Tůma Petr
Department of Hygiene, Third Faculty of Medicine, Charles University, Ruská 87, 100 00, Prague 10, Czech Republic.
Anal Chim Acta. 2025 Feb 1;1337:343325. doi: 10.1016/j.aca.2024.343325. Epub 2024 Oct 11.
The review focuses on the design of detection cells, the use of microcontrollers for processing and evaluation of the detection signal, and the development of multi-detection systems for electromigration, liquid chromatography, flow-through and microfluidic techniques. A separate section is the introduction of modern 3D printing techniques and the use of new printing materials for the design of multidetection systems. In addition to traditional utilisation in separation techniques, new versions of contactless conductivity detectors are finding applications in FIA, SIA, portable and paper based analytical systems or as independent sensors. Applicationwise, C4Ds find new use in gas detection, segmented flow monitoring, as part of point of care devices, and in many other biomedical, environmental, agricultural and industrial applications.
该综述重点关注检测单元的设计、用于检测信号处理与评估的微控制器的使用，以及用于电迁移、液相色谱、流通和微流控技术的多检测系统的开发。单独的一部分内容是介绍现代3D打印技术以及使用新型打印材料设计多检测系统。除了在分离技术中的传统应用外，新型非接触式电导检测器正在被应用于流动注射分析、顺序注射分析、便携式和纸质分析系统，或用作独立传感器。在应用方面，非接触式电导检测器在气体检测、分段流监测、即时检测设备中得到新应用，并在许多其他生物医学、环境、农业和工业应用中发挥作用。
