PROBIOTIC BENEFITS
SANCTUARY PROBIOTIC OVERVIEW
GENUS: BACILLUS (BACTERIA)
Bacillus Subtilis
- Endospore forming bacteria (extremely hardy organisms)
- Grow on many carbon and nitrogen substrates (versatile metabolisms)
- Produce large colonies in soil profile over time (prolific)
- Produce plant growth regulatory compounds (PGR) which stimulate plant growth
- Produces numerous enzymes & organic acids (promotes nutrient cycling, nutrient solubilization & nutrient mineralization, including phosphorous)
- Produce polysaccharides which creates micro-aggregates in soil profile (enhances soil structure)
- Contains select strains capable of stimulating Induced Systemic Resistance (ISR)
- Provides increased resistance to abiotic stress (heat, cold, drought, foot traffic)
- Contains select strains capable of enhancing photosynthetic capacity of plants
Bacillus Firmus
- Endospore forming bacteria (extremely hardy organisms)
- Grow on many carbon and nitrogen substrates (versatile metabolisms)
- Produce large colonies in soil profile over time (prolific)
- Produce plant growth regulatory compounds (PGR) which stimulate plant growth
- Produces numerous enzymes & organic acids (promotes nutrient cycling, nutrient solubilization & nutrient mineralization, including phosphorous)
- Produce polysaccharides which creates micro-aggregates in soil profile (enhances soil structure)
- Contains select strains capable of stimulating Induced Systemic Resistance (ISR)
- Provides increased resistance to abiotic stress (heat, cold, drought, foot traffic)
- Contains select strains capable of enhancing photosynthetic capacity of plants
Bacillus Amyloliquefaceins
- Endospore forming bacteria (extremely hardy organisms)
- Grow on many carbon and nitrogen substrates (versatile metabolisms)
- Produce large colonies in soil profile over time (prolific)
- Produce plant growth regulatory compounds (PGR) which stimulate plant growth
- Produces numerous enzymes & organic acids (promotes nutrient cycling, nutrient solubilization & nutrient mineralization, including phosphorous)
- Produce polysaccharides which creates micro-aggregates in soil profile (enhances soil structure)
- Contains select strains capable of stimulating Induced Systemic Resistance (ISR)
- Provides increased resistance to abiotic stress (heat, cold, drought, foot traffic)
- Contains select strains capable of enhancing photosynthetic capacity of plants
Bacillus Licheniformis
- Endospore forming bacteria (extremely hardy organisms)
- Grow on many carbon and nitrogen substrates (versatile metabolisms)
- Produce large colonies in soil profile over time (prolific)
- Produce plant growth regulatory compounds (PGR) which stimulate plant growth
- Produces numerous enzymes & organic acids (promotes nutrient cycling, nutrient solubilization & nutrient mineralization, including phosphorous)
- Produce polysaccharides which creates micro-aggregates in soil profile (enhances soil structure)
- Contains select strains capable of stimulating Induced Systemic Resistance (ISR)
- Contains select strains capable of enhancing photosynthetic capacity of plants
Bacillus Pumilus
- Endospore forming bacteria (extremely hardy organisms)
- Grow on many carbon and nitrogen substrates (versatile metabolisms)
- Produce large colonies in soil profile over time (prolific)
- Produce plant growth regulatory compounds (PGR) which stimulate plant growth
- Produces numerous enzymes & organic acids (promotes nutrient cycling, nutrient solubilization & nutrient mineralization, including phosphorous) Prolific protease & amylase producer
- Produce polysaccharides which creates micro-aggregates in soil profile (enhances soil structure)
- Contains select strains capable of stimulating Induced Systemic Resistance (ISR)
- Contains select strains capable of enhancing photosynthetic capacity of plants
Paenibacillus Durum (formerly Bacillus Azotofixans)
- Endospore forming bacteria (extremely hardy organisms)
- Grow on many carbon and nitrogen substrates (versatile metabolisms)
- Produce large colonies in soil profile over time (prolific)
- Free living nitrogen fixing organisms (convert atmospheric N2 >> into plant available NH3)
- Produce plant growth regulatory compounds (PGR) which stimulate plant growth
- Produces numerous enzymes & organic acids (promotes nutrient cycling, nutrient solubilization & nutrient mineralization, including phosphorous)
- Produce polysaccharides which creates micro-aggregates in soil profile (enhances soil structure)
- Contains select strains capable of stimulating Induced Systemic Resistance (ISR)
Paenibacillus Polymyxa (formerly Bacillus Polymyxa)
- Endospore forming bacteria (extremely hardy organisms)
- Grow on many carbon and nitrogen substrates (versatile metabolisms)
- Produce large colonies in soil profile over time (prolific)
- Produce extra-cellular polysaccharides (important for soil structure)
- Free living nitrogen fixing organisms (convert atmospheric N2 >>> into plant available NH3)
- Produce plant growth regulatory compounds (PGR) which stimulate plant growth
- Produces numerous enzymes & organic acids (promotes nutrient cycling, nutrient solubilization & nutrient mineralization, including phosphorous)
- Produce polysaccharides which creates micro-aggregates in soil profile (enhances soil structure)
- Contains select strains capable of stimulating Induced Systemic Resistance (ISR)
- Provides increased resistance to abiotic stress (heat, cold, drought, foot traffic)
GENUS: STREPTOMYCES (ACTINOMYCETES)
Streptomyces Griseus
- Filamentous spore formers
- Prolific enzyme producer (promotes nutrient cycling)
- Produce plant growth promoting compounds (PGR) which stimulate plant growth
- Contains select strains capable of stimulating Induced Systemic Resistance (ISR)
- Provides increased resistance to abiotic stress (heat, cold, drought, foot traffic)
Streptomyces Lydicus
- Filamentous spore formers
- Prolific enzyme producer (promotes nutrient cycling)
- Produce plant growth promoting compounds (PGR) which stimulate plant growth
- Contains select strains capable of stimulating Induced Systemic Resistance (ISR)
- Provides increased resistance to abiotic stress (heat, cold, drought, foot traffic)
GENUS: TRICHODERMA (FUNGI)
Trichoderma Harzianum
- Filamentous rhizobial soil fungi
- Extremely efficient at producing the enzyme cellulase (contributes to nutrient cycling)
- Provides increased resistance to abiotic stress (heat, cold, drought, foot traffic)
- Solubilizes phosphorous in the soil
Trichoderma Reesei
- Filamentous rhizobial soil fungi
- Extremely efficient at producing the enzyme cellulase (contributes to nutrient cycling)
- Provides increased resistance to abiotic stress (heat, cold, drought, foot traffic)
- Solubilizes phosphorous in the soil
MICROBIAL SYNERGISTS
Dextrose: microbial food source, supplements plants increased sugar requirement during flowering phase
Sucrose: microbial food source, supplements plants increased sugar requirement during flowering phase
Maltodextrin: microbial food source, supplements plants increased sugar requirement during flowering phase
L – Amino Acids: utilized by beneficial organisms to drive metabolic function. Contains high levels of L-Cystene, L-Glycine, L-Glutamate to facilitate the production of Glutathione a potent abiotic stress reducer. Additionally it contains high levels of L – Tryptophan to facilitate production of Indole Acetic Acid (IAA), a natural phyto-hormone responsible for triggering flowering mechanism
Brewers Yeast Extract: rich in vitamins & minerals essential for microbial growth and proliferation during the critical early stage of inoculation
Potassium Humate: recalcitrant carbon source specifically designed to feed beneficial soil fungi.
Kelp (Seaweed Extract): rich in alginates, amino acids, minerals and vitamins, which promote microbial growth & proliferation.