Sentence examples for successful use of technology from inspiring English sources

He makes no effort here to put the campaign in context with Mr. Obama's tenure thus far in office — for instance, he does not address why the successful use of technology to connect with potential voters has proved far less effective in galvanizing grass-roots support for health care reform — and in griping about media coverage, he frequently makes gross generalizations about the press.

The successful use of technology in the 21st century education requires the development of learning environments based on contemporary educational theory.

Finally, recognizing the successful use of technologies such as e-learning to reduce teaching staff needs in other countries, the training plan calls for the use of technology to teach students in Zambia, though no concrete initiatives have yet emerged [ 12, 15].

With the global adoption and implementation of smart grid technology, the coherent and steady involvement of consumers is required for the successful use of available technology.

Despite advances in microarray technology that have led to increased reproducibility and substantial reductions in the cost of microarrays, the successful use of this technology is still elusive for many researchers, and microarray data analysis in particular presents a substantial bottleneck for many biomedical researchers.

Our case demonstrates the successful use of this technology for the resection of a pelvic chondrosarcoma.

This kind of technical noise is also considered as one of the restrictions for successful use of this technology [ 23– 25].

Numerous published examples document the successful use of PM technology to assay phenotypic changes in gene knockout strains using a wide range of microbial species (http://www.biolog.com/mID_section_13.html).

It is widely believed that a high level of technical noise in microarray data is the most critical deterrent to the successful use of this technology in studies of normal and abnormal biological processes.

In this paper, we report the successful use of LMD technology for the isolation of individual specialized tissues from white spruce (P. glauca) stems suitable for subsequent combined analysis of RNA transcript abundance, enzyme activity and metabolite profiles.

The successful use of iPSC technology in the partial modeling of other neurologic diseases, coupled with recent advances in neuronal differentiation and the high degree of iPSC genetic fidelity, provides evidence that iPSCs have the potential to provide novel insight into AD mechanisms and therapies.