博文

目前显示的是标签为“Bacillus subtilis”的博文

Why bacillus subtilis is the most popular biofertilizer?

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Bacillus subtilis grows fast.It can produce heat-resistant and stress-resistant spores. It can be made into various dosage forms. It can be mixed with chemical pesticides without inactivation, and the mass production process is simple, the cost is low, and the application is convenient and storage. bacillus subtilis The effects of Bacillus subtilis on plants are mainly reflected in the following aspects: 1.Nutrition and space competition The competitive effects of Bacillus subtilis mainly include nutritional competition and spatial locus competition. It can rapidly and massively multiply and colonize in the rhizosphere, body surface or in the soil and in the soil, effectively reject, prevent and interfere with the colonization and infection of plant pathogenic microorganisms on plants, thereby achieving antibacterial and disease-preventing effects. 2.Produce antibacterial substances Bacillus subtilis can produce a variety of substances with antibacterial and bac

Why do microbial fertilizers use Bacillus subtilis?

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Microbial fertilizers are more expensive than organic fertilizers because of the addition of biologically active bacteria! Therefore, the role of strains is the most important for microbial fertilizers. At present, the main microbial strains on the market are mainly Bacillus subtilis, so understanding the role of Bacillus subtilis is very important.  Today we will take a look:   bacillus   subtilis Antibiotic effect The antibiotic effect means that antibacterial microorganisms can inhibit the growth and metabolism of pathogenic microorganisms by producing metabolites at low concentrations, thereby affecting the survival and activity of pathogenic microorganisms. For nearly half a century, many effective antibacterial substances have been isolated and purified from the metabolites of different Bacillus subtilis strains. Bacteriolysis The bacteriolytic action of Bacillus subtilis is mainly manifested by adsorption on the mycelium of pathogenic bacteria, and it gro

Golden liquid

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Effective microbe:  Bacillus subtilis: 2*10 8  CFU/mL ,etc Appearance:  Light brown liquid Functions: 1. High nutrient utilization, fast absorption and translocation, meet crop needs timely.  It can be used to promote rapid cell division and proliferation of crops, improving photosynthesis,  promote crop dark green leaves, thick stems, strong root system, more tillering (branching)  and more flowers and more fruit setting.  2. Foliar fertilization can prevent nutrient fixed in the soil, improving the efficiency of fertilizer.  It can be used to produce some of the physiologically active substances such as gibberellins,  3-indole acetic acid, to prevent zinc, copper, manganese, molybdenum  and  other trace elements are fixed in soil,  promote crop growth.  3. Reduce or mitigate disease harm caused by pests on crops  Reduce and mitigate the root rot, anthracnose, rot, seedling blight,  blight, fusarium wilt, smut and other diseases. 4.  I

Ferti-12

Effective microbes :   Bacillus subtilis: 9*107 CFU/G Bacillus mucilaginosus:  4*106 CFU/G           Appearance:   Black granule      Features:  1. The new ultrafine particles,      nano-technology applications,      the nutrient absorption and utilization      is up to 80-98.2%, nutrient will not lose easily.  2. Double-way regulation of plant nutrients,      supplement nutrients and release a fixed combination of soil nutrients.  3, Apply chelate technology, solve the problem that Medium,      Micro-element fixed in the soil and low untilization percentage. 4, This product has a unique continuous cropping resistance,      disease resistance, insect resistance,      water and fertilizer maintainence and other functions. Product description Main ingredients   Humic acid , trace elements,microbes Target crops   Crops, fruits, vegetables Application methods              Crops        Application Dosage