蛋白质水解
体外
流出
化学
细胞通透性
细胞生物学
生物化学
体内
细胞培养
磁导率
生物
嵌合体(遗传学)
底物特异性
分子生物学
作者
Siennah R. Greenfield,Philip Sandoval,Sara P. Puckett,Erika Kojima,Yipei Zhang,Matthew H. Crouthamel,Priyanka Kulkarni,Feng Hong,Chiaowen Joyce Hsiao,Hao Sun
标识
DOI:10.1016/j.dmd.2026.100369
摘要
> 20%. This approach aims to streamline in vitro workflows and minimize the need for extensive in vivo pharmacokinetic studies when evaluating novel PROTACs in preclinical discovery studies. SIGNIFICANT STATEMENT: This work establishes optimized assay conditions to assess permeability and a novel classification strategy that enables more reliable in vitro assessment of proteolysis targeting chimeras oral absorption potential. By streamlining workflows, it reduces the need for extensive in vivo pharmacokinetic studies when evaluating novel proteolysis targeting chimeras in drug discovery.
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