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Synthetic hydrogels show great promise in tissue repair, drug delivery, medical implants and many other applications. Hydrogels functionalized with electrically conductive components can be used in bioelectronic devices for ...
A research team led by Prof. Hyeon Taeghwan at the Center for Nanoparticle Research within the Institute for Basic Science (IBS) in Seoul, South Korea has developed a new photocatalytic platform for the mass production of ...
Many people use hydrogels without knowing it. As superabsorbents in nappies, for example, hydrogels absorb a lot of liquid. In the process, the initially dry material becomes jelly-like, but it does not wet. Some people place ...
The vast majority of absorbent materials will lose their ability to retain water as temperatures rise. This is why our skin starts to sweat and why plants dry out in the heat. Even materials that are designed to soak up moisture, ...
Self-assembled peptide supramolecular hydrogels have shown great application prospects in various areas, including tissue engineering, drug delivery, and biosensing.
The development of biomaterials for artificial organs and tissues is an active area of research due to increases in accidental injuries and chronic diseases, along with the entry into a super-aged society. 3D bioprinting ...
A research group led by scientists from the RIKEN Center for Emergent Matter Science has developed a unique material, based on nanofillers embedded in a hydrogel, that can channel mechanical energy in one direction but not ...
Low-methoxy (LM) pectin gels have gained momentum in tissue engineering and drug delivery in recent years due to their excellent biocompatibility. LM pectin forms stable hydrogels by forming supramolecular assemblies with ...
RNA plays a central role in biology, but there is still much to learn about the molecule's life cycle in the cell. In recent years, scientists have devised methods that can take snapshots of messenger RNAs (mRNAs) scattered ...
A team led by Masaya Hagiwara of RIKEN national science institute in Japan has developed an ingenious device, using layers of hydrogels in a cube-like structure, that allows researchers to construct complex 3D organoids without ...
