Type II Diabetes is reaching epidemic proportions in this country. There are many theories on the reason for this particular phenomenon, click here (
visit the up coming document) but few will disagree that climbing levels of obesity play a role. Numerous individuals do not realize, however, that when it is about males with Diabetes, one can find hormonal issues at play. One of every 3 males with Type II Diabetes has very low Testosterone. In reality, males with Diabetes are a lot more likely to have low Testosterone compared to males with no Diabetes.
As males age beyond 40 years, they experience a decline in serum Testosterone - typically aproximatelly 1-2 % per year. This kind of fall may affect physical, sexual, and also mental aspects of men's health. A big role of Testosterone is regulation of body fat mass and lean muscle mass. As Testosterone levels decline, therefore does
lean muscle mass, along with fat mass rises. Research studies have revealed that between the ages of 25 65, the typical man will lose more than 25lbs of lean muscle tissue, and gain a minimum of 25lbs of fat. This excess fat mass is usually deposited in the abdomen - in as well as near the abdominal organs. This particular visceral fat has important implications in terms of metabolic health.
This particular visceral fat isn't simply storing fat, but is additionally releasing hormones and other chemical messengers that lead to an ailment called insulin resistance. This particular insulin resistance (IR) is described as an impaired biologic response to insulin - it's a condition of insufficient insulin efficacy. Obesity is probably the most common cause of IR, and IR is a very common precursor to Diabetes. So it's easy to see that any kind of treatment which helps lessen this visceral, abdominal fat will probably have an optimistic impact on IR as well as help reduce the chance of getting Diabetes.
It's clear from several studies that Testosterone treatment within hypogonadal males leads to positive effects in body composition - loss of body fat mass as well as increase in lean muscle tissue. Some studies have even gone on to show a decrease in insulin resistance associated with Testosterone therapy. It's unclear as to whether this improvement in IR is thanks completely to changes in body composition, or perhaps Testosterone itself may possibly play a role in insulin sensitivity. Additional studies are necessary.
This entire relationship between Diabetes, Testosterone, and Obesity is complicated. For instance, not every person with low Testosterone gets obese, and you can not assume all obese people develop diabetes. However with the increased prevalence of lower Testosterone in Diabetic men, a lot of physicians believe that most men with diabetes ought to be screened for very low Testosterone. When low Testosterone is found, the patient and the physician of his can make an informed decision regarding Testosterone therapy.
