Sentence examples for predicted amplification from inspiring English sources

A DNA fragment slightly higher in size to the predicted amplification product was detected in only one out of ten patients (Fig. 3C, patient AD7).

Both, the separation of an optically inactive meso-type template dimer and a slight chiroselective autocatalytic effect, contribute to a predicted amplification of enantiomeric excess that, in some cases, can simultaneously result in a substantial amount of optically active matter.

In two of the three discrepant cases, P-IHC predicted amplification not corroborated by Southern analysis.

Four layers are displayed from bottom (input layer: site proxies) to top (output layer: predicted amplification factor) The input layer simply consists of the values of the selected site parameters (up to six in the present case) The next "pattern" layer computes the weights w j from the distance of the considered site parameters to each site used in the training set (Eq. 23).

Of these contigs, two aligned to sequences within the predicted amplification boundaries [Additional File 1: Supplementary Table S6].

Our findings demonstrate the emergence of compound mutations in the BCR-ABL1 kinase domain following ponatinib treatment, and chromosomal structural variation data predicted amplification of BCL2.

At long period (T = 1.0 s), the predicted amplifications and their nonlinear component are less scattered than in the one-SCP case, the pairs including the f 0 proxy predicting, however, slightly larger amplifications.

At long period (T = 1.0 s), the predicted amplifications and their nonlinear component are less scattered than in the one-SCP case, the pairs including the f 0 proxy predicting, however, slightly larger amplifications.  .

Direct or indirect support was found for all other cases (Table 2), although the association consistency between EAGLE and PLCO was better at predicting amplification in EAGLE.

Linear interaction analysis is implemented to model the interaction of a shock with isotropic turbulence from LES. Comparisons to analytical models suggest that the regularization significantly improves the ability of the LES to predict amplifications in subgrid terms over the modeled shockwave.

The predicted acceleration amplification, maximum shear strains and permanent displacements provide insight of earthquake performance of submarine sensitive clay slopes.