Sentence examples for microbial eukaryotes are from inspiring English sources

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

Additionally, the evolutionary relationships of the hsp70 homologs from these closely related microbial eukaryotes are vague.

There is a growing awareness that microbial eukaryotes are susceptible to HGT, but perhaps none more so than dinoflagellates.

Evolutionary biologists focused on microbial eukaryotes are most often restricted to comparisons of character states present in extant species to infer patterns of character evolution [ 1].

An experimental study has recapitulated the sexual life cycle of the fungus in the laboratory on Arabidopsis thaliana and Eucalyptus spp. seedlings with production of easily airborne sexual spores (basidiospores) thus supporting the universal dispersal hypothesis, which suggests that most of the free-living microbial eukaryotes are likely to be globally distributed (34 ).

Our understanding of the eukaryotic tree of life and the tremendous diversity of microbial eukaryotes is in flux as additional genes and diverse taxa are sampled for molecular analyses.

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.

The best synapomorphy for this group of microbial eukaryotes is a cell surface consisting of longitudinally or helically arranged pellicle strips that articulate along their lateral margins [ 9].

Nevertheless, the observed possible transfers suggest that the rate at which LGT occurs within the gdh gene families in microbial eukaryotes is comparable to the rate in prokaryotes.

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.

These data [ 2, 3] demolished traditional classifications where algae, protozoa and fungi were considered discrete entities, and microbial eukaryotes were inappropriately lumped into one of four classes: amoebae, flagellates, ciliates, and sporozoans.