… The coacervation equilibrium could be established in two ways. A macromolecular solute
could be brought to coacervation phase separation by adjusting the solvent conditions, such …

… mer desolvation, followed by phase separation; (2) … coacervate phase; (3) hardening of the
coacervate phase; and (4) isolation of microparticles or surface-coated material. Coacervation …

… In addition, we show GRNs and PrLD coacervate to undergo liquid-liquid phase separation
(LLPS) or form gel- or solid-like aggregates. Using charge patterning and conserved …

… and composition of biopolymers in the coacervate phase was dependent on the total …
of FG–GA complex coacervate phase as influenced by phase separation temperature, using …

… Phase separation or coacervation is one … phase separation or coacervation as a technique
of preparing microcapsules. The basic differences between simple and complex coacervation …

… phase separations for … a separation into two liquid phases occurs, one containing a high
and the other a low concentration of the polymer. The solvent content of the concentrated phase …

… Here we have examined the intracellular phase separation of a negatively charged IDR and
find that it forms nuclear bodies via complex coacervation. Our investigations are based on …

… Coacervation occurs in the two-phase region, where there is … coacervate phase and the
polymer-dilute supernatant phase. … phase separation leading to the coacervate phase on the …

… of liquid–liquid phase separated biological condensates. Complex coacervation is an …
architecture affect the phase separation of polypeptide-based complex coacervates. These …

… coacervate phase. However, by increasing the strength of the electrostatic interaction to l
B … undergo LLPS-SC, in which the dense coacervate phase (red) is in coexistence with the …