"bacterial response" is a correct and usable phrase in written English.
It typically refers to the way bacteria react or behave in response to a stimulus or situation. Example: The study examined the bacterial response to antibiotics and found that certain strains were able to develop resistance over time.
Sequential applications are important to understand, because, for example, the type of mechanism responsible for antibiotic resistance may condition the bacterial response to phage attack (Snyder 1972; Schwarz et al. 1981) and therefore the effectiveness of phage therapy.
By banishing various parasites from the gut, people have made the bacterial response to any challenges far more inflammatory.
An index of spatial and temporal motility was proposed to quantify the bacterial response.
We discovered that the bacterial response regulator (RR) PhoB shows HK-dependent nuclear translocation in planta.
This study gives an insight into the bacterial response to carbapenem antibiotic when two different resistance mechanisms coexist.
We used coarse-grained simulations to explore the folding landscape of the two-subdomain bacterial response regulator CheY.
The physiological and proteomic approaches complement each other, and their combination can lead to a better understanding of bacterial response under different growth conditions.
The results of the present study thus demonstrate the power of proteomics in the understanding of bacterial response to various C-sources including organic pollutants.
Different solutions may create a different type and intensity of stress to the bacteria and/or affect the bacterial response to the same stress.
To test the generality of these observations, CheY, a bacterial response regulator, was subjected to an extensive analysis of its folding reactions.
Changes in gene expression constitute the main component of the bacterial response to stress and environmental changes and molecular chaperones proteins are one of the main mechanisms (De Bruijn 2016).
