Rehabilitation
Our rehabilitation and therapy maximizes neuroplasticity with optimal efficiency. Neuroplasticity is the brain and spinal cord’s ability to change and adapt through reorganisation and regeneration over time allowing you to regain or maintain function.
Functional Electrical stimulation
Functional electrical stimulation (FES) uses targeted electrical impulses to activate muscles weakened by conditions like stroke, spinal cord injury, or multiple sclerosis. By stimulating nerve pathways, FES enhances movement, strength, and coordination, promoting neuroplasticity and functional recovery. Tailored to individual needs, this evidence-based technique supports rehabilitation goals, improving mobility and independence.
Biofeedback training
Biofeedback training uses electromyography (EMG) to monitor muscle activity, providing real-time feedback to enhance control and strength. For conditions like stroke or cerebral palsy, it helps retrain neural pathways, boosting motor function and awareness. This personalized, evidence-based approach supports rehabilitation by improving movement precision and independence.
Bobath Approach
The Bobath approach is a holistic, hands-on approach to rehabilitation, focusing on improving movement and function after conditions like stroke, brain injury or spinal cord injury. By addressing abnormal tone and facilitating normal motor patterns, it enhances neuroplasticity and independence. Tailored to individual needs, this evidence-based method optimizes long-term recovery.
Somatosensory training
Somatosensory training focuses on enhancing sensory processing and perception, often impaired in conditions like stroke or neuropathy. Through targeted exercises, it stimulates sensory pathways, improving awareness, coordination, and motor control. This personalized, evidence-based approach supports neuroplasticity, aiding functional recovery and independence.
Spasticity management
Spasticity management focuses on reducing muscle tightness, rigidity and spasms, common in neurological conditions. This is achieved through stretching, positioning, strength training, splinting, serial casting (post botox) and task-specific training, it improves daily function and comfort, preventing muscle contractures. This personalized, evidence-based approach prioritizes independence and long-term well-being.
Task specific training
Task-specific training focuses on improving function in neurological conditions by practicing relevant daily activities. Tailored to individual goals, it enhances motor skills, coordination, and independence through repetitive, meaningful tasks. This evidence-based approach leverages neuroplasticity to optimize recovery and participation.
Cognitive therapy
Through thorough assessment, cognitive challenges are identified, followed by education to enhance awareness. Strategy planning then develops tailored techniques, whilst rehabilitation employs evidence-based techniques like Brainwave-R training, memory exercises, and task-specific practice to rebuild skills, boost independence, and maximize participation.
