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Quantitative Digitography (QDG) for Parkinson’s Disease Monitoring

Prerana Acharyya, clinical research coordinator in Stanford’s Bronte-Stewart Lab, presents three related studies exploring how to monitor Parkinson’s disease symptoms more effectively. The main focus is on the QDG (Quantitative Digitography) system, a validated device and app used to track motor fluctuations through a simple finger-tapping task. Two of the studies use the QDG system in home or remote settings. A third study, SPRING, explores adaptive deep brain stimulation (DBS) and its effects on gait and mobility. For more information on these studies, contact the Bronte-Stewart Lab: brontestewartlab@stanford.edu 650-723-6709 Visit the Palo Alto Parkinson's Support Group: https://med.stanford.edu/parkinsons/n... Stanford's APDA Information & Referral Center and Stanford Parkinson's Community Outreach coordinate a local Parkinson's Disease (PD) support group in Palo Alto. Since March 2021, we meet virtually, highlighting local resources, Stanford healthcare professionals, and Stanford research. Chapters: 00:00 Introduction and speaker welcome 00:20 Why symptom monitoring between visits is difficult 01:05 Stanford’s QDG system for Parkinson’s 01:42 How the QDG device and app work 02:09 The 30-second mobility task explained 02:50 What QDG measures and how data is used 03:30 Study 1: QDG Home Diary Study 04:30 Study 2: QDG Remote Monitoring Study 06:00 Comparing home diary vs. remote studies 07:30 Study 3: SPRING Study – adaptive DBS for gait 08:30 What is adaptive DBS and how it works 10:00 Study participation details and eligibility 11:30 Study visits and long-term follow-up 13:00 Referrals and where to learn more