4. Example of a sol-gel collagen-inspired hydrogel At the University of Montpellier, researchers at the Institut des Biomolécules Max Mousseron and the Institut Charles Gerhardt have pooled their ...

Researchers from Columbia Engineering have established a framework for the design of bioactive injectable hydrogels ...

Introduction: The lack of variety in printable hydrogel systems has recently been identified as one major drawback in Biofabrication [1]. For rational development of tailorable bioinks, there are ...

Through testing, the students determined that the best material to accompany the hydrogel was clay, which performed more effectively than acrylic and aluminum thanks to its porous nature, which ...

The regeneration of bone defects remains an enormous clinical challenge owing to locally abnormal reactive oxygen species (ROS) levels and the inability to timely regulate the osteoimmune ...

Hydrogels derived from self-assembling peptides provide considerable benefits in tissue engineering including their biocompatibility and extensive molecular diversity. Short peptides are especially ...

Fibrous tissue encapsulation can impact the performance of bioelectrodes following implantation. For example, significant increases in electrode impedance can occur within four weeks post-implantation ...

Researchers at UT may have a solution that provides abundant crops without the toxic runoff. Their copper-based hydrogel catches excess nitrates and turns them into reusable ammonia before it leaches ...