A hallmark feature of Alzheimer’s disease is the progressive accumulation of toxic protein deposits within the brain called beta-amyloid. Though we’ve learned a lot about the disease, researchers haven’t been sure where the amyloid originated from, or why it deposited in the brain. New research indicates a surprising source…

HBOT treatment involves spending time in a special chamber, where air pressure levels are 1.5 to 3 times higher than average, breathing pure oxygen. The goal is to fill the blood with enough oxygen to repair tissues and restore normal body function. And that’s how it appears to have reversed the development of biological hallmarks that lead to Alzheimer’s.

Although millions of people around the world seek mental clarity through meditation, most of us in the U.S. ignore this powerful tool. True, most of us have little time to set aside for ourselves. But considering how much science shows the simple practice can improve concentration now and lessen the risk for degeneration, even Alzheimer’s, later, we can’t afford not to make time…

Doctors and researchers have long known that some sort of link exists between diabetes and Alzheimer’s disease. Yet, while they could see that the two went hand-in-hand for so many patients, they never actually understood why. Until now…

Surgery is difficult at any age, but it carries specific complications for older adults, including long-term memory loss. Researchers have dug into this connection and may have narrowed it down to the way a specific type of anesthetic affects tau protein, a key player in Alzheimer’s development…

Past research has shown the brain’s cellular cleaning mechanism can help take out the trash that leads to Alzheimer’s, and there are ways to naturally encourage the process. But what happens when, despite everything, this cleaning system breaks down? An experimental drug may have the answer to reversing it…