Sentence examples for enhance the detoxification of from inspiring English sources
Our findings provide evidence in support of interventions to remove cyanogenic compounds from cassava prior to human consumption or, peharps, enhance the detoxification of cyanide in those relying on the cassava as the main source of food.
Moderate ethanol administration that is known to exert protection against stroke was shown to enhance the detoxification of 4-HNE, and to protect against ischemic cerebral injury through the PKCε-ALDH2 pathway.
Thus, overexpression of AKR1C family members (and potentially other genes) may confer partial resistance to erastin by enhancing the detoxification of reactive aldehydes generated downstream of the oxidative destruction of the plasma membrane during ferroptosis.
These earlier findings could be supported by the present study, in that vitamin D attenuates the oxidative effect of PPA and enhances the detoxification mechanism through the activation of GST.
The possible explanation for this effect could be that the increase in the formation of liver lipid peroxidation in prallethrin-intoxicated animals acted as a signal to maintain lower levels of antioxidant enzymes (SOD, CAT, and GST) in order to enhance the triggering of the detoxification process for the pyrethroid.
By applying the Plackett Burman experimental design, we implemented and assessed the optimum reaction conditions for decolorization to enhance the decolorization and detoxification of Remazol black B. Such optimization highlighted the importance of yeast extract as a co-substrate.
In the present study, the characterization, optimization and the application of a biological or a photocatalytic or a combination thereof were investigated to enhance the decolorization and the detoxification of Remazol black B. Pseudomonas genus possesses a particularly important role in biodegradation of azo dyes (Joe et al. 2011).
In this context, it is postulated that GA may enhance the efficiency of AGE detoxification and disposal.
These data suggest that P application can enhance the resistance of AM to Cd via polyP chelation, and this represents another mechanism underlying the detoxification of Cd by AM hyphae other than the absorption by hyphae.
The detoxification mechanism happens to be threatened due to stress impacts which in turn enhance the extent of ROS release.
Our results reveal for the first time that R. mangle roots appear to be able to enhance the abundance of bacterial sulfide oxidizers which in turn may have further ecological implications for the process of sediment sulfide detoxification.
