加勒比地区的非典型帕金森症是由食用番荔枝引起的吗?

A Lannuzel, G U Höglinger, P Champy, P P Michel, E C Hirsch, M Ruberg
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引用次数: 45

摘要

在加勒比海瓜德罗普岛发现了一种异常频繁的非典型左旋多巴无反应,动力刚性综合征,与PSP有一些相似之处,并且与食用番荔枝科植物有关,特别是番荔枝(corossol, soursop),提示可能的毒性病因。番荔枝科含有两组潜在的毒素,生物碱和乙酰素。在体外实验中,生物碱和氨基酸对多巴胺能和其他神经元均有毒性。然而,我们把工作重点放在番荔枝酸上有两个原因:(1)番荔枝酸在纳摩尔浓度下是有毒的,而微摩尔浓度的生物碱是必需的;(2)醋酸原素是有效的线粒体毒药,像其他诱发帕金森病的化合物一样。我们还发现,在长期使用这种分子治疗的大鼠的脑实质中检测到高浓度的山核桃酸,可以穿过血脑屏障,并在这些动物中引起基底节区神经变性,类似于在非典型帕金森症中观察到的情况。这些研究强化了番荔枝科的消费可能有助于瓜德罗普的非典型帕金森病发病机制的概念。
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Is atypical parkinsonism in the Caribbean caused by the consumption of Annonacae?

An abnormally frequent atypical levodopa-unresponsive, akinetic-rigid syndrome with some similarity to PSP was identified in the Caribbean island Guadeloupe, and was associated with the consumption of plants of the Annonacea family, especially Annona muricata (corossol, soursop) suggesting a possible toxic etiology. Annonaceae contain two groups of potential toxins, alkaloids and acetogenins. Both alkaloids and annonacin, the most abundant acetogenin, were toxic in vitro to dopaminergic and other neurons. However we have focused our work on annonacin for two reasons: (1) annonacin was toxic in nanomolar concentrations, whereas micromolar concentrations of the alkaloids were needed, (2) acetogenins are potent mitochondrial poisons, like other parkinsonism-inducing compounds. We have also shown that high concentrations of annonacin are present in the fruit or aqueous extracts of the leaves of A. muricata, can cross the blood brain barrier since it was detected in brain parenchyma of rats treated chronically with the molecule, and induced neurodegeneration of basal ganglia in these animals, similar to that observed in atypical parkinsonism. These studies reinforce the concept that consumption of Annonaceae may contribute to the pathogenesis of atypical parkinsonism in Guadeloupe.

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