Influence of Lipid Sources on Performance, Egg Quality, and Metabolism in Laying Quails
2025
Jean Kaique Valentim | Felipe Cardoso Serpa | Maria Fernanda de Castro Burbarelli | Alexander Alexandre de Almeida | Vivian Aparecida Rios de Castilho Heiss | Paulo Henrique Braz | Claudia Andrea Lima Cardoso | Claudia Marie Komiyama | Fabiana Ribeiro Caldara | Arele Arlindo Calderano | Sarah Sgavioli | Rodrigo Garofállo Garcia
Japanese quail production can be optimized by selecting appropriate dietary lipid sources, yet comparative effects on performance and egg quality during the laying phase are not fully established. This study evaluated the impact of five lipid sources, namely soybean oil, corn oil, canola oil, sunflower oil, and poultry fat, on performance, egg quality, nutrient metabolism, serum metabolites, and organ traits of 350 Japanese quail aged 60 days with an average weight of 170 ±: 10 g. Birds were assigned to diets containing 2800 kcal/kg in a completely randomized design with 10 replicates of seven birds each. Performance was recorded over three 28-day periods and egg quality assessed at the end of each period: at 84 days, one bird per replicate was sampled for nutrient metabolism, serum metabolites, and organ characteristics, and a metabolism trial estimated metabolizability coefficients and metabolizable energy. Data were analyzed by Tukey&rsquo:s test at the 5% level. Egg production (p = 0.010) and marketable egg production (p = 0.008) were highest with soybean, corn, and sunflower oils, while feed conversion per dozen eggs was less efficient with canola oil (p = 0.048). Egg quality differed in specific gravity (p = 0.027), yolk color (p = 0.008), Haugh unit (p = 0.011), and air cell size (p = 0.001), with poultry fat improving yolk color and Haugh unit. Canola oil increased dry matter (p = 0.027) and ether extract digestibility (p = 0.026), while serum metabolites, organ weights, and reproductive traits were not affected (p >: 0.05). All diets supported physiological health, and lipid sources can be chosen according to cost and availability to optimize quail production without compromising performance or health.
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