… Figure 4 Role of H2O2 and NO in redox signaling (oxidative eustress) and in oxidative
damage (oxidative distress). Major endogenous H2O2 sources via superoxide radical formation …

The two main strategies of gold-catalysed oxidative cyclisation are discussed in this tutorial.
The first one employs nucleophilic oxidants as either internal or external nucleophiles. The …

… are maintained and oxidative damage avoided, … oxidative stress, is countered by the cell
in various ways. In this context, GSH and TXN (Box 4) play central roles in countering oxidative …

… level) oxidative stress is used in redox signaling and redox regulation, termed oxidative
eustress… and/or oxidative damage to biomolecules, termed oxidative distress. There are powerful …

… cells, and an increase in this radical is related to oxidative stress and cellular damage [3,4]. …
and avoid oxidative damage. While there are excellent reviews of redox state and oxidative …

… “Oxidative stress” is a global concept in … on oxidative stress is voluminous, and comprehensive
coverage is not the subject of this Commentary; for example, the active fields of oxidative …

… oxidative stress and oxidative damage in cancer initiation and progression. Methods: The
purpose of this article is to review the role that oxidative … result in increased oxidative stress in …

… Citation9 Several oxidative changes in proteins have been … the protein and the lipids undergo
oxidative changes that can cause … Citation12 Oxidative damage to DNA results in several …

… is disturbed, state of oxidative stress occurs. Oxidative stress leads to many diseases. There
are few biomarkers that are used for better understanding how oxidative stress is involved in …

… peroxidation, generating excess oxidative stress, together with … oxidative stress and liver
carcinogenesis is summarized. We focused on the potential of using DNA adducts as oxidative …