Extracellular vesicles (EVs) are emerging as novel therapeutics, particularly in cancer and
degenerative diseases. Nevertheless, from both market and clinical viewpoints, high‐yield …

Light field microparticle image velocimetry (LF-μPIV) can realize the three-dimensional (3D)
microscale velocity field measurement, but the spatial resolution of the velocity field is low …

Microreactors are very attractive for intensifying chemical and biochemical reactions, as they
enable a large heat transfer with high control of the operating conditions. These features …

Vortex instability in cavity flow is a fundamental component of microfluidic applications such
as flow mixing, nanoparticle synthesis, and cell/particle manipulation. In contrast to …

An experimental study was conducted to characterize flow fields in a cross-shaped mixer by
particle image velocimetry technique (PIV). Instantaneous flow fields describe the formation …

The study of flow and particle dynamics in microfluidic cross-slot channels is of high
relevance for lab-on-a-chip applications. In this work, we investigate the dynamics of a rigid …

Stentor coeruleus, a single-cell ciliated protozoan, is a model organism for wound healing
and regeneration studies. Despite Stentor's large size (up to 2 mm in extended state) …

Capturing of microscale particles through microfluidics has been a flourishing research area
in chemical and biological engineering applications. This work follows our previous report …

Deviations of conventional flows in laminar and turbulent regimes due to vortex formations
were considered in a 2D thin-film electrochemical reactor. The effects of surface roughness …

Flow patterns in a cross-shaped channel with two inlets and two outlets at 30< Re< 350
were identified by plane laser induced fluorescence. The effects of outlets flow rates ratio (M …