Electron fluxes are constant within cellular metabolism. Donating or accepting electrons,
either naked or as hydrogen atoms, is one of the most important properties of bioenergetic …

The role of oxidative stress in causing liver diseases emerged in the early 1960s from the
laboratories of Trevor Slater, Mario Umberto Dianzani and others. These pioneering works …

Reactive oxygen/nitrogen species are presently recognized not only as damaging by-
products of aerobic respiration or inflammatory reactions, but also critical mediators of redox …

The importance of a correct balance between oxidative and reductive events has been
shown to have a paramount effect on cell function for quite a long time. However, in spite of …

Reactive oxygen species (ROS), a heterogeneous population of biologically active
intermediates, are generated as by-products of the aerobic metabolism and exhibit a dual …

This chapter describes the implication of oxidative stress in the progression of the liver
diseases with higher prevalence worldwide: nonalcoholic fatty liver disease, cholestasis …

Oxidative stress is importantly involved in the pathophysiology of various liver diseases. The
redox state participates on the course of the inflammatory, metabolic and proliferative liver …

Background: Redox state is a significant contributor to the backdrop of many liver illnesses.
Inflammatory, metabolic, and proliferative liver diseases all involve the redox state. The …

Oxidative stress is a major pathogenetic event occurring in several liver disorders ranging
from metabolic to proliferative ones, and is a major cause of liver damage due to …

Accurate control of the cell redox state is mandatory for maintaining the structural integrity
and physiological functions. This control is achieved both by a fine‐tuned balance between …