ChewyZymes For Digestive Health And Metabolic Support
June 05, 2008 04:15 PM
Author: Darrell Miller (email@example.com)
Positioning purpose: As the body’s biological workforce, enzymes are fundamental to healthy digestion and metabolism, energy production, and immune system balance. Unfortunately, very few people actually consume an adequate amount of enzymes from their day-to-day modern diets. As the body ages, it produces fewer enzymes with each passing year. Over time, the system-wide effects of insufficient enzymes can manifest in a number of unsuspected ways. Hormone and neurotransmitter production can decline, wounds may not heal as fast, fatigue can become a more regular occurrence, digestion may suffer, and the body may become more susceptible to infection.
Product Description: ChewyZymes™ utilizes National Enzyme’s BioCore system, a broad spectrum digestive enzyme formulation in a natural berry-flavored, vegetarian chewable tablet that is perfectly suitable for both adults and children. It is designed to support improved digestion of meals. Digestive enzymes are essential to the body’s absorption and full use of food. The enzymes in this product are non-GMO. They have been proven in a controlled laboratory study by TNO Nutrition and Foods Research to have efficacy throughout the entire pH range of the digestive system and to not be degraded by acid in the stomach.* Each serving (2 lozenges) is equal to 1 capsule of our popular Optimal Digestive System.
Ideal Users: Ideal for healthy adults and children who may benefit from additional enzymes in their diet.
Complementary Products: Consider taking this product with NOW® BerryDophilus, Kid Vits, or Chewable C.
Recommended Use: Adults: Chew 2 lozenges before a meal. Children: Chew 1 lozenge before a meal. Supporting Science
Rachman D. Unique Features and Application of Non-Animal Derived Enzymes. Clinical Nutrition Insights 1997;5(10):1-4.
* These statements have not been evaluated by the FDA. This product is not intended to diagnose, prevent, treat or cure any disease.