Our potent, plant-sourced formula contains 11 ingredients that focus on the common denominator for overall wellness: the health of each and every cell in the human body.
New Roots Herbal’s S.O.D. formula will strengthen your cells for improved energy production and resistance to oxidative stress. Healthy, efficient cells will collectively prolong cell life to slow down the aging process and protect you from the ravaging effects of the vast array of age-related degenerative diseases. Premium-quality S.O.D. vegetable-based capsules are protected with our special water-based GPS™ enteric coating to preserve the potency and effectiveness of the enzymes and other ingredients from harsh stomach acids.
S.O.D. is formulated with the following complementary ingredients that will fortify cell membranes to resist environmental toxins, improve nutrient absorption, increase cellular energy production, and protect cellular DNA that can become damaged during cell replication:
Superoxide Dismutase—Superoxide dismutase forms the backbone of our S.O.D. formula. S.O.D. protects cells from harmful free-radical exposure and the abundance of toxins present in our body that can cause the death of cells that lead to the premature onset of many age-related degenerative diseases. The protection provided by our premium-quality S.O.D. compensates for decreased levels of this powerful antioxidant that result from aging. S.O.D. also improves cellular absorption of trace metals that actively protect the mitochondria (power center) of cells from free-radical damage to prevent depleted energy levels common with aging. The collective benefits of healthy productive cells mean a healthier you.
Catalase — The primary function of the enzyme catalase is to prevent the accumulation of hydrogen peroxide, the toxic byproduct of cellular metabolism.
Goji Extract, 30% polysaccharide — An abundant source of phytonutrients, bioflavonoids, and 18 amino acids, goji berry promotes better vision, supports immune system function, and promotes cellular metabolism.
N-Acetylcysteine — This amino acid provides protection for cells from environmental toxins that include carbon monoxide from cigarette smoke, chloroform, and urethanes. NAC also increases levels of the most powerful antioxidant present in your body. NAC is also a popular treatment for many respiratory ailments.
ʟ-Cysteine — This is essential for the maintenance of intercellular glutathione levels. It also scavenges free radicals to increase cellular health.
Vitamin B2 or riboflavin is vital for antibody production. Vitamin B2 also exerts antioxidant action to fight free radicals that can accelerate the aging process and contribute to many age-related degenerative diseases.
Vitamin E (tocopheryl acetate) — This potent antioxidant helps prevent cell damage by inhibiting the oxidation of lipids (fats) and preventing free-radical formation. Vitamin E also works in unison with ʟ-selenomethionine to protect cell membranes from free radicals.
Folic Acid, also called vitamin B9, is necessary for the synthesis and repair of cellular DNA. The role it plays in the healthy formation and functioning of red and white blood cells, along with cellular metabolism, makes this vitamin critical for vigour and resistance to illness and disease.
Selenium (from ʟ-selenomethionine) — This highly bioavailable source of the trace mineral selenium is a critical component in the synthesis of the body’s primary cellular antioxidant, glutathione peroxidase. Glutathione peroxidase actively protects cells from oxidative stress that can damage DNA and leave cells prone to disease.
alpha-Lipoic acid (ALA) — Known as the universal antioxidant, water- and fat-soluble ALA improves cellular energy production and scavenges free radicals to prolong cell life and combat the signs of aging.
Glutathione — The powerful antioxidant known as glutathione is present in all cells; its prime position within the cells makes it the most important of all antioxidants. Glutathione levels decrease with age and reduce the capacity of cells to maintain metabolic and detoxification duties important for intracellular health.