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.

中文翻译：

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机械传感器：人体集成，酶触发可降解，基于丝绸的机械传感器，可用于定制的健康/健身监测和原位治疗（Adv。Sci。13/2020）

Tiger H. Tao在其文章1903802中报告了一组使用碳纳米管掺杂的导电丝水凝胶进行的人体整合和酶触发的可降解机械传感器。这些传感器可以通过感测其碳纳米管网络的力引起的电阻变化来实时监测生理信号和运动，并通过激光辐射触发的基于水凝胶的传感器的快速降解来控制药物释放，从而进行原位慢性疾病治疗。