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Greening auxiliary materials VA mycorrhizal fungi included 'Customer Soil Pack VA-200'

The symbiotic effect of VA mycorrhizal fungi improves root growth in plants and leads to a decrease in mortality rates. Recommended for planting or transplanting ground cover plants!

The VA mycorrhizal fungi included in the "Kyakudo Pack VA-200" coexist with plant roots, extending hyphae to collect moisture and nutrients from a wide range of soil that the plant roots cannot reach, thereby supplying them to the plants. As the plants grow healthily, their disease resistance improves, and the establishment of roots after planting becomes better. This also allows for a reduction in the amount of chemical fertilizers needed, as plants become more efficient at nutrient absorption. 【Features】 ■ Improved drought resistance The mycorrhizal fungi extend hyphae to collect moisture from a wide area, enhancing drought resistance. ■ Improved disease resistance By promoting the absorption of mineral ions necessary for plant growth, plants grow healthily, leading to improved disease resistance. ■ Cost reduction As it is a partial soil amendment only for the planting hole, it can be more cost-effective than full soil improvement. ■ Decreased mortality rate The symbiotic effect of VA mycorrhizal fungi improves root establishment and promotes survival rates, leading to a decrease in mortality rates.

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  • Soil improvement material

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Towards sustainable food production! "Quality stabilization" of microbial materials.

Efficiently microbial resource development of our company's unique mycorrhizal fungi! Storage methods for arbuscular mycorrhizal fungi.

The representative arbuscular mycorrhizal fungi coexist with the roots of various crops, absorbing nutrients (especially phosphorus) from the soil and supplying them to the crops. Therefore, they are utilized as environmentally friendly microbial materials to reduce phosphorus fertilizer. The current materials are obtained through "co-cultivation," but there are challenges remaining in mass production and quality stabilization, leading to considerations for materialization through "pure culture." Our group has discovered an efficient pure culture method by adding fatty acids such as myristic acid to the medium during the culture of parent spores. However, since the microbial materials obtained from pure cultures are stored in refrigeration until they are used in the field, we are examining production conditions for next-generation spores that can maintain sufficient germination rates even after refrigeration. By adding not only myristic acid but also palmitic acid to the medium, we can approach the germination rates achieved through co-cultivation, contributing to the "quality stabilization" following the mass production of microbial materials. [Summary] - Established an efficient pure culture method for mycorrhizal fungi by adding fatty acids to the medium. - Further innovations in the fatty acids added to the medium for the materialization of spores suitable for refrigeration storage. - Technical guidance is possible for the materialization of unique strains held by various companies, rather than a monopoly on technology by a single company.

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