Sentence examples for responses of bacteria from inspiring English sources
Upon observing the biological responses of bacteria to changes in environment, he concluded that more or less permanent changes in a cell's resistance to a drug could be induced.
In this study, the biophysical responses of bacteria and mammalian cells towards adhesive ligand on model device surfaces formed by the chemisorption of dopamine (a moderate antibiotic) on glass are elucidated.
This is in accordance with known adaptive responses of bacteria to solvents or increase in temperature, where an increase in the degree of saturation (decrease in UI) is always related to a decrease in the chain length (Heipieper and de Bont 1994; Rock 1984).
The results of these complementary experimental approaches demonstrate clear impacts of phosphate, but not nitrate, on both short-term bacterial growth and community structure independent of phytoplankton nutrient responses, and together provide insight into the nature of phosphorus limitation in oligotrophic waters and the potential responses of bacteria to eutrophication.
The cellular responses of bacteria to superoxide stress can be used to model adaptation to severe environmental changes.
Third, the adaptive responses of bacteria to sudden environmental changes, usually involve the induction of many major heat shock proteins MHSPs, including chaperones, proteases, transcriptional regulators and other structural proteins.
The D3 domain is responsible for the antigenic response of bacteria [17].
The specific response of bacteria species to XO and the resulting bacteria-dependent nitrosative stress demonstrated that, besides its central role in lipid droplet secretion, XDH plays a role in the mammary gland immune system [ 82].
The response of bacteria to oxygen is not determined simply by their metabolic needs.
Axelrod and Hamilton (1981, p. 1392) describe the same pattern in the differential response of bacteria to environmental change and in the behavior of primates.
The ability to smartly control the response of bacteria by tuning specific physicochemical properties of the nanosurfaces is ultimately the challenging goal.
