The complexation of polyelectrolytes with other oppositely charged structures gives rise to a
great variety of functional materials with potential applications in a wide spectrum of …

Complex coacervates based on the combination of two oppositely charged biopolymers
have been proposed as encapsulating and protective platforms for bioactive agents in food …

This work reports the phase behavior and electrochemical properties of liquid coacervates
made of ferricyanide and poly (ethylenimine). In contrast to the typical polyanion/polycation …

Designing effective drug nanocarriers that are easy to synthesize, robust, and nontoxic is a
significant challenge in nanomedicine. Polyamine-multivalent molecule nanocomplexes are …

Physical phenomena operate quite differently at the nanoscale as compared to those
observed in the macroscopic and microscopic regimes. The behaviors of nanoscopic objects …

The study of the phase behavior of polyelectrolyte complex coacervates has attracted
significant attention in recent years due to their potential use as membrane-less organelles …

Polyelectrolyte coacervates, obtained by mixing solutions of oppositely charged polyions,
and layer-by-layer films, produced by sequential adsorption of polyelectrolytes on a surface …

Electrostatic self-assembly of photoacids with oppositely charged macroions yields
supramolecular nano-objects in aqueous solutions, whose size is controlled through light …

The non‐covalent chemistry behind the complexation of polyelectrolytes (PEs) allows the
rational design of different architectures within the nanometer scale with properties that can …

Immunosensors play a crucial role in clinical diagnosis and subsequent treatment by
detecting vital substances in biological samples. Among them, electrochemical …