Conference PaperDigital Photography Techniques in Microfluidics: Exposure Bracketing for High Dynamic Range Magnetophoretic CytometryCivelekoglu, Ozgun; Wang, Ningquan; Liu, Ruxiu; Boya, Mert; Ozkaya-Ahmadov, Tevhide; Sarioglu, A. FatihDue to the vast difference in surface expression levels among cell populations, flow cytometers must possess a dynamic range sufficiently high to accommodate such variations. We recently introduced a microchip-based flow cytometer that combines magnetophoresis and distributed Coulter sensing. Inspired from digital photography techniques, we implemented exposure bracketing in magnetophoretic cell sorting to enhance the dynamic range of cell surface expression measurements with our electronic cytometry chip.2019-10-2710399321MicroTAS 2019https://doi.org/1752170National Science Foundation