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Neuromuscular behaviour of wister rats administered methanol extract of Ximenia americana

机译:施用美洲仙客来甲醇提取物的雌性大鼠的神经肌肉行为

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The study investigated the effects of different doses of methanol extract of leaf, stem bark and root of Ximenia americana (X .a) plant on neuromuscular behavior of Wister rats. 120 rats were divided into four groups (control, leaf, stem bark and root) consisting of 30 rats each. Each group was further divided into three sub-groups consisting of 10 rats per sub-group. Each rat was administered orally methanol extracts of either leaf, stem bark or root of X .a at doses of 10, 100 or 1000 mg/kg body weight, respectively, every two days for two weeks of the study period. The control group was given equivalent of 0.2 ml of sterile water per rat. The result of neuromuscular behaviour recorded after the administration of the extracts showed that X .a had an inhibitory effect on locomotor activity and excitability of the rats. The inhibitory effect of the extract was dose dependant and the effect increased significantly (P0.05) with the duration of the study. The methanol extract from the root of X .a had the highest (P0.05) inhibitory effect, compared with the leaf or stem bark. The inhibitory effect of the extract was due to the sedative, spasmolytic and pro-oxidant effects of some substances like tannins, flavonoids, saponnins, anthraquinones, alkaloids and terpenoids found in the methanol extract of X .a. In conclusion, the inhibitory effect of the methanol extract on neuromuscular behaviour suggested that it should be used with great caution in animals and humans, especially in individuals engaged with various machine operations.
机译:该研究调查了不同剂量的美洲Ximeia(X.a)植物的叶,茎皮和根的甲醇提取物对Wister大鼠神经肌肉行为的影响。将120只大鼠分为四组(对照,叶,茎皮和根),每组30只。每组进一步分为三个亚组,每亚组10只大鼠。在研究期间的两周中,每两天分别每只大鼠口服X,a的叶,茎皮或根的甲醇提取物,剂量为10、100或1000 mg / kg体重。对照组给予每只大鼠相当于0.2 ml的无菌水。提取物给药后记录的神经肌肉行为的结果表明,X.a对大鼠的运动活性和兴奋性具有抑制作用。提取物的抑制作用是剂量依赖性的,并且随着研究时间的延长,其作用显着增加(P <0.05)。与叶或茎皮相比,从X.a根部提取的甲醇具有最高的抑制作用(P <0.05)。提取物的抑制作用是由于X.a甲醇提取物中发现的某些物质如单宁,类黄酮,皂苷,蒽醌,生物碱和萜类化合物的镇静,解痉和促氧化作用。总之,甲醇提取物对神经肌肉行为的抑制作用表明,在动物和人类,尤其是从事各种机器操作的个人中,应格外谨慎。

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