Sentence examples for could be efficient for from inspiring English sources

This work demonstrated that global regulator manipulation could be efficient for electrochemical activity engineering and offered new opportunities for BES applications.

Experimental therapy based on cancer cell MET metabolism deficiency could be efficient for treating advanced prostate cancers refractory to current therapies.

As this study clearly indicates that microsatellite-based techniques could be efficient for detecting early recurrences, we could increase the number of MI markers, as already performed by Spafford et al (2001), in order to maximise the rate of informative patients.

The identification of active elements would serve as a basis for the development of mutational tools, as transposons could be efficient vectors for modifications.

New hi-tech techniques of 2nd-generation sequencing or single-cell sequencing could be efficient candidates for mapping the mechanomics of various species (Lawrie et al., 2008).

Therefore, present research highlighted that the aquatic macrophyte could be efficient and effective biosorbent for other dyes also.

Approaches for TEP based on optimization have not been widely used given that their high computational requirements mean that they could not be efficient for large-scale, real systems.

This makes it necessary to consider that joint analysis of all available samples with a higher threshold of significance could be more efficient for interaction analysis, as it is for association studies [ 40].

Therefore, from the present study we can assume that breeding and genetic selection could open up a new avenue for light interception optimization, and could be more efficient for saving time, labour and resources than yearly topology alteration through pruning.

For biotechnology, the potential is huge as well, as SeMeCos offer a simple system for establishing cooperative communities; these could be very efficient for the production of cell-toxic substances, as the burden can be shared between cells.

These results imply that the graphene with a tailored pattern of chemisorption could be highly efficient for introducing a totally spin-polarized current and controlling its on/off switching.