From Paper to Proof: Aberdeen Angus Beef Authenticity

Beef authenticity has become one of the most pressing challenges facing today’s food industry. As supply chains stretch across regions and involve multiple intermediaries, the risk of mislabelling, substitution or unintended non-compliance increases for beef production. Beef is a high-value protein where claims around origin and breed, such as Angus, carry both commercial significance and consumer expectation.

The European Commission JRC Food Fraud Reports suggests that meat remains one of the most vulnerable food categories when it comes to fraud and misrepresentation. In fact, beef and poultry account for a substantial proportion of reported cases in recent years, reinforcing the need for more robust assurance mechanisms.

Move from assumption to proof

Assurance has relied heavily on paper-based systems: e.g. supplier declarations, specifications, audits and certifications. These tools are essential and will continue to play a central role in food integrity programs. However, they depend on accurate data capture, consistent interpretation and the assumption that information is passed on correctly at every stage. In increasingly fragmented supply chains, that assumption is being tested.

This has led many in the industry to reconsider how authenticity is verified, particularly for high-risk or premium claims, such as breed designation. Instead of asking whether paperwork is complete, a growing question is whether the product itself can provide the answer.

DNA analysis offers a fundamentally different perspective. By examining the genetic material present in beef, it becomes possible to verify attributes, such as animal origin or the presence of specific breed genetics, independent of declared information. In effect, the product becomes its own source of evidence.

If paperwork isn’t enough, what is?

A snapshot style DNA assessment is designed to cut through supply chain complexity and deliver an evidence-based view of product authenticity. Compared to conventional audits, it provides a one-time scientific direct product evaluation that answers a focused question: does the product match the claim? For Angus beef, this means analyzing DNA profiles and comparing them against reference Angus populations to confirm the presence of Angus genetics.

Such an approach is particularly valuable when companies need clarity and insight into credibility of their claims or indeed exposure. This may include validating new suppliers, supporting internal reviews, responding to customer questions or stress-testing existing controls. Because the analysis is conducted in accredited laboratories, the results provide an objective and independently validated data point that complements existing assurance processes.

Importantly, one-time assessment DNA verification is not positioned as a replacement for audits or supplier relationships. Instead, it acts as an additional layer of confidence, offering a proactive approach. It also can help organizations use science to verify claims and identify issues that might otherwise remain hidden within compliant-looking documentation.

There is also a broader implication for the food system as a whole. Scientific verification supports fairness and transparency by distinguishing substantiated claims from those that are simply stated. Over time, this helps protect operators, reinforces consumer confidence and raises the overall integrity of the category.

Let the product tell the story

As expectations around transparency and proof continue to rise, the industry faces a clear question: How can authenticity be demonstrated in a way that is credible and efficient? Paper alone is increasingly insufficient. Science, applied thoughtfully through focused tools such as a one-time assessment DNA verification, offers a way to bridge the gap between claim and proof.

In a complex food system, sometimes the most effective insight comes from listening directly to what the product itself has to say.

DNA TraceBack® is a product of MSD Animal Health. For more information, please visit www.IdentiGEN.com

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