The phrase "activity adaptation" is correct and usable in written English.
It can be used in contexts related to modifying or adjusting activities to better suit specific needs or circumstances.
Example: "The program focuses on activity adaptation to ensure that all participants can engage at their own level of ability."
Alternatives: "task modification" or "activity adjustment".
Therefore, for purely input-driven activity, adaptation within the eyes should have been equal and the outputs of the optic lobes regular and decaying over time, as happens in surgically-manipulated, fully-immobilized flies [43].
No specific activity adaptation was made with respect to the bilateral nature of the lesions, nor was any specific activity adaptation made in patients regarding the HILD who were potentially at risk of hepatic toxicity (bilateral disease, Child-Pugh class B).
However, the four components challenging and relaxing activities, involvement in stressful activities and fewer stressing activities, impact of health condition on activities, and adaptation of activities to changed living conditions have not been included in occupational balance instruments.
Among the individual features were training in daily activities, adaptations to the environment or the activity, and exercise programs.
Challenging and relaxing activities and adaptation of activities have already been identified as components of occupational balance [ 21, 38, 39].
Therefore, we decided to remove the items on the components challenging and relaxing activities and adaptation of activities according to changed living conditions.
Cronbach's α or the internal consistency of the questionnaire turned out to improve by the reduction of the items on the components challenging and relaxing activities and adaptation of activities according to changed living conditions.
Specifically, we hypothesised that: (1) WBV exposure would improve all outcomes relative to Control and (2) WBV exposure with flexed knees would dampen skeletal vibration transmission by absorbing energy into muscles, thereby enhancing muscle activation, contractile activity and adaptations.
Given observations of noisy presynaptic activity, our adaptation model estimates the excitability of the presynaptic neuron on each timescale using approximate Bayesian inference (an assumed density filter).
While the activity shows adaptation on average, its temporal fluctuation is a nonadaptive property, which is sensitive to the environmental ligand concentration.
For example, an asparagine to lysine mutation at the position 319, which is located on the surface of the body domain, resulted in an increase of polymerase activity and adaptation of an avian influenza virus to a mammalian host [15].
