Department of Pharmacology, University of Split School of Medicine, Split, Croatia.
J Med Food. 2012 Mar;15(3):315-21. doi: 10.1089/jmf.2011.0129. Epub 2011 Nov 14.
In contrast to the well-described various biological effects of grape wines, the potential effects of commonly consumed blackberry wine have not been studied. We examined in vitro antioxidant and vasodilatory effects of four blackberry wines and compared them with the effects of two red and two white grape wines. Although some blackberry wines had lower total phenolic content relative to the red grape wines, their antioxidant capacity was stronger, which may be related to a higher content of non-flavonoid compounds (most notably gallic acid) in blackberry wines. Although maximal vasodilation induced by blackberry wines was generally similar to that of red wines, blackberry wines were less potent vasodilators. Vasodilatory activity of all wines, in addition to their flavonoid and total phenolic content, was most significantly associated with their content of anthocyanins. No association of vasodilation with any individual polyphenolic compound was found. Our results indicate the biological potential of blackberry wines, which deserves deeper scientific attention.
与描述详尽的各种葡萄酒的生物效应相比,人们对常见黑莓酒的潜在效应尚未进行研究。我们检测了四种黑莓酒的体外抗氧化和血管舒张作用,并将其与两种红葡萄酒和两种白葡萄酒的作用进行了比较。尽管一些黑莓酒的总酚含量相对红葡萄酒较低,但它们的抗氧化能力更强,这可能与黑莓酒中非类黄酮化合物(最显著的是没食子酸)含量较高有关。尽管黑莓酒引起的最大血管舒张作用通常与红酒相似,但黑莓酒的血管舒张作用较弱。除了类黄酮和总酚含量外,所有葡萄酒的血管舒张活性与其花色苷含量也密切相关。未发现血管舒张作用与任何一种多酚化合物有相关性。我们的结果表明黑莓酒具有生物学潜力,值得更深入的科学关注。