Keywords
Rapid detection technology
Cross-border
Food supervision
Submitted : 2026-01-14
Accepted : 2026-01-29
Published : 2026-02-13
Abstract
Food quality and safety are related to public health and life safety, and are the core issues of food supervision work. With the rapid development of the cross-border food industry, the complexity of the food supply chain has continuously increased. Traditional laboratory detection methods are difficult to meet the needs of real-time and rapid supervision due to limitations such as long time consumption and cumbersome processes. With its characteristics of speed, convenience, and efficiency, rapid food detection technology plays an increasingly important role in cross-border food supervision and has become a key technical support for ensuring food safety. Based on this, this paper focuses on introducing the application practice of rapid food detection technology in cross-border food supervision, and analyzes its application paths in cross-border food supervision from four aspects: raising attention, optimizing application processes, strengthening team building, and improving the institutional system, aiming to provide reference for the application of rapid food detection technology in cross-border food safety supervision.
References
Yu JJ, 2025, Application Status and Analysis of Rapid Agricultural Product Detection Technology from 2020 to 2025. Chinese and Foreign Food Industry, 2025(8): 70–72.
Li JH, Chen HX, Chen F, 2025, Current Situation and Development Research of Rapid Pesticide Residue Detection Technology in Grassroots Circulation Links—Taking J District of K City as an Example. Food Industry, 46(4): 285–288.
Ma ZY, Jin YF, 2025, Application of Rapid Food Detection Technology in Food Safety. Shanghai Light Industry, 2025(2): 103–105.
Li L, Pan HL, 2025, Application Analysis of Rapid Detection Technology in Food and Drug Inspection. Chinese and Foreign Food Industry, 2025(3): 44–46.
Luo LF, 2024, Application Analysis and Research of Rapid Food Detection Technology in Food Detection. Modern Food, 30(22): 47–49.
Aimaiti A, 2024, Application Analysis of Rapid Food Detection Technology in Grassroots Food Safety Supervision. Chinese and Foreign Food Industry, 2024(8): 18–20.
Lu P, Qiu TT, Jiang LJ, et al., 2019, Problems and Suggestions in the Rapid Detection of Pesticide Residues at the Grassroots Level—Taking Songjiang District of Shanghai as an Example. Shanghai Agricultural Science and Technology, 2019(6): 31.
Li S, 2020, Research on the Application of Common Rapid Detection Technologies in Improving the Rapid Inspection of Food and Drugs. Food Safety Guide, 2020(9): 160.
Lu J, 2020, Application of Rapid Detection Technology in Food and Drug Inspection. Food Safety Guide, 2020(12): 20.
Li ZH, He Q, Shi Y, et al., 2020, A Brief Discussion on the Application and Prospect of Rapid Pesticide Residue Detection Technology. Quality Safety, and Inspection and Testing, 30(6): 57–60.
Cao KR, 2021, Application of Rapid Detection Technology in Food and Drug Inspection. Food Industry, 2021(8): 94–95.
Zhang T, 2021, Application Analysis of Information Technology in Food and Drug Inspection and Testing. Food Safety Guide, 2021(23): 52–53.
Lu L, 2021, Analysis of Common Rapid Detection Technologies in Food and Drug Inspection. China Food Industry, 2021(14): 23–24.
Wang XW, Chen XL, 2021, Discussion on the Application of Rapid Detection Technology in Food and Drug Inspection. Food Safety Guide, 2021(30): 155.
Wang JL, 2022, Discussion on the Application of Rapid Food Safety Detection Technology in Food Safety Supervision. Food Safety Guide, 2022(19): 19–21.