SUPERSTEROL

Tribulus terrestris, also known as Granny's teeth, is an annual herb whose aerial part is used as a natural stimulator of testosterone production in the body, which leads to improved function of the male reproductive system, increased libido and increased muscle mass and strength. The active substances in Tribulus are steroidal saponins. The herb causes an influx of blood to the genitals, which in turn increases potency. Estrogen increases in women, which leads to increased libido in them as well. The strength of the herb's action depends on its type and on the place where it grows. It is known that the strongest effect is given by Tribulus, which grows in Bulgaria, Turkey and Macedonia.

Diosgenin (extract 95%) is a plant sterol in sweet potatoes that has been shown to be an effective substrate for the natural production of steroids (sex hormones) in the body. Diosgenin is a precursor to testosterone. In addition, diosgenin has a positive effect on normalizing cholesterol levels.

Ecdysterone is a very important component with an exceptional effect, helping to achieve the maximum of the genetic potential of every sports individual. The best news is that it has no negative effects on the body and is effective and harmless for both men and women and teenagers. What exactly is ecdysterone and where does it come from? Of course there are other names by which it is known such as 20-BetaHydroxyecdisterone, ecdisten, ecdysone, isoinokosterone, 20-hydroxyecdysterone and ectdisterol. The curious thing about this phytosterol is that it was first discovered in insects. In fact, it is the insects that rely entirely on it for their survival. Could it be precisely the presence of large amounts of ecdysterone in insects that is the logical explanation for their extraordinary strength to body mass ratio? If we, for example, had the proportional strength of an ant, then we could easily lift a car and carry it easily over our heads for miles. However, the option of taking even a small amount of "insect-derived" ecdysterone in dietary supplement form is not attractive. Fortunately for us, this same ecdysterone is not extracted directly from insects. It can be found in herbs and botanicals such as Rhaponticum/Leuzeae and Cyanotis vaga and is therefore a naturally occurring phytosterol. Until recently, however, it was not easily extracted from said plants. Although it was already well known and tested in Russia as far back as 1988, it never received enough attention from the sports elite and laboratories producing nutritional supplements. The reason for this is the fact that, until very recently, there was no efficient enough way to extract and isolate it as a separate substance. Russian scientists had a very good version of the product, but it was insanely expensive - $20,000 per kilogram of pure raw material. The other choice for adding ecdysterone to the diet of elite athletes was Suma extract, which, however, contained such a small percentage of the substance that it was illogical to use it as a dietary supplement at all. After the year 2000, however, companies specializing in the extraction of highly potent components from plant sources found a way to improve the technology and stabilize and extract ecdysterone with 95% purity of the substance. This, in turn, allows the necessary concentration of the product to reach consumers and makes ecdysterone a valuable supplement for an economical diet. This is good news for anyone trying to increase their quality muscle mass, reduce body fat and improve their training performance. Here is a brief overview of how ecdysterone affects the human body: it dramatically increases quality muscle mass (Lean Body Mass), increases endurance, stimulates metabolism, improves nerve functions and helps the development and differentiation of red blood cells, maintains healthy blood sugar levels, reduces fat tissue, significantly improves almost every function of the body including the functions of the liver and brain, protects the body from loss of muscle mass while at the same time supporting the growth of muscle fibers.