In a groundbreaking move that heralds a new era in neurorehabilitation, ADELI Medical Center , based in Piešťany since 2004, is integrating Cyberdyne's HAL (Hybrid Assistive Limb) robotic exoskeleton into its dynamic proprioceptive correction and rehabilitation services. People affected by spinal cord injuries, brain and spinal cord strokes and a whole range of neuromuscular diseases are given the chance to redefine their lives with technology from the Japanese company Cyberdyne.
The human ability to move seems effortless until it is lost, revealing the complex neurological processes behind it. For paralyzed individuals, usually due to traffic, work and sports accidents, weakened bioelectrical signals from the brain make appropriate movement impossible. This limitation is particularly critical for patients with traumatic brain and spinal injuries. Daily rehabilitation exercises are crucial for regaining the ability to move.
HAL's unique approach to bioelectric signals (subheading)
A marvel of cyber technology: HAL, the Hybrid Assistive Limb, stands out as a unique and transformative tool in the medical field. It has the extraordinary ability to detect even the most subtle bioelectric signals and transmit them to the skin. These signals are then processed to support the desired movements with motors at each hip and knee joint. At the same time, the brain receives feedback from the muscles through the sensory system, allowing patients to relearn correct walking patterns.
HAL's revolutionary contribution: HAL acts as a state-of-the-art cybernetic device that serves as a neurorehabilitation tool. Its unique contribution lies in responding to the wearer's movement intentions, detecting and amplifying the quietest muscle signals to provide sufficient movement support. The technology helps to regenerate impaired motor functions and, thanks to neuroplasticity, enables the formation of new neural connections. This is the opportunity that makes the difference: the central nervous system reconnects with motor units and motor neurons to form muscle fibers.
The presentation at Adeli Medical Center demonstrates HAL's ability to facilitate movement repetition and help patients regain lost movement abilities, motor skills and locomotion. As a 2021 study by Nakajima et al. illustrates, HAL makes a significant contribution to neuroplasticity and offers patients the chance to rebuild vital neural connections.
Attila, a young man with a spinal cord injury, emphasized the positive impact of HAL on his recovery and said: "Training in the HAL system helped me to be able to do sports and work again today. I could recommend it to anyone in a similar situation."
This collaboration between ADELI Medical Center and Cyberdyne marks a significant advance in the field of neurorehabilitation and ushers in a new era of hope and opportunity for people with physical challenges. The synergy between ADELI's dynamic proprioceptive correction and Cyberdyne's HAL offers an unparalleled opportunity for improved neurorehabilitation outcomes.
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