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Deep learning identifies DDR1 kinase inhibitors

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New classes of HIV inhibitors that can suppress drugresistant viral variants and exhibit longlasting activity are needed. Here, Yant et al. report the identification of GSCA1, a smallmolecule inhibitor of… Click to show full abstract

New classes of HIV inhibitors that can suppress drugresistant viral variants and exhibit longlasting activity are needed. Here, Yant et al. report the identification of GSCA1, a smallmolecule inhibitor of the HIV-1 capsid protein. In vitro, GSCA1 exhibited potent inhibitory activity against all major HIV-1 types, including viral variants resistant to the antiretroviral (ARV) therapies currently in clinical use. In a humanized mouse model of HIV-1 infection, 12 weeks of subcutaneous GSCA1 treatment achieved durable HIV-1 suppression, demonstrating superior activity to rilpivirine — a licensed longacting ARV.

Keywords: kinase inhibitors; learning identifies; ddr1 kinase; deep learning; identifies ddr1; activity

Journal Title: Nature Reviews Drug Discovery
Year Published: 2019

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