Flexible sensing devices (FSDs) fabricated using conductive hydrogels have attracted
researchers' extensive enthusiasm in recent years due to their versatility. Considering the …

To overcome the status quo of fragile network and single function in the single-network
hydrogel, this work designed and fabricated a dual-network O-CMCS (O-carboxymethyl …

As an ideal material for flexible sensors, electrically conductive hydrogels (ECHs) has been
faced with water loss and easy freezing, which affects the conductive and tensile properties …

Cellulose-based flexible sensors, characterized by outstanding biocompatibility,
degradability, and rich surface chemistry, offer considerable promise for human health …

Bacterial wound infections remain a significant health issue of great concern. Hence, there is
a need to develop a novel material with antibacterial properties and smart functions. In this …

The use of active packaging has attracted considerable attention over recent years to
prevent and decrease the risk of bacterial and viral infection. Thus, this work aims to develop …

Skin-like soft conductive hydrogels with intrinsic mechanical flexibility exhibit promising
potential as flexible electrical sensors. However, dilemmas remain regarding their electrical …

In this study, a smart strain sensor based on gluten/guar gum (GG) copolymer containing a
combination of additives was developed. The mix proportions of strain sensors were …

Abstract Hydrogen peroxide (H2O2) has attracted considerable attention for use as a
disinfectant ingredient for various applications over the decades. The use of H2O2 within the …

Conductive hydrogels have attracted enormous attention in wearable electronic devices due
to considerable flexibility and similarity with human skin. Since the majority of hydrogels …