This is a common question asked on a continuous basis both for those who are serious into training and changing their entire lifestyle, to those who are contemplating entering a bodybuilding competition to those who simply want the benefit of the best anti-aging supplement program available.  Let’s take a closer look at hgh and testosterone together, reviewing the science and facts surrounding the key question:  hgh and testosterone together, is this a dangerous game?

HGH and Testosterone Together:  What is Testosterone?

Testosterone (T) is a steroid hormone synthesized from cholesterol and released into the bloodstream from the Leydig cells of the testes.

Commonly considered to be the most potent naturally-occurring male anabolic-androgenic hormone, Testosterone is responsible for a number of actions. These include:

  • Elevates protein synthesis and promotes an increase in both bone and muscle mass
  • Ensures optimal body composition (decreases belly fat and gynecomastia)
  • Regulates sexual characteristics, libido and performance
  • Boosts strength, masculinity and dominance
  • Decreases cardiovascular, cognitive and metabolic disease risk

How to increase Testosterone:  Is this Dangerous?

  • When your Testosterone levels are optimized, you feel like a man. A strong, masculine and assertive man who not only feels great, but looks great too.
  • Most men though find that as they age their testosterone production naturally begins to slow down. By the age of 40, a surprising number of men have clinically low levels. And with that comes the loss of all of this hormone’s benefits.
  • Testosterone can be increased through proper nutrition, exercise training and an overall healthy lifestyle. Many scientists believe that the loss of Testosterone levels isn’t through ageing itself, rather the accumulation of poor lifestyle.
  • And that’s where supplementation comes in.
  • Testosterone can also be increased naturally with the use of a testosterone booster supplement that stimulates Testosterone production naturally and safely.
  • Alternatively, Testosterone can be elevated by the riskier use of anabolic steroids (AAS) or testosterone replacement therapy (TRT). But whilst these do work in some people, they come with a number of inherent risks and dangerous side effects.

What is Human Growth Hormone?

Human Growth hormone (HGH) is a peptide hormone produced by the pituitary gland located in the brain. Unlike testosterone which is formed through molecules of cholesterol, HGH is formed via amino acid chains.

HGH isn’t released constantly by the pituitary gland, but rather in short pulses throughout the day.

Healthy men produce around 5 ng. mL of humane growth hormone in the blood.

Females produce more (anything from 6 to 120 times more) in order to maintain an environment suitable for child-bearing, and its relationship to estrogen.

When released into the bloodstream, human growth hormone has a number of important functions such as:

  • Promoting growth of tissues in children and maintaining growth in adults
  • Stimulates the liver to release another anabolic hormone called insulin-like growth factor 1 (IGF-1)
  • Maintains immune function
  • Increases muscle mass through protein synthesis
  • Increases fat loss by triggering lipolysis

·       Growth hormone homeostasis

  • Also known as somatotropin, HGH works on a finely tuned axis, with just the right amount needed to ensure optimal growth of tissues.
  • Homeostasis refers to the equilibriums of hormones.
  • It suggests that a certain amount of a hormone is needed for the body to work properly – but too much or too less can cause problems, especially to physiological processes.
  • If your body doesn’t produce enough HGH, a variety of development disorders may occur, particularly during childhood. In adults, low growth hormone levels can lead to fat gain, heart problems and weak muscles and bones.
  • But producing too much of the hormone can lead to acromegaly a disorder characterized by too much growth in tissues, particularly hands and facial bones. It can also lead to gigantism which results in a large increase in height.

HGH and Testosterone Together:

  • Based on their effects, Testosterone and HGH together do show some crossover roles – particularly with regards to their anabolic effects on protein metabolism [2].
  • If you narrow the two hormones right down, you’d say that HGH is involved in development and growth, and Testosterone is more to do with androgenic characteristics and growth – very similar but with their own little niches too. So, in fact HGH and Testosterone together is natural, good and simply part of what all men and to a certain degree women all have naturally occurring in all of our bodies.  HGH and Testosterone together is not only naturally it is an excellent method for anti-aging, overall health and wellness and should never be considered dangerous when taken in correct dosages with Medical Experts advice and guidance.

Key Point:  HGH and Testosterone Together:  You can elevate HGH levels naturally through exercise, diet and a healthy lifestyle.

HGH and Testosterone Together:  both play an important role in growth, ageing, health and performance. 

HGH and Testosterone Together:  Testosterone and HGH together encourage protein cell growth and energy release, as well as the breakdown of fats – a process referred to as partitioning.

  • Essentially, these two hormones (HGH and Testosterone Together) choose where energy comes from, and when optimized, decide that stored energy from fat is top of the list.

·       HGH and Testosterone Together:  Both hormones are involved in growth and metabolism

  • HGH Human Growth Hormone and Testosterone together have an almost synergistic relationship when it comes to their physiological processes.
  • During puberty, it is the combination of these two hormones HGH and testosterone together that helps with development, maturity and growth [3].
  • And what’s more; testosterone helps to increase or ‘modify’the strength of HGH human growth hormone in tissues due to its androgenic-anabolic effects [4].

Key Point:  HGH and Testosterone Together:  are both involved in regulating growth, metabolism and health.

HGH and Testosterone Together:  Test Booster or HGH?

Natural testosterone boosters however, can elevate T levels by stimulating your body’s own hormone boosting ability. They don’t flood your blood with exogenous, synthetic hormones. Instead, they gently nudge your testes into producing more of your own Testosterone.

  • Hormone support from Testosterone booster supplements is safe because they contain only natural ingredients such as vitamins and minerals, and have shown to be effective in a number of rigorous clinical trials.

HGH and Testosterone Together:  When Is It Beneficial to Take Testosterone with HGH? ‎

The use of testosterone therapy with HGH is beneficial if your blood test results turn up significant deficiencies in both hormones. If only one of the hormone levels is deficient, but the other is borderline, then treating the one will likely improve the other.

When people start taking a stack of HGH with Testosterone together, what to expect often looks like this:

  • First few weeks – more energy, improved mood and outlook, increased sex drive, better sleep
  • End of one month – increased stamina, better focus
  • After two months – body tone begins to change (some weight loss and muscle increase), improvement in skin tone and hair growth, better sexual performance and heightened pleasure
  • After three months – enhanced cognitive performance, focus, and memory, reduced joint pains, less stiffness, increased drive and productivity

As you can see, HGH and testosterone together provides significant benefits to the body. The list does not stop there, as better red blood cell production, organ size and function, heart health, and bone density all improve with continued treatment. Internally, you will have reduced inflammation, stronger immune functions, and improved cholesterol and blood pressure levels.

HGH and Testosterone Together:  The Results

Research has proven the efficacy of combining HGH with testosterone. A 2014 study published in the Annals of Agricultural and Environment Medicine set out to find out the impact on strength and endurance of HGH and testosterone together injections on men diagnosed with andropause. The researchers split the men into two groups; one was given a daily exercise and fitness routine, the other, the same routine, but also supplemental HGH and testosterone together injections.

The study concluded that the “physical activity alone did not cause significant changes in body mass and composition, nor the anaerobic and aerobic capacity [stamina]. On the other hand, HGH and testosterone together treatment stimulated these changes significantly.”

Several research studies have shown that HGH can increase testosterone production. A 2002 study published in the medical journal, The Journal of Clinical Endocrinology and Metabolism, concluded that HGH human growth hormone therapy and testosterone together in otherwise healthy older men increased testosterone levels and lead to improvements in strength, balance, body composition, and sexual performance. Another study in the Endocrine Journal also concluded that HGH and Testosterone together injections increased testosterone production and were safe.

Studies have also found that the converse is true – testosterone together with HGH human growth hormone therapy positively influences the effects of HGH human growth hormone.

 

 

References

  1. Ameri, Pet al. Vitamin D increases circulating IGF1 in adults: potential implication for the treatment of GH deficiency. Euo J Endocrinol. 2013; 169(6): 767-72
  2. Birzniece, V et al. Interaction between testosterone and growth hormone on whole-body protein anabolism occurs in the liver. J Clin Endocrinol Metab. 2011; 96(4): 1060-7
  3. Rizvi, SS et al. Testosterone modulates growth hormone secretion at the hypothalamic but not at the hypophyseal level in the adult male rhesus monkey. J Endoc. 2000; 165: 337-344
  4. Zachmann, M. Interrelations between Growth Hormone and Sex Hormones: Physiology and Therapeutic Consequences. Horm Res. 1992; 38: 1–8