Conductive hydrogels have aroused tremendous interest as strain sensing materials
because of their good biocompatibility, high stretchability, and structural similarity to natural …

Electronic conductive hydrogels have prompted immense research interest as flexible
sensing materials. However, establishing a continuous electronic conductive network within …

High-performance flexible sensors require excellent temperature and fatigue resistance
without a significant sacrifice of high sensitivity. In this study, an environmentally resistant …

As classical soft materials, conductive hydrogels have attracted wide attention in the field of
strain sensors due to their unique flexibility and conductivity. However, there are still …

Organohydrogels have demonstrated superior environmental adaptability and frost
resistance compared to conventional hydrogels, thereby prompting considerable interests in …

As global environmental issues increase, sustainable use, disposal, and production of
materials play an important role. The world produces 1.3 billion tons of food waste annually …

Polysaccharide-containing hydrogels are noted for their adhesion, self-healing, and
mechanical properties, yet their sensing performance at low strains needs improvement …

The excessive content of heavy metal ions in water has attracted increasing worldwide
attention due to the potential harm to human health and ecological systems. Therefore, it is …

Hydrogels that possess both self‐healing capabilities in tissue engineering and mechanical
properties play a pivotal role in advancing flexible sensing and wearable bioelectronic …