形状扩散+BRADSHAW四轮迭代,ERAP1抑制剂设计成功率分别提升25%与4倍
Featured 是长篇解读,Notable 是简要入选,Candidate 公开保留在候选池中,便于人工复核。
重点关注
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Peer-reviewed journal source; Top institution: Sun Yat-sen University; Core venue: Journal of Chemical Information; Domain relevant (2 hits): molecular generation, scaffold hopping; AIDD core boost (2 hits): scaffold hopping, molecular generation; Priority topic: molecule design; Core AIDD task
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Peer-reviewed journal source; Top institution: GSK; Core venue: Journal of Medicinal Chemistry; Domain relevant (2 hits): molecular generation, medicinal chemistry; AIDD core boost (1 hits): molecular generation; Priority topic: molecule design; Core AIDD task
也值得关注
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Peer-reviewed journal source; Top institution: Sun Yat-sen University; Core venue: Journal of Chemical Information; Domain relevant (1 hits): binding affinity; AIDD core boost (1 hits): binding affinity; Priority topic: binding and screening; Core AIDD task; Editorial cap: core venue article promoted to notable pending stronger editorial value
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Peer-reviewed journal source; Top institution: Meta; Core venue: Journal of Chemical Information; Domain relevant (2 hits): QSAR, structure-activity relationship; Priority topic: ADMET and developability; Core AIDD task; Editorial cap: core venue article promoted to notable pending stronger editorial value; Editorial cap: ACS article lacks explicit AI-method signal
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Preprint source; Domain relevant (2 hits): binding affinity, molecular generation; AIDD core boost (2 hits): binding affinity, molecular generation; Priority topic: molecule design; Core AIDD task; Editorial cap: preprint needs stronger score or institution signal for featured
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Peer-reviewed journal source; Core venue: Journal of Chemical Information; Domain relevant (1 hits): drug discovery; AIDD core boost (1 hits): drug discovery; Priority topic: general AIDD; General methodology; Editorial cap: core venue article promoted to notable pending stronger editorial value
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Peer-reviewed journal source; Top institution: Chinese Academy of Sciences; Domain relevant (1 hits): biomarker discovery; AIDD core boost (1 hits): biomarker discovery; Priority topic: omics and biomarkers; Foundation layer
候选论文
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Peer-reviewed journal source; Core venue: Journal of Medicinal Chemistry; Domain relevant (1 hits): lead optimization; AIDD core boost (1 hits): lead optimization; Priority topic: ADMET and developability; Core AIDD task; Editorial cap: core venue article promoted to notable pending stronger editorial value; Editorial cap: ACS article lacks explicit AI-method signal
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Peer-reviewed journal source; Elite venue: Nature; Domain relevant (1 hits): small molecule; Priority topic: omics and biomarkers; Foundation layer
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Peer-reviewed journal source; Elite venue: Proceedings of the National Academy of Sciences of the United States of America; Domain relevant (1 hits): therapeutic target
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Peer-reviewed journal source; Core venue: Journal of Chemical Information; Domain relevant (1 hits): molecular property prediction; Priority topic: ADMET and developability; Core AIDD task; Editorial cap: core venue article promoted to notable pending stronger editorial value
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Peer-reviewed journal source; Elite venue: Proceedings of the National Academy of Sciences of the United States of America; Priority topic: molecular simulation; Foundation layer
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Peer-reviewed journal source; Elite venue: Journal of the American Chemical Society
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Peer-reviewed journal source; Elite venue: Nature
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Peer-reviewed journal source
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Preprint source; Priority topic: molecular simulation; General methodology; Editorial cap: preprint needs stronger score or institution signal for featured; Editorial cap: weaker preprint with limited AIDD signal defaults to candidate