Small Molecule
Whey Protein

Small Molecule Whey Protein — Food Perfection

A Meal Replacement Shake Mix - two flavors: Vanilla and Chocolate

Engineered to provide the most technologically advanced protein meal replacement possible.

Small Molecule Whey Protein is a source of lactose free hydrolyzed (sequential enzymatic predigestion) whey fraction protein isolate). Because of its complete absorption and high efficiency of utilization, Small Molecule Whey Protein is an ideal supplement for athletes and people on a weight management program.

Smooth and rich, Small Molecule Whey Protein targets adult taste preferences in a low viscosity solution of the highest quality hydrolyzed whey protein isolates available. The superior nutritive value of Small Molecule Whey Protein is based around exceptionally high di and tripeptide content achieved through a complex process of sequential-enzymatic hydrolysis. This method of predigestion allows Small Molecule Whey Protein to work in harmony with natural gastrointestinal activity, producing maximum absorption.

Predigestion by sequential-enzymatic-hydrolysis produces the highest level of di and tripeptides while limiting the amount of free form amino acids. Under certain conditions, di and tripeptides produce greater nitrogen retention as compared to free amino acids or whole proteins. Small Molecule Whey Protein now has
52-56% di and tripeptides. No other product achieves this level.

Dissolves Instantly: No blender or mixer required. Simply place one scoop of Small Molecule Whey Protein into water, nonfat or lowfat milk, or your favorite compatible liquid and stir.

Extra High DH (degree of hydrolysis): Predigestion by sequential-enzymatic-hydrolysis produces the highest level of di and tripeptides while limiting the amount of free form amino acids. Under certain conditions, di and tripeptides produce greater nitrogen retention as compared to free amino acids or whole proteins. Small Molecule Whey Protein now has
52-56% di and tripeptides. No other product achieves this level.

Low Molecular Weight: The molecular weight of Small Molecule Whey Protein is between 700 and 1,000 daltons as compared to other whole proteins and protein supplements that range between 20,000 to 100,000 daltons. Because of their larger size other proteins require significantly longer periods of digestion and are subject to a variety of factors decreasing absorption. Of these, physical and emotional stress are most common. The low molecular weight and soluble fiber content of Small Molecule Whey Protein facilitate increased absorption during times of stress.

Soluble Fiber: Each serving of Small Molecule Whey Protein contains 1.5 grams of soluble psyillium fiber specially processed exclusively for Small Molecule Whey Protein. This promotes increased absorption by slowing intestinal transit.

Supplemental L-glutamine: The addition of extra L-glutamine to the natural 5-7% glutamine content of Small Molecule Whey Protein improves GI and immune functions and promotes anticatabolic effects in skeletal muscle.

High BCAA Content: Branched chain amino acids (BCAA) are utilized by muscle tissue for protein synthesis and energy production. A portion of BCAA metabolism results in glutamine production. Glutamine and the critical BCAA leucine, are indispensable for the healthy functioning of other tissues and metabolic processes. Maintaining a rich supply of these amino acids is protein sparing.

Immune System and antioxidant enhancing through glutathione storage: The combination and sequencing of amino acids in whey protein results in increased tissue storage of glutathione. The antioxidant activity of glutathione improves immune function.

Highest Biological Value: The biological value of a dietary protein is, fundamentally, the ratio of nitrogen retained over nitrogen consumed. Proteins with high Biological Value meet metabolic requirements more effectively and at lower intake levels (especially during periods of increased protein utilization such as exercise, anxiety and illness). Cost effectiveness is function of biological value and price. Small Molecule Whey Protein has the highest biological value of any protein meal replacement available.

Highest “Efficiency of Utilization”: Generally, protein utilization efficiency declines as intake increases or total daily calories decrease. The high levels of di and tripeptides and BCAAs as well as enhanced glutamine content of Small Molecules Whey Protein promote increased nitrogen retention, minimizing the negative effects of increased protein consumption or reduced caloric intake.

Nutrition Facts Serving Size: 1 Scoop (22g) Servings per container: 14   Amount Per Serving Calories 90 Calories from fat 20 % Daily Values Total Fat 2g 9% Saturated Fat 1.8 9% Cholesterol 0mg 0% Sodium 64 mg 3% Total Carb 4g 1% Dietary Fiber 2g 8% Sugars 0g       Protein 15g

Ordering Information Item # Description Preferred Customer Price   361 Small Molecule Whey Protein Vanilla Flavor - 1 canister - 14 servings. $32.00

Dr. Steve Lutes utilizes Small Molecule Whey Protein as a meal replacement, adding it to two scoops of the Seven Essentials product and plain yogurt as a high energy, total nutrition breakfast.

Dr. Kellas statement:The Small Molecule Whey Protein is the first and only protein supplement designed specifically to fulfill the entire spectrum of protein requirements for optimum human health and performance. The Small Molecule Whey Protein is a quantum leap in protein supplementation and the new standard for comparison.

The superior nutrient value of The Small Molecule Whey Protein is based on two revolutionary processes. SEH® (Sequential Enzymatic Hydrolysis), a new method of protein pre-digestion is responsible for the exceptionally high di and tri-peptide content of The Small Molecule Whey Protein. The addition of SoftPail® fiber technology creates a host of synergistic functions naturally enhancing protein absorption and intestinal health.

If Your Body Can’t Absorb It . . . You Can’t Use It!

Protein molecules are chains of amino acids called peptides. The human body can absorb only very small di and tri-peptides. Larger peptides must be enzymaticly broken down (hydrolyzed) before any absorption can occur. Most breakdown and absorption occurs in the proximal section (duodenum) of the small intestine. You have only one foot of duodenum. Once past the proximal bowel, there is essentially no further protein absorption. Undigested protein passes into the colon where it is a known health challenge.

Unlike Other Protein Supplements, You Get 100% Absorption With The Small Molecule Whey Protein.

Unfortunately the consumer is only getting a small percentage of protein from the supplements and food currently available to them in the market. Soy, beef, fish, poultry and dairy products have no di and tri-peptides. These other sources of protein have peptide sizes ranging 20,000 – 100,000 Daltons, which require significant breakdown time and limit absorption to 30% at best. 100% of the protein in The Small Molecule Whey Protein is hydrolyzed protein isolates, which contain over 50-% di and tri-peptides with the average size of less than 1000 Daltons. The Small Molecule Whey Protein requires virtually no active breakdown by the body allowing for swift and total absorption.

Furthermore, there are no inferior casein, vegetable or deceptively labeled flash-hydrolyzed whey raw materials in The Small Molecule Whey Protein

Liquid travels very fast through the intestines allowing very little time for breakdown and absorption. Protein consumed without quality dietary fiber can result in gas, unhealthy and irregular elimination. To overcome these challenges, The Small Molecule Whey Protein was engineered with SoftPail®, a proprietary new form of soluble psylliums fiber. SoftPail® has the highest natural swell ratio keeping the protein in the proximal bowel until it is totally absorbed. The end result is the only protein available today that renders 100% absorption.