The traditional treatment of aneurysms in BD patients is open surgery; however, stent-graft placement has become an alternative option in recent years.[5] Herein, we report a rare case of an isolated brachial artery aneurysm with a history of BD treated with endovascular covered stenting of the brachial artery.
Based on the examination of a physical medicine and rehabilitation specialist, BD was quiescent and no contraindications to vascular intervention were identified. Duplex ultrasound revealed absent blood flow in the radial, ulnar, and brachial arteries. Upper extremity angiograpgy and computed tomography (CT) a ngiogram r evealed a n a neurysm o f t he r ight axillary artery which was 26 mm in length and 16 mm in width (Figure 1a, b). Following femoral artery catheterization, 5×40 mm balloon dilatation was performed, and two covered stents were placed in the proximal region of the brachial artery (Figures 2 and 3). Both radial and ulnar pulses were palpable prior to discharge.
Isolated aneurysm of the brachial artery in BD has been scarcely reported in the literature with only a couple of cases published in 1988 and 1993.[8,9] Koksoy et al.[6] operated 29 aneurysms in BD patients. In their series, all aneurysms appeared to be pseudo-aneurysms. Iscan et al.[10] performed 34 operations in 20 BD patients. Seventeen were emergency procedures, six of which were ruptured primary abdominal aneurysms. Although there were five peripheral arterial aneurysms in their series, none were isolated brachial artery aneurysms. Furthermore, to the best of our knowledge, there are no cases of isolated brachial artery aneurysm in BD treated with endovascular repair in the literature.
The management of any aneurysm is dependent on its size, location, and pathogenesis. Indications for open surgery include rapidly expanding aneurysms, distal ischemia, and neuropathy caused by local pressure. Surgical repair in the axillary and brachial area may be associated with several complications, such as major blood loss and potential damage of neurovascular structures.[11,12] In addition, complications of a surgical approach adopted in the active inflammatory phase include suture line dehiscence, pseudoaneurysm formation, graft occlusion, and thromboembolic events. On the other hand, endovascular treatment of BD aneurysms has been increasingly performed in recent years with high technical success rates and low procedure-related complication rates, compared to traditional surgical intervention.[13,14] The effectiveness of endovascular stent grafting of aneurysms in BD was investigated by Watanabe et al.[4] They also demonstrated that using a stent graft may represent a valid alternative to open surgery due to the high aneurysm recurrence rate after surgery. We decided to avoid surgery in our patient, since the aneurysm was not rapidly expanding and the patient did not have signs of ischemia distal to the aneurysm. The decision for endovascular stenting was made to prevent future complications of surgery in such a young patient.
In the past, poor surgical results of arterial aneurysms in BD led to an increasing use of endovascular interventions in recent years. Endovascular treatment is currently considered an effective and safe procedure with acceptable vascular complication rates.[15]
In conclusion, as shown in our case, brachial artery aneurysms which are rarely seen in Behçet"s disease patients can be also successfully treated with endovascular repair, thereby, avoiding complications of surgery.
Declaration of conflicting interests
The authors declared no conflicts of interest with respect to
the authorship and/or publication of this article.
Funding
The authors received no financial support for the research
and/or authorship of this article.
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