[Innovation in antiparasitic agents].

P Gayral, W Peters
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Abstract

The emergence of new parasitic diseases has encouraged studies on the elucidation of the mode of action of new and old antiparasitic drugs, and has led to the development of new chemical series. Resistance occurs rapidly when a single drug is used massively in human and animals. A better knowledge of the mode of action allow synergistic combination of compounds, slow-release devices proposed for cattle. Another alternative is to improve bioavailability of antiparasitic drugs by targetting at the parasite molecular level with prodrugs, drug-carriers as liposomes, nanoparticles. The use of new compounds should be expected with relative optimism.

[抗寄生虫剂的创新]。
新的寄生虫病的出现促进了对新、旧抗寄生虫药物作用机理的研究,并导致了新的化学系列的开发。当一种药物在人类和动物中大量使用时,耐药性就会迅速产生。对作用方式的更好了解允许化合物的协同组合,为牛提出缓释装置。另一种选择是通过前体药物、药物载体如脂质体、纳米颗粒靶向寄生虫分子水平来提高抗寄生虫药物的生物利用度。人们应该相对乐观地期待新化合物的使用。
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