– prebiotics,<\/p>\n\n
– probiotics,<\/p>\n\n
– postbiotics.<\/p>\n\n
The name “SP3” derives precisely from the combination of these three basic concepts.<\/p>\n\n
SP3 technology in agricultural practice<\/h2>\n\n
In practice, SP3 technology forms the basis of specialized crop management protocols. These protocols include the inoculation of beneficial microorganisms that support and reactivate beneficial interactions occurring in the rhizosphere. <\/p>\n\n
The result of the action is:<\/p>\n\n
– Improving nutrient uptake efficiency,<\/p>\n\n
– Increasing the biological activity of the soil,<\/p>\n\n
– Indirectly reducing plant disease pressure,<\/p>\n\n
– Improving the functioning of the root system.<\/p>\n\n
The integrated use of prebiotics, probiotics and postbiotics in SP3<\/strong> products supports the development of an agricultural production system characterized by a significant reduction in the use of mineral and synthetic fertilizers.<\/p>\n\n This approach contributes to soil fertility<\/strong> as a result of increased microbial biodiversity and improved organic matter content.<\/strong><\/p>\n\n SP3 represents a commitment to the development of modern, sustainable and regenerative agriculture.<\/p>\n\n This brand symbolizes:<\/p>\n\n – reliability,<\/p>\n\n – professionalism,<\/p>\n\n – microbiological expertise,<\/p>\n\n – High-quality technical solutions.<\/p>\n\n The products were developed based on in-depth knowledge of the beneficial interactions of microorganisms with the plant and soil environment.<\/p>\n\n All SP3 products show beneficial effects on plants also in substrate cultivation. Whether it be coir, peat or mineral substrates the probiotics, prebiotics and postbiotics contained in the formulations have a pronounced effect on plant development and growth. <\/p>\n\n The use of SP3 technology can support:<\/p>\n\n – faster development of the root system,<\/p>\n\n – More intense initial vigor,<\/p>\n\n – More efficient nutrient uptake,<\/p>\n\n – Better tolerance to water and environmental stress,<\/p>\n\n – Improving plant health,<\/p>\n\n – more even plant development<\/p>\n\n – increase yield stability<\/p>\n\n Implementation of SP3 technology can contribute to:<\/p>\n\n – Improving fertilizer efficiency,<\/p>\n\n – reducing nutrient losses,<\/p>\n\n – Increase the biological activity of the soil,<\/p>\n\n – Improving soil structure and fertility,<\/p>\n\n – Limitations of dependence on synthetic fertilizers,<\/p>\n\n – Improving production stability under stressful conditions,<\/p>\n\n – To increase the economic efficiency of the farm.<\/p>\n\n PREBIOTICS – PROBIOTICS – POSTBIOTICS<\/strong><\/p>\n\n A synbiotic<\/strong> includes not only probiotics (beneficial microorganisms for plants)<\/strong> and prebiotics (substances that promote the growth of these microorganisms)<\/strong>, but also postbiotics, which are metabolites<\/strong> produced by microorganisms that help improve plant health and soil quality.<\/p>\n\n In agriculture , the synbiotic<\/strong> approach , which integrates probiotics, prebiotics and postbiotics<\/strong>, is an advanced solution to support crop productivity and agroecosystem regeneration.<\/p>\n\n This innovative concept utilizes synergistic interactions between microorganisms, substrates and beneficial metabolites to maximize efficiency and build a sustainable and resilient agricultural production system.<\/p>\n\n PREBIOTICS<\/strong><\/p>\n\n A specific substrate (e.g., polysaccharides, organic compounds or fibers) that selectively nourishes beneficial microorganisms, increasing their activity and effectiveness.<\/p>\n\n PROBIOTICS<\/strong><\/p>\n\n Living microorganisms (e.g., beneficial bacteria such as Bacillus or Azospirillum, as well as mycorrhizal fungi) that have a beneficial effect on the plant and the soil environment.<\/p>\n\n POSTBIOTICS<\/strong><\/p>\n\n Beneficial metabolites produced by microorganisms during their biological activity (e.g. organic acids, enzymes, siderophores, phytohormones), which directly improve soil health and plant growth and development.<\/p>\n\n Postbiotics enhance the effectiveness of synbiotics by:<\/strong><\/p>\n\n – bioactive metabolites<\/strong> – such as organic acids, siderophores, natural antagonistic substances and phytohormones (e.g., auxins and gibberellins) that stimulate plant growth and promote soil health,<\/p>\n\n – improving soil properties<\/strong> – by strengthening soil structure, increasing water retention and reducing soil compaction,<\/p>\n\n – natural biocontrol<\/strong> – promote protection against soil-borne pathogens, nematodes and other stress factors,<\/p>\n\n – increase the efficiency of nutrient uptake<\/strong> – by mobilizing phosphorus, iron and other hard-to-reach elements.<\/p>\n\n – Complementary synbiotics – probiotics, prebiotics and postbiotics work independently, but their effects complement each other.<\/p>\n\n – Synergistic synbiotics – a prebiotic and a probiotic are selected to act synergistically, with the support of postbiotics, maximizing the joint biological effect.<\/p>\n\n The use of synbiotic technologies can support:<\/p>\n\n – Restoration of soil biological activity,<\/p>\n\n – Increasing the efficiency of fertilization,<\/p>\n\n – Improving the development of the root system,<\/p>\n\n – greater plant resistance to environmental stresses,<\/p>\n\n – Reducing pressure from soil-borne pathogens,<\/p>\n\n – Improving yield stability and quality,<\/p>\n\n – biosecession of carbon<\/p>\n\n – Development of regenerative and sustainable agriculture.<\/p>\n\n LG Italia products with beneficial microorganisms you can purchase here: Beneficial Microorganisms – Ceres.co.uk<\/a><\/p>\n\nRegenerative agriculture and sustainable production<\/h2>\n\n
SP3 technology in soilless crops.<\/h2>\n\n
Benefits of SP3 technology<\/h1>\n\n
Visible effects on plants<\/h2>\n\n
Benefits to the farm<\/h2>\n\n
SYNBIOTICS<\/h2>\n\n
THE ROLE OF POSTBIOTICS IN AGRICULTURE<\/h2>\n\n
TYPES OF SYNBIOTICS<\/h2>\n\n
Benefits for the plant and the farm<\/h2>\n\n
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