Product description
The BioDeviceLab Microfluidic On-Chip Lysis and Extraction Chip enables efficient disruption of cells or microorganisms followed by controlled release and transport of intracellular components within a compact microfluidic architecture. The chip integrates dedicated lysis regions—implemented through constrictions, serpentine shear zones, or reagent-mixing segments—upstream of an extraction and transport channel. This passive, valve-free design allows lysis efficiency to be tuned through flow rate, channel geometry, or reagent composition while maintaining low dead volume and minimal sample loss. Fabricated from optically transparent, lab-grade polymer, the platform supports real-time visualization and seamless integration with downstream purification, sensing, or amplification modules.
Key features
Integrated lysis region for controlled cell disruption
Passive operation with no moving parts or active valves
Tunable lysis efficiency via flow and geometry
Optically transparent for monitoring lysis and transport
Low dead-volume design for efficient sample handling
Compatible with reservoir-based or Luer-lock interfacing
Applications
Cell and microbial lysis for molecular analysis
On-chip preparation for nucleic acid or protein extraction
Sample preprocessing for PCR, sequencing, or biosensing
Integration into automated lab-on-a-chip workflows
Point-of-care and translational microfluidic assays
