Cell-like polymer microparticles for calibration of flow-based devices

The Darling Lab article “Effect of elastic modulus on inertial displacement of cell-like particles in microchannels” was accepted for publication in Biomicrofluidics. This study demonstrated how polymer cell mimics of defined size and stiffness could be used to map out the flow paths of cells, which vary in these characteristics, within a microfluidic device. Congratulations to lead author Ryan Dubay!

Eric Darling