Sentence examples for microbial life span from inspiring English sources

Reduction of glucose, which is the preferred carbon source of most microbes, has a wide spectrum of effects in the variety of established microbial life span models, ranging from nearly 100-fold life span extension (van Diepeningen et al. 2010) to threefold life span reduction (Oliveira et al. 2008).

Life span measurements conducted in Saccharomyces cerevisiae, the first microbe to gain popularity as a model of aging, have been adapted or modified to address life span in newer microbial aging models, such as Schizosaccharomyces pombe, Kluyveromyces lactis, Candida albicans, and Escherichia coli.

The research suggests the potential application of this novel microbial self-healing system in extending the life span of concrete.

It facilitates the evolution of dense and diversified microbial communities that are highly active and persistent throughout life span.

Low-error sequencing data suggest that initial microbial colonizers of infant guts could persist over the life span of an individual.

The quintessential microbial aging model, S. cerevisiae, is a commonly used organism for life span and calorie restriction studies for a multitude of different reasons.

Controlling the concentration of ROS and the stability of mitochondria are critical for both life span measurements, since dysfunctional mitochondria, in many of these microbial species, eventually result in cellular death or senescence.

Differences in life span and reproduction period of T. absoluta in this study indicated that the microbial biopesticides had deleterious effects on the treated individuals.

A recent study in Labrador retrievers determined not only that CR can extend the life span of dogs, but also, in aged dogs (9 years), the quantity of certain microbial aromatic metabolites (hippurate, PAG, and 4-HPPA) in urine significantly increased relative to those fed a rich diet (Wang et al. 2007).

Certain attributes of new microbial aging models, such as filament senescence in Podospora anserina and differentiation in Caulobacter crescentus, provide novel methods to determine life span in these unique organisms.

The chemical targeted only microbial life.