This research frontierThe study, led by scientists at Texas A+M University in the US, investigated the nature, diversity, chemical composition and nutritional benefits of algae, and explored the use of algae as an innovative nutritional source and health supplement for poultry. Focused on emergence.
The growing interest in algae in poultry nutrition stems from the diverse nutritional profile of algae, as they are rich in protein, lipids, amino acids, vitamins, minerals, and antioxidants, making them valuable feed ingredients. I am.
numerous health benefits
Scientists said incorporating both macroalgae and microalgae could help increase protein levels. Spirulina and chlorella exhibit protein levels of up to 50-70%, exceeding traditional sources such as soybean meal. This premium protein source not only provides essential amino acids for muscle development and overall health, but also acts as a storehouse for omega-3 fatty acids such as eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA), both of which are essential for muscle development and overall health. provides many health benefits to birds. and consumers.
Algae also possesses antioxidant properties through bioactive compounds such as phycocyanin and astaxanthin, which reduce oxidative stress and enhance the bird’s immune response, promoting strong health and disease resilience.
Benefits for broilers and layer hens
In this study, research evidence highlights improved growth rates, feed conversion, carcass quality and meat characteristics in broilers, while in hens supplementation increases egg production, improves egg quality and increases Omega It was found to promote increased concentrations of beneficial nutrients such as 3. fatty acid.
Algae can also reduce the environmental burden of poultry production, but results are currently sporadic and further research is needed to find the optimal dosage and formulation of different algae in poultry feed. Standardizing the composition of algae used in research is essential, paving the way for potential applications in poultry nutrition as growth promoters and alternatives to antibiotics.
However, a deeper understanding of dosages, combinations and mechanisms of action through rigorous scientific investigation is key to unlocking the full potential of algae in poultry nutrition, the study concludes.
