Dynamic analysis of an enzymatic membrane reactor

This paper is focused on the analysis of nonlinear dynamics of an enzymatic process involving three chemical species. The work is based on the immobilization of Acetyl-cholinesterase enzyme into an artificial proteinic membrane. Our objective is to study oscillations observed in the membrane potential difference during experimental works. Stability analysis is provided for the system from a theoretical point view. Reported results allow the analysis of the profile of diffusion motion of molecules inside the membrane.