Objective: The objective of this review is to explore the potential development of anti-heat stress broiler feed using dried rice, with the aim of mitigating the adverse effects of heat stress on broiler performance and welfare while improving feed efficiency. Theoretical Framework: This study is grounded in the concepts of poultry nutrition, focusing on Metabolizable Energy (ME) reduction and the inclusion of resistant starch from dried rice. These approaches align with strategies for heat stress management in livestock during extreme weather conditions. Method: This review synthesizes findings from various studies on the use of dried rice as a functional feed ingredient. The approach involves formulating broiler feed with reduced ME by lowering caloric content and incorporating high resistant starch to optimize nutrient absorption and minimize body heat production during heat stress Results and Discussion: The findings indicate that feed formulations with low-calorie and high-resistant starch content effectively reduce heat stress in broilers. These formulations improve productivity, support optimal nutrient absorption, and enhance overall welfare. The discussion highlights the practical application of these formulations and their cost-effectiveness, addressing heat stress challenges in broiler farming. Research Implications: This review provides insights for feed formulation strategies to combat heat stress in poultry, with implications for improving animal welfare, reducing production losses, and promoting sustainable livestock practices. Originality/Value: This study contributes to the literature by emphasizing the innovative use of dried rice, an organic waste product, as a sustainable and functional feed ingredient for broilers under heat stress conditions.
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