Extended Data Fig. 9: NAD(P)H oscillations are unperturbed in the microaerobic condition indicated by a disruption in the dynamics of the fluorescence of mCherry fused to the ATP synthase subunit Atp3. | Nature Metabolism

Extended Data Fig. 9: NAD(P)H oscillations are unperturbed in the microaerobic condition indicated by a disruption in the dynamics of the fluorescence of mCherry fused to the ATP synthase subunit Atp3.

From: Temporal segregation of biosynthetic processes is responsible for metabolic oscillations during the budding yeast cell cycle

Extended Data Fig. 9

The upper plot summarizes the dynamics of mCherry fluorescence in 24 cells with the mean and its 95% confidence interval. The NAD(P)H dynamics of these 24 cells are shown separately below. Cell 1 is also shown in Fig. 5a. With the whiskers in the upper plot, we show the spread of values of a cell not expressing mCherry that was monitored in the mCherry microscopy channel in a separate experiment. See more details in the caption of Fig. 5 and Methods.

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