Now showing items 1-3 of 3

    • Dynamics of 2014 Ebola Epidemic in West Africa 

      Mutuguta, John W.; Rotich, T.; Chepkwony, I. (Mathematical Theory and Modeling, 2019)
      Ebola Virus disease 1s transmitted from human to human through physical contact of body fluid of infected or dead case It can also be transmitted indirectly through contact with contaminated surfaces. This risk is however ...
    • Mathematical Modeling of Infectious Disease Transmission Dynamics in a Metapopulation 

      Mutuguta, John W.; Rotich, T.; Chepkwony, I. (iosr journals, 2019-11)
      Epidemic modeling is an important theoretical approach for investigating the transmission dynamics of infectious diseases. It formulates mathematical models to describe the mechanisms of disease transmissions and dynamics ...
    • Mathematical Modeling of the Transmission Dynamics of Measles under the Effect of Vaccination. 

      Mutuguta, John W.; Rotich, T.; Chepkwony, I. (iosr journals, 2019-08)
      Measles virus is a member paramyxoviridae within the genus of morbillivirus. Its genome consist of approximately 16,000 bases of non-segmented single stranded negative sense RNA. This means that the virus is transcribed ...