Joedank
Well-Known Member
This is not a doctoral disiertaion but a great read on building your own bennies and what they do...http://www.nurserymanagementonline.com/nursery-0711-beneficial-soil-microorganisms.aspx
For all you non link clickers here's how I avoid pm and other pathogens;Commercially available beneficial bacterial strains of Bacillus and Streptomyces grow near the roots, releasing secondary metabolites that inhibit pathogen growth by causing cell membranes to become “leaky.” Some of these commercial microbes and certain native bacterial strains also act as plant-growth promoting rhizobacteria or PGPRs by improving nutrient availability to the plant and through their interactions with host plants.** Many PGPR strains of the bacteria described above have also been shown to induce systemic resistance in some plant species.
Systemic resistance that's right mutha fucka! Oh take that weak immune system due to massive growth over short periods with no attention paid to chewing your food before you swallow you get sick like that
Certain beneficial fungi grow near, on and inside root tissue. The mycoparasite, Trichoderma harzianum isolate T-22 provides several beneficial effects. It preventively controls diseases through rhizosphere competence, hyperparasitism, and competitive inhibition and antagonism. T-22 also promotes plant growth as do other Trichoderma isolates. Mycorrhizal fungi from the genus Glomus grow in and around roots of many mycorrhizal plant species to help supply host plants with insoluble phosphorus, especially in highly mineralized soils and container media. Several different mycorrhizal products are commercially available either as mycorrhizal spore preparations or formulated with fertilizers.***
For all you non link clickers here's how I avoid pm and other pathogens;Commercially available beneficial bacterial strains of Bacillus and Streptomyces grow near the roots, releasing secondary metabolites that inhibit pathogen growth by causing cell membranes to become “leaky.” Some of these commercial microbes and certain native bacterial strains also act as plant-growth promoting rhizobacteria or PGPRs by improving nutrient availability to the plant and through their interactions with host plants.** Many PGPR strains of the bacteria described above have also been shown to induce systemic resistance in some plant species.
Systemic resistance that's right mutha fucka! Oh take that weak immune system due to massive growth over short periods with no attention paid to chewing your food before you swallow you get sick like that
Certain beneficial fungi grow near, on and inside root tissue. The mycoparasite, Trichoderma harzianum isolate T-22 provides several beneficial effects. It preventively controls diseases through rhizosphere competence, hyperparasitism, and competitive inhibition and antagonism. T-22 also promotes plant growth as do other Trichoderma isolates. Mycorrhizal fungi from the genus Glomus grow in and around roots of many mycorrhizal plant species to help supply host plants with insoluble phosphorus, especially in highly mineralized soils and container media. Several different mycorrhizal products are commercially available either as mycorrhizal spore preparations or formulated with fertilizers.***
