Mitochondrial dysfunction contributes to iron overload and symptoms of brain disease in mice, suggesting potential new approaches to treating age-related brain disease.
A computational network designed using the biological features of the hippocampus can generate similar patterns of activity to those observed when the hippocampus of tufted titmouse makes predictions based on memories.
A brain process that can adjust the strength of connections between neurons is regulated by a set of proteins that stop the process from over activating and causing seizures.