Product Number: RNK5401
Shipping and Storage
Components
Component | Storage | RNK5401 50preps |
Buffer CLB | RT | 50 ml |
PLANTaid | RT | 5 ml |
Buffer RLT Plus | RT | 25 ml |
Buffer RW1 | RT | 40 ml |
Buffer RW | RT | 10 ml |
RNase-free H2O | RT | 10 ml |
Genomic DNA clearance column and collection tube | RT | 50 |
RNase free adsorption column RA and collection tube | RT | 50 |
Description
Bone tissue is hard, bone cell density is low, and the peripheral matrix contains a large amount of mucins (proteoglycans) and RNA, which are difficult to separate and cannot be high-quality extracted using the traditional Trizol method. This reagent kit uses a unique phenol/chloroform free lysis solution and adds multiple components to remove bone tissue proteoglycans. Meanwhile, the unique genomic DNA clearance column technology can effectively remove gDNA residues, and the obtained RNA generally does not require DNase digestion and can be used for reverse transcription PCR, fluorescence quantitative PCR, and other experiments. The unique Buffer CLB and Buffer RLT Plus rapidly lyse cells and inactivate cell RNA enzymes, centrifuge precipitate to remove polysaccharides and secondary metabolites, then lyse the mixture and regulate RNA binding with ethanol to adsorb onto the genomic DNA clearance column. RNA is selectively washed and filtered, and residual DNA adsorbed on the genomic DNA clearance column cannot be washed off and discarded along with the column to remove DNA. After adjusting the binding conditions with ethanol, the filtered RNA selectively adsorbs onto the silica matrix membrane in a highly dissociated salt state. Through a series of rapid rinsing centrifugation steps, Buffer RW1 and Buffer RW remove impurities such as cell metabolites and proteins. Finally, low salt RNase free H2O washes the pure RNA off the silica matrix membrane.
Features
Application
Suitable for rapid extraction of total RNA from bone tissue cells, unique genomic DNA clearance column technology can effectively remove visible gDNA residues on electrophoresis. RNA can be used for reverse transcription PCR, fluorescence quantitative PCR, etc.