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首页> 外文期刊>Journal of food quality >Improvement of Oxidative Stability and Microbial Shelf Life of Vanilla Cake by Coconut Oil Meal and Sesame Oil Meal Phenolic Extracts
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Improvement of Oxidative Stability and Microbial Shelf Life of Vanilla Cake by Coconut Oil Meal and Sesame Oil Meal Phenolic Extracts

机译:通过椰子油粉和芝麻油蛋白酚提取物改善香草蛋糕的氧化稳定性和微生物保质期

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Phenolic extracts of coconut oil meal (CME) and sesame oil meal (SME) were compared with synthetic antioxidants for the potential of improving shelf life of vanilla cake. CME maintained hexanal (product of chemical spoilage) levels below 0.3?mg/kg in cake up to 14 days. BHT- and SME-added cakes maintained hexanal levels below 2?mg/kg, while control cake with no added antioxidants exceeded this level by day 14. Both CME and SME extended the microbial shelf life up to 13 days, while control and BHT-added cake exceeded the maximum allowed colony count by day 7 and day 11, respectively. The results indicate that the onset of microbial spoilage of vanilla cake is faster than the chemical spoilage, and addition of CME and SME extends both microbiological and chemical stability of cakes beyond day 7 during storage. Over 90% of the antioxidant activity of CME and SME retained after heating at 180°C for 2?h. CME and SME are ideal thermally stable natural alternatives for synthetic antioxidants in vanilla cake.
机译:将椰子油饭(CME)和芝麻油(中小企业)的酚提取物与合成抗氧化剂进行比较,潜力改善香草蛋糕的保质期。 CME在蛋糕中维持低于0.3μmg/ kg的己醛(化学腐败产物)水平,最长可达14天。 BHT-和中小企业的蛋糕维持低于2?Mg / kg的肾水级,而没有添加抗氧化剂的控制蛋糕超过这一级别的第14天.CME和中小企业均多到13天的微生物保质期,而控制和BHT-添加蛋糕分别超过第7天和第11天的最大允许群体计数。结果表明,香草饼的微生物腐败的发作比化学腐败快,加入CME和中小企业在储存期间在第7天之后的蛋糕中的微生物和化学稳定性延伸。超过90%的CME和中小企业在加热后在180℃下保留2μm的抗氧化活性。 CME和SME是香草蛋糕中合成抗氧化剂的理想热稳定的自然替代品。

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