研究夹竹桃叶纳米提取物对雄性实验鼠肝脏组织结构的影响

Saja Hassan Abd Al-Kadhim, Jabbar Abadi Mohammed
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摘要

研究目的研究目的是了解夹竹桃叶的纳米提取物(氧化锌)如何影响年龄(7-8)周、体重(28-35 克)的雄性实验鼠肝脏的组织结构。实验方法将小鼠分成三组,每组十只。第一组为对照组。第二组使用浓度为(20 毫克/千克)的夹竹桃叶纳米提取物。第三组是服用 30 毫克/千克夹竹桃叶纳米提取物的小鼠。在 30 至 45 天内,每天使用(30 毫克/千克)浓度的夹竹桃叶纳米提取物。在最初的 30 天结束时,半数啮齿动物被处死,并获得肝脏的组织学切片。结果实验结束 45 天后,半数啮齿动物被处死,并获得了肝脏组织切片。注射夹竹桃叶纳米提取物(20 毫克/千克)40 天的动物肝脏结构、细胞和组织学异常。注射夹竹桃叶纳米提取物(30 毫克/千克)45 天的动物也出现了病理变化,肝脏和中央静脉细胞形态异常。结论研究结果表明,夹竹桃植物纳米提取物具有毒性作用,在接受不同剂量夹竹桃叶纳米提取物治疗的组别中,肝脏组织学结构发生了改变。
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Studying the Effect of nano-extract of Nerium Oleander Leaves on the Histological Structure of the Liver in Male Laboratory Mice
Objectives: The purpose of the research was to see how a nano-extract (zinc oxide) of oleander leaves affected the histological structure of the liver in male laboratory mice aged (7-8) weeks and weighing (28-35 g). Methods: They were split up into three groups, with ten mice in each. The control group made the first group. The second group was treated with an oleander leaf nano-extract at a concentration of (20 mg/kg). The group that was administered a 30 mg/kg dosage of oleander leaf nano-extract is the third group. For 30 to 45 days on a daily basis, a (30 mg/kg) concentration of the oleander leaf nano-extract was used. Half of the rodents were sacrificed at the end of the initial thirty days, and histological sections of the liver were obtained. Results: Histological sections of the liver were obtained from the residual half, which was sacrificed after 45 days when the experiment ended. Animals injected with a Nano-extract of oleander leaves at a dose of (20 mg/kg) for 40 days had aberrant liver structure, cells, and histological abnormalities. Animals that received a 45-day injection of a (30 mg/kg) dosage of oleander leaf nano-extract also had pathological alterations and aberrant liver and central vein cell morphology. Conclusions: The results showed the toxic effects of the Nano-extract of the oleander plant and the xistence of histological alterations in the histological structure of the liver in groups treated with varying amounts of oleander leaf nano-extract.
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