Papers
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Total Citations
35
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About
Yujing Ma is a rising figure in the interdisciplinary field of nanoarchitectonics and biosensing, with a focused expertise in the design and application of DNA-based nanodevices. Her most-cited work, the 2023 paper "Application of DNA Nanotweezers in biosensing: Nanoarchitectonics and advanced challenges," has already garnered 35 citations, signaling its rapid impact on the scientific community. In this seminal review, Ma systematically explores the integration of DNA nanotweezers—dynamic, programmable nanostructures—into biosensing platforms, addressing both their transformative potential and the critical challenges in their nanoarchitectonic design. Her contributions lie in bridging fundamental DNA nanotechnology with practical diagnostic applications, offering a roadmap for creating highly sensitive, specific, and reconfigurable sensors. By highlighting advanced challenges such as stability, signal transduction, and multiplexing, Ma has positioned herself as a key voice guiding future research in smart nanoscale biosensors. Her work not only advances the theoretical understanding of DNA nanomachines but also inspires new directions for real-world biomedical and environmental monitoring. As her citation trajectory suggests, Yujing Ma is a promising young researcher whose insights are shaping the next generation of intelligent, DNA-based sensing technologies.
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