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Predictive Metabolism Based Model of Cardiomyopathy Using Human Embryonic Stem Cell Derived Cardiac Precursors

机译:使用人胚胎干细胞衍生心脏前体的心肌病模型基于心肌病的预测性代谢基于心肌病

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Culture of cardiac precursors in a 96-well format allows for the high-throughput investigation of cardiotoxic agents. hES cell derived cardiac precursors exhibit changes in cell viability that suggest they respond to cardiotoxic compounds in an appropriate manner. Metabolomics is a viable experimental system that can be applied to uncover changes in metabolism and small molecule biomarkers associated with cardiotoxicity. Differentially secreted small molecules and changes in flux of media components can be used to model cardiotoxicity based on metabolic endpoints.
机译:96孔格式中心脏前体的培养允许对心脏毒性药剂的高通量调查。 HES细胞衍生心脏前体表现出细胞活力的变化,表明它们以适当的方式对心脏毒性化合物进行响应。 代谢组学是一种可行的实验系统,可以应用于揭示新陈代谢和与心脏毒性相关的小分子生物标志物的变化。 差异分泌的小分子和培养基组分的变化可以基于代谢终点来模拟心脏毒性。

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