Neurologic Wilson's disease
Неврологическая форма болезни Вильсона
2009-11-24
SCID: 54.1/2b9ehp6x
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ATP7B gene mutationsCopper chelation therapyCopper metabolismNeurologic manifestationsWilson's disease
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Abstract (AI)
Despite a long history, Wilson's disease, an autosomal recessive disease caused by mutations in the ATP7B gene, remains a commonly misdiagnosed import disease. Mutations in ATP7B result in abnormal copper metabolism and subsequent toxic accumulation of copper. Clinical manifestations of neurologic Wilson's disease include variable combinations of dysarthria, dystonia, tremor, and choreoathetosis. Among neurodegenerative diseases, it is unusual in that misdiagnosis and delay in treatment are clinically relevant because treatments can prevent and cure Wilson's disease, if they are given appropriately. If left untreated, Wilson's disease progresses to hepatic failure or severe neurologic disability and death, while those adequately treated have normal life spans. This review focuses on the neurologic features of Wilson's disease, its diagnosis, and treatment options.
Key Findings
1
Neurologic Wilson’s disease commonly presents with variable combinations of dysarthria, dystonia, tremor, and choreoathetosis.
2
The disease is frequently misdiagnosed or diagnosed late, despite treatments that can prevent progression and potentially reverse manifestations when appropriately administered.
3
The review addresses neurologic manifestations, diagnostic approaches, and treatment options for Wilson’s disease.
4
Untreated Wilson’s disease can progress to hepatic failure, severe neurologic disability, and death, whereas adequately treated patients can have normal life spans.
5
Wilson’s disease is an autosomal recessive disorder caused by ATP7B mutations, leading to abnormal copper metabolism and toxic copper accumulation.
Research Object
neurologic Wilson's disease
Research Subject
the neurologic features, diagnosis, and treatment options of Wilson's disease
Publication Details
Publication Date
2009-11-24
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