Deep Brain Stimulators in Parkinson`s subthalamic nucleus: A Study of Decade Follow-Up
Objective: To analyze the motoric and non-motoric symptoms of Parkinson`s following subthalamic-nuclei deep brain stimulations from a decade of follow-up study. Background: From the rudiment…Circuit-based targeting for closed-loop deep brain stimulation for Tourette Syndrome
Objective: To assess the safety, feasibility, neurophysiology and neuroimaging-driven targeting of the centromedian thalamus (CM) and anterior globus pallidus internus (aGPi) for deep brain stimulation…Publication rates and characteristics of clinical trials in deep brain and responsive neurostimulation
Objective: We examine DBS and RNS trials from 1997-2022, chart their characteristics, and examine rates and predictors of results reporting. Background: Prompt dissemination of clinical…Safety and performance of DBS primary cell IPG replacement: An interim report from the ADROIT study
Objective: To present procedure-related safety of DBS IPG battery replacements and variations of therapeutic performance within the ADROIT post-market study. Background: DBS implantable pulse generator…Transition from paediatric to adult care – A satisfaction survey of young people with complex motor disorders and implanted devices.
Objective: The aim of this audit was to explore the satisfaction and experience of young people with implantable Intrathecal baclofen pumps transitioning to an adult…Prevention and management of Deep Brain Stimulation (DBS) surgical site infections (SSI) – multicentre survey of UK practice.
Objective: The aim of this survey was to better understand trends, patterns and practices of DBS surgical site care in the UK. Background: Deep brain…Impact of two different rechargeable pulse generators on parkinsonian patients with deep brain stimulation
Objective: This study compared the recharging frequency and duration, perceived impact and self-management of recharging, and motor symptom suppression in fifteen PD patients who underwent…An accurate yet practical method for DBS battery life prediction
Objective: To develop a simple, accurate algorithm for predicting DBS IPG battery life in patients with PD, ET and dystonia. Background: Battery life for DBS…Anodic prepulses influence the therapeutic window in ET patients
Objective: To investigate the use of anodic prepulses in essential tremor (ET) patients treated with deep brain stimulation (DBS). Background: Since the inception of DBS,…Fixed-life or rechargeable battery for deep brain stimulation: A prospective long-term study of patient’s preferences
Objective: The aim of this study was to evaluate patients’ long-term satisfaction with their choice of battery and factors that influence their decision. Background: Deep…
Abstracts from the International Congress of Parkinson’s and Movement Disorders.