The phrase "ability of the engineered" is grammatically correct and can be used in written English.
It can be used when discussing the capabilities or skills of something that has been designed or created through engineering processes.
Example: "The ability of the engineered systems to adapt to changing environments is crucial for their success."
Alternatives: "capability of the engineered" or "skills of the engineered".
The results indicate the ability of the engineered double RING ubiquitin ligase to target the intended substrate.
The ability of the engineered surfaces to guide cell adhesion was illustrated by differential interference contrast (DIC) reflectance microscopy.
These results demonstrate the ability of the engineered β-wrapin HI18 for shielding the hydrophobic sequence of IAPP during expression and purification.
Gas migration/breakthrough in saturated bentonite is an important issue for the evolution of the sealing ability of the engineered barrier in deep geological repositories.
This appears to be associated with the ability of the engineered cytotoxic Y. pestis strain to induce very rapid, effective and long-lasting protection against bubonic and pneumonic plague.
We tested the ability of the engineered strain for conversion of other short chain fatty acids of chain length C2-C8 theireir corresponding alcohols.
In order to assess the ability of this engineered CRD to bind specific sets of galactose-containing ligands, the carbohydrate-binding characteristics of fluorescently labeled GalMBP were examined by probing a glycan array consisting of 285 natural and synthetic oligosaccharides covalently linked to a chemically modified glass slide.
The ability of these engineered nucleases to create targeted double-stranded breaks at designated locations throughout the genome has enabled precise deletion, addition, and editing of genes.
Figure 2 compares the ability of the different engineered particle formulations to adsorb dissolved benzene as a model low-MW aromatic hydrocarbon.
The upgradability of the system depends on the ability of the engineers (at the time of designing the upgrade) to master the engineering data of the system and make changes.
System simulation models for automotive on-board hydrogen storage systems provide a measure of the ability of an engineered system and storage media to meet system performance targets.
