Content and quality analysis of YouTube videos on therapeutic exercises for Parkinson's disease.
Analysis of 29 English-language YouTube videos on Parkinson's exercise content found that videos explaining exercise rationale and dosage scored higher on quality and reliability metrics, while guideline-based clinical features did not predict viewer engagement.
What the AI sees
Analysis of 29 English-language YouTube videos on Parkinson's exercise content found that videos explaining exercise rationale and dosage scored higher on quality and reliability metrics, while guideline-based clinical features did not predict viewer engagement.
Research significance
While this study has low direct value for therapeutic discovery, it identifies gaps in patient-facing exercise guidance that are important for improving dissemination, adherence to rehabilitation protocols, and ultimately the implementation of evidence-based nonpharmacologic interventions.
Source abstract
BackgroundParkinson's disease (PD) is the most common movement disorder, and patients increasingly use YouTube to obtain health-related information.ObjectiveThis study aimed to assess the content quality and informational reliability of YouTube videos on PD exercises.MethodsA total of 150 English-language YouTube videos were screened using the search terms "Parkinson exercises", "Parkinson physiotherapy exercises", and "Parkinson home exercise program". For each video, the source, upload date, number of views, likes, dislikes, and comments were recorded. The Video Power Index (VPI) was assessed using the view ratio (views/day) and like ratio (likes × 100 / [likes + dislikes]). The clinical quality, reliability, and educational value of PD-specific exercise videos were assessed using the Global Quality Scale (GQS), modified DISCERN (mDISCERN), and guideline-based criteria derived from the European Physiotherapy Guideline for Parkinson's Disease (PD-GEC).ResultsA total of 29 videos met the inclusion criteria and were analyzed. Videos explaining how and why exercises were performed demonstrated higher mDiscern and GQS scores, while providing repetition, duration, and intensity information was associated with higher GQS scores but not mDiscern (p = 0.080); no differences were observed for disease specificity, functional linkage, or safety warnings (all p > 0.05). PD-GEC scores were not significantly related to video engagement metrics.ConclusionHigher-quality videos tended to provide clear explanations of exercise rationale and dosage, while guideline-based clinical features, including PD-GEC criteria, were not associated with viewer engagement.