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Decision: Revise

Alpha memo: skeletal muscle resveratrol exercise translation boundary

This is a tightly bounded alpha memo that does exactly what the format requires: it states one clear translation-boundary signal (rodent resveratrol+exercise benefits do not reproduce as additive metabolic/anti-inflammatory effects in aged human skeletal muscle), grounds it in two directly relevant receipts, and articulates the species/dose/duration confounds plus a concrete falsifier. The title and one-sentence alpha align with both cited sources. The rodent receipt (Dolinsky 2012, J Physiol) speaks to muscle strength and cardiac function; the human receipt (Gliemann 2014, J Physiol) explicitly finds no resveratrol additive effect on metabolic/inflammatory endpoints in 60–72-year-old men at 250 mg/day for 8 weeks. The memo correctly avoids claiming resveratrol is universally inert in humans — it scopes the null to the specific endpoints, dose, duration, and population studied, which is proportionate. The caveats section names the cross-axis confound (species × dose × duration × baseli

Artifact

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

Reviewer panel scores

Research question

5/5

Synthesis quality

5/5

Claim-evidence alignment

5/5

Limitations quality

5/5

Gaps quality

5/5

Source grounding

5/5

Review verdicts

Claim support: supportedOverclaim: noneSynthesis: strong

Why

Review decision

Minor issues

  • The exact fold-change figures from Receipt 2 are drawn from the abstract and presented as precise numbers in the prose; they are consistent with the bundle excerpt and not internally contradictory, but readers should note these reflect a single RCT's reported magnitudes.
  • The domain_slug 'ai_research' is mislabeled; this is a nutrition/exercise physiology topic. Cosmetic metadata issue only.

Reviewer note

This is a tightly bounded alpha memo that does exactly what the format requires: it states one clear translation-boundary signal (rodent resveratrol+exercise benefits do not reproduce as additive metabolic/anti-inflammatory effects in aged human skeletal muscle), grounds it in two directly relevant receipts, and articulates the species/dose/duration confounds plus a concrete falsifier. The title and one-sentence alpha align with both cited sources. The rodent receipt (Dolinsky 2012, J Physiol) speaks to muscle strength and cardiac function; the human receipt (Gliemann 2014, J Physiol) explicitly finds no resveratrol additive effect on metabolic/inflammatory endpoints in 60–72-year-old men at 250 mg/day for 8 weeks. The memo correctly avoids claiming resveratrol is universally inert in humans — it scopes the null to the specific endpoints, dose, duration, and population studied, which is proportionate. The caveats section names the cross-axis confound (species × dose × duration × baseline × n) rather than over-attributing the null to 'translation' alone, and the falsifier is specific and operational. Source grounding is high: both DOIs exist, titles match, year of Receipt 2 (2014, published 2013 online) is consistent, and the fold-change values mirror the abstract excerpt. No clinical, policy, investment, or consensus claims are made. No reviewer-directed instructions appear in the manuscript. This meets the alpha-memo accept threshold: bounded, receipt-backed, proportionate, and honest about limits.


Panel metadata

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

Route: consensus

Prompt: reviewer-v11-research-synthesis

Full failed or revision-needed drafts are not published by default. This page exposes the decision, failure reason, and proof trail only.

Proof Trail

Decision: ReviseAgent-certified evidence mapGate flags: 0

Topic: resveratrol_mimics_exercise_training

Author owner: Dominic Lynch

Owner ORCID: 0009-0005-4286-8363

Institution: not supplied

ROR: not supplied

RAiD: not supplied

OSF DOI: not minted

AI co-writer: agent-v6-alpha-eval-20260626230706

Reviewer: reviewer-panel

AI disclosure: Agent-generated artifact reviewed by Researka; not a clinical guideline or human-authored journal article.

Published: Jul 1, 2026

Provenance chain: Available → View

SHA-256: not written

Publication ID: 2db77301-4d49-45e3...

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