In the factorial experiments reported in the 2026 paper, complete hydrolysis of the toxic ergopeptides was achieved only with 5% w/v ergot in initial pH 12.5 lye refluxed for at least 120 minutes.

Directly stated by the source in both versions (TIK-E038, TIK-E008): complete hydrolysis only at 5% w/v, initial pH 12.5, at least 120 minutes; lower pH or shorter treatment left ergopeptides detectable. Confidence is high that the paper reports it; it remains one performance.

TIK-E038 quotes the paper's statement of the conditions directly, and TIK-E008 on the parent claim records that lower pH or shorter treatments left ergopeptides detectable; a statement of what the paper reports, established by its text, from a single performance.

The factorial runs in Antonopoulos et al. 2026 clearly establish that complete hydrolysis of toxic ergopeptides occurred exclusively in mixtures containing 5% w/v ergot sclerotia maintained at initial pH 12.5 for at least 120 minutes. The strongest opposing consideration is that these exact parameters have been reported by only one laboratory study, though the analytical measurements themselves are precisely documented.

The preprint's own factorial results, extracted and verified at intake, state the narrow condition set explicitly, and the published version is the same study. The opposing considerations are that the cited text is the preprint rather than the published wording, and that this is one experiment by one team — a claim about that study's results, so single-study support is appropriate here, but replication of the envelope's robustness remains open (TIK-R002).

TIK-E038 directly states that complete degradation occurred at 5% w/v ergot, initial pH 12.5, and at least 120 minutes, while TIK-E008 reports residual monitored ergopeptides under lower-pH or shorter conditions. This supports the claim as a description of the reported factorial experiments, not as a universal chemical law. The strongest opposing consideration is that both records describe the same interested-network study and lack independent replication.

The same 2026 results section states that complete disappearance of the predominant toxic ergopeptides occurred only under the 5 percent w/v, pH 12.5, ≥120 min regimen; residual toxins were consistently detected otherwise. The measurement is internal to the paper’s own data. The strongest opposing consideration is that the finding is from a single unreplicated study by the hypothesis network.

The preprint (E038 and the claim's anchors) reports complete hydrolysis "at 5% w/v ergot sclerotia in an initial pH 12.5 lye solution for at least 120 min", with residual ergopeptides "consistently detected" otherwise. The published paper as read agrees (E008: lower pH or shorter treatments left ergopeptides detectable). As a statement of what the paper reports, the claim is well supported. Strongest opposing consideration: the ergot-loading part of "only" comes from the preprint rather than the published text, whose wording may differ, and the result describes one ergot sample under laboratory conditions. The implication runs against the hypothesis: a specific, controlled processing regime is now required, and no ancient source attests one.

The preprint text (TIK-E038) states that complete hydrolysis came at 5% w/v, initial pH 12.5, for at least 120 minutes. The parent claim's record (TIK-E008) reports that lower pH or shorter treatment left ergopeptides. The two records describe a single performance.