Patrick Noah Okolo
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Mathematical analysis of Mpox model in the presence of early screening with therapy and isolation with treatment as control strategies Open
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Mathematical modelling of COVID-19 transmission dynamics in Kaduna State, Nigeria Open
This study developed a mathematical model of COVID-19 infection transmission dynamics incorporating asymptomatically and symptomatically-infectious individuals, the vital dynamics such as birth rate and mortality rate, face-mask use, diagn…
MATHEMATICAL ANALYSIS OF COVID-19 INFECTION MODEL WITH DEMOGRAPHIC DYNAMICS Open
This study developed a deterministic mathematical model of COVID-19 infection by incorporating asymptomatically and symptomatically infectious individuals, the vital dynamics such as birth rate and mortality rate. Face mask use, diagnosis …
A MATHEMATICAL MODEL FOR TUBERCULOSIS INFECTION TRANSMISSION DYNAMICS IN THE PRESENCE OF TESTING AND THERAPY, ISOLATION AND TREATMENT Open
In this study, a mathematical model for Tuberculosis infection transmission dynamics is developed by incorporating testing and therapy of latent individuals, the isolation of infectious individuals and the treatment of the isolated individ…
EBOLA VIRUS DISEASE SPREAD AND CONTROL IN WEST AFRICA Open
Abstract: This research studies mathematical model for the dynamics of Ebola virus disease incorporating quarantine and public campaign as controls. The model was developed as a system of six (6) non-linear ordinary differential equations.…
MATHEMATICAL MODELLING AND ANALYSIS OF CHOLERA DISEASE DYNAMICS WITH CONTROL Open
A deterministic mathematical model of cholera infection incorporating health education campaign, vaccination of susceptible humans, treatment of infected human and water sanitation is developed. It is shown that the solution of the model u…
View article: ANALYZING THE TRANSMISSION DYNAMICS OF TUBERCULOSIS IN KADUNA METROPOLIS, NIGERIA
ANALYZING THE TRANSMISSION DYNAMICS OF TUBERCULOSIS IN KADUNA METROPOLIS, NIGERIA Open
A mathematical model for the transmission dynamics of tuberculosis in Kaduna metropolis, is formulated and analysed. For the prevalence of the disease, the model was considered in proportions of susceptible, exposed, infectious and recover…
ON OPTIMAL CONTROL AND COST-EFFECTIVENESS ANALYSIS FOR TYPHOID FEVER MODEL Open
Typhoid fever is a disease of a major concern in the developing world because it adversely affects on health and finance of a large chunk of people in this part of the world. This paper is aim to develop an extend and improve the optimal c…
Mathematical model for the transmission dynamics of Lassa fever with control Open
In this work, we proposed a mathematical model for transmission dynamics of Lassa fever by incorporating isolation and treatment as control strategies. The disease free equilibrium state of the model was obtained, and used to derive the ba…
On Simulation of the Effect of Compatibility Test on the Transmission Dynamics of HIV in a Heterosexual Population Open
Tests to determine genotypes, HIV status of partners are nowadays conducted to ascertain their compatibility for marriage or other forms of sexual relationships. The objective of this article is to simulate the effect of compatibility test…
On a Two-Sex Model for Gonorrhea Transmission Dynamics Incorporating Treatment and Condom Use Open
In this study we developed a two sex model for gonorrhea transmission dynamics incorporating treatment and condom use as control measures using a system of ordinary differential equations. We further derive an epidemic threshold as the eff…