High Activity Bacillus Subtilis Biopesticide Improve Soil Health Reduce Soil-Borne Pathogens

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Target Diseases

1. Soil-borne diseases: Root rot, damping-off, fusarium wilt, verticillium wilt, root-knot nematode auxiliary control, blight and other replanting-caused diseases.
2. Foliar diseases: Powdery mildew, downy mildew, gray mold, anthracnose, leaf spot, early blight, late blight.
3. Bacterial diseases: Bacterial wilt, bacterial leaf spot.

Applicable Crops

Rice, wheat, corn, peanut, potato and other field crops;
Tomato, cucumber, pepper, cabbage and other vegetables;
Apple, grape, citrus, mango and other fruit trees;
Tea, cotton, flowers, herbal medicine, greenhouse crops.

Core Advantages

1. Broad-spectrum biocontrol, work against fungus and bacteria

2. Spore-form strain, strong resistance to heat, drought and bad environment

3. Residue-free, safe for human, livestock, bees and aquatic organisms

4. Reduce replanting obstacles, improve soil health continuously

5. Help root development, increase crop yield and quality

6. Low risk of pathogen resistance, ideal for rotation program with chemical fungicides

7. Fit for organic farming, export-oriented residue-sensitive crops

Application Methods

1. Seed treatment: Seed dressing or seed soaking before sowing to protect young roots from soil pathogens.

2. Soil drenching / Root irrigation: Dilute and pour around root zone, the main method against soil-borne diseases.

3.Foliar spraying: Spray evenly on upper and underside of leaves for leaf disease prevention.

4. Soil mixing: Mix with organic fertilizer, spread into soil before planting.

Mode of Action

1. Competitive Colonization: Bacillus subtilis quickly occupies the ecological niche on root surface, leaves and inside soil, competing with pathogenic fungi and bacteria for nutrition and living space, inhibiting pathogen reproduction.

2. Antagonistic & Dissolving Effect: It secretes lipopeptide antibiotics, enzymes and other metabolites to destroy pathogen cell walls, suppress spore germination and mycelial growth of harmful microorganisms.

3. Induce Plant Systemic Resistance: Stimulate crops to produce disease-resistant substances, improve the self-defense capability of plants against diseases.

4. Soil Improvement: Promote decomposition of organic matter, activate soil nutrients, improve root environment and boost root growth.

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