A unique platform to fabricate tunable micropatterns at an electrically floating electrode has
been developed via an enhanced combination of dielectrophoresis (DEP) and alternating …

Electrically polarizable micro‐and nanoparticles and droplets can be trapped using the
gradient electric field of electrodes. But the spatial profile of the resultant dielectrophoretic …

This article reports an original concept enabling the rapid fabrication of continuous-flow
microfluidic chips with a programmable and reconfigurable geometry. The concept is based …

Insulator‐based dielectrophoresis (iDEP) exploits the electric field gradients formed around
insulating structures to manipulate particles for diverse microfluidic applications. Compared …

In this work, we demonstrate continuous and discrete functions in a digital microfluidic
platform in a programmed manner. Digital microfluidics is gaining popularity in biological …

Digital microfluidics, with a distinctive manner of droplet actuation via electrowetting on
individually addressable electrodes, has made tremendous scientific and technical …

Continuous sample switching is an essential process for developing an integrated platform
incorporating multiple functionality with applications typically ranging from chemical to …

We propose a simplified multifunctional traffic control approach that effectively combines
dielectrophoresis (DEP) and alternating current electrothermal (ACET) flow to realize …

We proposed herein a unique method of insulator-decorated bipolar electrochemistry
(IDBE), for realizing large-scale separation of bioparticles in microchannels driven by AC …

The dispensing of tiny droplets is a basic and crucial process in a myriad of applications,
such as DNA/protein microarray, cell cultures, chemical synthesis of microparticles and …