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AI-Enabled Exoskeletal Robotics for Enhancing Mobility, Bone Regeneration, and Functional Rehabilitation in Osteoporosis: A Literature Review

Yagna Manasa Boyapati, Arshia Khan, Patricia Khashayar

Year
2025
Citations
1
Access
Open access

Abstract

The care of osteoporosis is being revolutionized by developments in AI-enabled exoskeletal robotics, which can improve mobility and facilitate the recovery from fragility fractures. The literature on current advancements in exoskeletal robotics and their therapeutic implications for patients with osteoporosis with particular attention paid to investigations on bone regeneration, functional rehabilitation, and gait analysis, is reviewed in this study, The review focuses on exoskeletons used for mobility aid and polymer-coated synthetic bone grafts, highlighting these technologies' safety, viability, and efficacy.

Keywords

ExoskeletonOsteoporosisRoboticsRehabilitationMedicineArtificial intelligencePhysical medicine and rehabilitationComputer sciencePhysical therapyRobot

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