Electric Field Gradient Devices for Manipulating Particles

Mark Hayes (Inventor)

Research output: Patent

Abstract

Methods and devices for manipulating molecules and particles using multiple areas of non-uniform electric field regions are described. The method is based on the combined, simultaneous effects of electrophoretic, electroosmotic and dielectrophoretic forces on a particle withink a non-uniform electric field. This interplay between electrophoretic and dielectrophoretic foreces can be exploited for enhanced particle discrimination, separation and concentration compared to that possible by utilizing only one of these forces.
Original languageEnglish (US)
StatePublished - Aug 12 2005

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title = "Electric Field Gradient Devices for Manipulating Particles",
abstract = "Methods and devices for manipulating molecules and particles using multiple areas of non-uniform electric field regions are described. The method is based on the combined, simultaneous effects of electrophoretic, electroosmotic and dielectrophoretic forces on a particle withink a non-uniform electric field. This interplay between electrophoretic and dielectrophoretic foreces can be exploited for enhanced particle discrimination, separation and concentration compared to that possible by utilizing only one of these forces.",
author = "Mark Hayes",
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N2 - Methods and devices for manipulating molecules and particles using multiple areas of non-uniform electric field regions are described. The method is based on the combined, simultaneous effects of electrophoretic, electroosmotic and dielectrophoretic forces on a particle withink a non-uniform electric field. This interplay between electrophoretic and dielectrophoretic foreces can be exploited for enhanced particle discrimination, separation and concentration compared to that possible by utilizing only one of these forces.

AB - Methods and devices for manipulating molecules and particles using multiple areas of non-uniform electric field regions are described. The method is based on the combined, simultaneous effects of electrophoretic, electroosmotic and dielectrophoretic forces on a particle withink a non-uniform electric field. This interplay between electrophoretic and dielectrophoretic foreces can be exploited for enhanced particle discrimination, separation and concentration compared to that possible by utilizing only one of these forces.

M3 - Patent

ER -