Microfluidic impedance cytometry shows a great value in biomedical diagnosis. However,
the crosstalk between neighboring microelectrodes strongly weakens the impedance signal …

Single-cell analysis has gained considerable attention for disease diagnosis, drug
screening, and differentiation monitoring. Compared to the well-established flow cytometry …

In microfluidic impedance cytometry, the change in impedance is recorded as an individual
cell passes through a channel between electrodes deposited on its walls, and the particle …

Submicron-precision particle characterization is crucial for counting, sizing and identifying a
variety of biological particles, such as bacteria and apoptotic bodies. Microfluidic impedance …

Microfluidic impedance cytometry (MIC) has emerged as a popular technique for single-cell
analysis. Traditional MIC electrode designs consist of a pair of (or three) working electrodes …

A long-standing issue for microfluidic impedance cytometry devices is the accuracy in
determining the size of cells during counting and measurements. In this paper, we introduce …

We demonstrate a novel multielectrode sensing method for extracting signal from noise in a
microfluidic impedance cytometer through introducing redundancy in our measurements …

Single-cell impedance analysis can provide valuable information for characterizing and
discriminating cells. In this paper, a cost-effective portable microfluidic impedance cytometer …

Electrical impedance flow cytometry (EIFC) based on microfluidic chips has be en applied to
particle and bacterial cell analysis, but detection of submicron particles is limited by the …

In this study, we introduce novel method of flow cytometry for cell detection based on
impedance measurements. The state of the art method for impedance flow cytometry …