Organic probiotic fertilizer soil conditioner Purple Non-Sulfer Bacteria (PNSB)

  

C-me grow organic fertilizer is a probiotic and so much more these natural occurring microorganisms increase the biodiversity of any soil ecosystem. These unique photosynthesizing organisms utilize the sun's energy to produce nutrient rich, nitrogen fixing microbes that boost the metabolic activity of other existing soil microbes stimulating root growth. Directions: lightly shake bottle before each use. Add 2-4 tablespoons per gallon of water. 1 to 2 gallons of water per 100 square feet.

Apply on foliar or on soil. Use as part of your regular watering routine or at least once per week for best results.

Hydroponics or soilless media: apply 4 tablespoons to 5 gallons of water to start then 2 tablespoons for 5 gallons of water weekly. Storage: store in area that receives a few hours sunlight each day (patio, window sill etc). Major mechanisms by which inoculation with purple non-sulfur bacteria (pnsb) benefit the growth and quality of plants.

Bio-fertilization, bio-stimulation and biocontrol are three modes of action exerted by pnsb to promote plant growth and quality. (1) plant-available nutrients in soil are enhanced through biological nitrogen fixation (bnf) by free-living pnsb (bio-fertilization). (2) pnsb improve the nitrogen use efficiency (nue) of host plants and stimulate plants to uptake more nitrate from soil (bio-stimulation). (3) pnsb interact with resident microbial community to improve soil health, thus, increase nutrient acquisition (bio-stimulation). (4) indole-acetic acid (iaa) is synthesized by pnsb to promote growth and improve nutrient acquisition/absorption in roots (bio-stimulation).

(5) aminolevulinic acid (ala) produced by pnsb through the involvement of ala synthase and hem genes to alleviate abiotic stress (bio-stimulation). 5-ala are synthesized to suppress soil pathogens directly (biocontrol). (7) exopolysaccharides (epss) are produced by pnsb and pathogenesis-related (pr) genes of plants are upregulated to trigger an induced systemic response (isr) to control plant pathogens.