Andropause and testosterone

Andropause occurs as a effect of plummeting levels of testosterone, the dominant male hormone. This hormonal function starts to decline gradually as men age. Just like menopause, when decreasing levels of estrogen (the most dominant female hormone) play havoc on the female body – it can apply to men as well. Because of this condition, symptoms such as the loss of libido, impotency, and depression may present themselves.

Let’s shy away from andropause for a second and focus on testosterone. What comes to your mind when you think of the word: testosterone? Corpse builders hugging their 10 lb jars of whey protein before a pose down? Mark McGwire and the bottle of andro found stored in his locker? Pumped-up, muscle-packed men strutting the boardwalk in Venice Beach?

Testosterone is much more than defining the idea of an alpha male. This hormone regulates numerous processes in the male corpse besides sex-related functions and muscle building. Blood sugar controlled to regular levels, the regulation of cholesterol, oxygen uptake, enhances the vaccinated system, and helps to create healthy, strong bones. All of these are all attributed to the work of this one hormone. Metabolic processes are also seeded up, like cell production and cell development. In addition, Testosterone appears to help in mental concentration, improves mood and is reported to prevent depression and even Alzheimer’s disease. Testosterone isn’t simply an ingredient found in steroids that pack muscle quantity. It is an integral part of the android corpse that helps shape, build, and maintain bodily processes.

Andropause is responsible for plummeting testosterone levels. Before learning more about testosterone, let’s examine how andropausal men’s bodies work and result in this decline. Testosterone is developed in the brain. The pituitary glands in the brain make a hormone called luteinizing hormone responsible for giving one special order to the testicles: produce testosterone. Remember, the brain does not construct testosterone.