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Constraint-Induced Movement Therapy (CIMT) is an evidence-based neurorehabilitation method that aims to restore the active use of the affected arm in daily life after stroke.
A reorganization process transmitted from the eye to the brain. Mirror therapy is a rehabilitation method used to improve arm and hand movements after stroke by supporting the brain’s relearning process through visual feedback from a mirror.
Neuromodulation, one of the most notable developments in neuroscience, is no longer limited to clinical environments alone. At NeuronClinic, we go beyond simple device usage by transforming this technology into a personalized, science-based, and trackable treatment approach. But what exactly is neuromodulation, how is it applied, and how can it contribute to improving daily quality of life when properly planned?
Stroke rehabilitation (paralysis rehabilitation) is a multidisciplinary neurorehabilitation process that is individually planned to minimize muscle weakness in the arms, legs, and trunk, as well as impairments in balance, speech, swallowing, and daily living skills that may occur after a stroke.
Cognitive reserve refers to the brain’s ability to adapt and maintain function despite damage. In stroke recovery, higher cognitive reserve may support neuroplasticity and help individuals regain independence by enabling the brain to create new neural connections.
Robotic rehabilitation is increasingly used in stroke treatment to support motor recovery. However, combining robotic therapy with conventional physiotherapy and occupational therapy leads to more effective functional outcomes.
Robotic rehabilitation can improve motor function and walking ability after stroke through repetitive and task-oriented training. However, combining robotic therapy with conventional physiotherapy and occupational therapy is essential for transferring motor recovery into functional daily activities.
Continuous Theta Burst Stimulation (cTBS) is a neuromodulation technique derived from transcranial magnetic stimulation that aims to enhance motor recovery and support upper limb rehabilitation after stroke.
RecoveriX® is a technology-assisted neurorehabilitation approach that combines Brain–Computer Interface, Functional Electrical Stimulation, and visual feedback to support neuroplasticity and improve motor recovery after stroke.
After stroke, independence in activities of daily living is lost and there is a significant decrease in quality of life. A proper rehabilitation programme
Cognitive rehabilitation is a therapeutic approach designed to improve attention, memory, and other cognitive functions affected after a stroke. Through individualized evaluation and targeted interventions, it aims to strengthen cognitive abilities and support participation in daily life.
TheraSponge perturbation gait and balance training is a rehabilitation approach designed to improve balance control and gait stability. By introducing controlled perturbations during walking exercises, it stimulates proprioception, sensory integration, and motor responses within the nervous system.
