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About

Artur Stolarczyk is a leading researcher at the intersection of orthopedic surgery and advanced rehabilitation robotics. His work focuses on two critical areas: improving surgical precision in total knee arthroplasty (TKA) and harnessing robotic exoskeletons for post-stroke neurorehabilitation. Stolarczyk’s most impactful contribution is a randomized controlled trial demonstrating that exoskeleton gait training significantly improves balance, load distribution, and functional status in stroke survivors—a study that has garnered 51 citations and is shaping modern rehabilitation protocols. He has also advanced surgical technique through a comparative study of robotic-assisted versus soft-tissue tensor TKA (7 citations), showing how robotic guidance enhances femoral component rotation and restores limb biomechanics more reliably. In the realm of assessment, Stolarczyk established the reliability of active and passive knee joint position sense evaluation using the Luna EMG rehabilitation robot (22 citations), providing clinicians with a validated tool for measuring proprioceptive deficits. His work bridges the gap between cutting-edge surgical technology and patient-centered recovery, offering evidence that robotic systems—whether in the operating room or the rehabilitation clinic—can dramatically improve outcomes for individuals with joint degeneration and neurological injury.