Pharma‐molecule Transport across Bacterial Membranes: Detection and Quantification Approaches by Electrochemistry and Bioanalytical Methods

Abstract

She received her Ph.D. in Chemistry from McGill University in 2015. Her research covers bioelectrochemistry,e lectroanalysis, spectroelectrochemistry,a nd biosensing. In 2019, she was awarded the Early Career Prize in Analytical Electrochemistry by the International Society of Electrochemistry.

Chemiluminescence‐driven photoelectrochemical sensor: A mini review

“…The detection of small drug molecules is of paramount importance for ensuring effective medical treatment, toxicological assessment, pharmacokinetic investigation, drug development, quality assurance, prevention of drug abuse, and prohibition of illicit additions [106][107].…”

Pico-molar electrochemical detection of ciprofloxacin at composite electrodes

“…Techniques include liquid chromatography, 17 mass spectroscopy, 22,23 capillary electrophoresis, 7 and electrochemical techniques. 24 Amongst these possibilities, electroanalytical techniques, such as voltammetry or impe-dance spectroscopy, have emerged as a vital tool to detect the presence of pharmaceuticals, because of their high versatile applicability to opaque samples, quick analysis time, and costeffectiveness. 9,25 More importantly, electroanalytical techniques are easy to use and especially handy for onsite monitoring purposes, without the need of extensive training at complex instrumentations.…”

Electronic polarization effects on membrane translocation of anti-cancer drugs

“…relationship between membrane transport and antibiotic resistance) relies on a detailed understanding of interactions with the surroundings, which in turn affects the free energy of a given process. 7 Since a detailed view of biomolecular interactions is often experimentally intractable, theoretical approaches are resorted to. Effective investigation of interactions with the surroundings (e.g.…”