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How Often Should Garlicin Be Fed to Chickens to Be Appropriate
The scientific name of allicin is diallyl trisulfide. It is an organosulfur compound extracted from the bulb (garlic head) of the garlic plant in the Amaryllidaceae family, genus Allium. In agriculture it is used as an insecticide and bactericide, and is mostly used to feed pigs, chickens, and so on. So how often should garlicin be fed to chickens? I.
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Application of Allicin as a Feed Additive
Allicin is the collective term for the main bioactive components in garlic. In China, allicin has a long history of use as a medicine. It is a broad-spectrum antibacterial agent with multiple biological functions such as anti-inflammatory, blood pressure-lowering, blood lipid-lowering, platelet aggregation-inhibiting, anti-cancer and anti-viral effects. Its use as a feed additive in livestock and aquaculture was developed through research and exploitation based on the development of rural farming, and it has promotional value. The author now introduces the application techniques as follows for readers' reference. (I) Functional effects of allicin. 1. Bactericidal action
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What are the benefits of adding allicin to feed?
Allicin is a relatively commonly used feed additive in recent years. Because it is safe, inexpensive, green, non-toxic and leaves no residue, it is deeply favored by the vast number of breeding owners. Adding an appropriate amount of allicin to the diet has an immeasurable effect on the growth of piglets. Allicin contains natural garlic oil and has a strong garlic odor. Allicin oil is mainly composed of diallyl disulfide and diallyl trisulfide, with a total content of greater than or equal to 80%, and has strong antibacterial power. It has a significant effect on diarrhea and loose stools caused by Shigella dysenteriae, Salmonella typhi, etc., and on pneumonia and bronchitis caused by Pasteurella.
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Detailed Explanation of the Production Method and Key Technical Points for Odorless Allicin
Garlic is a rather unique vegetable and seasoning, and in particular the allicin it contains can break down the proteins in fish, meat and eggs, making those proteins that are difficult for the human body to absorb become easy for the human body to absorb and utilize, helping digestion and promoting nutrient absorption. However, the odor of allicin is unpleasant. A method for producing odorless allicin stock solution is described below: I. Room-temperature method 1. Process flow: fresh garlic → sorting → crushing → drying → grinding into powder → soaking for deodorization → separation → finished product. 2. Operating method: (1) Material selection. Select mature
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Reasonable Application Methods of Allicin Feed Additives
Allicin has the effect of improving the growth environment of livestock and poultry. The volatile sulfur-containing compounds in allicin can not only give off a special garlic odor to drive away mosquitoes, flies and insects from biting and sucking feed or manure, but also, under the action of enzymes in the bodies of livestock and poultry, be converted into allicin and excreted from the body to prevent mosquitoes and flies from breeding and growing in manure and urine, thereby improving the surrounding environment. Allicin has an anti-disease effect on livestock and poultry. Allicin can effectively kill various pathogenic bacteria such as Shigella dysenteriae, Pasteurella, Salmonella enteritidis, and Pseudomonas aeruginosa, and has the functions of enhancing resistance to viral diseases, and replacing
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Rational Application Methods and Key Points for Using Allicin
Although allicin has very good effects, it must still be used rationally, and the dosage must not be blindly increased, so as to avoid waste or even adverse effects. Huang Xingguo et al. conducted a preliminary study on the application effect of allicin in rice field eel farming, and the results found that due to different doses of allicin added at different feeding stages, the survival rate and disease prevention and control effects differed: in the feeding stage without added allicin, after 1 month of feeding, the survival rate was 89%, and the main causes of death were red-skin disease and enteritis; when 200mg/kg and 40
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Detailed Explanation of Processing Methods and Technical Points for Allicin
Allicin is a volatile oily substance extracted from the spherical bulbs of garlic, a mixture of diallyl trisulfide, diallyl disulfide, and methyl allyl disulfide, among others. The trisulfide has a strong inhibitory and killing effect on pathogenic microorganisms, and the disulfide also has certain antibacterial and bactericidal effects. 1. Material preparation. Select mature, dry garlic heads free from insect damage and mildew, remove the stems, separate the cloves, peel off the inner skin, rinse with clean water, and remove impurities and substandard garlic cloves. 2. Crushing and drying. Use a grinder to crush the garlic
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Know Your Orchid Medications (Part 3): Getting to Know Allicin
Understanding Orchid Medications (Part 3: Allicin)
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