How to Control Mycotoxins in Animal Feeds?

How to Control Mycotoxins in Animal Feeds?

One of the most common sources of mycotoxins contamination is from feed, which will pose significant risks to farmed animals. Mycotoxins, toxic compounds produced by molds, can reduce growth rate, lower productive performance, and harm the immunity system when enters into animals' bodies through contaminated feeds. Therefore, controlling mycotoxins in animal feeds is critical for ensuring animal health, productivity, and food safety. Here are several strategies and best practices for farmers to effectively manage and control mycotoxins in animal feeds.

1. High-quality Feed Ingredient Selection

Purchasing feed is the first step. Quality control measures at the source play a critical role in preventing mycotoxin contamination throughout the whole supply chain.

Quality Control: Sourcing high-quality feed ingredients from reputable suppliers is paramount in controlling mycotoxins in animal feed. When selecting suppliers, it is essential to prioritize those who adhere to strict quality standards and have robust testing protocols in place.

Strict Testing: Regular inspections can help verify compliance with quality standards and identify any deviations that may compromise feed safety; Besides, conduct mycotoxin testing on feed ingredients before use, especially for high-risk commodities like corn, wheat, and barley.

 

2. Proper Storage Conditions

Proper storage practices are key in preventing mold growth and mycotoxin production in feed ingredients.

Optimal Storage Conditions: Store grains, forges, and feeds in cool, dry, and well-ventilated areas to reduce moisture levels, as high humidity facilitates mold growth. For example, maintain relative humidity below 13% for grains and below 14% for silages.

Use of Sealed Containers: You can also utilize airtight storage containers or silos to protect feed from moisture and pests.

Segregation Management: Moreover, segregating different types of feed ingredients based on their susceptibility to mold contamination can help prevent cross-contamination.

Regular Inspections: Periodically inspect stored feeds for signs of mold, spoilage, or pest infestation, and address any issues promptly.

Animal Feeds

 

3. Good Manufacturing Practices (GMP)

If you make animal feeds, follow good manufacturing practices throughout the feed production process to reduce contamination risks. This includes routine cleaning and maintenance of feed manufacturing equipment.

 

4. Monitoring and Testing

No matter what stage, monitoring and testing are two essential steps and should always be ongoing. You need to do:

Monitor Environmental Conditions: Always keep track of temperature and humidity levels in storage areas, as these factors directly influence mycotoxin development.

Routine Mycotoxin Testing: Implement regular testing of raw materials and finished products for mycotoxin levels. Use laboratory analyses or rapid test kits for on-site testing.

 

5. Response to Mycotoxin Contamination

Unfortunately, If mycotoxin contamination is detected, you can do the following to take a remediation.

Take Action: Identify the source and take immediate action to remove contaminated feed from the diet.

Animal Health Monitoring: Monitor animals for signs of mycotoxin exposure, such as reduced feed intake, poor growth, or other health issues, and take appropriate action if problems are detected.

Veterinary Support: Work with veterinarians to assess the impact of mycotoxin exposure on animal health and develop appropriate treatment plans for affected animals.

Mycotoxin-Remover-from-Gneebio-1

 

6. Mitigation Strategies

If your animals are unfortunate enough to eat mold-contaminated feed, you can do:

Use of Mycotoxin Binders: Incorporate mycotoxin binders (e.g., clay minerals like bentonite or activated carbon) into the feed. These binders can adsorb mycotoxins in the gastrointestinal tract, reducing their bioavailability and toxicity.

Use of Feed Additives: Some enzymes can degrade mycotoxins, while probiotics can help improve gut health and mitigate the effects of mycotoxin exposure. See our “Mycotoxin Remover” product how help your animals in this regard.

Nutritional Management: Provide balanced diets with adequate levels of vitamins and minerals to support animal health and immunity, helping them cope with mycotoxin exposure.

 

7. Education and Training

Educate Staff: Train employees on recognizing mycotoxin risks, proper storage methods, and safe handling practices to reduce the potential for contamination.

Best Practices: Educate staff on best practices for handling, storing, and monitoring feed to minimize mycotoxin contamination.

 

Conclusion

Effectively controlling mycotoxins in animal feeds requires a comprehensive approach that incorporates prevention, monitoring, mitigation, and education strategies throughout the feed supply chain. By implementing these practices, farmers can significantly reduce the risk of mycotoxin contamination and protect animal health and productivity.

Gnee Bio Technology
Author : Gnee Bio TechnologyEstablished in 2011, TIANJIN GNEE BIO TECHNIQUE CO., LTD. has more than ten years of continuous research and development of a variety of Veterinary drugs, focusing on the health of your livestock, poultry, and pets.