儿茶素对葡萄花青素-色素复合物稳定性的影响

Elham Ghasemifar, S. Saeidian
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引用次数: 6

摘要

花青素的颜色不稳定,可通过反应迅速脱色。因此,活细胞中的花青素可能具有抵抗维持颜色稳定性的机制。色素合成是主要的稳色机制。研究了无核红葡萄花青素与儿茶素的共色素作用。研究了复合色素的合成过程与加热、紫外线和浓度的关系。测定了色素浓度0、120、240、480、960 (mg/l) 5个水平。随着色素含量的增加,其着色效果增强。在紫外线照射下,花青素-共色素复合物表现出比花青素更高的稳定性。与加热相比,紫外线照射对色素复合物的影响最大。关键词:花青素,儿茶素,色素,加热,无籽红
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Effects Catechin on Stability of Grape Anthocyanin – Copigment Complex
The color of anthocyanins is unstable and quickly decolourized by reactions. Thus anthocyanins in living cells may have mechanisms for resistance to maintain color stability. Copigmentation is the main color – stabilizing mechanism. In this study copigmentation of anthocyanin in Seedless Red grape were investigated with catechin copigment. The dependence of the copigmentation process on the heating, UV and copigment concentration was studied. Five levels of copigment concentrations as: 0, 120, 240, 480, 960 (mg/l) were examined. The copigmentation effects increased with copigment contain. During UV irradiation, anthocyanin-copigmentation complex showed higher stability in comparison with anthocyanins. Also UV irradiation has the biggest effect on the copigmentation complex in comparision with heating. Keyword: Anthocyanin, Catechin, Copigment, Heating, Seedless Red
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