Rowland Junior Fellow
Rowland Institute at Harvard
100 Edwin H. Land Blvd.
Cambridge, MA 02142
Website: µFluidic Biophysics Lab
Single-cell deformability has been recently identified as a critical biomarker for various diseases and it varies considerably based on phenotypes. Current cell deformability measurement techniques, however, are inherently low throughput for statistical analysis of large heterogeneous biological samples. We focus on developing high-throughput microfluidic techniques for measuring intrinsic properties of single cells, including intracellular viscosity, membrane tension/elasticity and Young's modulus. These measurements will allow us to identify potential genetic-alterations and phenotype-changes, responsible for modification in such properties of cells. Furthermore, systematic determination of single-cell mechanical properties in a rapid and standardized manner will expedite an adoption of aforementioned properties as new types of biomarkers for phenotype characterizations. These newly revealed biomarkers should provide efficient tools for determining the cell state and phenotype, which are potentially useful for cancer diagnostics and prognostics, cell-based therapeutics as well as developmental biology.