This review article brings together two of the current hot-spots in the field of analytical
chemistry, and more specifically in the sample preparation stage: the use of dispersive …

Chloroquine (CLQ) is required to manufacture on a larger scale to combat COVID-19. The
wastewater containing CLQ will be discharged into the natural water, which was resistant to …

Favipiravir is a potential antiviral medication that has been recently licensed for Covid‐19
treatment. In this work, a gadolinium‐based magnetic ionic liquid was prepared and used as …

Manganese at trace levels cannot be detected by flame atomic absorption
spectrophotometer (FAAS) without a preconcentration method. In the presented study, an …

Chloroquine phosphate (CQP) is used for malaria treatment. As it is facing increasing
resistance, it needs continuous monitoring using sensitive and specific detection methods. In …

The production of drugs is very complicated. In the process of preparation and
transportation, mixing a small amount of reaction raw materials, intermediates, and storage …

This study presents an accurate and precise analytical strategy for the determination of
chloroquine phosphate at trace levels in human body fluids (urine, serum, and saliva) …

For the first time an electrochemical sensor based on nanomaterial-supported molecularly
imprinted polymers (MIPs) is applied to the sensitive and specific determination of …

This research introduces a novel electrochemical sensor designed for the detection of
chloroquine. The sensor was developed via a simple method to synthesize TiO2 …

An amine-based microextraction method was established for preconcentration of mercury by
forming a 1-(2-pyridylazo)-2-naphthol (PAN) chelate complex. The Hg (II)-PAN hydrophobic …