The results probably reflect different sensitivities of basis patterns for axial position.
Resistant strains were classified from 1 to 4 (increasing resistance) and sensitive strains from −1 to −4 (increasing sensitivity) on the basis of survival time.
We used a random effect model to calculate pooled sensitivity on the basis of statistical heterogeneity (χ = 43.88, P < 0.05) and pooled specificity on the basis of statistical heterogeneity (χ = 93.98, P < 0.05).
On a per-polyp basis, sensitivity was calculated according to the respective size categories (polyps ≥6 mm as well as polyps ≥10 mm).
Herein, we developed a facile and rapid approach to detecting low concentration of Fe3+ with improved sensitivity on the basis of plasmon enhanced fluorescence and subsequently amplified fluorescence quenching.
On a per-lesion basis, sensitivity, specificity, positive predictive value, negative predictive value, and accuracy for LN staging were 82%, 72 %, 32 %, 96 and 73%, respectively, for 4DST, and 29%, 86%, 25%, 88%, and 73%, respectively, for FDG.
Solid lines correspond to a computation of the sensitivity on the basis of Equation 7 for a random Gaussian force that was band-limited to 200 Hz and had a standard deviation of σ s = 1 pN.
T4 DNA ligase is especially sensitive to mismatches on the upstream side of the ligation junction (Fig. 6C), and this sensitivity provides the basis for diagnostic tests for single nucleotide polymorphisms [31], [36], [37].
On a per-patient basis, sensitivity of the CAD was 94%.
MRI was equivalent to FDG-PET in terms of detection on a per lesion basis (sensitivity 80.3% vs 81.4%).
