digital microfluidics
Also written as: DMF — Digital Microfluidics
Laboratory technology using electrical forces to manipulate discrete droplets for automated newborn screening assays.
Full Definition
Digital microfluidics (DMF) represents an emerging laboratory automation technology that manipulates discrete droplets of reagents and samples using electrical forces on a chip-based platform. In newborn screening applications, DMF technology can automate complex multi-step assays by precisely controlling droplet movement, mixing, heating, and detection on a single disposable cartridge. This technology offers advantages including reduced sample and reagent volumes, decreased contamination risk, faster processing times, and the ability to perform multiple different assays on a single platform. DMF systems are particularly valuable for newborn screening laboratories seeking to increase throughput while maintaining or improving assay quality and reducing manual intervention.
Usage
Usage note: Hyphenate when used as a compound modifier; may be abbreviated as DMF in technical literature.
In Context
- "The laboratory evaluated digital microfluidics technology for high-throughput newborn screening applications." — Research proposal
- "Digital microfluidics platforms reduce reagent consumption while improving assay precision." — Technology assessment