Table 1 Critical exponents determined using models and real mitochondrial networks. The exponents obtained using data from images of mitochondrial networks are more consistent with those of the 2D Percolation universality class. Theoretical exponents were extracted from Ref.62.
From: Universal dynamics of mitochondrial networks: a finite-size scaling analysis
\(\tau\) | \({\gamma / \nu d}\) | \({d_{f}/d}\) | |
|---|---|---|---|
Mean-Field Percolation | \(5/2 = 2.5\) | \(1/3 \approx 0.33..\) | \(2/3 \approx 0.66..\) |
AB model | \(2.38\,\pm \,0.04\) | \(0.70\,\pm \,0.01\) | \(0.82\,\pm \,0.01\) |
3D Percolation | 2.15 | 0.67 | 0.84 |
2D Percolation | \(187/91 \approx 2.055\) | \(43/48 \approx 0.896\) | \(91/96 \approx 0.948\) |
SE model | \(2.0\,\pm \,0.1\) | \(0.86\,\pm \,0.02\) | \(0.91\,\pm \,0.02\) |
MEFs | \(2.01\,\pm \,0.01\) | \(0.82\,\pm \,0.08\) | \(1.01\,\pm \,0.06\) |
