The comprehension of the kinetic processes involved in redox reactions with alkaloids such
as β-carbolines (βCs) is crucial to unveil differences in the reactivity of these substances. To …

The voltammetric behavior of β‐carboline alkaloids at carbon nanotubes‐modified glassy
carbon electrodes, as well as their quantification by amperometric monitoring of the …

In this paper a new electrochemical method for determination of the β-carboline alkaloids,
harmalol and harmine, using differential pulse voltammetry is presented. Experimental …

Electrochemical oxidation of the isoquinoline alkaloid berberine in aqueous medium was
studied by cyclic and differential pulse voltammetry at a glassy carbon electrode (GCE). Two …

A novel analytical approach for the sensitive determination of a β-carboline alkaloid,
harmaline, was developed using pulse voltammetric techniques with a boron-doped …

In this work, we synthesized and confirmed the structure of several alkaloid N-oxides using
mass spectrometry and Fourier-transform infrared spectroscopy. We also investigated their …

The electrochemical behavior of berberine, an isoquinoline plant alkaloid with a wide
spectrum of physiological effects, was studied at a glassy carbon electrode using cyclic …

The electrochemical behaviour of three purine derivatives was investigated by cyclic
voltammetry on different electrode materials: glassy carbon in native form and …

Electrochemical techniques have largely been applied to characterize the redox reactivity of
natural and synthetic compounds and to determine natural and synthetic compounds in …

A voltammetric study of the redox behavior of procarbazine (PCZ), one of the most used
chemotherapy agents to face Hodgkin's lymphoma, was carried out to investigate its …