Postage-stamp-sized microfluid chips that perform multiple chemical reactions in sequence may boost production of imaging tracers for biological research, drug discovery, and patient diagnostics, say developers at UCLA.
Previous microfluid chips, in contrast, were only able to do simple chemical reactions. Researchers programmed the microchip to follow a five-step process that makes an injectable imaging tracer called FDG. FDG mimics glucose in the body and is commonly used for patients receiving positron emission tomography (PET) scans to pinpoint cancer-cell activity.
The multistep microchips make FDG faster and more efficiently than conventional methods, cost about $10, and are disposable.
Ensure workplace safety and compliance with our comprehensive Lockout/Tagout (LOTO) Safety Training course. Learn critical procedures to prevent serious injuries.
Join our expert webinar to discover essential safety control measures and best practices for engineering a truly safe and compliant industrial environment.
An innovative aircraft with electric drives combines the best of both worlds. The cross between drone and helicopter could mean significantly faster and more efficient air emergency...
Effective when other materials fail, ceramics are particularly suitable for applications requiring wear and chemical resistance, sliding characteristics or biocompatibility. Discover...
Voice your opinion!
To join the conversation, and become an exclusive member of Machine Design, create an account today!
