Advancements in Interface Engineering of DNA Nanotechnology for Carbon-Based FET Biosensors: Insights from Peking University's School of Electronics
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Author:小编   

Biosensors based on carbon-based field-effect transistors (FETs) exhibit remarkable attributes, including heightened sensitivity, swift response times, minimal power consumption, and straightforward integration. These features render them invaluable and open up vast potential applications within the realm of point-of-care testing (POCT). Nevertheless, for these sensors to make the leap from laboratory experiments to become dependable and stable in vitro diagnostic tools, a significant transformation in research focus is imperative. This entails shifting from a singular pursuit of ultimate sensitivity to a broader enhancement of overall performance, encompassing long-term stability, operational reliability, and the ability for scalable manufacturing.