Sentence examples for be successfully exploited for from inspiring English sources

Thus, these pharmacophoric features of LpxC inhibitors based on electronic and surface analysis could be successfully exploited for designing more potent LpxC inhibitors.

Finally, some recent surface engineering approaches (like layer-by-layer treatments), which can be successfully exploited for improving the barrier properties of different packaging plastic films (also based on renewable sources), are discussed and reported.

This compensation permits the propagation of Long-Range Surface Plasmon Polariton modes that can be successfully exploited for sensing applications due to their weaker confinement and long propagation lengths.

In fact, besides the special properties of close-microphone tracks, the knowledge on the number and type of instruments making up the mixture can also be successfully exploited for improved separation performance.

Along this line, it has been documented that TILs, reactive with a broad array of TAAs, isolated from melanoma patients can be successfully exploited for ACT [ 20, 37, 38], possibly targeting the heterogeneity of tumor cells.

Although this property can be successfully exploited for expression of toxic targets [ 78], it is generally undesirable and generates false-positive results as the candidate may remain inactive upon removal of the tag.

Hard physical vapour deposition (PVD) coatings as CrN, TiN and NbN have been successfully exploited for wear and corrosion protection.

The primary advantage offered by such FPIs is their high resolution, which has been successfully exploited for the spectral characterization of narrow bandwidth sources22.

Shale gas, as an important source of non-conventional energy, has only been successfully exploited for commercial use in the United States, Canada and China.

Hard coatings such as CrN, TiN prepared by physical vapor deposition (PVD) have been successfully exploited for wear and corrosion protection, but the defect may adversely affect their properties.

A novel sensor design structure comprises TeO2/SnO2 p n heterointerface was fabricated using rf sputtering technique and has been successfully exploited for trace level (1 10 ppm) detection of NO2 gas at a much lower operating temperature of 90 °C.