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Electrochemical behavior of Metronidazole (MNZ) at glassy carbon electrode at different concentrations
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<p>A robust and straightforward electrochemical methodology based on electrochemical detection of Metronidazole (MNZ) at<strong> </strong>glassy carbon electrodes was suggested to determine. MNZ formed well-defined reversible cyclic voltammograms on the glassy carbon electrode in the Britton Robinson buffer solution. Various parameters' effects on voltammetric results were also evaluated. For MNZ determination, a differential pulse voltammetric model was introduced and developed. Excellent recovery results for spiked MNZ in pharmaceutical tablet samples were obtained, with recovery rates ranging from 97.44 to 97.51 percent.</p>
Mediterranean Journal of Chemistry
Title: Electrochemical behavior of Metronidazole (MNZ) at glassy carbon electrode at different concentrations
Description:
<p>A robust and straightforward electrochemical methodology based on electrochemical detection of Metronidazole (MNZ) at<strong> </strong>glassy carbon electrodes was suggested to determine.
MNZ formed well-defined reversible cyclic voltammograms on the glassy carbon electrode in the Britton Robinson buffer solution.
Various parameters' effects on voltammetric results were also evaluated.
For MNZ determination, a differential pulse voltammetric model was introduced and developed.
Excellent recovery results for spiked MNZ in pharmaceutical tablet samples were obtained, with recovery rates ranging from 97.
44 to 97.
51 percent.
</p>.
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