Sofya Zakharchuk ¹, Evdokimova Tatyana², Volozina Natalia³, Bryliakov Ivan⁴, Oganesyan Tamara⁵, Bulycheva Ksenia⁶, Kanchurina Anna⁷, Tulaganov Sarvarbek⁸, Meilin Zhou9
ABSTRACT:
Stroke rehabilitation has undergone significant advancements in recent years, shifting from traditional recovery methods to more modern, personalized, and technology-driven approaches. The primary aim of rehabilitation is to restore lost function, enhance the patient’s quality of life, and prevent long-term disability. The integration of neuroplasticity mechanisms, task-specific training, robotic devices, virtual reality (VR), and neurostimulation techniques has contributed to improving outcomes for stroke survivors. This paper explores the latest research in stroke rehabilitation, focusing on the transition from basic science to clinical practice, evaluating therapeutic interventions, and examining the role of technology in reshaping the rehabilitation landscape. We also address the ongoing challenges and future directions of stroke rehabilitation, emphasizing the need for personalized care and multidisciplinary approaches.
