The weakest relationship was observed between androgens and IL-6, however, the correlation between fT and IL-6 was significant, and there was also a tendency to significance between the fT/C ratio and the IL-6 concentrations (see Figure 2). Multiple regression analysis was performed to evaluate the independent contribution of androgens to inflammatory markers, adjusting for age, BMI, and blood lipids. For this reason, we aimed to study the relationship between androgen status and inflammatory acute phase reactants (CRP, FER, and AAG) in a moderately large group of men using multi-linear regression analysis. We have recently demonstrated that the BMI and body fat percentage correlated positively with the inflammatory and oxidative stress markers in men (11), which could explain the age-related increase in inflammation and oxidative stress that led to a decline in endothelial function and an increase in arterial stiffness. These are men who had tried multiple testosterone-boosting supplements without success because the underlying gut barrier issue was the bottleneck. The net effect is reduced testosterone production driven by a gut problem that may have no obvious digestive symptoms. This inflammation directly impairs Leydig cell function in the testes and suppresses GnRH signaling at the hypothalamic level. A compromised gut barrier, commonly called leaky gut, allows bacterial endotoxins to enter the bloodstream, triggering systemic inflammation. After incorporating gut health assessment into my coaching protocols, I have found that addressing gut issues often produces hormonal improvements that supplement stacks alone cannot achieve. In recent years, extensive research has delved into the connections between testosterone and the inflammatory process (19). Patients exhibiting total testosterone (TT) levels below 2.5 ng/ml or within the range of 2.5 ng/ml to 3.5 ng/ml, alongside clinical symptoms assessed using the Morley questionnaire (17), were categorized into the TT-deficient group. High sensitivity C-reactive protein levels in the serum were measured using a spectrophotometric method with ready-made reage t kits (Biolabo, Aqua-Med, Łódź, Poland). Anthropometric measurements were conducted, including body mass, height, and abdominal circumference, with the calculation of body mass index (BMI) (15). The diversity of results from previous studies highlights the need for further research that considers both hormonal and anthropomorphic factors influencing this relationship. A receipt is provided after every visit. Comprehensive labs can identify hormone imbalances, thyroid dysfunction, vitamin deficiencies, and early signs of metabolic conditions. Decades of oxidative stress accumulate as endothelial damage. This finding led the authors to the conclusion that the changes in the androgen levels observed in other studies may be rather attributable to comorbidities in the aging population than to the aging process itself. It is widely accepted that aging per se decreases the T and fT concentrations in men (48), especially after the fifth decade of life (49), but the degree of this process also depends on the health status of the studied men (50). On the other hand, the BMI-independent relationship between androgens and AAG could be explained by the fact that extrahepatic AAG expression occurs in cell types other than the adipose tissue and may be regulated by inflammatory mediators, as in hepatocytes (41). The negative association between T concentration and the inflammatory markers, which is frequently reported (12, 43), supports this conclusion. The male cardiovascular risk profile shifts significantly in the fifties through several converging mechanisms. Clients with persistent nutrient deficiencies despite supplementation often have underlying absorption issues related to gut health. Your gut is where zinc, magnesium, vitamin D, and every other nutrient that supports testosterone production gets absorbed.
