What question did this study set out to answer?

To synthesize the biological mechanisms, systemic consequences, and emerging therapeutic targets that characterize vascular aging.

Vascular Aging

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To synthesize the biological mechanisms, systemic consequences, and emerging therapeutic targets that characterize vascular aging.
Synthesized molecular pathways linking hallmark aging mechanisms—such as cellular senescence, proteostasis loss, and epigenetic remodeling—to vascular dysfunction.
Assessed modern profiling technologies, including single-cell omics and cross-organ molecular clocks, alongside translational interventions.
Vascular aging directly promotes arterial stiffening, compromised barrier integrity, and dysregulated vasomotor tone via mechanical and metabolic stress.
Novel interventions such as senolytics, immune clearance, and mitochondrial targeting demonstrate potential to modify vascular deterioration and systemic decline.

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Positions vascular aging as modifiable driver of health span; leaves open which precision biomarkers and senolytics will prove effective in trials.

Wang et al. (2026) studied this question.

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Positions vascular aging as modifiable driver of health span; leaves open which precision biomarkers and senolytics will prove effective in trials.