ANIMAL M-STAK

• Natural bodybuilders & powerlifters
• Classic “hardgainers”
• Maximizing muscle gains naturally
• Anabolic & anticatabolics
• Optimizing non-hormonal anabolism

For many of us, the difficulty wasn’t the initial response to weightlifting, that helped us rapidly change our bodies, and our lifestyles along with it. The challenge came, when our growth stagnated. And our gains plateaued. For many, that turning point moment is where there training lives came to an unceremonious end. But not for us. For those few who were too in love with the iron to ever just walk away, we dedicated ourselves in earnest to breaking through that plateau. It was this urge that inspired the brothers at Animal to formulate the highly anabolic M-Stak.

What is anabolic? Muscle building and the processes that lead us down the road to new growth… Protein synthesis. Nitrogen retention. Nutrient-partitioning. What is Animal M-Stak? A natural, non-hormonal supplement designed for the most stubborn of all ‘hardgainers.’ From green beginner to diehard vet, we’ve all gone through it – skidding to a halt, our progress idles on a plateau. Can’t gain another pound, workouts are stale, lifts are static. This is the hardgainer’s syndrome, and from the most slender of ectomorphs to the most muscular endomorph, we’ve all been there. Desperate to ignite new growth, we’ll try almost anything. For those of us so dedicated to the iron game, these moments of frustration have come to an end in the form of Animal M-Stak.

M-Stak is built on a foundation of natural anabolic flavones born from Eastern European athletic studies. These special flavones have long been theorized to help enhance targeted gains in lean muscle mass. M-Stak combines the most powerful of these anabolic compounds in significant dosages, making the long storied anabolic potential of the product all the greater. Primary among these flavones are Beta-Ecdysterone (Cyanotis Vaga) and 5-Methyl-y-Methoxyisoflavone. These ingredients have the ability to shuttle nutrients specifically towards lean mass accumulation, a process known as ‘nutrient partitioning.’