Modeling the Potential Effect of Media Campaigns in Controlling Typhoid Fever

Background: Typhoid fever, caused by Salmonella typhi, is still a serious problem in many developing countries. It spread eating or drinking food water contaminated with the faeces of an infected person. Risk factors include poor sanitation and hygiene. This study presented mathematical model media campaign component to evaluate possible impact campaigns on typhoid fever awareness. Methods: Sixty-four We proposed based transmission dynamics disease, emphasizing cumulative density awareness programs for disease. The total population at time t denoted N(t); which subdivided into Susceptible S(t), Infected Class I(t), Media Sm (t), Recovered, Cumulative program M(t), thus, N(t) = S(t) + I(t) Sm(t) R(t) M(t). stresses that when knowledge spreads among general population, section susceptible infection becomes isolated from ones. equilibrium points system were found, stability analysis sensitivity carried out. Numerical simulations used specific parameters their effects Results: was discovered could be eliminated test as R0 < 1. also observed had disease-free equilibrium. results suggested ingestion rate primary mechanism fuels fever. Conclusion: indicated if individuals can take preventive measures against typhoid, there would not any need treatment. established yielded better outcomes protecting typhoid..