Sentence examples for sequences in the light of from inspiring English sources

We explored these environmental sequences in the light of a reference dataset of 31 fully identified earth tongue fungi in a phylogenetic context.

Thus an HMM offers a simple approach to drastically increase the amount of recognizable sequence inserts in the light of noise from flank ligation and sequencing.

At any rate, this piece might stimulate other studies trying to understand long-term sequence evolution in the light of population genetics.

In addition, because a basal position of turtles within reptiles is supported by the timing of events in organogenesis [ 49], our results suggest the occurrence of significant convergence in developmental timing characters, and advocate for the re-interpretation of sequence heterochrony data in the light of the phylogenetic position of turtles supported by our phylogenomic analyses.

It will be interesting to further characterise the function of these sequences in E. superba in the light of lipids as a major energy store for Antarctic marine species and the enhanced levels of dissolved oxygen and the potential for increased ROS damage in Southern Ocean species.

Nevertheless, the internal branching of the Delta sequences makes no sense in the light of species phylogenies.

Moreover, some corresponding results for the case when are replaced by the nonincreasing sequences are proved and discussed in the light of some other recent results of this type.

Analysis of the sequence alignment of HEN1 homologs in the light of the model(s) reveals the functional role of conserved residues and suggests the potential mechanism of ligand-binding and catalysis.

Notably, the distribution of selective events in a large-scale PIN described in this study, which relies on extensive sequence data, can be understood in the light of the Fisher's Geometric Model of Adaptation.

We would like to emphasize that this study represents a proof of principle and that the details of the method should ideally be replicated and calibrated for each sequencing laboratory or method (especially in the light of our finding of significant differences between laboratories) (Table 1).

In the light of new sequencing technologies rapidly increasing the available sequencing depth per lane, the inforrmation provided by biological replicates' variation is likely to become a priority over sequencing depth.