Mycotoxin Contamination in the EU Feed Supply Chain: A Focus on Cereal Byproducts

Контаминация микотоксинами в цепи поставок кормов в ЕС: особое внимание к побочным продуктам переработки зерновых
F. Cheli, V. Dell’Orto, L. Pinotti, M. Ottoboni, Carlotta Giromini
2016-02-15

EU feed supply chaincereal byproductsmycotoxin co-contaminationmycotoxin contaminationmycotoxin repartitioning
Mycotoxins represent a risk to the feed supply chain with an impact on economies and international trade. A high percentage of feed samples have been reported to be contaminated with more than one mycotoxin. In most cases, the concentrations were low enough to ensure compliance with the European Union (EU) guidance values or maximum admitted levels. However, mycotoxin co-contamination might still exert adverse effects on animals due to additive/synergistic interactions. Studies on the fate of mycotoxins during cereal processing, such as milling, production of ethanol fuels, and beer brewing, have shown that mycotoxins are concentrated into fractions that are commonly used as animal feed. Published data show a high variability in mycotoxin repartitioning, mainly due to the type of mycotoxins, the level and extent of fungal contamination, and a failure to understand the complexity of food processing technologies. Precise knowledge of mycotoxin repartitioning during technological processes is critical and may provide a sound technical basis for feed managers to conform to legislation requirements and reduce the risk of severe adverse market and trade repercussions. Regular, economical and straightforward feed testing is critical to reach a quick and accurate diagnosis of feed quality. The use of rapid methods represents a future challenge.
1
Accurate knowledge of mycotoxin redistribution, combined with regular economical testing and future rapid methods, is needed to manage feed quality and reduce market and trade risks.
2
Cereal processing—including milling, ethanol production, and brewing—can concentrate mycotoxins in fractions commonly diverted to animal feed.
3
Feed samples frequently contain multiple mycotoxins, although individual concentrations are often below EU guidance values or maximum permitted levels.
4
Mycotoxin co-contamination may still harm animals through additive or synergistic interactions despite regulatory compliance of individual toxins.
5
Mycotoxin repartitioning varies substantially with toxin type, fungal contamination severity, and the complexity of processing technologies.

Mycotoxin contamination and repartitioning in cereal byproducts used in the EU feed supply chain

The concentrations, co-contamination, adverse effects, and fate of mycotoxins during cereal processing, particularly their concentration in feed fractions

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2016-02-15
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Authors
F. Cheli
V. Dell’Orto
L. Pinotti
M. Ottoboni
Carlotta Giromini
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