LOC106617982 cDNA ORF clone, Bactrocera oleae(olive fruit fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106617982
Entrez Gene ID	106617982
Full Name	tyrosine-protein phosphatase 69D
Gene Type	protein-coding
Organism	Bactrocera oleae(olive fruit fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014235485.1	XP_014090960.1	tyrosine-protein phosphatase 69D isoform X1
XM_014235486.1	XP_014090961.1	tyrosine-protein phosphatase 69D isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC106617982 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106617982 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
OBa70529	XM_014235485.1 Latest version!	Bactrocera oleae tyrosine-protein phosphatase 69D (LOC106617982), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OBa70530	XM_014235486.1 Latest version!	Bactrocera oleae tyrosine-protein phosphatase 69D (LOC106617982), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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)

LOC106617982 ( XM_014235485.1 ) cDNA ORF clone, Bactrocera oleae(olive fruit fly) -> XP_014090960.1 Bactrocera oleae tyrosine-protein phosphatase 69D (LOC106617982), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OBa70529
Clone ID Related Accession (Same CDS sequence)	XM_014235485.1
Accession Version	XM_014235485.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4527bp) 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	tyrosine-protein phosphatase 69D isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013581317.1) 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##

ATGAATCACA TAAAATCGAA AAATTCTCCA TATAGTTTAT GCCGGAAGCG GGTCTTTTTG 
TTTTCGACTT TAAAAGTACT CATTTGCATG GTTTTATTTA TAAATGAACA CTTAAAAGGA 
GTACAATCTC AAGAACTGAT AGCCGTTGAG GTTGGCCACA ATTTTACAAT AATCTGCAAC 
ATAACTCAAC AGTTTGTAAA CAATGTAACA TGGAAGCACA ACGAAGAAGT TATTACGAAT 
AATAATAAAA GAATAACCAC GTCATATACC AAACCGTCTG CCATTGAAAG CATCAATGAA 
ATCGAAGAAG AAACGAAAAG GAATTACGAA AGTACATTAT TTGTAACTGA TGCACAATTT 
GCTGATGCGG GCATATATAC TTGCGAACCA GTACGAAATG AGAGCGTATT TAGTTTTACC 
GTGCAAGTGC TGCAAACACC TCTGATCGTT GCAAGCAGTG AAGAAAAGGT GAAACAGAAA 
AGCGGTCATG CTGTGGAACT ATATTGCCTG ATAGAAGTGT TTCCACACAA CGATACATTT 
TACAAGCAAT TGAAATGGCT GAAGGATGAA AATTCTGCTG TTGACTTTTT AGACAAAGCC 
TCGAATCTCA GTTTGGTGAA TGCCACACAT ATTAATCACA CGCTTAGTTT AACTGAAGTT 
TACAAGAAGG AAAATGGCAC ATACAGCTGT GCAGTATACG ATATATTTGG TGCAATTATT 
ACGAAAAAAG ATATGGCAGT GTTGGTTATG GAGAAACCGC AAGTGAGCAT AGACTATGTG 
ATGGTTGTGG GCGCAGATAA GATATACTTA AATTGGACTG TAAATGATGG TAATGATCCG 
GTGCAAAACT ACTTCATACA ATATAAAGAG GAAGGTTCAT CTGAACTTAA ATATTATAAT 
CATCAAATTG GTGGACGGAA TACTTCATAT GTTTTGGAAA AATTTCAAGC AAATACGAGC 
TATAATCTAC GCATCAGTGC CAAGAATAGC ATTGGCAGCG GTCCACCATA TCAATATCCA 
TTACCCGTGC GCACATTGGA AAGAGATCCC ATTTTTATAC CAAAAGTTGG CACAACCGGT 
AGTACACCGT CGACTATTAC CATCGGTTGG GATCCACCAC CACCTGAAAT GCTGCCATAC 
ATACAATATT ATGAGTTGGT TGTTTCCGAA GCTGGTGAAA CGCCACGCAT TGTTGAAAAT 
ACCGTTTATA CACAAAATTC TCGAAATCTG CCATATATGT TTGATAATCT GAAAACGGCG 
ACTGAATATG AATTTAAAGT ACGCGCCTGT AGTAACATCA CTAAACAGTG CGGTCCCTGG 
TCGGAAGTGG TAAATGGGAC GACAATGGAT GGTGTTGCCA GTGAACCCAC AGACCTCTAT 
ATTACTTGCG TACACAGAAA TAATACACGT CACTCGGTCG CGGTGCGTTG GAATGTGCCA 
AAAGTGCCGA ATGGCAAAGT GGTCTCATAC CACATACAAT TGGATGGCTT AGTTACATAT 
AAGTTGGATG GAAAATTGCG TAACGAAACA TGGGGTCCGA AGATAAGACG AGTGGATGAT 
CCGCATCACA GCACAATATA CAATGGCGTA AATCCAAATA CAAATTACAC AGTCACAGTG 
TCTGCCATTA CACGCCATCG CAAAATTGGC GTGCCGGCCA GCGCTCAATG TACAATGCCT 
ATCGCTGTGC CAGATGCGAT CAGTCGCATT ATGTGGACAA AGGTGAAGAC GAACGACGAG 
AAGTGTGTTT TTAAATTGTT TGTGCCGCGT ATCAGCGAAC GTAACGGACC GATATGTTGC 
TATCGCTTGT ATCTAGTACG TATGGGCAAT AATAAAAATG AATTGCCCAC GCCTGAGAAG 
CTCAACATAT CCACCTATCA GGAGGTGCAT GCGCCAAATA ATACCGAAGG TGGTGCATAC 
TTGGCCGAAA TGTTTTCCGA TGACTATTTT CGATCCGAAA TATTTTTGGG TGACGGTAAA 
AGATTTTTTG AACATCAGGG CATAAGTGCC ACCGAAGCAG ATAAAGCGTG CCGCCATTGT 
TTGAGAGGAC GTCCATTTTT GCGTATTCCA CCACGTGAAC CAGCACCAAG AACTGAAGTG 
CCACCTGTAG AGCATACGGA TCGTGAGTTC ATAACAAAAA CTCCACCGGA ATTGTCACAA 
CGCGAACAAT TAAAAGCCAG CAATCTCACC GAAGCCGCTT CAAAAATTTT AGATAAAAAA 
CGACGACGTA GGCGTAGGCG TCATCCGAAA GTTGTTGCTG GTGTCAACAG TGAAATTAGC 
TTTGATAATT TAATGCTTGG TGAAAATGAA TCGAGTGCAA ATGCTGTGCC GAGCTACCAG 
TTGTCGTCAT ATGATATAGT CGATGGTGAG ATCGACATGA ATAGCAATTA CACAGGCTTT 
CTAGAAGTTA TAGTACGCGA TGGTGATGTT GTACTTACTG AATACAGCAA TTACTTCGAA 
ATAATGACAC CTGGTACTGT GCCCGAAAAC TTTCAATCGG ATCAAGACCT TTCTGTGGTG 
CTAAATATTT TCATACAAGC GCTTGCCCTA CTCATTGGCA TAGTCTTGTT GCTCATTGGC 
GCCACTTGCT ATTTGCATCA CAATACAAAA AATACAGTAC CTGGCGAGGA AATTAGTTTA 
CGAGATTCAT TAAGTCGCGC GCTATTTCGT GGACGCACTC CGAATCATCG ACACTTTATT 
GGTTCGGGCA ATGGTAAAGC ATCAGATATT GGTCCAATAC ACAAAGCAGA TTTATGCACA 
GCATATCGAA ATCGTCACAA AGACACCGAT TATGGGTTTT TGCGTGAATA CGAAATGTTA 
CCGAATCGGT TTAGTGATCG TACAACTAAA AATTCCGATA TGAAAGAAAA CGCATCGAAA 
AATCGTTATC CAGATATTAA GGCCTACGAC CAGACACGCG TTAAATTGTC ACAAATAAAT 
GGCATACAGG GTTCGGATTA TATAAATGCC AACTTTGTTA TTGGCTATAG AGAACGTAAG 
AAGTTCATTT GTGCGCAGGG GCCAATGGAA AGTACGGTAA ATGATTTTTG GCGTATGATT 
TGGGAGCAAC ATTTGGAGAT TATAGTCATG TTGACCAATT TGGAAGAATA CAATAAGTCG 
AAATGTGCAA AATATTGGCC TGAAAAGATA TCGGATGCAA AGCAATTTGG CGAAATCACG 
GTGAAATTTG TGGCTGAACG AAAAATGGGT GATTACTTAG TGCGAAATTT AGATGTTAGC 
AGACGTAATG CTGCCGGTAA TGATGAAGAT GAGGAACGTC GCCAAATCAC ACAGTATCAC 
TATTTGGTTT GGAAAGATTT CATGGCACCG GAACATCCAC ATGGTATAAT CAAATTTGTG 
CGCCAAATCA ACGCTGTTTA CTCCGTACAA CGTGGTCCTA TTTTGGTGCA TTGCAGCGCA 
GGTGTCGGTC GTACCGGCAC ACTTGTGGCA TTAGATTCTC TTATACAACA GCTGGAAGAA 
GAAGATCAAG TATCGATATT TAATACAGTT TGCGATTTGC GACATCAAAG AAACTTCCTC 
GTGCAATCAC TGAAACAATA CATATTTCTA TATCGTTCGC TGCTTGATAT TGCGCAATTT 
GGCAATACGG AGCTTTCGGC TGTTTCGCTA TCCAGTAAAA TTGATAGTCT AAAACAAAAG 
TTAAACGATG GAAAAGATAA AAGCAGATTA GAAATTGAAT TCGAGAAACT TCTTGCCATA 
ACTGATGAAA CTGCAAAATC TTCGGAAGTA GGAAGCAATA AGGAGAATAT GCCGAAGAAT 
CGTAGCGAAG CGGTCATCCC TTACGATCGT AATAGAGTTA TACTAACACC AATTCCGATG 
AAAGAAAATT CCACCTACAT AAATGCCTCA TTCATTGAGG GTTATGATAA TTCAGAAGCA 
TTTATAATCA CGCAAGATCC TTTGGAAAAC ACAATTGGTG ATTTTTGGCG CATGATTTCA 
GAACAAAGTA TAACCACACT CGTCATGATT TCCGAGATTG GTGATGGTCC AAGGAAATGT 
CCACGTTACT GGGCAGATGA TGAAATCCAA TACGATCATA TACTTGTAAA ATATATGCAA 
AGCGAAAGCT GTCCATATTA CACGCGTCGA GAATTTAACG TAACGAATTG TAAGATTGAT 
GACACAATAA AAGTCACACA ATTCCAGTAC AATGGTTGGC CGACTGTCGA TGGCGAGGTA 
CCAGAAGTAT GTCGCGGTAT TATCGAACTC GTCGATCAGG CGTTAAATCA TCACAACAGG 
GATAAAAGTA TGGATTGTAA ATCGCCATTG ACTGTACATT GCAGTCTGGG CACCGATAGG 
AGCTCAATCT TTGTGACTAT GTGCATATTG GTGCAGCAGT TGAGAACCGA AAAGGGCATT 
GATATTTGTT CAACCGCCAG GAAAATAAGA TCTCAGCGGC CAAGGCTATT AAATTCATTT 
GCACAATACG AGTTCCTACA TCGCGCCATA GCCAACTACG CTGACTTGCA CAAACTGTCG 
ACAGAAACTG CGTCTTCTGA GTGTTAA

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

RefSeq	XP_014090960.1
CDS	189..4715
Translation	MNHIKSKNSPYSLCRKRVFLFSTLKVLICMVLFINEHLKGVQSQELIAVEVGHNFTIICNITQQFVNNVTWKHNEEVITNNNKRITTSYTKPSAIESINEIEEETKRNYESTLFVTDAQFADAGIYTCEPVRNESVFSFTVQVLQTPLIVASSEEKVKQKSGHAVELYCLIEVFPHNDTFYKQLKWLKDENSAVDFLDKASNLSLVNATHINHTLSLTEVYKKENGTYSCAVYDIFGAIITKKDMAVLVMEKPQVSIDYVMVVGADKIYLNWTVNDGNDPVQNYFIQYKEEGSSELKYYNHQIGGRNTSYVLEKFQANTSYNLRISAKNSIGSGPPYQYPLPVRTLERDPIFIPKVGTTGSTPSTITIGWDPPPPEMLPYIQYYELVVSEAGETPRIVENTVYTQNSRNLPYMFDNLKTATEYEFKVRACSNITKQCGPWSEVVNGTTMDGVASEPTDLYITCVHRNNTRHSVAVRWNVPKVPNGKVVSYHIQLDGLVTYKLDGKLRNETWGPKIRRVDDPHHSTIYNGVNPNTNYTVTVSAITRHRKIGVPASAQCTMPIAVPDAISRIMWTKVKTNDEKCVFKLFVPRISERNGPICCYRLYLVRMGNNKNELPTPEKLNISTYQEVHAPNNTEGGAYLAEMFSDDYFRSEIFLGDGKRFFEHQGISATEADKACRHCLRGRPFLRIPPREPAPRTEVPPVEHTDREFITKTPPELSQREQLKASNLTEAASKILDKKRRRRRRRHPKVVAGVNSEISFDNLMLGENESSANAVPSYQLSSYDIVDGEIDMNSNYTGFLEVIVRDGDVVLTEYSNYFEIMTPGTVPENFQSDQDLSVVLNIFIQALALLIGIVLLLIGATCYLHHNTKNTVPGEEISLRDSLSRALFRGRTPNHRHFIGSGNGKASDIGPIHKADLCTAYRNRHKDTDYGFLREYEMLPNRFSDRTTKNSDMKENASKNRYPDIKAYDQTRVKLSQINGIQGSDYINANFVIGYRERKKFICAQGPMESTVNDFWRMIWEQHLEIIVMLTNLEEYNKSKCAKYWPEKISDAKQFGEITVKFVAERKMGDYLVRNLDVSRRNAAGNDEDEERRQITQYHYLVWKDFMAPEHPHGIIKFVRQINAVYSVQRGPILVHCSAGVGRTGTLVALDSLIQQLEEEDQVSIFNTVCDLRHQRNFLVQSLKQYIFLYRSLLDIAQFGNTELSAVSLSSKIDSLKQKLNDGKDKSRLEIEFEKLLAITDETAKSSEVGSNKENMPKNRSEAVIPYDRNRVILTPIPMKENSTYINASFIEGYDNSEAFIITQDPLENTIGDFWRMISEQSITTLVMISEIGDGPRKCPRYWADDEIQYDHILVKYMQSESCPYYTRREFNVTNCKIDDTIKVTQFQYNGWPTVDGEVPEVCRGIIELVDQALNHHNRDKSMDCKSPLTVHCSLGTDRSSIFVTMCILVQQLRTEKGIDICSTARKIRSQRPRLLNSFAQYEFLHRAIANYADLHKLSTETASSEC

Target ORF information:

RefSeq Version	XM_014235485.1
Organism	Bactrocera oleae(olive fruit fly)
Definition	Bactrocera oleae tyrosine-protein phosphatase 69D (LOC106617982), transcript variant X1, mRNA.

Target ORF information:

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

XM_014235485.1

ORF Insert Sequence:

ATGAATCACA TAAAATCGAA AAATTCTCCA TATAGTTTAT GCCGGAAGCG GGTCTTTTTG 
TTTTCGACTT TAAAAGTACT CATTTGCATG GTTTTATTTA TAAATGAACA CTTAAAAGGA 
GTACAATCTC AAGAACTGAT AGCCGTTGAG GTTGGCCACA ATTTTACAAT AATCTGCAAC 
ATAACTCAAC AGTTTGTAAA CAATGTAACA TGGAAGCACA ACGAAGAAGT TATTACGAAT 
AATAATAAAA GAATAACCAC GTCATATACC AAACCGTCTG CCATTGAAAG CATCAATGAA 
ATCGAAGAAG AAACGAAAAG GAATTACGAA AGTACATTAT TTGTAACTGA TGCACAATTT 
GCTGATGCGG GCATATATAC TTGCGAACCA GTACGAAATG AGAGCGTATT TAGTTTTACC 
GTGCAAGTGC TGCAAACACC TCTGATCGTT GCAAGCAGTG AAGAAAAGGT GAAACAGAAA 
AGCGGTCATG CTGTGGAACT ATATTGCCTG ATAGAAGTGT TTCCACACAA CGATACATTT 
TACAAGCAAT TGAAATGGCT GAAGGATGAA AATTCTGCTG TTGACTTTTT AGACAAAGCC 
TCGAATCTCA GTTTGGTGAA TGCCACACAT ATTAATCACA CGCTTAGTTT AACTGAAGTT 
TACAAGAAGG AAAATGGCAC ATACAGCTGT GCAGTATACG ATATATTTGG TGCAATTATT 
ACGAAAAAAG ATATGGCAGT GTTGGTTATG GAGAAACCGC AAGTGAGCAT AGACTATGTG 
ATGGTTGTGG GCGCAGATAA GATATACTTA AATTGGACTG TAAATGATGG TAATGATCCG 
GTGCAAAACT ACTTCATACA ATATAAAGAG GAAGGTTCAT CTGAACTTAA ATATTATAAT 
CATCAAATTG GTGGACGGAA TACTTCATAT GTTTTGGAAA AATTTCAAGC AAATACGAGC 
TATAATCTAC GCATCAGTGC CAAGAATAGC ATTGGCAGCG GTCCACCATA TCAATATCCA 
TTACCCGTGC GCACATTGGA AAGAGATCCC ATTTTTATAC CAAAAGTTGG CACAACCGGT 
AGTACACCGT CGACTATTAC CATCGGTTGG GATCCACCAC CACCTGAAAT GCTGCCATAC 
ATACAATATT ATGAGTTGGT TGTTTCCGAA GCTGGTGAAA CGCCACGCAT TGTTGAAAAT 
ACCGTTTATA CACAAAATTC TCGAAATCTG CCATATATGT TTGATAATCT GAAAACGGCG 
ACTGAATATG AATTTAAAGT ACGCGCCTGT AGTAACATCA CTAAACAGTG CGGTCCCTGG 
TCGGAAGTGG TAAATGGGAC GACAATGGAT GGTGTTGCCA GTGAACCCAC AGACCTCTAT 
ATTACTTGCG TACACAGAAA TAATACACGT CACTCGGTCG CGGTGCGTTG GAATGTGCCA 
AAAGTGCCGA ATGGCAAAGT GGTCTCATAC CACATACAAT TGGATGGCTT AGTTACATAT 
AAGTTGGATG GAAAATTGCG TAACGAAACA TGGGGTCCGA AGATAAGACG AGTGGATGAT 
CCGCATCACA GCACAATATA CAATGGCGTA AATCCAAATA CAAATTACAC AGTCACAGTG 
TCTGCCATTA CACGCCATCG CAAAATTGGC GTGCCGGCCA GCGCTCAATG TACAATGCCT 
ATCGCTGTGC CAGATGCGAT CAGTCGCATT ATGTGGACAA AGGTGAAGAC GAACGACGAG 
AAGTGTGTTT TTAAATTGTT TGTGCCGCGT ATCAGCGAAC GTAACGGACC GATATGTTGC 
TATCGCTTGT ATCTAGTACG TATGGGCAAT AATAAAAATG AATTGCCCAC GCCTGAGAAG 
CTCAACATAT CCACCTATCA GGAGGTGCAT GCGCCAAATA ATACCGAAGG TGGTGCATAC 
TTGGCCGAAA TGTTTTCCGA TGACTATTTT CGATCCGAAA TATTTTTGGG TGACGGTAAA 
AGATTTTTTG AACATCAGGG CATAAGTGCC ACCGAAGCAG ATAAAGCGTG CCGCCATTGT 
TTGAGAGGAC GTCCATTTTT GCGTATTCCA CCACGTGAAC CAGCACCAAG AACTGAAGTG 
CCACCTGTAG AGCATACGGA TCGTGAGTTC ATAACAAAAA CTCCACCGGA ATTGTCACAA 
CGCGAACAAT TAAAAGCCAG CAATCTCACC GAAGCCGCTT CAAAAATTTT AGATAAAAAA 
CGACGACGTA GGCGTAGGCG TCATCCGAAA GTTGTTGCTG GTGTCAACAG TGAAATTAGC 
TTTGATAATT TAATGCTTGG TGAAAATGAA TCGAGTGCAA ATGCTGTGCC GAGCTACCAG 
TTGTCGTCAT ATGATATAGT CGATGGTGAG ATCGACATGA ATAGCAATTA CACAGGCTTT 
CTAGAAGTTA TAGTACGCGA TGGTGATGTT GTACTTACTG AATACAGCAA TTACTTCGAA 
ATAATGACAC CTGGTACTGT GCCCGAAAAC TTTCAATCGG ATCAAGACCT TTCTGTGGTG 
CTAAATATTT TCATACAAGC GCTTGCCCTA CTCATTGGCA TAGTCTTGTT GCTCATTGGC 
GCCACTTGCT ATTTGCATCA CAATACAAAA AATACAGTAC CTGGCGAGGA AATTAGTTTA 
CGAGATTCAT TAAGTCGCGC GCTATTTCGT GGACGCACTC CGAATCATCG ACACTTTATT 
GGTTCGGGCA ATGGTAAAGC ATCAGATATT GGTCCAATAC ACAAAGCAGA TTTATGCACA 
GCATATCGAA ATCGTCACAA AGACACCGAT TATGGGTTTT TGCGTGAATA CGAAATGTTA 
CCGAATCGGT TTAGTGATCG TACAACTAAA AATTCCGATA TGAAAGAAAA CGCATCGAAA 
AATCGTTATC CAGATATTAA GGCCTACGAC CAGACACGCG TTAAATTGTC ACAAATAAAT 
GGCATACAGG GTTCGGATTA TATAAATGCC AACTTTGTTA TTGGCTATAG AGAACGTAAG 
AAGTTCATTT GTGCGCAGGG GCCAATGGAA AGTACGGTAA ATGATTTTTG GCGTATGATT 
TGGGAGCAAC ATTTGGAGAT TATAGTCATG TTGACCAATT TGGAAGAATA CAATAAGTCG 
AAATGTGCAA AATATTGGCC TGAAAAGATA TCGGATGCAA AGCAATTTGG CGAAATCACG 
GTGAAATTTG TGGCTGAACG AAAAATGGGT GATTACTTAG TGCGAAATTT AGATGTTAGC 
AGACGTAATG CTGCCGGTAA TGATGAAGAT GAGGAACGTC GCCAAATCAC ACAGTATCAC 
TATTTGGTTT GGAAAGATTT CATGGCACCG GAACATCCAC ATGGTATAAT CAAATTTGTG 
CGCCAAATCA ACGCTGTTTA CTCCGTACAA CGTGGTCCTA TTTTGGTGCA TTGCAGCGCA 
GGTGTCGGTC GTACCGGCAC ACTTGTGGCA TTAGATTCTC TTATACAACA GCTGGAAGAA 
GAAGATCAAG TATCGATATT TAATACAGTT TGCGATTTGC GACATCAAAG AAACTTCCTC 
GTGCAATCAC TGAAACAATA CATATTTCTA TATCGTTCGC TGCTTGATAT TGCGCAATTT 
GGCAATACGG AGCTTTCGGC TGTTTCGCTA TCCAGTAAAA TTGATAGTCT AAAACAAAAG 
TTAAACGATG GAAAAGATAA AAGCAGATTA GAAATTGAAT TCGAGAAACT TCTTGCCATA 
ACTGATGAAA CTGCAAAATC TTCGGAAGTA GGAAGCAATA AGGAGAATAT GCCGAAGAAT 
CGTAGCGAAG CGGTCATCCC TTACGATCGT AATAGAGTTA TACTAACACC AATTCCGATG 
AAAGAAAATT CCACCTACAT AAATGCCTCA TTCATTGAGG GTTATGATAA TTCAGAAGCA 
TTTATAATCA CGCAAGATCC TTTGGAAAAC ACAATTGGTG ATTTTTGGCG CATGATTTCA 
GAACAAAGTA TAACCACACT CGTCATGATT TCCGAGATTG GTGATGGTCC AAGGAAATGT 
CCACGTTACT GGGCAGATGA TGAAATCCAA TACGATCATA TACTTGTAAA ATATATGCAA 
AGCGAAAGCT GTCCATATTA CACGCGTCGA GAATTTAACG TAACGAATTG TAAGATTGAT 
GACACAATAA AAGTCACACA ATTCCAGTAC AATGGTTGGC CGACTGTCGA TGGCGAGGTA 
CCAGAAGTAT GTCGCGGTAT TATCGAACTC GTCGATCAGG CGTTAAATCA TCACAACAGG 
GATAAAAGTA TGGATTGTAA ATCGCCATTG ACTGTACATT GCAGTCTGGG CACCGATAGG 
AGCTCAATCT TTGTGACTAT GTGCATATTG GTGCAGCAGT TGAGAACCGA AAAGGGCATT 
GATATTTGTT CAACCGCCAG GAAAATAAGA TCTCAGCGGC CAAGGCTATT AAATTCATTT 
GCACAATACG AGTTCCTACA TCGCGCCATA GCCAACTACG CTGACTTGCA CAAACTGTCG 
ACAGAAACTG CGTCTTCTGA GTGTTAA

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

LOC106617982 ( XM_014235486.1 ) cDNA ORF clone, Bactrocera oleae(olive fruit fly) -> XP_014090961.1 Bactrocera oleae tyrosine-protein phosphatase 69D (LOC106617982), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OBa70530
Clone ID Related Accession (Same CDS sequence)	XM_014235486.1
Accession Version	XM_014235486.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4521bp) 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	tyrosine-protein phosphatase 69D isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013581317.1) 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##

ATGAATCACA TAAAATCGAA AAATTCTCCA TATAGTTTAT GCCGGAAGCG GGTCTTTTTG 
TTTTCGACTT TAAAAGTACT CATTTGCATG GTTTTATTTA TAAATGAACA CTTAAAAGGA 
GTACAATCTC AAGAACTGAT AGCCGTTGAG GTTGGCCACA ATTTTACAAT AATCTGCAAC 
ATAACTCAAC AGTTTGTAAA CAATGTAACA TGGAAGCACA ACGAAGAAGT TATTACGAAT 
AATAATAAAA GAATAACCAC GTCATATACC AAACCGTCTG CCATTGAAAG CATCAATGAA 
ATCGAAGAAG AAACGAAAAG GAATTACGAA AGTACATTAT TTGTAACTGA TGCACAATTT 
GCTGATGCGG GCATATATAC TTGCGAACCA GTACGAAATG AGAGCGTATT TAGTTTTACC 
GTGCAAGTGC TGCAAACACC TCTGATCGTT GCAAGCAGTG AAGAAAAGGT GAAACAGAAA 
AGCGGTCATG CTGTGGAACT ATATTGCCTG ATAGAAGTGT TTCCACACAA CGATACATTT 
TACAAGCAAT TGAAATGGCT GAAGGATGAA AATTCTGCTG TTGACTTTTT AGACAAAGCC 
TCGAATCTCA GTTTGGTGAA TGCCACACAT ATTAATCACA CGCTTAGTTT AACTGAAGTT 
TACAAGAAGG AAAATGGCAC ATACAGCTGT GCAGTATACG ATATATTTGG TGCAATTATT 
ACGAAAAAAG ATATGGCAGT GTTGGTTATG GAGAAACCGC AAGTGAGCAT AGACTATGTG 
ATGGTTGTGG GCGCAGATAA GATATACTTA AATTGGACTG TAAATGATGG TAATGATCCG 
GTGCAAAACT ACTTCATACA ATATAAAGAG GAAGGTTCAT CTGAACTTAA ATATTATAAT 
CATCAAATTG GTGGACGGAA TACTTCATAT GTTTTGGAAA AATTTCAAGC AAATACGAGC 
TATAATCTAC GCATCAGTGC CAAGAATAGC ATTGGCAGCG GTCCACCATA TCAATATCCA 
TTACCCGTGC GCACATTGGA AAGAGATCCC ATTTTTATAC CAAAAGTTGG CACAACCGGT 
AGTACACCGT CGACTATTAC CATCGGTTGG GATCCACCAC CACCTGAAAT GCTGCCATAC 
ATACAATATT ATGAGTTGGT TGTTTCCGAA GCTGGTGAAA CGCCACGCAT TGTTGAAAAT 
ACCGTTTATA CACAAAATTC TCGAAATCTG CCATATATGT TTGATAATCT GAAAACGGCG 
ACTGAATATG AATTTAAAGT ACGCGCCTGT AGTAACATCA CTAAACAGTG CGGTCCCTGG 
TCGGAAGTGG TAAATGGGAC GACAATGGAT GGTGTTGCCA GTGAACCCAC AGACCTCTAT 
ATTACTTGCG TACACAGAAA TAATACACGT CACTCGGTCG CGGTGCGTTG GAATGTGCCA 
AAAGTGCCGA ATGGCAAAGT GGTCTCATAC CACATACAAT TGGATGGCTT AGTTACATAT 
AAGTTGGATG GAAAATTGCG TAACGAAACA TGGGGTCCGA AGATAAGACG AGTGGATGAT 
CCGCATCACA GCACAATATA CAATGGCGTA AATCCAAATA CAAATTACAC AGTCACAGTG 
TCTGCCATTA CACGCCATCG CAAAATTGGC GTGCCGGCCA GCGCTCAATG TACAATGCCT 
ATCGCTGTGC CAGATGCGAT CAGTCGCATT ATGTGGACAA AGGTGAAGAC GAACGACGAG 
AAGTGTGTTT TTAAATTGTT TGTGCCGCGT ATCAGCGAAC GTAACGGACC GATATGTTGC 
TATCGCTTGT ATCTAGTACG TATGGGCAAT AATAAAAATG AATTGCCCAC GCCTGAGAAG 
CTCAACATAT CCACCTATCA GGAGGTGCAT GCGCCAAATA ATACCGAAGG TGGTGCATAC 
TTGGCCGAAA TGTTTTCCGA TGACTATTTT CGATCCGAAA TATTTTTGGG TGACGGTAAA 
AGATTTTTTG AACATCAGGG CATAAGTGCC ACCGAAGCAG ATAAAGCGTG CCGCCATTGT 
TTGAGAGGAC GTCCATTTTT GCGTATTCCA CCACGTGAAC CAGCACCAAG AACTGAAGTG 
CCACCTGTAG AGCATACGGA TCTCATAACA AAAACTCCAC CGGAATTGTC ACAACGCGAA 
CAATTAAAAG CCAGCAATCT CACCGAAGCC GCTTCAAAAA TTTTAGATAA AAAACGACGA 
CGTAGGCGTA GGCGTCATCC GAAAGTTGTT GCTGGTGTCA ACAGTGAAAT TAGCTTTGAT 
AATTTAATGC TTGGTGAAAA TGAATCGAGT GCAAATGCTG TGCCGAGCTA CCAGTTGTCG 
TCATATGATA TAGTCGATGG TGAGATCGAC ATGAATAGCA ATTACACAGG CTTTCTAGAA 
GTTATAGTAC GCGATGGTGA TGTTGTACTT ACTGAATACA GCAATTACTT CGAAATAATG 
ACACCTGGTA CTGTGCCCGA AAACTTTCAA TCGGATCAAG ACCTTTCTGT GGTGCTAAAT 
ATTTTCATAC AAGCGCTTGC CCTACTCATT GGCATAGTCT TGTTGCTCAT TGGCGCCACT 
TGCTATTTGC ATCACAATAC AAAAAATACA GTACCTGGCG AGGAAATTAG TTTACGAGAT 
TCATTAAGTC GCGCGCTATT TCGTGGACGC ACTCCGAATC ATCGACACTT TATTGGTTCG 
GGCAATGGTA AAGCATCAGA TATTGGTCCA ATACACAAAG CAGATTTATG CACAGCATAT 
CGAAATCGTC ACAAAGACAC CGATTATGGG TTTTTGCGTG AATACGAAAT GTTACCGAAT 
CGGTTTAGTG ATCGTACAAC TAAAAATTCC GATATGAAAG AAAACGCATC GAAAAATCGT 
TATCCAGATA TTAAGGCCTA CGACCAGACA CGCGTTAAAT TGTCACAAAT AAATGGCATA 
CAGGGTTCGG ATTATATAAA TGCCAACTTT GTTATTGGCT ATAGAGAACG TAAGAAGTTC 
ATTTGTGCGC AGGGGCCAAT GGAAAGTACG GTAAATGATT TTTGGCGTAT GATTTGGGAG 
CAACATTTGG AGATTATAGT CATGTTGACC AATTTGGAAG AATACAATAA GTCGAAATGT 
GCAAAATATT GGCCTGAAAA GATATCGGAT GCAAAGCAAT TTGGCGAAAT CACGGTGAAA 
TTTGTGGCTG AACGAAAAAT GGGTGATTAC TTAGTGCGAA ATTTAGATGT TAGCAGACGT 
AATGCTGCCG GTAATGATGA AGATGAGGAA CGTCGCCAAA TCACACAGTA TCACTATTTG 
GTTTGGAAAG ATTTCATGGC ACCGGAACAT CCACATGGTA TAATCAAATT TGTGCGCCAA 
ATCAACGCTG TTTACTCCGT ACAACGTGGT CCTATTTTGG TGCATTGCAG CGCAGGTGTC 
GGTCGTACCG GCACACTTGT GGCATTAGAT TCTCTTATAC AACAGCTGGA AGAAGAAGAT 
CAAGTATCGA TATTTAATAC AGTTTGCGAT TTGCGACATC AAAGAAACTT CCTCGTGCAA 
TCACTGAAAC AATACATATT TCTATATCGT TCGCTGCTTG ATATTGCGCA ATTTGGCAAT 
ACGGAGCTTT CGGCTGTTTC GCTATCCAGT AAAATTGATA GTCTAAAACA AAAGTTAAAC 
GATGGAAAAG ATAAAAGCAG ATTAGAAATT GAATTCGAGA AACTTCTTGC CATAACTGAT 
GAAACTGCAA AATCTTCGGA AGTAGGAAGC AATAAGGAGA ATATGCCGAA GAATCGTAGC 
GAAGCGGTCA TCCCTTACGA TCGTAATAGA GTTATACTAA CACCAATTCC GATGAAAGAA 
AATTCCACCT ACATAAATGC CTCATTCATT GAGGGTTATG ATAATTCAGA AGCATTTATA 
ATCACGCAAG ATCCTTTGGA AAACACAATT GGTGATTTTT GGCGCATGAT TTCAGAACAA 
AGTATAACCA CACTCGTCAT GATTTCCGAG ATTGGTGATG GTCCAAGGAA ATGTCCACGT 
TACTGGGCAG ATGATGAAAT CCAATACGAT CATATACTTG TAAAATATAT GCAAAGCGAA 
AGCTGTCCAT ATTACACGCG TCGAGAATTT AACGTAACGA ATTGTAAGAT TGATGACACA 
ATAAAAGTCA CACAATTCCA GTACAATGGT TGGCCGACTG TCGATGGCGA GGTACCAGAA 
GTATGTCGCG GTATTATCGA ACTCGTCGAT CAGGCGTTAA ATCATCACAA CAGGGATAAA 
AGTATGGATT GTAAATCGCC ATTGACTGTA CATTGCAGTC TGGGCACCGA TAGGAGCTCA 
ATCTTTGTGA CTATGTGCAT ATTGGTGCAG CAGTTGAGAA CCGAAAAGGG CATTGATATT 
TGTTCAACCG CCAGGAAAAT AAGATCTCAG CGGCCAAGGC TATTAAATTC ATTTGCACAA 
TACGAGTTCC TACATCGCGC CATAGCCAAC TACGCTGACT TGCACAAACT GTCGACAGAA 
ACTGCGTCTT CTGAGTGTTA A

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

RefSeq	XP_014090961.1
CDS	1..4521
Translation	MNHIKSKNSPYSLCRKRVFLFSTLKVLICMVLFINEHLKGVQSQELIAVEVGHNFTIICNITQQFVNNVTWKHNEEVITNNNKRITTSYTKPSAIESINEIEEETKRNYESTLFVTDAQFADAGIYTCEPVRNESVFSFTVQVLQTPLIVASSEEKVKQKSGHAVELYCLIEVFPHNDTFYKQLKWLKDENSAVDFLDKASNLSLVNATHINHTLSLTEVYKKENGTYSCAVYDIFGAIITKKDMAVLVMEKPQVSIDYVMVVGADKIYLNWTVNDGNDPVQNYFIQYKEEGSSELKYYNHQIGGRNTSYVLEKFQANTSYNLRISAKNSIGSGPPYQYPLPVRTLERDPIFIPKVGTTGSTPSTITIGWDPPPPEMLPYIQYYELVVSEAGETPRIVENTVYTQNSRNLPYMFDNLKTATEYEFKVRACSNITKQCGPWSEVVNGTTMDGVASEPTDLYITCVHRNNTRHSVAVRWNVPKVPNGKVVSYHIQLDGLVTYKLDGKLRNETWGPKIRRVDDPHHSTIYNGVNPNTNYTVTVSAITRHRKIGVPASAQCTMPIAVPDAISRIMWTKVKTNDEKCVFKLFVPRISERNGPICCYRLYLVRMGNNKNELPTPEKLNISTYQEVHAPNNTEGGAYLAEMFSDDYFRSEIFLGDGKRFFEHQGISATEADKACRHCLRGRPFLRIPPREPAPRTEVPPVEHTDLITKTPPELSQREQLKASNLTEAASKILDKKRRRRRRRHPKVVAGVNSEISFDNLMLGENESSANAVPSYQLSSYDIVDGEIDMNSNYTGFLEVIVRDGDVVLTEYSNYFEIMTPGTVPENFQSDQDLSVVLNIFIQALALLIGIVLLLIGATCYLHHNTKNTVPGEEISLRDSLSRALFRGRTPNHRHFIGSGNGKASDIGPIHKADLCTAYRNRHKDTDYGFLREYEMLPNRFSDRTTKNSDMKENASKNRYPDIKAYDQTRVKLSQINGIQGSDYINANFVIGYRERKKFICAQGPMESTVNDFWRMIWEQHLEIIVMLTNLEEYNKSKCAKYWPEKISDAKQFGEITVKFVAERKMGDYLVRNLDVSRRNAAGNDEDEERRQITQYHYLVWKDFMAPEHPHGIIKFVRQINAVYSVQRGPILVHCSAGVGRTGTLVALDSLIQQLEEEDQVSIFNTVCDLRHQRNFLVQSLKQYIFLYRSLLDIAQFGNTELSAVSLSSKIDSLKQKLNDGKDKSRLEIEFEKLLAITDETAKSSEVGSNKENMPKNRSEAVIPYDRNRVILTPIPMKENSTYINASFIEGYDNSEAFIITQDPLENTIGDFWRMISEQSITTLVMISEIGDGPRKCPRYWADDEIQYDHILVKYMQSESCPYYTRREFNVTNCKIDDTIKVTQFQYNGWPTVDGEVPEVCRGIIELVDQALNHHNRDKSMDCKSPLTVHCSLGTDRSSIFVTMCILVQQLRTEKGIDICSTARKIRSQRPRLLNSFAQYEFLHRAIANYADLHKLSTETASSEC

Target ORF information:

RefSeq Version	XM_014235486.1
Organism	Bactrocera oleae(olive fruit fly)
Definition	Bactrocera oleae tyrosine-protein phosphatase 69D (LOC106617982), transcript variant X2, mRNA.

Target ORF information:

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

XM_014235486.1

ORF Insert Sequence:

ATGAATCACA TAAAATCGAA AAATTCTCCA TATAGTTTAT GCCGGAAGCG GGTCTTTTTG 
TTTTCGACTT TAAAAGTACT CATTTGCATG GTTTTATTTA TAAATGAACA CTTAAAAGGA 
GTACAATCTC AAGAACTGAT AGCCGTTGAG GTTGGCCACA ATTTTACAAT AATCTGCAAC 
ATAACTCAAC AGTTTGTAAA CAATGTAACA TGGAAGCACA ACGAAGAAGT TATTACGAAT 
AATAATAAAA GAATAACCAC GTCATATACC AAACCGTCTG CCATTGAAAG CATCAATGAA 
ATCGAAGAAG AAACGAAAAG GAATTACGAA AGTACATTAT TTGTAACTGA TGCACAATTT 
GCTGATGCGG GCATATATAC TTGCGAACCA GTACGAAATG AGAGCGTATT TAGTTTTACC 
GTGCAAGTGC TGCAAACACC TCTGATCGTT GCAAGCAGTG AAGAAAAGGT GAAACAGAAA 
AGCGGTCATG CTGTGGAACT ATATTGCCTG ATAGAAGTGT TTCCACACAA CGATACATTT 
TACAAGCAAT TGAAATGGCT GAAGGATGAA AATTCTGCTG TTGACTTTTT AGACAAAGCC 
TCGAATCTCA GTTTGGTGAA TGCCACACAT ATTAATCACA CGCTTAGTTT AACTGAAGTT 
TACAAGAAGG AAAATGGCAC ATACAGCTGT GCAGTATACG ATATATTTGG TGCAATTATT 
ACGAAAAAAG ATATGGCAGT GTTGGTTATG GAGAAACCGC AAGTGAGCAT AGACTATGTG 
ATGGTTGTGG GCGCAGATAA GATATACTTA AATTGGACTG TAAATGATGG TAATGATCCG 
GTGCAAAACT ACTTCATACA ATATAAAGAG GAAGGTTCAT CTGAACTTAA ATATTATAAT 
CATCAAATTG GTGGACGGAA TACTTCATAT GTTTTGGAAA AATTTCAAGC AAATACGAGC 
TATAATCTAC GCATCAGTGC CAAGAATAGC ATTGGCAGCG GTCCACCATA TCAATATCCA 
TTACCCGTGC GCACATTGGA AAGAGATCCC ATTTTTATAC CAAAAGTTGG CACAACCGGT 
AGTACACCGT CGACTATTAC CATCGGTTGG GATCCACCAC CACCTGAAAT GCTGCCATAC 
ATACAATATT ATGAGTTGGT TGTTTCCGAA GCTGGTGAAA CGCCACGCAT TGTTGAAAAT 
ACCGTTTATA CACAAAATTC TCGAAATCTG CCATATATGT TTGATAATCT GAAAACGGCG 
ACTGAATATG AATTTAAAGT ACGCGCCTGT AGTAACATCA CTAAACAGTG CGGTCCCTGG 
TCGGAAGTGG TAAATGGGAC GACAATGGAT GGTGTTGCCA GTGAACCCAC AGACCTCTAT 
ATTACTTGCG TACACAGAAA TAATACACGT CACTCGGTCG CGGTGCGTTG GAATGTGCCA 
AAAGTGCCGA ATGGCAAAGT GGTCTCATAC CACATACAAT TGGATGGCTT AGTTACATAT 
AAGTTGGATG GAAAATTGCG TAACGAAACA TGGGGTCCGA AGATAAGACG AGTGGATGAT 
CCGCATCACA GCACAATATA CAATGGCGTA AATCCAAATA CAAATTACAC AGTCACAGTG 
TCTGCCATTA CACGCCATCG CAAAATTGGC GTGCCGGCCA GCGCTCAATG TACAATGCCT 
ATCGCTGTGC CAGATGCGAT CAGTCGCATT ATGTGGACAA AGGTGAAGAC GAACGACGAG 
AAGTGTGTTT TTAAATTGTT TGTGCCGCGT ATCAGCGAAC GTAACGGACC GATATGTTGC 
TATCGCTTGT ATCTAGTACG TATGGGCAAT AATAAAAATG AATTGCCCAC GCCTGAGAAG 
CTCAACATAT CCACCTATCA GGAGGTGCAT GCGCCAAATA ATACCGAAGG TGGTGCATAC 
TTGGCCGAAA TGTTTTCCGA TGACTATTTT CGATCCGAAA TATTTTTGGG TGACGGTAAA 
AGATTTTTTG AACATCAGGG CATAAGTGCC ACCGAAGCAG ATAAAGCGTG CCGCCATTGT 
TTGAGAGGAC GTCCATTTTT GCGTATTCCA CCACGTGAAC CAGCACCAAG AACTGAAGTG 
CCACCTGTAG AGCATACGGA TCTCATAACA AAAACTCCAC CGGAATTGTC ACAACGCGAA 
CAATTAAAAG CCAGCAATCT CACCGAAGCC GCTTCAAAAA TTTTAGATAA AAAACGACGA 
CGTAGGCGTA GGCGTCATCC GAAAGTTGTT GCTGGTGTCA ACAGTGAAAT TAGCTTTGAT 
AATTTAATGC TTGGTGAAAA TGAATCGAGT GCAAATGCTG TGCCGAGCTA CCAGTTGTCG 
TCATATGATA TAGTCGATGG TGAGATCGAC ATGAATAGCA ATTACACAGG CTTTCTAGAA 
GTTATAGTAC GCGATGGTGA TGTTGTACTT ACTGAATACA GCAATTACTT CGAAATAATG 
ACACCTGGTA CTGTGCCCGA AAACTTTCAA TCGGATCAAG ACCTTTCTGT GGTGCTAAAT 
ATTTTCATAC AAGCGCTTGC CCTACTCATT GGCATAGTCT TGTTGCTCAT TGGCGCCACT 
TGCTATTTGC ATCACAATAC AAAAAATACA GTACCTGGCG AGGAAATTAG TTTACGAGAT 
TCATTAAGTC GCGCGCTATT TCGTGGACGC ACTCCGAATC ATCGACACTT TATTGGTTCG 
GGCAATGGTA AAGCATCAGA TATTGGTCCA ATACACAAAG CAGATTTATG CACAGCATAT 
CGAAATCGTC ACAAAGACAC CGATTATGGG TTTTTGCGTG AATACGAAAT GTTACCGAAT 
CGGTTTAGTG ATCGTACAAC TAAAAATTCC GATATGAAAG AAAACGCATC GAAAAATCGT 
TATCCAGATA TTAAGGCCTA CGACCAGACA CGCGTTAAAT TGTCACAAAT AAATGGCATA 
CAGGGTTCGG ATTATATAAA TGCCAACTTT GTTATTGGCT ATAGAGAACG TAAGAAGTTC 
ATTTGTGCGC AGGGGCCAAT GGAAAGTACG GTAAATGATT TTTGGCGTAT GATTTGGGAG 
CAACATTTGG AGATTATAGT CATGTTGACC AATTTGGAAG AATACAATAA GTCGAAATGT 
GCAAAATATT GGCCTGAAAA GATATCGGAT GCAAAGCAAT TTGGCGAAAT CACGGTGAAA 
TTTGTGGCTG AACGAAAAAT GGGTGATTAC TTAGTGCGAA ATTTAGATGT TAGCAGACGT 
AATGCTGCCG GTAATGATGA AGATGAGGAA CGTCGCCAAA TCACACAGTA TCACTATTTG 
GTTTGGAAAG ATTTCATGGC ACCGGAACAT CCACATGGTA TAATCAAATT TGTGCGCCAA 
ATCAACGCTG TTTACTCCGT ACAACGTGGT CCTATTTTGG TGCATTGCAG CGCAGGTGTC 
GGTCGTACCG GCACACTTGT GGCATTAGAT TCTCTTATAC AACAGCTGGA AGAAGAAGAT 
CAAGTATCGA TATTTAATAC AGTTTGCGAT TTGCGACATC AAAGAAACTT CCTCGTGCAA 
TCACTGAAAC AATACATATT TCTATATCGT TCGCTGCTTG ATATTGCGCA ATTTGGCAAT 
ACGGAGCTTT CGGCTGTTTC GCTATCCAGT AAAATTGATA GTCTAAAACA AAAGTTAAAC 
GATGGAAAAG ATAAAAGCAG ATTAGAAATT GAATTCGAGA AACTTCTTGC CATAACTGAT 
GAAACTGCAA AATCTTCGGA AGTAGGAAGC AATAAGGAGA ATATGCCGAA GAATCGTAGC 
GAAGCGGTCA TCCCTTACGA TCGTAATAGA GTTATACTAA CACCAATTCC GATGAAAGAA 
AATTCCACCT ACATAAATGC CTCATTCATT GAGGGTTATG ATAATTCAGA AGCATTTATA 
ATCACGCAAG ATCCTTTGGA AAACACAATT GGTGATTTTT GGCGCATGAT TTCAGAACAA 
AGTATAACCA CACTCGTCAT GATTTCCGAG ATTGGTGATG GTCCAAGGAA ATGTCCACGT 
TACTGGGCAG ATGATGAAAT CCAATACGAT CATATACTTG TAAAATATAT GCAAAGCGAA 
AGCTGTCCAT ATTACACGCG TCGAGAATTT AACGTAACGA ATTGTAAGAT TGATGACACA 
ATAAAAGTCA CACAATTCCA GTACAATGGT TGGCCGACTG TCGATGGCGA GGTACCAGAA 
GTATGTCGCG GTATTATCGA ACTCGTCGAT CAGGCGTTAA ATCATCACAA CAGGGATAAA 
AGTATGGATT GTAAATCGCC ATTGACTGTA CATTGCAGTC TGGGCACCGA TAGGAGCTCA 
ATCTTTGTGA CTATGTGCAT ATTGGTGCAG CAGTTGAGAA CCGAAAAGGG CATTGATATT 
TGTTCAACCG CCAGGAAAAT AAGATCTCAG CGGCCAAGGC TATTAAATTC ATTTGCACAA 
TACGAGTTCC TACATCGCGC CATAGCCAAC TACGCTGACT TGCACAAACT GTCGACAGAA 
ACTGCGTCTT CTGAGTGTTA A