Rootcology Electrolyte Blend Powder by Dr. Izabella Wentz - 30 Servings
Rootcology Electrolyte Blend Powder by Dr. Izabella Wentz - 30 Servings
Product details
Rootcology Electrolyte Blend is a hydration formula created by Dr. Izabella Wentz, a clinical pharmacist and thyroid expert. This lemon orange flavoured powder contains essential electrolytes and supporting nutrients designed to help maintain normal hydration and energy levels during and after exercise.
Key Features
- Contains sodium, potassium, calcium, magnesium, chloride and more to support normal hydration
- Includes D-ribose, taurine, Vitamin C, quercetin and citrus bioflavonoids for electrolyte function and energy
- Gluten free, dairy free, soy free, pesticide free, non-GMO, shellfish free and Paleo
- Sweetened with stevia; mixes easily with water or any beverage
- Lab tested with pure formulas
- Created by Dr. Izabella Wentz, NY Times Best Selling Author and clinical pharmacist
How to Use
Mix with water or any beverage of your choice. Can also be made into popsicles.
Who Is It For
This electrolyte blend suits anyone looking to maintain hydration and support normal energy production, especially those engaged in exercise or physical activity who follow a gluten-free, dairy-free or Paleo lifestyle.
Product Details
| Brand | Rootcology |
|---|---|
| Form | Powder |
| Size | 8.5 Ounce (30 Servings) |
Frequently asked questions
What electrolytes does this blend contain?
The blend contains sodium, potassium, calcium, magnesium, chloride and other electrolytes to support normal hydration levels.
How do I use this electrolyte powder?
Mix with water or any beverage of your choice. You can also make it into popsicles for a hydrating treat.
Is this product suitable for people with dietary restrictions?
Yes. Rootcology Electrolyte Blend is gluten free, dairy free, soy free, pesticide free, non-GMO, shellfish free and Paleo.
What other ingredients support electrolyte function?
The blend includes D-ribose, taurine, Vitamin C, quercetin and citrus bioflavonoids, which support normal electrolyte function and energy production.