Glutamine with DecaDrive Delivery!
Glutamine is one of the most abundant amino acids found in skeletal muscles, supplying the metabolic building blocks for creating other amino acids, protein, nucleotides used to make DNA and RNA, and is even involved in energy production. GLUTAMINE DECANATE provides a potent dose of purified, micronized glutamine via the scientifically advanced DecaDrive Delivery Technology. GLUTAMINE DECANATE delivers maximum anabolic muscle building, anti-catabolic muscle protection and improved recovery.
Pharmaceutical Nutrient Uptake Accelerator
The revolutionary DecaDrive Delivery Technology involves the use of pharmaceutical delivery methods using the compounds PEG (as polyethylene glycol) and Decanoate (as sodium caprate) to increase amino acid infusion. PEG is a proven intestinal absorption enhancer used to increase the solubility and dissolution of amino acids, thereby promoting overall conditions for maximizing transcellular and paracellular routes of absorption. Decanate is a clinically tested intestinal absorption enhancer. Its principle mode of bio-dynamic action includes increasing the paracellular permeability by enlarging the tight paracellular junctions (openings), thereby allowing greater uptake and transport of aminos into the bloodstream. AMINO DECANATE’s amino acids are also micronized to reduce particle size and further optimize intestinal transport through the transcellular and paracellular pathways. The end result is increased solubility, dissolution and enhanced transcellular and paracellular absorption for faster, greater and more potent amino acid utilization.
DecaDrive Delivery: Figure 2
Figure 2 illustrates the enhanced absorption of amino acids using the DecaDrive Delivery through the transcellular and paracellular pathways. As you will note, the decanoate increases the space between the tight junctions of the paracellular pathways. In addition, by reducing particle size and improving dissolution with PEG and micronization the uptake of amino acids in the intestines is enhanced through both transcellular and paracellular routes of absorption.