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Real-time detection of changes in the electrophoretic mobility of a single cell induced by hyperosmotic stress

机译:实时检测高渗应激诱导的单细胞电泳迁移率变化

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摘要

Living cells survive environmentally stressful conditions by initiating a stress response. We monitored changes in the electrophoretic mobility (EPM) of single, optically trapped yeast cells under hyperosmotic stress conditions using optical tweezers combined with a position detector. We studied the dynamics of the EPM stress response for cells at different phases of the cell cycle.
机译:活细胞通过启动压力反应在环境压力条件下生存。我们使用光镊结合位置检测器监测了在高渗应激条件下单个被光学捕获的酵母细胞的电泳迁移率(EPM)的变化。我们研究了细胞周期不同阶段的EPM应激反应动力学。

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