A Glove To Treat Parkinson’s Disease?

At the July 13, 2022 virtual "Palo Alto" Parkinson's support group meeting, Dr. Peter Tass presented groundbreaking research on a non-invasive glove treatment for Parkinson's disease. Dr. Tass, Professor of Neurosurgery at Stanford, explained how this vibrotactile coordinated reset (VCR) stimulation technology works to "desynchronize" abnormal neural activity in the brain. The presentation covered the scientific basis of the approach, results from animal and human studies, and promising patient outcomes including improvements in motor function, gait, and unexpectedly, non-motor symptoms like sense of smell and vision. This innovative approach showed potential for providing long-lasting relief with a non-invasive device. 00:00:01 - Introduction by Support Group Host 00:01:15 - Dr. Tass Introduction and Background 00:03:16 - Neural Synchrony in Parkinson's Disease 00:05:32 - Deep Brain Stimulation Limitations 00:09:26 - Desynchronization Approach Overview 00:16:00 - Coordinated Reset Stimulation Explained 00:18:20 - Theoretical Models and Simulations 00:20:33 - Monkey Experiments and Results 00:24:42 - Clinical Testing in Parkinson's Patients 00:29:16 - Non-invasive Treatment Rationale 00:33:28 - Fingertips and Brain Representation 00:37:20 - The VCR Glove Design and Function 00:41:40 - Clinical Trial Design and Methodology 00:46:39 - Clinical Results: Group and Individual Data 00:52:11 - Patient Case Studies and Videos 00:59:23 - Improvements in Non-motor Symptoms 01:04:40 - Future Research and Testing Plans 01:04:31 - Q&A Session 01:16:52 - Closing Remarks and Thanks Visit the Palo Alto Parkinson's Support Group: https://med.stanford.edu/parkinsons/n... For more information on the VCR glove clinical trials, email: [email protected]