Papers
1
Total Citations
3
H-Index
1
About
Jinhui Li is an emerging researcher at the cutting edge of biosensor development and nucleic acid nanotechnology. Their work focuses on the innovative integration of covalent organic frameworks (COFs) with sophisticated DNA-based molecular machinery to create next-generation electrochemical detection platforms. Li's most recognized contribution centers on the design of an ultrasensitive multifunctional electrochemical biosensor capable of detecting bacteria with remarkable precision — a challenge of profound importance in clinical diagnostics and food safety. This work elegantly combines triple-helix molecular switch architecture with Zn²⁺-triggered DNAzyme-driven swing-arm robot systems, demonstrating a sophisticated command of both materials chemistry and functional DNA nanotechnology. The biosensor platform exemplifies a multifunctional approach, pushing the boundaries of sensitivity and selectivity in pathogen detection. Although Li's publication record is still developing — with their landmark 2025 paper already accumulating 3 citations shortly after publication — the novelty and technical depth of this research signals strong potential for significant future impact. Students and researchers working at the intersection of nanotechnology, synthetic biology, and analytical chemistry will find Li's approach to signal amplification and molecular engineering particularly instructive and inspiring.
Research Focus
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Top Papers
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