Sentence examples for be compared and interpreted from inspiring English sources

Frigo tells me that his aim is to create for a future audience "some kind of a Rosetta Stone of this time, where different aspects of a person's life, recorded with different media, can be compared and interpreted".

MLST provides a framework against which new isolate collections can be compared and interpreted, but can only be utilized if the STs of newly sequenced isolates can be accurately derived from whole-genome sequencing data.

It is recommended that standard US-derived scoring of the SF-12 summary scores (scores with a mean of 50 and standard deviation of 10 in the U.S. general population) can be compared and interpreted across countries [ 19].

Recognizing the importance of standardized microarray data formats and public repository databases as the mechanism by which microarray data can be compared and interpreted by the scientific community, the committee has partnered with the European Bioinformatics Institute to develop a database to house the data generated by its collaborative research.

Intracellular levels of 6-NBDG or 2-NBDG-6-P in neurons and astrocytes cannot be compared and interpreted in terms of cellular glucose transport or utilization without detailed knowledge of their relationships to glucose supply and demand, as determined for DG and methylglucose.

Clearly, the results of these studies should be compared and interpreted with caution, as the clinical and environmental studies in question were performed in different geographical areas and at different times (not in parallel), often on very small sample sizes, analyzed using different methods.

The XRD pattern of cobalt oxide nanoparticle were compared and interpreted with standard data of JCPDS file (JCPDS international center for diffraction data, 1991).

Reproducibility measures of BOLD, CBF, CMRO2 flow-metabolism coupling n and the calibration parameter M were compared and interpreted for three ROIs.

These results show a need to estimate degree of misleadingness whenever performance levels in working memory or mental attention tasks are compared and interpreted.

Experimentally observed kinematic control parameters (leg rotation and leg length change) of human and avian running are compared, and interpreted within the context of this model, with specific focus on stability and robustness characteristics.

The propagation characteristics of a diurnal Kelvin wave (DKW) in the atmosphere of Mars and a 3-day Kelvin wave in the terrestrial atmosphere are compared and interpreted for Northern Hemisphere summer conditions (Ls = 90 and July, respectively).