Polymer particles are promising particulate materials for renowned biomedical applications
such as targeted drug delivery, tissue engineering, and biosensing. Surface properties of the …

We report on the development of a novel and flexible online digital polymerase chain
reaction (dPCR) system. The system was composed of three parts: an inkjet for generating …

Background Inkjet method has been used to produce nano-sized liposomes with a uniform
size distribution. However, following the production of liposomes by inkjet method, the …

In this work we describe the production of spherical polymer particles from thermoplastic
polymers. A simple method is developed to transform rough powders into spherical particles …

A novel method was developed for determination of aflatoxin B1, B2, G1, and G2 (AFB1,
AFB2, AFG1, and AFG2) in wheat using inkjet-based dispersive liquid–liquid microextraction …

We investigate the impact of ternary phase behavior on the microstructure of porous polymer
particles produced by solvent extraction of polymer solution droplets by a nonsolvent …

This study presents a simple approach for fabricating low-density drug–polymer amorphous
solid dispersions (ASDs) using a piezoelectric inkjet method, demonstrating potential …

Nonsolvent-induced phase separation (NIPS) is a popular method for creating polymeric
particles with internal microstructure, but many fundamental questions remain surrounding …

Seeking to produce microparticles that mimic red blood cells (RBCs), we present a
microfluidic method of generating monodispersed hydrogel microparticles of Na-/Ca …

The precise spatiotemporal delivery of nanoparticles from polymeric capsules is required for
applications ranging from medicine to materials science. These capsules derive key …