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<p>Anatomical variants of the cervicocranial vasculature are rare and usually incidental findings. However, their identification is crucial due to their association with other neurovascular pathologies and their profound impact on surgical planning. We report the case of an 84 year-old patient who underwent computed tomography angiography for a suspected stroke. The study incidentally revealed the coexistence of two extremely rare vascular anomalies: agenesis of the left internal carotid artery and an aberrant right vertebral artery with a retroesophageal course, also known as vertebral arteria lusoria. This exceptional finding emphasizes the fundamental role of modern imaging techniques in the diagnosis of these entities, which is essential for a correct interpretation of the patient’s symptoms, preventing iatrogenic complications during interventional procedures, and understanding altered cerebral hemodynamics.</p>

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Rare coexistence of vertebral artery lusoria and unilateral internal carotid artery agenesis: A Case Report

  • 期刊论文

  • 发表日期：

    2026年3月17日

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  • Santiago Quiceno-Ramirez,
  • Maria Alejandra Recio-Gómez,
  • Juliana Alarcón,
  • Andrés Hernando Tascón-Barona,
  • Juan Camilo Márquez

摘要

Anatomical variants of the cervicocranial vasculature are rare and usually incidental findings. However, their identification is crucial due to their association with other neurovascular pathologies and their profound impact on surgical planning. We report the case of an 84 year-old patient who underwent computed tomography angiography for a suspected stroke. The study incidentally revealed the coexistence of two extremely rare vascular anomalies: agenesis of the left internal carotid artery and an aberrant right vertebral artery with a retroesophageal course, also known as vertebral arteria lusoria. This exceptional finding emphasizes the fundamental role of modern imaging techniques in the diagnosis of these entities, which is essential for a correct interpretation of the patient’s symptoms, preventing iatrogenic complications during interventional procedures, and understanding altered cerebral hemodynamics.