The King of Cyclic AMP
Sclareolides are a diterpenoidal lactone found in a plant called Salvia sclarea. It's known to be an extremely potent adenylate cyclase activator, very similar to that of the diterpene derivative, forskolin. In fact, cyclic AMP assays indicate Sclareolides either equals or exceeds the actions of forskolin, but with a much longer active life.
Additionally, like forskolin. Sclareolides stimulates adenylate cyclase independently of beta-2 receptors, which means it has no limitations because it won't down-regulate and it has a higher maximal effect. In other words, the more you take, the greater the effect--day after day after day ... So Sclareolides essentially mimics or acts like TSH--activating adenylate cyclase in the membrane of thyroid cells, which in turn elevates cyclic AMP and eventually leads to thyroid hormones being released. It may also enhance the cyclic AMP response to TSH in thyroid cells as well.
And because Sclareolides produces an accumulation of cyclic AMP, it will also increase nitrogen retention. This means that it will help preserve or even build lean-body mass (muscle) while increasing lipolysis.
Another huge bonus in comparison to ephedra and other beta agonists is that Sclareolides doesn't interact with beta-1 adrenoreceptors and over stimulate cardiac tissue or raise blood pressure. In fact, Sclareolides, in very high doses, exhibits a vasodilatory effect and slightly decreases blood pressure.
Some other benefits of Sclareolides include its antithrombotic and antidepressant effects, as well as its stimulating effect on luteinizing hormone, via cyclic AMP, resulting in the production of additional Testosterone (in males).
To synergize the effects of Sclareolides, we included the methylxanthine caffeine. Caffeine is a potent competitive inhibitor of phosphodiesterase enzyme, which is responsible for the inactivation of cyclic AMP.
In comparison to caffeine, Sclareolides increases the formation of cyclic AMP, whereas caffeine acts to prevent its degradation. In other words, caffeine potentiates the effects of Sclareolides, thus increasing the magnitude of cyclic AMP accumulation.
And since Sclareolides and caffeine increase cyclic AMP, but via different mechanisms and not through the beta receptor, a combination produces a powerful, synergistic effect on lipolysis.
So you can see that, even though A7-E, Sclareolides, guggulsterones, and caffeine have discrete roles in the fat-loss process, they also potentiate one another's activities, making the combination extremely powerful.
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