The phrase "avoid oxidative" is correct and usable in written English.
It can be used in contexts related to health, nutrition, or chemistry, particularly when discussing the prevention of oxidative damage or stress.
Example: "To maintain optimal health, it is important to avoid oxidative damage caused by free radicals."
Alternatives: "prevent oxidative" or "reduce oxidative".
To avoid oxidative dissolution of the semiconducting oxide during electrodeposition (by potential cycling) of a thin organic film (oligoaniline, as demonstrated using Raman spectroscopy), the over-coating step has been done in the external methanol solution.
Indeed, redox changes must be strictly controlled in order to avoid oxidative damage: a rise in oxidants can prompt opening of the permeability transition pore (PTP) in the inner mitochondrial membrane, irreversibly committing cells to death.
Photoprotection can occur via the avoidance of high light or the metabolic processing of absorbed light energy to avoid oxidative stress.
While tolerating relative hypoxia, oxygen inspiratory fraction was kept in the low range to avoid oxidative stress [44].
Herein, a series of analogs of ticlopidine and clopidogrel that would avoid oxidative metabolism were designed, prepared and evaluated as inhibitors of TarO.
Photoprotective mechanisms at the chloroplast level help to avoid oxidative stress and photoinhibition, which is a light-induced reduction in photosynthetic quantum efficiency often caused by damage to photosystem II.
The presence of CO2 avoids oxidative mechano-chemical degradation of polymers and enhances the effectiveness of the milling.
The highest capacitance values (≈80 F g−1) are measured in KOH and fair cycling ability is achieved when the electrochemical window is limited, thus avoiding oxidative potentials.
Consequently, selection may target mechanisms underlying sperm function aimed at avoiding oxidative stress and preventing oxidative damage to sperm structures (see [103]).
Much more desirable would be an approach, which avoids oxidative damage by preventing ROS production or scavenging oxygen radicals at the site of their production.
By avoiding oxidative phosphorylation even when oxygen is plentiful [ 4] and adopting aerobic glycolysis, carbon skeletons build up considerably in their cytosol and biosynthetic pathways are efficiently activated.
