For the first time, the impedance spectrum of a live Jurkat T-lymphocytes human cell was
characterized in a single sweep, spanning six decades of frequency from 9 kHz to 9 GHz …

For ultra-wideband (9 kHz-9 GHz) 2-port impedance spectroscopy of a biological cell,
sensitivity analysis was carried out for extracting lumped cell characteristics such as …

This paper describes the first application of a double-shell model in ultra-wideband
impedance spectroscopy of a live cell. The impedance spectrum measured from 9 kHz to 9 …

Human activity recognition (HAR) is a vast branch of research that focuses on determining
the specific action of a person according to sensor data. However, predicting human activity …

Single-connection in situ calibration using biocompatible solutions is demonstrated in single-
cell sensing from 0.5 to 9 GHz. The sensing is based on quickly trap** and releasing a live …

For the first time, both lower and upper crossover frequencies of the real part of the Clausius-
Mossotti function were calculated by using cell parameters measured on the same …

The crossover frequency around 50 kHz from positive force to negative force predicted by
the Clausius-Mossotti function was experimentally validated in single-cell dielectropho-resis …

The article deals with broadband microwave measurements performed on single dead and
living biological cells from CHO and HepG2 cell lines. It reports results obtained with …

In this paper, a sensing concept for the monitoring of electroporation of biological cells is
presented. This concept includes sensing of all relevant steps during the electroporation of …

This paper describes the first application of a double-shell model in ultra-wideband
impedance spectroscopy of a live cell. The impedance spectrum measured from 9 kHz to 9 …