As mimicking natural virus structures, virus‐like particles (VLPs) have evolved to become a
widely accepted technology used for humans which are safe, highly efficacious, and …

… Application of fundamental colloid chemistry and particle engineering principles to modify
and design delivery systems constitutes a direction, which can lead to novel biomaterials …

… in particle engineering now allow highly tunable physicochemical properties of particle-…
With specific emphasis on PRR-targeted adjuvants and particle physicochemical properties, …

… promised by single particle studies, … particle studies to guide the rational design of practical
ensemble systems are still rare. It is clear that a stronger connection between single particle …

… not even observed in the simulations of our initial particle design. Despite this lack of direct
sampling, the landscape engineering approach readily predicts the location of the octahedral …

… The composition of precipitant salt containing weak anions resulted in high PDI particles.
With increasing the concentration and intrinsic viscosity of CS, the particle size was increased, …

… highlight our efforts in the rational design of VLPs and their … Second, we highlight the
design strategies and progress of … loaded through the process of particle self-assembly/reassembly …

… mass/number of the particle, surface area/volume of the particles or … to the mass transport of
particles in suspension and their … of surfaceengineering for designing cancer nanomedicines …

… To make this a manageable task, I focus on one aspect of particle technology—unit operations
design. I use granulation as my primary example, since this is a process that my group at …

… will facilitate the rational design and assembly of advanced polyphenol particles for specific
… to assemble and stabilize polyphenol-based particles for diverse applications. In polyphenol-…