UC San Diego researchers have described a new method for observing and counting mutations in sperm, and how to use this data to predict the likely impact of these mutations on future children.
News
Global Supply Chains Remain Resilient in the Wake of Natural Disasters
While many U.S. policy makers are calling for reshoring and nearshoring to combat trade disruptions caused by COVID-19, new University of California San Diego School of Global Policy and Strategy research sugges… […]
