DHA may be more effective at reducing chronic inflammation than EPA. Read More
Researchers have identified a molecular mechanism that disrupts the flow of enzymes in axons, results in the accumulation of amyloid plaques. Read More
When people were warned about the inaccuracy of retelling events, they were less susceptible to misinformation. Providing warnings increased reinstatement of visual activity associated with witnessing an event and decreased the reinstatement of auditory activity associated with hearing misleading post-event information. Read More
Researchers have uncovered a neural mechanism in female mice that shifts estrogen from playing a protective role in glucose metabolism to a disruptive one. Read More
Tufts researchers have developed neurotransmitter-lipid hybrids that help transport therapeutic drugs and gene editing proteins across the blood-brain barrier in mice. Read More
The SSRI sertraline (Zoloft), if taken while pregnant, can result in birth defects caused by the drug damaging a cell's genetic information. Researchers report one potential way to counter the effect is with specific antioxidants. Read More
A 3D human tissue culture model demonstrated a possible causal relationship between Alzheimer's disease and herpes simplex virus 1 (HSV-1) infection. 40 Alzheimer's associated genes were over-expressed in the HSV-1 infected brain tissue, including genes associated with the production of amyloid-beta. Read More
Consuming a flavonoid-rich diet could help combat the development and progression of Alzheimer's disease for those with risk factors. Low intake of specific flavonoids, especially anthocyanins, which are found in blueberries and strawberries, was associated with a four-fold risk of developing Alzheimer's. Read More
Study adds to the growing body of evidence that the microbiome may impact muscle mass and physical function. In high-functioning older adults and mouse models, researchers identified higher levels of good bacteria in the microbiome than in their lower-functioning peers. Read More
Mimicking effects of the ketogenic diet with a drug called 2-DG reduced cell excitation and epileptic activity in mouse models of post-traumatic epilepsy. 2-DG may have the potential to restore network function following TBI, reducing the risk of epilepsy associated with head injuries. The findings may have positive implications for people who developed post-traumatic epilepsy, suggesting a change in diet could help alleviate some symptoms. Read More
Researchers have identified a molecular mechanism which appears to be critical for the maturation of brain function, and may be used to restore plasticity in the aging brain. Read More
Researchers report that following amputation of one limb, the bioelectrical properties are immediately reflected in the undamaged, opposing limb. Read More
