Everything You Need To Know To Find The Best Potassium diformate for improving livestock digestion

Starting from the development of the feed industry and the requirements of green farming, antibiotic alternatives have sprung up. Faced with increasingly stringent restrictions on the use of antibiotics, currently, microecological preparations, enzyme preparations, antimicrobial peptides, acidulants, essential oil extracts, and traditional Chinese medicine are mainly represented. Potassium diformate is currently a high-quality growth-promoting agent that replaces antibiotics, which can reduce the limitations of many antibiotic alternatives in the use process.

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Due to the particularity of its molecule, potassium diformate does not dissociate in an acidic state, but dissociates in a neutral or alkaline environment, releasing formic acid. It is well known that the pH in the stomach is a relatively low acidic environment, so 85% of potassium diformate can pass through the stomach and enter the intestine. The specific functions are as follows:

(1) Improve the environment in the digestive tract, lower the pH of the stomach and small intestine, and promote the growth of beneficial bacteria.

(2) Alternative, it has the effect of antibacterial and growth promoting agent. The addition of potassium diformate can significantly reduce the content of E. coli and Salmonella in the digesta of each segment of the digestive tract. Improve the resistance of animals to diseases; and reduce the number of deaths caused by bacterial infections.

(3) Produce green and non-resistant feed to reduce environmental emissions. Potassium diformate can promote the digestion and absorption of protein and energy by animals, as well as the digestion and absorption of various trace components such as nitrogen and phosphorus.

(4) Preventing piglet diarrhea can significantly increase the daily gain and feed conversion rate of pigs. Due to its special slow-release effect, the acidification effect is better than the commonly used compound acidifiers.

Of course, if the buffering capacity of the food is stronger and the acidity is higher, more potassium diformate will dissociate to release formic acid and exert the effect of acidulant. Therefore, the ratio of reaching the intestinal tract through the stomach will be reduced, and the formic acid released by potassium diformate in an acidic environment will not easily release hydrogen ions, thereby exerting more antibacterial effects to maintain its bactericidal and antibacterial ability.

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Combining current national conditions of China, there is still a long way to go for the road of no resistance, but this is only a process. For example, the standardization and differentiation of probiotics are obviously insufficient. Enzyme preparation can not achieve the effect of antibiotics. Antimicrobial peptides have the advantages of wide sources, many kinds, small molecular weight, low natural content, difficult separation and purification, and high cost of chemical synthesis. High cost and high cost. Some essential oil extracts are chemically synthesized. Some Chinese herbal extracts are short of resources, unstable in efficacy and quality, high in cost, rough in processing and complex in formulation.

Potassium diformate is the first growth promoter approved by the European Union to replace antibiotics, and its synergy with other ingredients in feed is more obvious. It has the effects of "antibacterial, antibacterial, and improving body resistance", and can promote the rapid growth of livestock and poultry and improve their production performance. Replace antibiotics and reduce feed costs.

Breeding also needs scientific feeding. Sometimes the quality of pigs fed by farmers is not as good as their growth. This situation is generally caused by the low conversion rate of feed. It is not allowed to add all kinds of feed and additives blindly. Therefore, in the process of feeding, farmers need to pay attention to the conversion rate of feed. Only by improving the conversion rate of feed, can the value of feed be brought into play. The manufacturer tells you potassium diformate feed additive can improve feed conversion.

Potassium diformate contains 35.4% formic acid, 34.6% formate and 30% potassium. Paulicks et al. () conducted a dose titration test to evaluate the effect of increasing PD level on the performance of growing piglets. 0,0.4,0.8,1.2,1.6,2.0,2.4 and 2.8% of potassium diformate were added to the diets based on corn soybean. Potassium diformate group increased the average daily gain by 13%, daily intake by 9% and feed conversion rate by 4%. Compared with the untreated group, adding 2% PD increased body weight by 22%. According to the maximum addition level registered by the European authorities of 1.8%, weight gain can be increased to 14%.

Potassium diformate feed additive is registered as a non antibiotic growth promoter designed to replace antibiotics in feed and ensure consumers access to safer products. Therefore, it is necessary to compare the benefits of using potassium diformate with the effects of conventional feed antibiotics. Tylosin is one of the commonly used feed antibiotics in pigs. Danielsen () compared the growth performance of pigs treated with antibiotic growth promoter tylosin or PD. The experiment included a control group, three PD levels (0.6%, 1.2%, 1.8%), a combined treatment group with 40 ppm tylosin and 1.8% PD and 150 ppm copper, in which the weight of 1.8% PD and 40 ppm tylosin groups increased by 40%. The food intake and FCR of 1.8% PD group were also improved. The results showed that PD could replace feed antibiotics and had no negative effect on animal performance. Previous studies have shown that PD can significantly improve the growth performance of animals, and to some extent, it can be compared with common antibiotics. The antibacterial property of PD is the main factor affecting the growth performance.

The effect of organic acids in potassium diformate feed additive on growth performance is not only related to the adverse effect of organic acids on microorganisms, but also related to the reduction of intestinal pH value. In addition, acid anion has a positive effect on the intergrowth of intestinal flora. All of these effects reduce intermediate metabolism and help to improve growth performance. The improvement of nutrient utilization is partly due to the reduction of competition for nutrients by microorganisms, but also due to the more effective digestion of nutrients by enzymes. Roth et al. () reported that supplementation of 1.8% PD increased the digestibility, mainly reflecting the changes in the activity of intestinal microflora. Since about 80% of the nitrogen in the feces comes from microorganisms, their results show that PD supplementation can reduce the amount of fermentable nutrients entering the hindgut by improving enzyme digestion in the small intestine. They also suggested that it might improve carcass lean by making it easier for amino acids to deposit proteins in the body. Partanene and Mroz () pointed out that low-quality protein sources have a greater effect on improving protein digestibility than high-quality ones.

Therefore, potassium diformate feed additive can improve animal weight gain, feed intake and feed conversion rate. In addition, it has become an effective substitute for feed antibiotics with its excellent performance and health care performance. The effect on microflora is considered to be the main mode of action, and there is no risk of microbial resistance; it reduces the incidence of E.coli and Salmonella in meat products, and contributes to food safety.

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