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首页> 外文期刊>British Journal of Pharmaceutical Research >Effect of Sub acute Exposure to Telfairia occidentalis Root, Pod and Stem Extracts on Some Liver and Renal Function Parameters in Rats
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Effect of Sub acute Exposure to Telfairia occidentalis Root, Pod and Stem Extracts on Some Liver and Renal Function Parameters in Rats

机译:亚急性西洋参根,荚果和茎提取物的亚急性暴露对大鼠某些肝肾功能参数的影响

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摘要

Aim: This study assessed the effect of twenty eight (28)-day exposure to aqueous extract of Telfairia occidentalis root, pod and stem on the liver and kidney of Wistar rats. Methodology: Sixty eight (68) wistar rats were distributed into 17 groups of 4 animals per group and administered, per os (p.o), distilled water, root, pod, and stem extracts each at 250, 750, 1500, 2250, and 3000 mg/kg body weight (bw). All animals were treated for 27 days, followed by sacrificing under chloroform anesthesia on the 28th day. Results: Biochemical assay results showed that the extracts had varying effects on the liver and kidney and these effects do not correlate directly with dose administered. The root extract showed some degrees of hepatotoxicity and nephrotoxicity at half the maximum dose, and no toxicity observed at maximum dose. The pod extract caused disruption in liver membrane integrity and hyperalbuminemia, while the stem extract caused no necrotic injury but hypoalbuminemia. Both extracts showed mild to significant renal toxicity. Conclusion: The non correlation of dose and effect was suggested to be due to different concentrations of the inherent bioactive principles which may be cumulative; exhibiting some synergistic and /or antagonistic tendencies, either which is achievable with varying dose and duration.
机译:目的:这项研究评估了二十八(28)天暴露于西洋仙人掌根,豆荚和茎的水提取物对Wistar大鼠肝脏和肾脏的影响。方法:将六十八(68)只wistar大鼠分为17组,每组4只动物,分别口服,口服,蒸馏水,根,荚果和茎提取物,分别以250、750、1500、2250和3000进行给药mg / kg体重(bw)。将所有动物治疗27天,然后在第28天在氯仿麻醉下处死。结果:生化分析结果表明,提取物对肝脏和肾脏有不同的作用,这些作用与给药剂量没有直接关系。根提取物在最大剂量的一半时表现出一定程度的肝毒性和肾毒性,而在最大剂量下未观察到毒性。豆荚提取物引起肝膜完整性和高白蛋白血症的破坏,而茎提取物未引起坏死性损伤,而引起低白蛋白血症。两种提取物均显示出轻度至明显的肾毒性。结论:剂量和作用的不相关被认为是由于不同浓度的固有生物活性成分可能会累积。表现出一些协同和/或拮抗的趋势,这可以通过改变剂量和持续时间来实现。

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