This suggests that particular mechanisms are involved in raising mitosis rates in response to modifications in serotonin activity.
Huge variability of tidal volume delivery with some devices in response to modifications in respiratory mechanics and FIO2 should make clinicians question their use in the clinical setting.
These properties are often mentioned in relation to secondary structure changes in response to modifications occurring in vivo, although their structural impact in physiological environments is less clear.
For example, the density of synaptic inputs to hypothalamic nuclei and specific neuronal populations involved in metabolic control are altered in response to modifications in leptin signaling or increased body weight (bw) during early development (3, 5– 7).
Longitudinal and quasi-experimental studies that examine changes in sedentary behaviour, physical activity, and diet in response to modifications to the neighbourhood and home physical environments are needed to provide stronger temporal evidence.
In conclusion, we found that in postoperative patients undergoing assisted spontaneous breathing diaphragm thickening was a good indicator of changes of inspiratory muscle effort in response to modifications of the PS level.
In this physiologic, clinical pilot study we found that diaphragm excursion was not correlated to any index of muscle effort under varying levels of muscle loading; we also found that diaphragm thickening was a good indicator of changes of inspiratory muscle effort in response to modifications of the support level.
In contrast, we have virtually no information on how ensembles of aerial insectivorous bats – nearly half the Neotropical bat species – change in response to habitat modification.
Conclusion: Intestinal epithelial cells can change their behavior in response to surface modification.
Studies on temporal changes of tropical bird communities in response to habitat modification are rare.
