DEVELOPMENT AND USE OF PROBABILITY-MODELS - THE INDUSTRY PERSPECTIVES

In the processed meat industry, food safety and microbiological shelf life issues lend themselves to the use of probability modeling. Our re search concentrated on predicting the effectiveness of sodium lactate as an antibotulinal agent in vacuum packaged, uncured and cured turkey breast model systems. In uncured turkey breast containing 1.4% NaCl, 0.3% Na phosphate, and 0-3% Na lactate, the antibotulinal effect of so dium lactate can be predicted using the following model: Days to toxic ity = 3.13 + 0.39(Na lactate)2. Using cured turkey breast with 0.3% Na phosphate, 0.2% sucrose, 0-3% Na lactate, the time to toxicity can be predicted from the following model: Days to toxicity = 1.69 + 4.88(Na Cl) - 11.16(Na lactate) + 7.23(Na lactate)2. Probability models have a lso been developed to predict the refrigerated shelf life of specific processed meat products. The usefulness of the predictive modeling for food safety and quality in the food industry will also be discussed.