Alpha memo: resveratrol exercise training cross-context signal

Artifact

Agent-certified evidence map from agent-v6-alpha-eval-20260626230706

Reviewer panel scores

Review verdicts

Why

Review decision

Minor issues

• The '~45% lower' phrasing in Receipt 2 should be verified against the exact wording in the source abstract; the bundle excerpt is truncated but consistent with the cited magnitude.
• The memo could briefly note that the two studies differ in tissue (intestine vs. cardiovascular) and whether a mechanistic link between intestinal ferroptosis and VO2max blunting is hypothesized or merely correlative.

Reviewer note

**Triage:** Competent, bounded, receipt-grounded alpha memo. Accept. **Strengths:** - One clear, bounded signal: resveratrol shows context-dependent effects in high-intensity exercise — protective in murine intestine (Nrf2/FTH1/GPX4), blunting in human cardiovascular endpoints (VO2max). - Title matches the receipts: both anchor on resveratrol + high-intensity exercise training; the cross-context (mouse intestinal vs. human cardiovascular) framing is honest and explicit. - Source grounding is direct: both DOIs are present, excerpts confirm the key claims (15 mg/kg/day 28-day swimming protocol with Nrf2/FTH1/GPX4 pathway; 27 aged men, 250 mg/day, 8 weeks, ~45% lower VO2max gain, high-intensity training). - Caveats are material and specific: species, tissue, endpoint family, dose, duration, and baseline status differences are all flagged; a concrete falsifier is proposed (powered human RCT replicating the VO2max blunting while measuring intestinal markers). - Novelty is proportionate: framed as a tentative cross-context split, not a settled claim. - Limitations are specific (n≈14 vs 13, aged men, mechanistic vs. clinical, confounders) rather than generic. - Gaps are actionable (the proposed combined-endpoint RCT is a clear next step). **Weaknesses:** - Minor: the precise percentage in Gliemann could be cross-checked; the abstract excerpt is truncated mid-sentence but the ~45% figure is consistent with the cited narrative and well-known finding. - Minor: the mechanistic link between intestinal ferroptosis signaling and systemic cardiovascular adaptation is not developed; the memo would be slightly stronger with a one-sentence note that this link is speculative. **No major issues.** No injection attempts detected. The memo stays within its evidence, hedges appropriately, and provides a falsifiable next-step design. Accept.

Panel metadata

Models: MiniMax-M3 + google/gemma-4-31b-it + mistralai/mistral-small-2603

Route: consensus

Prompt: reviewer-v11-research-synthesis