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. 2022 May 31;13:3030. doi: 10.1038/s41467-022-30521-2

Fig. 4. Effect of the Dhh1/polyU ratio on the droplet material properties.

Fig. 4

a Representative ISFs f(q, Δt) of liquid-like, high-diffusive (green curve), and low-diffusive (blue curve) droplets, and dynamically arrested condensates (gray squares) observed in samples containing various Dhh1/polyU ratios. bd Increase of the fraction of dynamically arrested droplets at low Dhh1/polyU ratios, as measured by DDM (b, c), which is consistent with the increase in the fusion time Tfus of the condensates (in d). In panel c, numbers indicate the fraction of arrested droplets in %. A high fraction of dynamically arrested droplets is highlighted in red, a low fraction is highlighted in green. The color bar in panel d describes the absolute polyU concentration used in panels b, d. In b, c, the fraction of arrested droplets was calculated by analyzing at least 15 different condensates in three independent samples. Source data for panels bd are provided in the Source Data file.