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Myoclonic dystonia or Myoclonus dystonia syndrome is a rare movement disorder that induces spontaneous muscle contraction causing abnormal posture. The prevalence of myoclonus dystonia has not been reported, however, this disorder falls under the umbrella of movement disorders which affect thousands worldwide. [ 1 ]
Due to the rare and variable nature of dystonia, research investigating the effectiveness of these treatments is limited. There is no gold standard for physiotherapy rehabilitation. [33] To date, focal cervical dystonia has received the most research attention; [31] however, study designs are poorly controlled and limited to small sample sizes ...
X-linked dystonia parkinsonism (XDP), also known as lubag syndrome or X-linked dystonia of Panay, is a rare X-linked progressive movement disorder with high penetrance found almost exclusively in males from Panay. [1] It is characterized by dystonic movements first typically occurring in the 3rd and 4th decade of life.
Dystonia is a disorder of involuntary muscle contractions that may cause repetitive and/or abnormal movement or postures. Dystonia is a disorder that causes repetitive involuntary muscle movements ...
In addition, dopamine-responsive dystonia is typically characterized by signs of parkinsonism that may be relatively subtle. Such signs may include slowness of movement (bradykinesia), tremors, stiffness and resistance to movement (rigidity), balance difficulties, and postural instability.
Oculogyric crisis (OGC) is a rare sudden, paroxysmal, dystonic reaction that may manifest in response to specific drugs, particularly neuroleptics, or medical conditions, such as movement disorders. This neurological phenomenon is characterized by a sustained dystonic, conjugate , involuntary upward deviation of both eyes lasting seconds to hours.
The causes of pelvic floor dysfunction aren’t well understood. Experts know that weakened muscles and connective tissue in the pelvis can contribute to it, as can injuries to the pelvis.
Studies on diseases that are similar in nature to PD have revealed insights into the causes of movement disorders. Hypnogenic paroxysmal dyskinesia is a form of epilepsy affecting the frontal lobe . Single genes have been identified on chromosomes 15, 20, and 21, which contribute to the pathology of these epilepsy disorders. [ 4 ]