Butyrates are one of nature’s secret weapons for optimal gut health and integrity. Contrary to what we might think, the intestine cells, called enterocytes or colonocytes (for small and large intestines), use short fatty acids as a source of energy. In the hindgut, bacteria will produce butyrate, which will be used by the cells, but in the small intestine, there is little production. Butyrate is essential to develop the immature digestive system by:
The best results are seen with slow-release butyrates as they can reach all parts of the gut, creating a more substantial barrier against pathogens, improving the resilience of the gut to challenges and its ability to absorb nutrients. They can also be used after infections to restore the guts quickly. Let’s explore some experiences.
The commercial trial was designed with:
Table 1: Inclusion of EBSR on the different diets
|
Control |
EBSR (g/T) |
Pre-starter 1 |
- |
1,000 |
Pre-starter 2 |
- |
750 |
During the pre-starter 1 phase, piglets in the EBSR group showed remarkable performance enhancements:
In the pre-starter 2 phase, the EBSR group continued to outperform with an ADG of 301 g/d versus 276 g/d (p<0.05) and an ADFI of 400 g/d versus 383 g/d (p<0.05), as seen in Figure 4.
At a standardized weight of 8.42 kg following pre-starter 1. The control group will require 2.52 kg of feed, whereas the EBSR group achieved the same weight with 2.2 kg, indicating a 0.32 kg feed reduction per piglet. Considering the higher cost of initial diets in production cycles, these findings suggest substantial cost savings for farmers, even though they are the less-used diets, whilst increasing performance and efficiency.
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