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Cerebral palsy (CP) is a group of disorders that impacts the brain functioning. It impairs many nervous system functions, particularly movement, learning, hearing, vision, and thinking. This neurological disorder is the leading cause of motor impairments in children. The condition's symptoms might become more or less noticeable or limiting as the child develops motor abilities with age. The symptoms also differ depending on which brain region has been affected.
It supports and enhances human mobility and strength. It uses special technology to pick up muscle signals from the wearer and boost their strength and movement.
Trunk control and sitting balance training.
It is a versatile rehabilitation platform that focuses on balance and coordination training. Its interactive system provides real-time feedback, allowing therapists to design customised exercises.
It uses sensors to detect muscle signals and assists patients in opening and closing their hands. This helps in strengthening muscles and improving coordination.
It is a comprehensive tool for rehabilitation, combining sensors and software to assess and train various motor functions.
It includes advanced sensors and analysis software to assess and enhance walking patterns. By providing detailed biomechanical data, it helps in designing customized rehabilitation programs.
It provides detailed assessments of muscle and nerve function through electromyography (EMG).
It involves functional stimulation to mimic natural movement patterns to enhance mobility and independence.
It is a specialized treatment for dysphagia, or swallowing difficulties, combining electrical stimulation with swallowing exercises.
Hand function training.
Precise brain stimulation using network mapping.
Pain relief and neuromuscular electrical stimulation.
xStep is a non-invasive spinal cord stimulation technology that strengthens communication between the brain and spine.
Early diagnosis and stimulation of neuroplasticity by new technologies for achievement of motor and sensory maturation.
Muscle and brain neural circuit creation.
Progressive rehabilitation—upper limbs to lower limbs.
Robot-assisted support, orthoses, and walking rehabilitation support the recovery of voluntary movement, stability, and balance.
Goal: Maintain progress and attain long-term independence.
Virtual reality, home-based rehabilitation, and wearables provide mobility and minimize relapses.
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Your brain has the amazing capacity to reorganize and recover, regardless of age or the severity of your neurological disorder/injury. Effective recovery is achievable with high-intensity neurorehabilitation and appropriate support. Because of neuroplasticity, the brain's innate capacity to adapt and establish new connections, recovery is possible at any stage with focused approach and expert direction.
Your brain has the amazing capacity to reorganize and recover, regardless of age or the severity of your neurological disorder/injury. Effective recovery is achievable with high-intensity neurorehabilitation and appropriate support. Because of neuroplasticity, the brain's innate capacity to adapt and establish new connections, recovery is possible at any stage with focused approach and expert direction.
Your brain has the amazing capacity to reorganize and recover, regardless of age or the severity of your neurological disorder/injury. Effective recovery is achievable with high-intensity neurorehabilitation and appropriate support. Because of neuroplasticity, the brain's innate capacity to adapt and establish new connections, recovery is possible at any stage with focused approach and expert direction.
New Delhi: +91 9035030623
Hyderabad: +91 9035030623
Bengaluru: +91 9035030623
Malaysia: +606 235 4000
Muscat: +968 22 496007
Walk Again is growing its reach throughout Southeast Asia, bringing advanced neuro-recovery services to more patients. Also opened in Oman.
Contact UsA: Functional Electrical Stimulation (FES) and Vibramoov Technology are employed to minimise spasticity by stimulating muscles that leads to improvement of flexibility and muscle control.
A: By correction of posture and mobility, assistive devices coupled with technologies such as Cyberdyne HAL can help in retaining joint function and minimising complications or secondary conditions.
A: By encouraging non-verbal patients to express themselves more effectively, technologies such as BCI may enhance communication and improve their emotional well-being.
A: Cyberdyne HAL and FES are two examples of neurorehabilitation technologies that have demonstrated notable enhancements in motor abilities, cognitive function, and overall quality of life, assisting patients in achieving long-term functional recovery.
A: Cyberdyne HAL and FES-powered assistive devices can greatly increase a patient's mobility and independence by facilitating their involvement in daily activities, communication, and movement.
