Sentence examples for based on complete mtDNA from inspiring English sources

In the present study, coding region mutations have been considered for assigning new haplogroups, as hyper variable control region sites lead to confusing conclusions, which are evident from global mtDNA phylogeny, based on complete mtDNA sequences.

Therefore, we provide here new information concerning the phylogeny of hg U5 in eastern European populations based on complete mtDNA variability data in Russians, Belorussians, Poles, Czechs and Slovaks, and compare these data with those obtained from western European populations.

Based on complete mtDNA genome sequence information, we have identified several new subclusters within the C4 (C4a1a2, C4a1a2b C4b4a2b, C4b5, C4b6, C4b8, C4b8) and C5 (C5b2a1, C5b1aC5c1a, C5c2, C5c2) subclades, as well as redefined some previously described clusters.

With comprehensive phylogeographic analyses based on complete mtDNA genomes sequencing, we identified some potential candidate markers for the early peopling of Hainan Island, which could be traced back to ~ 7 - 27 kya.

The phylogeny of haplogroup M7e based on complete mtDNA genomes revealed that the sequence (Li241) with 16166C-16172-16223-16311 was directly derived from the root of haplogroup M7e around 6.5 - 8.0 kya.

The interrelationships of Taenia based on complete mtDNAs were different between estimates from amino acids and nucleotides, and previously estimated phylogenies based on either morphology or molecular data.

Recently, Perego et al. (2009) have reported the variation at two rare American mtDNA haplogroups D4h3 and X2a, based on complete genome sequencing of the mtDNA molecule, signaling for the first time the existence of two distinctive and almost concomitant Paleo-Indian migrations routes which would have occurred 15 17 kya from Beringia.

Phylogeographic studies of human mitochondrial DNA (mtDNA), especially those based on complete mitochondrial genomes, have yielded many results of general interest concerning the origins of our species and population movements that are behind the genetic patterns seen today [5], [6], [7].

The mtSNPs genotyped in this study were designed to identify mtDNAs of African ancestry to the maximum level of molecular resolution provided by known phylogeny based on complete genome sequences.

The known human mtDNA phylogeny is based on 8731 complete mtDNA genomes (Phylotree), and, therefore, it provides a solid background to compare the variation observed in the mtDNA genomes of patients against.

Results are based on complete cases only.