What is MONSTER MASS™?

MONSTER MASS is a powerful, yet easily digestible, mass-building protein complex. MONSTER MASS tastes like an ultra-rich milk shake and contains an advanced 600+ calorie protein, lipid, and carbohydrate system makes it the ultimate nutritional tool for adding quality mass.

MONSTER MASS delivers a blast of 50 grams multi-source, sustained released proteins. This powerful combination of fast and slow digesting proteins creates a highly desired "anabolic window" that lasts for hours.* Packed with 600 mass-building calories and fortified with 4 grams of L-Leucine, MONSTER MASS also provides a leading 3:1:1 BCAA ratio to help drive mTOR pathway activation for muscle protein synthesis.

50% MORE LEUCINE††

MONSTER MASS is fortified with 4 grams of added L-Leucine to drive an industry leading 3:1:1 Ratio of BCAAs.

Recent university research shows that Leucine enriched beverages consumed with exercise synergistically activate and prolong activity of mTOR signaling pathway, which increases muscle anabolic potential (muscle growth).*1,2,3

FREQUENTLY ASKED QUESTIONS

Q: What are the key features to MONSTER MASS?
A: MONSTER MASS delivers 50 grams of a AM-PM protein blend, a 3:1:1 BCAA ratio, and 4 grams of added L-Leucine per serving.

Q: How does MONSTER MASS differ from CytoGainer?
A: MONSTER MASS contains a blend of both fast-acting and extended-release proteins while CytoGainer is comprised of 100% whey proteins. MONSTER MASS provides a blend of both fast-acting and extended-release proteins and does not contain creatine monohydrate. Lastly, MONSTER MASS delivers a 3:1:1 BCAA ratio and and 4 grams of added L-Leucine per serving.

Q: Who can benefit from a weight gainer like MONSTER MASS?
A: Anyone looking to increase caloric intake to increase muscle mass.

† Amino acid totals include amino acids from complete proteins.

†† MONSTER MASS has 50% more Leucine (per gram protein) than typical protein powders.

1) Dreyer et al. Am J Physiol Endrocrinol Metab 294:E392-E400 (2008)

2) Fujita et al. J Phuysiologuy 582(2):813-23 (2007)

3) Koopman et al. Am J Physiol Endocrinol Metab 288:E645-53 (2005

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