5
Participants
Start Date
March 3, 2017
Primary Completion Date
July 24, 2019
Study Completion Date
July 24, 2019
Activa PC Primary Cell Neurostimulator - (Model 37601)
Deep Brain Stimulator system will be implanted using standard neurosurgical techniques. The device will deliver constant stimulation to the thalamus using settings programmed by study team.
Activa RC Rechargeable Neurostimulator - (Model 37612)
Deep Brain Stimulator system will be implanted using standard neurosurgical techniques. The device will deliver constant stimulation to the thalamus using settings programmed by study team.
Activa SC Single Cell Neurostimulator (Models 37602/37603)
Deep Brain Stimulator system will be implanted using standard neurosurgical techniques. The device will deliver constant stimulation to the thalamus using settings programmed by study team.
DBS Lead - (Model 3387
Deep Brain Stimulator system will be implanted using standard neurosurgical techniques. The device will deliver constant stimulation to the thalamus using settings programmed by study team.
DBS Extension - (Models 37085/6)
Deep Brain Stimulator system will be implanted using standard neurosurgical techniques. The device will deliver constant stimulation to the thalamus using settings programmed by study team.
Patient Programmer - (Model 37642)
Deep Brain Stimulator system will be implanted using standard neurosurgical techniques. The device will deliver constant stimulation to the thalamus using settings programmed by study team.
Test Stimulator - (Model 3625)
Deep Brain Stimulator system will be implanted using standard neurosurgical techniques. The device will deliver constant stimulation to the thalamus using settings programmed by study team.
N'Vision Clinician Programmer - (Model 8840)
Deep Brain Stimulator system will be implanted using standard neurosurgical techniques. The device will deliver constant stimulation to the thalamus using settings programmed by study team.
N'Vision Software Application Card - (Model 8870)
Deep Brain Stimulator system will be implanted using standard neurosurgical techniques. The device will deliver constant stimulation to the thalamus using settings programmed by study team.
University of California San Francisco Hospital, San Francisco
University of California, San Francisco
OTHER