Sentence examples for be fully exploited as from inspiring English sources

The potential of nano-scale engineering can not be fully exploited as long as basic material science and engineering are not integrated.

Triglyceride oils are an abundant natural resource that is yet to be fully exploited as a source for polymers and composites.

However, there are methodological issues that need to be resolved before the potential of willingness-to-pay can be fully exploited as a tool for the economic evaluation of health care programmes.

Before sand fly saliva can be fully exploited as a vaccine target, the genetic and expression variability of salivary proteins must first be assessed in the field.

However, if DNA methylation can be targeted with high specificity to predetermined sites in the genome, DNA methylation-mediated gene silencing can be fully exploited as a research tool and further developed as a therapeutic approach.

By contrast, studies with D. melanogaster have revealed extensive conservation between the mechanisms of mammalian and insect innate immunity (for a review, see Lemaitre and Hoffmann, 2007); however, D. melanogaster is yet to be fully exploited as a model system for analysing Candida infection.

This indicates that there is a way to go before the use of digital in the other areas mentioned by Honnor – effectiveness, data gathering and evidence – is fully exploited, as situating digital within one department (usually comms) inevitably means that other departments don't engage with it as much.

In part, it may simply reflect a view that the oceans were one of the few natural resources that had not yet been fully exploited as a source of food and employment.

That Merah told the France 24 TV channel by telephone that he "objected to the law on the veil" and that "Jews have killed our brothers and sisters in Palestine" will be fully exploited by Sarkozy as he tries to win back votes from the National Front.

Motivation: Epistatic Miniarray Profiles (EMAP) has enabled the mapping of large-scale genetic interaction networks; however, the quantitative information gained from EMAP cannot be fully exploited since the data are usually interpreted as a discrete network based on an arbitrary hard threshold.

Although OSCC seems as much an 'epigenetic' as a genetic disease, the translational potential of cancer epigenetics has yet to be fully exploited.