Introducing...Waximaize!
Complex Carbs For Improved Pre, During, And Post Workout!
Waximaize is a modified starch, a very unique complex carbohydrate capable of changing your physique! Waximaize is absorbed lightning fast into the bloodstream by “bypassing” digestion in the stomach. Once in the bloodstream Waximaize actually makes you look leaner by pulling subcutaneous water (water from just under the skin!) into the blood, increasing blood volume! This results in paper thin skin with thick veins popping out and full throttle blood flow to fully carb loaded muscle peaks! Training with Waximaize brings new meaning to the word “pump”. With overloaded glycogen stores and amplified blood volume, Waximaize will overtake you in minutes!
Waximaize is a corn based modified starch with unique properties in the human body. While most complex carbohydrates from normal food sources remain in the stomach to be digested, broken down into shorter carbohydrate sugar chains before entering the bloodstream, Waximaize with its unusually high engineered molecular weight “Drops” through the stomach at twice the speed! Because of this, Waximaize remains a complex or long chain carbohydrate as it enters the small intestine for absorption. In addition to this, Waximaize has a very low Osmolarity which allows it to quickly and effortlessly cross into the bloodstream intact.
Effects:
Stage 1. Once in the bloodstream Waximaize draws subcutaneous water (Water trapped just under the skin) into the bloodstream, quickly increasing blood volume. This initial response reveals definition in muscles previously washed out by the thin film of what was previously perceived as body fat.
Stage 2. This increased blood volume causes visible veins to appear in the limbs to carry the increased blood volume to muscles. This vascularity adds to the appearance of a leaner physique.
Stage 3. This increased blood volume delivers Waximaize to waiting muscles, overloading glycogen stores for an unparalleled “full” feeling. This glycogen loading fills muscle bellies revealing previously unseen peaks and size. |
