Max Robotics — Global Service Robot Directory + US Certification

About

Kayoko Takahashi is a leading rehabilitation researcher specializing in robotic-assisted therapy for upper extremity recovery following stroke. Her work sits at the intersection of clinical neuroscience, occupational therapy, and rehabilitation technology, with a particular focus on optimizing recovery outcomes for patients with post-stroke hemiplegia. Takahashi's most influential contribution is her 2016 prospective, multicenter randomized clinical trial examining robotic therapy as an adjunct to standard stroke rehabilitation, which has garnered over 107 citations and helped establish the evidence base for upper limb robotics in clinical practice. Building on this foundation, she has investigated how varying levels of robotic assistance influence functional gains, and identified patient subgroups — such as those with specific flexor synergy patterns — most likely to benefit from robotic intervention. Her 2022 sub-analysis further refined these insights with 58 citations. Beyond technology efficacy, Takahashi has explored innovative combination approaches, including the synergistic use of botulinum toxin, constraint-induced movement therapy, and robotics. She has also examined clinician perspectives on robotic adoption and advanced measurement science through minimal clinically important difference estimates. Her body of work meaningfully shapes how rehabilitation professionals implement and evaluate robot-assisted stroke recovery worldwide.