Dual nanozyme-powered self-sensing platform with cascaded amplification for ultrasensitive detection of sugarcane pathogen.
Bei Zhang, Yujie Song, Tao Wen, Zeping Wang +3
AI summary
75% confidenceThis MES study investigates Cascaded signal amplification, Fusarium sacchari detection, Nanozyme catalysis. The research focuses on system optimization and characterization.
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Abstract
Early detection of Fusarium sacchari, the causative agent of sugarcane pokkah boeng disease, is critically hindered by the insufficient sensitivity of existing detection methods. This limited sensitivity leads to diagnostic delays, thereby complicating timely disease management and control in sugarcane cultivation. Early and accurate detection is essential to preventing the spread of the disease and minimizing crop loss, thus highlighting the urgent need for innovative diagnostic solutions. These solutions must overcome the limitations of traditional methods, offering more sensitive, reliable, and efficient approaches for early intervention and disease prevention in agricultural practices.
Keywords
Identifiers
- PubMed
- 41073018
- Journal
- Analytica chimica acta
- Year
- 2025