Bifidobacteria adolescente

1.Product Name:Bacillus megaterium

2.Product Presentation:It is industrially used to produce glucose isomerase. Bacillus megaterium plays an important role in recovering precious metals, and it can also degrade insoluble phosphorus compounds in soil, making it a soluble Bacillus megaterium that crops can absorb. When mixed with Bacillus sphaericus, it has nitrogen fixation and synergistic effect, which is very suitable for making microbial fertilizer.

3.Technological process:Raw material --Sterilization--Inoculation--Incubation-- Centrifugation -- Emulsification--Freeze drying-- Comminution-- mixing -- sieving -- packaging

4.Storage:Keep dry and away from light,sealed and stored at the temperature -18℃ or below.

5.Function and Efficacy:

1. Strong ability to dissolve ineffective phosphorus: bacillus macrospore can dissolve ineffective phosphorus and transform it into phosphorus that can be used by plants. The polysaccharide secreted by bacillus macrospore can improve the structure of soil aggregates and increase the excellent physical properties of soil.

2. Promote the absorption of plant nutrients: spraying on the above-ground parts of crops can promote the growth of crops, enhance the photosynthesis of plant leaves, and improve the content of carbohydrates to improve the quality. To promote the dissolution and utilization of soil invalid phosphorus, and to assist the growth of soil microorganisms.

3. Increase plant disease resistance: it can improve the effective use of nutrients in the soil, improve root growth and nutrient absorption, strengthen the resistance of crops to adverse environment, and reduce the application of pesticides. Prevent the occurrence of soil diseases, reduce continuous cropping obstacles and other problems, so as to achieve the effect of soil improvement.

4. Lower production cost: increasing beneficial microorganisms in the rhizosphere can make the available phosphorus fertilizer fixed in the soil be used again, while reducing the application of chemical fertilizers and improving farmers' income.

5. Reduce environmental pollution: excessive use of chemical fertilizers will cause soil pollution and affect biological balance. The application of soil microorganisms can reduce the use of nitrogen and phosphorus fertilizers in large quantities and minimize environmental pollution.

6.Application Range:

1. Applied in the field of agriculture

7.Specification and Content:100 - 300 billion cfu/g