Sentence examples for makes this methodology from inspiring English sources

Further, ease in interpreting results makes this methodology very attractive.

In this discussion note, we reply to Bezuidenhout's (2013) claim that the narrow-temporal scale of language processing examined using the Visual World Paradigm makes this methodology unsuitable for studying perspective-taking in conversation.

Replacing the interaction mechanism of an aggregation methodology with a different one makes this methodology inaccurate, cost-ineffective and actually infeasible.

Its ease of use makes this methodology well suited for assessment of multidimensional variables.

These assays need to reach a considerable fragment size (up to 1.2 kb) to calculate the 3':5' ratio, which makes this methodology unsuitable for highly degraded RNA from FFPE samples.

Moreover, the easy handling and long-term stability of DNA blood samples stored on FTA filter papers makes this methodology robust and ideal in field conditions, where samples are often collected far away from where they are processed.

Hence, such good performance along with the simplicity of the method and low cost of implementation, make this methodology suitable for real distribution feeder.

This approach, applicable in different tumour entities like melanoma, glioblastoma and head and neck malignancies, make this methodology as reliable prognostic and therapeutic indicator for patient undergoing BNCT.

Connectivity measures like Granger causality that are based on the autoregressive model do not always reflect true neuronal connectivity; however, we conclude that careful experimental design could make this methodology quite useful in extending the information obtainable using fMRI.

Applications that make this methodology attractive to water resources managers benefit from the wide spread of Pareto-front (optimal) solutions allowing decision makers to easily determine the best compromise through the trade-off between reservoir operational strategies for human and ecosystem needs.

The characteristic size and shape of the nanostructures obtained by the described method and the properties of ZnO as a low-cost biocompatible material make this methodology of synthesis interesting for a wide range of applications including optoelectronics, catalysis and (bio sensors.