Tuberculosis studies

The Role of Humic and Fulvic Substances in the Prevention and Treatment of Tuberculosis

Humic and fulvic substances, derived from humus in rich, healthy soils, have demonstrated impressive antipathogenic potential, comparable or even superior to penicillin in certain cases. These substances contain a powerful spectrum of micronutrients, antiviral and antibiotic-like agents that strengthen the immune system, inhibit pathogens and improve overall health.

A US government report shows a direct correlation between coal miners’ exposure to humic substances and the absence of tuberculosis, highlighting their role in preventing this disease. Furthermore, studies suggest that humic compounds not only prevent tuberculosis, but also combat a wide range of human and plant pathogens.

Major Discoveries on Humic Substances and Tuberculosis

Antibiotic Potency Comparable to Penicillin
- Extracts of humic substances showed antibiotic activity equal to or superior to penicillin, even at high dilution rates.
- These substances have a broad spectrum of antimicrobial agents that act against various pathogens.
Natural Production of Antibacterial Substances in Humus-Rich Soils
- Microbes present in humus-rich soils produce humic and fulvic substances that concentrate and transform plant matter into soluble compounds, such as fulvic acids.
- Many of the microbial strains responsible for these substances belong to families used in the production of recognized antibiotic drugs.
Strengthening the Immune System
- The quinoid groups present in humic extracts, such as quinonoids, quinolones and quinones, not only have antibiotic properties, but also improve disease resistance and promote overall health.
Prevention in Coal Miners
- Historical studies reveal that coal miners exposed to humic substances were free of tuberculosis.

Conclusion: A Promising Future in Natural Medicine

Humic and fulvic substances represent an unexplored source of natural therapeutic agents. Their antimicrobial activity, together with their ability to strengthen the immune system, highlights their potential not only in preventing tuberculosis, but also in combating a wide variety of diseases.

References

Microbiology of coal : Bureau of Mines, U.S. Department of the Interior (1959).
Coal miners' pneumoconiosis : W.D. Evans, Coll. Eng. (1951).
Antibacterial substances in seeds : L. Ferenczy, Nature (1956).
Raphanin: An antibacterial principle of radish : Ivanovics and I. Horvath, Nature (1947).
Antibiotic substances in Thuja plicata : J. Gripenberg, Acta Chem. Scandinavica (1948).
Humic, fulvic and microbial balance : William R. Jackson, PhD. (1993).
Pay Dirt : Ingrid Wickelgren, Popular Science (1996).