Dynamic electrochemical methods, which have long held an important place among the
techniques of the coordination chemist, have generally remained unexploited by those …

C-type cytochromes are classified into two main groups: i) cytochromes which give fast
electrochemical responses at the conventional eletrodes in the absence of any promoter (eg …

The electron transfer reactions between a lipid-modified pyrolytic graphite (PG) electrode
and four c-type cytochromes (monoheme cytochrome c and cytochrome c 553 from …

Cyclic voltammetry was used to investigate the kinetics of the electron transfer between
uranium (VI) and polyheme c-type cytochromes of bacterial origin. Reduced cytochromes …

The adsorption of various proteins at the PG electrode has been studied electrochemically
using the film transfer technique. When the transfer is performed into probe systems such as …

Pyrolytic graphite electrodes cast with multilayer films of didodecyldimethylammonium
bromide (DDAB) or lauric acid (LA) are used to study the electrochemical behaviour of …

Biomacromolecules are involved in most of the fundamental reactions of living organisms.
The basic building blocks of the most significant biomacromolecules (nucleic acids, proteins) …

In order to understand the electron transfer mechanisms for the [Fe] and [Ni Fe]
hydrogenases, a kinetic study of cytochrome c 3 reduction has been undertaken. Cyclic …

The electrochemical behavior of cytochrome C3 from Des-ulfovibrio vulgaris Hildenborough
was studied on mercury, glassy carbon, and gold electrodes. The adsorbed cytochrome C3 …

The electron transfer reactions between a lipid-modified, pyrolytic graphite (PG) electrode
and tetraheme cytochromes c 3 have been studied at different ionic strengths by cyclic and …