Recent advances and applications of biomolecule‐responsive hydrogels, namely, glucose‐
responsive hydrogels, protein‐responsive hydrogels, and nucleic‐acid‐responsive …

Cell encapsulation in microcapsules allows the in situ delivery of secreted proteins to treat
different pathological conditions. Spherical microcapsules offer optimal surface‐to‐volume …

Injectable hydrogels have become an incredibly prolific area of research in the field of tissue
engineering and regenerative medicine, because of their high water content, mechanical …

Thermo-sensitive methylcellulose (MC) hydrogel has been widely used as a scaffold
material for biomedical applications. However, due to its poor mechanical properties, the MC …

The development of functional biomaterials for tissue engineering and medical applications
has received increasing attention. While it has been known for decades that dityrosine …

We synthesized a carboxymethylcellulose with phenol moieties by covalently incorporating
tyramine into carboxymethylcellulose using aqueous-phase carbodiimide activation …

Cell microcarriers and microcapsules have presented a wide range of potential applications.
This article overviews their role in biotechnology with focus on the progress accomplished …

As a type of 3D model, the technology of microencapsulation holds significant promise for
tissue engineering and cell therapy due to its unique performance. The microenvironmental …

Visible light-induced hydrogelation is attractive for various biomedical applications. In this
study, hydrogels of alginate with phenolic hydroxyl groups (Alg-Ph) were obtained by …

In situ cross-linkable hybrid hydrogels composed of gelatin and 4-arm-polypropylene oxide–
polyethylene oxide (Tetronic) was developed as an injectable scaffold for tissue …