Ting-Yu Liu

TL;DR: An intelligent magnetic hydrogel (ferrogel) fabricated by mixing poly(vinyl alcohol) (PVA) hydrogels and Fe3O4 magnetic particles through freezing-thawing cycles showed rapid to slow drug release can be tunable while the magnetic field was switched from "off" to "on" mode.

TL;DR: PEC-immobilization can endow the PAN membrane hemocompatibility and antibacterial activity while retaining the original permeability, and the pure water permeability results show little variation due to PEC-IMobilization.

TL;DR: In this paper, a soft material/hard material hybrid in which a magnetic metal or oxide is embedded in a temperature-responsive polymer matrix can combine the thermal sensitivity with magnetic signatures.

TL;DR: Vancomycin (Van) coating of a special substrate with arrays of Ag-nanoparticles, which can provide label-free analysis of bacteria via surface enhanced Raman spectroscopy (SERS), leads to 1000 folds increase in its capability to capture bacteria without introducing significant spectral interference.

TL;DR: An inorganic phase, MMT, was incorporated in the CS matrix to enhance the anti-fatigue property and corresponding long-term stable release kinetics and in this work, the nanohydrogel with 2 wt.% MMT achieved a mechanically reliable and practically desirable pulsatile release profile and excellent anti-Fatigue behavior, compared with that of the pure CS.