Mathematical Modeling - Cheruiyot Amos, Chirchir;Jacob, Bitok;Albert, Bii
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The co-infection of tuberculosis (TB) and malaria poses significant challenges for public health, particularly in regions where both diseases are endemic. This study presents a mathematical model to elucidate the dynamics of TB and malaria co-infection, considering the influence of interference treatments and vaccination resistance. The model incorporates compartmental dynamics for susceptible, latent TB-infected, active TB-infected, malaria-exposed, symptomatic malaria-infected, co-infected, and recovered individuals. Additionally, it integrates mechanisms of interference between treatments…mehr

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Produktbeschreibung
The co-infection of tuberculosis (TB) and malaria poses significant challenges for public health, particularly in regions where both diseases are endemic. This study presents a mathematical model to elucidate the dynamics of TB and malaria co-infection, considering the influence of interference treatments and vaccination resistance. The model incorporates compartmental dynamics for susceptible, latent TB-infected, active TB-infected, malaria-exposed, symptomatic malaria-infected, co-infected, and recovered individuals. Additionally, it integrates mechanisms of interference between treatments for TB and malaria, as well as compartments representing vaccinated individuals and those resistant to vaccination.
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Autorenporträt
I am a part-time lecturer and high school teacher living in Eldoret, Kenya. I grew up in this vibrant city, surrounded by the rich culture and scenic beauty of the Rift Valley. From a young age, I was fascinated by the world of mathematics.