In Uganda, the most common type of water tap is manual, requiring a user to open and close it with their hand. If the tap is at a public water point, there is 60% chance that the person will walk away with an infection, since adherence to recommended practices, such as rinsing the tap after use is low. Other solutions like sensors are either too costly or not readily available thus preventing their wide scale adoption. PedalTap technology is modifying the existing water tap system to create a no touch cost effective solution for developing countries. We are using metal scrap which is readily available at low cost on the market. With PedalTap, reduced potent and infectious diseases spread, reduced nosocomial infections, better hand washing behaviour and reduced water wastage at water points. There is no hand contact so no risk/ fear of picking infection from the tap at public water point.
MicroFluidic Biomolecular Amplification Reader for Infectious Disease Agents in South Africa (UC Berkeley)
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