Mathematical model for transmission of Chlamydia due to sexual activity and unhygienic environment

Aim: Sexually transmitted diseases (STDs) need to be studied systematically better understand their global spread. Transmission of Chlamydia trachomatis is a severe public health issue, with roughly 90 million new cases per year. Globally, the most frequent bacterial cause STDs. Methods: To dynamics and transmission Chlamydia, susceptible-exposed-infected-recovered-susceptible (SEIRS) model was constructed. Using system nonlinear ordinary differential equations, basic reproduction number has been calculated at an equilibrium point, locally globally asymptotically stable both disease-free endemic points. Numerical simulations illustrate behavior flow infections in different compartments. Results: Conclude from proposed study that 25% individuals have exposed which 20% get due sexual activity 55% recovered. 37% infected unhygienic environment. Of those, 43% Also, it found people are more likely because environment than sexually active people. The recovery rate also much for who Conclusions: can reduced by up 10%. While infection controlled certain intensity. According this research, awareness campaigns improvement personal hygiene will play major role reducing spread epidemic future.