Striatal Cholinergic Neurons in Cervical Dystonia
Objective: To determine if there is cholinergic neuronal loss in the putamen in cervical dystonia. Background: The etiology of cervical dystonia is unknown. Striatal cholinergic…Temporal dynamics of pallidal low-frequency oscillations in dystonia
Objective: To assess the occurrence and volatility of 4-12 Hz oscillations in local field potentials (LFPs) recorded in the internal globus pallidus (GPi) of dystonia…Symptoms of dystonia in a mouse with mutation in Lamb1
Objective: A mouse model that exhibits symptoms appropriate to dystonia will allow investigation underlying circuit abnormalities. Here we tested two hypotheses with the lamb1t mouse:…Sensorimotor gray matter changes in professional brass players with and without Embouchure dystonia
Objective: To investigate patterns of gray matter alterations in professional brass musicians with embouchure dystonia (ED) in relation to healthy professional brass musicians and to…Mind the gap: Temporal discrimination and cervical dystonia
Objective: To deconstruct the temporal discrimination threshold (TDT) into its constituent parts. Background: The TDT, the shortest detectable interval between two stimuli, has repeatedly been…Movement disorders after stroke in the third Moroccan level hospital, Marrakech
Objective: The goal of this study is to describe the clinical, paraclinical and evolutive features of patients having suffered from a movement disorder in the…Functional characterization of the upstream start codon in the GCH1 gene
Objective: To examine (1) the -22C > T point mutation which introduces a premature start codon upstream of the normal open reading frame (ORF) of…Mutational analysis of GNAL gene in isolated dystonia patients from Spain
Objective: To study the frequency and spectrum of GNAL genetic variations in a large population of isolated dystonia (DT) patients from Spain. Background: GNAL encodes…Motor variability and learning indices in DYT1 dystonia
Objective: To examine motor variability in DYT1 dystonia and its interaction with subtypes of motor learning. Background: In healthy subjects it is now known that…Same cerebellar atrophy pattern in hyper- and hypokinetic movement disorders due to mitochondrial cytopathy
Objective: To describe the prevalence and phenotype of movement disorders (MDs) in patients with mitochondrial cytopathy (MC) and corresponding pattern of cerebral atrophy. Background: MCs…
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