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Introducing MAGneat gDNA Extraction kit – Now Optimised for Bacterial Samples!
Extracting high-quality DNA from bacterial samples has long been a challenging process due to the tough cell walls of many bacterial species, the risk of contamination, and the complexity of isolating pure genetic material for downstream applications. Traditional methods often involve labour-intensive protocols, the use of hazardous chemicals, and inconsistent yields. Researchers and laboratories require an efficient, reliable, and scalable solution to streamline bacterial DNA extraction while maintaining the highest purity and integrity of the genetic material.
The MAGneat gDNA Extraction Kit revolutionises bacterial DNA extraction by combining cutting-edge magnetic bead technology with a streamlined workflow for optimal efficiency. Designed to overcome the limitations of traditional extraction methods, MAGneat ensures high-yield, high-purity DNA isolation with minimal hands-on time.
Why Choose MAGneat for Bacterial DNA Extraction?
- Superior Lysis Efficiency: Effectively breaks down bacterial cell walls using a powerful Lysis Buffer and Proteinase K mastermix together with bead-beating homogenization step, ensuring complete DNA release.
- Magnetic Bead-Based Purification: Utilises MAGneat magnetic beads and a specialised Binding Buffer for highly selective DNA recovery, reducing contaminants and inhibitors.
- High Yield & Purity: Optimised chemistry guarantees high-quality gDNA, ideal for PCR, qPCR, sequencing, and other molecular biology applications.
- Works Across Bacterial Strains: Whether you’re dealing with tough Gram-positive cell walls or Gram-negative bacteria, MAGneat delivers consistent results across a broad spectrum of species.
- Compatible with Automation: Designed for both manual and automated processing, enabling high-throughput DNA extraction in research and clinical labs.
Upgrade your bacterial DNA extractions with MAGneat gDNA extraction kit – because your research deserves the best. View the application note here.
