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17 results for "dementia treatment"
Texas A&M scientists developed a nasal spray that reversed brain aging and restored memory after just two doses. The breakthrough could transform how we treat dementia and age-related cognitive decline.
Scientists at UC San Diego have developed a gene therapy that shields brain cells from toxic proteins linked to dementia, successfully preserving memory in mice. The treatment could offer hope for millions facing Alzheimer's, frontotemporal dementia, and ALS.
For the first time in history, new drugs can slow Alzheimer's progression by years, not months. Scientists say better diagnosis and funding could turn these promising treatments into a genuine cure.
Scientists at Texas A&M created a nasal spray that restored memory and reduced brain inflammation in older mice, showing promise for treating human dementia. With 69 million people worldwide living with dementia, this non-invasive breakthrough could help millions age with sharper minds.
While expensive new Alzheimer's drugs grab headlines, doctors reveal that existing affordable medications work twice as well but only half of patients receive them. Researchers are now combining different approaches that could finally stop the disease.
Scientists discovered that combining natural molecules from grapes and turmeric with existing drugs treats Alzheimer's more safely and effectively. This breakthrough could help nearly a million Canadians expected to have dementia by 2030.
Scientists discovered that combining natural compounds found in grapes and berries with existing Alzheimer's drugs could make treatments safer and more effective. The breakthrough could help nearly a million Canadians expected to face dementia by 2030.
Researchers discovered how two key brain proteins might work together to trigger Alzheimer's disease, potentially explaining decades of conflicting research. This breakthrough could redirect treatment efforts toward protecting brain cells rather than just clearing protein buildup.
Researchers finally solved the mystery of how lecanemab, an approved Alzheimer's drug, actually works in the brain. The discovery could lead to safer treatments for the 55 million people living with dementia worldwide.
A new biotech company just secured $175 million to develop a promising Alzheimer's treatment that could help millions of families. Korsana Biosciences is joining the fight against dementia with a fresh approach to clearing harmful brain plaques.
Scientists have identified three medicines already on pharmacy shelves that could help fight Alzheimer's, with a shingles vaccine leading the pack. The discovery could fast-track new treatments by years and save billions in development costs.
For the first time in history, new medications can actually slow the progression of Alzheimer's disease, not just mask symptoms. The breakthrough has sparked a wave of clinical trials and renewed hope among researchers who now believe they can change the course of this devastating condition.
A new study reveals how certain cancers release a protein that travels to the brain and helps clear harmful plaques linked to Alzheimer's disease. The discovery could lead to breakthrough treatments that reverse damage in patients who already have the disease.
A groundbreaking therapy just approved in Canada can slow Alzheimer's progression by 30%, keeping patients independent longer. For the first time, doctors can target the root cause of the disease instead of just managing symptoms.
A Shanghai neurologist discovered a potential Alzheimer's therapy after his 90-year-old mother improved cognitively following ultrasound treatment for a different condition. His trial now tests high-intensity focused ultrasound as a standalone treatment, a promising departure from mainstream research.
Australian researchers have developed tiny particles that can cross into the brain and destroy disease-causing proteins linked to dementia and cancer. The breakthrough technology could finally treat diseases once considered impossible to cure.
Scientists discovered that tumors release a protein that actually clears Alzheimer's plaques from the brain, explaining why cancer survivors rarely develop dementia. This breakthrough could lead to treatments that reverse existing damage instead of just slowing it down.