Agrotechnology and Food Sciences Group, Wageningen University & Research, The Netherlands.
Food Chem. 2013 Dec 1;141(3):2363-72. doi: 10.1016/j.foodchem.2013.04.127. Epub 2013 May 24.
In this paper we compare experimental data on pH decline in carcasses and predictions using a model, based on earlier work of Vetharaniam and coworkers. This model is extended in order to cope with the varying temperatures in the slaughterhouse. We have measured initial glycogen, and the pH and temperature at multiple times in the production chain. We have obtained good comparison between model predictions and our measurements. Furthermore, the correlation between initial glycogen content and ultimate pH as predicted by the model, follows closely experimental data reported earlier in literature. Being able to predict pH decline and ultimate pH, one can obtain reliable indications of final meat quality.
在本文中,我们将比较 carcasses 中 pH 值下降的实验数据和使用模型进行的预测,该模型基于 Vetharaniam 等人的早期工作。为了应对屠宰场中不断变化的温度,对该模型进行了扩展。我们已经测量了初始糖原以及生产链中多个时间点的 pH 值和温度。我们已经对模型预测和我们的测量结果进行了很好的比较。此外,模型预测的初始糖原含量与最终 pH 值之间的相关性与文献中早期报道的实验数据密切相关。能够预测 pH 值下降和最终 pH 值,可以获得可靠的最终肉质指示。