Hunter Poarch

Papers

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About

Hunter Poarch is a rehabilitation scientist whose research focuses on restoring mobility and function in individuals with spinal cord injury (SCI). His most cited work investigates the acute effects of locomotor training, specifically comparing body-weight-supported treadmill training (BWSTT) combined with robotic locomotor therapy to BWSTT alone in non-ambulatory patients with incomplete SCI. This foundational study, cited 18 times, demonstrated that even short-term, four-day interventions can yield measurable improvements in neuromuscular and metabolic profiles, highlighting the potential for intensive, technology-assisted rehabilitation to accelerate recovery. Poarch’s contributions lie at the intersection of neurorehabilitation and exercise physiology, providing early evidence that robotic-assisted gait training can enhance traditional locomotor approaches. His work has informed clinical protocols for SCI rehabilitation, offering a pathway to improved walking outcomes. By quantifying acute physiological responses, Poarch has helped establish benchmarks for future studies on neuroplasticity and functional recovery. His research remains a valuable reference for clinicians and scientists seeking to optimize training parameters for individuals with spinal cord injuries.