As we all know, the development of modern agriculture is inseparable from chemical fertilizers. The application of chemical fertilizers greatly improves soil fertility and brings good yields to crops. However, according to statistics, from 1996 to 2022, the use of chemical fertilizers in China increased by 412 percent, but total grain production increased by only 5 percent1%, it is obvious that the increasing fertilizer input has not significantly increased food production, but has brought a series of negative chain reactions such as soil compaction, acidification, salinization, groundwater pollution, crop diseases, and low planting efficiency. It has become an inevitable move to improve the utilization rate of fertilizer and achieve "first-class efficiency".
At present, the bio-synergistic technology represented by "biological agents" has become an important driving force for the prevention and control of crop diseases, soil improvement, fertilizer utilization rate, and the increase of agricultural production and quality. Microbial inoculant products have become market darlings and are accepted by more and more growers. However, in addition to the popularity, some growers have reported that the efficacy of such products is not outstanding in actual use, and the reason is that the "soul" of such products - biocontrol bacteria, has great differences in function and activity.
Although they all contain microbial bacteria, the "bacteria" and "bacteria" are different, and the effects of use are also very different. Only a professional microbial company with strong independent research and development strength can screen out "true" microbial strains with real biocontrol functions in a sea of hundreds of millions of microorganisms like a needle in a haystack.
Moon Biotech, as a pioneer of crop functional bacteria, has the world's leading microbiome discovery and industrialization technology platform, as well as the world's largest and most biodiverse microbial strain bank, with 250,000+ preserved strains. In the face of the current outstanding difficulties of China's agriculture and the urgent demand for truly effective "microbial + nutrient" combination products in the market, Moon Bio has successfully put two Moon patent star strains after painstaking research, in-depth excavation, and repeated verification of genes in vitro potted plants(Penicillium byrais, Bacillus velez) with inorganic, organic nutrition,BothDouble-bacteria disease prevention, phosphorus dissolution and soil adjustment, gentle root raising, and effective fertilizer preservationThe four-fold effect granular microbial agent product - Kelizao was born. ["True" fungal agent + "excellent" organic matter + "strong" formula], can be early - phosphorus dissolution and disease prevention root system is good, planting can be used early.
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Registration No.:Microbial Fertilizer (2023) Zhun Zi (12860).
Species name of active bacteria:Penicillium byrais, Bacillus velez.
Key Technical Indicators:Effective viable bacteria 100 million g
N+P+K 30% (15-5-10), Organic Matter 15%, Potassium fulvic acid 8%].
Product Form:Grain.
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Rationale
no.1
The control effect of the double bacteria is doubled, and the fungi and bacteria are "wiped out".
Bacillus velez
Super disease prevention spectrum, fungi and bacteria can be prevented.
Through careful screening of strains and a number of plate confrontation experiments, the R&D team of Moon Biotech found that:The patented strain Bacillus velez has antagonistic and bacteriolytic effects on a variety of pathogenic bacteria. The following is a partial display of the effect of the confrontation between Bacillus velezi and a variety of pathogenic bacteria.
Bacillus vs Pathogen Plate Confrontation |Source: Moon Biotech.
Bacillus vs Pathogen Plate Confrontation |Source: Moon Biotech.
After in-depth research, it was found that the super disease prevention ability of Bacillus velez stems from its ability to secrete abundant lytic enzymes to destroy the cell wall of pathogenic fungi on the one hand, and on the other hand, it produces two antimicrobial peptides - fengyuan and itaquadin. Abundant in can induce hyphal aberration and mitochondrial dysfunction of pathogenic microorganisms, thereby inhibiting the growth of pathogenic bacteria in soilIkuru disrupts the permeability of the cell membrane of pathogenic microorganisms, causing a large amount of K+ in their cells to be lost, which eventually leads to the death of pathogenic bacteria.
Bacillus velez
Occupy a "little overlord" with strong biofilm formation ability.
Another important reason for the super disease prevention effect of Bacillus velez is the strong biofilm formation ability. It can quickly colonize and seize the ecological niche to form biofilms, thus effectively insulating the infection of pathogenic bacteria. Moon Biotech R&D personnel conducted the following two experiments, and the experimental results strongly supported the above view.
In vitro culture control experiment |Source: Moon Biotech.
Through controlled trials in vitro culture, we found thatAfter only 24 hours, the Bacillus velezii-treated group was able to observe a very pronounced biofilm, while the other groups were not significant.
Crystal violet staining of microbial cells control experiment |Source: Moon Biotech.
In the control experiment of crystal violet staining microbial cells, the R&D personnel stained the microbial cells with crystal violet after the microbial culture generated a biofilm, and the more cells accumulated on the membrane, the deeper the film was formed. Experiments have found thatThe Bacillus velez experimental group was extremely deeply stained, which once again confirmed that it has a very good biofilm formation ability.
Penicillium bye
The "penicillin" in the agricultural world has outstanding antibacterial ability.
The patented strain carefully screened by the Moon R&D team also has excellent antibacterial effect. The results of the flat plate confrontation experiment in the figure below show:Chloritium can significantly inhibit the growth of various pathogens such as Phytophthora soybean.
Penicillium byrai vs pathogenic bacteria plate confrontation |Source: Moon Biotech.
Tracing back to the source, Penicillium bailaeon's outstanding antibacterial ability lies in the fact that it can secrete alkaloids or terpenoids, resulting in malformation of pathogenic mycelium development, thereby inhibiting the growth of pathogenic bacteriaIn addition, a variety of highly active enzymes produced by it can also effectively destroy the cell wall of pathogenic bacteria and inhibit the growth of pathogenic bacteria. All in all, Penicillium byrai is highly effective in antibacterial and disease prevention through the abundance of secondary metabolites.
Potting experiment on prevention of tomato wilt with different productsSource: Moon Biotech.
Potted experiment on the prevention of cucumber blight with different productsSource: Moon Biotech.
In addition to the outstanding antibacterial effect of the plate, the effect of potted disease prevention experiments is also significant. In the subsequent potted control experiments of tomato bacterial wilt and cucumber blight, the experimental group using Penicillium byraien strain had more robust plant growth and a significant reduction in the incidence of disease than the blank control group and the market competitor group. From this it is concluded thatPenicillium can effectively prevent the occurrence of bacterial diseases represented by bacterial wilt and fungal diseases represented by blight.
no.2
Biological soil adjustment, dissolve insoluble nutrients, and promote rooting
Penicillium bye
Professional phosphate and potassium dissolving, fertilizer and salt reduction.
Penicillium byrai was found to release organic acids and produce large amounts of soil phosphatase. Organic acids can activate poorly soluble nutrients such as nitrogen, phosphorus and potassium in the soil, promote root absorption and utilization, synthesize chlorophyll, and improve photosynthesisSoil phosphatase can decompose insoluble phosphorus nutrients in the soil into calcium phosphate, aluminum phosphate, iron phosphate and other phosphorus that plants can absorb.
Schematic diagram of the metabolite of Penicillium byrai dissolving phosphorus and potassium |Source: Moon Biotech.
Comparison of soil phosphatase activity produced by different strains |Source: Moon Biotech.
The R&D personnel of Moon Biotechnology compared the soil phosphatase activity produced by four strains, including Penicillium byreliac, Bacillus subtilis, mycorrhizal bacteria and yeast, and the results showed thatThe enzymatic activity of soil phosphatase produced by Penicillium byrai is much higher than that of other microorganisms, which verifies its efficacy of efficient phosphate dissolution and potassium lysis.
Penicillium bye
Dissolve calcium and magnesium to promote photosynthesis, improve quality and increase yield.
Penicillium byrais metabolites can dissolve calcium and magnesium elements in the soil, which are difficult to absorb and utilize, into fast-acting nutrients that can be directly absorbed and utilized by crops.
Fig. 1) Effect of different microorganisms on the content of exchangeable calcium and magnesium in soilSource: Moon Biotech.
Fig. 2) Comparison of chlorophyll content under different strain treatmentsSource: Moon Biotech.
Figure 1 shows that Penicillium byrai effectively increased the content of exchangeable calcium and exchangeable magnesium in the soilFig. 2 showed that the chlorophyll content in leaves increased significantly after the exchangeable calcium and magnesium in the soil were effectively absorbed and utilized by plants. An increase in chlorophyll content means that crops have more photosynthesis, which helps crops effectively accumulate nutrients needed for their own growth and development, and crops grow stronger.
Penicillium bye
Rhizosphere colonization continuously stimulates the root growth of crops.
After the colonization of crop roots, Penicillium byray can produce natural plant growth stimulants such as IAA and ACCD, which continue to stimulate the growth of the root system and gently raise the roots.
Penicillium byrai colonizes the root system (left);Penicillium byrais produces natural stimulants (medium);Comparison of corn and soybean roots (right) |Source: Moon Biotech.
The results of the above series of experiments show that Penicillium byrai can effectively colonize the root system of crops, continuously produce a variety of natural plant growth stimulating hormones, and bring long-lasting and stable growth promotion power to the root system.
no.3
Gentle root nourishment, triple nutrition is more comprehensive
Crop supplementation is not only to expand nutrient types and increase nutrient content, but also to pay attention to the synergy and bioavailability of nutrients, so as to systematically solve the dilemma of crop nutrition. Colizao is rich in more than 30% N-P-K (15-5-10), more than 15% of total water-soluble organic matter and more than 8% potassium fulvic acid. And especially add medium and trace elements, which can be said to meet the nutritional needs of crops in all aspects.
With 96 hours of uninterrupted time-lapse photography** we can observeInIn the highly nutrient medium, Bacillus velez and Penicillium bailais in the early part of the colizao can grow normally and exert their effects.
no.4
Added nutrients are slow-release ingredients for long-lasting supply without loss
In the past, the conventional planting habit of the majority of growers was to apply available nutrients, but the available nutrients are easily lost in the soil, such as nitrate nitrogen can not be adsorbed by soil colloids, and is easily lost with waterHowever, ammonium nitrogen is easily converted into ammonia gas and volatilized in the environment, leaving a short window time for roots to absorb nutrients, and the nutrient supply is not durable. By adding special nutrients and slow-release ingredients, the preservation activity of the available nutrients applied to the soil can be not lost, and the effective time of various available nutrients can be effectively prolonged. Fast-acting + long-lasting, to ensure the supply of nutrients to crops.
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Combination of two bacteria, rejuvenating and rejuvenating
The synergistic effect of Penicillium byrais and Bacillus velez can effectively inhibit the infection of soil-borne pathogens on the root system, promote the germination of new roots of crops, awaken the vitality of old roots, improve the absorption and utilization of nutrients such as nitrogen by different crops, promote the nutrient transformation and dry matter accumulation of crops themselves, improve the resistance of crops to stress, and repair and improve the soil environment.
Rich in nutrients, fertile soil and strong seedlings
Kelizao is rich in more than 30% NPK, more than 15% of total water-soluble organic matter and more than 8% potassium fulvic acid, ternary nutritional scientific proportion, coordination, especially rich in trace elements to meet the nutritional needs of crops in an all-round way, improve the efficiency of crop chlorophyll synthesis, improve fertilizer and strengthen seedlings, improve quality and increase yield.
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New product hits
Large-capacity granular microbial agent product - Kelizao
["True" fungal agent + "excellent" organic matter + "strong" formula].
Double bacteria disease prevention, phosphorus dissolution and soil adjustment.
Gentle root nourishment, long-lasting effect and fertilizer preservation.
Break the nutritional dilemma and restart the root power.
Keli early phosphorus dissolution disease prevention root system is good, planting first use Keli early
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