A high-performance ionic liquid-based microextraction (ILBME) method for the trace determination of paroxetine as a pharmaceutical pollutant in environmental and biological samples
Mehdi Hosseini
Abstract
, 2.58%, 3.83%, 197.3, and 193.3, respectively. The maximum yield of paroxetine extraction under optimal conditions was 98.8%. Finally, to evaluate the method validity, a standard addition procedure was used, yielding satisfactory recovery values ranging from 98.7% to 101.2%.
Topics & Concepts
PollutantParoxetineChromatographyPollutionEnvironmental chemistryEnvironmental pollutionTRACE (psycholinguistics)ChemistryEnvironmental scienceSerotoninOrganic chemistryPhilosophyReceptorBiochemistryBiologyLinguisticsEnvironmental protectionEcologyAnalytical chemistry methods developmentElectrochemical sensors and biosensorsElectrochemical Analysis and Applications