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硒化合物在生物体内的性质、功能及用途。

The properties, functions, and use of selenium compounds in living organisms.

作者信息

Bodnar Malgorzata, Konieczka Piotr, Namiesnik Jacek

机构信息

Department of Analytical Chemistry, Chemical Faculty, Gdansk University of Technology, Poland.

出版信息

J Environ Sci Health C Environ Carcinog Ecotoxicol Rev. 2012;30(3):225-52. doi: 10.1080/10590501.2012.705164.

Abstract

Selenium occurs in the environment in inorganic and organic compounds. For many years it was regarded as a toxic element, causing numerous illnesses and diseases. But research in the past 50 years has revealed a "bright side" to this element, especially as a component of selenoproteins, selenium makes a significant contribution to the health of humans and animals. The selenium content in an organism depends on its concentration and bioavailability in the soil, and the differences between its deficiency, appropriate intake, and excess are very slight. This article gathers information from the literature on: • the consequences of a deficiency and an excess of selenium in the body, as well as the health-promoting mechanisms of selenium, including the functions of selenoproteins • the uptake and transformation of selenium compounds by plants, because of the fact that selenium is better assimilated from plant food and also the classification of plants with respect to their ability to take up selenium from the soil and to accumulate it.

摘要

硒以无机和有机化合物的形式存在于环境中。多年来,它一直被视为一种有毒元素,会引发众多疾病。但过去50年的研究揭示了这种元素的“光明面”,尤其是作为硒蛋白的组成部分,硒对人类和动物的健康做出了重大贡献。生物体中的硒含量取决于土壤中硒的浓度和生物有效性,其缺乏、适量摄入和过量之间的差异非常微小。本文收集了文献中的信息,内容包括:• 体内硒缺乏和过量的后果,以及硒的健康促进机制,包括硒蛋白的功能 • 植物对硒化合物的吸收和转化,因为硒从植物性食物中更容易被吸收,以及根据植物从土壤中吸收和积累硒的能力对植物进行的分类。

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