Yoichiro Mori A

This paper develops a multiphysics framework to model cell migration by coupling osmotic flow with actin dynamics, showing how cytosolic convection influences migration through nonlinear interactions.

This paper compares continuous and intermittent adaptive chemotherapy dosing using mathematical models, finding continuous adaptive therapy more robust and effective in delaying tumor growth.

This paper introduces an electrodiffusive network model that tracks intra- and extracellular ion concentrations, electrical potentials, and volume fractions in a biophysically consistent way, showing how ion dynamics affect synaptic strength, spontaneous firing, and glial coupling.