The phrase "adaptation reaction" is correct and usable in written English.
It can be used in contexts related to biology, psychology, or any field discussing how organisms or systems adjust to changes or stimuli.
Example: "The adaptation reaction of the organism to its environment is crucial for its survival."
Alternatives: "adaptive response" or "adjustment reaction".
However, large fluctuations generated in the adaptation reaction can propagate to the motile machinery with ultrasensitivity [27], where it is amplified.
Therefore, whereas the fluctuation of the adaptation reaction enhances the spread of bacteria from an area of low chemoattractant concentration, in a high concentration area the spreading to weaken aggregation is not increased.
This increase in mean levels may reflect a hepatic adaptation reaction to the polyethylene glycolated insulin (13– 13).
In some cases transcription factors are induced to activate stress-responsive genes that control adaptation reactions.
In the initial period of exposure to unfavorable space flight factors the adaptation reactions of the plant organism undoubtedly increase its resistance.
These modifications are common adaptation reactions also observed in the plant model Arabidopsis, thus representing key potential biomarkers and critical intervention points for improving LT tolerance of crop plants in cold regions with short summers.
Stressors, regardless of their type, stimulate in an organism stereotypical, nonspecific, and complex adaptation reactions.
Salt tolerance and cellular adaptation reactions were systematically evaluated in terms of growth, lipid content and composition as well as cell morphology.
In order to obtain strains with a good ability for stress adaptation reactions it could be useful to isolate algae from stress exposed environments.
The identification of LRS1 as a novel potential protein participating in adaptation reactions to high light tolerance offers new opportunities for future investigations by targeted reverse analysis to elucidate the regulatory mechanisms of microalgae under fluctuating light conditions.
This could be in response to high pectin content of DLP that increases the digesta viscosity and induces the gastrointestinal tract to show a rapid adaptation in reaction to the lower diffusion rates (Iji et al. 2001).
