[Current problems of echinococcosis (Echinococcus multilocularis)].

Das Offentliche Gesundheitswesen Pub Date : 1991-08-01
P Kimmig, U Schelling
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Abstract

Alveolar echinococcosis is by far the most dangerous human parasitosis in Central Europe. For the one part this is due to the fact that the parasite is localised in the liver, and for the second part it is due to the infiltrative growth of the larval cestode tissue. The life cycle of echinococcus multilocularis takes place primarily between the fox as final host and mice as intermediate hosts. In this cycle, man is an accidental host and is infected orally via the intake of cestode eggs. The individual channels of infection and their frequency have so far only been subject to speculation. The infection rate of foxes is highest in the range of the Swabian mountain pastures (known as Schwäbische Alb) (up to 55 per cent), but recently values of more than 30% have been registered in the adjacent areas as well. No accurate data are available on the infection rate in humans; seroepidemiological data indicate a prevalence between 0.1 and 0.5 per thousand. IHA, IIFT and ELISA are the most frequently used methods in serodiagnostics of echinococcosis. The specific E. multilocularis antigen should be used instead of the commercially available E. granulosus antigen when examining patients for alveolar echinococcosis. In clinical diagnostics, sonography and especially CT are well tried. If the parasitic infestation is discovered early, radical surgery is the method of choice. Chemotherapy with mebendazole (e.g. Vermox) is still unsatisfactory despite improvements. Possibly an echinococcus therapy of foxes via baits containing praziquantel may be a possibility to minimize the transfer to the human organism.

棘球绦虫病(多房棘球绦虫)的现状问题
肺泡包虫病是中欧迄今为止最危险的人类寄生虫病。一方面,这是由于寄生虫局限于肝脏,另一方面,这是由于幼虫寄生组织的浸润性生长。多房棘球蚴的生命周期主要发生在狐狸作为最终宿主和老鼠作为中间宿主之间。在这个循环中,人类是一个偶然的宿主,并通过摄入虫卵而经口感染。到目前为止,感染的个别渠道及其频率只能推测。狐狸的感染率在斯瓦本山地牧场范围内最高(称为Schwäbische Alb)(高达55%),但最近在邻近地区也记录了30%以上的感染率。没有关于人类感染率的准确数据;血清流行病学数据表明患病率在千分之0.1至千分之0.5之间。IHA、IIFT和ELISA是棘球蚴病最常用的血清诊断方法。在检查肺泡包虫病患者时,应使用特异性多房棘球绦虫抗原而不是市售的细粒棘球绦虫抗原。在临床诊断中,超声检查,尤其是CT已被广泛使用。如果寄生虫感染是早期发现的,根治性手术是选择的方法。使用甲苯达唑(如Vermox)化疗,尽管有所改善,但仍不能令人满意。通过含有吡喹酮的诱饵治疗狐狸棘球蚴可能是减少向人体转移的一种可能性。
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