Locations:
Search IconSearch

Tag: deep brain stimulation (DBS)

Photo of Dr. Benjamin Walter
February 2, 2026/Neurosciences/Podcast

The Past, Present and Future of DBS (Podcast)

Rapid innovation is shaping the deep brain stimulation landscape

woman painting

Trial: Adaptive DBS Is Tolerable, Effective and Safe

Real-time adjustments may help reduce bothersome dyskinesias

brain illustration with a focused inset section labeled "LCN"
February 25, 2025/Neurosciences/Research

Deep Brain Stimulation for Brain Injury Rehab: Do Benefits Continue After Neurostimulation Stops?

Promising preclinical research indicates functional motor recovery is durable

researcher in dark laboratory
September 12, 2024/Neurosciences/Research

Preclinical Imaging Research Aims to Help Refine Deep Brain Stimulation for Stroke Recovery

$3.2 million grant will fund use of calcium-based imaging to record neuronal activity in ischemia model

Advertisement

Cleveland Clinic is a non-profit academic medical center. Advertising on our site helps support our mission. We do not endorse non-Cleveland Clinic products or services. Policy

deep brain stimulation of dentate nucleus

Deep Brain Stimulation After Stroke: What Underlies Improved Motor Function?

EDEN analysis investigates electrophysiological changes after continuous dentate nucleus stimulation

23-NEU-4085912-CQD-Hero1-Whole-650×450

Probing the Neural Mechanisms of Parkinson’s Disease Motor Dysfunction

Research project will leverage insights into neural circuits to advance DBS technology

Older man with walker

Device-Aided Therapy Underutilized in Routine Care for Advanced Parkinson’s Disease

Study reveals heavy care burden, missed opportunities in patients with uncontrolled symptoms on oral therapy

illustration showing target for deep brain stimulation of the dentate nucleus

Deep Brain Stimulation for Post-Stroke Rehabilitation: Promising Phase I Results Clear Path to Controlled Study

First-in-human trial demonstrates safety, encouraging functional response in chronic phases of recovery

illustration of brain with Parkinson's disease

Clinical Trial Seeks to Identify Neural Basis of Cognitive Decline in Parkinson’s Disease

Also will assess ability of high-intensity exercise to offset the cognitive decline

22-NEU-2922372-deep-brain-stimulation_650x450

Study Suggests Feasibility of Alternating-Frequency DBS for Gait Impairment in Parkinson’s

Novel protocol combines gait testing during stimulation with neural signal measurement

BackPage 1 of 3Next

Advertisement

Ad