Sentence examples for useful tool for differentiating from inspiring English sources

99mTc-TRODAT-1 SPECT is a useful tool for differentiating Parkinsonian disorders [ 15].

The presence of very short telomeres in leukocyte subsets as measured by auto-mated multicolor fluorescence in situ hybridization combined with flow-cytometry (flow-FISH) [ 7], is a useful tool for differentiating patients with DC from healthy individuals [ 8, 9].

CT attenuation value >24 HU and tumour diameter >30 mm were not independent predictive factors (p > 0.1) F-FDG PET/CT is a very useful tool for differentiating benign from malignant adrenal lesions in patients with proven malignancy with an overall sensitivity between 74 % and 100%%, and specificity between 69 % and 100%% [ 17].

Mancini et al. [ 44] proved that the use of ultrasound molecular imaging with microbubble targeting VEGFR-2 might be a valuable method for noninvasively detecting and quantifying of VEGFR-2 expression in thyroid cancer in mice, and it is also a useful tool for differentiating benign from malignant thyroid nodules.

Studies have shown that OCT may be a useful tool for differentiating preinvasive cancers of the bronchial mucosa [ 7– 9], and may provide a useful method for assessing distal airway wall remodeling [ 10] as well as providing quantitative measurements of upper airway size and shape [ 11].

It is more likely that the different immunolocalization and gene expression level of FRA-1 might represent a useful tool for differentiating breast carcinomas for their aggressiveness.

Bedside ultrasound is another useful tool for differentiation of dyspnea.

High-resolution in vivo monitoring of all possible tissue types following MI, such as healthy, edematous, necrotic, hemorrhagic, or scarred tissue, would be a useful clinical tool for differentiating between acute and chronic MI and assessing the nature and extent of ischemic and reperfusion-associated injury.

Expression of V1A receptors and vasopressin is the most useful diagnostic tool for differentiating SCLC from NSCLC and other cancers (Coulson et al, 2003).

The application of a limited number of loci (MIRU 10, MIRU 26, MIRU 31, VNTR 3232, and VNTR 1982) independently or in combination with other loci, may be a useful and rapid tool for differentiating strains within the Beijing family and for practical prospective genotyping and tracing of TB outbreaks in populations where the Beijing genotype predominates.

The approach employed in this study provides a very useful tool for travel authorities to use to differentiate between the independent and dependent variables affecting tour value and to identify the relationships among those variables.