The third most common ADR trigger with 34 clock-stopped issues across 28 opinions. Almost always recoverable — only 6% of assessments end with an inadequate judgement, the lowest of any section. But production process ADRs are costly: they delay downstream sections because composition and toxicology data depend on the process being finalised.
The specific issues EFSA most frequently flags in this section. Each of these has caused a clock stop in at least one published case.
Complete process flow diagram from raw materials to final product. Identification of all CCPs with corresponding monitoring parameters. Evidence that the commercial-scale process produces the same product as the batches tested. For fermentation: full description of the production organism, fermentation conditions, and downstream processing. Any process changes during development must be documented with impact assessment.
Real findings from EFSA panel opinions. Each quote is verbatim from a published assessment.
“In order to monitor the efficiency of the heat treatment and to guarantee that there are no viable Y. lipolytica cells remaining in the dried biomass thereafter, testing for the presence of viable yeast cells has to be carried out immediately after the heat treatment.”
“The applicant was requested to provide information on the hazard analysis and quality control measures (HACCP) in place. The applicant did not reply to these requests.”
“Considering that the description of the production process has changed without justification several times over the course of the risk assessment period, the Panel has doubts regarding the robustness, consistency and credibility of the data submitted by the applicant.”
How this section plays out differently depending on your novel food type.
Genetic stability of the production strain across fermentation cycles. Antibiotic resistance marker status. If GMM: full molecular characterization and GMO Panel co-adoption required. Genotoxicity testing on the culture supernatant is a separate requirement (see Section 9).
Feed substrate composition and controls. Rearing conditions. Kill step validation. Processing (drying, milling) impact on product.
Synthetic route must be fully described. Process impurities from reagents or intermediates must be identified and quantified.
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