What patients need – a qualitative analysis of consultations prior to deep brain stimulation in patients with Parkinson’s disease
Objective: To evaluate the different needs of patients with Parkinson’s disease (PD) prior to deep brain stimulation (DBS). Background: DBS is a well established and…Accuracy of preoperative microelectrode trajectory planning in patients treated with DBS – an ongoing study
Objective: To retrospectively analyze the accuracy of the preoperative Deep Brain Stimulation (DBS) trajectory planning based on final trajectories chosen with intraoperative neurophysiological testing and…Deep Brain Stimulation (DBS) clinical impedance measurements of the Medtronic Clinician 8840 versus the Samsung Galaxy Tab S2 tablet interface
Objective: To contrast and compare the Medtronic Clinician 8840 and the newer Samsung Tablet based programming interface. Background: The FDA approved Medtronic’s use of the…Pediatric Deep Brain Stimulation in Secondary Dystonia using Stereotactic Depth Electrode Targeting
Objective: The primary objective of our pediatric clinical research is to improve outcomes after deep brain stimulation for pediatric patients with secondary dystonia. We apply…Reducing Ataxic Side Effects from VIM DBS Implantation in Essential Tremor: Advantages of Directional Stimulation
Objective: To retrospectively evaluate effect of directional DBS stimulation on ataxia in an essential tremor patient population. Background: Essential tremor is the most common movement…Registration Algorithm of DBS Preoperative Image and ICBM-152 Atlas
Objective: As we all know, there would be some distortions of electrodes or even distortions of patient's brain images when matching the brain atlases with…Predicting active electrode selection from atlas based targets and probabilistic sweetspots in STN DBS
Objective: To investigate whether neuroimaging can help in choosing effective electrodes in PD patients with deep brain stimulation (DBS) of the subthalamic nucleus (STN). Background:…Stimulation of the Left Anterior Sensorimotor Subthalamic Nucleus Improves Voice Function in Parkinson’s Disease
Objective: Determine the relationship of active contact location to postoperative changes in cepstral analyses of voice, following subthalamic nucleus (STN) deep brain stimulation (DBS) for…Directional leads in deep brain stimulation – surgical handling and evolving therapy options
Objective: To analyse the objective data and experiences in the application of directional leads (D-leads) in deep brain stimulation (DBS) for movement disorders. Background: Recent…Online determination of the STN “sweet spot” based on beta-power measured with directional macro-contacts of the final DBS lead
Objective: Microelectrode recordings are the standard procedure for intraoperative, electrophysiological mapping of the STN[1]. We investigated a novel methodology to detect the STN sweet spot…
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