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Conjugated linoleic acids as functional food: an insight into their health benefits

机译:共轭亚油酸作为功能食品:对其健康益处的见解

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摘要

This review evaluates the health benefits of the functional food, conjugated linoleic acids (CLA) - a heterogeneous group of positional and geometric isomers of linoleic acid predominantly found in milk, milk products, meat and meat products of ruminants. During the past couple of decades, hundreds of reports - principally based on in vitro, microbial, animal, and of late clinical trials on humans - have been accumulating with varying biological activities of CLA isomers. These studies highlight that CLA, apart form the classical nuclear transcription factors-mediated mechanism of action, appear to exhibit a number of inter-dependent molecular signalling pathways accounting for their reported health benefits. Such benefits relate to anti-obesitic, anti-carcinogenic, anti-atherogenic, anti-diabetagenic, immunomodulatory, apoptotic and osteosynthetic effects. On the other hand, negative effects of CLA have been reported such as fatty liver and spleen, induction of colon carcinogenesis and hyperproinsulinaemia. As far as human consumption is concerned, a definite conclusion for CLA safety has not been reached yet. Parameters such as administration of the type of CLA isomer and/or their combination with other polyunsaturated fatty acids, mode of administration (eg., as free fatty acid or its triglyceride form, liquid or solid), daily dose and duration of consumption, gender, age, or ethnic and geographical backgrounds remain to be determined. Yet, it appears from trials so far conducted that CLA are functional food having prevailing beneficial health effects for humans.
机译:这篇综述评估了功能食品的共轭亚油酸(CLA)对健康的好处-亚油酸的位置和几何异构体是异质性组,主要存在于反刍动物的牛奶,奶制品,肉和肉制品中。在过去的几十年中,主要基于体外,微生物,动物和人类晚期临床试验的数百份报告积累了各种CLA异构体的生物学活性。这些研究强调,CLA除了经典的核转录因子介导的作用机制外,还表现出许多相互依赖的分子信号通路,这说明了它们对健康的益处。这些益处涉及抗肥胖,抗致癌,​​抗动脉粥样硬化,抗糖尿病,免疫调节,凋亡和骨合成作用。另一方面,已经报道了CLA的负面作用,例如脂肪肝和脾脏,诱导结肠癌发生和胰岛素原过多。就人类消费而言,尚未得出关于CLA安全性的明确结论。参数,例如CLA异构体类型和/或与其他多不饱和脂肪酸的组合给药,给药方式(例如,以游离脂肪酸或其甘油三酸酯形式,液体或固体形式),每日剂量和服用时间,性别,年龄,种族和地理背景仍有待确定。但是,从迄今为止进行的试验看来,CLA是对人类具有主要有益健康影响的功能性食品。

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