Key result
Subclinical cardiovascular changes linked to silent brain injury and cognitive vulnerability without overt CVD.
Why the study?
Emerging evidence indicates that subclinical changes in the heart, aortic arch, and extracranial arteries contribute to brain injury and cognitive vulnerability even without overt disease.
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This review highlights the role of subclinical cardiovascular changes in driving silent brain injury and cognitive decline, emphasizing the need for early risk stratification and preventive interventions.
Complex bidirectional interactions between the nervous and cardiovascular systems are integrated through the heart–brain axis, a physiological pathway that governs both neural regulation of cardiovascular function and cardiovascular influences on brain health. Emerging evidence indicates that even in the absence of overt disease, subclinical changes in the heart, aortic arch, and extracranial arteries contribute to brain injury and cognitive vulnerability. This review synthesizes current knowledge on how subclinical heart–brain axis dysfunction affects brain structure and function, highlighting the roles of central and autonomic neural pathways as well as hormonal signaling in driving neurological decline. Key biomarkers linked to silent brain injury, cognitive decline, and dementia are discussed, emphasizing their potential for early risk stratification and as targets for preventive interventions. We also outline mechanistic pathways connecting subclinical heart–brain axis dysfunction to adverse brain outcomes, identify major gaps in current evidence, and propose priorities for future research and clinical trials aimed at early detection and risk reduction to preserve brain health.
Habibi et al. (2026) conducted a review in Subclinical cardiovascular changes and brain health. Subclinical changes in the heart, aortic arch, and extracranial arteries contribute to silent brain injury and cognitive vulnerability even in the absence of overt cardiovascular disease.
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