Deterministic model analyzes rabies transmission dynamics in canines and humans, suggesting mobility controls and vaccination can reduce disease spread.
This article presents a deterministic model describing the joint dynamics of canine and human rabies in a cross-border context. This model explicitly integrates dog mobility between two neighboring countries and allows for the evaluation of the impact of these movements on disease persistence. We analyze the basic reproduction number \(R_0\), study the local and global stability of equilibrium points, identify the most influential parameters through sensitivity analysis, and perform numerical simulations to test the effectiveness of various vaccination and movement control strategies.
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Saad et al. (2025) studied this question.
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