Sudden hearing loss can be frightening and confusing, often leaving patients and doctors searching for answers. Researchers at the Keck School of Medicine of USC have adapted a common eye imaging tool, Optical Coherence Tomography (OCT), to see into ...

In a groundbreaking Yale study, researchers uncovered how our senses work together during focused attention. When we concentrate, four key senses—sight, hearing, taste, and touch—activate the same deep brain areas. This finding could transform treatments ...

A new study of 450 elderly adults in China shows how hearing loss not only affects what we hear, but also rewires our social lives and ultimately harms our thinking abilities. The research reveals an alarming chain reaction that many families and doctors ...

A new Concordia University study finds that blinking is a direct signal of how hard your brain is working to process information. When you’re focused, especially on listening, your eyes dry out because your brain is actively suppressing the blink reflex.

Why ...

Your brain health isn’t a matter of luck. New research from Mass General Brigham identifies 17 ways to protect your cognitive future.

Why it matters

Daily choices dictate your healthspan. You can influence these outcomes. Modifiable ...

Did you know your hearing could affect your risk of falling? A recent study shows that hearing loss can significantly raise the likelihood of trips and falls, especially as we age.

Why it matters

Falls pose a serious health risk for ...

Forty UK experts urged the UK government to overhaul its dementia prevention approach. Their roadmap is crucial for global health, including the US. The Nottingham Consensus delivered 56 policy recommendations to translate research ...

A seven-year study of 2,777 older Australians reveals a nuanced finding about hearing aids and brain health: while the devices reduced dementia risk by a third, they did not immediately improve memory and thinking test scores. This suggests brain protection ...

Neuroscientists at Cambridge identified five "major epochs" of brain structure over a human lifetime. These phases—from childhood through late aging—are separated by four pivotal turning points where neural connections fundamentally reconfigure. ...