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Adaptive Deep Brain Stimulation to Improve Motor and Gait Functions in Parkinson's Disease
Sponsor: Doris Wang, MD, PhD
Summary
This is a single-center phase I clinical study aiming to improve gait functions in patients with Parkinson's disease (PD) by using adaptive neurostimulation to the pallidum. The investigators will use a bidirectional deep brain stimulation device with sensing and stimulation capabilities to 1) decode the physiological signatures of gait and gait adaptation by recording neural activities from the motor cortical areas and the globus pallidus during natural walking and a gait adaptation task, and 2) develop an adaptive deep brain stimulation (DBS) paradigm to selectively stimulate the pallidum during different phases of the gait cycle and measure improvements in gait parameters. This is the first exploration of network dynamics of gait in PD using chronically implanted cortical and subcortical electrodes. In addition to providing insights into a fundamental process, the proposed therapy will deliver personalized neurostimulation based on individual physiological biomarkers to enhance locomotor skills in patients with PD. Ten patients with idiopathic Parkinson's disease undergoing evaluation for DBS implantation will be enrolled in this single treatment arm study.
Official title: Adaptive Cortical and Subcortical Brain Stimulation to Improve Motor Behaviors and Gait in Parkinson's Disease
Key Details
Gender
All
Age Range
18 Years - 75 Years
Study Type
INTERVENTIONAL
Enrollment
10
Start Date
2021-06-15
Completion Date
2030-04-01
Last Updated
2025-05-08
Healthy Volunteers
No
Conditions
Interventions
Summit RC+S
Using the RC+S pulse generator, patients receive clinically-optimized open loop DBS stimulation to the pallidum.
Summit RC+S
Using the RC+S pulse generator, the patients will receive closed-loop stimulation at random time points. These random stimulation times will in total equal the total amount of time of active movement.
Summit RC+S
Using the RC+S pulse generator, the patients will receive closed-loop stimulation during time of contralateral limb movement (e.g. left brain stimulation during right leg/arm movement).
Summit RC+S
Using the RC+S pulse generator, the patients will receive closed-loop stimulation during time of no movement for the contralateral limb (e.g. left brain stimulation while right leg/arm is not moving).
Locations (1)
UCSF
San Francisco, California, United States