The Johnson-Su Bioreactor is a composting method that uses a specific combination of microorganisms to break down organic matter and create a nutrient-rich compost extract. This extract can be applied in various ways, including in-furrow, seed coating, or foliar spray, to provide plants with a diverse array of beneficial microorganisms.
Endophytes are microorganisms that live within plant tissues, and they play an important role in plant health and growth. Endophytes found within the Johnson-Su Bioreactor have been shown to improve nutrient uptake, increase resistance to stress and disease, and promote overall plant growth and vitality.
One of the key benefits of using the Johnson-Su Bioreactor is the ability to create a highly concentrated extract of beneficial microorganisms that can be applied to plants in a variety of ways. When applied in-furrow, seed coating, or foliar spray, this extract can introduce a diverse array of beneficial endophytes to the plant root system, which can improve nutrient uptake, increase resistance to stress and disease, and promote overall plant growth and vitality.
In addition, LAB (lactobacillus) serum is a beneficial microorganism found in the Johnson-Su Bioreactor extract, which has been shown to improve plant growth and health. LAB is known for its ability to produce plant growth-promoting compounds and to protect plants from pathogens.
Furthermore, quorum sensing is a process by which bacteria communicate with each other to coordinate their behavior, and it plays an important role in the effectiveness of the Johnson-Su Bioreactor. The bioreactor encourages the growth and communication of beneficial microorganisms, which can lead to a more efficient and effective composting process and a higher quality extract.
Overall, the Johnson-Su Bioreactor is an effective method for creating a nutrient-rich compost extract that can be applied to plants in various ways to improve growth and health. It also helps to promote the growth of beneficial endophytes and LAB, which can improve nutrient uptake, increase resistance to stress and disease, and promote overall plant growth and vitality.
