首页> 外文期刊>The Journal of protozoology research >In vitro inhibitory effect of fosmidomycin on the asexual growth of Babesia bovis and Babesia bigemina.
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In vitro inhibitory effect of fosmidomycin on the asexual growth of Babesia bovis and Babesia bigemina.

机译:磷霉素的体外抑制作用对牛津巴贝斯虫和大巴贝虫的无性生长的影响。

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The in vitro inhibitory effect of fosmidomycin was evaluated against the asexual growth of bovine Babesia parasites (Babesia bovis and Babesia bigemina). In the cultures with these parasites, severe reduction of parasite growth was observed by the addition of 1.25 micro g/ml of the final drug concentration. Under these conditions, B. bigemina was completely cleared until the third day of cultivation. On the other hand, B. bovis was completely eliminated on the fourth day when the concentration was 6.25 micro g/ml in the culture. These parasites failed to grow again when a drug-free medium was substituted for the subsequent cultivation. The IC50 values of fosmidomycin against B. bovis were determined as 0.88 and 0.63 micro g/ml in the in vitro cultures with serum-containing M199 and serum-free GIT media, respectively, while it was 0.55 micro g/ml against B. bigemina in a serum-containing M199 medium. Severe morphological changes, such as pycnotic and degenerative changes, were preferably observed in the treated parasites. These results suggest that fosmidomycin can be a potent chemotherapeutic agent against bovine babesiosis.
机译:评估了磷霉素的体外抑制作用对牛 Babesia 寄生虫( Babesia bovis 和 Babesia bigemina )的无性生长。 >)。在具有这些寄生虫的培养物中,通过添加1.25 micro g / ml的最终药物浓度,观察到了寄生虫生长的严重降低。在这些条件下,B。 bigemina 完全清除,直到栽培第三天。另一方面, B。当培养物中浓度为6.25μg/ ml时,在第四天牛完全消失。当用无毒培养基代替后续培养时,这些寄生虫无法再次生长。磷霉素对 B的IC 50 值。在含有血清的M199和无血清GIT培养基的体外培养物中,牛的牛血清分别为0.88和0.63微克/毫升,而对 B。 bigemina 在含有血清的M199培养基中。优选在处理过的寄生虫中观察到严重的形态变化,例如脓性和退行性变化。这些结果表明,磷霉素可作为对抗牛幼虫病的有效化学治疗剂。

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