Key result
Understanding the pathophysiological changes and molecular mechanisms underlying vascular aging is necessary to develop preventative and therapeutic strategies for cardiovascular disease.
Why the study?
Preventative and therapeutic approaches to delay vascular aging require identification of the underlying pathophysiological changes and the associated molecular mechanisms responsible.
This review highlights the importance of understanding the molecular mechanisms of vascular aging to develop preventative and therapeutic strategies for cardiovascular diseases.
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Vascular aging drives CVD risk; leaves open identification of molecular targets for preventive interventions.
Foote et al. (2018) conducted a review in Vascular aging. Understanding the pathophysiological changes and molecular mechanisms underlying vascular aging is necessary to develop preventative and therapeutic strategies for cardiovascular disease.
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