Microfluidic technologies have a unique ability to control more precisely and effectively on
two-phase flow systems in comparison with macro systems. Controlling the size of the …

The low probability of a drug candidate's clinical success, the time consumed and the high
cost of bringing a drug from concept to market emphasizes the need for new approaches to …

This work presents a flexible manipulation solution on droplet formation based on the
modified T-junction with a rectangular rib to reduce the droplet size and improve …

Droplet‐based microreactors are of great interest to researchers due to their incredible
ability in the synthesis of micro/nano‐materials with multi‐function and complex geometry. In …

Single-cell analysis is critical to understanding its heterogeneity and biological processes,
such as stem cell differentiation, and elucidating the underlying mechanisms of cellular …

While shear emulsification is a well understood industrial process, geometrical confinement
in microfluidic systems introduces fascinating complexity, so far prohibiting complete …

The non-Newtonian shear-thinning droplet formation mechanism in a T-junction
microchannel is experimentally investigated using the aqueous solutions of xanthan gum as …

Microfluidic principles have been extensively utilized as powerful tools to fabricate controlled
monodisperse cell-laden hydrogel microdroplets for various biological applications …

A Tesla valve is a passive check valve but with no-moving parts. The unique diode nature of
Tesla valves makes them attractive for fluid control in many engineering fields, such as …

The encapsulation of particles in droplets using microfluidic devices finds application across
several fields ranging from biomedical engineering to materials science. The encapsulation …