Sentence examples for bacterial adaptability from inspiring English sources
Insertion sequences and transposable elements may promote genome plasticity and contribute to bacterial adaptability [24].
In addition, PAIs are characterized as being unstable regions that can be affected by insertions and deletions, influencing bacterial adaptability to new environments and hosts [31].
Many surface exposed virulence factors of Neisseria undergo phase and antigenic variation, i.e. alteration of gene expression by on-off switching of a given gene product or by DNA rearrangement, which may augment bacterial adaptability and virulence [3], [4].
The model will allow us to understand the basic biology of Mtb from early control of infection to establishment of persistent disease, the mechanisms of drug diffusion in diverse host tissues, sterilization of non-replicating bacilli, analysis of drug tolerance and bacterial adaptability.
Insertion sequences (IS) and transposable elements may promote genome plasticity and contribute to bacterial adaptability [ 41].
Through evolution, selective pressures seem to have favoured the emergence of several paralogous lineages of σ, and these factors became a central component of bacterial adaptability to changing environments including host colonization.
Additionally, the effects of covS mutations on bacterial niche adaptability are still undetermined because the in vivo transcriptomes of the wild type (WT) and animal-passaged (AP) bacteria have not been compared under the same experimental conditions.
The ability to acquire and metabolize iron is an important determinant of bacterial survival and adaptability.
The comparison was done with regard to four gene systems which are related to complex bacterial lifestyle and adaptability to fluctuating environments: two-component systems, transcription factors, defense mechanisms and transport systems.
This chapter reviews the different engineering approaches of material surfaces in the light of an extreme adaptability of bacterial adhesion mechanics.
As the world's freshwater resources are under severe stress, next-generation sequencing and bioinformatics are promising avenues to explore the functional interacting network adaptability of bacterial communities, and in turn, predict their capacity to maintain ecosystem homeostasis when facing rapid environmental changes.
