Nature combines fulvic acid and minerals to form fulvic mineral complexes that are now being referred to by many nutrition and health experts as “the Missing Link of Nutrition.”

Imagine the earth some 38 million years ago when enormous rainforests covered much of the planet. Like the animals of that time, plants were enormous compared to the plants of today, with root systems that reached deep into the earth. The root systems of these prehistoric giants were able to tap rich sources of inorganic minerals, which the plants then converted into organic, biologically-friendly minerals via photosynthesis. Once these giant plants died, the organic minerals within their structures were deposited onto the surface of the earth, where they were combined with fulvic acids created by the local soil microbes. This botanical life and death cycle continued for millions of years, gradually forming rare Fulvic Mineral deposits.

Such a deposit is the source of the fulvic minerals and the organic acids contained in Good Health Naturally Pure Concentrated Organic Minerals™ with Fulvic Acid. Mineral products that contain no amino acids are metallic in form and are NOT plant derived or of plant origin. Mineral Deposit material that will not extract using only water is NOT an organic mineral. Only prehistoric plant deposits contain the diversity of poly-colloidal fulvic mineral complexes.

Our Pure Concentrated Organic Minerals™with Fulvic Acid contain extremely bioactive substances rich in low molecular weight fulvic compounds (Fulvic Minerals and Fulvic Acids) that are the end product of decomposition of once living prehistoric plant matter. These substances contain extremely complex molecules (fulvic compounds) made up primarily of highly protective and seemingly immortal plant phytochemicals that are combined and recombined during the humification (decomposition) process, having been digested by various species and millions of successive generations of microbes, ultimately becoming one of the most complex natural substances on earth.