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Stability of micronutrients and phytochemicals of grapefruit jam as affected by the obtention process

机译:观察过程对柚子果酱微量营养素和植物化学物质稳定性的影响

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摘要

Fruits are widely revered for their micronutrient properties. They serve as a primary source of vitamins and minerals as well as of natural phytonutrients with antioxidant properties. Jam constitutes an interesting way to preserve fruit. Traditionally, this product is obtained by intense heat treatment that may cause irreversible loss of these bioactive compounds responsible for the health-related properties of fruits. In this work, different grapefruit jams obtained by conventional, osmotic dehydration(OD) without thermal treatment and/or microwave (MW) techniques were compared in terms of their vitamin, organic acid and phytochemical content and their stability through three months of storage. If compared with heating, osmotic treatments lead to a greater loss of organic acids and vitamin C during both processing and storage. MW treatments permit jam to be obtained which has a similar nutritional and functional value than that obtained when using a conventional heating method, but in a much shortertime.
机译:水果因其微量营养成分而广受推崇。它们是维生素和矿物质以及具有抗氧化特性的天然植物营养素的主要来源。果酱是保存水果的有趣方式。传统上,该产品是通过强烈的热处理获得的,该热处理可能导致造成水果健康相关特性的这些生物活性化合物不可逆转地损失。在这项工作中,比较了未经热处理和/或微波(MW)技术通过常规渗透脱水(OD)获得的不同葡萄柚果酱的维生素,有机酸和植物化学含量以及在保存三个月后的稳定性。如果与加热相比,渗透处理会导致加工和存储过程中有机酸和维生素C的损失更大。 MW处理使果酱的营养和功能价值与使用常规加热方法获得的果酱相似,但时间却短得多。

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