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Decision: Revise

Alpha memo: exercise training resveratrol metabolic skeletal

Bounded alpha-memo with a clear single signal: exercise training beats resveratrol on skeletal muscle lipid metabolism and inflammatory signaling, with the gap widening from obese-mice diet-reversal to healthy aged men. The two receipts are well-chosen and directly support the contrast. Receipt 1 (Cho et al., J Exerc Nutrition Biochem 2015) shows treadmill exercise outperforming 10 mg/kg resveratrol on SREBP and TNF-α in obese C57BL/6J mice on diet reversal. Receipt 2 (Olesen et al., J Physiol 2014) shows 8 weeks of high-intensity knee-extensor training raising PGC-1α, cytochrome c, COX-I, CS, 3-HAD, and IκB protein in 60–72-year-old men, while 250 mg/day resveratrol produced no exclusive metabolic effect and actually blunted exercise-induced reductions in protein carbonylation and TNF-α mRNA. The headline update — resveratrol anchor weakens in aged human tissue — is proportionate to these receipts and properly hedged. Caveats section honestly flags species, age, baseline metabolic sta

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 resveratrol dose-equivalence point in caveats could cite mg/kg human equivalent (~1 mg/kg for 250 mg/70 kg) to make the dose gap more concrete.

Reviewer note

Bounded alpha-memo with a clear single signal: exercise training beats resveratrol on skeletal muscle lipid metabolism and inflammatory signaling, with the gap widening from obese-mice diet-reversal to healthy aged men. The two receipts are well-chosen and directly support the contrast. Receipt 1 (Cho et al., J Exerc Nutrition Biochem 2015) shows treadmill exercise outperforming 10 mg/kg resveratrol on SREBP and TNF-α in obese C57BL/6J mice on diet reversal. Receipt 2 (Olesen et al., J Physiol 2014) shows 8 weeks of high-intensity knee-extensor training raising PGC-1α, cytochrome c, COX-I, CS, 3-HAD, and IκB protein in 60–72-year-old men, while 250 mg/day resveratrol produced no exclusive metabolic effect and actually blunted exercise-induced reductions in protein carbonylation and TNF-α mRNA. The headline update — resveratrol anchor weakens in aged human tissue — is proportionate to these receipts and properly hedged. Caveats section honestly flags species, age, baseline metabolic state, dose, and modality differences, and articulates a concrete falsifier (a within-study head-to-head trial in aged humans). Statistics reported in the memo (fold-changes for PGC-1α ~1.5, cytochrome c ~1.3, COX-I ~1.5, CS/3-HAD ~1.3, IκB ~1.3, ~25% acetylation reduction, ~20% carbonylation, ~40% TNF-α mRNA) match the Receipt 2 abstract. Source grounding is direct, recent enough (2014, 2015), and both DOIs resolve to peer-reviewed primary studies. No instructions embedded in manuscript. Title/source alignment is correct: exercise training and resveratrol are the named anchors throughout, matched by both cited receipts.


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: Jun 29, 2026

Provenance chain: Available → View

SHA-256: not written

Publication ID: e01c92cc-7bc1-41fe...

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