Sentence examples for by randomly sampling three from inspiring English sources

Stemness-related modules were simulated by randomly sampling three different idealized stemness patterns: 1) Many genes expressed in Many tissues (MM), 2) Single gene expressed in Many tissues (SM), and 3) Single gene expressed in a Single tissue (SS).

Controls were obtained by randomly sampling three times the number of cases within each category from a list, including all patients who had received medical care at the hospital during the study period.

The comparison children were selected by randomly sampling two (or in two instances, three) of the comparison children matched to each case child.

Controls were obtained from population data from the National Health Services Local Health Units of Modena and Reggio Emilia, which record all residents annually, by randomly sampling four children among possible matches.

The distribution of shared and private potential paralogs among populations and species was further examined by controlling for unequal sample sizes, by randomly sampling four individuals (the smallest sample size) per locality.

At first, we selected three towns by random sampling; then, we randomly sampled three to five villages for each town, and eventually we selected 13 villages.

To illustrate this feature, we have simulated unassembled Illumina data using MetaSim [ 21] by randomly sampling one million 100 base pair sequences from the complete genome sequences shown in Figure 3A and applying an Illumina error model.

More specifically, we constructed artificial two-group comparisons with different numbers of replicates by randomly sampling without replacement two subsets of samples from a single sample group 10 times for each sample group.

To avoid the disorder general maps being biased by the most frequently studied disorders, which also tended to be studied in the largest primary samples, we included the same number of studies (n = 7) per disorder, by randomly sampling a subset of seven primary studies of those disorders, which had been the focus of more than seven published VBM studies.

The admixture tool (#15) uses allele frequencies in the source populations to estimate the probability that a genotype observed at one SNV in a potentially admixed individual would be generated by randomly sampling chromosomes in each of the three possible combinations (six combinations if there are three source populations).

Values were estimated by randomly sampling different number of reads from two PCR and deep sequencing runs in each DNA of the two individuals.