Fact sheet: Weed management
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EXPORT FODDER
Fact sheet: Advancing mycotoxin research: DNA-based testing in Australian fodder
2 pages
Published: 16 Jun 2026
Author(s): McKay, A.
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Australia’s export fodder industry depends on high quality and strong market access. However, mycotoxins are a growing risk as global regulations tighten. This research responds to that challenge by developing faster detection tools.
Traditionally, LC-MS methods are accurate but slow and expensive. In contrast, new DNA-based qPCR tests offer a quicker and more cost-effective option meaning researchers can detect mycotoxin risks earlier.
The study, led by SARDI and funded by AgriFutures Australia, identified zearalenone as the main mycotoxin in oaten fodder. Importantly, it is linked to Fusarium species.
These tools support better risk management, help protect fodder quality and maintain access to export markets.
RELATED: Fact sheet: Managing mycotoxin risk in export fodder
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Fact sheet: Advancing mycotoxin research: DNA-based testing in Australian fodder
Australia’s export fodder industry relies on maintaining high quality and meeting strict international regulations, with mycotoxins posing a growing risk to market access. This research...
Fact sheet: Managing mycotoxin risk in export fodder
Zearalenone is the primary mycotoxin risk in Australian export fodder, driven by Fusarium species linked to cereal crown rot. Although exports are not yet widely...