Astrocytes enhance healing following a brain hemorrhage by transferring their mitochondria to damaged neurons.
Free radicals help control cellular processes vital for neuroplasticity and neurogenesis in mice.
A new study reports under conditions of stress, KCNB1 builds up in the brain, before becoming toxic and promoting the production of amyloid beta. In Alzheimer's patients, the KCNB1 levels are higher than in those without the condition.
Binghampton researchers report on how the foods we eat can affect our mental well being, and how our dietary needs change as we age.
Researchers at Cornell University have discovered a new pathway that involves immune cells which may contribute to the development of Alzheimer's disease.
Study reports higher levels of lutein in the eyes is linked to better academic achievement and cognitive abilities in children.
People with schizophrenia have higher levels of oxidative stress in their brains that healthy individuals and those with bipolar disorder.
A new study reveals how brain cells quickly adjust copper allocation form a predominant use in energy production and defense against free radicals to a use in activating enzymes that make neurons neurons.
A new study reports the a majority of Swiss students questioned were against the use of cognitive enhancement drugs.
A new study helps further understanding about how aging slows the production of new immune cells and decreases the immune systems response to vaccines in the elderly.
Researchers report that blocking a key receptor in the brain could neutralize the biological consequences of Alzheimer's.
A diet which is low in vitamin D could cause damage to the brain, a new study reports.
