Motor cortical excitability during voluntary inhibition of involuntary tic movements
Objective: To explore state-dependent effects of voluntary tic inhibition on M1 excitability. Background: Tics can be voluntarily inhibited. However, the neurophysiology of voluntary tic inhibition…VIT-D and Tics Movement Disorder
Objective: Tics is common childhood movement disorder, with classified variants , typically begin at around 4-5 years of age but often present lator at about…Lateralization of fine motor actions in Tourette syndrome persisting through adulthood
Objective: To evaluate whether decreased lateralization of fine motor actions is an endophenotypic trait in adults with Tourette syndrome (TS), and whether it is related…The inflammatory burden of tic onset in a paediatric cohort: A preliminary study
Objective: To evaluate the role of inflammatory triggering factors in the onset of tics and Tourette syndrome in a prospective cohort of paediatric population. Background:…Modulation of thalamocortical network dynamics via deep brain stimulation in humans with Tourette syndrome
Objective: To (1) investigate the impact on thalamocortical network dynamics in response to low frequency and high frequency deep brain stimulation and (2) uncover the…Long-term responsive deep brain stimulation in Tourette syndrome
Objective: To develop and measure the effectiveness of responsive deep brain stimulation for the treatment of Tourette syndrome. Background: Tourette's Syndrome (TS) is a paroxysmal…Frontal dysfunction in Tourette syndrome: A PET-FDG study
Objective: Our objective was study the metabolism of brain in a group of patients with Tourette´s Syndrome. Background: The pathophysiology and anatomical basis of Tourette…Globus pallidus interna oscillatory activity differentiates tics from voluntary movements and the Parkinsonian resting state
Objective: To describe local field potential (LFP) characteristics during tic acivity, voluntary activity, and the Parkinsonian resting state. Background: Deep brain stimulation is an emerging…
Abstracts from the International Congress of Parkinson’s and Movement Disorders.