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Whole Grains and Phenolic Acids: A Review on Bioactivity Functionality Health Benefits and Bioavailability

机译:全谷物和酚酸:生物活性功能健康益处和生物利用度的综述

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摘要

Cereal grains represent one of the major sources of human food and nowadays, their production has increased to fulfill the needs of the world’s population. Among whole grains, wheat is the most popular and contributes significantly to the human diet. Whole grains possess great nutritional and bioactive properties due to their fractions, bran and germ, that comprise unique health-promoting bioactive components. The evidence of health benefits in human intervention studies, as well as a World Health Organization report for 2012–2016, supports the dietary consumption of whole grains and whole-grain foods. The inverse correlation between whole grain consumption and the reduced risk of chronic diseases and metabolic syndromes was underlined by several epidemiological studies. This article focuses on the bioactive components of whole grains and their fractions, namely phenolic acids, starting from their chemical structure, bioactivity and bioavailability. According to the conclusive evaluation of the human intervention studies conducted using cereal bran and whole grains intake, the assumption that the bioactive compounds determine health outcomes is illustrated. In the last part of the work, the functional potential and the health claims related to whole grains and bran intake are discussed, as well as new technologies and strategies to enhance their health potential by an increased bioavailability.
机译:谷物是人类食物的主要来源之一,如今,谷物的产量已经增加,可以满足世界人口的需求。在全谷物中,小麦是最受欢迎的谷物,对人类饮食有重要贡献。由于全谷类的成分,麸皮和胚芽具有独特的促进健康的生物活性成分,因此它们具有出色的营养和生物活性。人体干预研究对健康有益的证据以及世界卫生组织2012-2016年的报告均支持全谷物和全谷物食品的饮食消费。几项流行病学研究突显了全谷物消费与慢性病和代谢综合征风险降低之间的负相关关系。本文从全谷物及其馏分的化学结构,生物活性和生物利用度出发,着眼于全谷物及其馏分的生物活性成分。根据使用谷类麸皮和全谷物摄入量进行的人类干预研究的结论性评估,可以说明生物活性化合物决定健康结果的假设。在工作的最后一部分,讨论了与全谷物和麸皮摄入有关的功能潜力和健康主张,以及通过提高生物利用度来增强其健康潜力的新技术和策略。

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