Nucleic-acid extraction
Control inhibitors and preserve nucleic-acid integrity through lysis, binding, washing and elution.
- Sample lysis
- Magnetic-bead or membrane binding
- Inhibitor removal
- Low-volume elution
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GENOMICS WORKFLOWS
A traceable path from sample to result across extraction, amplification, sequencing preparation and quality control.
Request workflow guidanceWORKFLOW MAP
Control inhibitors and preserve nucleic-acid integrity through lysis, binding, washing and elution.
Recommended products
Use primer design, reaction composition, cycling parameters and controls to support reliable PCR detection.
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Coordinate fragmentation, end repair, adapter ligation, indexing, enrichment and library quantification.
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Combine concentration, purity, fragment distribution, contamination and coverage in one QC record.
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Research evidence is provided for workflow context and is not a product-performance guarantee.
RESEARCH UPDATES
Amplification and detection
A deep-learning study shows how small efficiency differences can create large product-ratio bias in multi-template PCR.
Nature Communications · 2025-10-16Amplification and detection
UMIs trace original molecules and help correct amplification errors for more accurate sequencing-molecule counts.
Nature Methods · 2024-02-05Nucleic-acid extraction
A magnetic silica-bead workflow designed to shorten sample preparation and support automation.
Scientific Reports · 2025-04-15Quality control
An open toolkit for nanopore DNA/RNA signal alignment, visualization and modification detection at the data-QC layer.
Nature Methods · 2025-06-23Quality control
A contamination-screening workflow using k-mer alignment and action reports to identify exogenous sequence in genome data.
Genome Biology · 2024-02-22Sequencing library preparation
A low-input DNA library workflow that reduces amplification steps in a one-tube preparation design.
Nature Communications · 2024-07-10Sequencing library preparation
Targeted enrichment combined with nanopore sequencing to improve coverage in a defined antimicrobial-resistance workflow.
Nature Communications · 2025-06-09