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体外培养的经WR 163577处理的罗德西亚锥虫的超微结构改变

Fine structural alterations in Trypanosoma rhodesiense grown in vitro, treated with WR 163577.

作者信息

Berman J D, Oka M, Aikawa M

出版信息

J Protozool. 1984 Feb;31(1):184-6. doi: 10.1111/j.1550-7408.1984.tb04315.x.

Abstract

Fine-structural alterations in Trypanosoma rhodesiense trypomastigotes exposed to WR 163577, a prophylactic agent against animal African trypanosomiasis, were determined from cells grown in vitro. Exposure of trypomastigotes to a low concentration of drug resulted only in condensation of kinetoplast DNA fibrils. Exposure to higher drug concentrations caused clumping of nuclear chromatin and of cytoplasmic contents. Although alteration of kinetoplast DNA is the first detectable drug-induced change, the function of the kinetoplast in mammalian forms of African trypanosomes is unclear, and the secondary changes in the nucleus and cytoplasm may constitute the functionally significant alterations caused by WR 163577.

摘要

从体外培养的细胞中确定了暴露于WR 163577(一种预防动物非洲锥虫病的药物)的罗德西亚锥虫锥鞭毛体的超微结构改变。将锥鞭毛体暴露于低浓度药物仅导致动基体DNA纤维凝聚。暴露于较高药物浓度会导致核染色质和细胞质内容物聚集。尽管动基体DNA的改变是药物诱导的第一个可检测到的变化,但非洲锥虫哺乳动物形式的动基体功能尚不清楚,细胞核和细胞质的继发性变化可能构成了WR 163577引起的功能上显著的改变。

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