The phrase "adaptation of bacteria" is correct and usable in written English.
It can be used in contexts discussing biological processes, evolution, or microbiology, particularly when referring to how bacteria change in response to their environment.
Example: "The adaptation of bacteria to antibiotic treatments poses a significant challenge in modern medicine."
Alternatives: "bacterial adaptation" or "bacteria's adaptation".
The promiscuous nature and broad host range of IncP plasmids make them likely to be involved in horizontal gene transfer during adaptation of bacteria to degrade organohalogens.
In addition, the adaptation of bacteria to ecological niches often results in selection of strains with diverse virulence, pathogenicity and transmission characteristics.
Another area of active research is the response and adaptation of bacteria to emerging pollutants such as antibiotics and nanomaterials.
Another area of active research is the response and adaptation of bacteria to emerging pollutants such as antibiotics and nanoparticles.
In bacteria (left), LDs bind and protect genomic DNA via the major LD-associated protein, MLDS, which enhances the survival and adaptation of bacteria in extreme environments.
C-di-GMP, a bacterial second messenger plays a key role in survival and adaptation of bacteria under different environmental conditions.
HGT is a major force in bacterial evolution and can contribute to the fitness, metabolic versatility, and niche-adaptation of bacteria [ 83].
Summary: Genomic islands (clusters of genes of probable horizontal origin; GIs) play a critical role in medically important adaptations of bacteria.
Archaea has a relatively narrow range of GC compared to Bacteria, which points to stronger amino acid adjustment in the adaptation mechanisms of Bacteria.
These findings represent the first demonstrated physiological adaptation response of bacteria to a manufactured nanomaterial, and they showthat response inlipid composition and membrane phase behavior depends on both the nC60 concentration and the cell wall morphology.
This could lead to a shorter adaptation time of bacteria against antibiotics via resistance, such as the ability to biodegrade antibiotics or the efflux of antibiotics to eliminate toxic effects.
