In practical operation of the power system, a small part of unbalanced power in the system is regulated by the frequency characteristics of the load, and the vast majority is shared by multiple generators.
This suggests that a minor part of the hADSC adopted fates typical of neural-crest derivatives, but the majority was sharing a perineural niche.
The majority of species were shared among the three groups.
The majority of genes were shared by the two rodents, whereas each organism had a significant part of unique genes.
The majority of alleles were shared between the two species, although at seven loci there were alleles specific to S. chathamica, four of which were outside the range found in S. microphylla.
Within each subspecies/group, the numbers of unique CNVs ranged from 2.3 to 5.1 per sample, indicating that the majority of CNVs were shared at least by two individuals within the same subspecies/groups.
First, fixed differences were not detected among the localities in the nuclear genome; second, the overwhelming majority of polymorphisms were shared among the localities; and third, the signatures of genetic admixture between populations, particularly those separated by small distances in the Olkusz area, were detected.
The region of overlap in each of the Venn diagrams shows that the vast majority of SNPs were shared by all three plants within a given group (97.9% in YF, 98.9% in YC, and 99.6% in SC), indicating that the genetic diversity between individuals of a given group is very low.
Orthologous gene structures were more diverged between genera, but majorities of positions were shared across genera for each species (17/24 Caenorhabditis positions were also identified in Pristionchus and/or Brugia, 25/48 Pristionchus pacificus insertion positions in Caenorhabditis and/or Brugia, and 23/30 B. malayi positions in Caenorhabditis and/or Pristionchus).
