Sentence examples for substrates allowed us from inspiring English sources

The fact that the amino acid sequence of TaOMT2 exhibits a 63% identity to the previously crystallized MsCOMT (PDB, 1KYZ) [ 16] and have structurally similar substrates, allowed us to construct a reliable 3-D structure of the target protein using the latter as a template.

Aluminated quartz substrates allowed us to verify the protection efficiency of the desirable coatings as diffusion barriers.

This polyelectrolyte multilayer adsorption on flat and prestructured substrates allowed us to produce three-dimensional structures in nanometre-scale.

Use of propyl- and butyl-β-galactoside as donor substrates allowed us to increase the product yield by 683% and 716% [vs. lactose (0.06 mol/mol)].

The increased sensitivity afforded by the use of radiolabeled substrates allows us to fully define the biochemical properties of the outer core glycosyltransferases by detecting expected and unexpected products.

Specifically, BAL 31 nuclease activity was found to be affected by the presence of guanine in ssDNA oligomers and the subsequent use of different G-tract containing substrates allows us to speculate on the likely mode of action of the enzyme.

Incubations of fruit discs with radiolabelled biosynthetic substrates allows us to determine their rate of uptake (total radiolabel recovered) and the rate of conversion to totAsA (radiolabel recovered as total C-AsA), without the possibility of substrate inhibition effects.

The use of biotinylated gelatin as a substrate allowed us to measure a net gelatynolytic activity in myocardial samples which is more physiologically relevant than the total amount of activatable enzyme or immunoreactive material [ 44].

Electrochemical deposition of platinum on the PTy-covered graphite substrate allowed us to obtain a composite material that exhibits, for a platinum loading of 0.34 mg cm−2, a specific electrochemically active surface area of the Pt particles of ca. 57 m2 g−1.

Moreover, the blurring effect caused by adjusting the gap distance between the shadow mask and the substrate allowed us to deposit the catalytic nanoparticles with adjustable and location-specific densities so that the density of synthesized CNTs could be controlled differently on a single substrate.

The light emitted by the clone following administration of the luciferin substrate allowed us to directly visualize the cells in live animals by bioluminescence imaging.