Medical research

What are researchers doing to stop dementia?

They are words nobody wants to hear: Alzheimer's disease and dementia. As the population ages, a growing number of older adults gradually lose cherished memories and the ability to think and, ultimately, to perform even the ...

Neuroscience

How the brain perceives and remembers a new place

Researchers set up 31 male students to be able to move around various virtual rooms while lying inside an MRI machine that scanned their brains. Equipped with VR glasses and a joystick, participants were given 30 seconds ...

Neuroscience

Brain wiring linked to age, sex and cognition

The degree to which the brain's wiring aligns with its patterns of activity can vary with sex and age, and may be genetic, suggests a study published by Weill Cornell Medicine investigators. The study finds that this alignment ...

Diseases, Conditions, Syndromes

How does COVID affect the brain? Two neuroscientists explain

Scientists are becoming more and more concerned with the emergence of a syndrome termed "long COVID," where a significant percentage of sufferers of COVID-19 experience long-lasting symptoms.

Medical research

Gut bacteria rewind aging brain in mice

In 1895, on turning 50, Elie Metchnikoff became increasingly anxious about aging. As a result, the Russian Nobel prize-winning scientist, and one of the founders of immunology, turned his attention away from immunology and ...

Medical research

Role of dopamine in consciousness

Consciousness is arguably the most important scientific topic there is. Without consciousness, there would after all be no science. But while we all know what it is like to be conscious—meaning that we have personal awareness ...

Neuroscience

Connective issue: AI learns by doing more with less

Brains have evolved to do more with less. Take a tiny insect brain, which has less than a million neurons but shows a diversity of behaviors and is more energy-efficient than current AI systems. These tiny brains serve as ...

Neuroscience

Retina 'hardwired' to predict path of moving objects

Neural circuits in the primate retina can generate the information needed to predict the path of a moving object before visual signals even leave the eye, UW Medicine researchers demonstrate in a new paper.

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