The European Union’s suspension of Brazilian meat and other animal-product imports in September 2026 highlights a part of food safety that is sometimes misunderstood: compliance is not determined by a single laboratory result at the end of the supply chain.
According to France24, the EU suspended imports of Brazilian poultry, beef, eggs, honey and other animal products from 3 September while seeking assurances that Brazil was meeting EU requirements on antimicrobial use in livestock.[1] Reuters reported that the EU was concerned about guarantees covering the use of antimicrobials for animal growth and substances reserved for human medicine. Reuters also reported that beef raised a whole-life-cycle assurance issue, while audits relating to poultry and honey were still underway.[2]
The case is relevant to Australian importers, manufacturers, retailers and food-service businesses because it demonstrates how market access can depend on the combined strength of production controls, traceability, official certification, laboratory testing and the rules of the destination market.
The difference between antibiotic use and antibiotic residues
Antibiotic use refers to how veterinary medicines are selected and administered. It includes the substance, dose, purpose, animal, treatment period, veterinary oversight and withdrawal period. Antibiotic residues are the chemical substances or metabolites that may remain in food after treatment.
These concepts overlap, but they are not identical. A business may test a meat sample for selected residues, yet a regulator may also require evidence about how the animals were treated throughout their lives. A test result is therefore one piece of evidence within a broader compliance system.
The European Commission explains that Article 118(1) of Regulation (EU) 2019/6 extends certain antimicrobial restrictions to third-country operators exporting food-producing animals and animal products intended for human consumption. The requirements prohibit antimicrobials used for growth promotion or increasing yield, and prohibit antimicrobials reserved for certain human infections. The requirements apply throughout the animals’ lifetime.[3]
A whole-life-cycle requirement cannot be proven by testing one cut of meat alone. The business also needs reliable production records, traceability and official assurances that cover the relevant animals and supply chain.
Maximum residue limits explained
A maximum residue limit, or MRL, is the highest legally permitted level of an agricultural or veterinary chemical residue in a food. FSANZ states that Australian MRLs apply to both domestic and imported food. The limits help authorities monitor whether agricultural and veterinary chemicals have been used according to approved directions.[4]
The European Medicines Agency uses a similar concept for veterinary medicines and biocidal products. It describes the MRL as the highest allowed concentration in food obtained from treated animals. In the EU, an MRL becomes legally binding when adopted by the European Commission.[5]
MRLs are established using scientific assessments of the compound, metabolism, toxicology, residue behaviour, food consumption and analytical methods. They are applied to specific commodities and substances. The relevant limit may differ according to the market, food, tissue and chemical.
An MRL should not be interpreted as a level businesses should aim to reach. It is a legal limit within a regulated-use system. A business should also understand whether a market prohibits a particular use regardless of the final concentration, or whether the market requires a special official declaration in addition to testing.
Why the destination market matters
A product can be produced legally in one country and still require additional evidence to enter another country. Import requirements may address permitted medicines, prohibited uses, animal categories, official certificates, approved establishments, country listing, sampling, laboratory analysis and traceability.
The European Commission states that the authorisation list is commodity-specific. A country may be authorised for certain species or products but not others. It also states that border control authorities verify the required certificate attestation and whether the origin is authorised for the relevant commodity. Risk-based checks may include identity and physical examination, sampling and laboratory analysis.[3]
This means an importer cannot rely only on a general statement that a supplier exports internationally. The importer needs to confirm that the supplier, origin, commodity and documentation align with the specific market and product pathway.
What residue testing involves
Residue testing is a targeted analytical activity. The laboratory needs to know the commodity, tissue or product, origin, suspected or relevant substances, market requirements, sampling plan and decision the result will support. The method must be capable of detecting the target at the relevant reporting level.
The sample must be representative and traceable. Record the product description, batch, lot, origin, production date, shipment, collection point, collector, storage and transport conditions. If the sample is part of an investigation, record why it was selected and whether related lots are available.
The test panel should be designed rather than copied from a previous shipment. It may need to reflect the supplier’s declared veterinary products, known regional practices, the destination market’s prohibited-substance rules and the business’s risk assessment. The laboratory should confirm which compounds and matrices are within scope before testing begins.
Residue testing does not replace pathogen testing
Chemical residue analysis and microbiological analysis address different hazards. A residue panel may identify selected veterinary medicines or their metabolites. It does not establish whether meat is free from Salmonella, Listeria monocytogenes, E. coli, Campylobacter or other microorganisms.
A microbiological testing plan may include pathogen testing, TVC, indicator organisms, yeast and mould or environmental swabbing where appropriate to the product and process. The choice depends on whether the product is raw or ready to eat, whether it receives a validated kill step, how it is handled, the consumer group and the intended shelf life.
The two testing areas may be used together, but their results should not be combined into one vague statement such as “the product was safe.” Each result has a defined sample, method and interpretation. Release decisions should consider the full evidence set.
Supplier verification and traceability
A certificate of analysis can support a supplier program, but the importer should check what the certificate actually covers. Important questions include whether the sample came from the relevant lot, which compounds were tested, which method was used, what reporting limit applied, whether the laboratory was competent for the service and whether the result was compared with the correct market criterion.
Supplier verification should also examine production controls. Can the supplier demonstrate treatment records, withdrawal-period management, animal identification, processor traceability and official export certification? Can it identify the farms, establishments and lots associated with a shipment? Can it notify the importer when a regulatory requirement changes?
Verification intensity should be risk-based. A new origin, new supplier, change in veterinary program, adverse media report, regulatory action or inconsistent documentation may justify increased scrutiny and testing. A stable supplier with strong history may be managed through a different frequency, but the rationale should be documented.
What Australian businesses should do with this information
Australian food businesses should not assume that a foreign suspension automatically means every product from that origin is unsafe. The reported action concerns compliance with the receiving market’s requirements and the assurances available to that market. It is a reminder to review controls, not a basis for making unsupported claims about an entire national supply chain.
Businesses should first identify the markets and requirements that apply to their own products. FSANZ explains that Australia regulates agricultural and veterinary chemical residues through the Food Standards Code and that imported foods are included in the MRL framework.[4] The Department of Agriculture also monitors imported food, while state and territory agencies enforce food standards within their jurisdictions.
The next step is to review the supplier evidence chain. Confirm the approved origin, establishment, commodity, lot traceability, veterinary-use controls, certificates, laboratory reports and response process. Then consider whether independent residue testing, microbiological testing or both are needed.
A practical evidence framework
A useful imported-meat assurance program can be organised around four questions.
What was used? Identify the veterinary products, authorised uses, withdrawal periods and records that apply to the animals and product.
What was produced? Confirm the animal category, farm or production system, processor, establishment, lot and shipment identity.
What was tested? Confirm the sample, method, compound scope, matrix, reporting limit, laboratory competence and applicable criterion.
What happens when evidence is incomplete? Define the hold, escalation, additional testing, supplier communication and release or rejection process before a problem occurs.
This approach recognises that laboratory analysis is valuable but cannot replace traceability or official certification. It also prevents the opposite mistake of relying on paperwork without independent verification when the risk or market situation warrants additional evidence.
How Analytical Microlabs can help
Analytical Microlabs can discuss testing options for businesses working with imported meat and animal products. Depending on the sample and service scope, this may include chemical-residue testing, Salmonella, Listeria, E. coli, Campylobacter, TVC, indicator, yeast and mould or environmental testing.
AML can help clarify whether the business is asking a residue question, a microbiological question or both. AML can also discuss sample requirements and how testing may support supplier approval, import verification, investigation, product release or a corrective-action program.
Educational and regulatory disclaimer: This article is general information based on publicly reported events and official guidance available at the time of writing. It is not legal, customs, veterinary, regulatory or market-access advice. Australian, EU and other market requirements can change and may apply differently according to the product, commodity, origin and intended use. Businesses should confirm current requirements with the relevant competent authority and qualified advisers before importing, exporting or releasing product.