Brain stroke rehabilitation is a vital process aimed at restoring physical, cognitive, and emotional functions after a stroke. Stroke occurs when blood flow to a part of the brain is interrupted, resulting in neuronal damage. Rehabilitation helps the brain rewire itself through neuroplasticity, allowing patients to regain lost skills and independence. With advancements in neuroscience and technology, recovery is becoming more effective, structured, and personalized.

The Brain Stroke Rehabilitation session focuses on evidence-based rehabilitation practices, integrating physiotherapy, neuropsychology, speech therapy, and occupational therapy. Scientists and clinicians are exploring how neuroplasticity, repetitive task learning, and motor imagery contribute to recovery. Innovative rehabilitation techniques combine traditional exercises with robotic aids, virtual reality, and brain–computer interfaces to enhance motor retraining.

At the Stroke Rehabilitation Conference, researchers are presenting new insights into post-stroke neurobiology, cognitive retraining, and adaptive technologies that support neural recovery. The emphasis is on early intervention—initiating rehabilitation within hours or days after the stroke—to maximize functional outcomes. AI-based monitoring tools are now being used to analyze progress and personalize therapy programs for individual patients.

This session welcomes neurologists, physiatrists, rehabilitation specialists, and therapists involved in post-stroke care. Discussions will also highlight emotional and psychological aspects, addressing depression and anxiety commonly experienced by stroke survivors. The integration of neuroengineering and tele-rehabilitation is making stroke recovery more accessible, especially in remote areas.

Findings from Neurorehabilitation Research continue to demonstrate how a combination of neuroplasticity-driven therapy and assistive technology can transform long-term recovery for millions worldwide.