Effective Microorganisms (EM) perform three main functions: an antioxidant action, a de-ionizing action, and an energy-conversion action.

Through these mechanisms, microorganisms help create a more balanced and favorable environment, counteracting oxidation processes and supporting higher biological quality in the systems in which they are applied.

These actions are made possible by the principle of microbial dominance, according to which the quality of an environment is not determined by the presence or absence of individual microorganisms, but by the prevalence of one type of microorganism over others. When beneficial microorganisms become dominant, the entire ecosystem tends to move toward processes of regeneration and balance.

As complex as it may seem, the microbial world can be divided into three main categories:

• Regenerative microorganisms, which promote positive vital processes, improve environmental quality, and support biological regeneration;
• Degenerative (or pathogenic) microorganisms, associated with decomposition, imbalance, and deterioration of biological systems;
• Neutral (or polyvalent) microorganisms, which make up the majority and, depending on environmental conditions and microbial dominance, can shift toward either regenerative or degenerative behavior.

The introduction and spread of Effective Microorganisms in any environment makes it possible to steer microbial dominance toward regenerative or degenerative directions.

Effective Microorganisms drastically and effectively improve the microbiological environment, favoring beneficial fermentation (maturation) instead of putrefaction. They decompose complex molecules while simultaneously generating metabolic products such as amino acids, proteins, enzymes, and antioxidant substances.

Their symbiosis also emits a three-dimensional helical frequency capable of regenerating any type of environment in which they are introduced (soil, plants, humans, animals, septic systems, homes, lakes, rivers, seas, etc.), converting harmful waves present in the environment into beneficial ones and bringing it to a natural state of perpetual regenerative frequency (toroidal).

The history of EM traces back to the research of Professor Teruo Higa, a professor of agronomy at the University of Okinawa, Japan.

In the 1980s, during a period dominated by the widespread use of synthetic fertilizers and pesticides, Professor Higa devoted his studies to finding a sustainable alternative: instead of fighting nature with chemistry, it was necessary to ally with microorganisms to regenerate the ecosystem.