Read the latest positive news, breakthroughs, and inspiring stories about tau protein, curated daily by BrightWire.
Researchers discovered a "hotspot" where Alzheimer's proteins latch together, and water molecules play a surprising role in making them stick. This breakthrough could lead to treatments that stop the disease from spreading in the brain.
A single intravenous treatment successfully reduced toxic tau protein by up to 75% in primate brains for six months, offering new hope for Alzheimer's patients. The breakthrough could eliminate the need for repeated invasive treatments.
Scientists discovered that tau, long blamed for destroying memory in Alzheimer's patients, actually plays a critical role in healthy brains by helping select which neurons form lasting memories. The finding could reshape how researchers develop treatments for the disease affecting 6 million Americans.
Scientists discovered that tau, the protein linked to Alzheimer's disease, plays a crucial role in creating memories that last. The finding could reshape how we treat dementia in the future.
A new experimental treatment has become the first to successfully reduce toxic tau proteins in Alzheimer's patients while slowing memory decline. The breakthrough offers fresh hope for millions facing the neurodegenerative disease.
Scientists have discovered that specialized brain cells called tanycytes act as cleanup crews, removing toxic tau protein before it can cause Alzheimer's disease. When these cells fail, tau builds up in the brain.
Scientists discovered that damaged brain cells called tanycytes may explain why toxic tau protein builds up in Alzheimer's disease. The breakthrough could lead to new treatments that help the brain clear harmful proteins before they cause damage.
UCLA and UCSF researchers discovered why some brain cells resist Alzheimer's better than others. A natural cleanup system removes toxic tau protein before it forms deadly clumps.
University of New Mexico researchers discovered an enzyme that controls tau protein buildup in the brain. When they turned it off, toxic tau vanished and neurons stayed healthy, opening new hope for Alzheimer's treatment.