Results: Fresh Mother Cells Live Longer than Cells with Unknown History
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Conclusion
副本
The overall goal of this experiment is to make a specialized microfluidic device and use it to measure the lifespan and cellular phenotypes of a single yeast cell. This method can help answer some of the key questions in the yeast aging field, suc
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This article presents a protocol optimized for the production of microfluidic chips and the setup of microfluidic experiments to measure the lifespan and cellular phenotypes of single yeast cells.