Sentence examples for potential pathogenic species from inspiring English sources

Microorganisms were most often observed in polymicrobial communities that included multiple potential pathogenic species from different phyla.

The identification of cytoplasmic antisense RNA foci raises the possibility that antisense RAN translation products will be produced, as well as the sense RAN translation products already reported [ 3, 22], further increasing the potential pathogenic species in C9FTLD.

Bacteria isolated included both pathogenic and potentially pathogenic species.

Consequently, it remains unclear whether the level of complexity of a host's indigenous flora can affect the virulence potential of pathogenic species.

The genomes of these epiphytic and pathogenic bacteria show high accordance of single genes and gene clusters, which are potential virulence factors in pathogenic species.

Recently, several whole genome sRNA screens in Gram-positive bacteria, employing either tiling array or next generation sequencing approaches, revealed an unexpected number of potential sRNAs in several pathogenic species [ 38- 42].

Considering that multidrug resistance and iron uptake are major determinants of yeast virulence, the identification of the complete set of DHA2 and ARN transporters present in the genomes of ten Candida pathogenic species provides potential new molecular targets for antifungal drug development.

Four bacterial strains (Escherichia coli ATCC 11229, Staphylococcus aureus ATCC 25923, Pseudomonas aeruginosa ATCC 27853, Bacillus subtilis MB37) and four potential pathogenic or toxin-producing fungal species (Absidia orchidis, Aspergillus fumigatus, A. flavus and Candida krusei) were used for quantitative bioassays.

Thus, lymph nodes should concentrate the commensal, endemic, and potential pathogenic microbial communities of a host species.

These characteristics are a hallmark of an effector protein in other filamentous pathogenic species and of potential interest to gene deletion studies.

We will also use Kinannote to generate data for in-depth genomic and comparative biological studies, for the study of protein kinase and signal transduction pathway evolution and to identify potential drug and diagnostic targets in pathogenic species.