Sentence examples for identification of hypotheses from inspiring English sources

A systematic, automated approach towards the identification of hypotheses about proteins playing a role in specific stages of AD mentioned in the scientific literature would be highly desirable.

In this study, independent identification of hypotheses supported by a preponderance of evidence in each cell culture and xenograft experimental model enabled the comparison of the drug mechanism of action in each distinct experimental model at the hypothesis level.

The objective of the present project is to create a manually annotated database where the relevant data are gathered in a formal representation that can be computationally analyzed for the identification of therapeutic hypotheses based on the available evidence and for ranking treatments based on the molecular profile of single patients.

The presented analysis of 3D numerical simulations thus enables identification of the critical hypotheses that underlie integral models used in operational studies.

It can be seen as a conceptual approach to facilitate the identification of specific testable hypotheses.

Although this is a case of an already named and characterized gene, it serves to illustrate the (1) automated identification of strong functional hypotheses and (2) identification of groups of additional genes enriched for functional relationships with a particular incompletely annotated gene of interest.

The simultaneous use of dilution and overcoring data provides accurate parameter estimates in the presence of measurement errors, allows the identification of the right hypothesis about the borehole disturbed zone and diminishes other model uncertainties such as those caused by errors in the volume of the circulation system and the effective diffusion coefficient of the filter.

Researchers use the results for a variety of purposes, such as the generation of hypotheses, the identification of research needs, and the identification of modifiers of nutritional and disease risk.

To reach convincing conclusions representative of the whole CFS implementation experience in Haiyan, the evaluation was constructed as an incremental process of identification, analysis, verification and validation of hypotheses taking shape around the evaluation criteria and core questions.

Dedicated algorithms were set up for the identification of the prevalent therapeutic hypotheses based on the available evidence and for ranking treatments based on the molecular profile of individual patients.

This integration enables the testing and identification of key systems-level hypotheses regarding how signaling proteins affect overall tissue-level behavior during morphogenesis in an experimentally verifiable system.