A loofah skeleton reinforced interpenetrating hydrogel for flexible wearable sensors

This is the authors' abstract. We don't add key points for this paper.

-AA) hydrogel. Due to the combined impact of the conductive loofah network and flexible polymer matrix, the hydrogel sensor exhibits remarkable dual tensile and compressive sensing abilities. These properties allow for accurate monitoring of human motion and reliable encoding and transmission of information. This research presents a straightforward and environmentally friendly method for the deliberate design and regulated manufacture of functional hydrogels derived from biomass.