Mathematical study of a risk-structured two-group model for Chlamydia transmission dynamics

Keyphrases

• Backward Bifurcation 100%
• Transmission Dynamics 100%
• Mathematical Study 100%
• Chlamydia 100%
• Two-group Model 100%
• Reproduction number 66%
• Recovered Individuals 66%
• Reinfection 66%
• Disease-free Equilibrium 66%
• Reduced Model 33%
• Transmission Model 33%
• Population-based 33%
• Deterministic Model 33%
• Susceptible Individuals 33%
• Bifurcation Phenomena 33%
• Female Population 33%
• Two-sex 33%
• Stable Disease 33%
• Endemic Equilibrium 33%
• Globally Asymptotically Stable 33%
• Chlamydia Infection 33%
• Chlamydia Trachomatis 33%
• Male Population 33%
• Early Modeling 33%

Mathematics

• Reproduction Number 100%
• Free Equilibrium 100%
• Reduced Model 50%
• Globally asymptotically stable 50%
• Endemic Equilibrium 50%
• Deterministic Model 50%
• Susceptible Individual 50%
• Transmission Model 50%
• Female Population 50%