Neuroplasticity and Augmented Reality Rehabilitation                                  

Akinyi Peter Wairimu

Faculty of Science and Technology Kampala International University Uganda

ABSTRACT

Neuroplasticity, the brain’s ability to reorganize itself by forming new neural connections, is a cornerstone of recovery following central nervous system damage. This adaptability underlies functional recovery through the reconfiguration of undamaged brain areas. Augmented Reality (AR) technology offers innovative potential in rehabilitation by providing real-time visual feedback and enabling interaction with virtual stimuli in real-world environments. This paper reviews the application of AR in neurorehabilitation, exploring its efficacy in improving functions such as gait, balance, strength, sensory deficits, vision, and cognition. Through clinical studies and case examples, we demonstrate how AR integrates with the principles of neuroplasticity to enhance recovery and promote meaningful functional improvements in patients with neurological conditions.

KEYWORDS: Neuroplasticity, Augmented Reality, Rehabilitation, Central Nervous System, Functional Recovery.

CITATION: Akinyi Peter Wairimu. Neuroplasticity and Augmented Reality Rehabilitation. Research Output Journal of Engineering and Scientific Research. 2024 3(1):105-109.