Liquid soybean inoculant combining Osmo-Protection and Bio-Inducer Technologies to enhance bacterial establishment and accelerate Biological Nitrogen Fixation (BNF). Its advanced formulation promotes rapid nodulation, improved plant vigor, and consistent performance under challenging environmental conditions, helping growers maximize yield potential.
Mode of action
Signum combines Osmo-Protection inoculation and Bio-Inducer technologies to stimulate early metabolic activity in both bacteria and plants. By generating molecular signals, it promotes a stronger symbiotic relationship between soybean roots and Bradyrhizobium bacteria, enhancing rhizosphere activity and accelerating nodulation. This results in more efficient Biological Nitrogen Fixation, improved plant nutrition, and greater tolerance to environmental stresses such as drought, waterlogging, temperature extremes, and acidic soils, ultimately supporting higher yield potential.
CROPS: Soybean
Benefits
Accelerates early communication between rhizobia and soybean roots.
Next-generation soybean inoculant combining two complementary microorganisms, Bradyrhizobium diazoefficiens and Pseudomonas pergaminensis. This innovative dual-action technology enhances Biological Nitrogen Fixation while improving phosphorus availability through nutrient solubilization mechanisms, increasing nutrient uptake efficiency throughout the crop cycle. The synergistic interaction between both microorganisms promotes stronger root development, improved plant vigor, and more efficient use of essential nutrients. By optimizing key biological processes in the rhizosphere, RizoMix supports higher productivity, better crop establishment, and greater yield potential.
Mode of action
RizoMix combines Bradyrhizobium diazoefficiens and Pseudomonas pergaminensis in a single formulation to simultaneously enhance Biological Nitrogen Fixation and phosphorus availability in the rhizosphere. Bradyrhizobium establishes a symbiotic association with soybean roots, promoting nodulation and nitrogen fixation, while Pseudomonas contributes to phosphorus mobilization, increasing nutrient availability around the developing root system.
The co-localization of both microorganisms on the seed, together with a high-concentration formulation, increases the likelihood of successful colonization during the earliest stages of crop establishment. This synergistic interaction supports stronger root development, improved nutrient use efficiency, and enhanced crop performance, particularly in environments where phosphorus availability may limit the full expression of Biological Nitrogen Fixation.
Crops: Soybean
Benefits
Promotes stronger root system development.
Enhances access to water and essential nutrients.
Improves nitrogen and phosphorus use efficiency.
Contributes to greater stability in yield performance.
Maximizes the benefits of both Biological Nitrogen Fixation and phosphorus mobilization.
Inoculants & Bio-Inducers
Long-life soybean inoculant for extended on-seed viability
Long-life liquid inoculant for soybean designed to maintain high bacterial viability on treated seeds for extended periods. Its advanced microbiological technology improves bacterial survival, increases nodulation and biological nitrogen fixation, and provides excellent compatibility with fungicide and insecticide seed treatments, making it an ideal solution for pre-treated seed programs.
Mode of action
Long Life Inoculant (LLI) technology combines selected Bradyrhizobium strains, the Premax protector, and a specialized formulation designed to extend bacterial survival on the seed surface during storage. This protective system helps to reduce the effects of desiccation, temperature fluctuations, and other environmental stresses, preserving bacterial viability and infectivity. It also improves bacterial retention on the seed, helping to maintain an effective rhizobia population from seed treatment through planting.
Crops: Soybean
Benefits
Allows seed treatment long before sowing combined with fungicides and insecticides.
Liquid inoculant based on selected Ensifer (Sinorhizobium) meliloti strains, specifically formulated for alfalfa and enhanced with Osmo-Protection Technology (TOP). The formulation promotes bacterial viability, survival, and activity on the seed, supporting rapid root colonization, effective nodulation, and efficient Biological Nitrogen Fixation (BNF). Its advanced technology helps maintain inoculant performance under challenging environmental conditions while providing greater flexibility between seed treatment and planting.
Crops: Alfalfa
Benefits
Promotes rapid nodulation and efficient Biological Nitrogen Fixation (BNF).
Enhances bacterial survival on treated seeds.
Supports strong seedling establishment and root development.
Improves adaptation to environmental stress conditions.
Provides greater flexibility between seed treatment and planting.
Liquid inoculant for common bean based on Rhizobium tropici and Rhizobium etli, specifically selected to promote rapid root colonization and efficient Biological Nitrogen Fixation (BNF). Incorporating Osmo-Protection Technology (TOP), the formulation enhances microbial metabolic activity, survival on the seed surface, and adaptability to environmental, chemical, and moisture-related stresses. Its extended on-seed viability allows planting flexibility for up to seven days after treatment, reducing the need for reapplication and simplifying farm operations.
Mode of action
Osmo-Protection Technology (TOP) enhances the metabolic activity and physiological performance of Rhizobium tropici and Rhizobium etli, improving their survival and adaptation to environmental, chemical, and moisture-related stresses. The technology promotes rapid root colonization and early nodulation, accelerating the onset of Biological Nitrogen Fixation. Extended on-seed survival provides increased planting flexibility and helps maintain inoculant effectiveness even when sowing is delayed, ensuring consistent crop establishment and performance.
Crops: Beans
Benefits
High bacterial survival on treated seeds.
Faster germination and crop emergence.
Improved root growth and development.
Greater soil exploration for efficient nutrient and water uptake.
Enhanced adaptation to environmental and chemical stress conditions.
More consistent nodulation and Biological Nitrogen Fixation (BNF).
Increased flexibility when planting is delayed after seed treatment.
Liquid inoculant based on Bradyrhizobium spp., featuring Osmo-protection Technology (TOP), developed to maximize bacterial viability, survival, and concentration both in the package and on the seed. Its high bacterial concentration and specially selected strains promote rapid nodulation and efficient Biological Nitrogen Fixation (BNF). The formulation enables pre-treatment of seeds without additional additives, simplifying planting logistics while ensuring consistent field performance.
Mode of action
Osmo-protection Technology (TOP) enhances bacterial resilience, improving survival and performance under adverse environmental conditions, including high temperatures, limited moisture availability, and exposure to seed treatment chemicals. By protecting bacterial cells from stress, TOP ensures higher viability and extended on-seed survival without the need for additional extenders, providing greater flexibility between seed treatment and planting while supporting effective nodulation and Biological Nitrogen Fixation (BNF).
Crops: Soybean
Benefits
Higher bacterial concentration and improved stability throughout shelf life.
Greater proportion of physiologically active bacteria compared to conventional formulations.
Liquid inoculant specifically developed for lupine cultivation and enhanced with Osmo-Protection Technology (TOP). Its advanced formulation improves bacterial survival and performance on the seed, promoting effective nodulation and Biological Nitrogen Fixation (BNF) throughout crop establishment. By protecting bacterial cells from environmental and seed-treatment stresses, RIZOLIQ TOP LUPINE supports consistent inoculation performance and helps maximize crop productivity.
Crops: Lupine
Benefits
Promotes effective nodulation and Biological Nitrogen Fixation (BNF).
Improves bacterial survival and viability on the seed.
Supports vigorous crop establishment and root development.
Enhances performance under challenging environmental conditions.
Increases flexibility for seed treatment operations.
Liquid inoculant for chickpea developed with specific Mesorhizobium cicerii strains and bio-induction technology. The formulation promotes rapid root infection and early nodulation, improving Biological Nitrogen Fixation and crop nutrition. It is designed to support crop performance under challenging environmental conditions such as drought, excess moisture, low temperatures, and acidic soils, helping maintain productivity and nitrogen supply throughout the growing cycle.
Mode of action
The bio-induction technology activates plant resistance mechanisms that support nodule formation and efficient Biological Nitrogen Fixation, even under abiotic stress. Specific Mesorhizobium cicerii strains rapidly colonize the emerging root system, accelerating nodulation and nitrogen fixation. In addition, the technology stimulates beneficial interactions with soil microorganisms, enhancing plant resilience to adverse environmental conditions and promoting sustained crop development.
Crops: Chickpea
Benefits
High bacterial survival on the seed surface.
Rapid germination and uniform crop emergence.
Increased root mass and root system development.
Improved water and nutrient absorption capacity.
Enhanced crop establishment under stressful growing conditions.
Greater flexibility between seed treatment and planting.
Inoculants & Bio-Inducers
Stress-tolerant soybean inoculant for reliable BNF.
Advanced soybean inoculant developed for production environments characterized by drought, high temperatures, and other stress conditions. Formulated with carefully selected Bradyrhizobium strains and a high-concentration protective matrix, it enhances bacterial survival, root infection, and nodulation under adverse conditions. Its Osmo-Protection Technology shields bacterial cells from dehydration and environmental stress, ensuring greater viability on the seed and consistent Biological Nitrogen Fixation (BNF). The formulation also supports early seed treatment with no additives required, offering operational flexibility while helping maintain crop performance and yield potential in challenging environments.
Mode of action
Rizoliq Dakar is based on specially selected Bradyrhizobium strains with enhanced tolerance to drought and high-temperature stress. These characteristics improve bacterial survival both on the seed surface and in the soil, helping to maintain viability under challenging environmental conditions.
By preserving an active bacterial population during the critical stages of crop establishment, Rizoliq Dakar promotes rapid root infection, effective nodulation, and consistent Biological Nitrogen Fixation (BNF). Its advanced protective formulation supports reliable performance in stress-prone environments, contributing to improved nitrogen supply and crop productivity.
Crops: Soybean
Benefits
Enhanced bacterial tolerance to drought and high-temperature stress.
Maintains inoculant performance in stress-prone environments.
Promotes soybean development in regions with limited water availability.
Supports consistent nodulation and Biological Nitrogen Fixation under adverse conditions.
Inoculants & Bio-Inducers
Bio-induced inoculant for pea and lentil BNF under stress.
Liquid inoculant for peas and lentils developed with bio-induction technology and specific Rhizobium leguminosarum biovar viciae strains. The formulation promotes rapid root infection and early nodulation, supporting efficient Biological Nitrogen Fixation and crop nutrition. It helps crops perform under challenging conditions such as temporary drought, excess moisture, low temperatures, and acidic soils, contributing to more consistent establishment and productivity.
Mode of action
Bio-induction technology activates plant defense and stress-response mechanisms that support nodule formation and optimize Biological Nitrogen Fixation under adverse environmental conditions. Specific Rhizobium leguminosarum biovar viciae strains rapidly colonize emerging roots, accelerating nodulation and nitrogen fixation. The technology also enhances interactions with beneficial soil microorganisms, improving crop resilience and maintaining effective nitrogen supply during stressful growing conditions.
Crops: Pea and Lentil
Benefits
High bacterial survival on the seed surface.
Faster crop establishment through rapid germination and emergence.
Enhanced root system development.
Improved soil exploration for water and nutrient uptake.
Increased crop performance under challenging environmental conditions.
Greater planting flexibility due to extended on-seed bacterial survival.
