Cartilage tissue engineering is becoming increasingly popular for repairing cartilage
defects. However, lack of nerves and blood vessels, as well as low cell density cause …

Scaffolds with antioxidant capability have attracted considerable interests for wound healing.
For enhanced wound healing, new antioxidant materials are still highly needed. In this …

In recent years, various drug carrier nanomaterials have been investigated to improve drug
delivery systems in cancer treatment. However, an ongoing requirement exists for more …

Oral nanoparticles have been considered a prospective drug delivery carrier against
ulcerative colitis (UC). To enhance the mucus-penetrating capacity and aqueous solubility …

Background Overproduction of reactive oxygen species (ROS) is known to delay wound
healing by causing oxidative tissue damage and inflammation. The green tea catechin,(–) …

Both fibroin-based and sericin-based biomaterials have been studying extensively due to
their wide applications, however the extraction of either fibroin or sericin protein is extremely …

A significant limitation in the engineering of artificial small-diameter vascular scaffolds is that
the number of endothelial cells (ECs) is not sufficient to generate a confluent coverage of the …

This study explored some aspects of the radiation-induced chemical modification of silk
fibroin in pure water solution as a means to synthesize micro-/nano-gels with antioxidant …

Antarctic krill oil (KO) is known for its poor oxidative stability, especially in emulsion systems.
In this experiment, a complex of scallop water-soluble protein-resveratrol (SWPs-RES) was …

An optimal wound-healing hydrogel requires effective antibacterial properties and a
favorable cell adhesion and proliferation environment. Although Bombyx mori silk fibroin …