A functional micro-electrode mapping of ventral thalamus in Essential Tremor
Objective: Understanding the pathomechanisms of Essential Tremor (ET) with higher spatial and temporal precision is of important clinical relevance. While the efficiency of Deep Brain…Patterns of rhythmic single unit activity of the subthalamic nucleus in patients with Parkinson’s disease
Objective: The study of rhythmic neuronal activity is of great interest as they may have implications for pathophysiological mechanisms of PD. The aim of this…Deep brain recording and surgical time in stereotactic and functional neurosurgery for movement disorders
Objective: To study the impact on the surgical time of the multi-unit recordings (MURs) of deep brain activity in 20 years of movement disrorder neurosurgeries.…Effectiveness of lead position with MER to determine STNs: A study of MER with DBS for quantifying the effects of DBS in Parkinson`s disease
Objective: To quantify the effectiveness of MER with DBS, characterize Parkinson`s disease symptoms/extract MER signal features of STN Background: Parkinson`s disease targeting CNS, causing group of neurons…Multivariate analysis of writer`s cramp: a study with advanced multi-channel microelectrode recording system
Objective: To quantify difference in WC patients with Concordant mirror movements(MMs) from those with Discordant MMs. Background: Invasive methods are encouragive for quantitative analysis. The…Single unit activity of globus pallidus during voluntary movements in patients with cervical dystonia
Objective: To reveal the electrophysiological mechanism of voluntary movements with and without neck muscle exertion in patients with cervical dystonia. Background: Globus pallidus, as part…Objective methods for quantifying the deep brain stimulation (DBS) efficacy in subthalamic-nuclei (STN) neurons with microelectrode recording (MER) technology
Objective: To design a computational modeling to develop a new diagnostic tool for effective neuro-medical-diagnostics for end users, to investigate and evaluate the potential benefits…Stereotactic surgery targeting on ventral oral posterior/ventral intermediate (Vop/Vim) in patients with upper limb dystonia: Neuronal activity and optimal effective site
Objective: To evaluate the neural activity at the optimal site of ablation or deep brain stimulation (DBS), targeting on caudal Zona incerta (cZi) through ventral…Is awake intraoperative mapping still necessary for bilateral subthalamic stimulation for Parkinson’s disease in a modern surgical environment?
Objective: To study the impact of the absence of awake clinical evaluation during subthalamic nucleus (STN) deep brain stimulation (DBS) on parameters of stimulation and…Difference between physiologically defined subthalamic nucleus target and final lead placement: Influence in clinical outcome
Objective: To evaluate distance between the physiologically defined subthalamic nucleus (STN) target and final lead placement, and its influence on the clinical outcome at 6…
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