白鼠肝脏的组织病理学图谱--因服用白花蛇舌草叶中的含羞草素所致

Fauzia Hadista Anjani, I Ketut Berata, Siswanto, Luh Made Sudimartini, Ni Luh Eka Setiasih, I Nyoman Sulabda
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摘要

白千层叶(Leucaena leucocephala)含有高蛋白、类黄酮、单宁酸和其他有益物质,因此被广泛用作牛的饲料。除了含有良好的动物饲料成分外,白千层叶中还含有一种名为含羞草苷的有毒成分。这项研究旨在研究含羞草素对实验动物肝脏的影响。研究使用雄性白老鼠(Rattus norvegicus),年龄为 2 个月,体重为 300-350 克,多达 20 头,分为 4 个处理组。4 个处理组分别为阴性对照组(P0)、阳性对照组给予纯含羞草素 5 毫克/头/天(P1)、给予白花蛇舌草叶中的含羞草素 50 毫克/头/天(P2)、给予白花蛇舌草叶中的含羞草素 150 毫克/头/天(P3)。每个疗程口服 14 天。第 15 天,进行尸体解剖,然后取出肝脏,放入 10%中性福尔马林缓冲液(NBF)中,使用苏木精和伊红(HE)染色法进一步进行组织病理学检查。组织病理学检查包括五个病变变量,即脂肪变性、充血、出血、炎症和坏死。对病变的严重程度进行评分,即 0 分(正常)、1 分(轻度)、2 分(中度)和 3 分(重度)。然后采用 Kruskal-Wallis 非参数检验和 Mann-Withney 随访检验对组织病理学检查数据进行分析。研究结果表明,与对照组相比,服用纯米莫辛 5 毫克和白花蛇舌草叶 50 毫克和 150 毫克会导致大鼠肝脏组织病理学病变,表现为脂肪变性、充血、出血和炎症,但坏死病变除外。在 50 毫克/头/天和 150 毫克/头/天的剂量之间,白千层叶中的含羞草素没有明显的病变差异。有必要对更大剂量和更长时间的白头翁叶简中的含羞草碱进行进一步研究,以便了解白头翁叶简中的含羞草碱的急性和慢性毒性因素。
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HISTOPATHOLOGICAL PICTURE OF WHITE RATS LIVER DUE TO THE ADMINISTRATION OF MIMOSIN FROM SIMPLISIA LEUCAENA LEAF
Leucaena leaves (Leucaena leucocephala) are widely used as cattle feed because they contain high protein, flavonoids, tannins and other beneficial substances. In addition to containing good animal feed ingredients, it turns out that leucaena leaves contain toxic ingredients called mimosin. This study aims to study the impact of mimosin on the liver of experimental animals. The study used white rats (Rattus norvegicus) male wistar, aged 2 months with a body weight of 300-350 g, as many as 20 heads divided into 4 treatment groups. The 4 treatment groups were negative control (P0), positive control was given pure mimosin 5 mg/head/day (P1), group was given mimosin from leucaena leaf simplisia 50 mg/head/day (P2), group was given mimosin from leucaena leaf simplisia 150 mg/head/day (P3). Each treatment was given orally for 14 days. On day 15, a necropsy was performed and then the liver was taken and then put into neutral 10% formalin buffer (NBF) for further histopathology using Hematoxylin and Eosin (HE) staining. Histopathological examination is carried out covering five lesion variables, namely fatty degeneration, congestion, bleeding, inflammation, and necrosis. The severity of the lesion was scored, namely score 0 (normal), score 1 (mild), score 2 (medium) and score 3 (severe). The histopathological examination data were then analyzed using the Kruskal-Wallis non-parametic test and the Mann-Withney follow-up test. Based on the results of the study, administration of pure mimosin 5 mg and simplisia of leucaena leaves 50 mg and 150 mg caused histopathological lesions of rat liver (Rattus norvegicus) in the form of fatty degeneration, congestion, bleeding and inflammation that were significant compared to controls, except necrosis lesions. There was no significant lesion difference between mimosin from leucaena leaf simplisia between doses of 50 mg/head/day and 150 mg/head/day. It is necessary to carry out further research on the administration of mimosine in leucaena leaf simplicia at higher doses and given over a longer period, so that the factors of acute and chronic toxicity due to mimosine from leucaena leaves are known.
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