Sentence examples for develop appropriate methodologies from inspiring English sources

Several works have been intending to develop appropriate methodologies to determine the optimal working fluid.

Successful research teams integrate participants from several social-science disciplines and diverse ranks (i.e. faculty and graduate students), address a compelling research question with real-world significance, and deploy or develop appropriate methodologies in creative ways.

Therefore, it is important to develop appropriate methodologies to model and predict hospital charges on gastric cancer patients and their relations with other factors.

Mays, Pope & Popay [ 6] have challenged researchers to develop appropriate methodologies to accommodate and maximize these wide ranging and disparate types of evidence.

Given this context, how does one develop appropriate methodologies or strategies to measure this kind of impact especially on an issue which is socially taboo and considered invisible in the larger environment?

As such, scientists still spend a great deal of time on developing appropriate methodologies, even though reliable methods for the analysis have been developed in the past [8],[9].

Gender mainstreaming in HRH research, policy and planning entails developing appropriate methodologies for data collection, monitoring and evaluation [ 1, 4].

We can then conclude that, by developing appropriate methodology, hazel species could become a new commercial source of Taxol and taxanes, both to be used as new therapeutic agents or as new precursors for Taxol and/or Taxotere semi-synthesis.

These questions, in turn, have led us to emerging areas of inquiry within the multi-disciplinary field of innovation studies, areas where foundational work is still needed in order to define key concepts, develop appropriate research methodologies, and conduct exploratory empirical studies to inform hypothesis and theory building.

In such a context, the objective of the present study was to further differentiate the spoligotyped drug-resistant M. tuberculosis clinical isolates circulating in Sichuan by IS 6110-RFLP and MIRU-VNTRs, so as to develop appropriate genotyping methodology for various M. tuberculosis lineages, particularly the Beijing versus non-Beijing family isolates.

In this paper, we use the artificial neural network (ANN) methodology to develop appropriate force and temperature models based on real experimental measurement data of bone milling on artificial tissues with cancellous properties.