Membrane systems are gaining a prominent role in the modeling of biochemical processes
and cellular dynamics. We associate specific reactivity values to the production rules in a …

… In the latter state, the amphiphiles self-assemble into bilayer membranes or vesicles. We
explore the effects of this reaction-driven assembly (RDA) by employing two complementary …

… On this aspect, the present paper focused on HMPs obtained by the synergic coupling of
biological and/or chemical reaction driven processes with membrane processes, giving a …

… In summary, we have proposed and experimentally verified a novel process for production
of nitrogen via a reaction-driven membrane reactor. This process comprises a series of steps, …

… Simulations and analytical arguments within a minimal model of reaction-driven phase
separation reveal that the directed movement stems from two contributions: Fuel and waste are …

… flow across the membrane from phase I to II. … To examine the role of the membrane
potential in the electron … we clamped the membrane potential …

… membrane system where a redox reaction and ion transport are coupled with each other. The
membrane … rate of the trans membrane redox reaction driven by diffusion of ions as follows: …

… By using this system we can take advantage of the mixed conductivity of the support and …
the membrane in a dual chamber membrane reactor. It is thought that the system employed …

… (EG) solutions occurs by reaction-driven exchange of … reaction-driven exchange of anions.
The solvent changes the actuation mechanism from reaction-driven cation to reaction-driven …

… Finally, the concept of reaction-driven diffusiophoresis is applied to aggregates that are
assembled from amphiphilic molecules. By systematically varying molecular architectures and …