We will examine potential associations between baseline total and free testosterone with demographic and health related characteristics and psychiatric medication usage. In a cohort of 45 hypogonadal men with diffuse musculoskeletal pain we found a negative correlation between the duration of pain in years and baseline total testosterone values. We had few subjects who were evaluated after at least 3 months of testosterone replacement therapy, and we did not differentiate between subjects based on their post treatment testosterone concentrations. Benzodiazepine use may have mixed effects on serum testosterone concentrations depending on duration of therapy.29–31 Our review did not include analysis of the duration of psychiatric medication use; therefore we do not know the chronicity of benzodiazepine use in each patient. In our case series of hypogonadal men with diffuse pain, we found a negative correlation between the duration of pain in years and baseline total testosterone values, but no significant correlation with baseline free testosterone values. There is limited evidence that men taking commonly used psychiatric medications have lower testosterone.19,20,22–32 In our review, we found that 31.3% and 25% of the men using any psychiatric medication were in the lowest quartile of total and free testosterone, respectively; however, the relationships between total or free testosterone and degree of hypogonadism failed to reach statistical significance. Overall there was no significant difference in testosterone concentrations between users and non-users of psychiatric medications. We also did not find a significant change in self reported pain score after hormone replacement therapy; however, many of these patients were lost to follow-up or did not have post-replacement pain scores, thus data are not sufficient to fully evaluate the impact of testosterone replacement therapy on pain. Spearman correlation coefficients were determined to show the relationship between variables of interest and baseline serum total and free testosterone values (table 2). None of the subjects had been previously treated with testosterone replacement therapy. Because testosterone can also link to a man’s energy level, it can make them uninterested in sex due to the effort level. Declines in your sex drive are issues caused by low testosterone in any man. The weaker bones can fracture easier, while a higher bone density has a harder time breaking. If you are more susceptible to fractures now, this could be a result of a loss of bone density. Another link to weakened bones in the spine can appear in the form of a stooped posture. The loss of strength in your bone density can make the vertebrae become weak, thinning over time leading to a loss of height. While men may not notice a decrease in bone strength on their own, there are early warning signs that it is occurring. It is known that testosterone values naturally fall with age,10 with free testosterone considered to be a more sensitive indicator of androgenic status.11 Additionally, obese men are known to have lower testosterone values than age-matched lean men.12,13 Men often present to rheumatology clinics with complaints of diffuse musculoskeletal pain for which an aetiology is difficult to elucidate. "This damage could be from diabetes, chemotherapy, physical injury, and chronic nerve pain." The mechanism by which lower testosterone leads to lower bone-mineral density isn’t fully understood, but it probably involves a complex interplay between testosterone, estrogen, and bone health, says Dr. Borst. As research continues to evolve, staying informed and proactive will be key for American men seeking to optimize their health through testosterone therapy. Collaboration with healthcare providers to tailor TRT dosages and manage any emerging issues is essential for maximizing the benefits of therapy while minimizing risks. Testosterone Replacement Therapy offers significant benefits for men with low testosterone levels, yet its effects extend beyond the immediate symptoms it targets. Monitoring should include evaluations of muscle strength, bone density, and signs of sleep apnea. A notable consideration in the context of TRT and neck health is the potential exacerbation of sleep apnea, a condition more prevalent in men and often linked to neck circumference and fat distribution. Conversely, any hormonal imbalance could also pose risks to bone health, necessitating careful monitoring.
