Sentence examples for defining the cutoff from inspiring English sources

Defining the cutoff as X ≥ −29.909 resulted in a sensitivity of 84.6% and a specificity of 82.6%, respectively (AUC = 0.92, accuracy = 83.3%).

To identify the reason, we setup an experiment to assess the results produced by LSH-Div and ESPRIT using different distance functions for defining the cutoff parameter.

Multivariable regression models were used to examine the independent association between the four measures of glycaemic control and ICU mortality, and for defining the cutoff value for detrimental low glucose.

Potential sources of variation include pre-analytical conditions (that is, sample handling and aliquot storing), analytical conditions (different methods), and post-analytical norms for patients for defining the cutoff points (that is, age or apolipoprotein 4 status).

When we applied previously used methods to our data, the procedure used in the Cadmibel study for defining the cutoff resulted in a background probability of < 5%, whereas the procedure used in the OSCAR study resulted in a background probability of > 5%.

We were then prompted at defining the cutoff value of TOPO-II α that more closely correlated with the risk of death: the most significant association was observed at the cutoff value of 25% TOPO-II α immunoreactive cells: cases with high TOPO-II α expression has a shorter OS (median OS=35 months) than cases with low TOPO-II α levels (median=54 months) P-value=0.048 P-value=0.048

In addition this figure illustrates, how we define the cutoff latitude for this configuration.

For example in the case of a vaccination campaign where coverage is of major interest, the population (analogous to the consumer) should suggest a null that would define the cutoff where coverage is inadequate.

We can define the cutoff frequency (f0), at which Z decreases abruptly: f0 increases when increasing the SWCNT density on the substrate, while resistance decreases, as does the low-frequency impedance.

From the μ R vs. f or the μ I vs. f plot, as shown in Figure 5, we can define the cutoff frequency f c = 2,051 MHz in the h||L case.

The user then defines the cutoff values at which MOTU should be defined (Figure 2).