Sentence examples for dna evolution in from inspiring English sources

A low mutation rate, however, could partly explain such low diversity: rates of mitochondrial DNA evolution in elasmobranchs are slow compared to other taxa [ 16].

Complete mitochondrial genome sequencing from poorly investigated groups is needed to supplement a gap in our current understanding of mitochondrial DNA evolution in the metazoa.

This did lead to the concept of a "molecular clock," with a relatively constant rate of DNA evolution in different eukaryote groups.

This survey provides detailed insight into human mitochondrial DNA evolution in Myanmar for the first time, and thereby sheds more light onto a crucial stage of Southeast Asian population history.

Given the ancient origin of Ecdysozoa and the high rate of mitochondrial DNA evolution in bilaterian animals, one can expect the phylogenetic signal in ecdysozoan mitochondrial genomes to be low.

There is strong support for conflicting placements of both Cryptoblepharus and Pseudemoia between the concatenated data and STEAC analyses reflecting the complex process of DNA evolution in these taxa as well.

Therefore, we look forward to understanding the influence of Wolbachia on mitochondrial DNA evolution and speciation in fig wasps.

Although higher rates of mtDNA than nuclear DNA evolution are found in other taxa, especially vertebrates [ 16], the ratio of mtDNA to nuclear DNA rates of evolution in Tigriopus appears to be high when compared with other invertebrates and arthropods [ 10, 17, 18].

The high variance within the edited genes in particular may be a fertile source of taxonomic markers to further understand the mitochondrial DNA evolution and RNA editing in T. cruzi and other kinetoplastids.

Substitution models for DNA evolution were selected using AIC in ModelTest3.7/ModelTestJ [69]; GTR+G (for original Alignment 1) and GTR+G+I (and moderately stringent Alignment 2 and the stringent Alignment 3).

With the goal to contribute for the understanding of satellite DNA evolution and its genomic involvement, in this work it was isolated and characterized the first satellite DNA (PSUcentSat) from Phodopus sungorus (Cricetidae).