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食用葡萄有助于增强动物和人类的免疫力。

Grape consumption supports immunity in animals and humans.

作者信息

Percival Susan S

机构信息

Food Science and Human Nutrition, University of Florida, Gainesville, FL 32611, USA.

出版信息

J Nutr. 2009 Sep;139(9):1801S-5S. doi: 10.3945/jn.109.108324. Epub 2009 Jul 29.

Abstract

All nutrients play a role in maintaining the immune system and providing substrate for the response. gammadelta T cells, on the other hand, seem to have a unique response to certain dietary bioactive components found in the plant family. Although the identification of those components is not well known yet, members of the proanthocyanidin family and the anthocyanin family of compounds are candidates. Because grapes and grape products contain both of these types of compounds, I hypothesized that grapes may help maintain or support the immune response, specifically the gammadelta T cell. Data from intact animal studies show that immune function is supported by grape products. In humans, relatively little research has been conducted using the food as an intervention; however, a study currently in progress showed that Concord grape juice supported circulating gammadelta T cells and maintained immune function, whereas participants receiving the placebo juice had changes associated with reduced immunity. After an overview of immunity, this paper will focus on reviewing the literature on grapes and other food products made from grapes and their potential for interaction with the gammadelta T cell in whole-body systems.

摘要

所有营养素在维持免疫系统和为免疫反应提供底物方面都发挥着作用。另一方面,γδ T细胞似乎对植物家族中发现的某些膳食生物活性成分有独特反应。尽管这些成分的具体身份尚不明确,但原花青素家族和花青素家族的化合物是可能的候选者。由于葡萄及葡萄制品含有这两类化合物,我推测葡萄可能有助于维持或支持免疫反应,特别是γδ T细胞。完整动物研究的数据表明,葡萄制品可支持免疫功能。在人类中,以食物作为干预手段的研究相对较少;然而,一项正在进行的研究表明,康科德葡萄汁可使循环中的γδ T细胞增加并维持免疫功能,而接受安慰剂果汁的参与者则出现了与免疫力下降相关的变化。在对免疫进行概述之后,本文将着重回顾关于葡萄及其他葡萄制品的文献,以及它们在全身系统中与γδ T细胞相互作用的潜力。

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