Magen Continues to Expand Technical Resources for
Nucleic Acid Sample Preparation
Magen continues to expand its online purchase guides and technical articles, helping laboratories and distribution partners select extraction systems, understand workflow differences and address practical sample preparation challenges. The collection connects product information with extraction principles and application requirements, providing technical guidance alongside individual product protocols.
Making product selection easier to navigate
The Purchase Guide section provides a starting point for selecting extraction systems by sample type, target nucleic acid, input volume and processing requirements. Dedicated guides cover FFPE, tissue and cell RNA, blood RNA, viral and pathogen nucleic acids, plant samples and plasmid DNA. Guides to spin columns and DNA/RNA binding beads extend this support to purification materials, helping readers identify suitable options within the Magen portfolio.
Explaining the technical choices behind extraction workflows
Workflow articles explain how different extraction strategies address specific sample preparation needs. The cfDNA overview describes column-based extraction, magnetic bead extraction and fragment enrichment in relation to sample volume, target abundance and fragment profile. FFPE guidance examines DNA, RNA and co-extraction routes, including how partitioning and processing conditions serve different recovery and RNA quality priorities.
For viral and pathogen samples, the workflow overview distinguishes routine PCR preparation, low-background workflows for targeted sequencing and host-background reduction for metagenomic sequencing. These explanations help readers understand the reasons for choosing a particular extraction route.
Example. mNGS-oriented pathogen enrichment and extraction workflow
Connecting extraction strategies with research applications
Application articles place these technical choices in a research context. The cfDNA application series explores oncology, methylation analysis, fragmentomics, prenatal research and emerging applications. FFPE articles discuss extraction choices for molecular oncology studies, including PCR, targeted sequencing, whole-exome sequencing and RNA analysis. The emphasis is on identifying the sample preparation characteristics that matter for the intended analysis.
Supporting practical understanding and troubleshooting
Articles on extraction principles, nucleic acid quality and troubleshooting provide a foundation for interpreting laboratory results. Topics include molecular separation in RNA workflows, sample matrix constraints, RNA degradation control and the limitations of absorbance-based purity measurements. Together, they help users consider recovery, integrity, molecular background and downstream compatibility when assessing extraction performance.
Example. MagZol lysis, phase separation and silica fractionation
Beyond standard protocols, these resources help users apply extraction principles to diverse sample types, troubleshoot experimental challenges and develop tailored pretreatment and extraction strategies. Magen also provides technical support and customization services to address specific sample and application requirements.
Through this continuing work, Magen is building a technical resource collection that supports both product selection and effective kit use. Laboratories can use it to guide experimental decisions, while distribution partners can draw on it to explain product differences and support customer discussions.
Explore the Magen Purchase Guide and Technical Solutions.