Linda Noble

Dr. Linda Noble is a Professor in the Department of Psychology at the University of Texas at Austin’s College of Liberal Arts. Her research focuses on translational neurotrauma studies, particularly targeting mechanisms underlying recovery after pediatric brain and spinal cord injuries. She leads the Noble-Haeusslein Lab, which investigates matrix metalloproteinases (MMPs), immune-based pathways, and age-dependent recovery processes. Her work integrates cellular, molecular, and behavioral tools to develop therapies like MMP inhibitors and stem-cell approaches for conditions such as bladder dysfunction and neuropathic pain post-SCI. She has pioneered studies on how early-life TBI in rodents correlates with long-term cognitive/social deficits, emphasizing immune signatures like Syk signaling. Recently, her lab is exploring gyrencephalic ferret models to study adolescent brain trauma.

Dr. Noble earned her Ph.D. from UCLA and has extensive experience in preclinical models of pediatric TBI and spinal cord injury. She teaches UGS 302: Brain Injury From WWI To NFL, a course analyzing historical and contemporary brain injury issues, offered from 2020 to 2025. Her research has led to breakthroughs in understanding neutrophil roles in spinal cord barrier integrity and the development of targeted therapies. Despite no explicitly listed awards, her contributions are evident through her prolific publication record and leadership in interdisciplinary collaborations.

Her lab’s current projects include investigating gut microbiome impacts on MS, cerebellar changes post-TBI, and translational studies in canine spinal cord injury models. Future work emphasizes leveraging ferret models to bridge developmental neuroscience gaps. Grants and lab team details are not explicitly provided in the text, but her work clearly impacts both clinical and basic science domains.