Although, in our previous studies, some Microbacterium species were infrequently detected in oral samples collected from humans, there is currently no report that these organisms, which are capable of causing serious systemic infections, were isolated from the human oral cavity.
The organisms which are capable of spoiling meat products include those which form heat-resistant spores, thus high-temperature processes are needed to make them commercially sterile.
This tree of life consists of three domains: eukaryotes (including animals, plants, fungi, and a vast array of single-celled organisms united by multiple shared characters, such as a intracellular membrane-bound organelles), archaea (single-celled organisms, many of which are capable of living in extreme environments), and bacteria (Fig. 4a).
Urine is a complex mixture, making difficult the characterization of the components which are capable of promoting the growth of some organisms including the Trypanosomatidae family.
In healthy organisms a small but significant part of respiratory activity generates such radicals (e.g. hydroxide: OH−), which are capable of modifying several types of macromolecules, including DNA [17].
Phylogenetic analysis of RNA editing and alternative splicing, which are capable of creating the multitude of functionally distinct protein isoforms, might have a crucial role in the evolution of complex organisms beyond nucleotide and protein sequences.
Ovum, plural ova, in human physiology, single cell released from either of the female reproductive organs, the ovaries, which is capable of developing into a new organism when fertilized (united) with a sperm cell.
However, no single organism has been developed which is capable of high productivity, yield and titer ethanol production directly from lignocellulose.
The diploid zygote formed at fertilization is a single cell which is capable of division and differentiation to give rise to the total range of cell types found in the adult organism.
However, the potential for sampling variance to bias estimates of λ has yet to be investigated for matrix models in which organisms are capable of regressing into smaller size classes.
Most investigations have focused on elucidating the pathogenic potential of Ureaplasma species, but little attention has been paid to understanding the mechanisms by which these organisms are capable of establishing asymptomatic infection.
