Research Article
Mathematical Model of Innate and Adaptive Immunity of Sepsis: A Modeling and Simulation Study of Infectious Disease
Table 2
Definition of parameters and experimental values in neutrophil immune response model.
| Parameters | Description | Value | References |
| | Rate at which pathogens are killed by neutrophils | 20–100/per neutrophil/h | [41] | | The maximum number of TNF-α being released by Kupffer Cells per enzyme molecule per hour | 10/h | Estimated | | The maximum number of TNF- being released by activated neutrophils per enzyme molecule per hour | 1000/h | Estimated | | Number of Kupffer Cells at which the reaction rate is half of maximum production rate | 10000 cells | Estimated | | Number of activated neutrophils at which the reaction rate is half of maximum production rate | 10000 cells | Estimated | | Concentration of neutrophils which phagocytose half of Salmonella | | [42] | | Degradation rate of TNF-α | 0.025–0.5/h (measured in kidney) | [43] | | Influx rate of neutrophils into blood vessel | 0.1–0.72/h | [44] | | Resting neutrophil carrying capacity in blood vessel | cells | [22] | | Apoptotic rate of resting neutrophils per hour | 0.069–0.12/h | [45] | | Apoptotic rate of activated neutrophils per hour | 0.05/h | [45] | | Unbinding rate of activated neutrophils per hour | 0.01–0.5/h | Estimated | | Auxiliary parameter associated with the activation rate of resting neutrophils | 3/h | Estimated | | Degradation rate of parameter to maintain a slow-saturation curve | 0.003/h | Estimated |
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