LOC106627015 cDNA ORF clone, Bactrocera oleae(olive fruit fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106627015
Entrez Gene ID	106627015
Full Name	tyrosine-protein kinase hopscotch
Gene Type	protein-coding
Organism	Bactrocera oleae(olive fruit fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014246968.1	XP_014102443.1	tyrosine-protein kinase hopscotch

Pathways from BioSystems
Gene Ontology

The following LOC106627015 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106627015 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
OBa65157	XM_014246968.1 Latest version!	Bactrocera oleae tyrosine-protein kinase hopscotch (LOC106627015), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

LOC106627015 ( XM_014246968.1 ) cDNA ORF clone, Bactrocera oleae(olive fruit fly) -> XP_014102443.1 Bactrocera oleae tyrosine-protein kinase hopscotch (LOC106627015), mRNA.

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CloneID	OBa65157
Clone ID Related Accession (Same CDS sequence)	XM_014246968.1
Accession Version	XM_014246968.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3522bp) 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 kinase hopscotch
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013581218.1) 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##

ATGATACGAT TATTGGGGGA AAAGTTTGAG ATCTCTCAGT GGATTATGAA TCAAGCTTCC 
AACACATTTG GAACGACTAA TACCACCATC ACATTGCTTG ATACCAATAG TGCCTCATTT 
TCAATGGGCG GCCGTAGCTC GATTCATAGT AATGGGAGTA TAGGTAGTAG TAATCAAGCG 
GACCCATCCA TCTCCTCTAC GCCGTCAACA ACCCCATCTC CACAAATGTC AAATAAAGTA 
TTTAACTACA AAGATAACAT AGATACTGAT TTCGGAAATT CCTTAAAATG TGAGGATATA 
TGTTTAAGTG TATGCCGACA TTTAAACATT TTACCCCCGA CTCGGTTATT ATTTGGATTA 
CGTGTTATGG ACTCTGAAAA TGAATGGGCT GCTCCGGGTA GGGAATTGAA ACCTGGCGTC 
CGGTACTGTT TCCGCATGAG AATTAAAGTT CCAAACATGG ATACACAATT AAAAAACCTA 
GATAAACAAG CTTATGAATA TTTGTACTGG CAGATTCGTT ACGATATATT AAACGAAAAA 
ATTCCGGAAA TAAGGAATCC AGAAAAAAAA GATAATGTTA TGGGTTTTGC TGTCATGCAC 
ATGTGTATCG ATTTACAAGC AAAAAGTTCT GAAGCCGAAA GGAAGGAAGG CTATAATCGT 
GAAATAATTG GGAATATAGA AAATAGATAT AAAGAGTATC TGCCCCAAAC GCTTTTAAGA 
GAGCACAGAT ATTTTGTAAA ATCCAAAATA TGTGCAAAGT TCAAGGATGT ACGAGAAAAA 
GACATTATGT TCACAGAATT TAAATTCTAT TATATCGCTG ATGTATGTAA GCTGGCACCA 
AACTATTTAA TGGAGACTTA TTTTGTCACA GTAGATTATA TCCCAAATGC TGATTGGATT 
TCCGTACATT CACCTGCAGT CTGTGATGGC AATGGGGATA ACAAAACAAG AGTATATGTT 
AAACTAGACA CCCATGATAA CCCAGAACCA GGTCTAAAGG TTTCGCTGAA AAAAGAAGAA 
TGGACACTAT TGGCAAAGCT TGAAGATATT TTTGCGATAT ATATCGAGGA TAATGTGTGT 
GCGTGTTTGG AGATAACGGG GCTACCAAAA AGTTATTGCA TGAGATTTAA ATCAAAAGTG 
GATTTGGAAT CATTTATTAC ATATGTAGGA GGGTACTTGA GGCTAACCTC CAAGTGGTTA 
AAGGATTTGT GTAGCGATTA TACGACTCCA TCATTGAATG AATTGATCGA CTTAAAATGC 
CACGGACCAA TTGGTGGAAC ATTTTCCTTT GCTAAATTGA GAGAGAAATC AAAAAAAGGC 
TCAACCTGCA TTATAAGGCA ATGTGAGAGA GAATACGACG TTTATTATAT CGATGTAAAT 
ACCCAAATGT CAGCGAAAGG TAGGTTAGGC GAGAACATAA TAACGACTAA AATTGCGTTA 
CAAAATAAAA AATGGTTGTT TCACGGAAGT GAGGGTGTGA AGGAATTTGA AACTCTAAAA 
GATTTGAAGA ATTCAATATC CCCTCAAATG CCTTGGATTC CGCCATCAGA ATATGATTAT 
GCACCACTTC TTTTAATCTG TTTGCCAAAA AATCTACATC CAAAGAAGAC TGACACTGAA 
TTAAGTGAAG CTGAACTTCG AAAAAGACGA GTTCAAATAC TTGATCGGAA GCATGACCTT 
CGATTCTATA AAAATACGCA GTATGTTTGT GATGACGCTA AAATGATGAT AATGCAAGGA 
GACTGGGTCC AGGAAGGTGC TTGTAAAGAC GTTAATGTTA TGCTCAAGGT ATTTTTTCCG 
GAAATCAACC TTGAGGATAT CACATGTTTA ACTAGTATTT GTAGTCAAAT TTTTTCGGCT 
CAATTTCTGA AACTCTATGG TTTGACTTTG ACCACTCCTT ATACTATGGT AATGGAATAT 
GCACCTTATG GAAATTTAGA TAAGTTCCTG CGTAAACATA AAGATAAAAT CTCTTTCCAA 
ATGCTGATAT CGATTGTGTT TGATTTGGTC AGAGGAATCG TTTACCTGAG TGAGAAAGGA 
ATTTATCACG GCTCAATCCG GTGTTCTAAC ATGTATGTAA CAAAATTTGA TCCTAAGTCT 
CATATTATTG AGACCAAAAT TGGTGATCCC GGACTTCGTC GTAGTTATTC ATACGAAGAC 
TTGCCGTGGA TACCACAGGA ATATTATAAT AATCTCAAAG GCGCTAATGA TGATAAGTAC 
GTAGATGCAT GGGCTTTCGC AACGACTCTA TGGGAAATAT TTTCTTATGG AAAATCACCT 
TTGGAAGAAC TGAATTGCAC CGAAAGCCCA AGGAAGATTG CTGAGAAACT ACAAATGAAT 
CGTTTGAGAG ATGGTGGCAT ATTACCTAAA CCAAGTGAAA CTCTGGACGA TTCGATATAT 
TACATCATGC TCGACGGTTG GCAGACGGAT GCACACAAAC GTTTTAATTA CATAACCATC 
TTCTCAATCA TAAATAGTTT CAAAGAAAAG AGAACGATAA ATTACGAGTC AGTTAACATC 
GATAAATCAT ATTATGATAG CGACACTAGT TCTAAAAGTA ATGAAAATAT CGGAGATGAT 
ATATCAGTGG ATTACTGCCC AGGACCATCA CCCGCACAAA TCCAACGATT TTCACATTTT 
CAGATGTCTT TTAATAGCTC ATTCGACGAC ACTGCTTTTG TAATACCATT CTCAGAAGGA 
AAAGTAATTG TTGATAAGCG AATAGGTGAT GGTCATTATG GTATTGTGTA TTCAGGCATA 
ATGTATTACA AAAAAGCCGA TAAAGCACCG GAGAAAGTGG CGGTTAAAAC AATGAAAACC 
GTAATGCCGA CGAATATAAA AGATTTTCTG CGTGAAAGTG AAATAATGCG GGGGCTCGAG 
CATGAGAATA TTGTAAAAAT TAAATACTCA ATCGAAAAAC CTTTCTACAT TATAATGGAA 
TATGTCTCCG GTGGTTCTTT TCACGTATAC CTTAGATCTC AGCGGCCGAA TTTAACTAAC 
AAAAGGCTTC TACATTTCGC TCATGATATT GCTAAGGGTA TGAATTATAT GGCGGAAAAG 
AAAATTATCC ATAGGGATTT GGCAACACGG AACATATTAA TTGAAAAAGA AAGGGCAAAA 
ATATCTGATT TCGGTTTGGC GCAGTTAGCA AATTCGGACG GCTACTATCT TGTAAATAAC 
ATTTTCCGGG AATTACCCAT AAAATGGTAT GCTATAGAAT CGATAAGAGA TTATAAGTAT 
TCCGTATACT CAGATGTATG GTCTTTTGGC GTGACTATGT TTGAGACTTT TTCTCGAGGA 
GAAGTTCCAT ATCTCGCTGG CAATCGGGAT TTGGAACGAG AAGTCCACCT AAAACTCCTA 
GAGAAGGGAC ATAGACTCCA AAAACCAGAG TTATGTTCTC AAATTATTTA CGACAAATTA 
ATGCTACCAT GTTGGAAAGT GGAACCAAAA AGCCGGCCAG ATTTTGCCAA AATACTTGAC 
ATTATACAGT TAATTATGGA GGAAGATGGT GAAACCATAT GA

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

RefSeq	XP_014102443.1
CDS	1..3522
Translation	MIRLLGEKFEISQWIMNQASNTFGTTNTTITLLDTNSASFSMGGRSSIHSNGSIGSSNQADPSISSTPSTTPSPQMSNKVFNYKDNIDTDFGNSLKCEDICLSVCRHLNILPPTRLLFGLRVMDSENEWAAPGRELKPGVRYCFRMRIKVPNMDTQLKNLDKQAYEYLYWQIRYDILNEKIPEIRNPEKKDNVMGFAVMHMCIDLQAKSSEAERKEGYNREIIGNIENRYKEYLPQTLLREHRYFVKSKICAKFKDVREKDIMFTEFKFYYIADVCKLAPNYLMETYFVTVDYIPNADWISVHSPAVCDGNGDNKTRVYVKLDTHDNPEPGLKVSLKKEEWTLLAKLEDIFAIYIEDNVCACLEITGLPKSYCMRFKSKVDLESFITYVGGYLRLTSKWLKDLCSDYTTPSLNELIDLKCHGPIGGTFSFAKLREKSKKGSTCIIRQCEREYDVYYIDVNTQMSAKGRLGENIITTKIALQNKKWLFHGSEGVKEFETLKDLKNSISPQMPWIPPSEYDYAPLLLICLPKNLHPKKTDTELSEAELRKRRVQILDRKHDLRFYKNTQYVCDDAKMMIMQGDWVQEGACKDVNVMLKVFFPEINLEDITCLTSICSQIFSAQFLKLYGLTLTTPYTMVMEYAPYGNLDKFLRKHKDKISFQMLISIVFDLVRGIVYLSEKGIYHGSIRCSNMYVTKFDPKSHIIETKIGDPGLRRSYSYEDLPWIPQEYYNNLKGANDDKYVDAWAFATTLWEIFSYGKSPLEELNCTESPRKIAEKLQMNRLRDGGILPKPSETLDDSIYYIMLDGWQTDAHKRFNYITIFSIINSFKEKRTINYESVNIDKSYYDSDTSSKSNENIGDDISVDYCPGPSPAQIQRFSHFQMSFNSSFDDTAFVIPFSEGKVIVDKRIGDGHYGIVYSGIMYYKKADKAPEKVAVKTMKTVMPTNIKDFLRESEIMRGLEHENIVKIKYSIEKPFYIIMEYVSGGSFHVYLRSQRPNLTNKRLLHFAHDIAKGMNYMAEKKIIHRDLATRNILIEKERAKISDFGLAQLANSDGYYLVNNIFRELPIKWYAIESIRDYKYSVYSDVWSFGVTMFETFSRGEVPYLAGNRDLEREVHLKLLEKGHRLQKPELCSQIIYDKLMLPCWKVEPKSRPDFAKILDIIQLIMEEDGETI

Target ORF information:

RefSeq Version	XM_014246968.1
Organism	Bactrocera oleae(olive fruit fly)
Definition	Bactrocera oleae tyrosine-protein kinase hopscotch (LOC106627015), mRNA.

Target ORF information:

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

XM_014246968.1

ORF Insert Sequence:

ATGATACGAT TATTGGGGGA AAAGTTTGAG ATCTCTCAGT GGATTATGAA TCAAGCTTCC 
AACACATTTG GAACGACTAA TACCACCATC ACATTGCTTG ATACCAATAG TGCCTCATTT 
TCAATGGGCG GCCGTAGCTC GATTCATAGT AATGGGAGTA TAGGTAGTAG TAATCAAGCG 
GACCCATCCA TCTCCTCTAC GCCGTCAACA ACCCCATCTC CACAAATGTC AAATAAAGTA 
TTTAACTACA AAGATAACAT AGATACTGAT TTCGGAAATT CCTTAAAATG TGAGGATATA 
TGTTTAAGTG TATGCCGACA TTTAAACATT TTACCCCCGA CTCGGTTATT ATTTGGATTA 
CGTGTTATGG ACTCTGAAAA TGAATGGGCT GCTCCGGGTA GGGAATTGAA ACCTGGCGTC 
CGGTACTGTT TCCGCATGAG AATTAAAGTT CCAAACATGG ATACACAATT AAAAAACCTA 
GATAAACAAG CTTATGAATA TTTGTACTGG CAGATTCGTT ACGATATATT AAACGAAAAA 
ATTCCGGAAA TAAGGAATCC AGAAAAAAAA GATAATGTTA TGGGTTTTGC TGTCATGCAC 
ATGTGTATCG ATTTACAAGC AAAAAGTTCT GAAGCCGAAA GGAAGGAAGG CTATAATCGT 
GAAATAATTG GGAATATAGA AAATAGATAT AAAGAGTATC TGCCCCAAAC GCTTTTAAGA 
GAGCACAGAT ATTTTGTAAA ATCCAAAATA TGTGCAAAGT TCAAGGATGT ACGAGAAAAA 
GACATTATGT TCACAGAATT TAAATTCTAT TATATCGCTG ATGTATGTAA GCTGGCACCA 
AACTATTTAA TGGAGACTTA TTTTGTCACA GTAGATTATA TCCCAAATGC TGATTGGATT 
TCCGTACATT CACCTGCAGT CTGTGATGGC AATGGGGATA ACAAAACAAG AGTATATGTT 
AAACTAGACA CCCATGATAA CCCAGAACCA GGTCTAAAGG TTTCGCTGAA AAAAGAAGAA 
TGGACACTAT TGGCAAAGCT TGAAGATATT TTTGCGATAT ATATCGAGGA TAATGTGTGT 
GCGTGTTTGG AGATAACGGG GCTACCAAAA AGTTATTGCA TGAGATTTAA ATCAAAAGTG 
GATTTGGAAT CATTTATTAC ATATGTAGGA GGGTACTTGA GGCTAACCTC CAAGTGGTTA 
AAGGATTTGT GTAGCGATTA TACGACTCCA TCATTGAATG AATTGATCGA CTTAAAATGC 
CACGGACCAA TTGGTGGAAC ATTTTCCTTT GCTAAATTGA GAGAGAAATC AAAAAAAGGC 
TCAACCTGCA TTATAAGGCA ATGTGAGAGA GAATACGACG TTTATTATAT CGATGTAAAT 
ACCCAAATGT CAGCGAAAGG TAGGTTAGGC GAGAACATAA TAACGACTAA AATTGCGTTA 
CAAAATAAAA AATGGTTGTT TCACGGAAGT GAGGGTGTGA AGGAATTTGA AACTCTAAAA 
GATTTGAAGA ATTCAATATC CCCTCAAATG CCTTGGATTC CGCCATCAGA ATATGATTAT 
GCACCACTTC TTTTAATCTG TTTGCCAAAA AATCTACATC CAAAGAAGAC TGACACTGAA 
TTAAGTGAAG CTGAACTTCG AAAAAGACGA GTTCAAATAC TTGATCGGAA GCATGACCTT 
CGATTCTATA AAAATACGCA GTATGTTTGT GATGACGCTA AAATGATGAT AATGCAAGGA 
GACTGGGTCC AGGAAGGTGC TTGTAAAGAC GTTAATGTTA TGCTCAAGGT ATTTTTTCCG 
GAAATCAACC TTGAGGATAT CACATGTTTA ACTAGTATTT GTAGTCAAAT TTTTTCGGCT 
CAATTTCTGA AACTCTATGG TTTGACTTTG ACCACTCCTT ATACTATGGT AATGGAATAT 
GCACCTTATG GAAATTTAGA TAAGTTCCTG CGTAAACATA AAGATAAAAT CTCTTTCCAA 
ATGCTGATAT CGATTGTGTT TGATTTGGTC AGAGGAATCG TTTACCTGAG TGAGAAAGGA 
ATTTATCACG GCTCAATCCG GTGTTCTAAC ATGTATGTAA CAAAATTTGA TCCTAAGTCT 
CATATTATTG AGACCAAAAT TGGTGATCCC GGACTTCGTC GTAGTTATTC ATACGAAGAC 
TTGCCGTGGA TACCACAGGA ATATTATAAT AATCTCAAAG GCGCTAATGA TGATAAGTAC 
GTAGATGCAT GGGCTTTCGC AACGACTCTA TGGGAAATAT TTTCTTATGG AAAATCACCT 
TTGGAAGAAC TGAATTGCAC CGAAAGCCCA AGGAAGATTG CTGAGAAACT ACAAATGAAT 
CGTTTGAGAG ATGGTGGCAT ATTACCTAAA CCAAGTGAAA CTCTGGACGA TTCGATATAT 
TACATCATGC TCGACGGTTG GCAGACGGAT GCACACAAAC GTTTTAATTA CATAACCATC 
TTCTCAATCA TAAATAGTTT CAAAGAAAAG AGAACGATAA ATTACGAGTC AGTTAACATC 
GATAAATCAT ATTATGATAG CGACACTAGT TCTAAAAGTA ATGAAAATAT CGGAGATGAT 
ATATCAGTGG ATTACTGCCC AGGACCATCA CCCGCACAAA TCCAACGATT TTCACATTTT 
CAGATGTCTT TTAATAGCTC ATTCGACGAC ACTGCTTTTG TAATACCATT CTCAGAAGGA 
AAAGTAATTG TTGATAAGCG AATAGGTGAT GGTCATTATG GTATTGTGTA TTCAGGCATA 
ATGTATTACA AAAAAGCCGA TAAAGCACCG GAGAAAGTGG CGGTTAAAAC AATGAAAACC 
GTAATGCCGA CGAATATAAA AGATTTTCTG CGTGAAAGTG AAATAATGCG GGGGCTCGAG 
CATGAGAATA TTGTAAAAAT TAAATACTCA ATCGAAAAAC CTTTCTACAT TATAATGGAA 
TATGTCTCCG GTGGTTCTTT TCACGTATAC CTTAGATCTC AGCGGCCGAA TTTAACTAAC 
AAAAGGCTTC TACATTTCGC TCATGATATT GCTAAGGGTA TGAATTATAT GGCGGAAAAG 
AAAATTATCC ATAGGGATTT GGCAACACGG AACATATTAA TTGAAAAAGA AAGGGCAAAA 
ATATCTGATT TCGGTTTGGC GCAGTTAGCA AATTCGGACG GCTACTATCT TGTAAATAAC 
ATTTTCCGGG AATTACCCAT AAAATGGTAT GCTATAGAAT CGATAAGAGA TTATAAGTAT 
TCCGTATACT CAGATGTATG GTCTTTTGGC GTGACTATGT TTGAGACTTT TTCTCGAGGA 
GAAGTTCCAT ATCTCGCTGG CAATCGGGAT TTGGAACGAG AAGTCCACCT AAAACTCCTA 
GAGAAGGGAC ATAGACTCCA AAAACCAGAG TTATGTTCTC AAATTATTTA CGACAAATTA 
ATGCTACCAT GTTGGAAAGT GGAACCAAAA AGCCGGCCAG ATTTTGCCAA AATACTTGAC 
ATTATACAGT TAATTATGGA GGAAGATGGT GAAACCATAT GA