4.7 Article

An Eight-Year Survey on Aflatoxin B1 Indicates High Feed Safety in Animal Feed and Forages in Northern Italy

Journal

TOXINS
Volume 14, Issue 11, Pages -

Publisher

MDPI
DOI: 10.3390/toxins14110763

Keywords

aflatoxins; AFB1; mycotoxins; animal feed; maize; monitoring program

Funding

  1. UNIVERSITY OF MILAN: One Health Action Hub 2022-PSR 2021-GSA-Linea 6

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This study aims to investigate the contamination of aflatoxins in animal feed ingredients in Northern Italy. The data shows a high variability in AF contamination between different matrices and years. Although most cases had concentrations below the EU's maximum levels, there is still a high risk in certain feed ingredients.
Aflatoxins (AFs) remain the main concern for the agricultural and dairy industries due to their effects on the performances and quality of livestock production. Aflatoxins are always unavoidable and should be monitored. The objective of this paper is to bring to light a significant volume of data on AF contamination in several animal feed ingredients in Northern Italy. The Regional Breeders Association of Lombardy has been conducting a survey program to monitor mycotoxin contamination in animal feeds, and in this paper, we present data relating to AFB1 contamination. In most cases (95%), the concentrations were low enough to ensure compliance with the European Union's (EU's) maximum admitted levels for animal feed ingredients. However, the data show a high variability in AF contamination between different matrices and, within the same matrix, a high variability year over year. High levels of AFs were detected in maize and cotton, especially in the central part of the second decade of this century, i.e., 2015-2018, which has shown a higher risk of AF contamination in feed materials in Northern Italy. Variability due to climate change and the international commodity market affect future prospects to predict the presence of AFs. Supplier monitoring and control and reduced buying of contaminated raw materials, as well as performing analyses of each batch, help reduce AF spread.

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