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Products (4)

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  1. Komens product imageImpello BiosciencesKomens2 endorsementsKomens contains a highly select duo (Azospirillum brasilense and Pantoea dispersa) of microorganisms that allow for better crop nutrition by fixing nitrogen (N) and improving nutrient availability in high-value specialty and row crops. The microbes in Komens can mitigate, buffer, or reduce the need for growers to apply synthetic nitrogen while still providing the plant with appropriate levels of this critical nutrient. Enzymes and their functions - Nitrogenase: Catalyzes the conversion of atmospheric nitrogen (N2) into ammonia (NH3) through a complex series of reactions, which in soil, can receive H+ to produce ammonium (NH4+), the form of nitrogen that plants can absorb. - Indole-3-Acetic Acid: IAA production stimulates root development and overall plant growth. Pantoea dispersa can produce enzymes such as tryptophan decarboxylase and indole-3-pyruvic acid decarboxylase, which are involved in the synthesis of IAA. - Phosphatase: Help solubilize inorganic phosphates in the soil. This makes phosphorus more available to plants, promoting root growth and development. - Siderophores: Siderophores are compounds that chelate iron and make it available to plants in iron-deficient soils. Komens™ can produce enzymes involved in siderophore synthesis to improve iron uptake by plants. - Cellulase & Pectinase: These enzymes can break down complex plant cell wall components like cellulose and pectin. By producing these enzymes, Komens™ can aid in the decomposition of organic matter in the soil, releasing nutrients for plant uptake. - Protease: Breaks down proteins into amino acids. Komens™ may produce protease enzymes that help release nitrogen from organic matter, making it available to plants. - Lipase: By producing lipase enzymes Komens™ can assist in the breakdown of organic matter, releasing energy and nutrients for plant growth. Whats inside? A. brasilense - Phytohormone production to improve root architecture and surface area for young or established plants - Improves seed germination, stand establishment, and transplant success - Enzymes that solubilize phosphorus and potassium and chelate iron and zinc. P. dispersa - Improves nutrient availability for plant uptake - Improves structure of soil or substrate through secretion of polysaccharides - Can also solubilize phosphorus in the soil Together - Fixes atmospheric nitrogen into plant available form - Reduce dependency on synthetic N fertilizers by actively synthesizing nitrogen in the root zone - Maintains atmospheric N fixation even when synthetic N is available in the system - Increases biomass and yield - Increases plant tolerance to abiotic stress If you’re a distributor or commercial grower interested in learning more about our products, purchasing, or setting up an account, inquire here.Crop & Soil HealthBiofertilizersNitrogen-Fixing Bacteria
  2. Continuum product imageImpello BiosciencesContinuum1 endorsementContinuμm™ is the evolution of high-performance microbial inoculants. Continuμm™ enhances nutrient and water uptake, improving plant nutrition and protection against abiotic stress for enhanced plant growth and yields. Continuμm™ contains a unique consortium of Bacillus and Paenibacillus bacteria in both their resilient endospore-form and as actively growing cells, providing fast-acting results and long-lasting performance. To maximize the full plant growth promoting rhizobacterial (PGPR) power of this consortium, Continuμm™ retains all of the potent bioactive metabolites produced by the bacteria during their advanced co-fermentation process. Continuμm™ is ideal for high-intensity, large-scale growers and is compatible in all irrigation systems, environments, fertilization programs, medias, and crop types. Contains: Bacillus subtilis, Bacillus amyloliquefaciens, Bacillus pumilus, and Paenibacillus chitinolyticus and bioactive fermentation broth. Continuμm benefits and features - Co-cultured fermentation process makes Continuμm™ one of the most bioactive microbial products commercially available. - Active and sporulated cells enable fast and long-lasting results - Solubilizes phosphorus and potassium for greater plant availability - Siderophore production chelates iron and aids in micronutrient uptake - Active under a wide pH range (5.5 - 9.0) to increase nutrient availability and uptake in soil and hydroponic systems - Compatible with synthetic nutrients and common horticultural sterilizing agents - Biofilm formation on roots protects plants from biotic and physical stress and aids growth - Extracellular enzyme production provides both fast-acting and long-lasting enzymes for nutrient breakdown - Non-phytotoxic If you’re a distributor or commercial grower interested in learning more about our products, purchasing, or setting up an account, inquire here.Crop & Soil HealthBiostimulantsMicrobial Biostimulants
  3. Dune product imageImpello BiosciencesDuneNo endorsements yetDune. Mono. Ortho. Stabilized. Regardless of the name, the bioavailable silicic acid in Dune™ promotes plant growth and tolerance to abiotic stress in ways traditional silica products and fertilizers cannot, resulting in improved crop performance and higher yields. Dune's unique silicic acid (Si(OH)4) formulation is instantly plant-available and easy to apply both as a foliar spray or as part of a typical fertigation strategy. Dune's proprietary formulation provides superior stability compared to other monosilicic acid products, meaning greater performance in the plant and fewer headaches for the grower. Dune is the only choice for modern horticulturalists who demand ultra-high performance. Contains: Soluble Silicon (Si) from orthosilicic acid. Dune features and benefits - Fast-acting results with long-lasting performance - Strengthen plant cell walls & improve nutrient transportation throughout the plant - Promote upright plant stature and vigor - Increases resistance to abiotic stress - Compatible with most nutrient and IPM programs, “free ride compatible”* - Effective as foliar spray or root drench - Stabilized at a high pH to reduce polymerization. See application notes for recommendations to achieve optimal performance. Mixing Instructions: - Fill the tank with 70% of the desired water volume. - Add Dune while stirring, followed by the remaining 30% of water. - Optional: All additional inputs should be added after Dune™. - The final pH should be checked and adjusted after all inputs have been added. Dune is stabilized at a high pH to reduce polymerization; therefore, buffer the mixture to the optimal pH for nutrient solution and specific crop feeding (tank mix pH should be between 5.5 and 7.0). If you’re a distributor or commercial grower interested in learning more about our products, purchasing, or setting up an account, inquire here.Crop & Soil HealthBiostimulants
  4. Lumina product imageImpello BiosciencesLuminaNo endorsements yetLumina is a unique plant fertilizer produced via microbial fermentation that contains a bioavailable source of plant nutrients, amino acids, and polypeptides that can promote plant vigor and nutrition in all conditions. The amino acids in Lumina may improve nutrient availability, especially when added to tank mixes containing additional nutrients. Lumina will improve crop tolerance to abiotic stress and improve overall crop nutrition while enhancing the function of beneficial microbes. Lumina features and benefits - Bioavailable nutrients elicit and increase photosynthesis / stimulate plant growth - Source of bioavailable nitrogen compliments inorganic nitrogen - Boosts plant metabolism - Enhances crop quality and yield under both favorable and stressful growth conditions - Increases plant tolerance to abiotic stress Lumina pH Lumina has a naturally low pH of 4.3 ± 0.8, so it may lower the pH of nutrient solutions when mixed. However, it is generally not necessary to adjust the nutrient solution pH after adding Lumina even if the pH value is lower than expected. Because Lumina contains relatively low levels of mineral nutrients but significant amounts of organic compounds like amino acids, polypeptides, and carbohydrates, the resulting nutrient solution pH is therefore easily manipulated once introduced to the soil system and plant's rhizosphere. If you notice a pH drop after adding Lumina to your nutrient solution, don't worry--it's natural. If you want to closely monitor how the plant and rhizosphere are changing your nutrient solution pH, take irrigation run-off pH readings after watering. Keep an eye on plant response following nutrient applications, but don't worry too much about perfecting the pH before watering. If you’re a distributor or commercial grower interested in learning more about our products, purchasing, or setting up an account, inquire here.Crop & Soil HealthBiostimulantsAmino Acids / Peptides