At this year's Innovation Forum at Princeton, Robert Pagels had three minutes to pitch his team's new method to cram several months' worth of medicine into a single injection. His presentation won top honors at the Keller Center's 12th Annual Innovation Forum last week.
Small packages: Nanoparticles improve drug delivery A technique for encapsulating drug molecules in tiny plastic-like coatings shows promise for improving treatment of cancer and tuberculosis, while aiding the laboratory testing of new drugs. Robert Prud’homme, professor of chemical and biological engineering, developed the fundamental method, called “flash nanoprecipitation,” and has numerous collaborations with companies, medical researchers and engineering colleagues to de
Princeton engineering faculty teamed up with visiting researchers as part of an NSF-supported project to bolster strengthen science, engineering and mathematics research and education at historically black colleges and universities.
Frontiers of health: Little lifesavers: Nanoparticles improve delivery of medicines and diagnotistcs
Tiny particles filled with medicine may also contain answers to some of the biggest human health problems, including cancer and tuberculosis. The secret is the size of the package. A team led by Robert Prud'homme, professor of chemical engineering and director of the Program in Engineering Biology, created the particles, which are only 100 to 300 nanometers wide -- more than 100 times thinner than a human hair.