Can aquaculture use potassium diformate to stabilize water quality and improve intestinal health?

 The healthy and normal physiological flora of the intestinal tract of aquaculture is formed in the process of long-term evolution and maintains a relatively stable and balanced state, which is of great significance to the growth of water and the resistance to diseases. The intestines of aquaculture animals have problems and their immunity is reduced. When the water environment deteriorates, or even a slight change in the water environment, it will cause stress to the farmed animals. Potassium diformate stabilizes water quality after various digestive effects and improves intestinal health.

When harmful bacteria grow and multiply in large quantities in the water body, the intestinal tract of the farmed animals is very susceptible to infection due to the lack of immunity and anti-stress ability, which can cause illness and even death of the farmed animals. Potassium diformate in aquatic and livestock feeds can lower the pH value, promote the growth of lactobacilli and bifidobacteria, prevent the occurrence of intestinal diseases, reduce the synthesis of harmful substances such as amine, ammonia, and oxygen free radicals, and improve the health of the body. Specific functions are:

1. Potassium diformate can promote the colonization of beneficial bacteria in the digestive tract and multiply into a dominant flora. It has a significant effect on pathogenic bacteria that cause a variety of intestinal diseases, promotes intestinal health, and increases survival rate.

2. Regulate the intestinal microecological balance, supplement beneficial bacteria, stimulate appetite, increase feed intake rate, promote growth, improve feed conversion efficiency, and shorten the breeding cycle.

3. Potassium diformate can adjust the water quality of the breeding pond, decompose the residual bait manure, reduce the content of ammonia nitrogen and nitrite, and stabilize the water environment.

4. Potassium diformate optimizes the nutritional components of the bait and increases the digestion and absorption efficiency of the feed. Enhance the immunity of aquatic animals, adjust the intestinal microecological balance, and promote the growth of aquatic animals.

5. The use of potassium diformate in aquaculture can stabilize water quality, balance the bacterial phase and algae phase of the water body, maintain the activity of the water body, stabilize the pH value of the water body, and promote beneficial algae.

Aquaculture can better use potassium diformate to improve the utilization of bait and enhance the body's immunity. Adding small molecule formic acid to feed can play a certain role in promoting immunity and bacteriostasis. It can not only increase the survival rate of farmed animals, promote the improvement of their growth performance, but also reduce the use of antibiotics and reduce the residual amount of antibiotics in aquatic products.