Significance of H2O2
H2O2, or hydrogen peroxide, is a reactive oxygen intermediate associated with oxidative stress responses, particularly in breast epithelial tumor cells, which trigger increased aerobic glycolysis. It is measured to assess oxidative stress and can cause oxidative damage. Moreover, its role in melanocyte loss in vitiligo is still debated due to variable findings across different types. Additionally, when combined with other substances, H2O2 has been shown to improve results and enhance dissolution in specific procedures.
Synonyms: Hydrogen peroxide, Hydroperoxide
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The concept of H2O2 in scientific sources
H2O2, or hydrogen peroxide, is implicated in breast cancer by inducing oxidative stress in stromal cells, enhancing glycolysis. Its role in melanocyte loss related to vitiligo remains unclear, influenced by varying types and responses.
(1) This chemical, when used with another substance, afforded better results and dissolution during a specific procedure, as indicated in the provided text.[1] (2) This is a reactive oxygen intermediate that is measured to assess the presence of oxidative stress and can inflict oxidative damage.[2] (3) H2O2 as one of the main culprits for the loss of melanocytes is still inconclusive, with variations and different types of vitiligo influencing the findings.[3] (4) H2O2 is secreted by breast epithelial tumour cells, which elicited an oxidative stress response in stromal cells and increased aerobic glycolysis enzymes, such as LDH-A.[4]