Sentence examples for importance for the utilization from inspiring English sources

Rational design and controlled preparation of highly effective catalysts towards the preferential oxidation of CO have significant importance for the utilization of hydrogen energy.

Wheat thermosensitive genic male sterile (TGMS) lines such as BS366 are of great importance for the utilization of heterosis in wheat breeding [ 29].

Therefore, estimation of the burden caused by AGI within the population is of particular importance for better utilization of the limited medical services, and ultimately, for establishment of preventive strategies.

Because of the importance for selective utilization of oligosaccharides, we hypothesize a vital role of ABC transporters for prebiotic uptake.

Furthermore, the effects of expression of phosphofructokinase and the importance of ED pathway for the utilization of hexoses as a carbon source were investigated and compared with the reported experimental data.

As a result of simulation with RehMBEL1391, its growth retardation predicted by in silico knockout of 2-dehydro-3-deoxy-phosphogluconate aldolase (E.C. 4.1.2.14) encoded by eda supports the importance of ED pathway for the utilization of hexoses, such as D-fructose, in R. eutropha.

As an endemic tea source plant, knowledge of population genetics and domestication history of C. taliensis is of great importance for the effective conservation and utilization of the landraces and wild germplasm and to facilitate the genetic improvement of tea plants.

To reduce carbon emissions, developed countries attach great importance to the utilization of renewable energy.

To have a good vaccination program, a well-functioning health system is required [ 35], where both individual and contextual factors are of importance for utilization of the health services [ 36].

Taken together, these data demonstrate that NCU00988 is of major importance for pectin utilization in N. crassa, potentially through the transport of the backbone monosaccharide D-GalA.

The development of functional materials with both light heat conversion and thermal energy storage properties is of crucial importance for efficient utilization of sunlight to meet the growing demand for sustainable energy.