Hemibody dystonia secondary to Neurobehçet disease : a case report
Objective: To report the case of a patient who presented with dystonia secondary to an inflammatory lesion of the putamen Background: Behçet’s Disease is a multisystemic…Pseudodystonia due to Palmaris Brevis Syndrome: Case Report
Objective: We describe a case of pseudodystonia caused by palmaris brevis syndrome. Background: Palmaris brevis (PB) syndrome is a pseudodystonia characterized by spontaneous, involuntary, nonpainful…Diffusion MRI tractometry findings in Dystonia- A UK Biobank study
Objective: To compare key white matter motor pathways between those diagnosed with dystonia and unaffected controls, using data collected by the UK Biobank, processed and…Categorizing non-focal dystonia, an un-biased data-driven approach
Objective: To apply data-driven methods to characterize dystonic patterns across body regions in non-focal dystonia. Background: Current categorization of body distributions affected by dystonia lacks…Blepharospasm – a network disorder
Objective: We present a case with apraxia of eyelid opening, orbicularis oculi spasms, increased blinking, which falls within the new paradigm that defines blepharospasm, that…DystoniaNet: Neural Biomarker-Based Platform for Dystonia Diagnosis using Deep Learning
Objective: Development and validation of a deep learning algorithmic platform for the identification of a microstructural biomarker for objective, accurate, and rapid diagnosis of dystonia.…Network localization of cervical dystonia based on causal brain lesions
Objective: To identify brain regions underlying cervical dystonia Background: Cervical dystonia is a neurological disorder characterized by sustained, involuntary movements of the head and neck.…Automated analysis of neck muscle ultrasound can distinguish cervical dystonia from healthy controls
Objective: Identify patterns of changes in neck muscle configuration in cervical dystonia using automated analysis of ultrasound data. Background: Ultrasound is a promising tool in…Role of clinical neuroimaging in X-linked dystonia-parkinsonism
Objective: To determine the inter- and intra-rater reliability of brain imaging in X-linked dystonia-parkinsonism (XDP). Background: XDP is a neurodegenerative movement disorder presenting with adult-onset…Stop Signal Reaction Time (SSRT) in Dystonia and its Correction after Botulinum Toxin Treatment
Objective: • To compare Stop Signal Reaction Time (SSRT) among patients with Hyperkinetic Movement Disorders and Healthy participants. • To explore the effect of Botulinum…