Whitfield P J
Division of Life Sciences, King's College London, Uk.
Trans R Soc Trop Med Hyg. 1996 Nov-Dec;90(6):596-600. doi: 10.1016/s0035-9203(96)90401-0.
This review assesses the role that can be played by allelochemicals (bioactive secondary compounds) from medicinal and other plants in the control of human helminthic diseases. In the search for new anthelmintics among plant allelochemicals, 3 practical issues have considerable significance. They are the range and capacity of anthelmintic bioassays utilised in preclinical studies in vitro on plant extracts, the phenomenon of coexistent allelochemicals with overlapping activity spectra within single plants, and the problem of non-specific cytotoxins among plant allelochemicals. These topics are discussed in the context of the present absence of any clinically useful plant anthelmintics. In the search for new plant molluscicides for schistosomiasis control, the characteristics of a range of molluscicidal plants are measured against those of the synthetic molluscicide of choice, niclosamide, and against the postulated attributes of practically useful plant molluscicides.
本综述评估了药用植物和其他植物中的化感物质(生物活性次生化合物)在控制人类蠕虫病方面可发挥的作用。在从植物化感物质中寻找新型驱虫药时,有3个实际问题具有相当重要的意义。它们是在体外对植物提取物进行临床前研究时所采用的驱虫生物测定的范围和能力、单一植物中具有重叠活性谱的共存化感物质现象,以及植物化感物质中的非特异性细胞毒素问题。鉴于目前尚无任何临床上有用的植物驱虫药,对这些主题进行了讨论。在寻找用于控制血吸虫病的新型植物杀螺剂时,针对一系列杀螺植物的特性与所选合成杀螺剂氯硝柳胺的特性进行了比较,并与实用植物杀螺剂的假定属性进行了比较。