Microfluidic platforms produce RNA-loaded lipid nanoparticles (RNA-LNPs) with superior uniformity, encapsulation efficiency, and control over size compared to bulk methods, and unlike bulk approaches, their throughput can be scaled over orders of magnitude via parallelization without altering the formulation. Despite t...
Yoon-Ho Hwang, Gijung Kim, H. Dinh et al.· Lab on a Chip· 0 citations
Pickering emulsions stabilized by anisotropic particles exhibit enhanced stability and tuneable interfacial structures, yet controlling the orientation of adsorbed particles remains challenging. While thermodynamic models predict that rod-shaped anisotropic particles typically favor a parallel orientation at the oil-wa...
Emery Hsu, Yi-Jiang Mu, Kai-Wen Wang et al.· Nanoscale· 0 citations
Thermal depolymerization is typically studied in bulk, yet many systems involve polymers confined within nanoscale geometries. Understanding how nanoconfinement alters radical depolymerization kinetics is essential for interpreting polymer stability in nanostructured environments. Here we show that thermal depolymeriza...
Ui-Seong Hwang, Ching-Yu Wang, Zhanyuan Liu et al.· Small· 0 citations
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