Selecting the appropriate nucleic acid extraction system requires balancing sample type, input volume and downstream application requirements such as PCR, qPCR or next-generation sequencing (NGS). Different sample matrices introduce distinct challenges, including low nucleic acid abundance, inhibitor presence or sample variability, which directly influence method selection.
Magen provides a comprehensive portfolio of sample preparation solutions based on silica membrane and magnetic bead technologies, supporting both manual and automated workflows. All systems are developed with a focus on consistent performance across diverse biological samples.
This guide is designed to help laboratories and distributors quickly identify suitable Magen kits based on sample type and processing requirements, and to navigate between column-based and magnetic bead–based workflows where appropriate.
For workflow-oriented guidance by research area, including oncology, pathogen detection and plant research, please refer to our Application pages.
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DNA Silica column technology |
DNA Magnetic bead technology |
RNA Silica column technology |
RNA Magnetic bead technology |
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Rich small fragment, remove >500 bp
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Rich small fragment, remove >500 bp
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DNA Silica column technology |
DNA Magnetic bead technology |
RNA Silica column technology |
RNA Magnetic bead technology |
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Total RNA, including miRNA, or large/small RNA fractionation
Two-column workflow with DNase
Recommended for clinical tumor tissue or DNA-sensitive projects
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Total RNA + miRNA
Chloroform/MagZol workflow
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Suitable for blood preservation and transportation workflows
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For PAXgene Blood Tube samples
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DNA Silica column technology |
DNA Magnetic bead technology |
RNA Silica column technology |
RNA Magnetic bead technology |
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R4011 Total RNA (<20 mg soft tissue / <1 × 10⁷ cells)
Use one column
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Two-column workflow with gDNA removal column
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Automation-optimized workflow with no pause
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Total RNA, including miRNA, or large/small RNA fractionation
Two-column workflow with DNase
Recommended for clinical tumor tissue or DNA-sensitive projects
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MagZol-based workflow
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MagZol lysis and phase separation
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Total RNA, including miRNA, or separate purification of miRNA and RNA >200 nt
MagZol lysis and phase separation
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Chemical lysis miRNA workflow
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DNA Silica column technology |
DNA Magnetic bead technology |
RNA Silica column technology |
RNA Magnetic bead technology |
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Removal of short fragments; optimized for NGS
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For complex samples requiring higher purity
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Higher RNA integrity
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Higher DNA/RNA yield
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DNA Silica column technology |
DNA Magnetic bead technology |
RNA Silica column technology |
RNA Magnetic bead technology |
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CTAB-based workflow for complex samples
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Phenol + column workflow
For fruit and starch-rich samples
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Without chloroform; routine extraction
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For polyphenol- and polysaccharide-rich plant samples
Dual-column workflow without chloroform
First choice for unknown or variable plant samples
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Without chloroform; routine extraction
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Without chloroform; routine extraction
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CTAB-based workflow for complex samples
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Without chloroform; routine extraction
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include miRNA
CTAB-based workflow for difficult samples when standard methods result in low yield or purity
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DNA Silica column technology |
DNA Magnetic bead technology |
RNA Silica column technology |
RNA Magnetic bead technology |
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DNA Silica column technology |
DNA Magnetic bead technology |
RNA Silica column technology |
RNA Magnetic bead technology |
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Pathogen PCR detection
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Rapid extraction
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Designed for tuberculosis (TB) detection
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mNGS-oriented workflow with host background nucleic acid reduction and low-background reagent system
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tNGS-oriented with low-background reagent system
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mNGS-oriented workflow with host background nucleic acid reduction and low-background reagent system
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