Coşkun Nurten, Sarıtaş Sümeyye, Bechelany Mikhael, Karav Sercan
Department of Molecular Biology and Genetics, Çanakkale Onsekiz Mart University, Çanakkale 17000, Türkiye.
Institut Européen des Membranes (IEM), UMR 5635, University Montpellier, ENSCM, CNRS, F-34095 Montpellier, France.
Int J Mol Sci. 2025 Jun 17;26(12):5803. doi: 10.3390/ijms26125803.
Polyphenols are known as secondary metabolites, which are crucial bioactive compounds that play a significant role in enhancing human health. Chromatographic methods are typically used to identify polyphenols after food extraction. The extraction methods are fundamental, however, they are implemented with some differences, including extractant type, according to the food. Polyphenols are mostly found in some foods, including grapes, olives, cherries, and apples. Foods have diverse polyphenols, which differ according to the food type. Moreover, they have flavonols, flavanols, flavones, flavanones, isoflavones, and anthocyanins as various subgroups of polyphenols, which can change in terms of quantity and quality along with several factors, including the type, growing region, germination time, and harvest season of the food. The consumption of polyphenols is crucial for human health due to their anti-cancer, anti-tumor, anti-inflammatory, cardiometabolic risk management, antimicrobial, immunomodulatory, and antioxidant effects. In the valorization of polyphenols, the consumption dose is also important to effectively benefit from the polyphenols of plant-based foods. Several in vitro and in vivo studies have tested the polyphenols' digestion ability and preservation ability in gut microbiota and their effect on the microbiota to determine the benefits and effects of polyphenols in several areas. According to these studies, polyphenols can be used to fight against disease. In addition, diverse applications, including encapsulation and polyphenol coating, are used to stabilize, preserve, and improve the bioaccessibility of polyphenols. Even though polyphenol-rich foods are consumed for nutrition in daily life, they are also used as nutritional ingredients in the food industry to produce functional foods, and functional foods are enriched with food by-products to enhance their nutritional value, especially in terms of polyphenols. Particularly, food by-products are used to enrich functional foods, which are preferred in healthy life diets due to the diversity and amount of bioactive ingredients, including the polyphenol types of the food by-products. Furthermore, polyphenols also provide the preservation ability of storage and improve the bioaccessibility of bioactive ingredients during the digestion of functional foods. This review article examines the polyphenol ingredients of several types of food used in the food industry. It explains the effective factors that affect the amount and type of food and determines the impact of polyphenols on polyphenol-enriched products and functional foods. The article also provides a brief exemplification of the value of polyphenol-rich food by-products in the context of functional food production. Several studies presented in this review article demonstrate the value of polyphenols, particularly in the food industry and functional food production.
多酚被认为是次生代谢产物,是重要的生物活性化合物,对促进人类健康起着重要作用。色谱法通常用于在食品提取后鉴定多酚。提取方法至关重要,然而,根据食品的不同,其实施方式存在一些差异,包括提取剂类型。多酚主要存在于一些食物中,包括葡萄、橄榄、樱桃和苹果。不同食物中的多酚种类多样,因食物类型而异。此外,它们还含有黄酮醇、黄烷醇、黄酮、黄烷酮、异黄酮和花青素等多种多酚亚类,其数量和质量会随着食物的类型、种植地区、发芽时间和收获季节等多种因素而变化。由于多酚具有抗癌、抗肿瘤、抗炎、心血管代谢风险管理、抗菌、免疫调节和抗氧化作用,因此食用多酚对人类健康至关重要。在多酚的增值利用中,食用剂量对于有效受益于植物性食物中的多酚也很重要。多项体外和体内研究测试了多酚在肠道微生物群中的消化能力和保存能力及其对微生物群的影响,以确定多酚在多个领域的益处和作用。根据这些研究,多酚可用于对抗疾病。此外,还采用了多种应用,包括包封和多酚涂层,以稳定、保存和提高多酚的生物可及性。尽管富含多酚的食物在日常生活中是为了获取营养而食用,但它们也被用作食品工业中的营养成分来生产功能性食品,功能性食品通过食品副产品进行强化以提高其营养价值,特别是在多酚方面。特别是,食品副产品被用于强化功能性食品,由于其生物活性成分的多样性和数量,包括食品副产品中的多酚类型,功能性食品在健康生活饮食中更受青睐。此外,多酚还具有储存保存能力,并在功能性食品消化过程中提高生物活性成分的生物可及性。这篇综述文章研究了食品工业中使用的几种食物的多酚成分。它解释了影响食物数量和类型的有效因素,并确定了多酚对富含多酚的产品和功能性食品的影响。文章还简要举例说明了富含多酚的食物副产品在功能性食品生产中的价值。这篇综述文章中介绍的多项研究证明了多酚的价值,特别是在食品工业和功能性食品生产中。