Enhancing Parkinson's Disease Management through Therapeutic Games: The Role of User Experience and Interaction Design

Abstract

Parkinson's disease (PD) is a progressively degenerative neurological disorder that significantly impacts patients' motor and non-motor functions. This review explores the role of user experience (UX) and interaction design in the development of therapeutic games aimed at managing PD symptoms. Therapeutic games have emerged as a promising tool for improving motor skills, cognitive functions, and overall well-being in PD patients. The success of these games largely depends on the quality of UX, which includes ease of use, accessibility, engagement, and personalization. This review also delves into the historical context and evolution of PD research, highlighting the contributions of technology, particularly software applications and therapeutic games, in enhancing disease management. Case studies demonstrate the effectiveness of user-centered design (UCD) in creating engaging and effective therapeutic games. The integration of software innovations with traditional treatment strategies offers a holistic approach to PD care, improving patient outcomes and quality of life. Future directions include the expansion of patient datasets, implementation of Python for data science, and the development of advanced algorithms for data analysis.