Orenda Eaze 6-in-1 Gut Health Pre Pro Postbiotic - 30 Capsules
Orenda Eaze 6-in-1 Gut Health Pre Pro Postbiotic - 30 Capsules
Product details
Orenda Eaze is a comprehensive gut health formula that brings together six categories of support in a single daily capsule. It features 13 probiotic strains, acid-resistant Bacillus endospores, a prebiotic blend, digestive enzymes, systemic enzyme support, and postbiotic activity to help maintain a balanced microbiome.
Key Features
- 6-in-1 formula combining probiotics, prebiotics, postbiotics, digestive enzymes, endospores and systemic enzyme support
- 13 probiotic strains with prebiotic blend to support their presence in the digestive system
- Acid-resistant Bacillus endospores (coagulans, clausii, subtilis) that activate in the colon
- Enteric-coated serrapeptase for systemic support throughout the body
- One capsule daily with food for convenient daily gut health support
How to Use
Take one capsule daily with food.
Who Is It For
Orenda Eaze suits anyone looking to support digestive health and maintain a balanced microbiome through a comprehensive multi-action formula.
Product Details
| Brand | Orenda International |
|---|---|
| Form | Capsules |
| Size | 30 Capsules |
Frequently asked questions
How many capsules are in each bottle?
Each bottle contains 30 capsules, providing a one-month supply when taken as directed.
What makes the Bacillus strains in this formula special?
The Bacillus endospores (coagulans, clausii, and subtilis) are acid-resistant, meaning they remain stable as they travel through the digestive process and activate in the colon where they support microbiome balance.
Does this formula support the whole body or just digestion?
While the probiotics and digestive enzymes work in the digestive tract, the enteric-coated serrapeptase is absorbed in the small intestine to provide systemic support throughout the body.
What is the prebiotic blend for?
The prebiotic blend nourishes the 13 probiotic strains in the formula, supporting their presence in the digestive system and contributing to postbiotic activity.