Rehabilitation engineering involves developing technology-driven solutions to enhance the lives of people with physical limitations. This field integrates engineering principles with healthcare to create adaptive devices, prosthetics, and robotics that improve functional independence. By tailoring devices to meet individual needs, rehabilitation engineers help patients regain mobility, dexterity, and confidence. Advanced rehabilitation engineering incorporates AI, robotics, and wearable sensors, fostering innovations like exoskeletons for gait training and smart prosthetics that respond to muscle signals. These technologies bridge the gap between injury and active living, supporting personalized therapy plans. The ultimate goal is to provide accessible, user-friendly devices that make rehabilitation effective and life-changing.
Title : Best practice guidelines for the use of pharmacological neuromodulation in disorders of diminished motivation: A comprehensive approach
Vaidya Balasubramaniam, Illawarra and Shoalhaven Local Health District Hospitals, Australia
Title : A forgotten component of knee osteoarthritis
Ron Blehm, EEI Physio LLC, United States
Title : Functional outcomes of DSSA-Based pelvic rehabilitation combined with manual therapy and Electrostimulation in men after oncologic surgery: A retrospective case series
Eren Uyar, Fizyomen Physiotherapy & Rehabilitation Center , Turkey
Title : We are living and working in the age of individualization
Marcia J Scherer, Institute for Matching Person and Technology, United States
Title : Efficacy of Inspiratory Muscle Training (IMT) in post-weaning ICU recovery: A clinical randomized controlled trial
Warda Khan, Chongqing Medical University, Pakistan
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Subramanya Adiga, Middlemore Hospital, New Zealand