Mother Earth Minerals Ionic Liquid Silver Supplement High Absorption Angstrom Silver Mineral Drops for Immune Support, Cellular Balance & Daily Wellness, 8 oz
Currently unavailable.
Book Details
Author(s)
Mother Earth Minerals
Publisher
Mother Earth Minerals
ISBN / ASIN
B004PM405A
ISBN-13
978B004PM4051
Availability
Currently unavailable.
Sales Rank
#245
Category
Kitchen
Marketplace
United States 🇺🇸
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Description
- IONIC LIQUID SILVER FOR HIGH ABSORPTION: Mother Earth Minerals Silver is an ionic, water-soluble angstrom mineral designed for efficient absorption and utilization. This liquid silver supplement delivers highly bioavailable trace minerals that are readily available at the cellular level without fillers or additives
- SUPPORTS IMMUNE SYSTEM FUNCTION & DAILY WELLNESS: Silver has a long history of use in traditional wellness practices and is often chosen to support the body's natural defenses and overall well-being as part of a daily routine
- SUPPORTS CELLULAR BALANCE & INTERNAL ENVIRONMENT: This liquid silver formula is designed to support cellular balance and a clean internal environment, helping maintain overall body function and internal equilibrium
- CLEAN, PURE & EASY-TO-USE LIQUID FORMULA: Mother Earth Minerals Silver is fully water-soluble, vegan, non-GMO, and free from additives or preservatives, offering a clean and simple way to support your daily mineral intake
- PART OF THE MOTHER EARTH MINERALS SYSTEM: Formulated as part of the Mother Earth Minerals Ionic Mineral System, Silver complements magnesium, potassium, calcium, zinc, copper, chromium, sulfur, platinum, and iodine to support overall mineral balance and wellness
- CONVENIENT 8 OZ BOTTLE SIZE: This supplement comes in an 8-ounce bottle providing a generous supply of ionic liquid silver for extended daily use and consistent mineral supplementation support
- ANGSTROM-SIZED PARTICLES FOR CELLULAR AVAILABILITY: The angstrom-sized mineral particles in this formula are designed to be small enough for optimal cellular uptake, ensuring maximum bioavailability and effectiveness at the cellular level
