Reporting for the PBS NewsHour, Nsikan Akpan highlights a new study co-authored by MIT researchers that examines how many NIH grants lead to new patents and medications. Prof. Pierre Azoulay explains that the study, “provides evidence that the research done in the public sector is useful — it’s relevant for the research done by private-sector firms.”
Newsweek reporter Jessica Wapner writes about a new study by MIT researchers that provides evidence that NIH funding contributes to a large number of patents in the field of biomedicine. The findings indicate that NIH-funded research “is not being done in an ivory tower,” explains Prof. Pierre Azoulay. “Companies use it as input in their own discovery efforts.”
The March 2017 issue of Italian design magazine Domus includes a special section that explores the fringes of architectural innovation in four aspects: design, materials, production, and interaction. Curated by Prof. Carlo Ratti, director of the MIT Senseable City Lab, the section’s articles feature an array of MIT architects, designers, and innovators.
Nature reporter Elie Dolgin writes about Prof. Pierre Azoulay’s new research that shows NIH funding has a significant impact on innovation in the field of biomedicine. Azoulay explains that from an economic standpoint the U.S. is “under-investing overall” in biomedical research.
Los Angeles Times reporter Melissa Healy writes that a new study by Prof. Pierre Azoulay examining the impact of NIH-funded research shows that NIH funding, “fuels the kinds of innovations that drive the U.S. economy.” Azoulay explains, “NIH public funding expenditures have large effects on the patenting output of the private sector.”
A study by Prof. Pierre Azoulay demonstrates the significant impact of NIH funding on biomedical patents, reports Carolyn Johnson for The Washington Post. Azoulay explains, “if your view was that the research done by academics...[has] no ramifications for the real world and the development of new medicines — well, that view is not correct.”
Bruce Gellerman of WBUR spotlights Ambri, an MIT startup co-founded by Prof. Donald Sadoway and alumnus David Bradwell that creates liquid metal batteries. Ambri’s “molten metal technology is at the cutting edge of the emerging energy storage industry,” writes Gellerman.
WBUR reporter Asma Khalid reports on how The Engine could help the Boston-area innovation ecosystem. Katie Rae, president and CEO of The Engine, explains that The Engine will support startups focused on tough technologies, which “take longer than most venture capital firms want to take bets on."
Katie Rae, president and CEO of The Engine, speaks with Meghna Chakrabarti of Radio Boston about her new role and why The Engine is aimed at addressing the gap between science and commercialization. Rae explains that The Engine will be focused on “investing very early into the translational stage for science-oriented startups.”
The Copenhagen Wheel, created by Senseable City Lab researchers, transforms a regular bicycle into a semi-autonomous mode of transport, writes Bob Woods for CNBC. “We realized that unless you somehow change the bike, it's hard to imagine it as a solution for transportation, and that means increasing its capacity to go farther,” explains Assaf Biderman, the lab’s associate director.
Nima, a startup founded by alumni Shireen Yates and Scott Sundvor, has been named to CNBC’s list of 25 promising start-ups for its portable food allergy detector, reports Ashley McHugh-Chiappone. “I just wanted a quick, easy way to test a piece of the dish and see for myself if it was gluten-free," says Yates of her inspiration for the device.
In an article for The New York Times, Shefali Luthra writes about innovative solutions to combat rising prescription drug prices. Luthra speaks with Jose Gomez-Marquez, an instructor at MIT, about his lab, which promotes do-it-yourself medical technology. “If you have extreme health care circumstances, you will find extreme health care ingenuity,” Gomez-Marquez explains.
NBC News reporter Kristi Eaton writes about Saathi, an MIT startup aimed at increasing access to sanitary pads for women in rural India. “Only 16 percent [of women] have access to sanitary pads in India,” explains Saathi co-founder Kristin Kagetsu, adding that access is important because it means women “can go to school and work more.”
Oscar Williams of The Huffington Post writes that MIT researchers have designed a coating that allows liquids to slid out of containers, which could cut down on food waste. “In packages there are about 40 billion packs with material stuck in packages so the technology has the potential to significantly reduce waste,” says MIT alumnus and LiquiGlide co-founder David Smith.
In this article and video, BBC reporter Pallab Ghosh examines how MIT researchers have developed a coating that makes it possible to squeeze every drop of ketchup and toothpaste out of a container. “Because the coating is a composite of solid and liquid, it can be tailored to the product,” explains Prof. Kripa Varanasi.