EM® Research

Research into effective microorganisms has shown great advances in a wide range of areas, from livestock to construction, agriculture and human health. In addition, these microorganisms offer innovative and sustainable solutions, providing benefits in several sectors. First, let us explore the main results of this research, highlighting the impacts and potential benefits.

Here you will find current research results on EM Effective Microorganisms®.

The source of information for this page is https://efektivnimikroorganizmy.cz/. We sincerely thank Mgr. Michaela Alali Beitlová for her support!

Effective Microorganisms in Livestock

The application of EM® Effective Microorganisms in livestock farming has shown remarkable results. For example, studies on the effects of EM-1® application in bee colonies indicate that these microorganisms can improve colony health. In fact, research on the survival of Salmonella in cattle manure has shown that the use of EM can reduce the presence of pathogens, contributing to healthier livestock farming. Furthermore, the use of EM has shown a positive impact on modulating the immune responses of broiler chickens.

In addition, reducing ammonia concentration and suppressing bad odors in poultry manure are other important benefits of this technology. Therefore, the use of effective microorganisms in livestock farming not only improves animal performance but also promotes a healthier and more sustainable environment.

Effective Microorganisms in Construction

Research into effective microorganisms is not limited to agriculture and healthcare, but also extends to construction. Research indicates that the addition of effective microorganisms to concrete (EMC) has been shown to improve its properties, making it more durable and sustainable. For example, the properties of EM® ceramics and their impact on the mechanical properties of concrete have been extensively studied, with promising results. Subsequently, studies have been carried out on the mechanical and energy performance of cementitious composites with effective microorganisms.

As a result, the use of EM in construction can contribute to a greener and more efficient future. Furthermore, the viability of EM® concrete has been widely discussed, indicating that it could be a viable alternative for modern civil construction.

Application of Effective Microorganisms in Agriculture and Livestock

In agriculture, EMs have been applied to improve soil health and crop yields. For example, research on the use of EMs to protect winter wheat against fungal diseases demonstrates their effectiveness in promoting healthy plant growth. At the same time, studies show that applying EM to corn and soil can significantly increase crop productivity and quality.

In summary, effective microorganisms have been shown to have a positive impact on agricultural productivity and soil health. In addition, long-term studies indicate that these microorganisms can improve the growth of several crops, such as barley and chard, promoting an increase in the yield and quality of agricultural products.

The studies are presented below

Effective Microorganisms and Human Health

EM® Effective Microorganisms have also been applied to human health, most notably EM・X GOLD, a health drink containing extracts of effective microorganism cultures. In fact, studies show that EM-X Gold can improve immune function and even inhibit infections such as those caused by the Epstein-Barr virus.

For example, research suggests that EM-X Gold can stimulate antioxidant activity and provide significant benefits for cellular health. In this way, it offers a natural and effective approach to improving well-being. In short, the use of effective microorganisms in human health opens up new possibilities for natural and preventative treatments.