The biophysical analysis of single-cells by microfluidic impedance cytometry is emerging as
a label-free and high-throughput means to stratify the heterogeneity of cellular systems …

Microfluidic electrical impedance flow cytometry is now a well-known and established
method for single-cell analysis. Given the richness of the information provided by impedance …

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

As a paradigm shifting player of tissue engineering, organs-on-chips (OOCs) are considered
to hold great potential for future “clinical trials on chip” as well as a step forward to design …

As a label-free, low-cost, and noninvasive tool, impedance measurement has been widely
used in single-cell characterization analysis. However, due to the tiny volume of cells, the …

Since it was first proposed in 2007, inertial microfluidics has been extensively studied in
terms of theory, design, fabrication, and application. In recent years, with the rapid …

Since being invented, droplet microfluidic technologies have been proven to be perfect tools
for high-throughput chemical and biological functional screening applications, and they …

In this work, we investigated the ability of impedance flow cytometry to measure the shape of
single cells/particles. We found that the impedance pulses triggered by micro-objects that …

The effective analysis of the basic structure and functional information of bioparticles are of
great significance for the early diagnosis of diseases. The synergism between microfluidics …

Tracking the lateral position of single cells and particles plays an important role in evaluating
the efficiency of microfluidic cell focusing, separation and sorting. In this work, we present an …