How to prevent and treat eggplant fusarium wilt, microbial specific drug, compound Trichoderma biopesticides

有效活菌数：

200亿/克

有效期：

12个月

状态：

粉剂

Trichoderma composite
Sales telephone number:
3(
Pan Sheng
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Zhong Sheng
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Pang Sheng
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[Bacteria composition]
Trichoderma compound [Bacteria status]
Original bacteria powder
[Bacteria solubility]
Semi-soluble [Bacteria] Content]
Effective number of viable bacteria
[Scope of application]
Effective against soil-borne diseases such as root rot, blight, damping-off, and fusarium wilt of crop plants, flowers, and fruit trees. Botrytis cinerea, Pythium, Rhizoctonia, Colletotrichum, Fusarium, Sclerotinia.
[Product Overview]
Micro-Trichoderma Compound
is a new type of biological pesticide. By producing antibiotics, nutrient competition, microparasitism, cell wall decomposing enzymes, and inducing plant resistance, it has antagonistic effects on a variety of plant pathogenic bacteria. Trichoderma compound has dual protective and therapeutic effects and can effectively prevent and control soil-borne fungal diseases. , using Trichoderma agent in the seedbed can improve the survival rate of seedlings and transplants, and maintain the healthy growth of the seedlings. It can also be used to prevent and control gray mold. It has a long effective period, multiple action sites, does not produce resistance to antibiotics, breaks through the limitations of conventional fungicides, and is not afraid of high humidity. The greater the humidity, the better the control effect. It has a broad bactericidal spectrum, no residual toxicity, and no adverse effects on crops.
[Mechanism of action]
Antagonism:
Trichoderma inhibits the growth, reproduction and infection of pathogenic bacteria by producing small molecule antibiotics and large molecule antibacterial proteins or cell wall degrading enzymes. . In its antibiotic and bacterial parasitism, Trichoderma can produce chitinase, b,
glucanase, cellulase and protease to decompose the cell wall of plant pathogenic fungi or secrete extracellular enzymes such as glucosidase to degrade it. Antibiotic toxins produced by pathogenic bacteria. At the same time, Trichoderma also secretes antibacterial proteins or lytic enzymes to inhibit the infection of plant pathogenic fungi.
Competitive effect:
Trichoderma can seize water and nutrients, occupy space, consume oxygen, etc. through rapid growth and reproduction, and even weaken and eliminate gray mold pathogens in the same habitat.
Reparasitism:
Research has found that Trichoderma will form Pythium in a specific environment and has a reparasitism effect on Botrytis cinerea. It forms a large number of branches and sexual structures after entering the host hyphae. Therefore, it can inhibit the appearance of grape gray mold symptoms.
Induced resistance:
Trichoderma can induce host plants to produce defense responses, which not only directly inhibits the growth and reproduction of Botrytis cinerea, but also induces crops to produce self-defense systems to acquire disease resistance.
Growth-promoting effect:
Research has shown that during use, Trichoderma can not only control the occurrence of gray mold, but also increase the germination rate of seeds, the length of roots and seedlings, and the vitality of plants. .
- / Composite Trichoderma packaging renderings
[Product efficacy]

Prevention and treatment of soil-borne diseases:
Trichoderma strains screened for soil-borne diseases, to Natural substrate fermentation production. It destroys and decomposes pathogenic bacteria in a super-parasitic and anti-biotic manner, while promoting plant root growth. It is suitable to be mixed with organic fertilizer and used after multiplication. It can also be used from the seedling stage, and the effect is more significant.

Wide range of use:
Trichoderma has antagonistic effects on a variety of plant pathogenic fungi and has a wide range of control. It has strong saprophytic properties and can be used as a multi-purpose medicine to reduce the cost of prevention and control. It can produce various antibiotics and lytic enzymes while being parasitic, reducing the resistance of pathogens and enhancing the antibacterial strength. The chitinase gene of Trichoderma can be used in bacteria, fungi and plants. Expression can prevent and cure plant fungal diseases and promote crop growth.
[Packaging capacity]/bag/bag
[Shelf life] Months
[Production company] Guangzhou Weiyuan Biotechnology Co., Ltd.
[Company address] Huangpu District, Guangzhou Kehui Jingu Building, No. 2, Science Avenue, Science City
[Technical Consultation] Tel: