3. Sustained release of active ingredients.
4. Increased pharmocodynamic efficiency.  Less active agent is required to achieve an equivalent physiological response.

     The delivery system is a macro-molecular complex (MMC), which can be formed up to 250,000 molecular weight (MW) in size (over 10x larger than human growth hormone).   The MMC exists in both a crystalline and a non-crystalline state and can be made from natural or synthetic materials.  The specific MMC used to deliver large molecular weight proteins such as insulin and hGH is comprised of all natural GRAS (Generally Recognized As Safe) substances.  The material from which the MMC is made is a commonly know substance.  However, the way in which the MMC is processed, structured, and delivered is the key to its success as a delivery agent.  The MMC works by: (1) slowly dissolving into the tight junction between cells; (2) releasing the active agent into this tight junction; and (3) allowing the cells' receptor sites to receive and absorb the active agent as needed.  This process mimics the body's own natural process of absorption.
 
     Growth hormone is a large sequence of 191 amino acids (polypeptides) that makes up the structure of protein found in messenger hormones. These growth hormone and growth co-factors are absorbed most efficiently when they are bonded to polymer mucopolysacharrides (stored energy of molecular glucose chains naturally present in human tissue) minerals, organic enzymes and several other proprietary ingredients.  This natural polymer is different than polymers used in the plastic industry because it is a substance found in the tissues of our body that dissolves in the mouth.  When properly absorbed, growth hormone and growth factors can communicate instructions to all the cells of our body.  This macro-molecular complex allows preservation and passage of large molecules of growth hormone into the body.  Water molecules act like other molecules including growth hormone, growth factors or insulin that have been found to be somewhat flexible and distortable (17).  This may explain the way large molecules are able to pass through smaller membrane passageways.

1. The delivery system (MMC) works with all natural ingredients to absorb directly into the cells as follows:

This exciting discovery that we could get a large molecule like GH or insulin to absorb orally in to the body was demonstrated in studies at the University of Illinois.  They conducted studies on rabbits and on humans on the oral absorption of large molecular weight proteins such as insulin and GH, it was demonstrated that oral absorption was nearly as efficient as injections.  The delivery of insulin has recently been accomplished with this type of oral delivery system.  Studies of rabbits being given insulin by oral drip directed to the lungs (intra-tracheal) have shown a matching response to injecting insulin. 

Vitamin B-12 is almost too large to be absorbed orally because it is on the threshold of being considered a "large molecular weight substance" at   1,200 MW.  Insulin is 5,800 MW, Growth Factor complex (Deer Antler) is 6,700 molecular Weight and Insulin Like Growth Factor IGF-1 is 7,300 molecular Weight.  Growth Hormone is 22,000 MW and Collagen is over 200,000 MW.  Any substance that is larger than the molecular weight of Vitamin B12 needs this special patented delivery system (MMC) get inside the cells to restore the body.