Sentence examples for substrates and potential from inspiring English sources

In vitro studies have confirmed that LRRK2 possesses both GTPase and kinase activities, including autophosphorylation activity and phosphorylation activity towards generic substrates and potential physiologic substrates [14], [15], [16], [17], [18], [19], [20], [21], [22].

However, other oxidative lesions such as malondialdehyde adducts and 8,5′-cyclopurine-2′-deoxynucleotides are both NER substrates and potential threats to transcription [ 11, 22, 51].

Identification of specific genetic factors associated with AF, especially in lone AF cases, is of crucial need because these factors might provide mechanistic insights into the AF substrates and potential treatments.

It will be important therefore to assess whether utilizing the ΔN-PINK1 product, or the PINK1-F104A mutant, one will be able to observe a more robust kinase activity of PINK1, thus facilitating the identification of bona fide PINK1 kinase substrates and potential new therapeutic targets for PD.

Biobased degradation of lignocellulosic biomass (cellulose, hemicelluloses, and lignin) was a logical focus of initial research efforts as cellulose is the most abundant available carbon substrate and potential mechanisms for breaking down lignocellulosic material should be identifiable from cellulolytic organisms.

Native protease represents activity without the addition of casein substrate and potential protease represents the activity with the addition of substrate.

Computational docking of the substrate and potential high-energy reaction intermediates to the active site was conducted in an attempt to provide a more detailed view of how the zinc-bound hydroxide attacks the formimino group of the substrate and is hydrolyzed to ammonia and N-formyl l-glutamate.

To determine if there was a significant change in fluorescence from 2CNA-GPP 6 to the bactoprenyl isoprenoids, the concentration of the substrate and potential products were verified by spectrophotometry, and then 1 μM solutions were prepared with 2CNA-GPP 6 and the six to eight Z-configuration [2CNA-B(6 8 PP] isoprenoids.

To isolate the effect of doping from those of morphology and crystallinity, we devise a fabrication method based on radio-frequency magnetron sputtering yielding crystalline hematite at room temperature, thus enhancing the compatibility towards substrates and the potential for application.

We then assessed the extent to which flux can be explained by a Michaelis-Menten relationship between enzyme, substrate, product, and potential regulator concentrations.

This model also predicts the distribution of potential gradient on the substrate surface and potential distribution within the jet.