INVESTIGATING ACUTE ORAL TOXICITY OF YOUNG MANGO (Mangifera indica L.) LEAVES ON MICROLOGY OF LIVER AND KIDNEYS OF Mus muscular L.

Ai Lan Nguyen Thi
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Abstract

Histopathology is the most important issue in research pharmacy and clinical medicine. Microdiagnosis is a method of identifying and orienting treatment as well as disease prognosis. In testing acute toxicity, the youngleaves of mangoe extract (Mangifera indica L., MIL) was investigated based on analysis and comparison of liver/kidney microstructure of normal mice (Mus musculus L.) and mice that drank at high doses of MIL. The liver and kidney of laboratory mice were separated from groups of normal mice drinking distilled water (physiological control), normal mice drinking 1000 mg/kg, normal mice taking 2500 mg/kg and rats taking5000 mg/kg b.w., only one time. The observed results showed that the microstructure of the liver/kidney of rats drinking methanol extract MIL were damaged when compared to physiological control mice. This means that high doses of MIL have adverse effects on the liver/kidney of normal mice. From these results, it is concluded that MIL extract should not be taken arbitrarily not only in the body with any pathogenesis but also in the healthy body without the guidance of the pharmacist.
幼芒果急性口服毒性的研究田鼠肝、肾的显微组织学。
组织病理学是研究药学和临床医学的重要课题。显微诊断是鉴别和指导治疗以及疾病预后的一种方法。在急性毒性试验中,通过对正常小鼠(小家鼠)和高剂量饮用芒果提取物小鼠的肝脏/肾脏微观结构的分析和比较,研究了芒果提取物(MIL)幼叶的急性毒性。实验小鼠的肝脏和肾脏分为正常小鼠(生理对照)、正常小鼠(1000 mg/kg)、正常小鼠(2500 mg/kg)和大鼠(5000 mg/kg b.w)各组,仅一次。观察结果表明,与生理对照组相比,饮用甲醇提取物MIL的大鼠肝脏/肾脏微观结构受到破坏。这意味着高剂量的MIL对正常小鼠的肝/肾有不良影响。综上所述,无论在任何病机体内,还是在没有药师指导的健康人体内,都不能随意服用MIL提取物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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