What are HGH Precursors? How do they work? Find out now…
What precursors provide you with is not the actual HGH (human growth hormone), but the chemical ‘precursors’ or catalyst to allow your body to manufacture more HGH. Although the very rich have received actual HGH injections for a very long time, this is really expensive and not for the rest of us.
What are these ‘precursors’ really?
They are proteins mainly, or amino acids that help the human pituitary gland create the HGH hormone. These basic building blocks are what you need to give your body as much of as it as what is naturally possible. They also provide the correct internal body environment (through sleep, exercise, and good eating habits) that will result in creation of more of the HGH hormone.
While no one knows what level these hormones play in keeping you young, it is clear that providing the building blocks is a step in the right direction.
What proteins actually are?
Three of the most effective precursors include Ornithine, Glutamine, and Arginine, which are all types of “L” amino acids. Arginine and Ornithine became known for their involvement in HUman Growth Hormone production in a life extension book that appeared in 1987. As valuable additions to fat-loss and muscle development (body-building in this case), these two protein precursors have been given credit as significant parts of any hormone supplementation program.
One of the more common proteins in the human body, Glutamine has a great effect on the production of HGH in your body. In medical trials, an increase in daily intake of Glutamine (just 2 grams) had effects in some of the test subjects that gave them over 400% more HGH measured in their blood stream – a big effect.
Clinicaly approved research still has a long way to go before there is absolute proof through the federal science channels (as from the labs themselves). But as of right now, there ARE enough cases to prove that products like GenF20 are not only worth looking into, but worth the chance of them actually working for you.




