P. S. De

Sensitivity analysis identifies the factors driving the enzymatic saccharification of lignocellulose

This paper identifies key parameters driving enzymatic saccharification of lignocellulose using sensitivity analysis and a biophysical model, reducing parameter space from 19 to 5.

Does cellular adaptation to force loading rate determine the biphasic vs monotonic response of actin retrograde flow with substrate rigidity?

The paper investigates how cellular adaptation to force loading rate influences the biphasic or monotonic response of actin retrograde flow and traction force with substrate rigidity.

Stick-Slip Dynamics of Migrating Cells on Viscoelastic Substrates

The paper develops a theoretical model to study stick-slip dynamics of migrating cells on viscoelastic substrates, showing that optimal substrate viscosity maximizes traction force and minimizes retrograde flow.