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Zein-based blend coatings: Impact on the quality of a model cheese of short ripening period

机译:玉米蛋白基混合涂层:对成熟期较短的标准干酪的质量的影响

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Two biodegradable zein-based blend coatings were evaluated according to the impact on the quality of the "Minas Padrao" cheese throughout a storage period of 56 days. Throughout the storage, the biodegradable-coated cheese samples showed similar physicochemical characteristics in comparison to unpackaged and plastic-packaged cheese samples in terms of chlorides, ash, protein and acidity. Besides that, cheese samples with biodegradable coatings exhibited ca. 30% lower weight loss and avoided microbiological contamination for more than 50 days when compared to unpackaged cheese samples that exhibited contamination after 21 days. Although cheese samples with biodegradable coatings exposed a positive behavior in comparison to unpackaged cheeses, some challenges remain and require further studies. For instance, as a consequence of the moisture loss, after 28 days of storage, the biodegradable-coated cheeses were 124% harder, displayed 30% less proteolysis and more than 50% change in color surface than cheese samples with polyethylene packaging. (C) 2015 Elsevier Ltd. All rights reserved.
机译:根据在整个56天的存储期内对“ Minas Padrao”奶酪质量的影响,评估了两种可生物降解的玉米蛋白基混合涂层。在整个存储过程中,与未包装和塑料包装的奶酪样品相比,可生物降解涂层的奶酪样品在氯化物,灰分,蛋白质和酸度方面表现出相似的理化特性。除此之外,具有可生物降解涂层的干酪样品的碳含量大约为1。与21天后出现污染的未包装奶酪样品相比,重量减轻了30%,并且避免了超过50天的微生物污染。尽管与未包装的奶酪相比,具有可生物降解涂层的奶酪样品具有良好的行为,但仍存在一些挑战,需要进一步研究。例如,由于水分流失,与聚乙烯包装的干酪样品相比,储存28天后,可生物降解涂层的干酪硬度提高了124%,蛋白水解性降低了30%,色泽变化超过50%。 (C)2015 Elsevier Ltd.保留所有权利。

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