The Laboratory for Pediatric Motion Analysis and Biofeedback Rehabilitation at ALYN Hospital is a state-of-the-art facility dedicated to advancing pediatric care through innovative research and technology. This laboratory focuses on developing and implementing cutting-edge techniques to analyze children’s movement patterns and provide biofeedback for rehabilitation purposes.
Motion analysis is a crucial component of the laboratory. Using advanced technology, such as 3D motion capture systems, force plates, and wearable sensors, the laboratory can accurately assess children’s movement patterns and detect any abnormalities or deviations. This detailed analysis allows healthcare professionals to identify the root causes of movement issues and develop tailored intervention strategies.
The laboratory incorporates virtual reality (VR) and gaming technologies to create immersive and engaging experiences for pediatric rehabilitation. These technologies make therapy sessions more enjoyable and motivating for children, increasing their adherence to treatment programs. By gamifying rehabilitation exercises, the laboratory can help children achieve better long-term outcomes.
The Laboratory for Pediatric Motion Analysis and Biofeedback Rehabilitation actively collaborates with various institutions, researchers, and healthcare professionals to develop and implement innovative rehabilitation techniques. In VRsteps we are proud to cooperate with ALYN Hospital and enable the laboratory to stay at the forefront of technological advancements in pediatric care, ensuring that children receive the best possible treatment options.
In VRsteps we provide a cross-platform virtual environment solution, allowing patients to practice physiotherapy at home and their therapists to provide video feedback remotely and personalized exercises. With our product, pedisteps home, you can measure your balancing and walking abilities with over 40 sensors in a single device, anytime and anywhere. A good habit of protecting health starts with pedisteps: showing a real-time connection between the patient and avatar on mobile devices and smart TVs.
