Phytosporin Ingredients: A Blend of Beneficial Microbes
Bacillus Subtilis
Live cultures of Bacillus subtilis, a beneficial bacterium known for its antifungal and growth-promoting properties, are a key component of Phytosporin.
Trichoderma Fungus
Three types of Trichoderma antagonist fungus contribute to the biofungicide's effectiveness by outcompeting harmful fungi.
Natural Ingredients
Phytosporin also incorporates L-amino acids, natural polysaccharides, and vitamins to support plant health and growth.
Advantages of Phytosporin: A Holistic Approach to Crop Protection
- Enhanced Fungicidal ActivityPhytosporin effectively controls a broad spectrum of fungal diseases, protecting crops throughout the growing season.
- Promotes Plant GrowthThe beneficial microorganisms in Phytosporin stimulate plant growth and development, leading to higher yieldse their knowledge at work.
- Reduces StressPhytosporin helps plants cope with stress from environmental factors and chemical pesticides, promoting overall resilience.
- Sustainable PracticesPhytosporin is environmentally friendly, compatible with chemical pesticides, and does not require a waiting period before harvesting.
Bacillus Subtilis 26D: A Key Player in Soil Health
Bacillus subtilis 26D is a highly effective antagonist microorganism. When applied to soil, these beneficial bacteria actively populate the rhizosphere, the zone of soil immediately around plant roots. This enhances nutrient uptake, promotes root growth, and suppresses harmful pathogens..
Scientific Research: A Foundation for Sustainable Solutions
Soil Fertility & Microbiota
Our research focuses on restoring soil fertility and improving the balance of beneficial microbes in the soil.
Our research focuses on restoring soil fertility and improving the balance of beneficial microbes in the soil.
Biological Pest Control
We develop effective biological fungicides and insecticides to protect crops from disease and pests.
We develop effective biological fungicides and insecticides to protect crops from disease and pests.
Microbial Fertilizers
We research and develop microbiological fertilizers and inoculants to promote plant growth and improve nutrient uptake.
We research and develop microbiological fertilizers and inoculants to promote plant growth and improve nutrient uptake.
Plant Residue Decomposition
We study the decomposition of plant residues to promote soil health and reduce the need for synthetic fertilizers.
We study the decomposition of plant residues to promote soil health and reduce the need for synthetic fertilizers.
Phytosporin Results: Demonstrated Effectiveness
Extensive research and field trials have demonstrated the significant impact of Phytosporin on crop growth and yield. Phytosporin significantly improves root biomass, root length, and overall plant vigor, leading to healthier and more productive plants.
Phytosporin for Corn: Increased Biomass and Yield
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CornPhytosporin treatment led to a 36% increase in root biomass and 19% increase in root length in corn. -
GrowthCorn plants treated with Phytosporin exhibited 18% more green biomass compared to control plants
Phytosporin for Barley: Enhanced Root Development and Yield
Root Biomass
Phytosporin treatment led to a significant 72% increase in root biomass in barley.
Phytosporin treatment led to a significant 72% increase in root biomass in barley.
Root Length
Barley plants treated with Phytosporin exhibited a 20% increase in root length.
Barley plants treated with Phytosporin exhibited a 20% increase in root length.
Green Biomass
Phytosporin-treated barley plants showed an 18% increase in green biomass.
Phytosporin-treated barley plants showed an 18% increase in green biomass.
Phytosporin for Peas:
Promoting Vigorous Growth
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Root Length
An 18% increase in root length was observed in peas treated with Phytosporin. -
Root Biomass
A 13% increase in root biomass was observed in peas treated with Phytosporin. -
Green Biomass
Phytosporin treatment resulted in a significant 39% increase in green biomass in peas.
Choose Phytosporin:
A Sustainable and Effective Solution for Crop Protection
Phytosporin offers a sustainable and effective solution to protect crops from fungal diseases and promote healthy growth. By harnessing the power of beneficial microbes and natural ingredients, Phytosporin helps farmers achieve higher yields and protect the environment.
Field test results
- 1-3 sunflower, 4-7 wheat, 8 corn, 9 barley
- On average, 25% more yield
Phytosporin and herbicides
- 11 tests
- Average increase of 10 p.p.
Phytosporin vs. Chemicals
Yield data of winter wheat depending on plant protection products
Yield data of winter wheat depending on plant protection products
Advantages of Phytosporin: A Holistic Approach to Crop Protection
- High Fungicidal Activity: Effectively controls a wide range of fungal diseases, protecting crops from damage and promoting healthy growth.
- Growth-Stimulating Activity: Enhances plant vigor and yields by promoting root development and nutrient uptake.
- Stability of Action: Provides long-lasting protection throughout the growing season, ensuring consistent results.
- Protective Action: Acts as a barrier against fungal infections, safeguarding crops from environmental stressors.
- Anti-Stress Properties: Mitigates the negative impacts of chemical pesticides on plants, promoting resilience and overall health.
