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Снижение содержания афлатоксина М1 в молоке с помощью куркумина: кинетическое моделирование методом Монте-Карло (исследование in silico)
Table 1 - Input parameters and probability distributions used in the Monte Carlo simulation
Note: AFM1 = aflatoxin M1; SD = standard deviation (arithmetic). Vmax and Km are specific to Model B. The potency coefficient α = 0.010 h-1·(mg/L)-1 is a fixed constant for Model A and is not subject to Monte Carlo sampling
Parameter | Symbol | Distribution | Mean | SD |
Initial AFM1 concentration | C0 | Log-normal | 0.08 µg/L | 0.03 |
Natural decay rate constant | k0 | Log-normal | 0.005 h⁻¹ | 0.001 |
Maximum removal rate (Model B only) | Vmax | Log-normal | 0.12 h⁻¹ | 0.03 |
Half-saturation constant (Model B only) | Km | Log-normal | 3.0 mg/L | 1.0 |