According to the results of the study, men with type 2 diabetes should have testosterone levels measured more frequently.
In their study Dr. Emani L. Rhoden, from the Federal Foundation of Medical Sciences of Porto Alegre, Brazil, and colleagues evaluated the relationship between diabetes and serum testosterone levels in 746 men, including 116 men with type 2 diabetes, who attended their urological center in Brazil.
Free testosterone levels were low in 46% of diabetics and 24% of nondiabetics, the investigators report in the October issue of BJU International, and total testosterone levels were low in 34% of diabetics and 23% of nondiabetics.
After adjusting for waist-hip ratios, diabetic men were 3 times as likely as nondiabetic men to have low free testosterone levels and twice as likely to have low total testosterone levels, the researchers note.
When analyzed separately, low free testosterone levels, low total testosterone levels, body-mass index above 25, and increased waist-hip ratios were independently associated with diabetes, the results indicate.
"This study suggests that subnormal free testosterone levels and diabetes are directly associated," the investigators write, "whereas total testosterone levels appear to be more strongly related to obesity and central adiposity than to diabetes."
Whether correcting testosterone levels in diabetic men "will improve diabetic control needs to be evaluated in well designed prospective studies, but clinicians should be aware of this possibility in their clinical practice," Dr. Rhoden said. "Finally, it is important to mention that if testosterone replacement therapy is considered, a carefully evaluation of the patient must be done before starting testosterone administration."
BJU International 2005;98:867-870.
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DID YOU KNOW:
Red wine improves artery health in heart patients: Antioxidants in red wine appear to have positive effects on the arteries of people with heart disease, according to a Greek study. A team from Harokopio University in Athens found that both red wine, and wine that had the alcohol removed, reduced artery stiffness in 15 subjects with coronary artery disease. This condition – defined stiff arteries – raises blood pressure and puts patients at risk for heart attack. Because the effects were observed with non-alcoholic wine, the researchers attributed these effects to antioxidants in the red wine. The double-blind, cross-over study also showed that after consuming either 250ml of regular or dealcoholized red wine, patients saw a significant decrease in central systolic blood pressure, the top reading of the blood pressure. Central systolic blood pressure fell 7.4 mm Hg and 5.4 mm Hg after consumption of red wine and non-alcoholic red wine, respectively. September issue of the American Journal of Hypertension (vol 18, issue 9, pp1161-7)
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