There are a large number of chemicals which can be used as salon disinfectants, such as chlorine, iodine,
peroxy acids, aldehydes, oxidizing agents, alcohols, phenols and acids.
The phenolic content of the ethanolic extract of endophytes, is indication of increased antioxidant activity, due to the interaction of phenolic compounds with free oxygen radicals like hydroxyl radical lipids,
peroxy radical and superoxide anion radical.
Moreover, Selenium enhances the actions of vitamin E in reducing
peroxy radicals in chickens.
NO contains unpaired electrons and is paramagnetic, and therefore reacts quickly to superoxide anions to form
peroxy nitrate anions.
Most commonly involved free radicals are superoxide, hydroxyl, alkoxy,
peroxy, and NO.
The main ones of these radicals are single oxygen, superoxide anion, hydroxy,
peroxy and alkoxy radicals.
Antioxidant activity of flavonoids and reactivity with
peroxy radical.
Most of the region, in particular rural areas, was often in a chemical regime where small variations in N[O.sub.x] affected the fate of
peroxy radicals (Travis et al.
Pure Polyaniline salt, and protonation PANI by HCl were synthesized by electro-chemical oxidative polymerization of aniline with ammonium
peroxy disulphate in acidic medium.
The first step of oxidation is the formation of alkyl macroradicals which react with the oxygen dissolved in the polymer, forming
peroxy radicals.