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We consider a deterministic mathematical model to study the role ofInformation on the dynamics of Typhoid Fever. We analyses the model to studyits boundedness and compute the threshold value known as basic reproductionnumber for determination of number of secondary cases and establishment of thethe condition for local and global asymptotic stability of the stationarypoints. The numerical simulation is used to depict dynamical behavior ofTyphoid Fever in the considered population. The results indicate a clear roleof information in influencing a behavior change that may in a way lead to anincrease in the transmission typhoid fever. The result further show that theincrease of the number of individuals with Typhoid fever is greatly influencedby failure of the people to follow health precaution that reduce the spread ofthe disease. The result necessitate the importance of the government tocontinue educating and/or giving information to her people on the behavior thatin one way or another may lead to the increase of the transmission of typhoidfever which should also be an importance topic to be discussed when planningfor any control strategies against the disease.

Mathematical Analysis of the role of Information on the Dynamics of Typhoid Fever