Elastomeric, fully degradable, and biocompatible biomaterials are rare, with current options
presenting significant limitations in terms of ease of functionalization and tunable …

In this study, silk fibroin and hyaluronic acid (HA) were enzymatically crosslinked to form
biocompatible composite hydrogels with tunable mechanical properties similar to that of …

Hydrogels are an attractive class of tunable material platforms that, combined with their
structural and functional likeness to biological environments, have a diversity of applications …

Developing hydrogel which combines superior mechanical performance and
biocompatibility attracts researchers' attention in recent years. Here, a novel biocompatible …

Biomaterials of either natural or synthetic origin are used to fabricate implantable devices, as
carriers for bioactive molecules or as substrates to facilitate tissue regeneration. For the …

In the context of this era of complementary interdisciplinary advances, the design and
preparation of hydrogel materials has been a hot avenue of research for a variety of …

Silk fibroin hydrogels crosslinked through di‐tyrosine bonds are clear, elastomeric
constructs with immense potential in regenerative medicine applications. In this study …

Silk from the silkworm, Bombyx mori, has been used as biomedical suture material for
centuries. The unique mechanical properties of these fibers provided important clinical …

Cell encapsulating hydrogels with tunable mechanical and biological properties are of
special importance for cell delivery and tissue engineering. Silk fibroin and collagen, two …

Elastomeric, robust, and biocompatible hydrogels are rare, while the need for these types of
biomaterials in biomedical‐related uses remains high. Here, a new family of genetically …