【摘 要】
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Owing to their potential for diagnosis and remote healthcare monitoring,biosensors are a major research focus for the medical industry.In general,biosensors contain two key components:a biological component and a physical or chemical transducing device.As
【机 构】
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CAS Center for Excellence in Nanoscience,Beijing Key Laboratory of Micro-Nano Energy and Sensor,Beij
论文部分内容阅读
Owing to their potential for diagnosis and remote healthcare monitoring,biosensors are a major research focus for the medical industry.In general,biosensors contain two key components:a biological component and a physical or chemical transducing device.As a typical convergence technology,biosensor integrates the principles and technologies of biology,chemistry,physics,and other disciplines.Since the advent of the first biosensor in the 1960s,an amperometric enzyme electrode for monitoring glu-cose leverls[1],biosensors have developed rapidly in terms of design simplicity,sensitivity,feedback speed,and accuracy.They have broad application prospects,such as portable(including wearable)devices,point-of-care testing(POCT),noninvasive anal-ysis,biopsy,online detection,on-site monitoring,ultra-high time-space resolution,and single-cell biology applications.
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