1. Common Stress Factors in Broiler Management

During the rearing process, broilers frequently face various stress conditions, including high temperatures, transportation, regrouping, high stocking density, and immunization. These stress factors can negatively affect the normal growth and physiological functions of broilers.

2. Liver Damage Caused by Stress in Broilers

Stress primarily disrupts the liver function of broilers. Once liver damage occurs, it can trigger a series of problems such as reduced feed intake, weakened immunity, slower growth, and prolonged harvesting cycles, which ultimately affect overall production efficiency.

3. The Key Role of Bile Acids in Enhancing Broiler Stress Resistance

As a natural active substance, bile acids specifically improve broilers’ resistance to stress by protecting liver health and maintaining normal liver physiological functions. Bile acids are an important nutritional additive that helps ensure broiler growth efficiency while reducing losses during production.

4. Mechanism of Bile Acids in Protecting the Liver from Stress

Under stressful conditions, the metabolic load of the broiler liver increases sharply, making it prone to toxin accumulation and hepatocyte damage. This can lead to excessive accumulation of free radicals and damage to the intestinal barrier.

Bile acids help protect liver health by:

increasing bile secretion to eliminate toxins,

repairing damaged hepatocytes, and

neutralizing free radicals.

Through these mechanisms, bile acids can alleviate stress-induced damage at its root.

5. Practical Application Value in Broiler Production

Maintaining stable liver health can indirectly regulate the balance of intestinal microflora in broilers and strengthen the intestinal mucosal barrier. Proper supplementation of bile acids in broiler production can effectively reduce stress-related mortality, enhance flock stress resistance, stabilize body weight gain efficiency, and serve as a green and efficient nutritional anti-stress solution in poultry production.