The Microfluidic Biomolecular team is developing an integrated microfluidic system for simple and robust biomolecular amplification with an inexpensive reader to conduct a rapid and complicated analysis of a range of samples encountered in the field. They are targeting this microfluidic biomolecular amplification reader (MicroBAR) at global health diagnostics, with a specific focus on tuberculosis detection and classification based on drug resistant genotype. Funds will be used to return to South Africa to scale up their project for field deployment.
Smart Diaphragm (UC Berkeley)
Vaginal infections in pregnant women pose two major health risks for the unborn child: preterm birth and vertical transmission of infection. Currently, there are limited
April 20, 2015
