Although bio‐adhesives have achieved many progresses, creating robust bio‐glues that
could withstand the complex physiological microenvironment remains a significant …

Hydrogels are excellent materials for fabricating flexible electronic devices, such as flexible
sensors. However, obtaining hydrogels with superior swelling capacity and good …

Adhesion in aqueous environments is often hindered by the water layer on the surface of the
substrate due to the water sensitivity of the adhesive, greatly limiting the application …

Traditional hydrogels often face issues like dehydration, excessive swelling, and poor
adhesion, limiting their practical applications. This study presents a facile and universal …

Mineralized hydrogels have attracted significant attention in the field of bone repair. Herein,
an innovative strategy of “freezing, salting‐out and mineralizing”(FSM) is proposed for the …

Microbial infections result in significant postharvest losses of fresh produce. Microbial
metabolism and variation in the quality of fruit and vegetables caused by microbial infection …

Hydrogel electrode interfaces have shown tremendous promise in the acquisition of surface
electromyography (EMG) signals. However, the perspiration or moisture environments will …

The stable adhesion of hydrogel-based bioadhesives with tissue-matchable mechanical
properties in biological environments remains a significant challenge. In this work, we …

Hydrogels have broad application prospects in biomedicine, energy, and tissue engineering
due to their high water content, adjustable physicochemical properties, and flexibility. In …

Hydrogels have indeed achieved significant advancements, yet their clinical translation has
been hampered by their inherent limitations in wet adhesion properties. Furthermore, the …