Sentence examples for from many populations from inspiring English sources

Then they checked blood samples against half a million known variations in DNA sequences, or single-nucleotide polymorphisms, which recently were identified by the International HapMap Project that looked for differences in the genomes of people from many populations.

Seed has been collected from many populations, but germination rates after ten years of storage are much lower than in Banksia brownii.

We obtained a positive value in our study (0.102), probably as consequence of sampling from many populations.

Evidence of frequent hybrid KIR genes in samples from many populations suggested that re-arrangements may be frequent and selectively advantageous.

The advantages of the WHO criterion include ease in mastering the criterion and its use in practice, the high levels of agreement among examiners and the possibility for comparing results collected from many populations worldwide over long periods.

Moreover, if possible, it is more efficient to use a few samples (10 or 20 for example) from many populations rather than a lot of samples (50 for example) from a few populations.

Both are perennial placeholders on the list Washington thanks to its trove of landmarks and drivable distance from many population centers, Miami thanks to its status as an international hub that attracts travelers from south of the border.

Of the 14 loci, one locus (MJG8) showed significant deviations from HWE across many populations following Bonferroni correction.

Previous theoretical work under simple island (Städler et al. 2009) or stepping stone (De and Durrett 2007) models has shown that biases in demographic inference can be ameliorated by sampling single individuals from each of many populations.

The second most common Campylobacter species isolated from dogs, in many populations, is C. jejuni [ 3, 4, 6, 9, 12], which is also responsible for the majority of human infections [ 13, 14].

Alternative explanations for the observed temporal variation in the Baltic populations, e.g. population turnovers or immigration from many source populations leading to changes in allele frequencies, are not expected to be likely, since the predominance of longer brooding in these populations decreases the chances of gene flow through larval dispersal.