It was observed that small deviations from these values resulted into negligible variations in the overall classification performance.
Possible deviations from these values are indicated below.
Deviations from these values are associated with an increased risk of death.
Deviations from these values in real transcriptome datasets and assemblies will reflect the magnitude of these errors and potential contamination of transcriptome libraries with genomic DNA.
Scores close to 1, 0.5 and 0, indicate B allele homozygosity, heterozygosity and A allele homozygosity, respectively, while deviations from these values, in contiguous SNPs, indicate a change in the copy number at that locus.
For each experiment, the mean values of a, b, c, and γ were calculated, and hence, the percent deviation from these mean values at each strain level was obtained.
However, we found very little deviation from these FST values between all other population comparisons, indicating maintenance of, and no large change in, population connectivity over these generations.
Briefly, for each female, we calculated a mean value of temperature and breeder density experienced (i.e. between-individual effect, reflecting the population trend), and for all observations, an individual deviation from these mean values (i.e. within-individual effect, reflecting individual plasticity).
This deviation from the values expected from Stokes' Law has been attributed to the characteristic free space between structural elements.
The deviation from this value can be used for defining different levels of service.
