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2 clusters · 2 sources · 14 days · First seen · Last updated

Advancements in rehabilitation and recovery technology

Overview

Developments in rehabilitation technology are increasingly focusing on leveraging neuroplasticity to aid recovery from neurological conditions and physical injuries.

In the United States, research has highlighted the effectiveness of constraint-induced movement therapy (CIMT) to address learned non-use after stroke or brain injury. Additionally, a study involving a therapist-exoskeleton-patient interaction system demonstrated that communicating robotic leg exoskeletons can yield larger joint movements and higher step counts for stroke survivors compared to conventional therapy.

In Poland, rehabilitation efforts are incorporating Indiba technology, which uses radiofrequency currents to stimulate metabolic processes for tissue healing and pain relief. Robotic devices are also being integrated into neurological rehabilitation to allow patients to perform the high volumes of precise, repetitive movements necessary for regaining motor functions.

Entities

Exoskeleton · stroke · Kamień Pomorski · Northwestern University · Constraint‑Induced Movement Therapy

Timeline

  1. 24 days ago

    [HEALTH] 2 sources
    Modern technologies advance rehabilitation and recovery

    Modern rehabilitation is evolving through technologies like Indiba radiofrequency therapy for tissue regeneration and robotic devices that assist stroke survivors in regaining mobility via intensive, repetitive

  2. about 1 month ago

    [HEALTH] 2 sources
    Stroke Rehabilitation Advances with Therapy and Exoskeletons

    New stroke rehab methods include constraint‑induced movement therapy to reverse learned non‑use and a therapist‑exoskeleton system that improves gait and reduces therapist fatigue.

Sources

nitron.com.pl · uzdrowisko-kamienpomorski.pl