Sentence examples for sample we determine from inspiring English sources

By calculation of Genetic Heat Indices, a relative measure of the concentration of restricted range species in a sample, we determine that the conservation of the tree diversity of the coastal lowlands of Oaxaca should be prioritised over that of southern Honduras.

Given the probe set measurements for the new sample, we determine the probability that X 1 ∗, X 2 ∗, …, X p ∗ came from each sub-population's multivariate normal distribution.

Per sample we determined the distribution of edit-distances (mismatches) of the reads versus the particular reference genome.

In a large mixed-trauma sample, we determined that the Dutch version of the STEPP is reliable and predictive.

For each such sample, we determined the fraction of sets where all the four protein-encoding genes are co-expressed in one or more tissues.

For each sample, we determined the genotypes of 19 loci based on the distinct electrophoretic mobility of amplified fragments <50 bp.

For each site that differed between D3 and D4 and to which we had aligned at least five reads from the T2 sample, we determined the proportion of D3-type versus D4-type nucleotides sampled.

In addition, from 6,000 cells of each sample, we determined the cytokinesis block proliferation index (CBPI) [(number of mononucleate cells + 2× number of binucleate cells + 3× number of multinucleate cells)/ (sum of mononucleate, binucleate, and multinucleate cells)].

Briefly, for each sample, we determined a value for the cycle threshold (Ct), which was defined as the mean cycle at which the fluorescence curve reached an arbitrary threshold.

Using direct re-sequencing from our family-based sample, we determined that the ESR1 promoter Indel was not transmitted in a Mendelian fashion in 9 out of the 122 families evaluated (7.37%).

We used five-fold cross validation to assess the classification accuracy using various combinations of the following sets of features: For each sample, we determined the number of non-synonymous point mutations occurring within the coding regions of each of 232 genes that are recurrently mutated in cancer [ 10].