Sentence examples for being capable of modifying from inspiring English sources

The latter phenomenon may be a result of either the phosphorylation procedure used being capable of modifying only one lysine residue in RKRARKE or the neutralization of the molecule's overall charge by the phosphorylation, which makes the ionization more difficult.

High-frequency vibration is capable of modifying metallic surface topography significantly, while the underlying mechanisms are still unclear.

The simulation results are capable of modifying and readjusting the energy consumption patterns of buildings via appropriate predefined policies and well-designed monitoring systems.

Dynamic Software Product Lines (DSPL) encompass systems that are capable of modifying their own behavior with respect to changes in their operating environment by using run-time reconfigurations.

The enzymatic modification process in Prochlorococcus MIT9313 has been reconstituted in vitro, and a variety of experimental approaches have been used to try and understand how one enzyme is capable of modifying 30 different substrates.

Targeted genome editing, in theory, is capable of modifying any endogenous gene sequence of interest; this can be performed in cells or organisms, and may be applied to clinical gene-based therapies in the future.

Considering these observations and taking inspiration from biology, this project attempts to create an adaptive hardware system that is capable of modifying its architecture and thus its behaviour autonomously, to cope with variations in its external environment.

These results suggest that cell wall OXO is capable of modifying the metabolism of ester-linked ferulates in cell walls of wheat shoots by promoting the peroxidase action via supply of hydrogen peroxide.

These films have been deposited by a non-line of sight (plasma) techniques; and therefore, they are capable of modifying nanofibers, near net shape cellular foams, and other high porosity materials.

The results presented here clearly indicate that DBD plasma treatment in air is capable of modifying the surface of C3D/PEEK composite such that the treated surface changes from bio-inert to bioactive.

The dynamic mechanical and calorimetric results demonstrated on the one hand that carbon black produces partial compatibilization of the PVDF/PS system, while on the other hand they prove both copper and carbon black to be capable of modifying the microstructure and morphology of the initial system.