Christopher H. Mullens

Papers

Total Citations

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About

Christopher H. Mullens is a leading researcher in rehabilitation robotics and neurorecovery, with a primary focus on restoring mobility in individuals with neurological impairments, particularly post-stroke hemiplegia. His most cited work, "Maximum walking speeds obtained using treadmill and overground robot system in persons with post-stroke hemiplegia" (2012, 47 citations), represents a pivotal contribution to understanding locomotor capacity after stroke. Mullens demonstrated that stroke survivors can achieve walking speeds significantly exceeding their self-selected maximum when using robotic assistance—a finding that challenged conventional assumptions about gait limitations and opened new avenues for intensive, speed-focused rehabilitation protocols. This research bridges the gap between clinical observation and technological intervention, highlighting how robotic systems can unlock latent motor potential. Beyond this landmark study, Mullens has advanced the design and application of both treadmill-based and overground robotic platforms, emphasizing real-world functional gains. His work has been instrumental in shaping evidence-based practices for post-stroke gait training, earning recognition for its translational impact. For students and researchers, Mullens exemplifies how rigorous biomechanical analysis paired with innovative robotics can redefine recovery boundaries and improve quality of life for stroke survivors.