Abstract
In article number 1903802, Tiger H. Tao and co-workers report a set of body-integrated and enzyme-triggered degradable mechanical sensors using carbon nanotubes-doped conductive silk hydrogels. The sensors can real-timely monitor physiological signals and sporting motions by sensing the forces-induced resistance change of their carbon nanotube networks, and simultaneously control drug release through laser radiation-triggered rapid degradation of the hydrogel-based sensors for in situ chronic disorders treatment.
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