Sentence examples for enables very efficient from inspiring English sources

Throughout these 30 years, researchers and practitioners witnessed the analog paper printout to digital era that enables very efficient collection, processing and 3D imaging of large amount of data required in GPR imaging in infrastructure.

This framework enables very efficient prototyping of networking protocols.

Its main strength is that the modular design enables very efficient prototyping of networking protocols.

Therefore, it is possible to use the filters computed by the SIRT-FBP method in gridrec as well, which enables very efficient computation of SIRT-FBP reconstructions on both workstations [32] and large-scale supercomputers.

Still, this study shows once again, that the use of genome-wide canine SNP data enables very efficient positional cloning projects of Mendelian traits, even if only very few samples are available.

Indeed, Erk inhibition enables very efficient derivation of ES cells from all strains of mice tested (Nichols et al, 2009a) and also from rats (Buehr et al, 2008; Li et al, 2008), which was not previously possible.

By embedding suitable emission capabilities into the high-index medium, the large Purcell factor values that can be achieved, in combination with embedded emission capabilities, e.g. emission obtained by using photo-pumped quantum dots, will enable very efficient and spectrally narrow photon generation.

Recent developments in RNA-Seq technology have enabled very efficient probing of transcriptomic data [ 15- 19].

The Himar1 and Tn5 transposons, site-specific recombinases and gusA based reporter system applied for this strain enable very efficient and fast genome engineering of S. albus[ 47- 49].

Besides inheriting all the advantages of NLM, this laser enables a very efficient TPEF signal excitation as the GFP two-photon action cross section maxima falls around this operating wavelength.

The patterned substrates may enable very precise and efficient interactions with a wealth of molecules, including biomolecules, organic fluorophores and water-soluble nanocrystals, leading to the development of hybrid scaffolds of smart bio/inorganic or organic/inorganic active interfaces.