEPSGPIRPRIAQFLNNLDPGAVVCDVGCGNGRYLAHGNRSICTVGVDRCYRLSKVAREKGGEVIMCDNLELPFRDNSFDAVLSLAVVHHFATTERRVNALRELARVLRIGGRVIITVWALEQRHRRFESQDVLIPWQLPKIRNMSCSDEEDDESFLPPYHAYTEDSTNSSRSAGDGDSSSLSSSSPGESCYSFVRRAIQKLAAGRKHPWFLDSWASKETKNDSSLDFEDVKDLPIELRRLEDFEDFHDPPLSAGLKSRSLGSILNPPPRQIVRSRSSVPSLGGTLVHLDMSCKSGIPVSTYSMQNSQHFHTKDINVAPVIVTKTNESPTKSMNAAILKNINSSTPLGRRPKLIKQKQSFCDEEYQLPENSFHIKSTYNNHSASNSLYLRSRCYFNGNNINVNSQTLGKMPIIDNLHQQSPLTARQIMQASIFLRKQSSLNEELMAVNRLREKEGVRKRIQKQTSLNEAFLCQSSTLSKKFHIIRENFTKKVKTSTGSFERVTKTGLNKLVQNFSSYITPGTINSDLSDKVINESQENSTEPLQSNIPKCNKYHHHHHYQYVQHQQSLNLQNCQRQSRAFINTHETGSQASHYQKQLSVGSGINKYAGPVTYCNNAECSKSGCYCSTYHYVGCNTFSTTNDGNENRDGESRRHSKESGSDSSKDSSLQSDTSIESEDSFASVIFIPKPEQQQQQLNYHQSSNSSSSNSSSSNSGGACRIYGSCCQHKNDTCKIQNNDNTSNCLTCLKHVQQPHHQRLSSVPTSPMVLACPPTPAHSPATIQAVITSPPRTVATVTAAMAMLTSPLDNKNNNLDENSKALSNINVEKIKDQFDFDENLIKQHEKDNAQHQQENEEIKCKITRHIVKNLPPIPKFRKQSLQSIRQSFPIVRRSSATSSSSIPNMPKLMSLELFNPATDDLDSDSSEASTPNSIDSVISTGKINSTTMSIEQSENIRSSPTFEQDGSDGLLFERTVKTKKQQQHDEQLKINNDIPHNIFLNEEDSCLMPLNKGNINLSTNSLHRKEPDFVGFAEQLNIQLMRKLEDKNDIDECGSLEITSESADPSDAPTHVSAEYLNRKRSNELRDLSAIREELRERRLMLANLSTQPSLQQSPTSSTSSLSSQTRSFTIHEENEEESDERSYSLQLYENCKISKINYKRNRPYNLNPETAYLLQDEGDVFDEEAENELGLLSKHHHPIGQEMLYQPKDEVQIYPKVIERAPGCDTLGLEMAAEKEGYFEIKVEHENKETEKSLQNRQSTESWGNSNSSAGSLESPSQGGSTTHHRYYHVFREGELDALINHHVASLHIVSSYYERSSWCVVAEKVQVWTI

Target ORF information:

RefSeq Version	XM_014239507.1
Organism	Bactrocera oleae(olive fruit fly)
Definition	Bactrocera oleae uncharacterized LOC106620865 (LOC106620865), mRNA.

Target ORF information:

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

XM_014239507.1

ORF Insert Sequence:

ATGTTAACCA GCTGTTTAGC CATTGCTTCA AGCACGAACA CCTCGAAGTT AGCTGCAAAT 
GATGTTTTCA ACGGAATTAG CGCTAATCTA AATGATGAAA ATTTGCACAC TGAATTTGCA 
AATTCTTTGG AGGCAAACAC AAATACATTT CAAAGAGAAT CGATGACGAA GCAACTAGCT 
ACCAGTTCCC CTACGACAAA TGGTGAACGA AACGCCAGCA ACATTGTTTT AGCCCCTTTA 
GCCCCACTAG CTAATAATGA TGCATTACCA CGGTGTAAAA CCGATACGAC TGGCATTGAG 
GCGGATATTT GTAATACAGC GAAAGTGTTG CAAACAAGTA ATAGTAATTT TATAACTTTA 
TTGCCAAAGT CAGAGGCTGC AAGCAGTTTG GTCTCAATCA ATTCAACAAT TGAAGCTTGC 
AATGAAGCTA CTTCAAGGAA GACAGTGGAT GATACCAATG GACGTTCAGC GGCGCTGGAA 
CGTGCCTACG TTCATGACGT TTATGAGAAT TGCGATGAAC CATCCGGTCC TATTCGACCA 
CGAATAGCAC AATTTCTAAA TAATTTAGAT CCTGGTGCCG TGGTGTGTGA TGTTGGCTGC 
GGTAATGGTC GTTACCTTGC TCATGGAAAT CGCTCCATTT GTACAGTTGG AGTAGATCGT 
TGTTATCGAT TGAGCAAGGT GGCACGTGAA AAAGGAGGAG AGGTTATAAT GTGCGATAAT 
TTGGAGTTAC CATTTAGAGA TAATTCATTT GATGCAGTTC TTTCGTTGGC TGTTGTTCAT 
CATTTTGCTA CCACTGAGCG TCGCGTAAAC GCTCTACGAG AGCTGGCACG TGTATTGCGT 
ATTGGTGGTC GCGTCATTAT AACGGTATGG GCACTTGAAC AGAGACACCG TCGTTTTGAG 
TCGCAAGATG TTCTCATTCC ATGGCAGCTG CCGAAAATAC GTAATATGAG CTGTTCGGAT 
GAAGAGGATG ATGAAAGCTT CCTACCACCT TATCATGCTT ACACAGAGGA CTCAACAAAC 
TCAAGTCGCT CAGCTGGTGA TGGTGATAGC TCAAGTTTAT CCTCATCCTC GCCTGGTGAA 
TCCTGCTACA GTTTTGTGCG ACGTGCTATT CAAAAACTTG CTGCTGGTCG CAAGCATCCT 
TGGTTTTTGG ACTCGTGGGC ATCGAAAGAA ACCAAAAATG ACAGTAGTCT TGACTTCGAA 
GATGTAAAAG ATTTGCCAAT CGAACTACGA CGACTTGAAG ACTTTGAAGA TTTTCACGAT 
CCACCACTTT CTGCAGGATT GAAATCACGT AGCTTGGGTA GCATTCTTAA TCCTCCTCCT 
CGCCAAATTG TGCGTTCGCG TTCCAGTGTC CCTAGTTTGG GCGGTACTCT CGTTCATTTG 
GACATGAGTT GCAAATCTGG AATACCTGTA TCAACCTATT CAATGCAAAA TAGTCAACAT 
TTCCATACCA AGGATATCAA TGTAGCACCA GTTATTGTCA CCAAAACCAA TGAATCTCCC 
ACAAAATCTA TGAATGCAGC AATTTTAAAA AATATAAATA GCAGTACTCC ACTAGGTCGT 
CGCCCAAAGC TGATAAAACA AAAACAATCT TTTTGTGATG AAGAATATCA ACTGCCAGAA 
AATTCTTTTC ATATAAAAAG TACATATAAT AATCATAGTG CCAGTAATAG TTTGTATTTA 
CGTAGTCGCT GCTACTTCAA CGGCAATAAT ATTAACGTTA ACTCTCAAAC TCTGGGAAAA 
ATGCCTATTA TTGATAATTT GCACCAACAA TCTCCCCTTA CCGCCCGCCA AATAATGCAA 
GCAAGTATCT TTTTACGCAA ACAAAGTTCA TTGAATGAAG AACTTATGGC CGTTAACCGA 
TTGCGTGAAA AAGAGGGTGT ACGGAAACGC ATACAAAAAC AGACGTCATT AAATGAAGCA 
TTTCTCTGTC AATCAAGTAC GCTTTCAAAA AAATTTCATA TAATAAGAGA GAACTTCACA 
AAGAAAGTGA AGACTTCAAC AGGTAGTTTT GAGCGGGTTA CAAAAACTGG CTTGAACAAA 
TTAGTGCAGA ACTTTTCGTC TTATATAACA CCAGGTACGA TTAATTCCGA TCTGTCGGAT 
AAAGTGATCA ACGAGAGTCA AGAAAACAGT ACCGAACCGT TACAGTCAAA CATTCCAAAA 
TGCAATAAAT ATCATCATCA TCATCATTAT CAGTATGTTC AACACCAGCA GTCATTAAAC 
CTGCAAAATT GCCAACGCCA ATCACGTGCC TTCATAAACA CGCACGAAAC AGGTTCACAG 
GCATCACATT ATCAAAAACA ATTGTCGGTC GGTAGTGGAA TCAACAAATA TGCTGGTCCA 
GTCACATACT GCAACAATGC TGAGTGTTCT AAATCGGGCT GTTATTGCAG CACATACCAC 
TATGTGGGTT GTAATACCTT TTCCACTACT AACGATGGTA ATGAAAATAG GGATGGGGAG 
TCACGTCGAC ATTCTAAAGA GTCCGGTTCA GATTCCTCTA AGGACAGCAG CCTACAATCG 
GATACAAGTA TTGAGTCTGA AGATAGTTTT GCCTCAGTTA TTTTCATACC GAAGCCAGAA 
CAGCAACAGC AGCAACTTAA CTATCATCAA AGCTCAAATT CGAGTTCAAG TAATTCATCG 
TCCAGCAACA GTGGAGGAGC ATGTCGCATT TACGGTAGTT GTTGCCAACA CAAAAATGAC 
ACGTGTAAAA TTCAAAACAA TGACAATACT TCGAACTGTT TAACATGTCT AAAGCATGTG 
CAACAGCCGC ACCATCAAAG ATTGTCCTCC GTACCCACAT CACCTATGGT TTTGGCATGT 
CCCCCAACAC CGGCGCACTC CCCTGCTACT ATACAAGCTG TAATAACATC TCCGCCAAGA 
ACAGTTGCAA CTGTGACGGC AGCTATGGCA ATGCTTACTT CACCTTTAGA CAATAAAAAT 
AATAACTTAG ATGAAAATTC AAAAGCGTTA TCCAATATTA ATGTGGAAAA AATTAAGGAT 
CAATTCGATT TTGATGAGAA TCTTATCAAA CAGCATGAAA AGGATAATGC TCAACATCAG 
CAGGAAAATG AAGAAATCAA ATGTAAAATA ACGCGGCATA TCGTAAAGAA CTTACCTCCT 
ATACCTAAGT TTCGTAAGCA ATCCTTACAA TCAATACGTC AAAGTTTTCC AATCGTACGA 
CGGTCATCGG CAACATCTAG TTCATCTATT CCAAATATGC CAAAACTAAT GTCTTTAGAA 
CTTTTCAATC CGGCTACTGA CGATTTAGAC AGCGATTCAA GCGAGGCATC CACTCCAAAC 
TCAATTGATA GTGTTATTAG TACCGGGAAA ATTAATTCTA CGACAATGAG CATAGAGCAA 
AGTGAAAATA TAAGATCATC TCCCACTTTT GAACAAGATG GCAGCGATGG TTTACTTTTT 
GAGCGAACTG TTAAGACAAA AAAACAACAA CAACATGATG AGCAACTGAA GATCAATAAT 
GATATTCCAC ACAACATATT TTTAAATGAA GAAGACAGTT GTCTTATGCC ACTGAACAAA 
GGCAACATTA ACCTAAGTAC GAATTCACTA CATAGGAAAG AACCAGACTT TGTTGGGTTT 
GCTGAACAGC TAAATATACA GTTGATGCGA AAACTTGAGG ACAAAAACGA TATTGATGAA 
TGCGGAAGTT TAGAAATCAC GAGCGAATCT GCTGATCCTT CAGATGCACC TACTCATGTA 
TCTGCAGAAT ATTTAAATCG GAAGCGCAGC AATGAGCTGC GAGATTTGTC AGCAATCCGT 
GAGGAACTTC GAGAACGACG TTTAATGCTT GCAAACCTTT CTACGCAGCC AAGCTTACAA 
CAATCGCCAA CTTCTTCTAC ATCATCTTTA TCGTCACAGA CACGTAGCTT TACCATTCAT 
GAGGAAAACG AAGAAGAAAG TGATGAACGA AGCTACTCTC TCCAACTCTA TGAAAACTGT 
AAAATATCCA AAATTAATTA TAAACGCAAT CGCCCATATA ATTTGAATCC AGAAACCGCT 
TATCTGTTGC AAGACGAAGG TGATGTCTTT GATGAAGAAG CAGAAAATGA ACTTGGCCTC 
TTGTCAAAAC ATCATCATCC GATTGGTCAA GAAATGCTGT ATCAACCCAA AGATGAGGTT 
CAAATATACC CTAAAGTCAT AGAAAGAGCA CCCGGGTGTG ATACTTTAGG ATTGGAAATG 
GCAGCTGAGA AGGAAGGCTA CTTCGAAATT AAAGTCGAAC ATGAAAACAA AGAAACTGAA 
AAATCTCTCC AAAATCGACA ATCAACGGAA TCATGGGGCA ATTCTAACAG TTCGGCCGGT 
TCGCTTGAGA GTCCATCTCA AGGTGGTTCG ACAACACACC ACCGTTATTA TCATGTTTTT 
CGTGAGGGAG AGCTTGATGC ATTAATCAAT CACCATGTAG CTAGTCTGCA TATAGTTTCC 
TCATATTATG AACGGTCTAG TTGGTGTGTA GTTGCTGAAA AAGTTCAAGT CTGGACAATA 
TAA