Sentence examples for enhancing interpretation from inspiring English sources

It also integrates geological and geophysical visualization of 3D surface and subsurface structures in a queryable environment representing their exact three-dimensional geographic position, enhancing interpretation.

As a way of enhancing interpretation one usually uses standardized versions of the score functions.

The definition of CAM in this survey was based on well-described categories by the National Institutes of Health, thus enhancing interpretation of data.

Third, single-molecule sequencing will facilitate the full-length sequencing of RNAs; thus, for example, enhancing interpretation of the transcriptome by enabling the identification of RNA editing, alternative splice forms with a given transcript, and different start and termination sites.

Further, a test of whether the items suggest a structure in which there is at least one common factor to all items was also significant [χ 561) = 16,080.2, p <0.0001] implying that any structure extracted after that first factor is residual information that could enhance interpretation of the first factor, but one factor would be adequate to interpret the construct under study.

Data filtering are applied in other to eliminate errors and enhance interpretation of data.

We discuss challenges to evaluating each assay, identify significant shortcomings, and make recommendations to enhance interpretation of results.

However, complex cases can benefit with further data processing to help enhance interpretation of the findings and improve anatomical depiction of any abnormalities seen.

There is a need for pipelines that unify data mining and inference deduction into a singular framework to enhance interpretation and hypotheses generation.

These findings offer new insights into the underlying transcriptional circuitry of psoriasis lesions, and demonstrate how sequence-specific TF/uDBP-DNA interactions can be exploited to support dODN drug development and enhance interpretation of non-coding GWAS signals.

We envision that data resources and the informatics pipeline developed here can be extended to other complex genetic diseases, as a general strategy to facilitate dODN design and enhance interpretation of GWAS findings.