The Modeling for Anti-Covid-19 Drug Molnupiravir Electrochemical Sensing on C3N4

The cathodic electrochemical determination of molnupiravir on carbon nitride nanoparticles has been investigated for the first time. The electrochemical determination is given in neutral and mildly acidic media, and C3 N4 plays the role of proton and electron transfer mediator. The analysis of the correspondent model confirms that the electrochemical determination of molnupiravir may be efficiently given with the easy interpretation of the analytical signal. As for the oscillatory behavior, its probability is more expressed than in the similar systems. © 2022 by the authors.

Theoretical Description for Anti-COVID-19 Drug Molnupiravir Electrochemical Determination over the Poly-((1,2,4-triazole)-co-(squaraine dye)) Composite with Cobalt (III) Oxyhydroxide

The possibility of electrochemical determination of molnupiravir has been theoretically evaluated for the first time. The molnupiravir electrochemical oxidation over the poly((1,2,4-triazole)-co-(squaraine dye)) composite with cobalt (III) oxyhydroxide has been theoretically evaluated. The correspondent mathematical model analysis has shown that the composite is an efficient electrode modifier for molnupiravir electrochemical determination. As for the oscillatory behavior is more probable than for the simplest case, and its probability will be higher in alkaline media than in neutral.