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(Invited) Eight Channel Microphysiometry Using a Lab on a Chip Microclinical Analyzer

机译:(邀请的)八通道微量微量测量法使用芯片微撇子分析仪上的实验室

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We have built a multianalyte microphysiometer that detects multiple analytes involved in the cellular bioenergetics simultaneously. Monitoring the uptake of glucose and oxygen, and the production of lactate and acid gives a more complete picture of the metabolic processes within the cell than just acidification microphysiometry alone. Metabolic processes such as glycolysis, mitochondrial ATP generation, and glycogenesis are all directly related to the flux of these analytes. Temporal resolution of metabolic responses is much faster than conventional well-plate studies, leading to dynamic metabolic data. Electrochemical sensors are easily adapted into microfluidic formats for microphysiology readouts.
机译:我们已经构建了一种多层显微镜尺,可同时检测多种分析物涉及细胞生物终体植物。 监测葡萄糖和氧气的吸收,乳酸和酸的产生给出了细胞内代谢过程的更完整的图像,而不是仅酸化微细肌肉术。 代谢过程如糖酵解,线粒体ATP生成和糖血糖均与这些分析物的通量直接相关。 代谢反应的时间分辨率比传统的孔板研究更快,导致动态代谢数据。 电化学传感器易于调整为微生物学读数的微流体格式。

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