A potential treatment option for adults with secondary HGH deficiency is synthetic HGH. According to recent findings, both metabolic and psychosomatic illnesses related to HGH deficiency can often be successfully reversed with human growth hormone therapy in small doses that do not result in any negative side effects.
With Human growth hormone replacement therapy one's body goes through compositional changes. Lean mass is developed and fat masses become denser. The development of lean mass is associated with an increase is muscle mass and function as well as an increased protein mixture. After 6 months of HGH therapy one can expect a decrease in total body fat. Fat loss is most noticeable in trunk and visceral areas as oppose to the extremities and neck which suggests a reversal of the redistribution of fat resultant from HGH deficit and the associated cardiovascular risks.
HGH therapy also has a beneficial effect on lipids. It was reported that short treatments of HGH lowered LDL cholesterol and this reduction connected with augmented mRNA expression of the LDL receptor in the liver. The possible advantage of this interaction has yet to be investigated in longer term clinical trials, but it must be noted that drastic changes in serum lipid levels are not always seen with HGH treatment.
There are quite a few ways in which Testosterone injections can improve your level of health. These include lipid metabolism, bone density, body composition, cardiovascular function, and your general sense of well-being. There are some questions about which test can best analyze HGH levels, and the definition of complete and partial HGH deficiency; also, it is not yet clear whether the benefits reflect pharmacological therapy or the natural effects of HGH.
However it is possible to achieve success and the desired outcome with lower doses. Future studies will eventually determine the safety and long-term effects of HGH therapy. The recommended dosage will have to take into account the cardiovascular morbidity and mortality rates.
Even though HGH levels decline with age, it has not been proven that attempting to preserve the levels that survive in young people is advantageous. It is believable that age-related hormonal changes may serve as useful markers of physiological aging. However, this has not been demonstrated experimentally for humans. Although hormone-replacement examinations have given some helpful results, it is clear that bad side effects can also happen in the form of risks for cancer, cardiovascular disease, and behavior changes.
