LOC105233506 cDNA ORF clone, Bactrocera dorsalis(oriental fruit fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105233506
Entrez Gene ID	105233506
Full Name	uncharacterized LOC105233506
Synonyms	Gstt2
Gene Type	protein-coding
Organism	Bactrocera dorsalis(oriental fruit fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011215609.3	XP_011213911.2	LOW QUALITY PROTEIN: serine/threonine-protein kinase CST20
XM_011215609.2	XP_011213911.1	uncharacterized protein LOC105233506

Pathways from BioSystems
Gene Ontology

The following LOC105233506 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105233506 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
OBa120883	XM_011215609.2 Latest version!	Bactrocera dorsalis uncharacterized LOC105233506 (LOC105233506), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	9-11	$258.30 $369.00
OBa259352	XM_011215609.3 Latest version!	Bactrocera dorsalis serine/threonine-protein kinase CST20 (LOC105233506), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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)

LOC105233506 ( XM_011215609.2 ) cDNA ORF clone, Bactrocera dorsalis(oriental fruit fly) -> XP_011213911.1 Bactrocera dorsalis uncharacterized LOC105233506 (LOC105233506), mRNA.

Price & Availability↑

CloneID	OBa120883
Clone ID Related Accession (Same CDS sequence)	XM_011215609.2
Accession Version	XM_011215609.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1323bp) 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	2017-01-16
Organism	Bactrocera dorsalis(oriental fruit fly)
Product	uncharacterized protein LOC105233506
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011876152.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jan 17, 2017 this sequence version replaced XM_011215609.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bactrocera dorsalis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTGCCA ATAACAGTAA TTATAATGTG CGTCCAATTT TGTATTACGA CGACATAAAT 
CCGCATTCGC GTGCCGTTCT AATGATTTTG AATATGTTGG ATGTCGACAT TGAGCTGCGC 
GCCGTCGAGA TGATCAAAGG TGAACACTTG AAACCGGCCT ATGCGAAAAT CAATCCAGCA 
CTCACCGTAC CGACTATGGT GCACAAGGAT CTCATCATCA CCGGCAATGC GATATTCTCT 
TATGTTTGTG AGAATAATGA CAACGAAAAG GCAAATCAAT TGATTGCTTT GAAATGCTAC 
AAAAGGCATT GTTGCGTCTT GTCTCGCTTA TTCTTCGAGA GTCAAGTATT GCATCGTATA 
CATGGACATT TGATGACGGA TTTAGTGCGA AAAACCATTT ATCAAACAGA TGTGGATTAT 
CATCAAAAAA AGGTGGAACA TGCCTATGAT GTAATGGAAG CGTATCTGAG CGATAGCCAG 
TTCATGGCGG GATCTGTGTT AACTGCCGCC GACATTTCCT TTGTCGCTTG TCTTGGTGCC 
TTGGACATGA TGTTTCCGAT AGATGGCGAT CGCAAAAGAT GGGAGAAATT GAATGATTGG 
TATAGGCGCA TGCGCTCACT ATCGATACAG AAAATCAACG AGTTCGGCAT TGAGAAGCAA 
CGTCAAATTG TCGAATATTT TGCAAAATTC CAATTCAAAT CAGATATAAA ACGTTTTACC 
ACCGGCTTGC GCGAATCTCA AATACCAGGC TTTCCGTCAC GTCCGGATCG TTGTAGCGTT 
AGCATACAAA CCGTCAGTGG AGCAGAACCG ACACTTGATA TTTTGAGCAC AAAAAATAAT 
ATCGGTAAAA TAACGTATTT AGAAGAACAA CCTGCAATGG AAGTTACTGA CGAGAGAAAT 
GTAACAATGC AACCAAATAC GCTGACAGAG GGCGTGGCTC CAAAAATTGT TAATGAAATC 
AATAAAATTG CCAAAACGAA AATTAACCAA ATATTGAATG AAGAACTTGA GAAAGAGCTA 
GCACGATTTT CGGAACCTAA TGTCTTGCCT CCGCCAATAC CTGAGGAACC AAATCCATCG 
AAAACATCTG TTACTGTTTT GAATGACATG GAAAAGTCTA TTGCCTTCTC TGAAACGCCA 
AAAGATGAGA AACCCATTTT GACAGATAGA AGTTTAGGCG GTGCGCATAA AGAGAGACCA 
CCAGTGCCAC CCAGGCGTAA ACGATATTTG CCATCGAAGG TAGAAAATTC GCAAGATTTA 
ACTAATATAC GCGGAAAAAT GTACAAAAAC CCGATGCAAC TGAAGCATCT GAGGATACAA 
TGA

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

RefSeq	XP_011213911.1
CDS	231..1553
Translation	MFANNSNYNVRPILYYDDINPHSRAVLMILNMLDVDIELRAVEMIKGEHLKPAYAKINPALTVPTMVHKDLIITGNAIFSYVCENNDNEKANQLIALKCYKRHCCVLSRLFFESQVLHRIHGHLMTDLVRKTIYQTDVDYHQKKVEHAYDVMEAYLSDSQFMAGSVLTAADISFVACLGALDMMFPIDGDRKRWEKLNDWYRRMRSLSIQKINEFGIEKQRQIVEYFAKFQFKSDIKRFTTGLRESQIPGFPSRPDRCSVSIQTVSGAEPTLDILSTKNNIGKITYLEEQPAMEVTDERNVTMQPNTLTEGVAPKIVNEINKIAKTKINQILNEELEKELARFSEPNVLPPPIPEEPNPSKTSVTVLNDMEKSIAFSETPKDEKPILTDRSLGGAHKERPPVPPRRKRYLPSKVENSQDLTNIRGKMYKNPMQLKHLRIQ

Target ORF information:

RefSeq Version	XM_011215609.2
Organism	Bactrocera dorsalis(oriental fruit fly)
Definition	Bactrocera dorsalis uncharacterized LOC105233506 (LOC105233506), mRNA.

Target ORF information:

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

XM_011215609.2

ORF Insert Sequence:

ATGTTTGCCA ATAACAGTAA TTATAATGTG CGTCCAATTT TGTATTACGA CGACATAAAT 
CCGCATTCGC GTGCCGTTCT AATGATTTTG AATATGTTGG ATGTCGACAT TGAGCTGCGC 
GCCGTCGAGA TGATCAAAGG TGAACACTTG AAACCGGCCT ATGCGAAAAT CAATCCAGCA 
CTCACCGTAC CGACTATGGT GCACAAGGAT CTCATCATCA CCGGCAATGC GATATTCTCT 
TATGTTTGTG AGAATAATGA CAACGAAAAG GCAAATCAAT TGATTGCTTT GAAATGCTAC 
AAAAGGCATT GTTGCGTCTT GTCTCGCTTA TTCTTCGAGA GTCAAGTATT GCATCGTATA 
CATGGACATT TGATGACGGA TTTAGTGCGA AAAACCATTT ATCAAACAGA TGTGGATTAT 
CATCAAAAAA AGGTGGAACA TGCCTATGAT GTAATGGAAG CGTATCTGAG CGATAGCCAG 
TTCATGGCGG GATCTGTGTT AACTGCCGCC GACATTTCCT TTGTCGCTTG TCTTGGTGCC 
TTGGACATGA TGTTTCCGAT AGATGGCGAT CGCAAAAGAT GGGAGAAATT GAATGATTGG 
TATAGGCGCA TGCGCTCACT ATCGATACAG AAAATCAACG AGTTCGGCAT TGAGAAGCAA 
CGTCAAATTG TCGAATATTT TGCAAAATTC CAATTCAAAT CAGATATAAA ACGTTTTACC 
ACCGGCTTGC GCGAATCTCA AATACCAGGC TTTCCGTCAC GTCCGGATCG TTGTAGCGTT 
AGCATACAAA CCGTCAGTGG AGCAGAACCG ACACTTGATA TTTTGAGCAC AAAAAATAAT 
ATCGGTAAAA TAACGTATTT AGAAGAACAA CCTGCAATGG AAGTTACTGA CGAGAGAAAT 
GTAACAATGC AACCAAATAC GCTGACAGAG GGCGTGGCTC CAAAAATTGT TAATGAAATC 
AATAAAATTG CCAAAACGAA AATTAACCAA ATATTGAATG AAGAACTTGA GAAAGAGCTA 
GCACGATTTT CGGAACCTAA TGTCTTGCCT CCGCCAATAC CTGAGGAACC AAATCCATCG 
AAAACATCTG TTACTGTTTT GAATGACATG GAAAAGTCTA TTGCCTTCTC TGAAACGCCA 
AAAGATGAGA AACCCATTTT GACAGATAGA AGTTTAGGCG GTGCGCATAA AGAGAGACCA 
CCAGTGCCAC CCAGGCGTAA ACGATATTTG CCATCGAAGG TAGAAAATTC GCAAGATTTA 
ACTAATATAC GCGGAAAAAT GTACAAAAAC CCGATGCAAC TGAAGCATCT GAGGATACAA 
TGA

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

LOC105233506 ( XM_011215609.3 ) cDNA ORF clone, Bactrocera dorsalis(oriental fruit fly) -> XP_011213911.2 Bactrocera dorsalis serine/threonine-protein kinase CST20 (LOC105233506), mRNA.

Price & Availability↑

CloneID	OBa259352
Clone ID Related Accession (Same CDS sequence)	XM_011215609.3
Accession Version	XM_011215609.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4668bp) 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	2019-06-17
Organism	Bactrocera dorsalis(oriental fruit fly)
Product	LOW QUALITY PROTEIN: serine/threonine-protein kinase CST20
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011876152.1) and transcript sequence (GGBS01003050.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 18, 2019 this sequence version replaced XM_011215609.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Bactrocera dorsalis Annotation Release 102 Annotation Version :: 102 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## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel assembly gap :: added 140 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGTTTGCCA ATAACAGTAA TTATAATGTG CGTCCAATTT TGTATTACGA CGACATAAAT 
CCGCATTCGC GTGCCGTTCT AATGATTTTG AATATGTTGG ATGTCGACAT TGAGCTGCGC 
GCCGTCGAGA TGATCAAAGG TGAACACTTG AAACCGGCCT ATGCGAAAAT CAATCCAGCA 
CTCACCGTAC CGACTATGGT GCACAAGGAT CTCATCATCA CCGGCAATGC GATATTCTCT 
TATGTTTGTG AGAATAATGA CAACGAAAAG GCAAATCAAT TGATTGCTTT GAAATGCTAC 
AAAAGGCATT GTTGCGTCTT GTCTCGCTTA TTCTTCGAGA GTCAAGTATT GCATCGTATA 
CATGGACATT TGATGACGGA TTTAGTGCGA AAAACCATTT ATCAAACAGA TGTGGATTAT 
CATCAAAAAA AGGTGGAACA TGCCTATGAT GTAATGGAAG CGTATCTGAG CGATAGCCAG 
TTCATGGCGG GATCTGTGTT AACTGCCGCC GACATTTCCT TTGTCGCTTG TCTTGGTGCC 
TTGGACATGA TGTTTCCGAT AGATGGCGAT CGCAAAAGAT GGGAGAAATT GAATGATTGG 
TATAGGCGCA TGCGCTCACT ATCGATACAG AAAATCAACG AGTTCGGCAT TGAGAAGCAA 
CGTCAAATTG TCGAATATTT TGCAAAATTC CAATTCAAAT CAGATATAAA ACGTTTTACC 
ACCGGCTTGC GCGAATCTCA AATACCAGGC TTTCCGTCAC GTCCGGATCG TTGTAGCGTT 
AGCATACAAA CCGTCAGTGG AGCAGAACCG ACACTTGATA TTTTGAGCAC AAAAAATAAT 
ATCGGTAAAA TAACGTATTT AGAAGAACAA CCTGCAATGG AAGTTACTGA CGAGAGAAAT 
GTAACAATGC AACCAAATAC GCTGACAGAG GGCGTGGCTC CAAAAATTGT TAATGAAATC 
AATAAAATTG CCAAAACGAA AATTAACCAA ATATTGAATG AAGAACTTGA GAAAGAGCTA 
GCACGATTTT CGGAACCTAA TGTCTTGCCT CCGCCAATAC CTGAGGAACC AAATCCATCG 
AAAACATCTG TTACTGTTTT GAATGACATG GAAAAGTCTA TTGCCTTCTC TGAAACGCCA 
AAAGATGAGA AACCCATTTT GACAGATAGA AGTTTAGGCG GTGCGCATAA AGAGAGACCA 
CCAGTGCCAC CCAGGCGTAA ACGATATTTG CCATCGAAGG TAGAAAATTC GCAAGATTTA 
ACTAATACGC GGAAAAATGT ACAAAAACCC GATGCAACTG AAGCATCTGA GGATACAATG 
AAAGCTTTTG AGAATAATGA TTTAATGAAC CACAGCCAGG CACACAAGTT AAATCGTTTA 
AATGGTGGGG TTGAGTCAAC AATTCTTCTG GGAAATATTG AAGAAAATGA AATTAGATTA 
CAATCGGCAG CAGCTGACCC ATTAAAACCA AGTATTAATT CGAACGACAC CAATAAGCTG 
TCACCGAAAA CTTCGGAAAC CATAAAAATC GCGAAAATAA ATAGATCAAA TTCCAATATC 
ACACACCTGT CTGAAGCTTC TCCATTGATA GCAGCTTGTA TATCGAGGGA GCCCGAAAAG 
GTGTCGCAGA TAGGCACAAC TGCCACCAAA CCCAACAGCT GTGCAAAAAA TCACGCCACT 
AGGAAATTGA AACCAACAGA CACTCTACTA CCAGAGGGTC TACCGATTAA TGGTCAACAA 
GCAGCTTTAA GTTATACTCG TGGTGTCGTC GCGCCCAATT TACTGTTACC TGCACCACCA 
CCATCACCAG AAAACTACTC ACAAGATGAA GAATTTCCAC CACCACCATC GGAATTATTA 
ATACCAAAGA CAAATCCGCG AGCAAAGACA ACACCTACCA CAAGGTTGGT AAATTGCAAA 
CCAACGGTTG AACCAAACGA ACGGTTGGGC AAGAAAAAAA GTGTGAAGCC CAAAACCGAC 
GTTGCCGTCG AAAGCACAGT GAAGCTTTTA CGCAAGAAAT CAGGTGATTT GAGGTCATTA 
CCGGGAAGAA AATCTCTCGC GACAGAATCT AAAGTTTGCA AACTCACACA GAAATTGAAT 
AGCGGTGGAT TATTTGCAAG TGGCACGAGA TCGCCTTGTT CTAATCGTTC TCAAGGGTCC 
ATTGTTCCAG CTCGTTGTAA AAAAGTGCCA AATACGTCAA ATGTATCAAA AGCCATACAA 
AATTTGACAG CGAACACAAA GCTTTTCCCG AATGCTAAAC GTCTAGATAA AAAAATACAA 
AAATTGAAAA GCGATTCGGT AGGAACGATG GTCGAAAGTT CTGATTCATC GACAAATATC 
ATACAAAAAC TTATTCGTCA CTCGTCCAAA TTTAGTGCAA CAAACCAATT AAAAGTCCCT 
AACATAGGAA ATCAGCTAAG AGTTGAAGGA GGCGGCCACG AGACTCCTTC ACTAGCGGCT 
GAAGGCCAAA ATGAATTCCA GCAGCCAACA GTTATCGTAG TGAAATCAAA AACAATGATG 
AAAATGGGAA ACGAGCATAG ATATGAAGAG CGCTGGCAAC AGAAACCTCC AAAGTCACCC 
AAACCAAGAC CAAAAACTCC ATCGAATCTA ACCAACAAAG AAATGAAGCC AGCAAGCCAA 
AATTTTGTAG CGAGAAGTAA ACAGAAAACA TATCCAACTC CGACACGATT TCAAACAAAA 
AATTTCAAAA CTGTGGGAAG TCCTCAGCCA ACAAAATTCT TTGATACTAG TCCATCTAAA 
CCCGGACAGA GTTTCAATAC GCAACAGCCC AAACTAGTTG TAGAGAAGAA ACCCGCAATT 
AAAAATAAAA AGAAAAGAGG TACGAAAGCA CACAACGATA ATATGGTCAA CAAAACACCA 
CCTCCTATGA ACGAAGCTTT GCCCACTCCA ACGTCATTAC TAGGCACAAA TGCAACCCTA 
CAGTACGCGC CTGAACATGC AACACCACAA TCCGCAGTAG GTACTGTTAG TAGCACATTG 
AAAACGCTAA CTGAAACTAT TCATATCTCC CCAAAACTAA CATCCCCGCC AACTAGTAGT 
TCGGATGACA CCATTACTGC AGATGTGCCA GTAAAAGTGG GCTTGGTGGC CAAGGCACTA 
CAAACACTGA ATGTTGCAAA CTCGAATTTT CGACCACCGT CCTATAACAC CAGTAAAGAA 
CTAACTTTAG AGAGTCCTCC ACTTCCTCCA CCACCGTCTT ATAATACCAG TAAAGAAATA 
CCTTCAGCGA CTCATCCACT TCCTGCACCG GCGTCCTATA ATATCGGTAA AGAACTAACT 
TCAGCGACTC CTCCACTTCC TGCACAACCG TCCAATAATA TCAGTAAAGA ATTAACTTCA 
GCGACTCCTC CACATCCTCC ACTACCGCCG CCAAATCATC TGCATCTAGC TGCACCTACA 
CCACCATCAT TGCCGGTTAA AGATGTTCTA CCACTGGCTG GTACGGTAGC AAAGGCGCTA 
CAGTCTTTAA GCGCCGTTAC TTCGGAAGCC AATCCGTTAT GCGGCTCAGT TAAACCATTT 
CGGAAAGTTG ACTTAAGGAT GAAATTTATG GAAACGGCAA GAGCGTCAGA AGTAACAGAT 
AAAGCTTTGA CCAAAAATAT TACTAGTAAT GCCGATGAAA AAATTGACGC GAGACCTTTG 
GCCGAAATAC TCACAGCAAC CGTAAAGCAA GTCAACAAAG AAAGTTCCGA TGATACTAAA 
TCAACCACAC TGTCCGATGG GATTAAGGAA ATGTTATTAA AAATGCGAAC ACTGCCAGAT 
AAGGATGGGA CGCCAGTTGT TATAGTAAAT AGCATGACTG AAAGTACAAA ACCTTTTCAA 
AGCACACTAA TAACACCTTC AACGAGCGTT ATTACTGGTC TTGAGAATTC AGCAGATAAA 
ATGATTGTAG AATCCGAGCC GAACAATCCG CTATTAACAG CGCAGCATTC GTTGAATATG 
GAAAATTTGT CCGAATCCGT AGTACCGCCG ATCACATGTG AACCGGTACA ATTATTGGTA 
CCAACCAAGA AAGTATCAAT CGCCGAGCCA TACGATATGG CAAAACCGTA CCCCTCATGG 
GCTGCACACA CCGAGGCCAG CATTTTATCT GCAAGTGATG TTAAATCATC CAAAGAAGAA 
AAGAATAAGC TTGAAGCATC CAAAAGCAAA CGTTATGTTA TAGACAGAAC CATGATAAAT 
GACGGTATTA TAGATATGGA ACCTACACCT TTACCGTGTC AGCCGAATAT TATTATCACT 
GGTTATACGC CCATGGAACC GAAAAACGTC GCCCCTTTGT TTGTTGGCAC AAGTCGTCCG 
TTAGGTAATA TGATAGCACC CGCACTACGA CGACCCACAA ACAGTCCACG TACTCATGGT 
CCCTCCGCAA ATGTGGTGAT TTCCACTTTT GGCTACACAC CAATGTCTGA TTTAGATACC 
ATTCCGGAAC ATCTTATACA TATGCTTAAT AAGCCGATAT TTATTGAACA GCAAACAGCA 
CCGCCTACAC CAGTTTTGAG TGCAGCAGCT GCACCAGTAA CAACAGTTGG AGAGGAGCGC 
ACACATGTTC CACGTCGTAA AGGAGATAGA CCGTATCCGA CAGCACATAG AAGTGGCAGC 
CAGCGGAGGA CCGATCAAAG TATCAATATT AGAGGGCGAG TTATGTGA

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

RefSeq	XP_011213911.2
CDS	231..4898
Translation	MFANNSNYNVRPILYYDDINPHSRAVLMILNMLDVDIELRAVEMIKGEHLKPAYAKINPALTVPTMVHKDLIITGNAIFSYVCENNDNEKANQLIALKCYKRHCCVLSRLFFESQVLHRIHGHLMTDLVRKTIYQTDVDYHQKKVEHAYDVMEAYLSDSQFMAGSVLTAADISFVACLGALDMMFPIDGDRKRWEKLNDWYRRMRSLSIQKINEFGIEKQRQIVEYFAKFQFKSDIKRFTTGLRESQIPGFPSRPDRCSVSIQTVSGAEPTLDILSTKNNIGKITYLEEQPAMEVTDERNVTMQPNTLTEGVAPKIVNEINKIAKTKINQILNEELEKELARFSEPNVLPPPIPEEPNPSKTSVTVLNDMEKSIAFSETPKDEKPILTDRSLGGAHKERPPVPPRRKRYLPSKVENSQDLTNTRKNVQKPDATEASEDTMKAFENNDLMNHSQAHKLNRLNGGVESTILLGNIEENEIRLQSAAADPLKPSINSNDTNKLSPKTSETIKIAKINRSNSNITHLSEASPLIAACISREPEKVSQIGTTATKPNSCAKNHATRKLKPTDTLLPEGLPINGQQAALSYTRGVVAPNLLLPAPPPSPENYSQDEEFPPPPSELLIPKTNPRAKTTPTTRLVNCKPTVEPNERLGKKKSVKPKTDVAVESTVKLLRKKSGDLRSLPGRKSLATESKVCKLTQKLNSGGLFASGTRSPCSNRSQGSIVPARCKKVPNTSNVSKAIQNLTANTKLFPNAKRLDKKIQKLKSDSVGTMVESSDSSTNIIQKLIRHSSKFSATNQLKVPNIGNQLRVEGGGHETPSLAAEGQNEFQQPTVIVVKSKTMMKMGNEHRYEERWQQKPPKSPKPRPKTPSNLTNKEMKPASQNFVARSKQKTYPTPTRFQTKNFKTVGSPQPTKFFDTSPSKPGQSFNTQQPKLVVEKKPAIKNKKKRGTKAHNDNMVNKTPPPMNEALPTPTSLLGTNATLQYAPEHATPQSAVGTVSSTLKTLTETIHISPKLTSPPTSSSDDTITADVPVKVGLVAKALQTLNVANSNFRPPSYNTSKELTLESPPLPPPPSYNTSKEIPSATHPLPAPASYNIGKELTSATPPLPAQPSNNISKELTSATPPHPPLPPPNHLHLAAPTPPSLPVKDVLPLAGTVAKALQSLSAVTSEANPLCGSVKPFRKVDLRMKFMETARASEVTDKALTKNITSNADEKIDARPLAEILTATVKQVNKESSDDTKSTTLSDGIKEMLLKMRTLPDKDGTPVVIVNSMTESTKPFQSTLITPSTSVITGLENSADKMIVESEPNNPLLTAQHSLNMENLSESVVPPITCEPVQLLVPTKKVSIAEPYDMAKPYPSWAAHTEASILSASDVKSSKEEKNKLEASKSKRYVIDRTMINDGIIDMEPTPLPCQPNIIITGYTPMEPKNVAPLFVGTSRPLGNMIAPALRRPTNSPRTHGPSANVVISTFGYTPMSDLDTIPEHLIHMLNKPIFIEQQTAPPTPVLSAAAAPVTTVGEERTHVPRRKGDRPYPTAHRSGSQRRTDQSINIRGRVM

Target ORF information:

RefSeq Version	XM_011215609.3
Organism	Bactrocera dorsalis(oriental fruit fly)
Definition	Bactrocera dorsalis serine/threonine-protein kinase CST20 (LOC105233506), mRNA.

Target ORF information:

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

XM_011215609.3

ORF Insert Sequence:

ATGTTTGCCA ATAACAGTAA TTATAATGTG CGTCCAATTT TGTATTACGA CGACATAAAT 
CCGCATTCGC GTGCCGTTCT AATGATTTTG AATATGTTGG ATGTCGACAT TGAGCTGCGC 
GCCGTCGAGA TGATCAAAGG TGAACACTTG AAACCGGCCT ATGCGAAAAT CAATCCAGCA 
CTCACCGTAC CGACTATGGT GCACAAGGAT CTCATCATCA CCGGCAATGC GATATTCTCT 
TATGTTTGTG AGAATAATGA CAACGAAAAG GCAAATCAAT TGATTGCTTT GAAATGCTAC 
AAAAGGCATT GTTGCGTCTT GTCTCGCTTA TTCTTCGAGA GTCAAGTATT GCATCGTATA 
CATGGACATT TGATGACGGA TTTAGTGCGA AAAACCATTT ATCAAACAGA TGTGGATTAT 
CATCAAAAAA AGGTGGAACA TGCCTATGAT GTAATGGAAG CGTATCTGAG CGATAGCCAG 
TTCATGGCGG GATCTGTGTT AACTGCCGCC GACATTTCCT TTGTCGCTTG TCTTGGTGCC 
TTGGACATGA TGTTTCCGAT AGATGGCGAT CGCAAAAGAT GGGAGAAATT GAATGATTGG 
TATAGGCGCA TGCGCTCACT ATCGATACAG AAAATCAACG AGTTCGGCAT TGAGAAGCAA 
CGTCAAATTG TCGAATATTT TGCAAAATTC CAATTCAAAT CAGATATAAA ACGTTTTACC 
ACCGGCTTGC GCGAATCTCA AATACCAGGC TTTCCGTCAC GTCCGGATCG TTGTAGCGTT 
AGCATACAAA CCGTCAGTGG AGCAGAACCG ACACTTGATA TTTTGAGCAC AAAAAATAAT 
ATCGGTAAAA TAACGTATTT AGAAGAACAA CCTGCAATGG AAGTTACTGA CGAGAGAAAT 
GTAACAATGC AACCAAATAC GCTGACAGAG GGCGTGGCTC CAAAAATTGT TAATGAAATC 
AATAAAATTG CCAAAACGAA AATTAACCAA ATATTGAATG AAGAACTTGA GAAAGAGCTA 
GCACGATTTT CGGAACCTAA TGTCTTGCCT CCGCCAATAC CTGAGGAACC AAATCCATCG 
AAAACATCTG TTACTGTTTT GAATGACATG GAAAAGTCTA TTGCCTTCTC TGAAACGCCA 
AAAGATGAGA AACCCATTTT GACAGATAGA AGTTTAGGCG GTGCGCATAA AGAGAGACCA 
CCAGTGCCAC CCAGGCGTAA ACGATATTTG CCATCGAAGG TAGAAAATTC GCAAGATTTA 
ACTAATACGC GGAAAAATGT ACAAAAACCC GATGCAACTG AAGCATCTGA GGATACAATG 
AAAGCTTTTG AGAATAATGA TTTAATGAAC CACAGCCAGG CACACAAGTT AAATCGTTTA 
AATGGTGGGG TTGAGTCAAC AATTCTTCTG GGAAATATTG AAGAAAATGA AATTAGATTA 
CAATCGGCAG CAGCTGACCC ATTAAAACCA AGTATTAATT CGAACGACAC CAATAAGCTG 
TCACCGAAAA CTTCGGAAAC CATAAAAATC GCGAAAATAA ATAGATCAAA TTCCAATATC 
ACACACCTGT CTGAAGCTTC TCCATTGATA GCAGCTTGTA TATCGAGGGA GCCCGAAAAG 
GTGTCGCAGA TAGGCACAAC TGCCACCAAA CCCAACAGCT GTGCAAAAAA TCACGCCACT 
AGGAAATTGA AACCAACAGA CACTCTACTA CCAGAGGGTC TACCGATTAA TGGTCAACAA 
GCAGCTTTAA GTTATACTCG TGGTGTCGTC GCGCCCAATT TACTGTTACC TGCACCACCA 
CCATCACCAG AAAACTACTC ACAAGATGAA GAATTTCCAC CACCACCATC GGAATTATTA 
ATACCAAAGA CAAATCCGCG AGCAAAGACA ACACCTACCA CAAGGTTGGT AAATTGCAAA 
CCAACGGTTG AACCAAACGA ACGGTTGGGC AAGAAAAAAA GTGTGAAGCC CAAAACCGAC 
GTTGCCGTCG AAAGCACAGT GAAGCTTTTA CGCAAGAAAT CAGGTGATTT GAGGTCATTA 
CCGGGAAGAA AATCTCTCGC GACAGAATCT AAAGTTTGCA AACTCACACA GAAATTGAAT 
AGCGGTGGAT TATTTGCAAG TGGCACGAGA TCGCCTTGTT CTAATCGTTC TCAAGGGTCC 
ATTGTTCCAG CTCGTTGTAA AAAAGTGCCA AATACGTCAA ATGTATCAAA AGCCATACAA 
AATTTGACAG CGAACACAAA GCTTTTCCCG AATGCTAAAC GTCTAGATAA AAAAATACAA 
AAATTGAAAA GCGATTCGGT AGGAACGATG GTCGAAAGTT CTGATTCATC GACAAATATC 
ATACAAAAAC TTATTCGTCA CTCGTCCAAA TTTAGTGCAA CAAACCAATT AAAAGTCCCT 
AACATAGGAA ATCAGCTAAG AGTTGAAGGA GGCGGCCACG AGACTCCTTC ACTAGCGGCT 
GAAGGCCAAA ATGAATTCCA GCAGCCAACA GTTATCGTAG TGAAATCAAA AACAATGATG 
AAAATGGGAA ACGAGCATAG ATATGAAGAG CGCTGGCAAC AGAAACCTCC AAAGTCACCC 
AAACCAAGAC CAAAAACTCC ATCGAATCTA ACCAACAAAG AAATGAAGCC AGCAAGCCAA 
AATTTTGTAG CGAGAAGTAA ACAGAAAACA TATCCAACTC CGACACGATT TCAAACAAAA 
AATTTCAAAA CTGTGGGAAG TCCTCAGCCA ACAAAATTCT TTGATACTAG TCCATCTAAA 
CCCGGACAGA GTTTCAATAC GCAACAGCCC AAACTAGTTG TAGAGAAGAA ACCCGCAATT 
AAAAATAAAA AGAAAAGAGG TACGAAAGCA CACAACGATA ATATGGTCAA CAAAACACCA 
CCTCCTATGA ACGAAGCTTT GCCCACTCCA ACGTCATTAC TAGGCACAAA TGCAACCCTA 
CAGTACGCGC CTGAACATGC AACACCACAA TCCGCAGTAG GTACTGTTAG TAGCACATTG 
AAAACGCTAA CTGAAACTAT TCATATCTCC CCAAAACTAA CATCCCCGCC AACTAGTAGT 
TCGGATGACA CCATTACTGC AGATGTGCCA GTAAAAGTGG GCTTGGTGGC CAAGGCACTA 
CAAACACTGA ATGTTGCAAA CTCGAATTTT CGACCACCGT CCTATAACAC CAGTAAAGAA 
CTAACTTTAG AGAGTCCTCC ACTTCCTCCA CCACCGTCTT ATAATACCAG TAAAGAAATA 
CCTTCAGCGA CTCATCCACT TCCTGCACCG GCGTCCTATA ATATCGGTAA AGAACTAACT 
TCAGCGACTC CTCCACTTCC TGCACAACCG TCCAATAATA TCAGTAAAGA ATTAACTTCA 
GCGACTCCTC CACATCCTCC ACTACCGCCG CCAAATCATC TGCATCTAGC TGCACCTACA 
CCACCATCAT TGCCGGTTAA AGATGTTCTA CCACTGGCTG GTACGGTAGC AAAGGCGCTA 
CAGTCTTTAA GCGCCGTTAC TTCGGAAGCC AATCCGTTAT GCGGCTCAGT TAAACCATTT 
CGGAAAGTTG ACTTAAGGAT GAAATTTATG GAAACGGCAA GAGCGTCAGA AGTAACAGAT 
AAAGCTTTGA CCAAAAATAT TACTAGTAAT GCCGATGAAA AAATTGACGC GAGACCTTTG 
GCCGAAATAC TCACAGCAAC CGTAAAGCAA GTCAACAAAG AAAGTTCCGA TGATACTAAA 
TCAACCACAC TGTCCGATGG GATTAAGGAA ATGTTATTAA AAATGCGAAC ACTGCCAGAT 
AAGGATGGGA CGCCAGTTGT TATAGTAAAT AGCATGACTG AAAGTACAAA ACCTTTTCAA 
AGCACACTAA TAACACCTTC AACGAGCGTT ATTACTGGTC TTGAGAATTC AGCAGATAAA 
ATGATTGTAG AATCCGAGCC GAACAATCCG CTATTAACAG CGCAGCATTC GTTGAATATG 
GAAAATTTGT CCGAATCCGT AGTACCGCCG ATCACATGTG AACCGGTACA ATTATTGGTA 
CCAACCAAGA AAGTATCAAT CGCCGAGCCA TACGATATGG CAAAACCGTA CCCCTCATGG 
GCTGCACACA CCGAGGCCAG CATTTTATCT GCAAGTGATG TTAAATCATC CAAAGAAGAA 
AAGAATAAGC TTGAAGCATC CAAAAGCAAA CGTTATGTTA TAGACAGAAC CATGATAAAT 
GACGGTATTA TAGATATGGA ACCTACACCT TTACCGTGTC AGCCGAATAT TATTATCACT 
GGTTATACGC CCATGGAACC GAAAAACGTC GCCCCTTTGT TTGTTGGCAC AAGTCGTCCG 
TTAGGTAATA TGATAGCACC CGCACTACGA CGACCCACAA ACAGTCCACG TACTCATGGT 
CCCTCCGCAA ATGTGGTGAT TTCCACTTTT GGCTACACAC CAATGTCTGA TTTAGATACC 
ATTCCGGAAC ATCTTATACA TATGCTTAAT AAGCCGATAT TTATTGAACA GCAAACAGCA 
CCGCCTACAC CAGTTTTGAG TGCAGCAGCT GCACCAGTAA CAACAGTTGG AGAGGAGCGC 
ACACATGTTC CACGTCGTAA AGGAGATAGA CCGTATCCGA CAGCACATAG AAGTGGCAGC 
CAGCGGAGGA CCGATCAAAG TATCAATATT AGAGGGCGAG TTATGTGA