The CSF drainage pathways are similar between mice and humans, researchers discovered.
Brain mapping study identifies important neural networks and their connections that appear to enhance the conscious experience.
A new study using 3D-MINFLUX technology allowed researchers to image the active zone of synapses with the precision of a few nanometers.
Using single-cell technology, researchers discover how the social division of labor in an ant colony reflects in the functional specialization of the ant brain at a cellular level.
Social isolation is linked to alterations in brain structure and cognitive deficits. Additionally, social isolation can increase the risk of developing dementia as a person ages.
Study explores how the brain utilizes learning by inference by generating cognitive maps.
A new brain mapping study finds damage to one part of the brain changes connections between neurons across the entire brain.
Using lesion network mapping, researchers identified brain circuits associated with addiction remission. The findings provide a new target for the development of treatments for addiction.
A new map of the human brain reveals cells, receptors, and gene activity change along the same boundaries.
A new imaging technique captures information about the function and structure of brain tissue at the subcellular level.
Researchers propose a new, more robust statistical method for mapping the brain.
Researchers have developed a Russian language protocol for neuroimaging that allows for the mapping of individual language areas of the brain before neurosurgery.
