LOC105209170 cDNA ORF clone, Zeugodacus cucurbitae(melon fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105209170
Entrez Gene ID	105209170
Full Name	protein phosphatase Slingshot
Synonyms	ssh
Gene Type	protein-coding
Organism	Zeugodacus cucurbitae(melon fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011179435.1	XP_011177737.1	protein phosphatase Slingshot
XM_011179435.2	XP_011177737.1	protein phosphatase Slingshot

Pathways from BioSystems
Gene Ontology

The following LOC105209170 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105209170 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)
OBa194951	XM_011179435.2 Latest version!	Zeugodacus cucurbitae protein phosphatase Slingshot (LOC105209170), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
View Old Accession Versions >>
OBa194951	XM_011179435.1	Bactrocera cucurbitae protein phosphatase Slingshot (LOC105209170), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
Hide Old Accession Versions >>

ORF Online Only Promotion

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)

LOC105209170 ( XM_011179435.1 ) cDNA ORF clone, Zeugodacus cucurbitae(melon fly) -> XP_011177737.1 Bactrocera cucurbitae protein phosphatase Slingshot (LOC105209170), mRNA.

Price & Availability↑

CloneID	OBa194951
Clone ID Related Accession (Same CDS sequence)	XM_011179435.1 , XM_011179435.2
Accession Version	XM_011179435.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4650bp) 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	2015-01-28
Organism	Zeugodacus cucurbitae(melon fly)
Product	protein phosphatase Slingshot
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011863677.1) 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 cucurbitae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAAGTT CTAGTGGCGA AAAACGTAGG AAACTCCGCC AAATGAGCAT GGCATTGGTG 
ACCGTGCAGC GATCGCCGAG TGTTACTGGT TCGCCGCCAC AATGTGGCTC GGAGGGAGAA 
ACTGAGGATG ATGAAGGCAA TAGATCTGAA AAGAGCGAAT GTTTTTTTGC GGTTAAGGAT 
ACTGCATTGG GTCTTGCTCT TAAAGATGTT CCAGCGAAAA CCAATGAACG TCGCGCAAGT 
ACAGATTCGG CAAAATCTAC TAATAGCACA CAAAGTAATA ATTCTGATAT ACAACAACAC 
TTACAATCAA TGATTGATCT ACTTTACCCG GAGGAAACCT TGAAGATGGC TGTTAAATTA 
GAATCCCAAC GTCCGAATCG CACAAGGTAT CTTGTGATTG TATCACGTTG TTGTTACCGC 
CCCACAACCA CCGATCGAAA AACTAAAATA ATGCGACATA ATTCGACTAA AGCGAGCAAC 
GTCATAGCAT CGGCGAATAT CGTTACTATG CGTCAATCGT CAACGGATAG TATTAAGCGT 
ACGCCACAAC AGCAACAGTC ACAAACGGAG TCAAGTAGTG GCGGTGAGGA GTCAACGGAT 
GCACAAGAGA AGCAATACTC AAACGCATCT ATATCTACGA AAGCAACTCA ACGGCAGAGC 
ATGAAAAGTG ATACAGCAGA GAAAATCAGT GCCTCAGGCG ATAGTAAAGC ATGCGAGGAT 
GGTGTCGAAG AATCCTGTCT ATTGGGCATT GACTGTAATG AACGCACCAC AATTGGACTA 
GTATTGCCCA TACTTGCCGA TACCACAATA CATCTCGATG GCGATGGTGG TTTTAGCGTG 
TCAGTTTATG GTAAAACACA TATTTTCAAG CCTGTTTCTG TGCAGGCTAT GTGGTCCGCA 
TTACAAACAT TACATAAAGT ATCGCAAAAG GCTCGTGAGA ATAATTTTTA TCCGCGTGGT 
CCATCGCACG ATTGGACATC TGATTATGAT AGCCATATCG AGTCGGAGCA GTCTTGCCTG 
AATGAGTGGA ATGCAATGGA TTCAATAGAA AGCCGACGTC CTCCTTCGCC AGATGCCATA 
AGAAACAAAC CAACAGCAAA GGAGGAAACG GAAAGTGTTA TAAAAATGAA GTTGAAGGAA 
ATTATGATGT CAGTGGATTT AGATGAGGTT ACCTCAAAAT ATATACGTGG TCGACTTGAA 
GAACTGCTTG ATATGGATTT AGGCGAGTTC AAGTCCTTTA TCGATGCAGA AATGTTGACC 
ATACTTGGTC AGATGGATGC CCCAACAGAG ATTTTCGATC ATGTCTATCT TGGTTCGGAA 
TGGAATGCCA GCAATTTGGA AGAGTTGCAA AAAAATGGTA TACGCCATAT TCTTAACGTA 
ACTCGGGAGA TCGACAATTT CTTCCCAGGT GTATTTGATT ACTTTAATGT AAGAGTATAT 
GATGATGAGA AAACGAATTT GTTGAAACAC TGGGACAACA CATTTCGTTA CATAACTCGT 
GCCAAATCGG AAGGCTCTAA AGTACTGGTC CACTGTAAAA TGGGTGTCAG CCGATCGGCA 
TCTGTGGTAA TCGCCTACGC CATGAAGGCA TATAACTGGG AATTCAAGCA TGCACTGCAA 
CACGTTAAAG AGCGTCGCAA CTGCATAAAA CCGAATAAAA ATTTCCTCAA TCAATTGGAA 
ACATACCGCG GCATGTTGGA TGCCATGAAG AATAAAGAGA AACTGCAGCG CAGTAAGAGT 
GAGACGAATT TGAAAAGCAC AAAAGACGCG CGTCTTCTGC CTGGCAGTGA GCCCACACCA 
CTCATACAGG CGCTTAATCA ATCGAAATCG AAGACAACCG GAGGCCATGA CGATGTTAGC 
TGTGGTGATA ACGTTGCGGC ATGTACCGAT GGCGACATTT TGAGTGGCAA AAGTGTTGGA 
CGATCTAAAG TTTCAGCCGC CATTAATAGT GGTGGCACAA ATGAAGCGAA GCAACGTCGC 
CTGGTGCGTC GGTCCAGTAG CACATCACCG CAGGCGGTGC CACACGTGCC ACACATAACA 
GTAGTAATTA AACAGCAGAG TCAATCGTTG GAAAATCTAA CACCGGAGCG TAGTGTGGCA 
GAGGAGCCGA AGAATATGCG CTTTCCCGGA AGTAACGGTG AAAATTATAG TGTTACACAA 
AATCAAGTGC GCCACATACA AAAGAATGTA CAACCACCGC CACCTCCACC GCCGCCGCCA 
CCAACAACGG TTTCACAACA TCAGCTACAA CAAAAGAAAC AGAAACAGCA AATAGCTTCG 
GTACGCACTC GTGTGAAGGA TCTGGAGACA CATACGAATA TACGCAAGAC GGCAGACGAT 
CGTAGATCGC TTAACTTGCA ATTCGGTCGA TCGGTATCGC ACGATACTGG CACAGCAGTA 
ACACGTGTGG AAATGTTGCC TTGTTATGGC GGCGAGGGCA CAATTCAAAC TGAGCACAGT 
CCCGTTTGGA CATCGTCTGC AAAACTCATT ACACAGACAT CCAACTTGAA AACGGCTGCA 
GAGATTGGGG GTGGCGATGA GGGAATTGTA CACAATAAAT CGAATATGTG TCCTGAAACC 
GCCAATGTAT CTGACGATAT TGCAAGTAAC GCAATGGATG CATCCCCAAC TGAGCCTATA 
AAGGCGCAGC AATTCAAAGT GGACAACAGA CGTCATAGCC GCAAAACTCA GTCGTGGACT 
GCGATCAGTG GTACAAGTGA CTTGAGCGGC GGCAGCAGAA GCGGCGGTAT AGTTTTAGAT 
CGTCTCAACG TTCTGGGTGC CGGTACGAGT GCCAGCAGTT GTGGTACCAG CAAATTGGGC 
TCTAATAGCA GTATTGATTC GATCTCATCG AGCGTCGCAT CTTCGACGAC TACAACATTT 
GAGGAGCGAG TGATAACTCG TACCCATAGG CATCGGGATT TGCCCTCACG GCATGCCTCC 
TGGGGTTCAG GAGACACGAG AGGCGCTGTA CCAGTACGAA ATAGTTCCTG GTCAGCATAC 
GACAGCAATC GAAACTCTTG TCAGTATGGC GGCGGGGCAA TACTCGAGGG GCAAATACAT 
GAACTTAACA TCAATAAGAG CAATAAGACT GTCACACAAA ATTACCAGAG TGGACCGATG 
CAATATCAGC ATCAACACCA TGTGGGCACG GTGAAACGCA CTAAACAGAA ATTGGAACAA 
TGCGGAAGCG CTGGCAACAG TCATACACTG AAGAAATTGT GTTCAGAAAA TGGTGAGCGT 
TTGACGGATG AAACCACAGT AGCTAACAGT GCAAAGCGCA TTGCCAAAGG TGCAATTAAT 
TTGTTTCGAA GCGCTTCAGC TGCTAGTTCG ACACGCACTC GCTGTCCTCC ATATCGCTGC 
AATAGCGTTG AAATTGTGCC CGGCGTTACG ACGCCTTCTA CAGGCAGTAG CAATGCTGTT 
GCAGACGTAT TGGCATGCCA GATGGTTATG CGTCGGAGCG ACGGAAGCCG ACCGCTCAAT 
AATGACTTAT TTTCGGCTTC CTCCGCTCCT GAATCGTACA CAATATCCGA TATAGAAAAT 
AAAAATATGT TACCACCCGT ATCGGACAAC GTCACAACTG TAATACCCGG CGTGGATGAA 
GATGAGGATG CAGTGTTAAT GCGCGAAAAT ATTGGCAGTG GATCCAACAC TGCTGATCAA 
CGTATCTCCG GTTCTGTGCA AATACTCAAA AAAAGTTTTG AGGCGAAAGC GGGCAGTGGT 
AATAGTGGTG GCACCGCTGG CAGTGGAAAC GTATTACAAG TACAAACTGC AGTGTTGCCT 
GCGAAGAAAG GTCATCACTC ATTGCCTTCT TCACCAGTAG CGCAGCATAT AGAACCACAT 
CAAGCCCGCC AACACAATCC ACAAATCGCA ACATTGACTG CAGCAATTTC ATCAACAGCT 
TCTACAACAC ATAGTCTCAA CACAGCGCCA CTGTGTGAGA GTGAAATAGC TGCTGAAATT 
GTTGACATGT CCTCTAATAT CACAAGCACT ATAAACACTA CAACACAGTC GATATATACG 
CCCGCCTCTA CTGCATCAAC GACAATGTCA GTAGCATCGT CTTCTTCATC TACGTCGTCT 
TCGTCGAGCA TGTCTGACCC TTATGTTGAT CGCAACGTTA AGGTGCTGGT GCATAAATAC 
CAAACGCCTA CTGCGCTCGT GCCCACAAAC AAGAATGAAT GTCAAGTGGG CGCTAACCCG 
ATATCTTCAA ATATGTCCTC ATCATCTCCT TCATCCTCCT CCTCATGTTC AGTACCAACA 
ACACTTGCGT CCCTTGCTAC TTCCATCGGT CATTCGAAAC CCCGCCGTCA TTCCTATTAT 
GAAAGTGGTG GTAATGCGTC GCACAAAACT ATGTCGATGG GCAGCAGTAG AACTGGTGGC 
GGTGGCGGTG GCGGCGTCAT TGGCAGTCGC TTGTCACACG AATATAGTGA TAGTAGGCCA 
CCGCCTGCAC CAGCAAAAGC ACCACAATCG TCACATAGTA ATAATTCTCA GACGCCATTA 
GGAGACAATA CGCAACAGCC ACCACAACAA CAGCAGCAGC AACAACAACA TCATCAGCGT 
CGTTTGCAAC AGCATGGCCG CACGCATCCA CTCAGCAGGC TAACGTTACC AAAACAGAGC 
TTCAATACAG CTGCTTACAA TACCATGTAG

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

RefSeq	XP_011177737.1
CDS	100..4749
Translation	MKSSSGEKRRKLRQMSMALVTVQRSPSVTGSPPQCGSEGETEDDEGNRSEKSECFFAVKDTALGLALKDVPAKTNERRASTDSAKSTNSTQSNNSDIQQHLQSMIDLLYPEETLKMAVKLESQRPNRTRYLVIVSRCCYRPTTTDRKTKIMRHNSTKASNVIASANIVTMRQSSTDSIKRTPQQQQSQTESSSGGEESTDAQEKQYSNASISTKATQRQSMKSDTAEKISASGDSKACEDGVEESCLLGIDCNERTTIGLVLPILADTTIHLDGDGGFSVSVYGKTHIFKPVSVQAMWSALQTLHKVSQKARENNFYPRGPSHDWTSDYDSHIESEQSCLNEWNAMDSIESRRPPSPDAIRNKPTAKEETESVIKMKLKEIMMSVDLDEVTSKYIRGRLEELLDMDLGEFKSFIDAEMLTILGQMDAPTEIFDHVYLGSEWNASNLEELQKNGIRHILNVTREIDNFFPGVFDYFNVRVYDDEKTNLLKHWDNTFRYITRAKSEGSKVLVHCKMGVSRSASVVIAYAMKAYNWEFKHALQHVKERRNCIKPNKNFLNQLETYRGMLDAMKNKEKLQRSKSETNLKSTKDARLLPGSEPTPLIQALNQSKSKTTGGHDDVSCGDNVAACTDGDILSGKSVGRSKVSAAINSGGTNEAKQRRLVRRSSSTSPQAVPHVPHITVVIKQQSQSLENLTPERSVAEEPKNMRFPGSNGENYSVTQNQVRHIQKNVQPPPPPPPPPPTTVSQHQLQQKKQKQQIASVRTRVKDLETHTNIRKTADDRRSLNLQFGRSVSHDTGTAVTRVEMLPCYGGEGTIQTEHSPVWTSSAKLITQTSNLKTAAEIGGGDEGIVHNKSNMCPETANVSDDIASNAMDASPTEPIKAQQFKVDNRRHSRKTQSWTAISGTSDLSGGSRSGGIVLDRLNVLGAGTSASSCGTSKLGSNSSIDSISSSVASSTTTTFEERVITRTHRHRDLPSRHASWGSGDTRGAVPVRNSSWSAYDSNRNSCQYGGGAILEGQIHELNINKSNKTVTQNYQSGPMQYQHQHHVGTVKRTKQKLEQCGSAGNSHTLKKLCSENGERLTDETTVANSAKRIAKGAINLFRSASAASSTRTRCPPYRCNSVEIVPGVTTPSTGSSNAVADVLACQMVMRRSDGSRPLNNDLFSASSAPESYTISDIENKNMLPPVSDNVTTVIPGVDEDEDAVLMRENIGSGSNTADQRISGSVQILKKSFEAKAGSGNSGGTAGSGNVLQVQTAVLPAKKGHHSLPSSPVAQHIEPHQARQHNPQIATLTAAISSTASTTHSLNTAPLCESEIAAEIVDMSSNITSTINTTTQSIYTPASTASTTMSVASSSSSTSSSSSMSDPYVDRNVKVLVHKYQTPTALVPTNKNECQVGANPISSNMSSSSPSSSSSCSVPTTLASLATSIGHSKPRRHSYYESGGNASHKTMSMGSSRTGGGGGGGVIGSRLSHEYSDSRPPPAPAKAPQSSHSNNSQTPLGDNTQQPPQQQQQQQQHHQRRLQQHGRTHPLSRLTLPKQSFNTAAYNTM

Target ORF information:

RefSeq Version	XM_011179435.1
Organism	Zeugodacus cucurbitae(melon fly)
Definition	Bactrocera cucurbitae protein phosphatase Slingshot (LOC105209170), mRNA.

Target ORF information:

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

XM_011179435.1

ORF Insert Sequence:

ATGAAAAGTT CTAGTGGCGA AAAACGTAGG AAACTCCGCC AAATGAGCAT GGCATTGGTG 
ACCGTGCAGC GATCGCCGAG TGTTACTGGT TCGCCGCCAC AATGTGGCTC GGAGGGAGAA 
ACTGAGGATG ATGAAGGCAA TAGATCTGAA AAGAGCGAAT GTTTTTTTGC GGTTAAGGAT 
ACTGCATTGG GTCTTGCTCT TAAAGATGTT CCAGCGAAAA CCAATGAACG TCGCGCAAGT 
ACAGATTCGG CAAAATCTAC TAATAGCACA CAAAGTAATA ATTCTGATAT ACAACAACAC 
TTACAATCAA TGATTGATCT ACTTTACCCG GAGGAAACCT TGAAGATGGC TGTTAAATTA 
GAATCCCAAC GTCCGAATCG CACAAGGTAT CTTGTGATTG TATCACGTTG TTGTTACCGC 
CCCACAACCA CCGATCGAAA AACTAAAATA ATGCGACATA ATTCGACTAA AGCGAGCAAC 
GTCATAGCAT CGGCGAATAT CGTTACTATG CGTCAATCGT CAACGGATAG TATTAAGCGT 
ACGCCACAAC AGCAACAGTC ACAAACGGAG TCAAGTAGTG GCGGTGAGGA GTCAACGGAT 
GCACAAGAGA AGCAATACTC AAACGCATCT ATATCTACGA AAGCAACTCA ACGGCAGAGC 
ATGAAAAGTG ATACAGCAGA GAAAATCAGT GCCTCAGGCG ATAGTAAAGC ATGCGAGGAT 
GGTGTCGAAG AATCCTGTCT ATTGGGCATT GACTGTAATG AACGCACCAC AATTGGACTA 
GTATTGCCCA TACTTGCCGA TACCACAATA CATCTCGATG GCGATGGTGG TTTTAGCGTG 
TCAGTTTATG GTAAAACACA TATTTTCAAG CCTGTTTCTG TGCAGGCTAT GTGGTCCGCA 
TTACAAACAT TACATAAAGT ATCGCAAAAG GCTCGTGAGA ATAATTTTTA TCCGCGTGGT 
CCATCGCACG ATTGGACATC TGATTATGAT AGCCATATCG AGTCGGAGCA GTCTTGCCTG 
AATGAGTGGA ATGCAATGGA TTCAATAGAA AGCCGACGTC CTCCTTCGCC AGATGCCATA 
AGAAACAAAC CAACAGCAAA GGAGGAAACG GAAAGTGTTA TAAAAATGAA GTTGAAGGAA 
ATTATGATGT CAGTGGATTT AGATGAGGTT ACCTCAAAAT ATATACGTGG TCGACTTGAA 
GAACTGCTTG ATATGGATTT AGGCGAGTTC AAGTCCTTTA TCGATGCAGA AATGTTGACC 
ATACTTGGTC AGATGGATGC CCCAACAGAG ATTTTCGATC ATGTCTATCT TGGTTCGGAA 
TGGAATGCCA GCAATTTGGA AGAGTTGCAA AAAAATGGTA TACGCCATAT TCTTAACGTA 
ACTCGGGAGA TCGACAATTT CTTCCCAGGT GTATTTGATT ACTTTAATGT AAGAGTATAT 
GATGATGAGA AAACGAATTT GTTGAAACAC TGGGACAACA CATTTCGTTA CATAACTCGT 
GCCAAATCGG AAGGCTCTAA AGTACTGGTC CACTGTAAAA TGGGTGTCAG CCGATCGGCA 
TCTGTGGTAA TCGCCTACGC CATGAAGGCA TATAACTGGG AATTCAAGCA TGCACTGCAA 
CACGTTAAAG AGCGTCGCAA CTGCATAAAA CCGAATAAAA ATTTCCTCAA TCAATTGGAA 
ACATACCGCG GCATGTTGGA TGCCATGAAG AATAAAGAGA AACTGCAGCG CAGTAAGAGT 
GAGACGAATT TGAAAAGCAC AAAAGACGCG CGTCTTCTGC CTGGCAGTGA GCCCACACCA 
CTCATACAGG CGCTTAATCA ATCGAAATCG AAGACAACCG GAGGCCATGA CGATGTTAGC 
TGTGGTGATA ACGTTGCGGC ATGTACCGAT GGCGACATTT TGAGTGGCAA AAGTGTTGGA 
CGATCTAAAG TTTCAGCCGC CATTAATAGT GGTGGCACAA ATGAAGCGAA GCAACGTCGC 
CTGGTGCGTC GGTCCAGTAG CACATCACCG CAGGCGGTGC CACACGTGCC ACACATAACA 
GTAGTAATTA AACAGCAGAG TCAATCGTTG GAAAATCTAA CACCGGAGCG TAGTGTGGCA 
GAGGAGCCGA AGAATATGCG CTTTCCCGGA AGTAACGGTG AAAATTATAG TGTTACACAA 
AATCAAGTGC GCCACATACA AAAGAATGTA CAACCACCGC CACCTCCACC GCCGCCGCCA 
CCAACAACGG TTTCACAACA TCAGCTACAA CAAAAGAAAC AGAAACAGCA AATAGCTTCG 
GTACGCACTC GTGTGAAGGA TCTGGAGACA CATACGAATA TACGCAAGAC GGCAGACGAT 
CGTAGATCGC TTAACTTGCA ATTCGGTCGA TCGGTATCGC ACGATACTGG CACAGCAGTA 
ACACGTGTGG AAATGTTGCC TTGTTATGGC GGCGAGGGCA CAATTCAAAC TGAGCACAGT 
CCCGTTTGGA CATCGTCTGC AAAACTCATT ACACAGACAT CCAACTTGAA AACGGCTGCA 
GAGATTGGGG GTGGCGATGA GGGAATTGTA CACAATAAAT CGAATATGTG TCCTGAAACC 
GCCAATGTAT CTGACGATAT TGCAAGTAAC GCAATGGATG CATCCCCAAC TGAGCCTATA 
AAGGCGCAGC AATTCAAAGT GGACAACAGA CGTCATAGCC GCAAAACTCA GTCGTGGACT 
GCGATCAGTG GTACAAGTGA CTTGAGCGGC GGCAGCAGAA GCGGCGGTAT AGTTTTAGAT 
CGTCTCAACG TTCTGGGTGC CGGTACGAGT GCCAGCAGTT GTGGTACCAG CAAATTGGGC 
TCTAATAGCA GTATTGATTC GATCTCATCG AGCGTCGCAT CTTCGACGAC TACAACATTT 
GAGGAGCGAG TGATAACTCG TACCCATAGG CATCGGGATT TGCCCTCACG GCATGCCTCC 
TGGGGTTCAG GAGACACGAG AGGCGCTGTA CCAGTACGAA ATAGTTCCTG GTCAGCATAC 
GACAGCAATC GAAACTCTTG TCAGTATGGC GGCGGGGCAA TACTCGAGGG GCAAATACAT 
GAACTTAACA TCAATAAGAG CAATAAGACT GTCACACAAA ATTACCAGAG TGGACCGATG 
CAATATCAGC ATCAACACCA TGTGGGCACG GTGAAACGCA CTAAACAGAA ATTGGAACAA 
TGCGGAAGCG CTGGCAACAG TCATACACTG AAGAAATTGT GTTCAGAAAA TGGTGAGCGT 
TTGACGGATG AAACCACAGT AGCTAACAGT GCAAAGCGCA TTGCCAAAGG TGCAATTAAT 
TTGTTTCGAA GCGCTTCAGC TGCTAGTTCG ACACGCACTC GCTGTCCTCC ATATCGCTGC 
AATAGCGTTG AAATTGTGCC CGGCGTTACG ACGCCTTCTA CAGGCAGTAG CAATGCTGTT 
GCAGACGTAT TGGCATGCCA GATGGTTATG CGTCGGAGCG ACGGAAGCCG ACCGCTCAAT 
AATGACTTAT TTTCGGCTTC CTCCGCTCCT GAATCGTACA CAATATCCGA TATAGAAAAT 
AAAAATATGT TACCACCCGT ATCGGACAAC GTCACAACTG TAATACCCGG CGTGGATGAA 
GATGAGGATG CAGTGTTAAT GCGCGAAAAT ATTGGCAGTG GATCCAACAC TGCTGATCAA 
CGTATCTCCG GTTCTGTGCA AATACTCAAA AAAAGTTTTG AGGCGAAAGC GGGCAGTGGT 
AATAGTGGTG GCACCGCTGG CAGTGGAAAC GTATTACAAG TACAAACTGC AGTGTTGCCT 
GCGAAGAAAG GTCATCACTC ATTGCCTTCT TCACCAGTAG CGCAGCATAT AGAACCACAT 
CAAGCCCGCC AACACAATCC ACAAATCGCA ACATTGACTG CAGCAATTTC ATCAACAGCT 
TCTACAACAC ATAGTCTCAA CACAGCGCCA CTGTGTGAGA GTGAAATAGC TGCTGAAATT 
GTTGACATGT CCTCTAATAT CACAAGCACT ATAAACACTA CAACACAGTC GATATATACG 
CCCGCCTCTA CTGCATCAAC GACAATGTCA GTAGCATCGT CTTCTTCATC TACGTCGTCT 
TCGTCGAGCA TGTCTGACCC TTATGTTGAT CGCAACGTTA AGGTGCTGGT GCATAAATAC 
CAAACGCCTA CTGCGCTCGT GCCCACAAAC AAGAATGAAT GTCAAGTGGG CGCTAACCCG 
ATATCTTCAA ATATGTCCTC ATCATCTCCT TCATCCTCCT CCTCATGTTC AGTACCAACA 
ACACTTGCGT CCCTTGCTAC TTCCATCGGT CATTCGAAAC CCCGCCGTCA TTCCTATTAT 
GAAAGTGGTG GTAATGCGTC GCACAAAACT ATGTCGATGG GCAGCAGTAG AACTGGTGGC 
GGTGGCGGTG GCGGCGTCAT TGGCAGTCGC TTGTCACACG AATATAGTGA TAGTAGGCCA 
CCGCCTGCAC CAGCAAAAGC ACCACAATCG TCACATAGTA ATAATTCTCA GACGCCATTA 
GGAGACAATA CGCAACAGCC ACCACAACAA CAGCAGCAGC AACAACAACA TCATCAGCGT 
CGTTTGCAAC AGCATGGCCG CACGCATCCA CTCAGCAGGC TAACGTTACC AAAACAGAGC 
TTCAATACAG CTGCTTACAA TACCATGTAG

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

LOC105209170 ( XM_011179435.2 ) cDNA ORF clone, Zeugodacus cucurbitae(melon fly) -> XP_011177737.1 Zeugodacus cucurbitae protein phosphatase Slingshot (LOC105209170), mRNA.

Price & Availability↑

CloneID	OBa194951
Clone ID Related Accession (Same CDS sequence)	XM_011179435.1 , XM_011179435.2
Accession Version	XM_011179435.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4650bp) 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	2019-04-27
Organism	Zeugodacus cucurbitae(melon fly)
Product	protein phosphatase Slingshot
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011863677.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 28, 2019 this sequence version replaced XM_011179435.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Zeugodacus cucurbitae Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAAGTT CTAGTGGCGA AAAACGTAGG AAACTCCGCC AAATGAGCAT GGCATTGGTG 
ACCGTGCAGC GATCGCCGAG TGTTACTGGT TCGCCGCCAC AATGTGGCTC GGAGGGAGAA 
ACTGAGGATG ATGAAGGCAA TAGATCTGAA AAGAGCGAAT GTTTTTTTGC GGTTAAGGAT 
ACTGCATTGG GTCTTGCTCT TAAAGATGTT CCAGCGAAAA CCAATGAACG TCGCGCAAGT 
ACAGATTCGG CAAAATCTAC TAATAGCACA CAAAGTAATA ATTCTGATAT ACAACAACAC 
TTACAATCAA TGATTGATCT ACTTTACCCG GAGGAAACCT TGAAGATGGC TGTTAAATTA 
GAATCCCAAC GTCCGAATCG CACAAGGTAT CTTGTGATTG TATCACGTTG TTGTTACCGC 
CCCACAACCA CCGATCGAAA AACTAAAATA ATGCGACATA ATTCGACTAA AGCGAGCAAC 
GTCATAGCAT CGGCGAATAT CGTTACTATG CGTCAATCGT CAACGGATAG TATTAAGCGT 
ACGCCACAAC AGCAACAGTC ACAAACGGAG TCAAGTAGTG GCGGTGAGGA GTCAACGGAT 
GCACAAGAGA AGCAATACTC AAACGCATCT ATATCTACGA AAGCAACTCA ACGGCAGAGC 
ATGAAAAGTG ATACAGCAGA GAAAATCAGT GCCTCAGGCG ATAGTAAAGC ATGCGAGGAT 
GGTGTCGAAG AATCCTGTCT ATTGGGCATT GACTGTAATG AACGCACCAC AATTGGACTA 
GTATTGCCCA TACTTGCCGA TACCACAATA CATCTCGATG GCGATGGTGG TTTTAGCGTG 
TCAGTTTATG GTAAAACACA TATTTTCAAG CCTGTTTCTG TGCAGGCTAT GTGGTCCGCA 
TTACAAACAT TACATAAAGT ATCGCAAAAG GCTCGTGAGA ATAATTTTTA TCCGCGTGGT 
CCATCGCACG ATTGGACATC TGATTATGAT AGCCATATCG AGTCGGAGCA GTCTTGCCTG 
AATGAGTGGA ATGCAATGGA TTCAATAGAA AGCCGACGTC CTCCTTCGCC AGATGCCATA 
AGAAACAAAC CAACAGCAAA GGAGGAAACG GAAAGTGTTA TAAAAATGAA GTTGAAGGAA 
ATTATGATGT CAGTGGATTT AGATGAGGTT ACCTCAAAAT ATATACGTGG TCGACTTGAA 
GAACTGCTTG ATATGGATTT AGGCGAGTTC AAGTCCTTTA TCGATGCAGA AATGTTGACC 
ATACTTGGTC AGATGGATGC CCCAACAGAG ATTTTCGATC ATGTCTATCT TGGTTCGGAA 
TGGAATGCCA GCAATTTGGA AGAGTTGCAA AAAAATGGTA TACGCCATAT TCTTAACGTA 
ACTCGGGAGA TCGACAATTT CTTCCCAGGT GTATTTGATT ACTTTAATGT AAGAGTATAT 
GATGATGAGA AAACGAATTT GTTGAAACAC TGGGACAACA CATTTCGTTA CATAACTCGT 
GCCAAATCGG AAGGCTCTAA AGTACTGGTC CACTGTAAAA TGGGTGTCAG CCGATCGGCA 
TCTGTGGTAA TCGCCTACGC CATGAAGGCA TATAACTGGG AATTCAAGCA TGCACTGCAA 
CACGTTAAAG AGCGTCGCAA CTGCATAAAA CCGAATAAAA ATTTCCTCAA TCAATTGGAA 
ACATACCGCG GCATGTTGGA TGCCATGAAG AATAAAGAGA AACTGCAGCG CAGTAAGAGT 
GAGACGAATT TGAAAAGCAC AAAAGACGCG CGTCTTCTGC CTGGCAGTGA GCCCACACCA 
CTCATACAGG CGCTTAATCA ATCGAAATCG AAGACAACCG GAGGCCATGA CGATGTTAGC 
TGTGGTGATA ACGTTGCGGC ATGTACCGAT GGCGACATTT TGAGTGGCAA AAGTGTTGGA 
CGATCTAAAG TTTCAGCCGC CATTAATAGT GGTGGCACAA ATGAAGCGAA GCAACGTCGC 
CTGGTGCGTC GGTCCAGTAG CACATCACCG CAGGCGGTGC CACACGTGCC ACACATAACA 
GTAGTAATTA AACAGCAGAG TCAATCGTTG GAAAATCTAA CACCGGAGCG TAGTGTGGCA 
GAGGAGCCGA AGAATATGCG CTTTCCCGGA AGTAACGGTG AAAATTATAG TGTTACACAA 
AATCAAGTGC GCCACATACA AAAGAATGTA CAACCACCGC CACCTCCACC GCCGCCGCCA 
CCAACAACGG TTTCACAACA TCAGCTACAA CAAAAGAAAC AGAAACAGCA AATAGCTTCG 
GTACGCACTC GTGTGAAGGA TCTGGAGACA CATACGAATA TACGCAAGAC GGCAGACGAT 
CGTAGATCGC TTAACTTGCA ATTCGGTCGA TCGGTATCGC ACGATACTGG CACAGCAGTA 
ACACGTGTGG AAATGTTGCC TTGTTATGGC GGCGAGGGCA CAATTCAAAC TGAGCACAGT 
CCCGTTTGGA CATCGTCTGC AAAACTCATT ACACAGACAT CCAACTTGAA AACGGCTGCA 
GAGATTGGGG GTGGCGATGA GGGAATTGTA CACAATAAAT CGAATATGTG TCCTGAAACC 
GCCAATGTAT CTGACGATAT TGCAAGTAAC GCAATGGATG CATCCCCAAC TGAGCCTATA 
AAGGCGCAGC AATTCAAAGT GGACAACAGA CGTCATAGCC GCAAAACTCA GTCGTGGACT 
GCGATCAGTG GTACAAGTGA CTTGAGCGGC GGCAGCAGAA GCGGCGGTAT AGTTTTAGAT 
CGTCTCAACG TTCTGGGTGC CGGTACGAGT GCCAGCAGTT GTGGTACCAG CAAATTGGGC 
TCTAATAGCA GTATTGATTC GATCTCATCG AGCGTCGCAT CTTCGACGAC TACAACATTT 
GAGGAGCGAG TGATAACTCG TACCCATAGG CATCGGGATT TGCCCTCACG GCATGCCTCC 
TGGGGTTCAG GAGACACGAG AGGCGCTGTA CCAGTACGAA ATAGTTCCTG GTCAGCATAC 
GACAGCAATC GAAACTCTTG TCAGTATGGC GGCGGGGCAA TACTCGAGGG GCAAATACAT 
GAACTTAACA TCAATAAGAG CAATAAGACT GTCACACAAA ATTACCAGAG TGGACCGATG 
CAATATCAGC ATCAACACCA TGTGGGCACG GTGAAACGCA CTAAACAGAA ATTGGAACAA 
TGCGGAAGCG CTGGCAACAG TCATACACTG AAGAAATTGT GTTCAGAAAA TGGTGAGCGT 
TTGACGGATG AAACCACAGT AGCTAACAGT GCAAAGCGCA TTGCCAAAGG TGCAATTAAT 
TTGTTTCGAA GCGCTTCAGC TGCTAGTTCG ACACGCACTC GCTGTCCTCC ATATCGCTGC 
AATAGCGTTG AAATTGTGCC CGGCGTTACG ACGCCTTCTA CAGGCAGTAG CAATGCTGTT 
GCAGACGTAT TGGCATGCCA GATGGTTATG CGTCGGAGCG ACGGAAGCCG ACCGCTCAAT 
AATGACTTAT TTTCGGCTTC CTCCGCTCCT GAATCGTACA CAATATCCGA TATAGAAAAT 
AAAAATATGT TACCACCCGT ATCGGACAAC GTCACAACTG TAATACCCGG CGTGGATGAA 
GATGAGGATG CAGTGTTAAT GCGCGAAAAT ATTGGCAGTG GATCCAACAC TGCTGATCAA 
CGTATCTCCG GTTCTGTGCA AATACTCAAA AAAAGTTTTG AGGCGAAAGC GGGCAGTGGT 
AATAGTGGTG GCACCGCTGG CAGTGGAAAC GTATTACAAG TACAAACTGC AGTGTTGCCT 
GCGAAGAAAG GTCATCACTC ATTGCCTTCT TCACCAGTAG CGCAGCATAT AGAACCACAT 
CAAGCCCGCC AACACAATCC ACAAATCGCA ACATTGACTG CAGCAATTTC ATCAACAGCT 
TCTACAACAC ATAGTCTCAA CACAGCGCCA CTGTGTGAGA GTGAAATAGC TGCTGAAATT 
GTTGACATGT CCTCTAATAT CACAAGCACT ATAAACACTA CAACACAGTC GATATATACG 
CCCGCCTCTA CTGCATCAAC GACAATGTCA GTAGCATCGT CTTCTTCATC TACGTCGTCT 
TCGTCGAGCA TGTCTGACCC TTATGTTGAT CGCAACGTTA AGGTGCTGGT GCATAAATAC 
CAAACGCCTA CTGCGCTCGT GCCCACAAAC AAGAATGAAT GTCAAGTGGG CGCTAACCCG 
ATATCTTCAA ATATGTCCTC ATCATCTCCT TCATCCTCCT CCTCATGTTC AGTACCAACA 
ACACTTGCGT CCCTTGCTAC TTCCATCGGT CATTCGAAAC CCCGCCGTCA TTCCTATTAT 
GAAAGTGGTG GTAATGCGTC GCACAAAACT ATGTCGATGG GCAGCAGTAG AACTGGTGGC 
GGTGGCGGTG GCGGCGTCAT TGGCAGTCGC TTGTCACACG AATATAGTGA TAGTAGGCCA 
CCGCCTGCAC CAGCAAAAGC ACCACAATCG TCACATAGTA ATAATTCTCA GACGCCATTA 
GGAGACAATA CGCAACAGCC ACCACAACAA CAGCAGCAGC AACAACAACA TCATCAGCGT 
CGTTTGCAAC AGCATGGCCG CACGCATCCA CTCAGCAGGC TAACGTTACC AAAACAGAGC 
TTCAATACAG CTGCTTACAA TACCATGTAG

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

RefSeq	XP_011177737.1
CDS	1..4650
Translation	MKSSSGEKRRKLRQMSMALVTVQRSPSVTGSPPQCGSEGETEDDEGNRSEKSECFFAVKDTALGLALKDVPAKTNERRASTDSAKSTNSTQSNNSDIQQHLQSMIDLLYPEETLKMAVKLESQRPNRTRYLVIVSRCCYRPTTTDRKTKIMRHNSTKASNVIASANIVTMRQSSTDSIKRTPQQQQSQTESSSGGEESTDAQEKQYSNASISTKATQRQSMKSDTAEKISASGDSKACEDGVEESCLLGIDCNERTTIGLVLPILADTTIHLDGDGGFSVSVYGKTHIFKPVSVQAMWSALQTLHKVSQKARENNFYPRGPSHDWTSDYDSHIESEQSCLNEWNAMDSIESRRPPSPDAIRNKPTAKEETESVIKMKLKEIMMSVDLDEVTSKYIRGRLEELLDMDLGEFKSFIDAEMLTILGQMDAPTEIFDHVYLGSEWNASNLEELQKNGIRHILNVTREIDNFFPGVFDYFNVRVYDDEKTNLLKHWDNTFRYITRAKSEGSKVLVHCKMGVSRSASVVIAYAMKAYNWEFKHALQHVKERRNCIKPNKNFLNQLETYRGMLDAMKNKEKLQRSKSETNLKSTKDARLLPGSEPTPLIQALNQSKSKTTGGHDDVSCGDNVAACTDGDILSGKSVGRSKVSAAINSGGTNEAKQRRLVRRSSSTSPQAVPHVPHITVVIKQQSQSLENLTPERSVAEEPKNMRFPGSNGENYSVTQNQVRHIQKNVQPPPPPPPPPPTTVSQHQLQQKKQKQQIASVRTRVKDLETHTNIRKTADDRRSLNLQFGRSVSHDTGTAVTRVEMLPCYGGEGTIQTEHSPVWTSSAKLITQTSNLKTAAEIGGGDEGIVHNKSNMCPETANVSDDIASNAMDASPTEPIKAQQFKVDNRRHSRKTQSWTAISGTSDLSGGSRSGGIVLDRLNVLGAGTSASSCGTSKLGSNSSIDSISSSVASSTTTTFEERVITRTHRHRDLPSRHASWGSGDTRGAVPVRNSSWSAYDSNRNSCQYGGGAILEGQIHELNINKSNKTVTQNYQSGPMQYQHQHHVGTVKRTKQKLEQCGSAGNSHTLKKLCSENGERLTDETTVANSAKRIAKGAINLFRSASAASSTRTRCPPYRCNSVEIVPGVTTPSTGSSNAVADVLACQMVMRRSDGSRPLNNDLFSASSAPESYTISDIENKNMLPPVSDNVTTVIPGVDEDEDAVLMRENIGSGSNTADQRISGSVQILKKSFEAKAGSGNSGGTAGSGNVLQVQTAVLPAKKGHHSLPSSPVAQHIEPHQARQHNPQIATLTAAISSTASTTHSLNTAPLCESEIAAEIVDMSSNITSTINTTTQSIYTPASTASTTMSVASSSSSTSSSSSMSDPYVDRNVKVLVHKYQTPTALVPTNKNECQVGANPISSNMSSSSPSSSSSCSVPTTLASLATSIGHSKPRRHSYYESGGNASHKTMSMGSSRTGGGGGGGVIGSRLSHEYSDSRPPPAPAKAPQSSHSNNSQTPLGDNTQQPPQQQQQQQQHHQRRLQQHGRTHPLSRLTLPKQSFNTAAYNTM

Target ORF information:

RefSeq Version	XM_011179435.2
Organism	Zeugodacus cucurbitae(melon fly)
Definition	Zeugodacus cucurbitae protein phosphatase Slingshot (LOC105209170), mRNA.

Target ORF information:

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

XM_011179435.2

ORF Insert Sequence:

ATGAAAAGTT CTAGTGGCGA AAAACGTAGG AAACTCCGCC AAATGAGCAT GGCATTGGTG 
ACCGTGCAGC GATCGCCGAG TGTTACTGGT TCGCCGCCAC AATGTGGCTC GGAGGGAGAA 
ACTGAGGATG ATGAAGGCAA TAGATCTGAA AAGAGCGAAT GTTTTTTTGC GGTTAAGGAT 
ACTGCATTGG GTCTTGCTCT TAAAGATGTT CCAGCGAAAA CCAATGAACG TCGCGCAAGT 
ACAGATTCGG CAAAATCTAC TAATAGCACA CAAAGTAATA ATTCTGATAT ACAACAACAC 
TTACAATCAA TGATTGATCT ACTTTACCCG GAGGAAACCT TGAAGATGGC TGTTAAATTA 
GAATCCCAAC GTCCGAATCG CACAAGGTAT CTTGTGATTG TATCACGTTG TTGTTACCGC 
CCCACAACCA CCGATCGAAA AACTAAAATA ATGCGACATA ATTCGACTAA AGCGAGCAAC 
GTCATAGCAT CGGCGAATAT CGTTACTATG CGTCAATCGT CAACGGATAG TATTAAGCGT 
ACGCCACAAC AGCAACAGTC ACAAACGGAG TCAAGTAGTG GCGGTGAGGA GTCAACGGAT 
GCACAAGAGA AGCAATACTC AAACGCATCT ATATCTACGA AAGCAACTCA ACGGCAGAGC 
ATGAAAAGTG ATACAGCAGA GAAAATCAGT GCCTCAGGCG ATAGTAAAGC ATGCGAGGAT 
GGTGTCGAAG AATCCTGTCT ATTGGGCATT GACTGTAATG AACGCACCAC AATTGGACTA 
GTATTGCCCA TACTTGCCGA TACCACAATA CATCTCGATG GCGATGGTGG TTTTAGCGTG 
TCAGTTTATG GTAAAACACA TATTTTCAAG CCTGTTTCTG TGCAGGCTAT GTGGTCCGCA 
TTACAAACAT TACATAAAGT ATCGCAAAAG GCTCGTGAGA ATAATTTTTA TCCGCGTGGT 
CCATCGCACG ATTGGACATC TGATTATGAT AGCCATATCG AGTCGGAGCA GTCTTGCCTG 
AATGAGTGGA ATGCAATGGA TTCAATAGAA AGCCGACGTC CTCCTTCGCC AGATGCCATA 
AGAAACAAAC CAACAGCAAA GGAGGAAACG GAAAGTGTTA TAAAAATGAA GTTGAAGGAA 
ATTATGATGT CAGTGGATTT AGATGAGGTT ACCTCAAAAT ATATACGTGG TCGACTTGAA 
GAACTGCTTG ATATGGATTT AGGCGAGTTC AAGTCCTTTA TCGATGCAGA AATGTTGACC 
ATACTTGGTC AGATGGATGC CCCAACAGAG ATTTTCGATC ATGTCTATCT TGGTTCGGAA 
TGGAATGCCA GCAATTTGGA AGAGTTGCAA AAAAATGGTA TACGCCATAT TCTTAACGTA 
ACTCGGGAGA TCGACAATTT CTTCCCAGGT GTATTTGATT ACTTTAATGT AAGAGTATAT 
GATGATGAGA AAACGAATTT GTTGAAACAC TGGGACAACA CATTTCGTTA CATAACTCGT 
GCCAAATCGG AAGGCTCTAA AGTACTGGTC CACTGTAAAA TGGGTGTCAG CCGATCGGCA 
TCTGTGGTAA TCGCCTACGC CATGAAGGCA TATAACTGGG AATTCAAGCA TGCACTGCAA 
CACGTTAAAG AGCGTCGCAA CTGCATAAAA CCGAATAAAA ATTTCCTCAA TCAATTGGAA 
ACATACCGCG GCATGTTGGA TGCCATGAAG AATAAAGAGA AACTGCAGCG CAGTAAGAGT 
GAGACGAATT TGAAAAGCAC AAAAGACGCG CGTCTTCTGC CTGGCAGTGA GCCCACACCA 
CTCATACAGG CGCTTAATCA ATCGAAATCG AAGACAACCG GAGGCCATGA CGATGTTAGC 
TGTGGTGATA ACGTTGCGGC ATGTACCGAT GGCGACATTT TGAGTGGCAA AAGTGTTGGA 
CGATCTAAAG TTTCAGCCGC CATTAATAGT GGTGGCACAA ATGAAGCGAA GCAACGTCGC 
CTGGTGCGTC GGTCCAGTAG CACATCACCG CAGGCGGTGC CACACGTGCC ACACATAACA 
GTAGTAATTA AACAGCAGAG TCAATCGTTG GAAAATCTAA CACCGGAGCG TAGTGTGGCA 
GAGGAGCCGA AGAATATGCG CTTTCCCGGA AGTAACGGTG AAAATTATAG TGTTACACAA 
AATCAAGTGC GCCACATACA AAAGAATGTA CAACCACCGC CACCTCCACC GCCGCCGCCA 
CCAACAACGG TTTCACAACA TCAGCTACAA CAAAAGAAAC AGAAACAGCA AATAGCTTCG 
GTACGCACTC GTGTGAAGGA TCTGGAGACA CATACGAATA TACGCAAGAC GGCAGACGAT 
CGTAGATCGC TTAACTTGCA ATTCGGTCGA TCGGTATCGC ACGATACTGG CACAGCAGTA 
ACACGTGTGG AAATGTTGCC TTGTTATGGC GGCGAGGGCA CAATTCAAAC TGAGCACAGT 
CCCGTTTGGA CATCGTCTGC AAAACTCATT ACACAGACAT CCAACTTGAA AACGGCTGCA 
GAGATTGGGG GTGGCGATGA GGGAATTGTA CACAATAAAT CGAATATGTG TCCTGAAACC 
GCCAATGTAT CTGACGATAT TGCAAGTAAC GCAATGGATG CATCCCCAAC TGAGCCTATA 
AAGGCGCAGC AATTCAAAGT GGACAACAGA CGTCATAGCC GCAAAACTCA GTCGTGGACT 
GCGATCAGTG GTACAAGTGA CTTGAGCGGC GGCAGCAGAA GCGGCGGTAT AGTTTTAGAT 
CGTCTCAACG TTCTGGGTGC CGGTACGAGT GCCAGCAGTT GTGGTACCAG CAAATTGGGC 
TCTAATAGCA GTATTGATTC GATCTCATCG AGCGTCGCAT CTTCGACGAC TACAACATTT 
GAGGAGCGAG TGATAACTCG TACCCATAGG CATCGGGATT TGCCCTCACG GCATGCCTCC 
TGGGGTTCAG GAGACACGAG AGGCGCTGTA CCAGTACGAA ATAGTTCCTG GTCAGCATAC 
GACAGCAATC GAAACTCTTG TCAGTATGGC GGCGGGGCAA TACTCGAGGG GCAAATACAT 
GAACTTAACA TCAATAAGAG CAATAAGACT GTCACACAAA ATTACCAGAG TGGACCGATG 
CAATATCAGC ATCAACACCA TGTGGGCACG GTGAAACGCA CTAAACAGAA ATTGGAACAA 
TGCGGAAGCG CTGGCAACAG TCATACACTG AAGAAATTGT GTTCAGAAAA TGGTGAGCGT 
TTGACGGATG AAACCACAGT AGCTAACAGT GCAAAGCGCA TTGCCAAAGG TGCAATTAAT 
TTGTTTCGAA GCGCTTCAGC TGCTAGTTCG ACACGCACTC GCTGTCCTCC ATATCGCTGC 
AATAGCGTTG AAATTGTGCC CGGCGTTACG ACGCCTTCTA CAGGCAGTAG CAATGCTGTT 
GCAGACGTAT TGGCATGCCA GATGGTTATG CGTCGGAGCG ACGGAAGCCG ACCGCTCAAT 
AATGACTTAT TTTCGGCTTC CTCCGCTCCT GAATCGTACA CAATATCCGA TATAGAAAAT 
AAAAATATGT TACCACCCGT ATCGGACAAC GTCACAACTG TAATACCCGG CGTGGATGAA 
GATGAGGATG CAGTGTTAAT GCGCGAAAAT ATTGGCAGTG GATCCAACAC TGCTGATCAA 
CGTATCTCCG GTTCTGTGCA AATACTCAAA AAAAGTTTTG AGGCGAAAGC GGGCAGTGGT 
AATAGTGGTG GCACCGCTGG CAGTGGAAAC GTATTACAAG TACAAACTGC AGTGTTGCCT 
GCGAAGAAAG GTCATCACTC ATTGCCTTCT TCACCAGTAG CGCAGCATAT AGAACCACAT 
CAAGCCCGCC AACACAATCC ACAAATCGCA ACATTGACTG CAGCAATTTC ATCAACAGCT 
TCTACAACAC ATAGTCTCAA CACAGCGCCA CTGTGTGAGA GTGAAATAGC TGCTGAAATT 
GTTGACATGT CCTCTAATAT CACAAGCACT ATAAACACTA CAACACAGTC GATATATACG 
CCCGCCTCTA CTGCATCAAC GACAATGTCA GTAGCATCGT CTTCTTCATC TACGTCGTCT 
TCGTCGAGCA TGTCTGACCC TTATGTTGAT CGCAACGTTA AGGTGCTGGT GCATAAATAC 
CAAACGCCTA CTGCGCTCGT GCCCACAAAC AAGAATGAAT GTCAAGTGGG CGCTAACCCG 
ATATCTTCAA ATATGTCCTC ATCATCTCCT TCATCCTCCT CCTCATGTTC AGTACCAACA 
ACACTTGCGT CCCTTGCTAC TTCCATCGGT CATTCGAAAC CCCGCCGTCA TTCCTATTAT 
GAAAGTGGTG GTAATGCGTC GCACAAAACT ATGTCGATGG GCAGCAGTAG AACTGGTGGC 
GGTGGCGGTG GCGGCGTCAT TGGCAGTCGC TTGTCACACG AATATAGTGA TAGTAGGCCA 
CCGCCTGCAC CAGCAAAAGC ACCACAATCG TCACATAGTA ATAATTCTCA GACGCCATTA 
GGAGACAATA CGCAACAGCC ACCACAACAA CAGCAGCAGC AACAACAACA TCATCAGCGT 
CGTTTGCAAC AGCATGGCCG CACGCATCCA CTCAGCAGGC TAACGTTACC AAAACAGAGC 
TTCAATACAG CTGCTTACAA TACCATGTAG