Sentence examples for substrates will provide from inspiring English sources

Future studies on this and other eukaryotic fic domain-containing proteins and the identification of AMPylated substrates will provide insight into this novel posttranslational modification mediated by the fido domain-containing family of proteins.

Additional studies to identify cell death-specific PTP1B substrates will provide important insight into its death promoting activity.

More generally the characterization of a new integrase and its substrates will provide biologists with new tools for DNA assembly in the genomes of a wide range of microorganisms and other model organisms.

A detailed understanding of each of the existing extracellular proteases, including their expression pattern during physiological and pathological events, and their preferred substrates, will provide an opportunity to combine drugs to inhibit extracellular proteases that can substitute for each other, thus obtaining the complete inhibition of the targeted process.

The use of regenerated water together with carefully managed drainage practices, which avoid the accumulation of salt by the substrate, will provide economic and environmental benefits.

[84] Bacteria captured on the surface of a 4-MPBA treated SERS substrate will provide an enhanced Raman signal from bacteria wall due to the interaction between the bacteria and the 4-MPBA-treated silver nanoparticles.

The proposed new U3DTHIN detector is based on very thin sensitive substrate, which will provide nearly 100% detection efficiency for ions and at the same time very low sensitivity for neutron and gamma backgrounds.

This new U3DTHIN detector is based on columnar electrodes passing through a very thin sensitive substrate, which will provide nearly 100% detection efficiency for ions and at the same time very low sensitivity for the neutron and gamma background.

Hence, the interaction network of substrate-enzyme-product will provide us further knowledge and information beyond metabolic pathway.

Detailed kinetics studies using model substrates of varying length will provide insights into the substrate specificities of these tailoring domains.

In fact, insofar as rats display advanced, vision-based behaviors (which cannot trivially be accounted by lower-level processing strategies), uncovering the neuronal substrates of such behaviors will provide powerful insights into the computations that the brain circuitry can implement to support object vision and other visual functions.