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首页> 外文期刊>The Indian Journal of Nutrition and Dietetics >Retention of Xanthophylls in Green Foliar Vegetables after Different Food Preparations
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Retention of Xanthophylls in Green Foliar Vegetables after Different Food Preparations

机译:在不同的食品制剂后,在绿色叶面蔬菜中保留曲癣

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摘要

Green leafy vegetables (GLV) are rich sources of micronutrients, which have many health benefits and have the potential to combat the problem of malnutrition. However, domestic processing and cooking alter the nutrient contents. To study the retentionof xanthophylls after processing, ten different GLV which are commonly available and regularly consumed, were analysed for total carotenoids, lutein, zeaxanthin and violaxanthin in both raw and cooked forms. In the unprocessed GLV, the lutein content ondry basis ranged from 341 mg/kg in Murray a koenigii to 959 mg/kg in Spinacia oleracea while zeaxanthin ranged from traces in Coriandrum sativum and Rumex acetosa to 15.45 mg/kg in Basella alba. In the case of violaxanthin, while it was not detectable in Hibiscus cannabinus, Amaranthus viridis had 794 mg/kg. The total carotenoids, lutein, zeaxanthin and violaxanthin in the processed GLV varied based on the variety of leafy vegetable cooked and the method of cooking. Microwave cooking followed by steaming were the most recommended method, while deep frying drastically reduced the total carotenoids and xanthophyll content followed by sauteing with oil. Overall, different methods of cooking resulted in changes in the phytochemical composition which are due to various factors such as leaf matrix, cooking method, cooking time and temperature.
机译:绿叶蔬菜(GLV)是丰富的微量营养素来源,具有许多健康益处,并有可能打击营养不良问题。但是,国内加工和烹饪改变了营养物质。为了研究加工后的Xanthophylls保留,分析了10种不同的GLV,用于原始和烹饪形式的总类胡萝卜素,叶黄素,玉米黄嘌呤和violaxanthin。在未加工的GLV中,叶黄素含量ondry基于Spinacia Oleracea的341 mg / kg基于959毫克/千克,而玉米蛋白在Coriandrum和Rumex acetosa的痕迹范围为Basella Alba的痕迹。在violaxanthin的情况下,虽然在芙蓉大麻中无法检测到,Amaranthus viridis有794 mg / kg。加工后的GLV中总类胡萝卜素,叶黄素,玉米素和violaxanthin基于各种植物蔬菜和烹饪方法而变化。微波烹饪,然后是蒸汽蒸汽是最推荐的方法,而深化的煎炸急剧降低了总类胡萝卜素和Xanthophyll含量,然后用油炒。总体而言,不同的烹饪方法导致植物化学组合物的变化,这是由于诸如叶子矩阵,烹饪方法,烹饪时间和温度等各种因素。

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