Novel hyperkinetic dystonia-like manifestation and neurological disease course of Swedish Gaucher patients

嗅觉减退 肌张力障碍 帕金森病 儿科 医学 焦虑 冷漠 癫痫 共济失调 酶替代疗法 萧条(经济学) 疾病 运动障碍 精神科 内科学 传染病(医学专业) 经济 宏观经济学 2019年冠状病毒病(COVID-19)
作者
Maciej Machaczka,Martin Paucar,Cecilia Kämpe Björkvall,Nicholas J. Smith,Timothy M. Cox,Lars Forsgren,Per Svenningsson
出处
期刊:Blood Cells Molecules and Diseases [Elsevier BV]
卷期号:68: 86-92 被引量:19
标识
DOI:10.1016/j.bcmd.2016.10.011
摘要

Neuronopathic Gaucher disease type 3 (GD3) is frequent in northern Sweden, whereas GD1 is found throughout the country. In a nation-wide study, we examined neurological manifestations and clinical course in 12 patients with GD3 and 13 patients with GD1.The patients were evaluated by standardized neurological assessments. Every sixth month, the GD3 patients were rated with the modified Severity Scoring Tool. At baseline and at the 3years follow-up, patients underwent University of Pennsylvania Smell Identification Test, Montreal Cognitive Assessment and Hospital Anxiety and Depression Scale. When clinical signs were present, additional examinations were undertaken.Marked clinical heterogeneity was evident in both GD3 and GD1 groups. Several GD3 patients had a hitherto unreported rapid and repetitive dystonia-like hyperkinetic movement disorder. Most patients with GD3 have abnormalities of horizontal gaze, ataxia and focal epilepsy, some also had cognitive impairment, anxiety and hyposmia. Six GD3 patients, all homoallelic for L444P GBA1 mutations, have lived beyond 40years of age; and none has developed Parkinsonism. Two of the GD1 patients suffer from Parkinsonism; mild to complete hyposmia was present in six GD3 and five GD1 patients. Neither the group of GD3 nor GD1 patients had detectable progression of their neurological manifestations.These middle-aged and older Swedish GD3 or GD1 patients are clinically stable over time. However, we have identified unusual clinical features, discordant phenotypes and a hyperkinetic dystonia-like movement disorder which appears unique to this Swedish disease variant and expands the phenotype for GD.
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