Turning Points in Parkinson's Detection: Unveiling Early Signs Through Wearables

Research using wearable devices shows that monitoring turning movements while walking can help detect Parkinson's disease early. A slower peak angular velocity was linked to a higher risk of developing the disease. This early detection could aid in early intervention with neuroprotective treatments to slow progression.

A groundbreaking study has identified that wearable devices tracking turning movements could play a crucial role in early Parkinson's disease detection. Researchers from the University Hospital of Kiel and Murdoch University tracked 1,051 participants over a decade to monitor their turning motions.

Participants wore a sensor on their lower back to measure angles, duration, and speed of their turns while walking. Findings indicate that a slower peak angular velocity is linked to a higher risk of developing this neurodegenerative disorder.

Published in the Annals of Neurology, the study suggests that changes in turning speed may emerge approximately nine years before clinical diagnosis, offering a vital window for early intervention and potential treatments to slow disease progression.

(With inputs from agencies.)