二乙基卡马嗪、甲咪唑和左咪唑对盘尾盘尾虫体内外的影响。

Tropenmedizin und Parasitologie Pub Date : 1984-06-01
R Rivas-Alcala, C D Mackenzie, E Gomez-Rojo, B M Greene, H R Taylor
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引用次数: 0

摘要

研究了甲咪唑、左旋咪唑、柠檬酸二乙基氨基马嗪(decc)及甲咪唑和左旋咪唑联合用药对墨西哥南部患者切除的盘尾丝虫成虫和子宫内微丝虫发育的影响。从接受甲苯达唑治疗的患者身上分离出的成虫,其活动性降低,所含的微丝虫比未接受治疗的患者身上分离出的成虫少40倍。在甲苯达唑治疗患者的成虫中发现的大多数发育形式是卵母细胞或早期桑葚胚,更成熟的形式很少或形态异常。左旋咪唑治疗对胚胎发生也有类似的效果,但效果要弱得多。在接受decc治疗的患者体内,蠕虫发育形式的数量和分布与对照组相似。并对这三种药物在体外对微丝虫的作用进行了试验。在pH维持在生理水平的条件下,0.5微克- 2000微克/ml的decc浓度对线虫的运动和形态无明显影响;左旋咪唑在体外也没有效果。当使用浓度超过100微克/毫升时,甲苯咪唑诱导微丝虫病死亡,但这些浓度高于接受治疗的患者血液中发现的水平。探讨了短时间内培养弯纹微丝的最佳条件。从这些研究中可以明显看出,甲苯咪唑对子宫内微丝虫的成熟有影响,并且在高浓度下也可能对成熟的微丝虫有直接影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The effects of diethylcarbamazine, mebendazole and levamisole on Onchocerca volvulus in vivo and in vitro.

The effects of mebendazole, levamisole, diethylcarbamazine citrate (DEC-C), and the combination of mebendazole and levamisole, on adult Onchocerca volvulus and on the in utero development of microfilariae was studied in nodules excised from patients in Southern Mexico. Adult worms isolated from patients treated with mebendazole showed a reduction in mobility and contained 40 times fewer developing microfilarial forms than did worms from untreated patients. Most of the developmental forms found in adult worms from mebendazole-treated patients were either oocytes or early morulae, with more mature forms being scarce or morphologically abnormal. Treatment with levamisole had a similar effect on embryogenesis, however it was much less marked. The number and distribution of developing forms in worms from patients treated with DEC-C was similar to that found in the control groups. The effect of the same three drugs on microfilariae in vitro was also tested. DEC-C at concentrations of 0.5 microgram - 2000 micrograms/ml did not have any obvious effect on motility or morphology of the worms provided the pH was maintained at physiological levels; levamisole also had no effect in vitro. Mebendazole induced the death of microfilariae when used at concentrations greater than 100 micrograms/ml, however these levels are greater than those found in the blood of patients under treatment. The optimal conditions for short-term maintenance of O. volvulus microfilariae in culture, are discussed. It is apparent from these studies that mebendazole has an effect on the maturation of microfilariae in utero and may also, at high concentrations, have a direct effect on mature microfilariae.

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