Fig. 6.

Strain dynamics under fixed pressure from the evolving power-law model. By assuming that the power-law scaling exponent α evolves based on the degree of relaxation of the cell state after an initial deformation, we plotted the normalized strain $J_{\mathrm{N}}(t)=A{t}^{\alpha }/J_{\mathrm{i}}=t^{\alpha }/t_{\mathrm{i}}^{{\alpha }_1}$ for different α's and recovered the typical behavior in serial strain dynamics under fixed pressure.