Bioresponsive polymers have been widely used in drug delivery because of their
degradability. For example, poly (disulfide) s with repeating disulfide bonds in the main …

Poly (disulfide) s-based systems with repetitive disulfide bonds in their backbones are
emerging as promising tumor microenvironment responsive platforms for drug delivery …

Recent years have witnessed an increase in the utilization of stimuli-responsive polymers in
various areas of materials and biological sciences. In particular, disulfide linkage containing …

Most currently available cationic polymers have significant acute toxicity concerns such as
cellular toxicity, aggregation of erythrocytes, and entrapment in the lung capillary bed …

A strategy is reported for controlling the architecture of poly (disulfide) s by ring-opening
polymerization. Aryl thiol initiators shift the ring–chain equilibrium to yield cyclic polymers …

Disulfide bonds (SS) are widely found in chemistry, biology, and materials science. Polymer
nanomaterials containing disulfide bonds with a variety of excellent properties have great …

The delivery of therapeutic agents into target cells is a challenging task. Cell penetration and
intracellular targeting were recently addressed with biodegradable cell-penetrating poly …

Don't forget poly (disulfide) s. There is a rich literature pointing out the advantages of the
dynamic nature of single disulfide bridges to explore self-sorting, biomolecular engineering …

Due to the significance of disulfide bonds within modern material and medicinal sciences,
much attention has been paid to the synthesis of disulfide-containing polymers. Within this …

Lessons from surface-initiated polymerization are applied to grow cell-penetrating poly
(disulfide) s directly on substrates of free choice. Reductive depolymerization after cellular …