HGH & IGF-1 and anti-ageing treatments

Turn Back the Clock with (Hgh) Human Growth Hormone

Balancing your HGH and IGF-1 Axis has never been easier
Growth Hormone Secretion

Growth Hormone is released mostly at night during deep sleep from the anterior pituitary gland. Normal secretion is in a pulsatile fashion. Growth hormone is released in response to a hormone called Growth Hormone Releasing Hormone and there are peptides that mimic this hormone that can also stimulate release of HGH. A negative regulator of Growth hormone releasing hormone is somatostatin which ends the pulsing release of Growth Hormone Releasing Hormone (GHRH) resulting in a decrease of HGH and ultimately IGF-1. GH stimulates production of IGF-1 (Insulin like growth factor 1) in the liver and other tissues like skeletal muscle. IGF-1 circulates through the bloodstream and will most likely be bound the most common binding protein of which there are 6 named IGFBP-3. Because GH release is pulsatile in nature it is difficult to measure it as it’s release fluctuates in timing through out the day. In order to measure the output we look at the release of IGF-1 to determine the health of both your HGH production and release.

Anti-ageing effects start with HGH therapies

Ageing has a profound effect on release of HGH (Human Growth Hormone), described as ‘somatopause’in these cricumstances. Studies in both men and women have shown that the intensity of GH pulses is reduced. GH secretion declines by 50% every 7 years after age 18-25 in men. Ageing clearly has a negative effect on diminishing the release of GH. Men seem to have a more profound negative effect as compared to that of women at a similar age. It could be that oestrogen in women have a protective effect on the rate of diminishing GH secretion. Many men and women undertake HGH therapies for anti-ageing effects.

Low HGH levels contributed to non-ageing factors
  • Body Fat increases. Those who carry excess body fat have a profound suppression of HGH at any age.
  • Testosterone and oestrogen in women have an impact on HGH levels. Lower levels of testosterone results in lower levels of IGF-1 and HGH.
  • Lack of exercise: High Intensity Training or weight training can increase HGH and IGF-1, but a lack of exercise and a sedentary lifestyle can reduce it.
  • Interrupted sleep can negatively impact your HGH secretion.
  • Poor nutrition will have a negative impact on your IGF-1 production.
3 ways to enhance your HGH and IGF-1 Levels
  • Stimulate the release of your own HGH with GHRH– Growth Hormone Releasing Hormones- Depending on your age and condition of your pituitary you may be able to stimulate the release of your own hormones using a peptide called GHRH 1-29. This peptide hormone causes the release of human growth hormone from the pituitary gland which then causes an increase in IGF-1 (Insulin Like Growth Factor 1).This therapy is currently not available in Europe as it has been discontinued by the manufacturer.
  • Exogenous recombinant HGH-Human Growth Hormone or somatrophin-This is the most popular option for increasing your human growth hormone and subsequently your IGF-1 levels. This anit-ageing hormone is available in Europe and the UK under the name Genetropin®.
  • Exogenous recombinant IGF-1-(Insulin Like Growth Factor 1)- This IGF-1 is available as Increlex®. This can be taken on its own or as an adjunct with HGH if you are found to be deficient in HGH or IGF-1. Some patients may be resistant to HGH and the therapy doesn’t have an effect. IGF-1 can offer the therapeutic benefits of HGH but acts more directly as it is a downstream effect of HGH. IGF-1 can also be taken concomitantly with HGH to improve insulin sensitivity which can help utilise carbohydrates and sugars in the blood more efficiently whilst shifting metabolism to burn fat as energy.
Benefits of balanced and low dose HGH and IGF-1
  • Improved body composition by increasing muscle mass and decreasing fat mass
  • Lowers blood pressure and reduces cardiovascular mortality and morbidity
  • Anti-ageing effect through maintenance of chromosome telomeres
  • May help patients with Fibromyaligia
  • Higher IGF-1 levels associated with longer telomere length in healthy subjects
  • IGF-1 levels greater in young adults. Starting by age 30 IGF-1 substantially declines compared to those of young adults
Synergistic effects of Testosterone and HGH/IGF-1 therapies

Balanced testosterone replacement therapy with HGH can help enhance the positive effects of improved body composition including lean body mass when combined with HGH therapy. Low levels of HGH/IGF-1 and Testosterone are highly correlated to low bone density and increasing body fat and decreasing muscle mass. In fact muscle mass can decrease by as much as 40% between the ages of 25 and 75. Maintaining healthy HGH and Testosterone levels are important for healthy ageing. As men age and hormone levels plummet they may begin to suffer from metabolic syndrome which can contribute to diabetes. Several studies have shown the link between low hormones and metabolic syndrome and this can be mitigated by maintaining healthy levels of Testosterone and HGH working synergistically together.

Corresponding Studies for Benefits of Balanced and Low Dose HGH and IGF-1
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