Sentence examples for was effectively translated from inspiring English sources

The measurements of turn-on voltages, efficiencies and luminance suggested that the practice of combining carbazole's high triplet energy and excellent hole-transporting ability with TAZ's electron-transporting ability at the molecular level was effectively translated into better performance at the device level.

Each of these genes was induced by eccentric exercise at 3H, as identified by our gene array and targeted real time RT-PCR analysis and our data indicate that the increased transcription of FOS was effectively translated into protein, increasing levels significantly by 48H.

In order to check that the chimeric gene was effectively translated in a protein, it was expressed in 293 cells by short-term transfection.

While the IVT of GFP mRNA did not generate any detectable protein expression, due to the lack of the 5′CAP-structure, we observed that BmfS was effectively translated from the uncapped mRNA, but, surprisingly, we also detected a weaker signal resembling BmfCUG (Fig. 7c).

By involving the community, the lessons learned can be effectively translated into effective public health prevention measures without the long delay characteristic of traditional investigator-driven research.

Therefore, if barriers associated with applicability of treatment could be addressed or knowledge regarding interventions effective in LTC could be effectively translated into practice, the prevention of fractures in LTC could be optimized.

This would constitute an antitumor effect of selenite that could be effectively translated to the clinical environment.

This proteomic strategy could be effectively translated for unbiased discovery of potential biomarkers for EN and associated UUTC in humans.

Collision avoidance, traditionally treated as a high level planning problem, can be effectively translated into control constraints as part of the NMPC.

Despite these monolayers effectively being only half a bilayer, with a flat rather than curved structure, information from these studies can be effectively translated into liposomal systems.

Most importantly, the high molecular hyperpolarizability of these chromophores can be effectively translated into large electro-optic (EO) coefficients (r33) in poled polymers with rational chromophore designs.