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Antioxidant packaging with encapsulated green tea for fresh minced meat

机译:用于新鲜碎肉的抗氧化包装用封装的绿茶

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摘要

A novel approach to incorporate green tea extract into polyethylene by extrusion technology has been studied. Green tea entrapped by inorganic capsules was incorporated into melted material and extruded without compromising its quality. The shelf-life of fresh meat from two types of active packaging was significantly extended for 3 days compared to blank samples. Significant difference was observed after 9th day of study in case of results of CIE L*a*b*, MetMb and organoleptic assay. Migration study of antioxidants from the materials was also performed by UHPLC-MS/TQ using food simulants. Amount of migrated catechins was in the range between 6.3 +/- 3.3 and 228.4 +/- 15.2 mu g/kg (ratio 6:1). Regression coefficients (R) between 0.9925 and 0.9989 were obtained. Minimum LOD (0.001 mu g/g) and LOQ (0.004 mu g/g) were obtained for epicatechin gallate and catechin gallate while maximum LOD (0.057 mu g/g) and LOQ (0.191 mu g/g) were obtained for catechin.
机译:研究了挤出技术将绿茶提取物掺入聚乙烯的新方法。 通过无机胶囊捕获的绿茶被融入熔化的材料中并挤出而不会损害其质量。 与空白样品相比,来自两种类型的活性包装的新鲜肉的保质期明显延伸3天。 在CIE L * A * B *,METMB和感官测定结果的情况下,在第9天的研究后观察到显着差异。 使用食物模拟剂,UHPLC-MS / TQ也进行了来自材料的抗氧化剂的迁移研究。 迁移的儿茶素的数量在6.3 +/- 3.3和228.4 +/-15.2μg/ kg(比率6:1)之间。 获得0.9925和0.9989之间的回归系数(R)。 获得最小植物(0.001μg/ g)和loq(0.004μg/ g),用于表情蛋白酶,并且儿茶素粘附,而是获得儿茶素的最大百分点(0.057μg/ g)和loq(0.191μg/ g)。

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