Sentence examples for defining gains from inspiring English sources

Given that the heatmap is constructed from aCGH copy number states rather than continuous copy number ratios, these differences could be due to artificial changes in ratios near the cutoff for defining gains or losses.

The resulting parameters are presented in Table 9 along with the defined gains and time constants.

We defined gains and losses for the oligonucleotide dataset as a linear ratio ≥1.2 or ≤0.8 respectively.

After mode-centering, we defined gains and losses as log2 ratios ≥0.15 or ≤−0.15 (±6 SD of the middle 75% quantile of data) and amplification and deletion as a ratio ≥0.4 or ≤−0.4 (representing 4 and 94% quantiles), respectively.

Smoothed log2 ratios of -0.15 and 0.15 were used as thresholds to define gains and losses.

Copy number changes were detected based on the variance of the red: green ratio profile from the standard of 1. Ratio values of 1.20 and 0.80 were used as upper and lower thresholds to define gains and losses, respectively.

Wilkens et al (2000) defined gains of 5p and alterations of 8 as playing an important role in the development of ATC, whereas, Wreesmann et al (2002) proposed that gains at 3p13 14 and 11q13, and loss of 5q11 31, were markers for anaplastic transformation.

After the mean and standard deviation of the log ratios in the invariant set of each experiment were calculated, clones that have higher or lower log ratios than the mean +/- 2SD of the invariant set (upper bound and lower bound) were used to define gains and losses.

Each parameter has a feasible interval that guarantees the stability of the system within the defined gain limits.

The results from this initial screening are then used to train a conformal predictor and different confidence levels of the predictor are then evaluated using the internal validation procedure and the defined gain-cost function.

Regression analyses between two serial ERG parameters in a control cohort of rats are used to define gain relationships.