Development of a Crossing Constriction Channel Based Microfluidic Cytometry Enabling the High-Throughput Quantification of Single-Cell Electrical Phenotypes

摘要

) of single cells. In operations, cells in suspension were forced to squeeze through the major constriction channel and effectively seal rather than invading into the side constriction channel, leading to variations in impedance data. Based on an equivalent circuit model, these raw impedance data were translated into C