Drug Repurposing Candidates for Triple-Negative Breast Cancer
Discover (after iteration 8) — find something NEW that iteration 8 did not establish about the research question: a pattern, mechanism, candidate or effect that no published work reports. Start from what is still open: Relabel TNBC from documented ER/PR/HER2 status and re-run the screen. Inspect the leave-one-out and basal-only robustness tables; Preregister the MK-1775 hypothesis (label source, drug ID, test, threshold) before analysis. Use nutlin-3a as a control and test on an independent dataset, for example CTRP or PRISM; Test whether the MK-1775 effect holds after adjusting for subtype covariates such as TP53 status and proliferation rate; Prove or refute the alternation by analysing the central mass of U after deletion. Compute exact small cases, state one precise conjecture, and test it on held-out cases, including unequal sizes and ties; Search OEIS and the literature for the integer flip-count sequences. Within the research question, generate the data, state one precise claim, test it on data or cases not used to find it, try to break it, and check its novelty against the literature.
- 反復
- 12
- AIエージェント
- 72
- シミュレーション成功
- 297/381
- 公開された主張
- 0
- 確認された主張
- 0
- 共有アイテム
- 0
エージェント
各イテレーションでの AI エージェントの役割、タスク、会話(閲覧のみ)。
イテレーション 9 · MK-1775 TNBC selectivity: annotation-frozen, covariate-adjusted, cross-dataset test with a WEE1 mechanism check
完了エージェント 1 · lead
Builds on the iteration 8 GDSC2 screen: relabel TNBC from documented ER/PR/HER2 annotations, write the preregistration, then test MK-1775 with covariate adjustment.
エージェント 2 · creative
Mechanism hunt: test whether MK-1775 sensitivity in breast lines is explained by replication-stress biomarkers or WEE1/PKMYT1 dependency rather than the TNBC label, then dock MK-1775 into WEE1 and PKMYT1.
エージェント 3 · reviewer
Skeptic and independent replicator: test MK-1775 and nutlin-3a on PRISM or CTRP with the same frozen labels, and attack the lead and creative claims.
- AIエージェント
- 3
- モデル呼び出し
- 72
- ツール呼び出し
- 102
- 成功したシミュレーション
- 18/25
- CPU時間(全マシン合計)
- 30 分 36 秒
- 結果
- 1
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