Overcome the Biggest Bottleneck in FFPE Sample Prep

Name of Content: How To Streamline FFPE Sample Preparation for High-Quality DNA and RNA Analysis Title Overcome the Biggest Bottleneck in FFPE Sample Prep Body FFPE tissue remains the gold standard for long-term sample preservation, but extracting usable DNA and RNA for next-generation sequencing continues to be one of the most unreliable steps in the workflow. Traditional deparaffinization methods rely on hazardous organic solvents, require multiple manual washes, and often leave researchers with fragmented, degraded nucleic acids that compromise downstream results. The latest acoustic-based extraction approaches remove paraffin and rehydrate tissue in minutes, using aqueous buffers instead of toxic chemicals. This whitepaper breaks down exactly how the process works and what it means for labs handling FFPE samples at scale. Bullet Points Download this whitepaper to learn: Why traditional xylene-based deparaffinization puts sample quality, safety, and scalability at risk How a solvent-free, acoustic extraction method preserves nucleic acid integrity and improves RNA quality How to simultaneously extract high-quality DNA and RNA from the same FFPE sample