BORON BINDS TO & REMOVES FLUORIDE FROM THE BODY
In the 1960's Rex Newnham, Ph.D., D.O., N.D. developed ARTHRITIS. At that time he was a Soil and Plant Scientist in Perth, W. Australia.
Knowing that BORON aids CALCIUM METABOLISM in plants he decided to start taking 30 mg of BORAX a day, and in three weeks all pain, swelling and stiffness had DISAPPEARED. Public health & medical school authorities were not interested. However, some people with arthritis were delighted when they improved. Eventually he had tablets made with a safe and effective quantity of borax.
BORAX CAN RELIEVE AND PROTECT YOU FROM: Arthritis, Osteoporosis, Osteoarthritis, Bone Spurs, Calcium Deposits, Lupus, Autoimmune Disease, Hormone Imbalances, Fungus/Fluoride, Candida, Ringworm, Tinea Versicolor, Insomnia, Rough Skin, Impotence, morgellons and Chemtrails.
Borax and other substances can effectively detox graphene oxide from the body.
Many believe Borax is useful in combating graphene nano-fibers found in disposable masks and COVID test swabs, acting as a nanobot replication-inhibitor.
Detox baths containing borax, salt, and baking soda are recommended for pulling acidity and radiation from tissues and detoxifying the pineal gland, and can also neutralize synthetic biologies and nanobots.
Other suggested methods for detoxifying graphene oxide include Colloidal gold, copper, silver or Zinc, pine needle tea (containing suramin and shikimic acid), zeolite, glutathione, shilajit, iodine, and humic acid.
Borax as a Heavy Metal Detox Agent
Borax is believed to bind to heavy metals and assist in their elimination from the body through the skin and urinary system, making it a powerful detoxifying agent.
Borax can be used in detox baths, often combined with other ingredients like Epsom salt, baking soda, and bentonite clay, to help draw out toxins and heavy metals.
Studies have shown that certain boron compounds, including borax, significantly reduced the genotoxic effects induced by low doses of heavy metals in human blood cultures, suggesting protective roles due to their antioxidant capacity.