来自津巴布韦的本土知识:在雄性大鼠模型中科学证实海桐的壮阳功效和安全性

J. Chifamba, S. Zengeni
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摘要

简介人们普遍认为,在被称为 "大津巴布韦 "的中世纪强大帝国中,一夫多妻制的国王和精英们的性能力就来自于这种多栖息地生长旺盛的植物物种--海桐(Pittosporum viridiflorum)。尽管缺乏系统的科学验证,但浸渍后的根茎仍然是津巴布韦人的壮阳首选。目的:利用雄性大鼠性表现调查协议,对壮阳药的说法进行科学验证。评估毒性概况,确定冻干水乙醇粗提取物中具有药理活性的代谢物。研究方法给雄性大鼠(每组 5 只)灌胃剂量为 200、400、800 和 2000 毫克/千克的四种浓度的海桐根提取物,以及剂量为 5 毫克/千克的枸橼酸西地那非(标准品)和蒸馏水(对照品),连续灌胃 21 天。采用 OECD 425 TG 对粗萃取物进行各种药理相关次生代谢物的筛选以及急性口服毒性分析。对雄性大鼠的性行为、交配参数和激素变化进行了相应的评估。观察结果与对照组相比,试验动物的交配行为、交配能力和血清激素水平都有明显提高,且呈剂量依赖性。植物筛选评估证实了皂苷、植物甾醇、黄酮类、二萜类、单宁和多酚的存在。提取物的半数致死剂量超过 2000 毫克/千克体重,在毒理学上是安全的。结论刺五加对大鼠有很好的壮阳活性,而且口服对毒理学安全。所发现的丰富植物化学物质具有调节性激素和提高性能力的药理活性。研究进一步得出结论,传统观念是正确的,该植物确实可以作为现代药物的替代品,用于治疗各种性功能障碍和提高性能力。
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From Zimbabwean Indigenous Knowledge: Scientific Substantiation of the Aphrodisiac Efficacy and Safety of Pittosporum viridiflorum in Male Rat Models
Introduction: Pittosporum viridiflorum, the multi habitat thriving plant species is widely believed to have been the source of sexual prowess for the polygamous kings and elites of the mighty medieval empire known as ‘Great Zimbabwe’. Despite the lack of systematic scientific validation, the macerated roots fractions continue to be the aphrodisiacs of choice among Zimbabweans. Aims: To scientifically validate the aphrodisiac claims using male rats’ sexual performance investigation protocols. To evaluate the toxicity profile and to identify the pharmacologically active metabolites present in the lyophilized hydro-ethanolic crude extracts. Methodology: Four concentrations of prepared Pittosporum viridiflorum root extract doses of 200, 400, 800 and 2000mg/kg as well as a commercial 5 mg/kg sildenafil citrate (standard) and distilled water (control) dosages were gavaged to male rats (n = 5 animals per group) for 21 days. The crude extract was subjected to screening protocols for various secondary metabolites of pharmacological relevance as well as acute oral toxicity profiling using OECD 425 TG. The sexual behaviour, mating parameters and hormonal changes in the male rats were evaluated accordingly. Observation and Results: Compared with the control, a significant increase in mating behaviour, mating performance and the serum hormonal levels were observed in test animals which showed a dose‑dependent bias. The phytoscreening evaluation confirmed the presence of saponins, phytosterols, flavonoids, di-terpenoids, tannins, and polyphenols. The Extract was toxicological safe with an LD50 above 2000mg/kg body weight. Conclusion: Pittosporum viridiflorum has excellent aphrodisiac activity on rats and is toxicologically safe for oral use. The abundant phytochemicals found are known to be pharmacologically active with regards to modulation of sexual hormones as well as sexual enhancement. It was further concluded that the traditional belief is valid, the plant can indeed be used as an alternative to modern medicines for various sexual dysfunctions and sexual performance enhancement.
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