… In this approach, two normal cells are made into two symmetric cells by swapping the
anode of one with the cathode of the other. The cathode processes, especially the charge-transfer …

… A six-electrode impedance chamber is used to perform wide-bandwidth (10 Hz - 3 MHz), …
impedance measurements to evaluate the electrical properties of living cells under normal …

… impedance spectroscopy are re-examined and a review is given of the role that impedance
spectroscopy … of our understanding of cellular and synthetic membranes, cell biophysics and …

… Here we review applications of impedance spectroscopy with special attention to 3D cell …
Initially, the developers of impedance spectroscopic techniques aimed at studying of cells …

In this work, cell adhesion and electroporation effects have been studied through impedance
measurements. Chinese Hamster Ovary (CHO-K1) cells have been plated and grown …

… impedance and phase angles of the materials is measured by a multiple frequency impedance
analyzer (impedance … Electrochemical impedance have been widely used to estimate …

… electrical impedance spectroscopy system. The EIS system is used to obtain the impedance
… In order to further explore the electrical impedance characteristics of cells in biological …

… -cell ultra-wideband (UWB) impedance spectroscopy with a … on impedance spectroscopy
instead of dielectric spectroscopy, … , “Study of normal and malignant white blood cells by time …

… that make the interior of the cell more negative than its normal resting potential (of say -80 …
well analyzed by impedance spectroscopy [13-15, 18, 19, 39]. The linear properties of cells of …

… The area of the counter electrode is normally much larger than that of the working electrode
to minimize its contribution to the cell impedance. This size difference is especially important …