The complexity increases when multiple organisms are involved in biofilms for a single-body site, like the oral cavity.
The significance of mass extinctions goes beyond the sheer number of organisms involved.
Organism signatures are intended to uniquely identify the organisms involved.
An additional explanation is that the presence of multiple replicons within an organism involved horizontal DNA transfer [ 19, 21, 22].
Comparing expression-level categories between organisms involves considerable uncertainty.
Although these domains are present in multiple organisms where they are involved in various cellular functions, their distribution across different species has not been studied.
The organism involved is tiny, but not biologically trivial.
This co-expression of multiple genes is anticipated, given that functional processes and molecular pathways in an organism involve a highly organized interplay between multiple genes.
In most cases, however, the detection of bloodstream infection requires assays capable of detecting a broad range of pathogens given that several microbial species may be involved, including infections with multiple organisms.
Microtubules are ideal for transporting the potential symmetry-breaking signals generated by the sperm centrosome to the cortex and have been suggested to be involved in polarity establishment in multiple organisms [21].
