- Truly Clear Aminos
- Instantized BCAAS Intra-Workout Muscle Support
- InstaClear - Soluble BCAA Technology
- Informed Choice Certified -Tested for Banned Substance - Trusted by Sport
- Dietary Supplement
- 111 Servings
- 0 g Sugar
- 8 g BCAAs
- 0 g Carbs
- cGMP Registered Facility
- Lab Tested - Every Ingredient - Every Lot
- 100% Soy-Free
- Gluten Free
Get the Anabolic Edge!
Aminocore is the ultimate supplement to take during every workout for rapid anabolic growth. Zero banned ingredients & tested for banned substances by a 3rd party certified organization. Taken during intense training, Aminocore immediately increases your body's ability to build hard, lean muscle through 2 primary processes:
- Increases anabolic muscle-building signaling by 350%‡;
- Reduces the breakdown of muscle tissue during intense workouts.
Instaclear 3-Phase solubility treatment: High-dosage BCAA technology with the highest-grade, freeze-dried BCAAs and with an unmatched taste makes Aminocore an easy-to-mix drink that you can take to every workout.
The Emergence of a Dominant Muscle Builder
Groundbreaking DNA Gene Chip Analysis has revealed the precise mechanism that triggers unprecedented 3.5 times greater muscle cell growth.‡
Shocking Muscle Growth Research is Within Reach
New science has revealed that mTor-p70S6k is the trigger directly responsible for extreme muscle growth. Branched Chain Amino Acids (BCAAs) were identified to activate increased mTor-p70S6K cellular signaling resulting in profound muscle gain. Activation of the muscle cell growth signals increased by 350% (3.5 times greater)‡ with 8,180 mg (8.18 g) of 45% Leucine, 30% Valine and 25% Isoleucine, pharmaceutical-grade BCAAs.
Is Oral Supplementation Effective?
"That's great in a lab, but if I take it, will it work?" The answer is definitely, yes! Oral liquid supplementation of 8.18 g at a 45:30:25 ratio of BCAAs boosted BCAA concentration in the blood and in muscle cells and activated the mTor-p70S6k anabolic signal. This confirms that drinking your BCAAs (as in Aminocore) in a soluble liquid form replicates the research! You can literally implement this groundbreaking technology today!
A Muscle Cell Saved is a Muscle Cell Earned
The mechanism behind Aminocore's ability to prevent catabolic muscle loss has been discovered. Molecules called MAFbx increase dramatically during training. They lock on to muscle cells and act like a shredder, literally destroying muscle tissue. Aminocore to the rescue. The gene chip analysis showed a dramatic decline in the number of MAFbx with 8.18 g BCAAs. This is the number one reason that many people who hit the gym cannot gain or hang on to significant muscle size.
Intelligent Dieting Support
Caloric restriction, limiting carbs and increased cardio intensity; all essential for effective dieting, and all rapid ways to breakdown and flush away muscle. Muscle breakdown takes place when you're dieting. Less muscle reduces your metabolism and as a result, your ability to burn calories. Aminocore feeds your muscles while dieting and dramatically limits muscle loss. The net effect; you retain muscle, melt fat and maintain a higher metabolism. Aminocore the dieting secret you've been looking for.
All BCAAs Are Not Created Equal!
No Film, No Foam & No Particles!
Only Aminocore has InstaClear BCAAs. Other BCAAformulas can foam up when shaken and form an oily film on the surface. Or worse, leave insoluble particles behind. InstaClear BCAA technology creates a 100% soluble BCAA drink.
Other BCAA drinks include glutamine, taurine, or arginine passed off as real BCAAs. Those aminos have their place, but they are not Branched Chain Amino Acids (BCAAs). AMINOCORE is a 100% Premium Grade 45:30:25 ratio BCAA drink. AMINOCORE contains additional highly bioavailable B-Vitamins that not only enhance the anabolic environment, they help to release additional metabolic energy.
‡Combined with intense resistance training, research has shown that 8,180 mg of BCAA is a 45:30:25 ratio increase signaling within muscle cells to upregulate protein synthesis (growth) by 350%. Research conducted at the Nobel Prize winning Karonlinska Institute in Stockholm, Sweden. Journal reference: Karlsson et. al. Am J Physiol Endocrinol Metab 287: E1-E7, 2004.