Sentence examples for evolution of the molecules from inspiring English sources
DTTM exhibits a pH and viscosity relationship associated with the protonation and deprotonation evolution of the molecules.
In this context, the unusual association of Campodea and Speleonectes is most likely due to anomalies in the evolution of the molecules, such as uneven rates of substitution and/or attraction of long branches.
Knowledge of rRNA structure is increasingly important to assist phylogenetic analysis through reconstructing optimal alignment, utilizing molecule features as an additional source of data and refining appropriate models of evolution of the molecule.
The study of insulins from various species has shed light not only on the evolution of the molecule but also on the relationship between insulin structure and activity.
Using two different substitution models for paired and unpaired regions, we can take into account the influence of secondary structure on the evolution of the molecule.
Therefore, these features can provide alternative support for sequence-based topologies and give insights into the evolution of the molecule itself.
If recombination is occurring in human mitochondrial DNA (mtDNA) at a sufficiently high level, then many evolutionary analyses based on the molecule (Anisimova et al. 2003; Arenas and Posada 2010a, b; Schierup and Hein 2000a, b), and indeed the models of evolution of the molecule itself, will need to undergo substantial revision.
A plethora of partial as well as complete mtGenomes has been produced since, permitting an increased understanding of the evolution of this molecule.
Rather, our intent is to assess the effects, on the detection abilities of popular tests of recombination, of some of the key parameters known to impact the evolution of this molecule in humans.
Second, a hierarchy of functions can be assigned to specific molecular signatures (the indels) that allow us to understand the changes that occurred during the evolution of this molecule (Fig. 5C).
