Sentence examples for microbial phylogeny resulting from inspiring English sources

Gene transfer is often viewed as creating conflicting relationships in microbial phylogeny, resulting to topological discrepancy between the gene trees and the species tree or organismal tree [ 15].

The phylogeny resulting from the analysis of alignment 3 is given in Fig. 3.

In situ terminal electron accepting processes (TEAPs), contaminant composition and microbial phylogeny were studied at a plume transect 100 m downgradient of the source.

The study of microbial phylogeny and evolution has emerged as an interdisciplinary synthesis, divergent in both methods and concepts from the classical evolutionary biology.

In order to compare the plant host phylogeny with the microbial phylogeny, chloroplast sequencing reads derived from whole genome sequences were mapped against the Nipponbare chloroplast genome using bwa (Li and Durbin 2009) and SNPs and Indels were called using bamtools (Barnett et al. 2011).

PolyPhy starts with ComPhy reconstructing a large-scale microbial phylogeny using whole-genome structural features.

The phylogenetic tree of LuxS does not in all cases correspond to the 16S rRNA based microbial phylogeny.

Thus, microbial phylogeny analysis of available molecular sequences, rRNA and protein, have difficulties to convincingly resolve in the many specific branching orders of the microbial divisions due to incongruence of sequence diversity.

Recent whole-genome approaches to microbial phylogeny have emphasized partitioning genes into functional classes, often focusing on differences between a stable core of genes and a variable shell.

In the 16S rRNA trees, which provides the current basis for understanding microbial phylogeny, cyanobacteria species/strains form 14 unresolved clusters [ 6].

Cow dung provides microbial inoculums which enhances microbial activity resulting in increasing the rate of degradation of organic matter.