Cytokine Status Disorders and Their Role in the Pathogenesis of Chronic Abacterial Prostatitis of Non-Inflammatory Nature

Relevance . Chronic abacterial prostatitis (CAP) of a non-inflammatory nature remains a complex disease in terms of proven etiological factors and pathogenetic mechanisms. Recent studies define it as a nosology based on homeostasis disorders with damaging effects directed towards the prostate. Pathogenetically, this is cytokine aseptic inflammation and lipid peroxidation, which occurs under conditions of compromised antioxidant protection. Objective — to study the cytokine status in the experimental reproduction of non-inflammatory CAP models. Materials and methods . 100 male white rats were studied, 25 formed a control group, and the remaining ones were divided into 3 equal groups for experiments on creating various models of CAP and systemic chronic stress. At the end of the experiment, blood was taken and the prostate was removed to obtain a homogenate. The substrates were used to determine pro- and anti-inflammatory cytokines. Results . In the isolated CAP model of category IIIB, cytokine disorders were detected in prostate tissue (to a greater extent), and at the systemic level (to a lesser extent). The model of systemic immobilization stress proved the possibility of triggering cytokine disorders in prostate tissue characteristic of CAP IIIB. Severe homeostasis disorders at the systemic and local levels were observed in experiments where both systemic stress and the local CAP model were modeled. Conclusion . Cytokine imbalance plays a key role in the pathogenesis of СAP IIIB. At the same time, systemic and organ cytokine disorders interact with each other and, under certain circumstances, aggravate the damaging effect of each other.