HEAT STRESS RECOVERY: IS YOUR FLOCK’S GUT BARRIER TRULY PROTECTED?

Cooling the House Is Only the First Step

Effective heat-stress management should not stop when environmental temperatures return to normal. Supporting the flock during the recovery phase can help restore physiological balance and maintain performance.

Key areas to consider include:
1. Restore Electrolyte Balance
Prolonged panting can affect acid–base and electrolyte balance. Appropriate electrolyte support can help maintain hydration and normal physiological function during recovery.

2. Support Intestinal Barrier Integrity
Heat stress can affect intestinal function and barrier integrity. Supporting healthy intestinal epithelial cells and tight-junction function may help maintain the gut's natural defense and nutrient-absorbing capacity.


3. Support Liver and Metabolic Function
The liver plays a central role in nutrient metabolism and detoxification. Appropriate nutritional support can help maintain normal metabolic activity and efficient nutrient utilization as birds recover from heat stress.

4. Maintain High-Quality Drinking Water
Water is essential for recovery. Ensure continuous access to clean, fresh water and regularly monitor the drinking system, water quality and flow rate throughout the house.

5. Monitor the Flock During Recovery
Recovery should be assessed through practical production indicators, including:

  • Feed and water intake

  • Body weight and growth

  • Litter condition

  • Mortality

  • Flock uniformity

  • Overall production performance

Changes in these indicators can help identify whether the flock is returning to normal performance or requires additional management attention.
Is Your Flock Truly Recovered?
Heat stress may be over in the house—but its effects on the flock can persist beyond the hot weather.
A comprehensive recovery strategy that combines environmental management, clean water, nutritional support and close flock monitoring can help birds return to normal physiological function and support consistent performance.