Abstract
HighlightsA universal strategy was proposed to producing conductive, redox-active, and hydrophilic sulfonated lignin-conductive polymer nanoparticles (CP/LS NPs).By incorporating the CP/LS NPs into hydrogel network, a good conductive, adhesive, and tough hydrogel was obtained.The redox-active NPs maintained enough catechol groups inner the hydrogel for adhesiveness.
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