How Creatine HSC Works

With the advent of modern sports science comes a number of benefits and one of those is the research that has taken place into how to make a number of supplements much more efficient in the way they work.

One of the groups of supplements that this has happened to is creatine. Creatine HSC is one of the derivatives of creatine that uses the integration of creatine carrier sub-pathways to dramatically

• increase muscle cell uptake and retention of creatine,
• the turn-over of ATP / creatine,
• muscle cell volume
• protein synthesis and lean muscle growth.

The basis of creatine HSC is the integration of four very important creatine mediators.


Integrated ATP Support System

ATP is the fuel that is the source of all muscular work so with each rep you use up some of the ATP that is stored in the muscles. It is therefore essential that this is replaced as quickly as possible. Creatine is one of the base components that enables the body to replenish its ATP stores. But this complicated process is reliant on a number of steps for the creatine to ATP conversion and one of these is known as the “bioenergetic-intermediates”.

These intermediates are naturally synthesized within your body in minute amounts, but a creatine substrate (creatine HSC) with the crucial bioenergetic-intermediates ensures that when there is extra creatine the necessary intermediates are there to allow the conversion process to occur.

The Creatine-Sodium Chemical Gradient

The correct creatine-sodium chemical gradient is also crucial for getting more creatine into your muscles than normally achievable in an ordinary cellular metabolic state.
Creatine HSC stimulates sodium-creatine co-transport by increasing the trans-membrane sodium concentration gradient. This increased sodium flow into the cell allows a thermodynamic creatine attachment to “hitch-a-ride” into the muscle cell and thereby increases your muscle creatine uptake.

Dual-Phosphate / Taurine Matrix

Creatine HSC integrates a precise sodium-potassium phosphate combination along with HPLC Taurine for increased muscle cell hydration and insulin-like mediation for creatine transport to promote an optimum cellular medium for accelerated muscle growth.


Precise Insulin Spike with DGC™

Creatine HSC incorporates new high-glycemic-index dextrorotatory glucose crystals. This new glucose component helps your body mediate a significant increase in creatine uptake and retention by having a sharp impact on serum insulin levels. This insulin “spike” drives more creatine into your muscle cells for increased cell volume and muscle growth. See my other blog on the creatine insulin debate.

If this has given you a taste to try creatine to kick start your efforts then be sure to visit a nutritional supplement site to purchase creatine