Sentence examples for oxidizing capacities from inspiring English sources

Free iron exhibits oxidizing capacities, although the iron released during heme degradation stimulates the synthesis of ferritin [ 46], which sequesters unbound iron, thereby serving as an additional anti-oxidant [ 47].

The peak shift depends on the concentration of oxidizing agents, which suggests that the remaining borohydride used as a reducing agent for silver nanodot preparation may weaken the oxidizing capacity of oxidants.

This knowledge helps to stimulate the methane oxidizing capacity of activated sludge in order to abate methane emissions from wastewater treatment to the atmosphere.

Some archaeal OTUs found in our 16S rRNA phylogenetic trees are related to species known for their ammonia oxidizing capacity.

This was supported by activity measurements which showed an approximately threefold higher nitrite oxidizing capacity than ammonium oxidizing capacity.

The vagueness of this situation begs the question of how specific really is this arginine oxidizing capacity.

For instance, the total intensity of AOMs on the PhyloChip showed a trend of R1 (ERY-H2O) oxidizing capacity and antibiotic resistance of AOMs were in a reverse order of R1 (ERY-H2O) >R2 (ERY) >R3 (control).

The glucose protein sparing strategy and the unavailability of lipid emulsions in the USA led to the prescription of high doses of dextrose exceeding the oxidizing capacity.

The secretory pathway must adjust the chaperone capacity, oxidizing equivalents, ATP, glycan, and other metabolic requirements, as well as trafficking patterns, based on the portfolio of proteins that need to be expressed at a given time, and the resources required to process that set of proteins.

It is possible that catalase may be critical in peroxidatically oxidizing ubiquinol or another periplasmic or inner membrane component using H2O2 as an electron acceptor during the stationary phase when the oxidizing capacity of the electron transport is diminished [ 21].

And then, we assessed their catalytic capacities by oxidizing 2-aminothiophenol (2-ATP) under ultra-high vacuum (UHV) conditions (a base pressure below 9.5 × 10−11 Torr) with 365 nm UV light illumination using high-resolution photoemission spectroscopy (HRPES), and cyclic voltammogram (CV) changes in the solution phase by using electrochemistry.