In the fast-paced world of microbiology, efficiency, consistency, and reliability are key. Manual nucleic acid extraction workflows, while familiar, often present challenges - from variable yields and user-dependent errors to time-consuming preparation steps.
As laboratory demands grow, automating extraction is no longer a convenience - it’s an essential upgrade for labs aiming to deliver accurate, reproducible results - faster.
Automated systems like HeiDi-NA, Microzone’s compact nucleic acid extraction platform, streamline sample processing and remove the inconsistencies inherent in manual extractions. With HeiDi-NA, laboratories can expect:
- Improved yield and purity through precise magnetic bead-based extraction.
- Enhanced reproducibility, with every sample processed under identical, controlled conditions.
- Reduced hands-on time, freeing staff for higher-value analytical work.
- Rapid turnaround, processing multiple samples simultaneously with minimal setup.
HeiDi-NA’s flexibility makes it an ideal solution for a wide range of microbiological applications:
- Optimised DNA extraction: Paired with Microzone’s MAGneat gDNA Extraction Kit, HeiDi-NA delivers efficient, reliable recovery of bacterial and fungal DNA - ready for PCR, qPCR, or sequencing.
- Streamlined RNA workflows: The MyZol for TRIzol - MAGneat RNA Kit automates extraction from TRIzol-preserved samples, providing pathogen inactivation and simplifying a previously complex, labour-intensive process. The kit has been validated for reliable microbial and viral RNA extraction.
- Sequencing-ready clean-up: HeiDi-NA performs magnetic bead-based purification of sequencing libraries, removing impurities for high-quality data. Compatible with MAGneat PCR Clean Up Beads.
By combining robust chemistry with intuitive automation, Microzone’s HeiDi-NA System empowers laboratories to simplify workflows, increase throughput, and achieve consistent, high-quality results - every time.
Discover how HeiDi-NA and MAGneat kits can transform your nucleic acid workflows.
