Program in Chemical and Physical Biology, Vanderbilt University, Nashville, TN, USA.
Department of Physics, Pennsylvania State University, University Park, PA, USA.
Trends Pharmacol Sci. 2020 Apr;41(4):266-280. doi: 10.1016/j.tips.2020.01.011. Epub 2020 Feb 26.
Even as the clinical impact of drug combinations continues to accelerate, no consensus on how to quantify drug synergy has emerged. Rather, surveying the landscape of drug synergy reveals the persistence of historical fissures regarding the appropriate domains of conflicting synergy models - fissures impacting all aspects of combination therapy discovery and deployment. Herein we chronicle the impact of these divisions on: (i) the design, interpretation, and reproducibility of high-throughput combination screens; (ii) the performance of algorithms to predict synergistic mixtures; and (iii) the search for higher-order synergistic interactions. Further progress in each of these subfields hinges on reaching a consensus regarding the long-standing rifts in the field.
即使药物组合的临床影响不断加速,也没有出现关于如何量化药物协同作用的共识。相反,调查药物协同作用的现状揭示了关于相互冲突的协同作用模型的适当领域的历史分歧仍然存在——这些分歧影响了组合疗法发现和应用的各个方面。在此,我们记录了这些分歧对以下方面的影响:(i)高通量组合筛选的设计、解释和可重复性;(ii)预测协同混合物的算法的性能;以及(iii)寻找更高阶的协同相互作用。这些子领域中的每一个领域的进一步进展都取决于就该领域长期存在的分歧达成共识。