Engineered microbes for the diagnosis and treatment of disease

EPIC member Will Navarre hosts Robert Britton (Baylor College of Medicine) as part of the Department of Molecular Genetics seminar series. Advances in synthetic biology have given rise to opportunities to use bacteria to sense and respond to human disease. In this...
Harnessing synthetic biology to create low-cost diagnostics and improve infectious disease surveillance

Harnessing synthetic biology to create low-cost diagnostics and improve infectious disease surveillance

EPIC Doctoral Award recipient Justin Vigar is using synthetic biology to develop rapid, low-cost diagnostic tools to combat infectious diseases. He and his lab mates are creating a customizable, paper-based platform that uses pocket-sized slips of paper with genetic circuits embedded onto them. The circuitry is built by freeze drying proteins and other molecular components, which function as amplifiers and sensors, directly onto the paper.