J. Dickson, J. Sebranek, Michael S. Cropp, Rodrigo Tarté
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引用次数: 4
摘要
研究了亚硝酸盐包埋包装膜对腌肉色泽稳定性的影响。在125 d的照明展示期内,研究了亚硝酸盐包埋膜对大直径三明治博洛尼亚颜色稳定性的影响。制作了5种大直径腊肠处理:(1)用常规膜包装的常规腌制对照(CON-CF),(2)用常规膜包装的交替腌制配方(培养芹菜汁粉加樱桃粉)(“CJP-CF”),(3)用亚硝酸盐包埋膜包装的交替腌制配方(培养芹菜汁粉加樱桃粉)(“CJP-NEF”)。另外一种替代固化配方(4)Natpre T-10 EML Plus S用常规薄膜(“NT10-CF”)包装,(5)用亚硝酸盐嵌入薄膜(“NT10-NEF”)包装。使用包装膜后,包装内表面a*值显著高于常规包装膜(P < 0.05),与常规包装膜相比差异无统计学意义。因此,亚硝酸盐包埋膜包装技术可以在不增加产品中可测亚硝酸盐浓度的情况下提高替代腌肉的颜色稳定性。
Use of Nitrite-Embedded Packaging Film for Color Stability of Alternatively-Cured, Fully Cooked Bologna
Nitrite-embedded packaging film was investigated for potential effects on the color stability of alternatively cured meats. The impact of nitrite-embedded film on color stability of large-diameter sandwich bologna was assessed over a 125-d lighted display period. Five treatments of large-diameter bologna were manufactured: (1) a conventionally cured control packaged with conventional film (“CON-CF”), (2) an alternatively cured formulation (cultured celery juice powder plus cherry powder) packaged with conventional film (“CJP-CF”), and (3) an alternatively cured formulation (cultured celery juice powder plus cherry powder) packaged with nitrite-embedded film (“CJP-NEF”). An additional alternatively cured formulation (4) Natpre T-10 EML Plus S was packaged with conventional film (“NT10-CF”) and (5) with nitriteembedded film (“NT10-NEF”). In-package surface a* values were significantly higher (P 0.05) by use of the packaging film and did not differ compared to the conventional film. Thus, nitrite-embedded film packaging technology can improve the color stability of alternatively cured meats without increasing the measurable nitrite concentration in the product.