NextZyme™ The Next Generation of Enzymes 90/550 mg V-Caps™ Our enzymes pass the acid test. Do yours? Effective enzymes are essential for digestion and assimilation. NextZyme™, The Next Generation of Enzymes from Sedona Labs, delivers 18 enzymes safely to the correct pH of the stomach and small intestine -- all in one convenient vegetarian capsule. NextZyme™ acid-protected enzymes survive acid in the stomach so they work in the small intestine. One Capsule of NextZyme™ Delivers Complete Dual Action Works in stomach and small intestine Acid stable in the stomach Acid protected for the small intestine Replaces ineffective, unprotected "vegetarian pancreatin" Replaces animal pancreatin Dramatically improves absorption throughout digestive tract Reduces gas and bloating Broad spectrum breaks down all food groups   Do Your Enzymes Pass the Acid Test? NextZyme™ Acid Test Three enteric-coated plant enzymes (Amylase 6.6, Protease 7.0, Lipase) are soaked in an acid solution of pH 3 for two hours. The enzymes are then placed in a neutral pH 7.0 solution that matches the pH of the small intestine. The enteric coating dissolves, and all three enzymes successfully activate in the small intestine Why Other Enzyme Formulas Fail "Vegetarian pancreatin" plant enzymes are ineffective unless they are protected against the acid pH of the stomach. Because almost all carbohydrate digestion takes place in the small intestine, it is especially important that a carbohydrate enzyme survives the acid of the stomach. Some enzyme manufacturers claim that plant enzymes with a specific neutral pH do not need to be protected from acid. We disagree. We put our enzymes through the acid test to guarantee they will work in the small intestine. DID YOU KNOW...? The majority of "hydrolysis" or the enzyme breakdown of starch occurs in the small intestine? Acid-protected Amylase 6.6 in NextZyme™ successfully completes carbohydrate digestion in the small intestine. DID YOU KNOW...? Malabsorption of carbohydrates results in bacterial fermentation, gas, bloating, water retention, and diarrhea?         Follow the Digestive Action Stomach Breaks Down Amylase 3,000 DU complex and simple carbohydrates Invertase 110 SU high sugar carbohydrates Glucoamylase 4.5 AGU high starch carbohydrates Protease 3.0 92.4 SAPU protein Bromelain 250,000 FCC PU protein Hemicellulase 320 HCU plant fiber ß-Glucanase 5 BGU complex carbohydrates Phytase 21 FTU phytic acid in whole grains, nuts and legumes Malt Diastase 180 DP carbohydrates Papain 225,000 FCC PU protein Lipase 80 FCC PU fat Cellulase 90 CU cellulose fibers Lactase 100 ALU milk Duodenum Breaks Down Protease 4.5 18,000 HUT protein Protease 6.0 9,500 HUT protein Small Intestine Enteric-Coated Vegetable-Type Pancreatins Amylase 6.6 160 BAU complex and simple carbohydrates Protease 7.0 896 PC protein Lipase 64 FCC LU fat