New Roots Herbal - Infla-Heal Plus
New Roots Infla-Heal Plus - A specific combination of digestive and anti-inflammatory enzymes with antioxidants and metabolic cofactors. It is extremely effective for the treatment of chronic and acute inflammation. Infla-Heal PlusĀ contains various enzymes, which disable macromolecular components during the increase of inflammation, while antioxidants remove free radicals produced during the formation of chronic and acute inflammation. New Roots Herbal Infla-Heal Plus provides enzymes from both plant and animal sources, each contributing to their different mechanisms to reduce this type of macromolecular onset.
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Shipping & Returns

New Roots Herbal - Infla-Heal Plus
New Roots Herbal - Infla-Heal Plus
New Roots Infla-Heal Plus - A specific combination of digestive and anti-inflammatory enzymes with antioxidants and metabolic cofactors. It is extremely effective for the treatment of chronic and acute inflammation. Infla-Heal PlusĀ contains various enzymes, which disable macromolecular components during the increase of inflammation, while antioxidants remove free radicals produced during the formation of chronic and acute inflammation. New Roots Herbal Infla-Heal Plus provides enzymes from both plant and animal sources, each contributing to their different mechanisms to reduce this type of macromolecular onset.
Original: $48.80
-70%$48.80
$14.64Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
New Roots Infla-Heal Plus - A specific combination of digestive and anti-inflammatory enzymes with antioxidants and metabolic cofactors. It is extremely effective for the treatment of chronic and acute inflammation. Infla-Heal PlusĀ contains various enzymes, which disable macromolecular components during the increase of inflammation, while antioxidants remove free radicals produced during the formation of chronic and acute inflammation. New Roots Herbal Infla-Heal Plus provides enzymes from both plant and animal sources, each contributing to their different mechanisms to reduce this type of macromolecular onset.
















