Early user feedback reports lean mass and strength gains without any corresponding water gains. This allows for increases in strength and aggression, reduction of body-fat and a leaner look to the physique. It is a really good stacking product because it has so many positive benefits. Some athletes use DecaBolin® alone or stack it with 1-Andro products ( 1-AD ®), 4-Andro ( Androdiol ®) and Superdrol ® to experience the most potent pro anabolic compounds on the sports supplement market today.
DecaBolin® is extremely popular with bodybuilders and weightlifters due to its ability to add muscle mass and strength while maintaining leanness. 19-NorAndrost-4-ene-3b-ol, 17-one Decanoate is a new compound that's a two step precursor to 19nortestosterone. This conversion takes place in the body as 19-NorAndrost-4-ene-3b-ol, 17-one Decanoate --> 19norandrostenediol --> 19norTestosterone. This new compound is comprised of lipophilic ester (Decanoate ester bond) at the 3-key position to not only to increase the stability of the compound, but also to increase purity. The term "19nor" means that a methyl group was removed from testosterone at a key position on its molecular backbone. This slight alteration of the chemical structure reduces the DHT related side effects (prostate issues, balding, acne) as well as the estrogenic side effects (gyno) that testosterone possesses. Because of its relatively low side-effect profile and its overall effectiveness, 19-NorAndrost-4-ene-3b-ol, 17-one Decanoate has rapidly become the prohormone of choice for competitive trainers looking to enhance overall lean muscle mass.
When speaking of a high-tech society in a non-literal way, it is usually in reference to an overall society based in high-tech. However, this is something generally unattainable by the definition comprising its scarcity among every technology available. Many countries and regions like United States , Israel , Singapore , Canada , Italy , Greece , Denmark , Belgium , the Netherlands , Norway , Ireland , Iceland , Lithuania , Japan , Russia , the United Kingdom , Estonia , Australia , New Zealand , Germany , Poland , South Korea , Taiwan , Hong Kong , Finland , Spain , Sweden , Switzerland and France are generally considered high-tech in relation to other countries, since it is common for its citizens having access to cutting-edge technology, in consumer's terms, as can cities like Shenzhen in China and Mumbai in India. Research-oriented institutions such as DARPA , European Space Agency , Ministry of International Trade and Industry , Mitre Corporation , NASA , NSF , CERN and universities with high research activity such as MIT and Stanford might be considered high-tech microsocieties in relation to the general surrounding socio-economic region or overall activity sector.