In this paper, a method for continuous flow separation of circulating malignant cells from
blood in a microfluidic device using dielectrophoresis is discussed. Separation of MDA231 …

Drop motion and deformation of a conducting drop in a perfect (or leaky) dielectric fluid and
a leaky dielectric drop in a leaky dielectric fluid, in a non-uniform electric field is presented …

In this study, the migration of microparticles towards the inertial equilibrium positions in a
straight microchannel with a square cross section in the presence of an inhomogeneous …

This article details the development of an experimentally validated model for tracking the
movement of microparticles in a continuous flow microfluidic device employing …

We present a device that can achieve controlled transport of colloidal microparticles using
an array of micro-electrodes. By exciting the micro-electrodes in regular sequence with an …

We present the development of a dynamic model for predicting the trajectory of
microparticles in microfluidic devices, employing dielectrophoresis, for Hyperlayer field‐flow …

In a microbiological device, cell or particle manipulation and characterization require the use
of electric field on different electrodes in several configurations and shapes. To efficiently …

The paper presents the principles and the results of the implementation of dielectrophoresis
for separation and identification of rare cells such as circulation tumor cells (CTCs) from …

This chapter provides a brief overview of three actuation mechanisms that are relevant for
biomedical applications of microfluidics. Actuation mechanisms are employed in the field of …

This article details the development of a validated dynamic model for predicting the path of
microparticles subjected to a dielectrophoretic field, on a microfludic device, for hyperlayer …