What serious consequences can antibiotics avoid with potassium diformate? The manufacturer tells you
In livestock and poultry farming, if antibiotics are used in excess, the residues of harmful substances in food of animal origin will exceed standards. Animal-sourced food safety is threatened by biological and chemical contamination. It is inevitable to implement a comprehensive "prohibition". Potassium diformate, which is used instead of antibiotics, can be used to prevent and treat animal diseases, thereby improving the promotion of livestock and poultry growth, strengthening the resistance of livestock and poultry, and increasing the feed conversion rate.
The use of potassium diformate in feed can avoid the serious consequences of many overuse of antibiotics.
First of all, the problem of drug resistance is encountered. Long-term low-dose antibiotics for feeding will increase the drug resistance of bacteria and may accelerate the production of 'super bacteria'.
However, potassium diformate is the first feed additive approved by the European Union to replace antibiotic growth promoters. It is the simplest derivative of an organic acid. Green, safe and residue-free feed additives.
Secondly, overuse of antibiotics may be absorbed into the body by animals and remain in meat, eggs and milk, which will be ingested by humans and directly harm human health.
Potassium diformate, whose main components are formic acid and potassium formate, exist naturally in nature or in the intestine of pigs, and eventually (oxidized and metabolized in the liver) is decomposed into carbon dioxide and water, which can be completely biodegraded and has high safety.
Feed medicines are released into the environment in the form of protozoa or excreta, which can pollute water and soil and cause ecological problems.
The residue of potassium diformate in animal excreta is only formate, which reduces the amount of nitrogen and phosphorus excreted by pathogenic bacteria and animal bodies, and effectively purifies the animal growth environment without causing environmental pollution.
Potassium diformate has better performance than ordinary composite acidifiers. By reducing the pH of the gastrointestinal tract, regulating the structure of the microbial flora of the digestive tract, reducing the number of pathogenic bacteria such as E. coli and Salmonella, inhibiting the proliferation of harmful bacteria, and facilitating the proliferation of beneficial bacteria, thereby increasing the digestion of energy and nutrients by the animal body Absorption rate, increase feed intake, improve feed efficiency, reduce host intestinal maintenance consumption, increase daily weight gain, reduce microbial metabolites and toxins, and reduce morbidity.
The use of potassium diformate in feed can avoid the serious consequences of many overuse of antibiotics.
First of all, the problem of drug resistance is encountered. Long-term low-dose antibiotics for feeding will increase the drug resistance of bacteria and may accelerate the production of 'super bacteria'.
However, potassium diformate is the first feed additive approved by the European Union to replace antibiotic growth promoters. It is the simplest derivative of an organic acid. Green, safe and residue-free feed additives.
Secondly, overuse of antibiotics may be absorbed into the body by animals and remain in meat, eggs and milk, which will be ingested by humans and directly harm human health.
Potassium diformate, whose main components are formic acid and potassium formate, exist naturally in nature or in the intestine of pigs, and eventually (oxidized and metabolized in the liver) is decomposed into carbon dioxide and water, which can be completely biodegraded and has high safety.
Feed medicines are released into the environment in the form of protozoa or excreta, which can pollute water and soil and cause ecological problems.
The residue of potassium diformate in animal excreta is only formate, which reduces the amount of nitrogen and phosphorus excreted by pathogenic bacteria and animal bodies, and effectively purifies the animal growth environment without causing environmental pollution.
Potassium diformate has better performance than ordinary composite acidifiers. By reducing the pH of the gastrointestinal tract, regulating the structure of the microbial flora of the digestive tract, reducing the number of pathogenic bacteria such as E. coli and Salmonella, inhibiting the proliferation of harmful bacteria, and facilitating the proliferation of beneficial bacteria, thereby increasing the digestion of energy and nutrients by the animal body Absorption rate, increase feed intake, improve feed efficiency, reduce host intestinal maintenance consumption, increase daily weight gain, reduce microbial metabolites and toxins, and reduce morbidity.
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