FORMULATED FOR

• BUILDING LEAN, HARD MUSCLE
• ULTRA HIGH PROTEIN MEAL REPLACEMENT
• SUPPORTING HIGH INTENSITY WEIGHT TRAINING

WHO WILL BENEFIT FROM GROW+ HARDCORE™

• Regular gym users training at high intensity for lean muscle, strength and definition
• Athletes - to support muscle development and recovery when training at high
  intensity

WHY CHOOSE GROW+ HARDCORE™

• High protein to carbohydrate ratio - ideal for lean muscle gain
• Superior to ordinary gainers – contains scientifically researched ingredients
• No similar product contains Aminogen®, Vit-MX-Sport™ and waxy maize

HOW GROW+ HARDCORE™ WORKS

GROW+ HARDCORE™ is designed specifically for body-builders, power-lifters and other strength athletes to support training that mainly consists of high intensity weight lifting. The high ratio of protein to carbohydrates provides extremely high levels of muscle building amino acids, with moderate carbohydrates to help control body fat. Each serving contains a whopping 50 grams of Sci-MX’s unique GRS-5® gradual-release protein ensuring that hard-trained muscles receive amino acids over a sustained period.

Sci-MX’s Cross-Action™ fast and slow carbohydrate pack, now with waxy maize, provides just enough energy for short bursts of intense weight training. To ensure that your protein works as hard as it can to promote gains in size and strength, we have included a breakthrough compound called Aminogen®, which has shown in research to increase BCAA retention by 250%, nitrogen levels in muscle by 32% and overall amino acid plasma levels by 100%. Overall, this could significantly increase the effectiveness of protein, aid deep muscle-tissue recovery and boost muscle growth.

Healthy immune function, muscle oxygenation, hormonal health and muscle and nerve function are vital to athletes and gym users aiming for maximum performance. Sci-MX has added Vit-MX-Sport™, a blend of vitamins C, B6, B12, folic acid, pantothenic acid, calcium, magnesium, iron, zinc and copper specifically formulated for sports-people which contributes to these important health functions.