In a piece for The Atlantic, Sarah Laskow writes about how MIT researchers have developed a new drug-delivery capsule that could serve as an alternative to injections. The new drug capsule would make it possible to “deliver drugs that would otherwise break down in the digestive tract.”
Reporting for Scientific American, Cynthia Graber examines how MIT researchers have developed a battery coating that reduces the risk of injury if swallowed. Inside the coating, “microparticles of conductive metal are suspended in an insulating layer,” Graber explains.
BBC News reporter Jonathan Webb writes that researchers from MIT have created child-safe batteries by developing a coating that allows batteries to conduct electricity only when squeezed. The “pressure-sensitive design makes use of a property called quantum tunneling, which is also used in touch pads and screens,” writes Webb.
Alison Bruzek of NPR reports that MIT researchers have developed a shield that can prevent the electrical currents in a battery from damaging the esophagus. The material used to create the shield is already commercially available, NPR reports, making the coating a cheap solution to the issue of children swallowing batteries.
Atlantic reporter Cari Romm reports on how MIT researchers have devised an alternative drug-delivery method: A pill covered with tiny needles. The researchers plan to improve their current design by creating a “fully biodegradable version of the pill.”
WCVB reports that researchers from MIT and Massachusetts General Hospital have developed a pill coated with tiny needles that can deliver drugs directly into the digestive tract. The pill was found to deliver insulin more efficiently than current methods, WCVB reports.
“Researchers at the Massachusetts Institute of Technology have developed a pill-like capsule that injects medication into the stomach lining after being swallowed,” reports Sky News. The new capsule could allow for oral delivery of drugs that currently must be injected.
MIT scientists have developed a pill coated in tiny needles that allows medicine to be absorbed through the lining of the stomach, writes Brooks Hays of UPI. Initial trials showed that the pill delivered insulin more efficiently than an injection.
The Boston Globe writes about Professor Sangeeta Bhatia's commitment to mentoring her students. “It's heartening to know that, tucked away in labs all over our region, solution-driven scientists like Sangeeta Bhatia are tinkering and building — and encouraging others to do the same.”
Boston Globe reporter Chris Reify writes that Professor Sangeeta Bhatia has been awarded the 2014 $500,000 Lemelson-MIT Prize. “Dr. Bhatia is a wonderful example of a woman who has used her brilliance, skill and creativity to radically improve the detection and treatment of serious global health issues,” says Dorothy Lemelson, Lemelson Foundation chair.
NBC News reports that MIT Prof. Sangeeta Bhatia has been awarded the Lemelson-MIT prize for her work designing miniaturized biomedical tools. "As innovations emerge, we're constantly asking whether they can be repurposed for one of the two diseases we concentrate on: liver disease and cancer,” says Bhatia.
David Pogue of the PBS show NOVA examines Professor Paula Hammond’s work developing a new type of vaccine that delivers a DNA patch via tiny microscopic needles. Using DNA as the vaccine is a “very unique but also very powerful” approach, Hammond explains.
Andrea Timpano of Boston Magazine reports on the new biodegradable nanoscale film developed by MIT researchers. The film could be used to deliver long-lasting medication for patients suffering from chronic pain.
“We may be just years away from the longest-lasting and most hassle-free contraceptive ever invented,” writes Eliana Dockterman for Time about new implantable contraception being developed by MIT startup MicroCHIPS.
“The concept was conceived two years ago when Bill Gates visited Robert Langer’s MIT lab,” writes Sarah Gray for Salon about a new implantable, contraceptive microchip. The chip can be controlled remotely and lasts for 16 years.