Sentence examples for progression of conditions from inspiring English sources

One pathway that is increasingly recognised to be involved in the pathogenesis of cardiovascular disease is the RhoA/ROCK pathway, which has been implicated in the progression of conditions including hypertension [ 7], stroke [ 8], coronary vasospasm and angina [ 9, 10], ischemia-reperfusion injury and heart failure [ 11, 12].

Variability induced by placing weight on the specific activity is of concern when evaluating progression of condition and effectiveness of treatments or interventions over time.

The disciplines of wellness and preventive health care are based on the principle that improving health-related behaviors, detecting conditions at earlier stages and slowing the progression of chronic conditions will save lives and reduce health care costs.

Regular physical activity can modify the severity or the progression of chronic conditions, thereby reducing both morbidity and mortality associated with chronic conditions [ 7].

Such acidic conditions prevent the activity of metabolic enzymes such as phosphofructokinase and further accelerate the progression of pathological conditions [ 33– 33].

Epithelial-mesenchymal transition (EMT) is a form of epithelial plasticity that is important in normal embryonic development and is co-opted in the progression of pathological conditions including fibrosis and cancer [51 54].

Additionally, the progression of experimental conditions over a simple experimental structure provided foundational-level analysis of the impacts of fusion and its associated properties while forming a framework for future investigations.

Some parents were confused when asked to choose between the terms, "maintain" through proper oral care and diet to prevent oral disease, and "improve" to deter progression of oral conditions, such as dental caries, through treatment.

Within the last decade, the engineering of mouse models of lower motor neuron diseases has facilitated the development of new therapeutic scenarios aimed at delaying or reversing the progression of these conditions.

Considering the causative or contributory effects of diabetes mellitus on common neurological diseases such as polyneuropathy, stroke and dementia, modern antidiabetic drugs may be expected to reduce incidence or progression of these conditions.

Therapeutic approaches that protect synapses from degeneration in the aging brain offer the potential to slow or halt the progression of such conditions.