… and simple full blood cell analysis systems that could be used … cell impedance cytometer
that performs a white blood cell … that measure the impedance of single cells at two frequencies. …

… full blood count using impedance analysis. A microfluidic network design for red blood cell
(RBC) lysis is presented, and the diffusive mixing processes are analyzed using experimental …

… the theory for impedance analysis of a single cell in a microchip. We … on impedance alone,
the three main leukocyte (white blood cell) sub… Fluorescence analysis of the cells is performed …

… sorter prior to single-cell impedance measurement in a microfluidic … detected between healthy
and activated leukocytes (TNF-α/… leukocyte phenotypes and suggest leukocyte impedance …

… AC impedance cytometer for blood cell differentiation. The estimated limit of detection (LOD)
for particle volumes using threshold based analyses is … of impedance signals of leukocyte …

… is approximately 1000 to 1, therefore to enable measurement of the leukocytes in a practical
time scale, the red cells must be removed so that they are not counted. If the RBCs were …

… have a large membrane capacitance and size, enabling clear discrimination from all other
leukocytes. Impedance analysis is used to follow changes in cell viability when cells are kept …

… of white blood cells based on a home-developed impedance flow cytometry with corresponding
3-part differential of leukocytes realized. More specifically, leukocytes were separated …

… co-flow with leukocytes through the … impedance readout and complicating signal analysis.
Hence, there exists a critical need to develop impedance biosensing platforms with leukocyte …

… The cytometer is based on electrical impedance measurements of single cells flowing …
impedance cytometer (MIC) [11]–[13]. In this study the MIC is used to enumerate leukocyte counts …