Sentence examples for be significantly more specific from inspiring English sources

By Kuno et al., the accuracy of CT in staging was 80%andd 87.5% for the MR, without significant differences between RMI and TC in the assessment of anterior commissure and paraglottic space, while for the determination of cartilaginous invasion MR showed a higher sensitivity than CT, which instead resulted to be significantly more specific.

Short probes (25 nt) were significantly more specific than longer ones (35 nt), but the latter were more sensitive.

CHWs are significantly more specific in their advice than BPHS facilities (p = .0210).0210

Anti-CCP and anti-MCV antibodies were significantly more specific than IgM-RF (89.9%, 85.8% to 94%; P < 0.05).

The presence of anti-citrullinated protein/peptide antibodies (ACPAs), on the other hand, is significantly more specific for RA.

However, for serum samples from patients with other infectious diseases, rHsp83 was significantly more specific, particularly with respect to Chagas disease samples (P < 0.001).

While the chemical inhibitors used are significantly more specific for DYRKs as compared to other families of kinases, their ability to distinguish between individual DYRKs is more limited (Bain et al., 2007; Ogawa et al., 2010; Wippich et al., 2013).

There were no significant differences among the sensitivities observed with PET, CT/MRI and TM, but PET was significantly more specific than CT/MRI (P=0.011) in predicting residual mass viability.

The groups were found to differ in the factor of ulceration (P = 0.008796, two-sample test for equality of proportions with continuity correction), with ulceration itself being significantly more specific to the group of patients with negative SLN factor.

It would be appropriate for the authors to show the data for the milder behavioral effects of TRH-RNAi knockdown using NP2721-GAL4, since, based on Figure 1 figure supplement 1, this line is significantly more specific to the DPM neurons.

Potential improvements to this platform include the use of new thrombin-sensitive substrates that are significantly more specific to reduce background activities from other plasma proteases, and further functionalizing NWs, which are superparamagnetic, with fibrin-targeted ligands to allow contrast-enhanced magnetic resonance imaging (MRI) of individual clots simultaneously with urine analysis.