Nanosensors for early detection of plant diseases
用于植物病害早期檢測的納米傳感器
Nor AzahYusof12 ，AzizulIsha3
https://doi.org/10.1016/B978-0-12-817852-2.00016-0
Abstract
Agriculture plays an important role in the development of human civilization. Plant infections caused by pathogens such as bacteria, viruses, and fungi are continuous problems in agriculture industry. Because of these problems, nanosensors has been the most important tools in modern agriculture for early detection of plant diseases. A lot of efforts have been made to develop a variety of sensors for various applications in agriculture. Application of nanosensors in agriculture hold a significant promise in management of pathogens by controlling and providing diagnostic tools for early detection of plant diseases. Crucial characteristics such as speed and accuracy are needed to be considered for diseases detection at early stage. The use of nanosensors technology is suggested to aid, direct, and enhance traditionally substituted diagnostic techniques in detection of plant diseases at early stage. In addition, nanosensors can support sustainable agriculture for enhancing crop productivity.
農業在人類文明發展中起著重要作用。由病原體例如細菌，病毒和真菌引起的植物感染是農業工業中的持續問題。由于這些問題，納米傳感器已成為現代農業中用于早期發現植物病害的重要工具。為了開發用于農業的各種應用的各種傳感器，已經做出了很多努力。通過控制和提供用于早期發現植物病害的診斷工具，納米傳感器在農業中的應用在病原體管理中具有廣闊的前景。早期疾病檢測需要考慮諸如速度和準確性之類的關鍵特征。建議使用納米傳感器技術來幫助，指導，并在早期檢測中增強傳統替代診斷技術以檢測植物病害。此外，納米傳感器可以支持可持續農業以提高作物生產力。
Keywords：Agriculture、early detection、nanosensors、pathogen、plant diseases
