Cell Segmentation and Tracking in Microfluidic Platform

Droplet Microfluidic Platform for Cell Electrofusion

Microfluidic Enabling Platform for Cell-based Assays

We have developed proprietary technologies for executing continuous flow assays in biochips which mimic human capillaries. Such technologies are integral to the rapidly growing laboratory instrumentation sector for applications in drug discovery, biotechnology, medical diagnostics and environmental studies. A common link between all sectors is the movement toward miniaturization to increase thr...

In Vitro Study of Cancer Cell Extravasation in Microfluidic Platform

Cancer metastases arise from the cancer cells that disseminate from the primary tumor, intravasate into the vascular system and eventually transmigrate across the endothelium into to a secondary site through a process of extravasation. Microfluidic systems have a major advantage in studying cancer extravasation since they can mimic aspects of the 3D in vivo situation in a controlled environment...

Applications of Quantum Dots in Cell Tracking

Tracking cells after transplantation is always one the main concerns of researchers in the field of regenerative medicine. Finding a tracer with long stability and low cytotoxicity can be considered as a solution for this issue. Semiconductor nanocrystals, also called quantum dots (QDs), have unique photophysical properties which make them as suitable candidate in this setting. Broad-range exci...

Development of cell metabolite analysis on microfluidic platform☆

Cell metabolite analysis is of great interest to analytical chemists and physiologists, with some metabolites having been identified as important indicators of major diseases such as cancer. A high-throughput and sensitive method for drug metabolite analysis will largely promote the drug discovery industry. The basic barrier of metabolite analysis comes from the interference of complex componen...