Research Article
Analysis of Cholera Epidemic Controlling Using Mathematical Modeling
Table 1
Parameters for system of (
1), where
is capita,
is litter, and
is time.
| Parameter | Parameter definition | Dimension |
| | Constant recruitment (birth or immigration) rate of an individual | | | Density-independent death rate of an individual | | | Density-dependent death rate of an individual | | | Disease-induced death rate of an individual | | | Rates of ingesting Vibrio cholerae from the contaminated aquatic reservoir | | | Progression rate of infected individuals to the recovered class due to treatment | | | Progression rate of susceptible individuals to the protected class due to the preventive method | | | The rate of loss of immunity of recovered individuals | | | The average contribution of each infected individual to the pathogen population of Vibrio cholerae | | | The concentration of Vibrio cholerae in food and water that yield 50% chance of acquiring cholera disease | | | Fraction of the compliance of hygienic, ingestion of cholera bacterium and contact with cholera patients of the susceptible and recovered cohort | | | Fraction of the compliance of sanitation of the infected cohort | | | Birth rate of Vibrio cholerae | | | Death rate of Vibrio cholerae | |
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