Constitutional dynamic chemistry (CDC) 1− 7 and its application, Dynamic combinatorial
chemistry (DCC), 8− 18 are emergent approaches to generate chemical diversity. In contrast …

Conspectus Natural ion-channel proteins allow ion transport across cell membranes at rates
very close to those for ionic diffusion in water. Among them, natural KcsA K+ channels …

Aquaporins (AQPs) feature highly selective water transport through cell membranes, where
the dipolar orientation of structured water wires spanning the AQP pore is of considerable …

The imine-bond formation on chitosan backbones occurs with very low yields in aqueous
solutions and is significantly improved in hydrogels or in solid state films. The dynamic …

An investigation of the constitutional adaptive gelation process of chitosan/cinnamaldehyde
(C/Cy) dynagels is reported. These gels generate timely variant macroscopic organization …

Vanillin–chitosan biodynamers have been prepared and structure–morphology correlations
revealed the pathway of progressive incorporation of the aldehyde onto chitosan …

Despite considerable achievements over the last two decades, nonporous organic–
inorganic hybrid materials are mostly amorphous, especially in the absence of solvothermal …

Constitutional self-instructed membranes were developed and used for mimicking the
adaptive structural functionality of natural ion-channel systems. These membranes are …

Dynamic interactive systems are defined by networks of exchanging and reversibly
connected objects (supermolecules, polymers, biomolecules, biopolymers, pores …

We describe a proton exchange membrane (PEM) system in which the self-organization of
molecular precursors generates directional proton layers of high ionic group content in a …