LOC106094616 cDNA ORF clone, Stomoxys calcitrans(stable fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106094616
Entrez Gene ID	106094616
Full Name	protein bicaudal C
Gene Type	protein-coding
Organism	Stomoxys calcitrans(stable fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013261845.1	XP_013117299.1	protein bicaudal C isoform X1
XM_013261846.1	XP_013117300.1	protein bicaudal C isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC106094616 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106094616 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
OSt101412	XM_013261845.1 Latest version!	Stomoxys calcitrans protein bicaudal C (LOC106094616), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OSt101413	XM_013261846.1 Latest version!	Stomoxys calcitrans protein bicaudal C (LOC106094616), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$391.30 $559.00

ORF Online Only Promotion

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

LOC106094616 ( XM_013261845.1 ) cDNA ORF clone, Stomoxys calcitrans(stable fly) -> XP_013117299.1 Stomoxys calcitrans protein bicaudal C (LOC106094616), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OSt101412
Clone ID Related Accession (Same CDS sequence)	XM_013261845.1
Accession Version	XM_013261845.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2574bp) 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	2015-07-28
Organism	Stomoxys calcitrans(stable fly)
Product	protein bicaudal C isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013174468.1) 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 :: Stomoxys calcitrans 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##

ATGAATGGAG CTGAATATTT TTTCGAGAGC GTTATGAAAA CAACTGAGAC TTATATAAGC 
TGGCCATGTA GGCTTAAAAT TGGAGCTAAA AGTAAAAAGG ACCCTCATGT ACGTATTGTG 
GGCAAAGCCG AAGAAGTGGC TAAAGCCAAG GAGCGCATTT TAGCAAGTTT GGATTCAAGA 
GGCACCCGAG TCATAATGAA AATGGATGTC TCCTACACGG ATCATTCCTA TATTATTGGA 
CGTGGCGGCA ACAATATCAA ACGCATCATG GAAGGAACTT CCACGCACAT ACATTTTCCC 
GATTCGAATC GTTCGAATCC CACGGAAAAA TCGAATCAAG TTTCACTATG TGGATCTTTA 
GAGGGTGTAG AAAAGGCTAG ATCTCTGGTT CGTCTTTCGA CACCCTTATT AATATCTTTT 
GAGTTGCCAG TGATGGCACC TGGACGTCCA CAACCAGATA GGGATACTCC ATATGTAACA 
ATGGTCGAGC AAAAATATAA TGTGCAGGTC ATATTCTCTT CTCGACCGAA ATTACACTCA 
TCCCTAGTTT TGGTTAAGGG CTCCGAAAAA GAAGCTGGAC ATGTTCAAGA AGCTACACAA 
ACCTTAATCA ACTTTTCTTG TGATAATATT GCAAGCCAAA TTTTAGTTAA TATGCAATTG 
GAAATATCAC CTCAGCATCA TGAAATTGTT AAAGGAAAAA ATAATACCAA TCTTTTGAGT 
ATTATGGAGC GTACAAACAC AAAGATAATC TTTCCCGATT TATCTGATAT GAATGTTAAG 
CCATTAAAAA AATCTCAAGT GACTATAACT GGGACCATAG AAGGTGTCTA TAAGGCACGA 
CAACAATTAC TTGGTAACTT ACCGATTGCC TTAATATTTG ACTTTCCCGA CAATCAAAAC 
GATGCCTCTG AAATAATGAG CCTTAGCACT AAATATGGCG TTTATATTAC ATTGCGTCAG 
AAGCAGAGAC AAAGCACTTT GGCCATTGTT GTTAAAGGAG TCGAAAAGTT TATAGACAAA 
ATCTACGAAG CCCGTCAAGA GATTTTACGT TTGACGACAC CCCTGATCAA GCCGGATATA 
CCGGAACGCT ATTTTATGCC ACAGGACAAA GATTTCAATT TGGTCTATCG CACCACATTA 
ACAGCTTTGT TGGCTGGCTA TAATGAAAGT CCAAAGACAC CCAATGTAAT GCCGGCAACT 
ACAGGACACA TACCTTTGTC CCCATATGCC AGCAACAACA ATCCTTTGAT CAACAACAAC 
AACAACCTTG TGAATAACAA TAATAACAAC AACAATGCTA ATTTAAATCA ATTAAATCGA 
CAACAATTCG GTGGTCTTTA TCCCACCACT CCCACGGGCA TTTGCTCACC TACTCAAAAA 
TATTTGCAGA TTCATAACAA TTCGTTTGCT AGACAACAAC AACAACAGCA ACCGCCTGCA 
GCACATCAAC AACATCAGCC AGCAGCACCA CCGCCTCATA TGCAACATCC ACATCACAAC 
AACAACTACT TACAGGTATT GCAACAACAG CATCAACATC AACAGCAGTC ACAACCCATT 
CACCATCATC ATCAACAGCA ACAATTACAA CAACAAACTC AAATGCAGCC TCCCATTCAT 
ATGACGCAAC AACATATGCC TCAAACACAC AATATTTCAC CGCGCAATAG CTGTAGCAAC 
AATACAAGTG GATATCAGAG TTTCAGCAGC AGCACCACCT CACTGGAACA GGCATATCCG 
CCATTTGGCA ATGCTCTGGG AACGGCCCCC AATAATGGCA ACAATGGTCC TTCGTTGCTT 
AGTGGTAATC GACGTTCACC ATTTTCACCC GACTCGAATT ATAACAGTGA GGCCAGTTGC 
AGTCGTTTAG GCCGTAGATC TAGCGATGGT GTCCTCTTAG GCCTGGGTGC CTCAGGACCT 
ATTGGGCCAA TGATACCTGG AAGCGCTGAA AGTTATCGTA ACCTACACTA TGACTTGAAG 
CACAATCGTA CTTTTGATTT TGACATAAAG CGCGCCATGG GTTTCAAGGC CATGGAACGT 
CCACCGGTTC CCGGGGAGTT GCGTACTCCC ACTCCCAACT GGATTGGCAT GGGTTTGAGT 
CGCACTTCGC CTGTTCCAAT CGAAACTGTC GACGATTTGT CACCCTGGAA TCGAGGCCCA 
ACAGGCTCTT CGACCGGTTT GGGCGGAGGG GCTAACACTC TTGTTTCACC TTATGGCATG 
GGTTCAACAA CCGGTATTGT TGACTCCACA CCAACAAATC GTCGTTTACA ATTGACTCAG 
CATAAGGATA TACATTCCTT ACTAACGGCT TTGGGCTTGG AACATTATAT CAAAATATTC 
GTTTTAAACG AAATCGACTT GGAAATGTTC ATGACCCTCA CCGAGGAAAA TCTAATGGAA 
TTGGGCATTA CTGCTTTTGG TGCCCGCAAG AAAATGCTAG TGGCCGTTCA CACGTTGCAG 
GCCAATGAGG CGGCCACATC TACAATGCCG CAAACATCGT CGAATGCTTC ATCACCACGA 
TTTTCAGGAT CTGCTGCACC AGGTGCTGAA CGTAGACCTT CCAATCAGTG GTAG

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

RefSeq	XP_013117299.1
CDS	13..2586
Translation	MNGAEYFFESVMKTTETYISWPCRLKIGAKSKKDPHVRIVGKAEEVAKAKERILASLDSRGTRVIMKMDVSYTDHSYIIGRGGNNIKRIMEGTSTHIHFPDSNRSNPTEKSNQVSLCGSLEGVEKARSLVRLSTPLLISFELPVMAPGRPQPDRDTPYVTMVEQKYNVQVIFSSRPKLHSSLVLVKGSEKEAGHVQEATQTLINFSCDNIASQILVNMQLEISPQHHEIVKGKNNTNLLSIMERTNTKIIFPDLSDMNVKPLKKSQVTITGTIEGVYKARQQLLGNLPIALIFDFPDNQNDASEIMSLSTKYGVYITLRQKQRQSTLAIVVKGVEKFIDKIYEARQEILRLTTPLIKPDIPERYFMPQDKDFNLVYRTTLTALLAGYNESPKTPNVMPATTGHIPLSPYASNNNPLINNNNNLVNNNNNNNNANLNQLNRQQFGGLYPTTPTGICSPTQKYLQIHNNSFARQQQQQQPPAAHQQHQPAAPPPHMQHPHHNNNYLQVLQQQHQHQQQSQPIHHHHQQQQLQQQTQMQPPIHMTQQHMPQTHNISPRNSCSNNTSGYQSFSSSTTSLEQAYPPFGNALGTAPNNGNNGPSLLSGNRRSPFSPDSNYNSEASCSRLGRRSSDGVLLGLGASGPIGPMIPGSAESYRNLHYDLKHNRTFDFDIKRAMGFKAMERPPVPGELRTPTPNWIGMGLSRTSPVPIETVDDLSPWNRGPTGSSTGLGGGANTLVSPYGMGSTTGIVDSTPTNRRLQLTQHKDIHSLLTALGLEHYIKIFVLNEIDLEMFMTLTEENLMELGITAFGARKKMLVAVHTLQANEAATSTMPQTSSNASSPRFSGSAAPGAERRPSNQW

Target ORF information:

RefSeq Version	XM_013261845.1
Organism	Stomoxys calcitrans(stable fly)
Definition	Stomoxys calcitrans protein bicaudal C (LOC106094616), transcript variant X1, mRNA.

Target ORF information:

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

XM_013261845.1

ORF Insert Sequence:

ATGAATGGAG CTGAATATTT TTTCGAGAGC GTTATGAAAA CAACTGAGAC TTATATAAGC 
TGGCCATGTA GGCTTAAAAT TGGAGCTAAA AGTAAAAAGG ACCCTCATGT ACGTATTGTG 
GGCAAAGCCG AAGAAGTGGC TAAAGCCAAG GAGCGCATTT TAGCAAGTTT GGATTCAAGA 
GGCACCCGAG TCATAATGAA AATGGATGTC TCCTACACGG ATCATTCCTA TATTATTGGA 
CGTGGCGGCA ACAATATCAA ACGCATCATG GAAGGAACTT CCACGCACAT ACATTTTCCC 
GATTCGAATC GTTCGAATCC CACGGAAAAA TCGAATCAAG TTTCACTATG TGGATCTTTA 
GAGGGTGTAG AAAAGGCTAG ATCTCTGGTT CGTCTTTCGA CACCCTTATT AATATCTTTT 
GAGTTGCCAG TGATGGCACC TGGACGTCCA CAACCAGATA GGGATACTCC ATATGTAACA 
ATGGTCGAGC AAAAATATAA TGTGCAGGTC ATATTCTCTT CTCGACCGAA ATTACACTCA 
TCCCTAGTTT TGGTTAAGGG CTCCGAAAAA GAAGCTGGAC ATGTTCAAGA AGCTACACAA 
ACCTTAATCA ACTTTTCTTG TGATAATATT GCAAGCCAAA TTTTAGTTAA TATGCAATTG 
GAAATATCAC CTCAGCATCA TGAAATTGTT AAAGGAAAAA ATAATACCAA TCTTTTGAGT 
ATTATGGAGC GTACAAACAC AAAGATAATC TTTCCCGATT TATCTGATAT GAATGTTAAG 
CCATTAAAAA AATCTCAAGT GACTATAACT GGGACCATAG AAGGTGTCTA TAAGGCACGA 
CAACAATTAC TTGGTAACTT ACCGATTGCC TTAATATTTG ACTTTCCCGA CAATCAAAAC 
GATGCCTCTG AAATAATGAG CCTTAGCACT AAATATGGCG TTTATATTAC ATTGCGTCAG 
AAGCAGAGAC AAAGCACTTT GGCCATTGTT GTTAAAGGAG TCGAAAAGTT TATAGACAAA 
ATCTACGAAG CCCGTCAAGA GATTTTACGT TTGACGACAC CCCTGATCAA GCCGGATATA 
CCGGAACGCT ATTTTATGCC ACAGGACAAA GATTTCAATT TGGTCTATCG CACCACATTA 
ACAGCTTTGT TGGCTGGCTA TAATGAAAGT CCAAAGACAC CCAATGTAAT GCCGGCAACT 
ACAGGACACA TACCTTTGTC CCCATATGCC AGCAACAACA ATCCTTTGAT CAACAACAAC 
AACAACCTTG TGAATAACAA TAATAACAAC AACAATGCTA ATTTAAATCA ATTAAATCGA 
CAACAATTCG GTGGTCTTTA TCCCACCACT CCCACGGGCA TTTGCTCACC TACTCAAAAA 
TATTTGCAGA TTCATAACAA TTCGTTTGCT AGACAACAAC AACAACAGCA ACCGCCTGCA 
GCACATCAAC AACATCAGCC AGCAGCACCA CCGCCTCATA TGCAACATCC ACATCACAAC 
AACAACTACT TACAGGTATT GCAACAACAG CATCAACATC AACAGCAGTC ACAACCCATT 
CACCATCATC ATCAACAGCA ACAATTACAA CAACAAACTC AAATGCAGCC TCCCATTCAT 
ATGACGCAAC AACATATGCC TCAAACACAC AATATTTCAC CGCGCAATAG CTGTAGCAAC 
AATACAAGTG GATATCAGAG TTTCAGCAGC AGCACCACCT CACTGGAACA GGCATATCCG 
CCATTTGGCA ATGCTCTGGG AACGGCCCCC AATAATGGCA ACAATGGTCC TTCGTTGCTT 
AGTGGTAATC GACGTTCACC ATTTTCACCC GACTCGAATT ATAACAGTGA GGCCAGTTGC 
AGTCGTTTAG GCCGTAGATC TAGCGATGGT GTCCTCTTAG GCCTGGGTGC CTCAGGACCT 
ATTGGGCCAA TGATACCTGG AAGCGCTGAA AGTTATCGTA ACCTACACTA TGACTTGAAG 
CACAATCGTA CTTTTGATTT TGACATAAAG CGCGCCATGG GTTTCAAGGC CATGGAACGT 
CCACCGGTTC CCGGGGAGTT GCGTACTCCC ACTCCCAACT GGATTGGCAT GGGTTTGAGT 
CGCACTTCGC CTGTTCCAAT CGAAACTGTC GACGATTTGT CACCCTGGAA TCGAGGCCCA 
ACAGGCTCTT CGACCGGTTT GGGCGGAGGG GCTAACACTC TTGTTTCACC TTATGGCATG 
GGTTCAACAA CCGGTATTGT TGACTCCACA CCAACAAATC GTCGTTTACA ATTGACTCAG 
CATAAGGATA TACATTCCTT ACTAACGGCT TTGGGCTTGG AACATTATAT CAAAATATTC 
GTTTTAAACG AAATCGACTT GGAAATGTTC ATGACCCTCA CCGAGGAAAA TCTAATGGAA 
TTGGGCATTA CTGCTTTTGG TGCCCGCAAG AAAATGCTAG TGGCCGTTCA CACGTTGCAG 
GCCAATGAGG CGGCCACATC TACAATGCCG CAAACATCGT CGAATGCTTC ATCACCACGA 
TTTTCAGGAT CTGCTGCACC AGGTGCTGAA CGTAGACCTT CCAATCAGTG GTAG

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

LOC106094616 ( XM_013261846.1 ) cDNA ORF clone, Stomoxys calcitrans(stable fly) -> XP_013117300.1 Stomoxys calcitrans protein bicaudal C (LOC106094616), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OSt101413
Clone ID Related Accession (Same CDS sequence)	XM_013261846.1
Accession Version	XM_013261846.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2424bp) 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	2015-07-28
Organism	Stomoxys calcitrans(stable fly)
Product	protein bicaudal C isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013174468.1) 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 :: Stomoxys calcitrans 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##

ATGAATGGAG CTGAATATTT TTTCGAGAGC GTTATGAAAA CAACTGAGAC TTATATAAGC 
TGGCCATGTA GGCTTAAAAT TGGAGCTAAA AGTAAAAAGG ACCCTCATGT ACGTATTGTG 
GGCAAAGCCG AAGAAGTGGC TAAAGCCAAG GAGCGCATTT TAGCAAGTTT GGATTCAAGA 
GGCACCCGAG TCATAATGAA AATGGATGTC TCCTACACGG ATCATTCCTA TATTATTGGA 
CGTGGCGGCA ACAATATCAA ACGCATCATG GAAGGAACTT CCACGCACAT ACATTTTCCC 
GATTCGAATC GTTCGAATCC CACGGAAAAA TCGAATCAAG TTTCACTATG TGGATCTTTA 
GAGGGTGTAG AAAAGGCTAG ATCTCTGGTT CGTCTTTCGA CACCCTTATT AATATCTTTT 
GAGTTGCCAG TGATGGCACC TGGACGTCCA CAACCAGATA GGGATACTCC ATATGTAACA 
ATGGTCGAGC AAAAATATAA TGTGCAGGTC ATATTCTCTT CTCGACCGAA ATTACACTCA 
TCCCTAGTTT TGGTTAAGGG CTCCGAAAAA GAAGCTGGAC ATGTTCAAGA AGCTACACAA 
ACCTTAATCA ACTTTTCTTG TGATAATATT GCAAGCCAAA TTTTAGTTAA TATGCAATTG 
GAAATATCAC CTCAGCATCA TGAAATTGTT AAAGGAAAAA ATAATACCAA TCTTTTGAGT 
ATTATGGAGC GTACAAACAC AAAGATAATC TTTCCCGATT TATCTGATAT GAATGTTAAG 
CCATTAAAAA AATCTCAAGT GACTATAACT GGGACCATAG AAGGTGTCTA TAAGGCACGA 
CAACAATTAC TTGGTAACTT ACCGATTGCC TTAATATTTG ACTTTCCCGA CAATCAAAAC 
GATGCCTCTG AAATAATGAG CCTTAGCACT AAATATGGCG TTTATATTAC ATTGCGTCAG 
AAGCAGAGAC AAAGCACTTT GGCCATTGTT GTTAAAGGAG TCGAAAAGTT TATAGACAAA 
ATCTACGAAG CCCGTCAAGA GATTTTACGT TTGACGACAC CCCTGATCAA GCCGGATATA 
CCGGAACGCT ATTTTATGCC ACAGGACAAA GATTTCAATT TGGTCTATCG CACCACATTA 
ACAGCTTTGT TGGCTGGCTA TAATGAAAGT CCAAAGACAC CCAATGTAAT GCCGGCAACT 
ACAGGACACA TACCTTTGTC CCCATATGCC AGCAACAACA ATCCTTTGAT CAACAACAAC 
AACAACCTTG CCACTCCCAC GGGCATTTGC TCACCTACTC AAAAATATTT GCAGATTCAT 
AACAATTCGT TTGCTAGACA ACAACAACAA CAGCAACCGC CTGCAGCACA TCAACAACAT 
CAGCCAGCAG CACCACCGCC TCATATGCAA CATCCACATC ACAACAACAA CTACTTACAG 
CCTCCCATTC ATATGACGCA ACAACATATG CCTCAAACAC ACAATATTTC ACCGCGCAAT 
AGCTGTAGCA ACAATACAAG TGGATATCAG AGTTTCAGCA GCAGCACCAC CTCACTGGAA 
CAGGCATATC CGCCATTTGG CAATGCTCTG GGAACGGCCC CCAATAATGG CAACAATGGT 
CCTTCGTTGC TTAGTGGTAA TCGACGTTCA CCATTTTCAC CCGACTCGAA TTATAACAGT 
GAGGCCAGTT GCAGTCGTTT AGGCCGTAGA TCTAGCGATG GTGTCCTCTT AGGCCTGGGT 
GCCTCAGGAC CTATTGGGCC AATGATACCT GGAAGCGCTG AAAGTTATCG TAACCTACAC 
TATGACTTGA AGGTAATAAT TGATCACAGT CACAATCGTA CTTTTGATTT TGACATAAAG 
CGCGCCATGG GTTTCAAGGC CATGGAACGT CCACCGGTTC CCGGGGAGTT GCGTACTCCC 
ACTCCCAACT GGATTGGCAT GGGTTTGAGT CGCACTTCGC CTGTTCCAAT CGAAACTGTC 
GACGATTTGT CACCCTGGAA TCGAGGCCCA ACAGGCTCTT CGACCGGTTT GGGCGGAGGG 
GCTAACACTC TTGTTTCACC TTATGGCATG GGTTCAACAA CCGGTATTGT TGACTCCACA 
CCAACAAATC GTCGTTTACA ATTGACTCAG CATAAGGATA TACATTCCTT ACTAACGGCT 
TTGGGCTTGG AACATTATAT CAAAATATTC GTTTTAAACG AAATCGACTT GGAAATGTTC 
ATGACCCTCA CCGAGGAAAA TCTAATGGAA TTGGGCATTA CTGCTTTTGG TGCCCGCAAG 
AAAATGCTAG TGGCCGTTCA CACGTTGCAG GCCAATGAGG CGGCCACATC TACAATGCCG 
CAAACATCGT CGAATGCTTC ATCACCACGA TTTTCAGGAT CTGCTGCACC AGGTGCTGAA 
CGTAGACCTT CCAATCAGTG GTAG

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

RefSeq	XP_013117300.1
CDS	13..2436
Translation	MNGAEYFFESVMKTTETYISWPCRLKIGAKSKKDPHVRIVGKAEEVAKAKERILASLDSRGTRVIMKMDVSYTDHSYIIGRGGNNIKRIMEGTSTHIHFPDSNRSNPTEKSNQVSLCGSLEGVEKARSLVRLSTPLLISFELPVMAPGRPQPDRDTPYVTMVEQKYNVQVIFSSRPKLHSSLVLVKGSEKEAGHVQEATQTLINFSCDNIASQILVNMQLEISPQHHEIVKGKNNTNLLSIMERTNTKIIFPDLSDMNVKPLKKSQVTITGTIEGVYKARQQLLGNLPIALIFDFPDNQNDASEIMSLSTKYGVYITLRQKQRQSTLAIVVKGVEKFIDKIYEARQEILRLTTPLIKPDIPERYFMPQDKDFNLVYRTTLTALLAGYNESPKTPNVMPATTGHIPLSPYASNNNPLINNNNNLATPTGICSPTQKYLQIHNNSFARQQQQQQPPAAHQQHQPAAPPPHMQHPHHNNNYLQPPIHMTQQHMPQTHNISPRNSCSNNTSGYQSFSSSTTSLEQAYPPFGNALGTAPNNGNNGPSLLSGNRRSPFSPDSNYNSEASCSRLGRRSSDGVLLGLGASGPIGPMIPGSAESYRNLHYDLKVIIDHSHNRTFDFDIKRAMGFKAMERPPVPGELRTPTPNWIGMGLSRTSPVPIETVDDLSPWNRGPTGSSTGLGGGANTLVSPYGMGSTTGIVDSTPTNRRLQLTQHKDIHSLLTALGLEHYIKIFVLNEIDLEMFMTLTEENLMELGITAFGARKKMLVAVHTLQANEAATSTMPQTSSNASSPRFSGSAAPGAERRPSNQW

Target ORF information:

RefSeq Version	XM_013261846.1
Organism	Stomoxys calcitrans(stable fly)
Definition	Stomoxys calcitrans protein bicaudal C (LOC106094616), transcript variant X2, mRNA.

Target ORF information:

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

XM_013261846.1

ORF Insert Sequence:

ATGAATGGAG CTGAATATTT TTTCGAGAGC GTTATGAAAA CAACTGAGAC TTATATAAGC 
TGGCCATGTA GGCTTAAAAT TGGAGCTAAA AGTAAAAAGG ACCCTCATGT ACGTATTGTG 
GGCAAAGCCG AAGAAGTGGC TAAAGCCAAG GAGCGCATTT TAGCAAGTTT GGATTCAAGA 
GGCACCCGAG TCATAATGAA AATGGATGTC TCCTACACGG ATCATTCCTA TATTATTGGA 
CGTGGCGGCA ACAATATCAA ACGCATCATG GAAGGAACTT CCACGCACAT ACATTTTCCC 
GATTCGAATC GTTCGAATCC CACGGAAAAA TCGAATCAAG TTTCACTATG TGGATCTTTA 
GAGGGTGTAG AAAAGGCTAG ATCTCTGGTT CGTCTTTCGA CACCCTTATT AATATCTTTT 
GAGTTGCCAG TGATGGCACC TGGACGTCCA CAACCAGATA GGGATACTCC ATATGTAACA 
ATGGTCGAGC AAAAATATAA TGTGCAGGTC ATATTCTCTT CTCGACCGAA ATTACACTCA 
TCCCTAGTTT TGGTTAAGGG CTCCGAAAAA GAAGCTGGAC ATGTTCAAGA AGCTACACAA 
ACCTTAATCA ACTTTTCTTG TGATAATATT GCAAGCCAAA TTTTAGTTAA TATGCAATTG 
GAAATATCAC CTCAGCATCA TGAAATTGTT AAAGGAAAAA ATAATACCAA TCTTTTGAGT 
ATTATGGAGC GTACAAACAC AAAGATAATC TTTCCCGATT TATCTGATAT GAATGTTAAG 
CCATTAAAAA AATCTCAAGT GACTATAACT GGGACCATAG AAGGTGTCTA TAAGGCACGA 
CAACAATTAC TTGGTAACTT ACCGATTGCC TTAATATTTG ACTTTCCCGA CAATCAAAAC 
GATGCCTCTG AAATAATGAG CCTTAGCACT AAATATGGCG TTTATATTAC ATTGCGTCAG 
AAGCAGAGAC AAAGCACTTT GGCCATTGTT GTTAAAGGAG TCGAAAAGTT TATAGACAAA 
ATCTACGAAG CCCGTCAAGA GATTTTACGT TTGACGACAC CCCTGATCAA GCCGGATATA 
CCGGAACGCT ATTTTATGCC ACAGGACAAA GATTTCAATT TGGTCTATCG CACCACATTA 
ACAGCTTTGT TGGCTGGCTA TAATGAAAGT CCAAAGACAC CCAATGTAAT GCCGGCAACT 
ACAGGACACA TACCTTTGTC CCCATATGCC AGCAACAACA ATCCTTTGAT CAACAACAAC 
AACAACCTTG CCACTCCCAC GGGCATTTGC TCACCTACTC AAAAATATTT GCAGATTCAT 
AACAATTCGT TTGCTAGACA ACAACAACAA CAGCAACCGC CTGCAGCACA TCAACAACAT 
CAGCCAGCAG CACCACCGCC TCATATGCAA CATCCACATC ACAACAACAA CTACTTACAG 
CCTCCCATTC ATATGACGCA ACAACATATG CCTCAAACAC ACAATATTTC ACCGCGCAAT 
AGCTGTAGCA ACAATACAAG TGGATATCAG AGTTTCAGCA GCAGCACCAC CTCACTGGAA 
CAGGCATATC CGCCATTTGG CAATGCTCTG GGAACGGCCC CCAATAATGG CAACAATGGT 
CCTTCGTTGC TTAGTGGTAA TCGACGTTCA CCATTTTCAC CCGACTCGAA TTATAACAGT 
GAGGCCAGTT GCAGTCGTTT AGGCCGTAGA TCTAGCGATG GTGTCCTCTT AGGCCTGGGT 
GCCTCAGGAC CTATTGGGCC AATGATACCT GGAAGCGCTG AAAGTTATCG TAACCTACAC 
TATGACTTGA AGGTAATAAT TGATCACAGT CACAATCGTA CTTTTGATTT TGACATAAAG 
CGCGCCATGG GTTTCAAGGC CATGGAACGT CCACCGGTTC CCGGGGAGTT GCGTACTCCC 
ACTCCCAACT GGATTGGCAT GGGTTTGAGT CGCACTTCGC CTGTTCCAAT CGAAACTGTC 
GACGATTTGT CACCCTGGAA TCGAGGCCCA ACAGGCTCTT CGACCGGTTT GGGCGGAGGG 
GCTAACACTC TTGTTTCACC TTATGGCATG GGTTCAACAA CCGGTATTGT TGACTCCACA 
CCAACAAATC GTCGTTTACA ATTGACTCAG CATAAGGATA TACATTCCTT ACTAACGGCT 
TTGGGCTTGG AACATTATAT CAAAATATTC GTTTTAAACG AAATCGACTT GGAAATGTTC 
ATGACCCTCA CCGAGGAAAA TCTAATGGAA TTGGGCATTA CTGCTTTTGG TGCCCGCAAG 
AAAATGCTAG TGGCCGTTCA CACGTTGCAG GCCAATGAGG CGGCCACATC TACAATGCCG 
CAAACATCGT CGAATGCTTC ATCACCACGA TTTTCAGGAT CTGCTGCACC AGGTGCTGAA 
CGTAGACCTT CCAATCAGTG GTAG