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首页> 外文期刊>International Journal of Environmental Science and Toxicology >Toxics, histopathology and Hypotensive actions of diverse extracts of Berberis vulgaris
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Toxics, histopathology and Hypotensive actions of diverse extracts of Berberis vulgaris

机译:小Ber的多种提取物的毒理学,组织病理学和降压作用

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A number of plants have been used widely in the traditional system of medicine or Tibb-e-Unani (Unani medicine) in the management of many diseases but these mostly, have not been investigated for their described effects. In this study, the hypotensive, toxicology and histological activities were studied in normotensive albino rats at different doses of ethanolic extract of root pulp (BRE) and aqueous extract of root pulp (BRD). The receptor activity was assessed by using the drugs acetylcholine (Ach) and atropine (Atr) on rat heart. Administration of different extracts (BRE and BRD) showed significant reduction in blood pressure comparable to its respective control. While on pre-treatment with Atr (10-4 M) the BRE (10 mg/kg) and BRD (20 mg/kg) did not produce any reduction in blood pressure. These behavior matches exactly to that of acetylcholine (1 μg/kg). The results confirmed that oral and intraperitoneal administration of BRE does not indicate any structural and functional disturbance of liver, heart and kidney up to the dose 100 mg/kg. While, 1000 mg/kg appeared as lethal dose (LD) and all mice died at the interval of 24 h. In conclusion, different extract of BRE used in this study caused hypotensive effect by stimulating non-selective muscarinic receptors. The toxicological, hematological and histopathological results further confirm the safety of BRE up to the dose of 100 mg/kg.
机译:许多植物已在许多疾病的管理中广泛用于传统医学系统或Tibb-e-Unani(Unani药物)中,但大多数尚未对其所描述的效果进行研究。在这项研究中,研究了正常血压的白化病大鼠在不同剂量的牙髓乙醇提取物(BRE)和牙髓水提取物(BRD)下的降压,毒理学和组织学活性。通过在大鼠心脏上使用乙酰胆碱(Ach)和阿托品(Atr)药物评估受体活性。施用不同的提取物(BRE和BRD)显示出与其相应对照相比血压显着降低。在用Atr(10-4 M)进行预处理时,BRE(10 mg / kg)和BRD(20 mg / kg)不会使血压降低。这些行为与乙酰胆碱(1μg/ kg)的行为完全匹配。结果证实,口服和腹膜内给予BRE最高至100 mg / kg剂量均未表明肝脏,心脏和肾脏的任何结构和功能紊乱。同时,以致命剂量(LD)的形式出现1000 mg / kg,所有小鼠均在24 h间隔内死亡。总之,本研究中使用的不同BRE提取物通过刺激非选择性毒蕈碱受体引起降压作用。毒理学,血液学和组织病理学结果进一步证实了高达100 mg / kg剂量的BRE的安全性。

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