Dielectrophoretic separation of particles finds a variety of applications in the capture of
species such as cells, viruses, proteins, DNA from biological systems, as well as other …

Continuous-flow dielectrophoretic (DEP) particle separation based on size is demonstrated
in a microfluidic device. Polystyrene microspheres suspended in a neutrally buoyant …

A review is presented on the CE analysis of colloidal/nano particles. Topics discussed
include the CE separation of polymeric, inorganic, microbial (ie viruses, bacteria, fungi, and …

Dielectrophoresis is the movement of particles in nonuniform electric fields and has been of
interest for application to manipulation and separation at and below the microscale. This …

Separation of closely related nanoparticles is still a challenging issue for the
characterization of complex mixtures for industrial/research applications or regulatory …

The separation of microparticles with respect to different properties such as size and
material is a research field of great interest. Dielectrophoresis, a phenomenon that is …

Phenomena associated with microscale electrophoresis separations cannot, in many cases,
be applied to the nanoscale. Thus, understanding the electrophoretic characteristics …

This paper presents the characterization of angled microelectrode array as dielectrophoretic
microfluidic device for the continuous flow-through separation of particles. The operation of …

The advent of nanotechnology has facilitated the preparation of colloidal particles with
adjustable sizes and the control of their size-dependent properties. Physical manipulation …

In proteomics, the need to precisely examine the protein compounds of small samples,
requires sensitive analytical methods which can separate and enrich compounds with high …