The phrase "activities conversion" is correct and usable in written English.
It can be used in contexts related to changing or transforming activities from one form to another, often in business or project management.
Example: "The activities conversion process will help us streamline our workflow and improve efficiency."
Alternatives: "activity transformation" or "activity change".
Figure 3 shows the distribution of activity conversion factors calculated using a 99mTc source scanned on the Philips Precedence SPECT/CT gamma camera.
The TET family members were identified to possess a catalytic enzymatic activity conversion 5mC to 5hmC in 2009 (Tahiliani et al., 2009).
The nanocatalysts could be regenerated and reused for three times with a high catalytic activity (conversion of benzyl chloride >70%), showing great application potential of this nanofluid catalysis protocol on chemical transformations for fine chemicals syntheses.
NgoL-CTD did not exhibit endonuclease activity (conversion of closed circular form of a plasmid substrate to open circular form) in the presence of Zn2+ ions even up to a maximal concentration of 20 mM (Figure 6).
The predominant activity (conversion of oestradiol to oestrone) was highest in Caco-2>SW620>HT-29, whicorrelatedted inversely with the rate of proliferation of the cell lines.
Appearance of LC3A positive autophagic puncta was assessed by immunofluorescence microscopy and, indicative of autophagic activity, conversion of LC3-I to LC3-II was monitored by western blotting.
Properties of the WSUCF1 β-xylosidase i.e. high tolerance to elevated temperatures, high specific activity, conversion of xylo-oligomers to xylose, and resistance to inhibition from xylose, make this enzyme potentially suitable for various biotechnological applications.
In conclusion, simultaneous degradation and synthesis pathways for glutamine involve glutamine uptake, transport into the mitochondria and conversion to glutamate, glutamate dehydrogenation to AKG, AKG transport to the cytosol or citrate transport and citrate conversion to AKG through cytosolic IDH activity, conversion of AKG to cytosolic glutamate, and cytosolic glutamine synthesis.
Figure 3 Catalytic activities and conversion temperatures.
Among ZIF-67-derived oxides, HLDO exhibits excellent catalytic activities (complete conversion of CO into CO2 at 118 °C) and long-term stability for CO oxidation.
