⚡ 本页包含 AI 生成的分析内容，仅供参考
本文综述了生物电子学领域的最新进展，重点介绍了软皮肤共形电子和生物可吸收设备，这些技术能够形成闭环反馈网络，用于治疗多种患者状况。论文通过具体临床需求演示了这些新兴技术的独特应用价值。
with features that adapt, resorb and reconstruct in a time-dynamic manner to sustain life processes. Bio-integrated electronic systems that capture certain of these essential attributes, in the form of closed-feedback networks of wireless, body-integrated devices, could be useful in treatment of various patient conditions. Research over the last decade in this field of bioelectronics establishes the foundations for soft, skin-conformal electronics and for bioresorbable devices. A specific clinical need that can be uniquely addressed with these emerging technologies, and that serves as a demonstration for their latest capabilities, is in continuous monitoring of cardiac function and autonomous treatment of abnormal heart rhythms that present as temporary conditions in many patients following a cardiac surgery. Traditional cardiac pacemakers have revolutionized care worldwide and saved millions of lives, but devices for temporary purposes involve
Northwestern University, Evanston, IL, The human body relies on sensing and actuating systems that operate in feedback loops