Imminent use of potassium diformate to control abuse of antibiotics
The harm of abusing antibiotics in the aquaculture industry, in addition to enhancing the drug resistance of bacteria, the residues in animal bodies pollute the ecology through excreta, and are not easily degraded. And the antibiotic residues that human consumption of livestock and poultry products enter into the body will also accumulate over time, damaging human health is more worthy of attention. Obviously, in order for potassium diformate, which is used instead of antibiotics, to play a better role in preventing disease, it is necessary to understand and test the use in the aquaculture industry in detail.
In the past, why did farmers not use some antibiotic alternatives that can prevent disease and have no corresponding side effects? The reason is simple: First, the market penetration rate of such products is not high and the promotion is slow. Not to mention completely unknown, at least it is awareness Too low; the second is based on long-term use of antibiotics, which has become a natural habit, plus good results, and economical, it has been used to this day. Now that the aquaculture industry needs green development, the use of potassium diformate to control the abuse of antibiotics is also imminent.
Potassium diformate is a new type of anti-feeding feed additive, and it is also approved by the European Union as a substitute for antibiotics, which can play a good role in preventing and fighting diseases. Its main components, formic acid and potassium formate, are naturally present in nature and in the intestines of pigs, and eventually metabolized into CO2 and water, which are completely biodegradable.
Potassium diformate is not only strongly acidic, but also slowly released in the digestive tract, and has a high buffering capacity, which can avoid excessive fluctuations in the acidity of the gastrointestinal tract of animals. Studies have shown that 85% potassium diformate passes through the pig's stomach in the intact form and enters the duodenum. The recovery rate of formate in the duodenum was 83%, the anterior jejunum was 38%, and the middle jejunum was 17%. It can be seen that potassium diformate mainly plays a role in the anterior segment of the small intestine. The potassium ion released can also improve the utilization of lysine. The unique antimicrobial function is based on the combined action of formic acid and formate.
Potassium diformate has significant effects in pig, aquatic animal and poultry production. It can be made into premixes and premixes first, and used after mixing with other components of compound feed evenly, or after mixing with each component of compound feed directly.
It is believed that through the improvement of relevant regulations and the follow-up of supervision, it will help achieve the standardization and normalization of the supervision of antibiotics used in the livestock industry. Coupled with the superiority of harmless alternatives such as potassium diformate, the abuse of antibiotics in the aquaculture industry is expected to be curbed.
In the past, why did farmers not use some antibiotic alternatives that can prevent disease and have no corresponding side effects? The reason is simple: First, the market penetration rate of such products is not high and the promotion is slow. Not to mention completely unknown, at least it is awareness Too low; the second is based on long-term use of antibiotics, which has become a natural habit, plus good results, and economical, it has been used to this day. Now that the aquaculture industry needs green development, the use of potassium diformate to control the abuse of antibiotics is also imminent.
Potassium diformate is a new type of anti-feeding feed additive, and it is also approved by the European Union as a substitute for antibiotics, which can play a good role in preventing and fighting diseases. Its main components, formic acid and potassium formate, are naturally present in nature and in the intestines of pigs, and eventually metabolized into CO2 and water, which are completely biodegradable.
Potassium diformate is not only strongly acidic, but also slowly released in the digestive tract, and has a high buffering capacity, which can avoid excessive fluctuations in the acidity of the gastrointestinal tract of animals. Studies have shown that 85% potassium diformate passes through the pig's stomach in the intact form and enters the duodenum. The recovery rate of formate in the duodenum was 83%, the anterior jejunum was 38%, and the middle jejunum was 17%. It can be seen that potassium diformate mainly plays a role in the anterior segment of the small intestine. The potassium ion released can also improve the utilization of lysine. The unique antimicrobial function is based on the combined action of formic acid and formate.
Potassium diformate has significant effects in pig, aquatic animal and poultry production. It can be made into premixes and premixes first, and used after mixing with other components of compound feed evenly, or after mixing with each component of compound feed directly.
It is believed that through the improvement of relevant regulations and the follow-up of supervision, it will help achieve the standardization and normalization of the supervision of antibiotics used in the livestock industry. Coupled with the superiority of harmless alternatives such as potassium diformate, the abuse of antibiotics in the aquaculture industry is expected to be curbed.
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