Sentence examples for microbial eukaryotes and from inspiring English sources

Shikimate dehydrogenase (EC 1.1.1.25) catalyses the fourth step of the shikimate pathway which is required for the synthesis of the aromatic amino acids and other aromatic compounds in bacteria, microbial eukaryotes, and plants.

Given the differences in perceptions of diversity for bacterial and eukaryotic microbes, including divergent species concepts, HTS tools used to eliminate errors and population-level variation in bacteria may not be appropriate for microbial eukaryotes and may eliminate valid species from the data.

Here we examine a link between the diversity of microbial eukaryotes and paleoclimate events over the course of their evolution.

These studies show that a bona fide organelle linked to V-H+PPase function exists in bacteria, microbial eukaryotes, and higher eukaryotes.

Single-celled organisms have been found to be the dominant agent for genetic transfer, and many microbial eukaryotes and plant mitochondria provide rich in examples of HGT [ 7].

The matrices include proteoglycans, sclerotinized structures and mucus in animals, external tests and capsules of various microbial eukaryotes, and cell walls and waxes of plants and fungi.

This view was later challenged by a growing disparity of peroxisomal metabolic pathways as new lineages of microbial eukaryotes were analyzed, and by the finding of ontogenic and evolutionary connections between these organelles and the endomembrane system.

Most microbial eukaryotes are uncultivated and thus poorly suited to standard genomic techniques.

Information about the hsp70 copy number and diversity in microbial eukaryotes is, however, scarce, and detailed knowledge about the differential gene expression in most protists is lacking.

Like gene-by-gene phylogenetics, phylogenomics must accommodate (stochastic) substitution-rate variation and biases across sites and lineages, incomplete taxon sampling and, especially for prokaryotes and microbial eukaryotes, lateral genetic transfer [ 6, 10, 16- 18].

In contrast, other pathogens of animals (e.g. Neisseria species), plants (e.g. Ralstonia and Pseudomonas syringae) and microbial eukaryotes (e.g. Odyssella), while showing a large number of toxins, also have comparable number of immunity proteins.