Together, glycomic and metabolic labeling techniques provide a comprehensive description of glycosylation as a foundation for hypothesis generation.
When coupled with a microarray expression database and data analysis and viewing tools, these data can serve as a foundation for proposing hypotheses and performing dedicated research.
As a result, the presented protocol facilitates more-detailed conclusions than were previously possible (e.g. [5] [16] [19]) and, thus, acts as a foundation for new hypotheses.
This approach provides a foundation for testable hypotheses regarding the geographic range of human monkeypox, and provides a useful guide for identification of potential reservoir hosts associated with transmission to humans.
Once these associations are graphically represented, the aim is to obtain fresh insights into the different biological functional levels, which then act as a foundation for new hypotheses.
Inferred chemical-disease associations create a foundation for developing hypotheses about relationships between chemicals, genes, diseases, and the mechanisms of environmentally influenced diseases.
These data provided a foundation for new hypotheses based on the chemical structure and structure function relationship for each of the different SERMs/SERDs, together with the cell type and promoter specific differences in coregulator recruitment, which together may explain their differential antagonist/agonist profile observed in different tissues.
The establishment of this integrated research database will serve as a foundation for future hypothesis-driven experiments, which could uncover previously unsuspected correlations and perhaps help to identify new and accurate predictors for image diagnosis.
These findings inform RSS education and policy advocacy efforts, and provide a foundation for future, hypothesis-driven research about this topic.
Nonetheless, our observations serve as a foundation for further hypothesis testing studies.
These results provide a foundation for more hypothesis-driven research in genome biology, evolution, QTL mapping, and discovering genes and genomic regions for selectable traits.
