Is carotid web an arterial wall dysplasia? A histological series.

Cardiovasc Pathol

Vascular medicine department, Georges Pompidou European hospital, APHP, Paris University Paris France; INSERM U970 PARCC, Université Paris Cité, Paris, France. Electronic address:

Published: November 2023

AI Article Synopsis

  • The carotid web is linked to cryptogenic strokes, particularly in younger patients, due to its role in causing turbulent blood flow and potential clot formation in the brain.
  • A study at Sainte-Anne Hospital identified 9 patients with carotid webs, primarily young women with low cardiovascular risk, most of whom experienced strokes.
  • The analysis revealed that carotid webs are characterized by specific pathological features like localized intimal hyperplasia, differentiating them from conditions such as fibromuscular dysplasia and early atherosclerosis.

Article Abstract

Introduction: Described for 60 years under various names, the carotid web is a suspected cause of cryptogenic stroke, especially in young patients. The web creates an intraluminal protrusion that may contribute to turbulent flow and thrombus embolization into cerebral arteries. Although the carotid web has frequently been related to arterial fibrodysplasia, its natural history and pathological description remain unclear.

Patients: Among all consecutive patients admitted to the stroke unit of Sainte-Anne Hospital and referred to the vascular surgery department from January 2015 to December 2022, we retrospectively identified 9 patients with a carotid web. The surgical specimens of the 9 patients were submitted to systematic pathological analysis.

Results: The patients with a histologically confirmed carotid web were young (median age was 42 years), prominently women (7/9), and presenting with low cardiovascular risk. Eight patients had a stroke proven by a magnetic resonance imaging, and 1 had transient monocular amaurosis. The typical pathological lesion supporting the imaging pattern of the carotid web was a focal eccentric intimal hyperplasia forming a protruding lesion characterized by a population of vascular smooth muscle cells intermingled in an abundant, most often loose extracellular matrix. Pathologically proven thrombus was observed in 4 cases. Importantly atherosclerosis was absent.

Conclusion: Histological features in our 9 cases strengthen carotid web characterization as a homogeneous pattern of localized intimal hyperplasia. It is a unique entity consistent with intimal fibroplasia, distinct from medial fibromuscular dysplasia and early atherosclerosis.

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Source
http://dx.doi.org/10.1016/j.carpath.2023.107544DOI Listing

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