虚拟筛选
计算机科学
情报检索
数据科学
计算生物学
万维网
生物信息学
药物发现
生物
作者
Silvia Bonomo,Floriane Gibault,Sharan K. Bagal,J. Henry Blackwell,J. Breed,Gavin W. Collie,Maxime Couturier,C. R. Diène,Paolo Di Fruscia,Sean A. Gray,Craig D. Hughes,Dhadchayini Jeyaharan,Jason G. Kettle,Alexander G. Milbradt,Sarah Northall,Katherine B. Peters,Christopher J. Stubbs,E. Underwood,Yunhua Chen,Honglin Hao
标识
DOI:10.1021/acsmedchemlett.5c00302
摘要
SOS1 is one of the key regulators of KRAS where it catalyzes the GTP-to-GDP turnover required for KRAS activation. Inhibition of the SOS1::KRAS interaction is an attractive strategy to modulate abnormal KRAS activation, which is responsible for several malignancies. In this work, we performed a virtual screening campaign on the AstraZeneca compound collection with Heavy Atom Count between 21 and 26 and identified two novel and efficient binders of SOS1 which fulfill the minimal pharmacophoric requirements disclosed in known compounds. Subsequently, structure- and knowledge-based approaches were applied to develop these binders into functional inhibitors of SOS1.
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