This FFPE DNA isolation kit provides a fast, safe, and xylene-free method for extracting high-quality DNA from formalin-fixed, paraffin-embedded (FFPE) tissues.
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FFPE DNA Isolation Kit
HigherPurity™ FFPE DNA Isolation Kit provides a fast, safe, and xylene-free method for extracting high-quality DNA from formalin-fixed, paraffin-embedded (FFPE) tissues.
Its optimized two-phase protocol (Deparaffinization + DNA Extraction) ensures pure, inhibitor-free DNA, ideal for PCR, qPCR, NGS, and STR analysis, even from long-archived samples.
HigherPurity™ FFPE DNA Isolation Kit provides an easy, rapid, and highly efficient method for extracting and purifying DNA from formalin-fixed, paraffin-embedded (FFPE) tissue samples, the most common form of long-term preservation for archived pathological specimens.
The extraction process consists of two optimized phases:
1) Deparaffinization, using a proprietary non-toxic buffer that completely dissolves paraffin without the use of flammable or malodorous solvents such as xylene or d-limonene.
2) DNA Isolation, delivering high-quality, inhibitor-free DNA ideal for sensitive downstream molecular applications.
The result is high-purity DNA suitable for reliable PCR, qPCR, NGS, or STR analysis, even from decades-old FFPE samples.
Advantages & Features
- High-quality DNA: suitable for all molecular biology downstream applications.
- Fast and simple: total extraction process completed in less than 2 hours 45 min with minimal hands-on time.
- Safe and solvent-free: eliminates the need for xylene or other toxic organic solvents.
- High purity and yield: complete removal of contaminants and PCR inhibitors.
- Low elution volume: concentrated DNA recovery between 15–30 µL.
- Long-term preservation: optimized for stable extraction from archived FFPE samples.
- Comprehensive kit: includes all reagents for both Deparaffinization and DNA Extraction phases.
See our other DNA and RNA purification kits
References
- BRAF V600E mutational load as a prognosis biomarker in malignant melanoma. PLOS ONE 2020.
