The Scientific Frontier

Brain Health

5 articles

Editorial illustration for More Than Glue: How Glial Cells Drive Brain Health and Disease
Neuroscience & Mind

More Than Glue: How Glial Cells Drive Brain Health and Disease

Glial cells, far from being passive "brain glue," are now understood as active participants crucial for brain health, regulating synaptic function, immune responses, and signal transmission. Their dysfunction is a primary driver of many neurological and neuropsychiatric disorders, offering new therapeutic targets.

Dr. Chloe O'Connell·October 2, 2026
Students in a modern library using advanced technology to enhance their learning and cognitive abilities for future success.
Neuroscience & Mind

Essential Learning Habits for Better Cognition in 2026

Despite dedicating hours to textbooks and lectures, many students find themselves distracted for 20% of their study time, according to pmc .

Dr. Chloe O'Connell·July 19, 2026
Abstract visualization of a human brain with glowing, interconnected neural pathways, illustrating the concept of neuroplasticity and brain adaptation.
Neuroscience & Mind

A Practical Guide to Neuroplasticity: How to Keep Your Brain Sharp at Any Age

Neuroplasticity is the brain's remarkable lifelong ability to change and adapt, crucial for learning, recovery, and maintaining cognitive fitness. This guide offers practical lifestyle strategies to actively foster brain adaptability and support cognitive health at any age.

Dr. Chloe O'Connell·June 10, 2026
Microscopic view of autoantibodies attacking neural pathways in a mouse brain, illustrating the neurological impact of Long COVID.
Cosmos & Physics

Long COVID Autoantibodies Attack Brain, Nervous System in Mice

Transferring antibodies from long COVID patients into healthy mice induced increased pain sensitivity, fatigue, impaired balance, and damage to small nerve fibers, as reported by Pharmexec .

Dr. Evelyn Reed·June 1, 2026
An artistic representation of the glymphatic system, illustrating channels within the brain clearing waste and proteins during sleep.
Neuroscience & Mind

How Does the Glymphatic System Clear Brain Waste and Trace Proteins?

A study in five volunteers confirmed the existence of channels that help drain waste from the brain, revealing a previously hidden system crucial for clearing disease-causing proteins.

Dr. Chloe O'Connell·May 30, 2026