Effectiveness of Lead-Point in Parkinson`s Model of STN-MER with DBS: A Study of Predicting Motor progression
Objective: To inquiry into the correlation between progression and active point of contact site expects an adjustment for functional (anatomical-structural) variation. Background: Within the Parkinson…Differentiating the Local Field Potential Oscillations in Low and Beta Range in Parkinson`s and Dystonic Movement Disorder
Objective: To framework the novel data of subcortical oscillations in Parkinson`s and dystonic patients for the comparison of local field oscillatory (low, beta) influence amongst…Aging brain in Parkinson`s: A study through biomarkers
Objective: Ongoing research of electrophysiological characteristics in Parkinson`s do not take aging brain into account. So, we aim is to show impact of aging on…Deep brain stimulation and fusion technologies: a synthesis study
Objective: The major thrust is analyzing the large amounts data computationally generated and synthesizing it into useful systems-wide models of biological processes. Background: It is…Microelectrode recording with subthalamic nuclei deep brain stimulation encompass neuro-electro physiological beta oscillations footmarks in Parkinson`s cardinal motor symptoms sub-types
Objective: To examine the behavioral-activity within sub bands of β-beta-oscillated local field potentials(‘LFP’) acquired through microelectrode recording(MER) from STN sub areas offer distinctive neuro-electro physiological…Intra operative mer with stn-dbs in local and globally anesthetized Parkinson`s analysis: a melancholic nostalgy group study
Objective: To evaluate the variation of micro electrode recording(MER) signal acquisitions in the course of conscious and napping sub thalamic nucleus stimulations with deep brain…MER length as a predictor of motor and non-motor outcomes of STN DBS in Parkinson’s disease
Objective: To test whether the length of the subthalamic nucleus (STN) in microelectrode recording (MER) can predict the 6-month motor and non-motor outcomes of DBS…In vitro α–synuclein aggregation and propagation model
Objective: Developing an in vitro α–synuclein (α-s) aggregation and propagation model of human cortical networks for functionality studies. Background: Studying α–s pathology and its effects…AI-Guided Microelectrode Recording for GPi DBS in Parkinson’s disease
Objective: To evaluate the feasibility of using a machine learning algorithm to interpret intraoperative microelectrode recording (MER) during deep brain stimulation (DBS) lead placement surgery.…Neural activity in pedunculopontine nucleus during sleep
Objective: Assess neural activity in various brain areas in sleep versus wakefulness in pediatric patients with movement disorders Background: Pedunculopontine nucleus (PPN) is believed to…
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