A Promising New Alzheimer’s Drug Stops Memory Loss

According to Northwestern Medicine Research, new experimental molecules have great promise in targeting enzymes in the brain that prevent memory loss in Alzheimer’s disease.  Developed in D. Martin Watterson’s laboratory, the molecules halted memory loss and were able to fix damaged communication between brain cells in mice. Researchers identified and targeted a key enzyme: a […]

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Green Tea May Help Prevent Alzheimer’s Disease

Researchers at the Michigan Alzheimer’s Disease Center discovered that flavored ECGC, or epigallocatechi-3-gallate, found in green tea could bind to the toxic protein beta-amyloid and prevent its build-up. When ECGC binds to the protein, it is able to change beta-amyloid’s properties. Dr. Mi Hee Lim, lead researcher of the study, found that ECGC bonded to […]

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Alzheimer’s Disease Progression Halted Due to Increased Protein Expression

A recent report from researchers at the Massachusetts General Hospital which identifies a protein that aids the immune system in the removal of A-beta protein from the brain, could lead to new treatments of Alzheimer’s disease. According to cocorresponding author of the report, Dr. Joseph Eli Khoury of the Center for Immunology and Inflammatory Diseases […]

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Stem Cells Used to Grow New Neurons, Brain Repair Circuit Identified

Researchers at Duke University have identified a new type of neuron within the adult brain capable of directing stem cells to make new neurons. The experiments are preliminary, but the hope is that the brain one day could be healing itself from within. Chay Kuo, M.D, Ph.D., an assistant professor of cell biology, neurobiology, and […]

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A New Study Shows Small-molecule Drug through Blood-Brain Barrier

Mayo clinic researchers demonstrated within a mouse model that a synthetic peptide carrier works to deliver brain cancer chemotherapy drugs, as well as neurological medications. Neuroscientist Gobinda Sarkar, Ph.D, of the Mayo Clinic and corresponding author of the study discussed that they were able to transport eight different molecules, and much less disruptively through the […]

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