Synthesis, characterization and properties of the polysiloxane-based episulfide resin

Cross-Linked PEG via Degradable Phosphate Ester Bond: Synthesis, Water-Swelling, and Application as Drug Carrier

“…In fact, it was 1.5:1 (B series), as shown in Figure 3A. From IR analysis in Figure 4, the peak that belonged to glycidyl ether at 909 cm À1 disappeared almost completely, 39 which suggested that no more glycidyl ether remained in the B series, and all of the glycidyl ether was consumed in the reaction. Whereas when the mole ratio for the glycidyl ether was increased to 2 as for C series, there was only a little glycidyl ether that remained, and most of it was consumed.…”

SAXS and DSC studies on the structural characteristics of siliconized s-triazine glassy hybrid materials

“…A broad variety of molecular, macromolecular and polymeric substances can be prepared to meet these criteria. The design and synthesis of such materials mainly rely on the formation of molecular and macromolecular structures comprised of geometrically diverse building blocks [10][11][12][13][14][15]. In particular, the synthesis of materials comprising aromatic/heteroaromatic and polyhedral building blocks provide a good opportunity to generate vitreous-glassy systems.…”

Synthesis, characterization and antibacterial activity of novel poly(silyl ether)s based on palm and soy oils

“…Poly(silyl ether) is a polymer containing O-SiR 2 -O linkage in its main chain which is responsible for its unique properties such as high thermal stability, good mechanical properties, good processibility and low glass transition temperature [10,11] . Due to the non-toxicity of poly(silyl ether)s, most of these polymers find potential application in medical field such as an artificial skin to cover wounds, optical lenses and implants etc., as they are non-cytotoxic and there is no evidence of causing adverse effect on the human body.…”