Protein-based biomaterials are widely used to generate three-dimensional (3D) scaffolds for
tissue regeneration as well as compact delivery systems for drugs, genes, and peptides …

Albumin, the most abundant plasma protein in mammals, is a versatile and easily obtainable
biomaterial. It is pH and temperature responsive, dissolvable in high concentrations and …

For porous protein scaffolds to be employed in tissue-engineered structures, the
development of cost-effective, macroporous, and mechanically improved protein-based …

Developing biomaterials-based tissue engineering scaffolds with personalized features and
intrinsic biocompatibility is appealing and urgent. Through utilizing various strategies …

With its clinically-demonstrated safety profile and huge potential for functionalization,
albumin should be an ideal biomaterial. In this study, we obtained disulfide-crosslinked …

Hydrogels with good biocompatibility and the ability to maintain a moist environment at the
wound site, as well as good drug-carrying capacity and slow-release properties, can be …

Albumin-based hydrogels have emerged as promising nanoparticle systems for the effective
delivery of hydrophobic anticancer drugs. Anti-cancer drugs often cause some adverse …

Serum albumin was conjugated to poly-(ethylene glycol)(PEG) and cross-linked to form
mono-PEGylated albumin hydrogels. These hydrogels were used as a basis for drug …

Albumin-based hydrogels are increasingly attractive in tissue engineering because they
provide a xeno-free, biocompatible and potentially patient-specific platform for tissue …

The goal of this work was to utilize the naturally derived bioactive polymer hyaluronic acid
(HA) to create a combination tissue engineering scaffold and protein delivery device. HA is a …