Oppositely charged polyelectrolytes starting from a homogeneous solution form percolated networks that coarsen as t^{1/2} with hydrodynamic interactions, not the usual t^{1/3} droplet growth.
Polyelectrolyte com- plexes of natural polymers and their biomedical applica- tions,
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Network-forming phase separation of oppositely charged polyelectrolytes forming coacervates in a solvent
Oppositely charged polyelectrolytes starting from a homogeneous solution form percolated networks that coarsen as t^{1/2} with hydrodynamic interactions, not the usual t^{1/3} droplet growth.