hydroperoxide การใช้

• Oxymercuration of alkenes followed by reaction with a hydroperoxide proceeds similarly.
• Reaction with hydrogen peroxide gives an unusually stable hydroperoxide, Ph3COOH.
• Reduced PHBH then reacts with molecular oxygen to form the flavin hydroperoxide.
• Some cumene-hydroperoxide an organic peroxide was also sold.
• Such centers promote redox reactions with hydroperoxide-containing intermediates.
• Organosulfur compounds are efficient hydroperoxide decomposers, which thermally stabilize the polymers.
• These include hydrazine, hydroxylamine, the hypochlorite ion and the hydroperoxide anion.
• X can be an oxide, sulfur, hydroperoxide, or a hydroxide.
• This produces, among other things, an hydroperoxide.
• Both t-butyl hydroperoxide or ethylbenzene hydroperoxide can be used as oxygen sources.
• Both t-butyl hydroperoxide or ethylbenzene hydroperoxide can be used as oxygen sources.
• Peroxiredoxins are frequently referred to as alkyl hydroperoxide reductase ( AhpC ) in bacteria.
• Products of decomposition of cumene hydroperoxide are methylstyrene, acetophenone, and cumyl alcohol.
• At the second step, the nucleophilic hydroperoxide or halogen anion attacks the boron atom.
• It yields a volatile hydroperoxide ether that upon heating can result in a serious explosion.
• Sulfuric acids are produced as the product of decomposition, which catalyse further hydroperoxide decomposition.
• :The first molecule is ethyl hydroperoxide.
• Lipid hydroperoxide can be converted in the cell into agents, called genotoxins, that can damage DNA.
• Once free radicals are formed, they react in a chain to convert the material to a hydroperoxide.
• Glutathione peroxidases use glutathione as an electron donor and are active with both hydrogen peroxide and organic hydroperoxide substrates.