Sentence examples for microbial model systems from inspiring English sources
However, little is known about the effect of endogenously induced fluctuations of H2O2 in microbial model systems or about the effect of changes on the respiratory quotient (rate of carbon dioxide production to oxygen consumption) with regard to intrinsic oxidative stress and damage.
Microbial model systems can give an insight to long-term community dynamics in various environmental settings.
Insights from experimental evolution using microbial model systems show that kin competition can indeed drive the evolution of dispersal behaviour.
Fortunately, tumors share many beneficial characteristics with microbial model systems that make them ideal for experimental evolution studies [ 86].
Although these microbial model systems suggest the capacity for biotransformation of environmental chemicals in the gut, especially the colon, their impact on systemic pollutant levels is not known.
As meiosis in yeast and other microbial model systems is normally manipulated by starvation, this means that asexual and sexual replicates will experience different selection regimes.
This is the first assay system for studying a TP retrotransposon in a simple microbial model system and it should significantly advance the study of these elements.
There are many lessons to be learnt from evolutionary theory, and a cancer tissue model system shares many of the advantages of a microbial model system, providing great potential for addressing evolutionary questions regarding disease progression in a biologically relevant system.
It is possible to test predictive hypotheses on microbial pathogenicity in model systems in which microbe and/or host can be held constant.
Membership in a large and diverse family, adaptation to unique environments, ease of culture, and the availability of genetic tools make the halophiles one of the best model systems to study microbial diversity and adaptation.
In this review we summarize recent developments in understanding host-microbial interactions mostly based on observations made in mouse model systems.
