Holly Hill Health Foods Superzymes Multi-Enzyme Digestive Support - 180 Tablets
Holly Hill Health Foods Superzymes Multi-Enzyme Digestive Support - 180 Tablets
Product details
Superzymes is a comprehensive multi-enzyme formula combining both animal and plant-derived enzymes to support the normal, healthy digestion of fats, proteins and carbohydrates. This blend includes betaine HCL, pepsin, bromelain, papain, pancreatin and ox bile extract to help your digestive system work efficiently.
Key Features
- Contains betaine HCL to support protein digestion and nutrient absorption
- Includes pepsin, bromelain and papain to help break down proteins
- Pancreatin provides amylase, protease and lipase for complete macronutrient digestion
- Ox bile extract helps emulsify fats for better digestion
- Supports absorption of calcium, folic acid, B12 and iron
Who Is It For
Superzymes is suitable for anyone looking to support their digestive health and nutrient absorption, particularly those concerned about maintaining efficient digestion of proteins, fats and carbohydrates.
Product Details
| Brand | Holly Hill Health Foods |
|---|---|
| Form | Tablets |
| Size | 180 Tablets |
Frequently asked questions
What enzymes are included in Superzymes?
Superzymes contains pepsin, bromelain, papain, pancreatin (which includes amylase, protease and lipase), betaine HCL and ox bile extract.
How does betaine HCL support digestion?
Betaine HCL is a mild form of hydrochloric acid that helps support the digestive process, particularly the beginning of protein digestion in the stomach. It also supports the absorption of nutrients including calcium, folic acid, B12 and iron.
What is the role of ox bile extract in this formula?
Ox bile extract helps emulsify fat, preparing it for digestion by fat-digesting enzymes (lipases).
Why might someone need additional digestive enzymes?
Aging and certain medications such as antacids can reduce the production and effectiveness of hydrochloric acid and digestive enzymes, which may lead to inefficient digestion and nutrient absorption.