Healthy food choices are a great start to promoting health; however this represents just the first step. To benefit from all the nutritious components of our food, a healthy digestive system is needed. Today, dozens of factors including genetics, stressful lifestyles, poor diet, processed foods, and the environment all influence digestion. Supplementing a healthy diet and lifestyle with digestive enzymes is the next step in health. This comprehensive digestive enzyme formula includes highly active enzymes with a broad range of specificities needed to digest the foods most commonly found in the human diet.* Once the food is broken down into simple nutrients, the body can then assimilate these for energy, growth, and repair.*
• Proteolytic Enzymes support the digestion of proteins for reduced risk of food sensitivities, toxins, and free radicals.*• Lipolytic Enzymes encourage more complete digestion of fats and lipids to support pancreas, liver, and gall bladder health and wellness.*
• Polysaccharolytic Enzymes support the digestion of carbohydrates for reduced food intolerances and relief from occasional indigestion and gas.*
Health Benefits: Transformation’s Professional Protocol™ Digest is an enzyme supplement designed to help promote availability and absorption of nutrients, health and vitality of cells, and improved overall digestive and immune system health.*
RECOMMENDED USAGE: One (1) capsule with every meal or snack with at least 8 oz. of liquid. Contents may be removed from capsule and taken by spoon immediately after mixing with a small amount of tepid water. Serving may be increased according to need as directed by health care practitioner.
Tzyme™ Protease Blend (protease and peptidase)(54,601 HUT+ 11 SAPU)) | mg |
Lipase (7,518 FIP) | mg |
Tzyme™ Polysaccharolytic Blend: | mg |
Amylase | DU |
Alpha-galactosidase | GaIU |
Phytase 42 FTU | |
Glucoamylase 25 AGU | |
Macerase 400 CU | |
Pectinase 14 endo-PGU | |
Beta-glucanase 25 BGU | |
Lactase 610 ALU | |
Cellulase 28 CU | |
Diastase 168 DP º | |
Invertase 56 SU | |
Hemicellulase 28 HCU |