The Hand Rehabilitation Robot aids in recovery by offering advanced therapeutic solutions for patients.
What is Robotic Rehabilitation
Robotic rehabilitation () devices are transforming the way patients recover from injuries or neurological conditions. These devices use robotics and automation to help patients in performing exercises that would otherwise be difficult. These robots enable them to regain mobility, strength, and independence to a great degree.
Vestibular Rehabilitation Therapy
Vestibular rehabilitation therapy is an exercise based program to ease symptoms related to vestibular disorders.
Vestibular rehabilitation therapy is an exercise based program to ease symptoms related to vestibular disorders.
‘There's a robot that can help people recover from #hand_injuries. The Hand Rehabilitation Robot uses advanced technology to assist patients in regaining their strength and movement. #rehabilitation #robotics’
Such systems are equipped with adaptive technology that tailors the rehabilitation process to individual needs, providing continuous feedback and real-time progress tracking. The integration of soft exoskeletons allows for a more natural movement, while neuroscience-driven protocols ensure optimal rehabilitation outcomes. These innovations are making a difference in hospitals, rehabilitation centers, and home settings, helping millions of patients improve their quality of life and regain functional independence. The company Syrebo that desgned the Hand Rehabilitation Robot combines soft robotic exoskeleton technology and neuroscience principles, the device integrates various training methods such as passive, mirror, and active training to offer patients effective solutions for regaining hand function.
Achieving TGA certification marks an important step in ensuring the safety, efficacy, and quality of rehabilitation robotics. This certification will help expand the reach of these innovative devices in Australia, providing therapists with powerful tools to improve patient care and rehabilitation outcomes. With growing success in European and U.S. markets, this certification will further facilitate global expansion and integration of these rehabilitation solutions in therapeutic programs across regions like Asia-Pacific.
New Virtual Stroke Rehabilitation Method
Researchers found that game-based therapy led improves stroke rehabilitation outcomes.
Researchers found that game-based therapy led improves stroke rehabilitation outcomes.
- Rehabilitation - (https://www.who.int/news-room/fact-sheets/detail/rehabilitation)
Language Area of the Brain Helps Prognosticate Post-Stroke Rehabilitation
Recognizing the language or sound area of the brain impacted by stroke may help design targeted rehabilitation to specific regions.
Recognizing the language or sound area of the brain impacted by stroke may help design targeted rehabilitation to specific regions.
Rehabilitation for Motor Dysfunction Eased By Brain-Machine Interface (BMI)
Quality of life for people with motor dysfunction or paralysis might be improved using a new wearable brain-machine interface (BMI) system.
Quality of life for people with motor dysfunction or paralysis might be improved using a new wearable brain-machine interface (BMI) system.
