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13
Apr
Maximizing NGS Library Yields: Uncompromised Biotin Capture
High-efficiency biotinylated nucleic acid capture for reproducible NGS workflows.
In NGS workflows, target capture efficiency directly determines library yield, sequencing depth, and overall experimental success. Biofargo Leadonano™ Streptavidin magnetic beads are engineered to maximize recovery of biotinylated DNA and RNA while minimizing sample loss.
Performance Validation in NGS Capture
We evaluated Biofargo Leadonano™ 1 μm Streptavidin beads in targeted capture workflows using biotinylated nucleic acid libraries.
Performance was benchmarked against industry-standard 1 μm beads under identical experimental conditions.
Key findings include:
- Equivalent nucleic acid recovery compared to global benchmark brands
- Stable and reproducible capture efficiency across samples
- Consistent performance in complex molecular libraries
Fig.1 Gel electrophoresis analysis of captured biotinylated DNA fragments in NGS workflows
Why It Matters
Optimized capture performance translates directly into higher library yield and improved sequencing reliability.
- High binding capacity for rare nucleic acid targets
- Uniform particle size for automated liquid handling
- Rapid magnetic response for efficient separation
- Minimized loss of low-abundance transcripts
These features ensure robust performance across applications such as liquid biopsy, spatial transcriptomics, and multi-omics research.
Available Products
Biofargo team
