Body Science Bsc Myocytin Hardcore

BODY SCIENCE BSC Myocytin Hardcore

Independent scientific research has shown Myocytin to be superior to standard creatine (Rogerson and co-workers, 2003). In fact after only six days of supplementation with Myocytin athletes increased their performance on a strength based performance test significantly more than athletes taking regular creatine. Likewise, athletes using Myocytin gained over twice as much body mass (minimum 5kg) v's standard creatine and increased their upper arm girth by over 200% more than standard creatine. (Results of this study were presented at the prestigious 2003 Australian Conference of Science and Medicine in Sport).

In an independant university research study, every single athlete using Myocytin increased their bench press performance, upper arm girth and body mass.

• Results also suggest that an athlete ingesting Myocytin has a higher likelihood of experiencing gains in body mass and athletic performance than an athlete ingesting standard Creatine.
• Helps improve maximal power/strength, work performed during sets of maximal effort muscle contractions, single-effort sprint performance and work performed during repetitive sprint performance.
• Myocytin was not associated with muscle cramping, which is a common complaint amongst athletes ingesting Creatine.

BODY SCIENCE BSC Myocytin Hardcore Directions for use

Add 40 grams ( approx. 2 heaped tablespoons ) into shaker or glass. Add 300ml of water and stir.

Nutrition Info

Serving Size: 40 gm
Recommended Consumption in one day: 1 Serve

Ingredients

Dextrose, Creatine, Food Acid (330), L-Taurine, Calcium Carbonate, L-Glycine, Magnesium Chelate, Flavour, Sodium

How BODY SCIENCE BSC Myocytin Hardcore Works

In order for creatine to enhance performance, it must be absorbed into the blood stream then taken into the skeletal muscle. Myocytin has been formulated to maximise the amount of creatine taken into the muscle.
Previous research has shown that when standard creatine is ingested only a small amount of creatine is retained and a large percentage is eliminated from the body via the urine (Burke and co-workers, 2001).
Myocytin is designed to increase blood creatine concentrations while simultaneously inducing the release of insulin from the pancreas. This increase in blood insulin facilitates the entry of creatine into the muscle and minimises the loss of creatine in the urine. Therefore Myocytin is designed to be a more efficient and effective method of taking creatine.