Our solutions for environmental protection
Biotechnological solutions for water purification
Unique microbiological complexes for neutralizing toxins, heavy metals and pollutants in water bodies
Biotechnological solutions for soil restoration
Pharmabiotics and natural microorganisms to improve soil quality and increase yields
Integrated biotechnology for environmental health
We view human health inextricably linked to the state of the environment. Our research confirms that the human microbiome is directly affected by environmental pollution and geographical area of residence.
The connection between ecology and the microbiome
Using our own GIS (geographic information systems) and databases, we analyze the impact of environmental factors on biological systems. Our goal is to protect plants, soils and water, because without a healthy environment, a healthy person cannot exist.
Biological plant protection
For what:
Increasing yields and combating plant diseases without the use of harmful chemicals.
How it works:
Protection against rot : Specially developed bacterial compositions prevent product rot (successful case with growing microgreens indoors).
Growth Stimulation: Using Biostimulants and Growth Regulators of Natural Origin to Improve Morphogenesis and Productivity of Vegetable Crops
Bioremediation and cleanup
For what :
Degradation of toxic substances (xenobiotics) and cleaning of ecosystems.
How it works :
Destruction of pollutants : The use of microorganisms (Pseudomonas, etc.) to decompose pesticides and persistent organic pollutants into safe components.
Phytoremediation : Cleaning water bodies and soils from heavy metals using hyperaccumulator plants.
Environmental monitoring and safety
An important area of our work is the implementation of microbiological monitoring systems to assess the real state of the environment. We investigate the spread of antibiotic-resistant microorganisms in water and soil, which is a critical risk factor for public health.
Key aspects of the approach:
Resistance control
Detection of antibiotic-resistant bacteria (e.g. in rivers and soils of agroecosystems) to prevent the spread of infections
Assessment of pollution sources
Microbiological assessment allows for accurate identification of sources of air and water pollution, enabling businesses (e.g., agricultural companies) to minimize crop losses
Safety of methods
Biotechnological cleaning, unlike chemical cleaning, does not create new pollutants in the environment.
Water and soil quality
Digitization and analysis of natural resources:
Drinking and mineral water: Creation of water composition databases for selection for individual human microbiome (health programs).
Agromonitoring : Soil analysis for the presence of pathogens and heavy metals for safe production.
Biotesting : Determination of the toxicity of aqueous solutions using test objects
Organic waste recycling
Effective biotechnologies for recycling:
Biodestruction : The use of special strains of fungi (basidiomycetes) to destroy lignin-containing waste (bark, wood).
Vermiculture : The use of probiotics to stimulate the growth of worms (Eisenia foetida) when processing organic matter into biohumus.
