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. 2013 May 23;110(24):9758–9763. doi: 10.1073/pnas.1218402110

Fig. 3.

Fig. 3.

Shear alters the symmetry of the reaction profile. (A) Comparison of the shape of the kinetic profiles under quiescent and high-shear conditions (33), corresponding to concentrations marked B with a vertical dotted line. The solid lines are the theoretical rate laws with the rate constants identified in Fig. 2. (B) Power-law relationship for the monomer dependence at varying shear rates from Fig. 2 A–E (Lower). The weakening of the monomer dependence, given by the magnitude of the slope, occurs as fragmentation is gradually introduced as a molecular mechanism. Predicted deviations from the power law at high concentration are shown as open circles (SI Text).