Project Abstract

Abstract
The present study investigates the effects of different feeding regimens on the growth performance of broiler chickens. With the global demand for poultry products on the rise, optimizing broiler production efficiency is crucial for meeting consumer needs and ensuring food security. The research aims to contribute valuable insights into the impact of various feeding strategies on the growth parameters and economic viability of broiler chicken production systems. The study is structured around a comprehensive literature review that explores existing knowledge on broiler nutrition, feed formulations, and growth performance. By analyzing previous research findings, the research identifies key factors that influence the growth and development of broiler chickens, such as feed composition, nutrient requirements, and feeding schedules. Methodologically, the research employs a randomized controlled trial design, where broiler chickens are allocated to different feeding regimens comprising varying feed compositions and feeding schedules. Growth performance metrics, including body weight gain, feed conversion ratio, and mortality rate, are monitored throughout the study period to assess the effectiveness of each feeding regimen. The findings from the study provide valuable insights into the optimal feeding regimens for maximizing growth performance in broiler chickens. By evaluating the impact of different feed formulations and feeding schedules on key growth parameters, the research aims to inform poultry producers and stakeholders about best practices for enhancing broiler production efficiency and profitability. Overall, the research contributes to the advancement of knowledge in animal science and poultry production by addressing the critical issue of optimizing feeding regimens for broiler chickens. The findings have practical implications for the poultry industry, offering evidence-based recommendations for improving growth performance and economic sustainability in broiler production systems.

Project Overview