Square‐wave voltammetry (SWV) of so‐called “surface redox reactions” is seen as a simple
and efficient tool to quantify large number of drugs, physiologically active substances and …

Surface reactions of uniformly adsorbed redox molecules at working electrode surface are
seen as adequate models to studying chemical reactivity of many lipophilic enzymes. When …

Redox mechanisms in which the redox transformation is coupled to other chemical reactions
are of significant interest since they are regarded as relevant models for many physiological …

Large number of lipophilic substances, whose electrochemical transformation takes place
from adsorbed state, belong to the class of so‐called “surface‐redox reactions”. Of these …

Electrochemistry plays an important role in preserving our cultural heritage. For the first time
this has been documented in the present volume. Coverage includes both electrochemical …

This review is focused on the basic principles, the main applications, and the theoretical
models developed for various redox mechanisms in protein film voltammetry, with a special …

Protein‐film square‐wave voltammetry of uniformly adsorbed molecules of redox lipophilic
enzymes is applied to study their electrochemical properties, when a reversible follow‐up …

Quinones constitute a big family of organic redox active compounds that are overwhelmingly
involved in important physiological processes. The most important members in the class of …

For the first time, the features of a surface electron transfer–chemical reaction–electron
transfer (ECE) mechanism, relevant to protein-film set-up, have been studied theoretically …

Protein-film voltammetry is established as an effective tool that provides insight to the redox
features of various lipophilic proteins by using a simple methodology. Although the protein …