[strain number] strain number ACCC 10012 < br />
[executive standard] compound microbial fertilizer (NYT 798-2004)
[Chinese name] Bacillus colloidalis
[main ingredients] Bacillus colloidalis Effective live spore content ≥ 20billion / g< br />
[cultivation purpose] silicate bacteria fertilizer
[culture temperature] temperature 28-30 ℃
[culture medium] media number 62
[bacterial characteristics] Bacillus colloidalis, also known as silicate bacteria, can decompose potassium and silicon in feldspar, mica and other minerals, as well as phosphorus in apatite, and secrete plant growth stimulants and a variety of enzymes to enhance the resistance of crops to some diseases. At present, this kind of bacteria is the best strain used as biological fertilizer to promote the transformation of invalid phosphorus and potassium in the soil, increase the supply of phosphorus and potassium in the soil, and improve crop yield. The intensity of phosphorus, potassium and silicon dissolution of Bacillus colloidalis is super strong. Bacillus mucitaginosus silicate bacteria, as bacterial fertilizer, have been studied earlier and more in the former Soviet Union and China. Silicate bacteria is a special kind of bacteria in soil. It can decompose potassium containing minerals composed of Silicon Valley acid salt and aluminosilicate, and has the functions of dissolving phosphorus, releasing potassium and fixing nitrogen. The bacterium can grow on nitrogen-free medium containing feldspar, mica, apatite, phosphate rock powder and other ores, releasing phosphorus, potassium and other nutrients. Due to the metabolism of bacteria, the results of biochemical reactions produce organic acids, amino acids, polysaccharides, hormones and other substances that are conducive to plant absorption and utilization. At the same time, bacteria propagate in the soil, which also inhibits the growth of other pathogenic bacteria. Most of the nutrients such as phosphorus and potassium also become components of the bacteria. The content of potassium in the ash of bacteria can be as high as 33-34%. After the death of the bacteria, the potassium in the bacteria is free and can be absorbed and utilized by plants. Silicate bacteria, as an important functional bacteria in microbial fertilizers, have shown a variety of effects, such as increasing the content of soil available potassium and phosphorus, improving crop yield and quality. Bacillus glialis can produce carbonic anhydrase, which plays a certain role in the fixation of carbon dioxide< br />
[characteristics of finished products]
& nbsp; 1. The bacterium has the function of dissolving phosphorus and potassium& nbsp;< br />
& nbsp; 2. It can activate silicon, calcium and magnesium in soil< br />
& nbsp; 3. It has the effect of improving the supply of iron, manganese, copper, zinc, molybdenum and boron& nbsp;< br />
& nbsp; 4. Improve or extend fertilizer efficiency and reduce fertilizer consumption& nbsp;< br />
& nbsp; 5. Improve crop stress resistance and prevent or reduce diseases< br />
[usage] produce bio organic fertilizer and compound microbial fertilizer that meet industry standards (effective viable bacteria ≥ 20million / g). Take 10billion cfu/ g as an example, 2000 grams per ton of organic fertilizer is added. This product can be used in combination with other compound fertilizers. The dosage is 250-500 g / mu. When used with bio organic fertilizer, 1-2 kg of colloidal Bacillus powder should be added per ton< br />
[precautions] 1. This product is a live bacterial preparation with strong bacterial activity. It should be stored in a closed, cool and dark place. 2. It is forbidden to mix with antibiotics, disinfectants, strong acids and bases< br />
[effective date] 3 years
[package specification] 25 bags / piece
[storage method] sealed in a cool and dry place
