Genetic diagnosis of hyperkinetic movement disorders.

Expert opinion on medical diagnostics Pub Date : 2012-09-01 Epub Date: 2012-07-13 DOI:10.1517/17530059.2012.704017
Raymund Ac Roos
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Abstract

Introduction: People with hyperkinetic movements have always attracted the attention of the public and professionals. Alert colleagues noticed families in which a disease passed from generation to generation around Lake Maracaibo in Venezuela. This study led in 1993 to the localization of the gene for Huntington disease on chromosome 4. The genetic basis of many other familial and sporadic diseases has been identified on human DNA.

Areas covered: The clinical presentation of hyperkinesias remains the starting point for diagnosis, but differential diagnosis is a long, difficult process, the first step being to differentiate between inherited and non-inherited forms. The need to know the diagnosis is of major importance for patient and family. Knowledge about the cause limits the number of extra diagnostics. This review of the literature presents the most frequently occurring genetically-determined forms of hyperkinesias, mainly chorea and dystonia and tries to give some practical guidelines.

Expert opinion: The final part of the review will offer some thoughts and views for future development in a world which probably has more knowledge than we can handle. The drive to find a diagnosis is rewarded by the patient but one also needs to reflect on the use of medical care.

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多动运动障碍的遗传诊断。
运动过度的人一直受到公众和专业人士的关注。警觉的同事注意到,在委内瑞拉马拉开波湖附近,有一种疾病代代相传。这项研究于1993年在4号染色体上定位了亨廷顿病基因。许多其他家族性和散发性疾病的遗传基础已经在人类DNA上被确定。涉及领域:运动亢进的临床表现仍然是诊断的起点,但鉴别诊断是一个漫长而困难的过程,第一步是区分遗传和非遗传形式。了解诊断结果对病人和家属来说至关重要。对原因的了解限制了额外诊断的数量。这篇文献综述介绍了最常见的由基因决定的运动亢进形式,主要是舞蹈病和肌张力障碍,并试图给出一些实用的指导方针。专家意见:审查的最后一部分将为未来的发展提供一些想法和观点,因为世界上的知识可能比我们所能处理的要多。寻找诊断的动力得到了病人的回报,但人们也需要反思医疗服务的使用。
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