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The undissociated phenol in tyrosine will not be oxidized at +0.4 V (vs SCE) since the potential for the oxidation of phenol with various substituents is given as +0.7 − 1.65 V (vs SCE) [34 36] whereas the phenolate anion is much more easily oxidized in a 1 e− oxidation, with potentials in the range −0.5 − +0.12V (vs SCE) [34,35,37].
During methanol oxidation Pd particles were more easily oxidized than Pd(1 1 1), which reduced their activity.
This indicated that the protonation of the nitrogen atoms displays a determinant role in the voltammetric oxidation, being both prodrugs more easily oxidized than PQ protonated forms, in the order: SPQ
The reduction potential for hydrogen is taken by convention to be zero, and all metals with negative reduction potentials i.e., metals that are less easily reduced (more easily oxidized; e.g., zinc: Zn2+ + 2e− → Zn, − 0.763 volt)—can, in principle, displace hydrogen from a strong acid solution: Zn + 2H+ → Zn2+ + H2.
The phenolic compounds were easily oxidized, the oxides could combine with DNA and form colloidal compounds.
LDL-cholesterol molecules are easily oxidized in a state of oxidative stress, especially the small and dense molecules.
Esters of linoleate are 49 times more reactive than oleate esters because the former contain an easily oxidized bis-allylic methylene group between the two double bonds [ 3].
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