Neurological Rehabilitation - Neuroplasticity, Parkinson, Balance and Stroke (Prof. Mike Studer) - Streamed Stand C14

In this comprehensive course taught by Professor Mike Studer, entirely dedicated to Neurological Rehabilitation, you will discover how to apply the principles of neuroplasticity to the treatment of Parkinson's disease, dementia, stroke, imbalance, parkinsonism, and all other neurological diseases.

Starting from the physiological and morphological changes in brain injuries, the mechanisms of recovery in stroke and neurodegenerative diseases, you will have the opportunity to learn comprehensive assessment, differential diagnosis, treatment planning, and the most effective solutions for the rehabilitation of neurological patients, based on the most robust scientific evidence.

Professor Mike Studer, a world-leading expert in Neurological and Geriatric Rehabilitation, will enable you to discover the physiology of neuroplasticity and the principles we rely on to facilitate it for the best possible patient recovery.

Exploiting error-science strategies and the principles of dual-task, we will explore practical examples of clinical applications that can lead to the best possible patient recovery, at every stage of their disease. The course devotes considerable attention to the treatment of Parkinson's disease and Parkinsonism, teaching how to slow the disease process in humans and analyzing in detail the three subtypes of the disease.

Stroke rehabilitation is also covered in detail, both for acute and chronic patients, providing in-depth coverage of balance recovery during rehabilitation and the care of patients with Alzheimer's disease or other types of dementia. A wide range of practical examples, including videos showing real-life clinical cases of neurological rehabilitation, provides students with a rich database of applications for practical use.