Sentence examples for approaches which represent from inspiring English sources

From this diagram it is clear that the three experimental protocols are complementary: only 69 protein groups are common to all the approaches, which represent only 37, 42, and 50% of all groups associated to ProteoPrep20, ProteoExtract+ProteoPrep20, and ProteoMiner respectively.

Furthermore, as these receptors are certainly seen in three-dimensional tumors, it remains necessary to develop and adopt three-dimensional culture approaches, which represent the tumor microenvironment.

The literature contains a range of approaches which represent modelling systems of increasing sophistication and complexity including moving from deterministic models where there is a predictable relationship between inputs and outputs through to stochastic models where chance and uncertainty are included.

Tellagence, a recently-launched Portland-based startup, believes it has developed a scientific/algorithmic approach which represent the next generation of social network sentiment analysis and can accurately predict the flow of content among other things.

Furthermore, the identification of biomarkers predictive of pathologic tumor regression, including early tumor metabolic changes measured by 18FDG-PET/TC, could improve the selection of patients candidate to a conservative surgical approach, which represent a major goal, considering the morbidity of total mesorectal excision and its impact on patients quality of life and costs.

This is a new rational design approach, which represents a step forward development if it is compared with the usual empirical employed procedures.

Healthscope shares rose as much as 21 percent to a two-year high on news of the approach, which represented a return of big private equity deals to the Australian market after a two-year slump during the financial crisis.

A basis function approach, which represents the design space by linearly combining the hydrodynamic performance coefficients of a diverse set of basis platform geometries, was taken as the most straightforward way of physically constraining the platform hydrodynamic performance.

Two different configurations for that simple mixing approach have been considered and discussed, i.e. the "direct approach" which implies entrainment of the jet flow (containing the SNCR reduction agent) into a bulk flow (containing the products of the main combustion zone); and the "reverse approach" which represents entrainment of the bulk flow into the jet stream.

(Křikava et al. 2012) propose a models@runtime approach which represents adaptation logic as networks of messaging passing actors.

Otherwise, in the 'classical' approach, which represents each building with a single polygon which is the gutter surface of the building, the adopted model introduces a second polygon, placed very close to the ground surface.