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Researchers are developing a more environmentally friendly and time-effective material for art preservation.

A novel approach to hydrogel formulation can help extract the benefits of essential oils for skincare.

Zwitterionic polymers have emerged as innovative biomaterials combining hydrophilicity, antifouling behavior, and exceptional biocompatibility in one structure.

Researchers from the University of Sussex have developed a revolutionary bioelectronic skin (e-skin) that promises to reshape the future of health monitoring.

Long-term exposure to PFAS is associated with health risks. As traditional water treatment methods struggle to effectively remove these contaminants, innovative filtration solutions are becoming increasingly urgent.

MIT and Georgia Tech researchers use beer yeast encapsulated in hydrogels to absorb lead from contaminated water.

MXene hydrogels are emerging as innovative materials with promising applications across various industries, including conductive plastic materials and packaging.

Hydrogels, composed of 3D polymer networks with high water content, closely mimic the mechanical properties of human tissues and organs, making them ideal for contact with human skin.