FAU researchers have discovered what might be an effective strategy to prevent and combat cognitive dysfunction in obese individuals using an effective form of exercise - high-intensity interval exercise.
FAU's Charles E. Schmidt College of Science is among a handful of academic institutions in the U.S. appointed to serve on the International Telecommunication Union of the United Nations.
An innovative agent that has been used for decades to treat alcohol-use disorder is showing real promise for the treatment of stroke and has resulted in a U.S. patent application for a neuroscientist at FAU.
A study is the first to measure the physiological effects of whole crude oil on the sensory system of a marine animal - the Atlantic stingray. Results show a significant impact after just 48 hours of exposure.
FAU neuroscientists and collaborators have discovered a gene and a new mechanism for regulating sleep in fruit flies using an ingredient commonly found in energy drinks like Red Bull(TM).
A first-of-its-kind study has identified the connection between microplastics, marine aggregates and marine animals, which has important implications for the fate of plastic particles in marine environments.
A groundbreaking study from FAU's Harbor Branch reveals how dolphins, whales and other cetaceans compete for survival in an evolutionary "arms race" with changing pathogenic threats like Red Tide.
A team of FAU scientists has uncovered a brain-signaling pathway that can be pharmacologically manipulated in genetically engineered mice to reverse an autism-related pathway.
An internationally renowned scientist at FAU will collaborate with researchers from the University of Haifa in Israel on shark research in the Eastern Mediterranean Sea.
A study using EEG suggests that the brain has several different mechanisms to help boost memory performance following a sudden change in the priority or relevance of a given piece of information.