Which Diseases and Crops Can Ethyl Allicin Prevent and Control
A small tip for life, introducing the experience of preventing and controlling diseases and plants with ethyl allicin in green plant maintenance, the specific content is as follows:
Which Diseases and Crops Can Ethyl Allicin Prevent and Control
ETHYL ALICIN is widely used in crops such as rice, wheat, cucumbers, peppers, soybeans, oilseed rape, sweet potatoes, cotton, and apple trees. It can be used to prevent and control more than 100 diseases, including wilt disease, yellow wilt disease, bakanae disease, rice blast disease, corn leaf spot disease, downy mildew, black spot disease, etc. Additionally, low concentrations of ethyl allicin can also promote crop germination, increase germination rates, and boost yields.
What is Ethyl Allicin
ETHYL ALICIN is an ethyl homolog of allicin and is a broad-spectrum fungicide. Its mechanism of action involves the reaction between its disulfide oxygen groups and the sulfhydryl groups in the molecular structure of the pathogen. This inhibits the metabolic function of the pathogen, thereby suppressing and controlling the disease.
Which Diseases Can Agricultural Ethyl Allicin Prevent and Control
ETHYL ALICIN is widely used in crops such as rice, wheat, cucumbers, peppers, soybeans, oilseed rape, sweet potatoes, cotton, and apple trees. It has a relatively wide range of applications in terms of preventing and controlling plant diseases.
It can be used to prevent and control more than 100 diseases, including wilt disease, yellow wilt disease, bakanae disease, rice blast disease, corn leaf spot disease, downy mildew, black spot disease, etc.
ETHYL ALICIN has a strong inhibitory effect on various fungi and bacteria, especially on soil-borne diseases transmitted through soil and seeds. Additionally, it also has good control effects on diseases such as green mildew and sooty mold on fruit trees.
Tomato bacterial wilt (image)
We can treat the roots of crops with ETHYL ALICIN through root irrigation and root dipping methods, effectively preventing and controlling diseases such as yellow wilt disease, bacterial wilt, and root rot. For example, using hymexazol ethyl allicin and indole-3-butyric acid can be compounded to effectively treat garlic root rot after spraying.
Meanwhile, low concentrations of ETHYL ALICIN can also stimulate crop growth, promoting germination, increasing germination rates, and boosting yields.
Moreover, ETHYL ALICIN is effective against ginger wilt, as ginger wilt is a bacterial disease. If ginger is affected, thiocopper, ETHYL ALICIN, zhongshengmycin, kasugamycin, and mancozeb can be used for control.
Characteristics of ETHYL ALICIN in Disease Control
Wide Spectrum of杀菌 and Various Application MethodsETHYL ALICIN can prevent and control more than 100 diseases caused by fungi and bacteria, particularly effective against wilt disease and yellow wilt disease.
In addition, low concentrations of ETHYL ALICIN can activate plant cells, enhancing the immunity and other physiological functions of crops or seeds.
Besides being used for foliar spraying, it can also be used for seed treatment to promote seed germination and improve germination rates. It can also be used for root irrigation of crops, fruit tree application, preventing mold in tuberous crops, and as an algaecide.
Fast Acting and No ResidueETHYL ALICIN has super permeability and strong affinity with crops, making it easy to absorb. It can quickly enter the plant body, reach the affected area, inhibit the reproduction of pathogenic bacteria, and kill them.
At the same time, ETHYL ALICIN serves both therapeutic and protective purposes, showing effects within the day. After use, the residue period on crops is very short.
The half-life of ETHYL ALICIN in crops such as strawberries, cucumbers, and rice is only about 2 days, making it relatively safe for crops and agricultural products.
However, one drawback of ETHYL ALICIN is its short duration of action. When used for disease prevention and control in crops, it is best used in combination with other fungicides.
No Resistance and Good CompatibilityETHYL ALICIN is a plant bionic fungicide that is unlikely to develop resistance due to its unique mechanism of action. It also does not have cross-resistance with most other fungicides.
Therefore, it is often used in combination with other fungicides, especially with triazoles, prochloraz, hymexazol, metalaxyl, propiconazole, and difenoconazole. This not only expands the fungicide spectrum but also enhances mutual efficacy and extends the duration of action.
The above sharing of the diseases and crops that ETHYL ALICIN can prevent and control, hoping it is helpful to you!