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Newsweek

Scientists at MIT are developing a self-boosting vaccine that can provide multiple doses of a vaccine via a single injection, reports Darko Manevski for Newsweek. The technology “could be particularly useful for administering childhood vaccinations in regions where people do not have regular access to medical care,” writes Manevski.

The Economist

MIT scientists are developing self-boosting vaccine technology that could allow people to receive all of their vaccine doses in one shot, reports The Economist. This technology “would be a game-changer, not only for future pandemics but also for vaccination programs in remote regions where it is harder to deliver boosters,” The Economist notes.

The Wall Street Journal

Wall Street Journal reporter Daniela Hernandez spotlights the work of Media Lab Research Scientist Andreas Mershin in developing sensors that can detect and analyze odors. Mershin “is focusing on medical applications of olfaction technology. Inspired by dogs that have demonstrated an ability to sniff out malignancies in humans, he’s working on an artificial-intelligence odor-detection system to detect prostate cancer.”

Stat

STAT reporters Katie Palmer and Casey Ross spotlight how Prof. Regina Barzilay has developed an AI tool called Mirai that can identify early signs of breast cancer from mammograms. “Mirai’s predictions were rolled into a screening tool called Tempo, which resulted in earlier detection compared to a standard annual screening,” writes Palmer and Ross.

The Washington Post

MIT researchers are developing innovations aimed at improving Covid-19 diagnostics, including an atomic-level test designed to increase testing accuracy, reports Steven Zeitchik for The Washington Post. Professor James Collins and his team are developing “a mask that uses freeze-dried technology to detect the coronavirus.”

Good Morning America

Prof. Regina Barzilay speaks with Good Morning America about her work developing a new AI tool that could “revolutionize early breast cancer detection” by identifying patients at high risk of developing the disease. “If this technology is used in a uniform way,” says Barzilay, “we can identify early who are high-risk patients and intervene.”

The Washington Post

Washington Post reporter Steve Zeitchik spotlights Prof. Regina Barzilay and graduate student Adam Yala’s work developing a new AI system, called Mirai, that could transform how breast cancer is diagnosed, “an innovation that could seriously disrupt how we think about the disease.” Zeitchik writes: “Mirai could transform how mammograms are used, open up a whole new world of testing and prevention, allow patients to avoid aggressive treatments and even save the lives of countless people who get breast cancer.”

The Boston Globe

Boston Globe reporter Kay Lazar spotlights how the Broad Institute “has become the region’s powerhouse for monitoring shifts in the genetic makeup of the coronavirus.”

Salon

Researchers from MIT and Massachusetts Eye and Ear have found that Covid-19 can cause long-term issues with a patient’s ear, reports Matthew Rozsa for Salon. The researchers found that the SARS-CoV-2 virus is capable of infecting the hair cells of the inner ear, as well as (to a lesser extent) the Schwann cells,” Rozsa explains.

Smithsonian Magazine

Researchers from MIT and the Smithsonian Conservation Biology Institute are developing a probiotic to cure amphibian chytrid fungus in frogs, reports Jennifer Zoon for Smithsonian Magazine.

Bloomberg Businessweek

Orna Therapeutics, which was co-founded by MIT researchers, is working on “programming RNA with genetic code that instructs a line to split into several strands and then repair itself in the shape of a circle,” reports Bloomberg Businessweek reporter Angelica LaVito. “Delivering those messages via circles may produce a more stable, longer-lasting signal, potentially treating cancer, autoimmune disorders, and genetic diseases.”

The Wall Street Journal

Wall Street Journal reporter Sara Castellanos spotlights Prof. Markus Buehler’s work combining virtual reality with sound waves to help detect subtle changes in molecular motions. Castellanos notes that Buehler and his team recently found, “coronaviruses can be more lethal or infectious depending on the vibrations within the spike proteins that are found on the surface of the virus.”

PBS NewsHour

Reporting for the PBS NewsHour, Miles O’Brien visits alumnus Dexter Ang ‘05 to learn more about how his startup, Pison, is developing a wrist-worn sensor that detects the faint electrical signals controlling simple hand gestures, allowing users to control digital interfaces using brain signals. “The device is connected to a smartphone, allowing control of it or other devices, conveyor belts in factories, drones, even pinball machines, to name a few,” notes O’Brien. He adds that Ang was inspired by his late mother, who contracted ALS, as “he wanted to make her life easier.”

WHDH 7

WHDH spotlights how MIT and Harvard researchers are creating wearable biosensors that could be used to detect Covid-19 in a person’s breath. “At the end of the day, what we wanted to do was basically to blend both to potentially produce a product that was more easily incentivized patients to both wear a mask and to get tested,” explains Luis Soenksen of the Abdul Latif Jameel Clinic for Machine Learning in Health.

CBS Boston

A new sensor developed by MIT and Harvard researchers can be embedded in a face mask and used to alert the wearer if they have Covid-19, reports CBS Boston. “Small disposable sensors can diagnose the wearer of the mask within 90 minutes," reports CBS Boston. "The technology has been used before to detect Ebola and Zika, but now researchers are embedding it into face masks and lab coats as a new method to safeguard health care workers.”