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Narrative review suggests endovascular therapy is preferable for persistent primitive hypoglossal artery lesionsEndovascular therapy works better than open surgery for patients with rare brain artery issues

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Key Takeaway
Consider endovascular therapy as a preferable alternative to open surgery for PPHA-associated lesions with reduced complexity.

This narrative review focuses on patients with persistent primitive hypoglossal artery and associated vascular pathologies. The scope includes conditions such as intracranial aneurysms, carotid artery stenosis, acute large vessel occlusion, moyamoya disease, brain arteriovenous malformations, and vascular anomalies. The primary intervention discussed is endovascular therapy compared to open surgery. Specific sample sizes, adverse event rates, or statistical outcomes were not reported in this source.

The authors synthesize key findings regarding the PPHA as an access route when endovascular therapy is required. They emphasize that the PPHA must be meticulously preserved during interventions for associated conditions. The review highlights that endovascular therapy has emerged as a preferable alternative to open surgery for PPHA-associated lesions. This preference is based on a favorable safety profile and reduced technical complexity.

The authors acknowledge substantial limitations in the current literature. There is a substantial need for systematic evaluations of the PPHA's clinical significance in vascular pathology and the efficacy of endovascular therapy. No specific adverse events or discontinuations were reported. The practice relevance suggests a shift toward less invasive techniques, though further systematic research is required to fully validate these conclusions.

This review looks at patients who have a persistent primitive hypoglossal artery along with other vascular problems. These conditions are rare and require careful planning for treatment. Doctors now prefer using endovascular therapy instead of traditional open surgery for these cases. This approach helps avoid big cuts in the head and neck area.

When doctors need to reach these specific arteries, the hypoglossal artery can actually help guide the tools. However, it is very important to keep this vessel safe during the procedure. If the artery gets damaged, it could cause serious trouble for the tongue and speech.

Open surgery used to be the only way to fix these issues. Now, endovascular therapy offers a much safer path forward. It reduces the technical difficulty for the medical team and lowers risks for the patient. More research is needed to fully understand how important this artery is in these specific health problems.

The main goal is to fix the problem without hurting the patient. Keeping the special artery intact is a top priority for the doctors. This method allows for better care while keeping the patient safe from unnecessary harm.

What this means for you:
Endovascular therapy is safer and easier than open surgery for rare brain artery conditions, but the special artery must be protected.

Study Details

Study typeSystematic review
EvidenceLevel 1
PublishedMay 2026
View Original Abstract ↓
The persistent primitive hypoglossal artery (PPHA) is a rare and anatomically complex cerebrovascular variant. Although typically asymptomatic, its presence is associated with various cerebrovascular pathologies, including intracranial aneurysms, carotid artery stenosis, acute large vessel occlusion, moyamoya disease, brain arteriovenous malformations, and other vascular anomalies. When such lesions involve the PPHA, therapeutic intervention may be necessitated. Surgical management is particularly challenging due to the artery's deep anatomical location and intricate surrounding vasculature. Consequently, endovascular therapy (EVT) has emerged as a preferable alternative to open surgery, offering a favorable safety profile and reduced technical complexity. Despite this, a substantial need remains in the literature regarding systematic evaluations of the PPHA's clinical significance in vascular pathology and the efficacy of EVT. This review aims to address this need through a comprehensive narrative synthesis of available literature and clinical experience in managing these complex cases. This review found that when EVT is required, the PPHA can serve as an access route. However, given that it often provides the sole blood supply to the posterior circulation—particularly in the context of bilateral hypoplastic vertebral arteries—the vessel must be meticulously preserved during interventions for associated conditions.
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