Assessment of brucellosis control strategies on metapopulation network: Inner Mongolia Autonomous Region as cases

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Key Points

This research aims to evaluate the effectiveness of various brucellosis control strategies within a metapopulation framework, focusing on Inner Mongolia.
Developed a human-sheep coupled model for brucellosis control on a metapopulation network.
Calculated the basic reproduction number and proved the global stability of disease-free equilibrium.
Implemented various control strategies including immunization and transportation regulations.
Analyzed the effectiveness of control measures across different network structures: BA, ER, small-world, homogeneous.
Increasing the immunization rate significantly reduces brucellosis transmission.
Combining multiple control strategies proves more effective than using single methods.
Uniform control strategies work better in BA and ER networks, while targeted strategies excel in small-world and homogeneous networks.

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Assessment of immunization strategies reduces brucellosis transmission in livestock, suggesting tailored interventions enhance control effectiveness.

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Pei et al. (2026) studied this question.

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