This paper is a follow-up to our recent study of the zinc(II) bis(dipyrromethenate)s ([Zn₂L₂]s) sensory capabilities for furosemide detection. We complement our studies with the results of torasemide fluorescent detection by [Zn₂L₂]s with 0.037–0.11 μg mL⁻¹ detection limit in organic media. The fluorescent sensory materials based on ethyl cellulose doped with [Zn₂(1)₂] have been developed. It has been shown that ones have high sensitivity to the loop diuretics presence (in 1-propanol the furosemide detection limit is 24 μg mL⁻¹, while torasemide detection limit is 43 μg mL⁻¹). The sensory materials were successfully used for loop diuretics detecting in human urine samples. The results show the loop diuretics detection using [Zn₂L₂]s and fluorescent sensory materials based on them to be a simple and highly sensitive method of ones detection in organic media and human urine.

本文是对我们最近对呋塞米检测中的双（dipyrromethenate）锌（[Zn ₂ L ₂ ] s）感官能力研究的后续研究。我们通过[锌与托拉塞米荧光检测的结果补充我们的研究₂大号₂ ] S与0.037-0.11  μ克毫升^-1在有机介质中的检测限。已经开发了基于掺杂有[Zn ₂（1）₂ ]的乙基纤维素的荧光感官材料。已表明对环利尿剂的存在具有很高的敏感性（在1-丙醇中，速尿的检出限为 24μg mL ^-1，而托拉塞米检出限为43  μ克毫升^-1）。感官材料已成功用于人类尿液样品中loop利尿剂的检测。结果表明，使用[Zn ₂ L ₂ ] s和基于它们的荧光传感材料检测the利尿剂是一种简单且高度灵敏的有机介质和人类尿液中尿ones子检测方法。