perineuronal

the perineuronal net plays a crucial role in synaptic stability and memory consolidation in the brain.

researchers have discovered that perineuronal glial cells regulate neuronal plasticity in the adult brain.

degradation of the perineuronal net has been linked to memory impairment in alzheimer's disease patients.

perineuronal synapses exhibit unique structural characteristics that distinguish them from other synaptic connections.

the development of perineuronal structures follows a precise timeline during postnatal brain maturation.

scientists are investigating how perineuronal space changes during normal aging processes in the cortex.

inflammation of perineuronal tissue may contribute to the progression of certain neurological disorders.

enzymes that digest perineuronal components are being studied as potential treatments for anxiety disorders.

the perineuronal net modulates electrical activity at specific synapses throughout the central nervous system.

genetic mutations affecting perineuronal development can lead to neurodevelopmental abnormalities in children.

environmental enrichment enhances perineuronal plasticity and promotes faster recovery from brain injuries.

chondroitin sulfate proteoglycans are essential components that maintain the integrity of the perineuronal net.

perineuronal glial cells create a protective microenvironment that supports neuronal survival and function.