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Phytoestrogens and soy products: perspectives of application

机译:植物雌激素和大豆制品:应用前景

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Isoflavones and their metabolites are termed phytoestrogens because they bind to estrogen receptors, although weakly compared to physiologic estrogens. Soybean is the main source of phytoestrogens. Several recent reviews concluded that there is no evidence that phytoestrogens relieve menopausal symptoms better than placebo. At the same time, some studies suggest their efficacy. In theory, the use of phytoestrogens for hormone replacement appears irrational: biological action of estrogens is receptor-mediated; the question is therefore, why the vegetable analogues should be used instead of physiological hormones optimally complementary to the receptors. Apparently, the problem should be seen within the scope of placebo marketing under the guise of evidence-based medications. For example, a supposed anti-atherogenic effect of phytoestrogens was confirmed by doubtful experiments with cell cultures, which are discussed here. Furthermore, there is a contradiction: phytoestrogens are supposed to compensate for estrogen deficiency in menopause; but at the same time, their estrogenic potential does not prevent the widespread use of soy for infant food and other foodstuffs. Environmentally relevant doses of phytoestrogens have impacts on ovarian differentiation, fertility and genderrelated behavior in animals. In conclusion, the beneficial and potentially harmful effects of phytoestrogens should be clarified by independent research, which can be of importance for the future of the soybean in agriculture.
机译:异黄酮及其代谢产物被称为植物雌激素,因为它们与雌激素受体结合,尽管与生理性雌激素相比微弱。大豆是植物雌激素的主要来源。最近的一些评论得出结论,没有证据表明植物雌激素可以比安慰剂更好地缓解更年期症状。同时,一些研究表明它们的功效。从理论上讲,使用植物雌激素替代激素似乎是不合理的:雌激素的生物作用是受体介导的;因此,问题是,为什么应使用植物类似物代替与受体最佳互补的生理激素。显然,该问题应在以循证药物为幌子的安慰剂营销范围内看到。例如,通过对细胞培养物进行的有疑问的实验证实了植物雌激素的抗动脉粥样硬化作用,本文对此进行了讨论。此外,还有一个矛盾:植物雌激素被认为可以弥补更年期的雌激素缺乏;而雌激素则可以弥补更年期的雌激素缺乏。但与此同时,它们的雌激素潜力并不能阻止大豆广泛用于婴儿食品和其他食品。与环境有关的植物雌激素剂量对动物的卵巢分化,繁殖力和性别相关行为有影响。总之,应通过独立研究阐明植物雌激素的有益作用和潜在有害作用,这对大豆在农业中的未来至关重要。

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