Poultry production depends heavily on consistent feed quality to achieve optimal growth, immunity, and productivity. One of the most persistent and often underestimated challenges in poultry nutrition is mycotoxin contamination. Mycotoxins are toxic compounds produced by molds that commonly develop on grains such as maize and other feed ingredients used in poultry diets. These toxins are invisible and largely unavoidable under practical farming conditions. Feed ingredients may appear normal and meet nutritional specifications, yet still carry mycotoxin residues. Over time, this hidden contamination reduces feed value, compromises bird health, and leads to performance losses that directly impact farm profitability.
Why Poultry Are Highly Vulnerable to Mycotoxins:
Poultry birds are particularly sensitive to mycotoxins due to their rapid growth rate, high metabolic activity, and short production cycles. Even low levels of mycotoxin exposure can quickly disturb physiological functions, especially in broilers where growth efficiency is critical and in layers where sustained productivity is essential. Mycotoxins primarily affect the gut, liver, and immune system. Damage to these systems leads to reduced nutrient absorption, impaired detoxification, and weakened disease resistance. In many cases, birds show no obvious clinical signs, yet their performance gradually declines, resulting in uneven growth, reduced egg output, and increased susceptibility to infections.
How Mycotoxins Reduce Feed Utilization and Performance:
A major consequence of mycotoxin exposure in poultry is reduced feed utilization. Mycotoxins damage the intestinal lining, limiting the absorption of
essential nutrients such as proteins, energy, vitamins, and minerals. This directly affects the bird’s ability to convert feed into growth and production. Even when the feed formulation is nutritionally balanced, mycotoxin interference prevents nutrients from being efficiently utilized. This leads to poor feed conversion ratio, slower weight gain in broilers, reduced flock uniformity, and compromised egg production and shell quality in layers. Over time, these inefficiencies translate into higher feed costs and reduced production efficiency.
Limitations of Conventional Mycotoxin Control Practices:
Conventional mycotoxin control practices, including visual inspection of raw materials and standard feed processing, often provide limited protection. Most mycotoxins are resistant to heat, meaning pelleting and other processing methods do not eliminate the risk. Additionally, mycotoxins commonly occur as multiple toxins together, increasing their overall harmful impact. Single-action binders may offer partial protection but are often insufficient under real-world conditions. This highlights the need for a comprehensive feed-based approach that not only addresses toxin exposure but also supports gut health, liver function, and overall bird resilience.
POUSHA™ Feed: Built to Perform Under Mycotoxin Pressure:
At Ko Biotics, Pousha™ is a scientifically formulated poultry feed designed to support bird health and performance under unavoidable mycotoxin exposure. The feed focuses on protecting nutrient availability by incorporating effective mycotoxin control strategies, helping reduce the impact of toxins present in commonly used raw materials. By supporting gut integrity, liver function, and immune health, Pousha™ helps birds maintain normal feed intake and efficient nutrient utilization. This results in improved feed conversion, uniform growth, stronger resilience to stress, and stable production performance. With Pousha™, Ko Biotics delivers a feed solution that goes beyond basic nutrition to help poultry perform consistently even under mycotoxin pressure.
