… a cell. We demonstrate time-dependent measurement of single cell impedance produced in
… First, the system is used to assay the response of HeLa cells to the effects of the surfactant …

… as cells and beads possible. In particular, we and others 30–34 have developed methods in
performing impedance spectroscopy of single cells at … the impedance of single cells flowing …

… single cells without the need for cell … single-cell electroporation and EIS for label-free
single-cell analysis. The system allows for time-resolved single-cell monitoring and precise cell …

… In this work, micro electrical impedance spectroscopy (μEIS) on single cells was used to …
bovine chromaffin cells. μEIS has the capability to differentiate cells based on cellular properties …

… or multiple stimuli cannot be easily untangled to reveal specific cellular property change(s). …
single-cell impedance spectroscopy can be harnessed to concurrently track several cellular …

… Measurements of the dielectric (or impedance) properties of cells can be used as a general
… a novel impedance spectroscopy technique for the analysis of single biological cells in …

… cells and electrical impedance spectroscopy (EIS) to monitor … of single-cell impedance
sensing devices are reviewed first, including impedance flow cytometry to sense flowing cells and …

… In this review we present a unified approach for single cell dielectric spectroscopy. … , we
give a comparative overview over the dielectrophoretic sorting and impedance spectroscopy. …

… discuss alternative single cell … Single cell electrical impedance spectroscopy is also discussed
with relevance to a microfabricated flow cytometer. We compare impedance spectroscopy …

… It is important to point out that the main aim of the study was to test a single cell rather than
a single-cell population for its both IFC and EIS results. So we decided to test the same cell six …