Sentence examples for pathological depiction from inspiring English sources

Contemporary techniques of anatomical and pathological depiction can achieve such accuracy and objectivity that any attempt to aestheticise them seems egregious.

What's more surprising is that, while it's generally known that the art schools of the past almost always had a professor of anatomy on their staffs, anatomical and pathological depiction seems to have had an influence on fine art in general.

Targeted magnetic resonance imaging (MRI) has emerged as a promising diagnostic approach that offers a high-resolution depiction of pathological anatomy and the ability to detect associated disease biomarkers [3, 4].

The sMRI sequences (T1, T2, FLAIR, susceptibility-weighted imaging (SWI) and gradient-recalled echo (GRE)) provide highly accurate depiction of pathological lesions, and dMRI detects the effects of TBI on brain connectivity and non-hemorrhagic diffuse axonal injury (DAI), which are not detected by CT.

Our result suggests a significant computational roadmap to detect the OCA3 associated SNPs from the large SNP dataset and reduce the expenses in experimental depiction of pathological nsSNPs.

Our predictions suggest a significant computational approach to detect the OCA 1 3 (TYR, TYRP1, OCA2, and SLC45A2 genes) associated SNPs from the large SNP dataset and reduce the expenses in experimental depiction of pathological mutations.

Targeted magnetic resonance imaging (MRI) has emerged as a promising diagnostic approach offering high resolution depictions of pathological anatomy and the detection of associated disease biomarkers [[1]-[3]].

Multidetector CT is reserved for more complicated cases or late diagnosis requiring a more thorough depiction of additional pathological features in order to plan treatment.

MRI provides excellent characterization of scrotal focal lesions and valuable depiction of local extent of pathological processes, emerging as the dominant problem-solving imaging modality after a first inconclusive sonographic exam (Table 1).

By overcoming experimental scan time and dose issues, we report the first dark-field computed tomography scans on living mice, demonstrating excellent depiction of the anatomical distribution of pathological lung changes.

In this study, we compared the sonographic features and image quality of US post-CEUS with those of US pre-CEUS in 158 focal liver lesions and found that US post-CEUS improved the depiction rate of the lesion profile and internal pathological structures.