This review summarizes the recent and updated development of the fluoroquinolone antibiotics electrochemical detection. This research topic has gained attention only in the last 10 years and coincides with the increasing awareness about the antimicrobial resistance. Provided classification is based on the detection mechanisms or the type of an applied electrified interface decoration (if any) and includes sensing at non-modified solid electrodes, electrodes decorated with nano-, bio-, carbon-based or polymeric materials and finally soft junctions in a form of the electrified liquid-liquid interfaces or polymeric membranes. The most promising sensing examples exhibiting superior electroanalytical performance are underlined. We finish this work by concluding remarks where we stress out the existing gap that should shape future development.

这篇综述总结了氟喹诺酮抗生素电化学检测的最新进展。该研究主题仅在最近十年才引起关注，并且与人们对抗菌素耐药性的认识不断提高相吻合。提供的分类基于检测机制或所应用的电气化界面装饰的类型（如果有），包括在未修饰的固体电极上进行感测，用纳米，生物，碳基或聚合物材料装饰的电极以及最后的软结以带电的液-液界面或聚合物膜的形式存在。强调了显示出优异电分析性能的最有前途的传感实例。我们在结束语时结束了这项工作，在其中强调了将影响未来发展的现有差距。