Abstract
Droplet-based micro total analysis systems (μTAS) have been investigated by many researchers and used in bioengineering. In these systems, individual water-in-oil (W/O) droplets perform as micro-reactors. To manipulate W/O droplets, an electrostatic field is one of the most useful tools. For example, by applying a direct current electric field between electrodes soaked in oil, W/O droplets in the electrodes spacings reciprocate due to dielectrophoretic force and Coulomb force. In this study, gene transformation to Escherichia coli (E. coli) cells by using the droplet reciprocation was carried out. A droplet containing E. coli and plasmid DNA was located between the electrodes and DC voltage was applied. As a result, the transformants were obtained. Therefore the gene transformation by the electrostatic droplet manipulation was confirmed. In this method, sample volume can be smaller than that of conventional method. Therefore, our novel gene transfection method is expected to be a new tool in miniaturized bioengineering.
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