… as tuberculosis, as is reflected in the differences in the structure of mathematical models,
which in turn leads to the differences in the predicted impact of interventions [100]. The first …

… dynamic model to study the transmission dynamics of TB, and then use global differential …
In this section, we introduce our new mathematical model, briefly explain the structure of our …

… a mathematical model of tuberculosis. A compartmental model of seven classes was used
in the model … To establish the global stability of the DFE of the model (3), the use of the …

… Using mathematical models, we seek to estimate the potential impact of a post-exposure TB
… As a form of model validation, we compared model projections for TB prevalence to findings …

… We projected the effect of annual targeted active case finding in all individuals who had …
In this study, we used a calibrated population-based mathematical model to project the effect of …

… representative of true global populations, are … model predicted that less than half of children
younger than 5 years would reach the rifampicin exposure target, a key drug for tuberculosis …

… affect the model results. In this section we are interesting to perform global sensitivity analysis
of … 26] As it was expected, the complexity of the results increased with the assumption of …

… the second stage in “Results” section, we forecast the value of S,… In this paper, we propose
mathematical models and use … (\mathcal {R}_{0}< 1\) ensures the global stability of the …

… and the potential reduction in global tuberculosis deaths that could be … effect of age of BCG
on tuberculosis mortality would be challenging for many reasons and mathematical modelling …

… Mathematical models necessarily make assumptions … modelled progression from initial
infection to active disease, and the implications of these assumptions for predicted tuberculosis …