Sentence examples for mitigation of oxidative from inspiring English sources

In conclusion, PA mediates neuroprotection against I R injury via mitigation of oxidative stress and inflammation and thus, may be a good therapeutic approach in stroke prone patient.

On the other hand, a novel biotest with macrophytes (Myriophyllum spicatum) is used to assess different physiological parameters such as biotransformation enzymes (glutathione S-transferase) and enzymes for the mitigation of oxidative stress (peroxidase or superoxide dismutase).

In addition to the mitigation of oxidative leaf damage and shoot growth inhibition, as one of the most striking effects, fertigation with Zn/Mn solutions or Zn/Mn-rich seaweed extracts (Algafect, Algavyt+Zn/Mn) doubled the root length density of cold-stressed maize plants (Fig. 4), similarly reported also by Imran et al. [14].

GSTO1 has diverse functions, including mitigation of oxidative stress, and may underlie the pathophysiology of several neurodegenerative diseases.

CoQ10, as a key component of the electron transport chain, plays an important role in the mitigation of oxidative stress and production of cellular energy [ 19].

For example, as part of glutathione, sulphur has a role in the maintenance of the cellular redox balance and mitigation of oxidative stress in response to environmental changes.

Based on these genes, we hypothesize that the basis of the tolerance at the cellular level is probably through mitigation of the oxidative burst and osmotic adjustment.

The observed beneficial effect of the elevated CO2 on the metabolic response of the plant cultures to the salinity stress is in agreement with a recent study on two barley cultivars that reported mitigation of the oxidative stress induced by increased salinity through the application of elevated CO2 [ 5].

These proteins have been shown to be expressed under high light conditions and are believed to function in the mitigation of photo-oxidative stress [ 27].

Recent work by Gauter-Fleckenstein et al. [ 37] showed mitigation of radiation-induced oxidative lung tissue changes by an superoxide dismutase (SOD) mimetic, although beneficial effects of the mitigator were limited.

Based on the alteration of oxidative stress parameters, mitigation of pathological changes, and enhanced expression of Nrf2 pathway components, we concluded that LU stimulated the Nrf2 pathway, thus alleviating oxidative stress and reducing oxidative damage in the liver.