Two immiscible phases are used in microfluidics to create droplets. These are: The continuous phase (oil, medium in which droplets flow) The dispersed phase (water, the droplet) Microfluidic ...

As the demand for innovative materials continues to grow—particularly in response to today's technological and environmental ...

This article details why pulsation impacts flow stability in microfluidics and how it affects precision and accuracy.

A programmable approach, whereby flow rates and profiles (pulsatile or continuous) can be tuned to match that of a specific human organ more accurately, has been adopted by CN Bio’s PhysioMimix™ OOC ...

Araci's background is in optics and microfluidics. He has been developing device technologies for continuous health monitoring for the ... and their potential to control fluid flow. Araci and his team ...

Come with your questions about how — and why — to build your own microfluidics devices, and find out how modern biohackers are learning to “go with the flow.” Our Hack Chats are live commu ...

This fully aqueous, continuous flow process avoids harmful organic solvents and offers enhanced safety, scalability, and environmental performance. A collaboration led to the creation of a water ...