As it is well established that air-oxidation at the sample surfaceis a major contributor to an increased disulfide to thiol ratio, this could also explain the differences observed between the XAS and biochemical assay results, as the surface of the sample was not anlayzed in the XAS measurement (i.e., the beam was positioned within the sample and did not encompass the sample edge).
It has now been well established that metal oxide-mediated photocatalysis is an attractive and promising technology to be applied in environmental clean up, clean energy production (H2 production from water splitting), self-cleaning surface, CO2 reduction under solar light or illuminated light source, and green synthetic organic chemistry (some selective photocatalytic oxidation reactions) [5-12].
This well established and sensitive method relies on the oxidation of iodide to molecular iodine (oxidizer +2I− → I2+ red. oxidizer) and subsequent formation of I3− ions (I−+I2 → I3−), that form a highly-colored complex with starch (dark blue areas in Fig. 5).
H2O2 has the same oxidation resistance as ox-LDL, is easier to produce, and is well established as a common model for oxidative injury [ 6, 7].
This procedure of selective oxidation of diamond film is well established in the diamond research field and in the literature [5].
It is well established that olive oil is less prone to oxidation than other edible oils or fats.
It is well established through field observations, experiments, and chemical models that oxidation (redox) state and pH exert a strong influence on the speciation of dissolved components and the solubility of minerals in hydrothermal fluids.
However, the effect of oxidation on nitrided Ti alloys is not well established.
Although the application of fluidized bed reactor in biological wastewater treatment is well established with many large-scale plants in existence, its application in advanced oxidation processes is mostly at laboratory-scale.
Although, to the best of our knowledge, PPO oxidation by O2 has not been reported, it is well established that O2 is involved in the formation of hydroxyl radicals, which have a high oxidative effect on the polymer.
Despite high complexity and redundancy, it is well established that FAs can be used by filamentous fungi via β-oxidation leading to the production of acetyl-CoA [ 21, 22].
