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In disease prophylaxis, single cell inspection provides more in-depth information than that made available from conventional examinations. At the single cell level, the electrical properties of the cell are helpful in understanding the effects of the cellular behavior. The electric field distribution affects the results of single cell impedance measurement and the electrode geometry affects the electric...
The electrical properties of single cells provide fundamental insights into their pathological condition and are therefore of immense interest to medical practitioners. Accordingly, this study captures single HeLa cells using a microfluidic device and then measures their impedance properties using a commercial impedance spectroscopy system. The experimental system is modeled by an equivalent electrical...
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