The phrase "adapt to developmental" is not complete and lacks clarity in written English.
It could be used in contexts discussing changes or adjustments in response to developmental processes or stages, but it needs additional context to be fully understood.
Example: "Children must adapt to developmental changes as they grow."
Alternatives: "adjust to growth" or "acclimate to development".
This reflects the way that biological systems function and are organized to maintain themselves and constantly adapt to developmental, environmental, physiological or pathological changes.
Traditional models of transcriptional initiation also tend to be static, although gene transcription changes with time to adapt to developmental and environmental cues.
As sessile organisms, plants utilize hormones to adapt to developmental and environmental changes [ 1].
After 1970, when the global south (i.e., developing countries, typically of the Southern Hemisphere) acquired a voting majority in the UN General Assembly and on the governing boards of the specialized agencies, their mandates were increasingly adapted to developmental priorities.
In accordance with a transactional understanding of development, better co-regulation in these families was expected to enable them to adapt to new developmental challenges as the child grew [ 21].
Mindful parenting may enhance parents' abilities to successfully navigate their children's affective, cognitive, and behavioral changes during adolescence, as well as adapt to their own developmental changes.
Autophagy is widely conserved among eukaryotes and is responsible for the degradation and recycling of proteins, organelles and cytoplasm in response to stress conditions that allow the cell to adapt to environmental or developmental changes [ 44].
In summary, autophagy is a ubiquitous process in eukaryotic cells that results in the breakdown of cytoplasm within the lysosome in response to stress conditions, which allows the cell to adapt to environmental and/or developmental changes.
The environmental conditions organisms experienced in their early life stages predict what conditions they will encounter in later life and allow them to adapt to such conditions by developmental plasticity [ 2, 14].
The presence of multiple GFPs is addressed by the polyphenism model, which proposes that differential expression of multiple GFP genes offers a palette of pigment colors to adapt to physiological, ecological or developmental changes [ 8].
First, even genetic regulatory systems not used for cell signaling (lac, in this case), can be adapted to mimic developmental, morphogenetic regulatory systems.
