Micro manipulator array for nano-bioelectronics era

Abstract

This article consists of a collection of slides from the author's conference presentation on micro manipulator arrays for nano-bioelectronic applications. Some of the specific topics discussed include: the special features of a micro manipulator array using a novel MEMS-based structures; the demonstration of direct physical control of the interaction between yeast cells and silica particles in liquid for the first time; the adsorption of the particle to the cell was demonstrated using vibrational energy; and Joule heating energy according to external excitation. These results of these tests show a potential impact in medical fields such as physical antibiotics and cell treatments and next generation bio-electronics schemes.