Tag Archives: Artificial

Artificial Protein Switch for Smart Cell Therapies

Researchers from University of California, San Francisco and the University of Washington have developed a new artificial protein switch, dubbed LOCKR. Their work demonstrates that the new switch can be used to control many intracellular processes, including mediating molecular traffic inside a cell, degrading specific proteins, and causing a cell to self-destruct. This exciting development… Read More »

Artificial intelligence can identify at-risk patients, inform care and improve disease prevention

There’s no shortage of buzz around artificial intelligence and its potential impact on a variety of areas within healthcare, from patient care to revenue cycle operations. There is an emerging trend toward AI assets that amplify the value of patient data and provide an extendable, scalable pathway to effective primary disease prevention. That’s something that… Read More »

Harnessing multiple data streams and artificial intelligence to better predict flu

Influenza is highly contagious and easily spreads as people move about and travel, making tracking and forecasting flu activity a challenge. While the CDC continuously monitors patient visits for flu-like illness in the U.S., this information can lag up to two weeks behind real time. A new study, led by the Computational Health Informatics Program… Read More »