We are really excited about the new Muscle Sport product Andro Revolution.
It combines two potent compounds, Fadogia Agrestis and D-Aspartic Acid. What is
exciting about these two compounds is that when combined they can boost
testosterone levels (naturally) to a greater extent than either could
University studies show that Fadogia Agrestis has the ability to
significantly increase testosterone by as much as six times that of a control
group in a recent study. Studies on D-Aspartic Acid show it can increase
testosterone over baseline by over 42%.
Fadogia Agrestis increases testicular cholesterol and D-Aspartic Acid
increases the rate that cholesterol is converted into testosterone. Simply put
where Fadogia leaves off D-Aspartic picks up.
Fadogia Agrestis is suggested to work through its ability to support an
increase in the productiveness of the testis through increased testicular
cholesterol – the building block and direct precursor of testosterone. Fadogia
Agrestis is thought to naturally increase the sensitivity and production of the
testis, which may result in an increase in both total and free testosterone,
levels resulting in testosterone production cycles, which are higher and
naturally occurring. No other natural or synthetic product on the market can
D-aspartic acid has been shown to have some intriguing effects in several
animal species and humans. D-aspartic acid has been shown to enhance
gonadotropin releasing hormone from the hypothalamus as well as growth hormone
and luteinizing hormone release from the pituitary. D-aspartic acid has also
been shown to directly increase testosterone production by the testes. So, not
only does d-aspartic acid cause the release of more testosterone but also the
production of more testosterone. D-aspartic acid does this by increasing the
levels of steroidogenic acute regulatory (StAR) protein.
StAR plays a critical role in the production of steroid hormones in the
testes and adrenals. In fact, StAR mediates the rate-limiting step in steroid
hormone production, the importation of cholesterol into the mitochondria. All
steroid hormones are manufactured from cholesterol in the mitochondria and if
cholesterol doesn’t get into the mitochondria, then steroid hormones, and more
specifically, testosterone does not get produced. D-aspartic acid increases StAR
which increases cholesterol entry into the mitochondria, which results in,
increased testosterone production.