Hydrogels from natural polymers are eco-friendly, biocompatible and adjustable for
manufacturing wearable sensors. However, it is still challenging to prepare natural polymer …

Conductive hydrogel endures as an ideal candidate for flexible electronic devices. However,
conventional conductive hydrogels cannot incorporate superior sensitivity under low …

Due to good stretchability, conductive gels have significant advantages in the field of
manufacturing wearable flexible electronic devices. However, hydrogel-based and ionogel …

Hydrogel-based sensors have attracted increasing attention as fascinating materials for
various applications in biomedicine and bioelectronics. However, the application of strain …

Develo** a straightforward method to produce conductive hydrogels with excellent
mechanical properties, self-adhesion, and biocompatibility remains a significant challenge …

Conductive hydrogels have attracted great interest in the fabrication of flexible strain
sensors. However, hydrogel-based strain sensors still have unresolved challenges, such as …

Bacterial cellulose, or microbial cellulose, had gained tremendous interest as a hydrogel
material for biomedical purposes in the recent years. It has many intrinsic physiological …

With the flourishing of mussel-inspired chemistry, the fast-growing development for
environmentally friendly materials, and the need for inexpensive and biocompatible …

In this study, a conductive double network cross-linked hydrogel with anti-swelling and
shape memory was successfully prepared by [2-(methacryloyloxy) ethyl] dimethyl-(3 …

Flexible strain sensors based on hydrogels have shown promising application prospects in
artificial tissue and body deformation monitoring. However, hydrogel-based sensors with …