首页> 外文期刊>American Journal of Food Science and Technology >Preserving Strawberry (Fragaria Ananasa) Using Alginate and Soy Based Edible Coatings
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Preserving Strawberry (Fragaria Ananasa) Using Alginate and Soy Based Edible Coatings

机译:使用藻酸盐和大豆基可食用涂料保存草莓(草莓(Fragaria Ananasa))

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摘要

Instant research project was an attempt to address the postharvest losses in strawberry using the concept of biodegradable edible coatings. Purposely, alginate and soy based coatings were developed at various levels (2, 2.5 and 3%) and assessed for the role in controlling the moisture loss and total solids in the coated fruit. From results, it was deduced that moisture loss was lowered to 4.86% in T3 (Soy 3%) as compared to 13.45% in T0 (Control) for strawberry kept at controlled climate chamber. Likewise, 2.5 and 3% combinations of soy and alginate based coatings were found efficient in maintaining overall solids content of the coated strawberry.Based on the findings, edible coatings are suggested as an innovative, cost effective and environmental friendly preservation technique that holds potential to be used on fresh perishable commodities.
机译:即时研究项目是尝试使用可生物降解的食用涂料的概念来解决草莓收获后的损失。故意地,以各种水平(2%,2.5%和3%)开发出基于藻酸盐和大豆的涂层,并评估了其在控制涂层水果中的水分损失和总固体中的作用。从结果可以推断,在恒温室中保存的草莓,T3(大豆3%)的水分流失降低至4.86%,而T0(对照)中的13.45%的水分流失降低。同样,发现大豆和藻酸盐涂层的2.5%和3%的组合可以有效地保持涂层草莓的总固体含量。基于这些发现,可食用涂层被认为是一种创新的,具有成本效益的,环境友好的防腐技术,具有保藏潜力。用于新鲜易腐商品。

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