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首页> 外文期刊>International Journal of Food and Fermentation Technology >Effect of Drying on Physico-chemical Properties of Fig Fruit (Ficus carica L.) Variety Dinkar
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Effect of Drying on Physico-chemical Properties of Fig Fruit (Ficus carica L.) Variety Dinkar

机译:干燥对图果实(Ficus Carica L.)品种Dinkar的物理化学性质的影响

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Fig is an underutilized fruit in-spite of having several health benefits. The most simple and practical approach for extending the shelf-life of fig fruit is by drying. For this purpose, the fruits were halved and quarter as per oven and oven dried for 6 hrs @ 60±2°C. The fresh as well as dried fruits were subjected to analysis of various physico-chemical characteristics. The results show that there was a loss of ascorbic acid in dried fruits. It was 5.6 mg/lOOg in dried fruits whereas in fresh fruits it was 10.52 mg/lOOg. The dried fruits had a rehydration ratio of 3.13:1. Antioxidant activity was higher in fresh fruits compared to the dried fruits. Textural property (i.e. hardness) was almost doubled after drying. Sensory analysis showed that dried fruits obtained better scores over fresh fruits for different characteristics. Drying of figs has been found to be a cost effective and an easy method to reduce the bulk and to increase the shelf-life of fruits.
机译:图是未充分利用的果实,尽管有几种健康益处。 最简单而实用的延长图果实的保质期的方法是通过干燥。 为此目的,果实减半和根据烤箱的四分之一,烘箱干燥6小时60±2℃。 对干燥的水果进行了新的和干果,对各种物理化学特性进行分析。 结果表明,干果中存在抗坏血酸的损失。 在干果中为5.6毫克/灰,而在新鲜水果中,它为10.52毫克/灰。 干果的再水合比为3.13:1。 与干燥的水果相比,新鲜水果中的抗氧化活性较高。 烘干后的纹理财产(即硬度)几乎翻了一番。 感官分析表明,干果在新鲜水果上获得了更好的分数,以进行不同的特征。 已发现干燥无花果是一种成本效益和一种简单的方法,可以减少散装并增加水果的保质期。

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