The phrase "adaptive changes in the" is correct and usable in written English.
It can be used in contexts discussing modifications or adjustments that occur in response to environmental or situational factors.
Example: "The study focused on adaptive changes in the behavior of animals in response to climate change."
Alternatives: "adjustments in the" or "modifications in the".
With practice, subjects adapt to such perturbations, forming motor memories that are expressed as adaptive changes in the motor commands to the arm.
Adaptive changes in the amino acid sequence of MC1R account for pigment adaptation including variations in skin and hair color in many species [ 14].
Consequently, our results show the adaptive changes in the extracellular concentration of proteins induced by spaceflight.
Herrmann, A. G. et al. Adaptive changes in the neuronal proteome: mitochondrial energy production, endoplasmic reticulum stress, and ribosomal dysfunction in the cellular response to metabolic stress.
Furthermore, the authors of the report, Dr. Jordi Cami and Dr. Magi Farré of Barcelona wrote, "Continued use induces adaptive changes in the central nervous system that lead to tolerance, physical dependence, sensitization, craving and relapse".
This review maps out the attempts to describe functionally relevant adaptive changes in the human brain following focal damage.
3R4F smoke induced the typical adaptive changes in the airways, as well as inflammation in the lung, associated with emphysematous changes (impaired pulmonary function and alveolar damage).
Fewer long-term studies have been restricted to small numbers of animals and stimulation designed to produce adaptive changes in the electrically elicited response.
Brain-derived neurotrophic factor (BDNF) participates in synaptic plasticity and the adaptive changes in the strength of communication between neurons thought to underlie aspects of behavioral adaptation.
Developmental processes that govern the formation and maintenance of epigenetic memories are also tightly linked to adaptive changes in the physical and functional landscape of the nuclear architecture.
TMS is a noninvasive method and allows researchers to investigate adaptive changes in the central human motoneuron system [24, 25].
