Objective: To design a dual-portal Software-as-a-Service (SaaS) platform to facilitate asynchronous monitoring, enhance ecological momentary assessment, and visualize multidisciplinary neurorestorative protocols in movement disorder patients.

Background: Movement disorder management is evolving toward holistic, neurorestorative approaches requiring adherence to metabolic support, sleep optimization, and physical rehabilitation. However, a “data blind spot” exists between scheduled clinical visits, forcing reliance on subjective, retrospective patient recall. A centralized digital infrastructure is urgently needed to provide continuous lifestyle tracking without increasing physician cognitive burden.

Method: A web application was developed using open-source frameworks. Per COPE guidelines, the codebase and architecture were prototyped using AI models (Antigravity, Claude Opus, Gemini) under neurologist supervision. The system features a clinician dashboard for designing recovery roadmaps and a patient Progressive Web App for daily micro-assessments. Tracked parameters bypass proprietary scales, focusing on self-reported ON/OFF time, sleep, and nutrition. Architecture was evaluated via standard load-testing with non-clinical dummy variables.

Results: The prototype deployed a relational database structuring complex daily parameters. Automated load-testing with non-clinical data confirmed stability, demonstrating zero data loss and <200ms rendering latency when querying 90-day continuous logs. The backend algorithm aggregated daily inputs into a Protocol Adherence Score, dynamically updating a visual timeline on the clinician dashboard for objective compliance tracking.

Conclusion: The “Neuro-Recovery Roadmap” establishes the structural viability of utilizing cloud-based SaaS architecture to asynchronously track complex neurorestorative protocols. By decoupling clinical protocol design from continuous data entry, the platform offers a scalable digital framework to support personalized care. Future phases require clinical validation with human subjects to evaluate real-world efficacy.

Clinician Dashboard (Patient Data)

Clinician Dashboard (Roadmap)

Patient Mobile App Interface (Home)

Patient Mobile App Interface (Record Daily Log)

Patient Mobile App Interface (History)

« Back to 2026 International Congress

MDS Abstracts - https://www.mdsabstracts.org/abstract/development-of-a-web-based-neuro-recovery-roadmap-prototype-for-visualizing-and-tracking-multidisciplinary-rehabilitation-in-movement-disorders/