Chemical species transport and reactions significantly impact the pathogenesis of reproductive diseases and can disturb the biophysical and biomechanical stability of the reproductive system. In pelvic inflammatory disease, the altered transport of cytokines and immune cells can lead to scarring and adhesion formation, ultimately compromising reproductive function . Several reproductive diseases, such as PCOS and endometriosis, entail disruptions in chemical species transport and reactions. Alterations in hormone diffusion and imbalances can lead to the thickening of the endometrium or the formation of cysts . In endometriosis, the diffusion of angiogenic factors promotes the establishment of ectopic endometrial tissues, disrupting the normal biophysical and biomechanical properties of the pelvic cavity. In PCOS, abnormal transport and reaction of insulin and androgens lead to metabolic and reproductive abnormalities . These show that the biomechanical properties of the reproductive tissues are crucial for their functionality; disruptions may manifest as infertility or other reproductive health issues.