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TEXTURAL CHANGES IN GROUND BEEF PATTIES DURING COOKING.

机译:烹煮过程中地面牛肉饼的质地变化。

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摘要

Ground beef patties were cooked in a convection oven or on a flat-top electric grill using a 3 x 5 factorial arrangement of treatments in a split plot design (rep = 3). Each cook method was compared at three temperatures (121, 148 and 177(DEGREES)C). Five internal patty temperatures (10, 25, 40, 55 and 70(DEGREES)C) were evaluated. Meat blocks were adjusted to 18% fat prior to final grinding and patty formation. Data were collected on cook yield, dimension alterations, and color score. Laboratory analyses consisted of proximate composition, pH, water-holding capacity, Instron textural measurements, protein solubility and hydroxyproline content. As cooking time and internal patty temperature increased, patty yield significantly (P < 0.01) decreased for both grill and oven cooked patties. Higher cooking temperatures result in greater (P < 0.01) yields for both methods of cooking. Diameter was less (P < 0.05) for patties grilled at 177(DEGREES)C than at lower grill temperatures and greater (P < 0.05) for oven cooked patties at 177(DEGREES)C than at lower oven temperatures. Protein solubility decreased (P < 0.01) as internal patty temperature increased. Myofibrillar proteins heated at low temperatures, were less soluble (P < 0.05) at 55(DEGREES)C than at high temperatures. Patties cooked at 121(DEGREES)C had less (P < 0.01) expressible moisture than patties cooked at higher temperatures. Oven cooked patties exhibited an increase (P < 0.01) in expressible moisture. Low oven temperatures (121(DEGREES)C) yielded greater (P < 0.05) expressible moisture than higher oven temperatures. Oven cooked patties at low temperature (121(DEGREES)C) exhibited less springiness than at higher temperatures. Cohesiveness in grilled and oven cooked patties increased (P < 0.05) as internal temperature increased except for patties grilled at 177(DEGREES)C where no change was shown. No difference in Kramer peak height or compression hardness were observed. Differences exist in the time-temperature relationship when different methods of cooking are used. This affects the extent of protein denaturation and the subsequent effects on water-holding capacity, yield and texture. Patties are more tender and juicy when cooked at high oven temperatures while tests on grilled patties indicate a more desirable product at lower cooking temperatures.
机译:碎牛肉肉饼在对流烤箱中或在平顶电烤炉上以3 x 5分解布置的处理方式(rep = 3)进行烹饪。在三种温度(121、148和177(DEGREES)C)下比较每种蒸煮方法。评估了五个内部馅饼温度(10、25、40、55和70(DEGREES)C)。在最终研磨和肉饼形成之前,将肉块调整为18%的脂肪。收集有关烹饪产量,尺寸变化和颜色评分的数据。实验室分析包括附近的成分,pH,持水量,Instron质地测量,蛋白质溶解度和羟脯氨酸含量。随着烹饪时间和内部肉饼温度的升高,烤架和烤箱肉饼的肉饼产量均显着降低(P <0.01)。较高的烹饪温度会导致两种烹饪方法的产量更高(P <0.01)。与在较低的烧烤温度下相比,在177(DEGREES)C下烧烤的肉饼的直径要小(P <0.05),而在177(DEGREES)C下的烤箱烹饪的肉饼的直径要大于(P <0.05)。随着内部肉饼温度的升高,蛋白质溶解度降低(P <0.01)。在低温下加热的肌原纤维蛋白在55(DEGREES)C下的溶解度比高温下低(P <0.05)。与在较高温度下烹制的肉饼相比,在121°C下烹制的肉饼的可表达水分较少(P <0.01)。烤箱煮熟的馅饼显示出可表达的水分增加(P <0.01)。较低的烤箱温度(121(摄氏度)C)比较高的烤箱温度产生的可表达水分更高(P <0.05)。与在较高温度下相比,在低温(121(DEGREES)C)下烤箱烹饪的肉饼显示出的弹性较小。随着内部温度的升高,烤饼和烤箱烤饼的内聚力增加(P <0.05),但在177(DEGREES)C下烤饼没有显示变化。没有观察到克莱默峰高或压缩硬度的差异。当使用不同的烹饪方法时,时间-温度关系存在差异。这影响蛋白质变性的程度以及对保水能力,产量和质地的后续影响。在较高的烤箱温度下烹饪时,肉饼更嫩多汁,而对烤馅饼的测试表明,在较低的烹饪温度下更理想的产品。

著录项

  • 作者

    HOLDT, CANDACE SUE.;

  • 作者单位

    The University of Nebraska - Lincoln.;

  • 授予单位 The University of Nebraska - Lincoln.;
  • 学科 Agriculture Food Science and Technology.
  • 学位 Ph.D.
  • 年度 1986
  • 页码 171 p.
  • 总页数 171
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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