Article ID Journal Published Year Pages File Type
8837944 Behavioural Brain Research 2018 30 Pages PDF
Abstract
These data indicate that dTBI results in persisting thalamic histopathology out to a chronic time point. While these changes can be indicative of either adaptive (recovery) or maladaptive (neurological dysfunction) circuit reorganization, they also provide a potential mechanism by which maladaptive circuit reorganization could contribute to the development of chronic neurological dysfunction. Understanding the processes that mediate circuit reorganization is critical to the development of future therapies for TBI patients.
Related Topics
Life Sciences Neuroscience Behavioral Neuroscience
Authors
, , , , , ,