Sentence examples for simultaneously regenerate from inspiring English sources

This study investigated the regeneration of p-nitrophenol (PNP) saturated activated carbon fiber (ACF) by a novel electro-peroxone (E-peroxone) approach, which aimed to simultaneously regenerate exhausted ACF and mineralize desorbed pollutants by coupling conventional cathodic regeneration with ozonation.

Hence, flux-sum intensification of such metabolites will increase the formation of NADPH, which can be re-oxidized to NADP via the soluble NAD transhydrogenase (UdhA) reaction and simultaneously regenerate NADH.

An increase in ALDH1A1 would therefore potentially protect cell membranes from oxidative damage and simultaneously regenerate NADPH for GSSG and Trx reduction.

When he returns to a democratizing South Africa, Mda soon assumes celebrity visibility: on television, radio, as a newspaper columnist and dramatist, while simultaneously regenerating Johannesburg's Market Theater.

The adsorbed Se(IV) was eluted with 0.10 M NaOH and simultaneously regenerated into the initial form for the next operation after rinsing with water.

The adsorbed Au III) was eluted/extracted with stripping agents, and the mesocaptor was simultaneously regenerated for the subsequent recovery process.

In contrast, we demonstrated in this study that the OV sites on BOB-NS could be simultaneously regenerated and refreshed as the reactions proceeded, leading to a sustainable activity and long-term stability for CO2 photoreduction.

In the experiments planned to test the reuse of the regenerated amines, the absorbent solution was continuously circulated in a closed cycle while it was absorbing CO2 in the absorber (set at 293 K) and simultaneously regenerating amine in the desorber (set at 388 K).

By coupling glutamate dehydrogenase with transaminase and alcohol dehydrogenase, the cosubstrate (2-oxoglutarate) and redox equivalents (NAD(P H) were regenerated simultaneously, so that no external cofactor or redox source was required.

The oral biofilm is capable of degenerating and regenerating simultaneously.

This can be explained by the fact that using glutamate as carbon source allows, as described above, the use of succinyl-CoA synthase to regenerate ATP, while simultaneously producing reductants.