![]() Using a baseline model with the currently available data, the probability of B. cereus along with time and temperature along the retail-to-consumer steps. ![]() QMRA model was developed using data on the prevalence and concentration of B. cereus was appropriate based on the validation parameters ( B f, A f, and RMSE) within the acceptable range. The obtained delta values were analyzed using the Davey model as a function of temperature, and the performance of the developed model of survival of B. Bacterial cell counts were fitted to the Weibull model using GinaFit, and the obtained delta values (required time for the first decimal reduction) for each temperature were 128.3–17,124.1 hr and concave ( ρ < 1) were observed under all experimental conditions. cereus was analyzed as a function of temperature (5–40☌). ![]() cereus infection from Saengsik consumption, using quantitative microbial risk assessment (QMRA). In this study, we developed a mathematical model to describe the fate of Bacillus cereus in Saengsik, a powdered ready-to-eat food with reduced moisture content, and to estimate the probability of B.
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