≥99.7% EtOH CAS No: 64-17-5 Formula: C2H6O or CH3CH2OH Molecular weight: 46.07g/mol Density: 0.7900g/mL Storage temperature: 5 to 30°C Boiling point: 78°C Melting point: -114°C Flash point: 14°C Meets ACS specifications Manufactured in ISO9001 certified facilities  Packaged under nitrogen 0.2um filtered Container material: HDPE Ship to US inland address only. This item is not for cross border or international shipping! Safety Data Sheet MSDS

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≥99.7% EtOH CAS No: 64-17-5 Formula: C2H6O or CH3CH2OH Molecular weight: 46.07g/mol Density: 0.7900g/mL Storage temperature: 5 to 30°C Boiling point: 78°C Melting point: -114°C Flash point: 14°C Meets ACS specifications Manufactured in ISO9001 certified facilities  Packaged under nitrogen 0.2um filtered Container material: HDPE Ship to US inland address only. This item is not for cross border or international shipping! Safety Data Sheet MSDS

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≥99.7% EtOH CAS No: 64-17-5 Formula: C2H6O or CH3CH2OH Molecular weight: 46.07g/mol Density: 0.7900g/mL Storage temperature: 5 to 30°C Boiling point: 78°C Melting point: -114°C Flash point: 14°C Meets ACS specifications Manufactured in ISO9001 certified facilities  Packaged under nitrogen 0.2um filtered Container material: HDPE Ship to US inland address only. This item is not for cross border or international shipping! Safety Data Sheet MSDS

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A negative control siRNA should be included in a complete siRNA experiment. Our negative control siRNA and fluorescence-labeled negative control siRNA don’t have homology with any mammalian gene. The fluorescence-labeled negative control siRNA can be used for optimizing transfection condition and as a non-specific negative control. 1 OD=2.5-3 nmol Shipping cost for all siNRA orders is $40.

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A negative control siRNA should be included in a complete siRNA experiment. Our negative control siRNA and fluorescence-labeled negative control siRNA don’t have homology with any mammalian gene. The fluorescence-labeled negative control siRNA can be used for optimizing transfection condition and as a non-specific negative control. 1 OD=2.5-3 nmol Shipping cost for all siNRA orders is $30.

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A positive control siRNA is a known siRNA which can effectively silence a specific gene. It can be used in a parallel control experiment to ensure optimized experimental conditions and the effect of gene silencing. Available for Positive Control siRNA duplex: Lamin A/C MAPK1 p53 GFP274 β-actin Vimentin Luciferase GL2 GAPDH Cyclophilin B 1 OD=2.5-3 nmol Shipping cost for all siNRA orders is $30.

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A positive control siRNA is a known siRNA which can effectively silence a specific gene. It can be used in a parallel control experiment to ensure optimized experimental conditions and the effect of gene silencing. Available for Positive Control siRNA duplex: Lamin A/C MAPK1 p53 GFP274 β-actin Vimentin Luciferase GL2 GAPDH Cyclophilin B 1 OD=2.5-3 nmol Shipping cost for all siNRA orders is $30.

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A positive control siRNA is a known siRNA which can effectively silence a specific gene. It can be used in a parallel control experiment to ensure optimized experimental conditions and the effect of gene silencing. Available for Positive Control siRNA duplex: Lamin A/C MAPK1 p53 GFP274 β-actin Vimentin Luciferase GL2 GAPDH Cyclophilin B 1 OD=2.5-3 nmol Shipping cost for all siNRA orders is $30.

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A positive control siRNA is a known siRNA which can effectively silence a specific gene. It can be used in a parallel control experiment to ensure optimized experimental conditions and the effect of gene silencing. Available for Positive Control siRNA duplex: Lamin A/C MAPK1 p53 GFP274 β-actin Vimentin Luciferase GL2 GAPDH Cyclophilin B 1 OD=2.5-3 nmol Shipping cost for all siNRA orders is $30.

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The siRNA oligo can be labeled in the four different ends of double stranded by multiple markers. The labeled siRNA can be observed by flow cytometry, fluorescence microscopy, and laser scanning confocal microscope, which can determine whether the transfection is effective, and optimize transfection conditions. The labeled siRNA can also be used in siRNA intracellular localization and double labeling experiments (with labeled antibody) to track those siRNA transfected cells, then the reduction of target protein expression will be integrated with the transfection. Labeling of the anti-sense 5’ end will influence the gene silencing activity, so labeling of this site is not recommended. Modification of any of other three ends has no influence on silencing activity. We recommend to modifying the 5’ end of sense strand, which is the best recognized chemical labeling locus. Fluorescence-label includes 5'-FAM (green), 5'-Cy3 (red) and 3'-Cy3 (red). The labeled siRNA oligos are in double stranded form (duplex), and purified by HPLC. 1 OD=2.5-3 nmol Shipping cost for all siNRA orders is $30.  

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The siRNA oligo can be labeled in the four different ends of double stranded by multiple markers. The labeled siRNA can be observed by flow cytometry, fluorescence microscopy, and laser scanning confocal microscope, which can determine whether the transfection is effective, and optimize transfection conditions. The labeled siRNA can also be used in siRNA intracellular localization and double labeling experiments (with labeled antibody) to track those siRNA transfected cells, then the reduction of target protein expression will be integrated with the transfection. Labeling of the anti-sense 5’ end will influence the gene silencing activity, so labeling of this site is not recommended. Modification of any of other three ends has no influence on silencing activity. We recommend to modifying the 5’ end of sense strand, which is the best recognized chemical labeling locus. Fluorescence-label includes 5'-FAM (green), 5'-Cy3 (red) and 3'-Cy3 (red). The labeled siRNA oligos are in double stranded form (duplex), and purified by HPLC. 1 OD=2.5-3 nmol Shipping cost for all siNRA orders is $30.  

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The siRNA oligo can be labeled in the four different ends of double stranded by multiple markers. The labeled siRNA can be observed by flow cytometry, fluorescence microscopy, and laser scanning confocal microscope, which can determine whether the transfection is effective, and optimize transfection conditions. The labeled siRNA can also be used in siRNA intracellular localization and double labeling experiments (with labeled antibody) to track those siRNA transfected cells, then the reduction of target protein expression will be integrated with the transfection. Labeling of the anti-sense 5’ end will influence the gene silencing activity, so labeling of this site is not recommended. Modification of any of other three ends has no influence on silencing activity. We recommend to modifying the 5’ end of sense strand, which is the best recognized chemical labeling locus. Fluorescence-label includes 5'-FAM (green), 5'-Cy3 (red) and 3'-Cy3 (red). The labeled siRNA oligos are in double stranded form (duplex), and purified by HPLC. 1 OD=2.5-3 nmol Shipping cost for all siNRA orders is $30.  

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