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Linda Noble's research focuses on neurotrauma, specifically addressing the long-term recovery from pediatric brain and spinal cord injuries. Her laboratory, known as the Noble-Haeusslein Lab, investigates the cellular and molecular mechanisms that dictate recovery outcomes after injury. The team employs preclinical models to understand how traumatic injuries affect the blood-brain and spinal cord barriers, and how leukocytes interact with central nervous system injuries over time. Among their discoveries are novel pharmacological treatments, such as matrix metalloproteinase inhibitors, and stem-cell-based therapies that aim to alleviate symptoms of spinal cord injury. Engaging with the broader implications of traumatic brain injuries (TBIs), her work also highlights the resilience seen in younger populations and the unique immune responses associated with age. By creating new models, such as investigating mild traumatic injuries in ferrets, Noble seeks to better understand the complex responses of gyrencephalic brains, ultimately contributing to advances in therapeutic strategies and recovery processes.
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