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Cell analysis usually involves a sequence of steps such as culture, separation, trapping, analysis and collection. Microfabricated system provides great potential to incorporate several steps of an assay into a single system. In present study, a dielectrophoresis (DEP) microdevice was developed for trapping cells and programmable releasing cells under single-cell level. The structure of DEP chip consisted...
We demonstrated the capability of cell trapping with combination of dielectrophoresis (DEP) and 3D microstructures array and also designed a multi-layer electrodes for impedance measurement of particles in the prior work. In the present study, in order to discriminate live and dead cells based on impedance measurement, a DEP chip consisted of microcavities array and three-layer electrodes was designed...
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