Surgical resection of bronchogenic cyst supplied by descending aorta using a linear cutting stapler was successful with 50 mL blood loss and no recurrence at 3 months follow-up.
Case Report (n=1)
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This case presents a novel vascular variation of a bronchogenic cyst directly supplied by the descending aorta with associated pericardial hypoplasia, successfully resected using a linear cutting stapler.
Bronchogenic cysts (BCs) are a type of congenital mediastinal tumor. This article reports a case that a BC associated with pericardial hypoplasia receives direct arterial supply from the descending aorta, forming a structure resembling pulmonary sequestration. A 17-year-old female was accidentally discovered to have a mediastinal cyst during a routine physical examination. The patient was asymptomatic. Computed tomography (CT) imaging revealed that there was a thick blood vessel on the surface of the cyst, which directly connected to the descending aorta. Following comprehensive preoperative vascular assessment, the cyst was successfully resected intraoperatively by linear cutting stapler, minimizing the risk of significant perioperative hemorrhage. Additionally, partial hypoplasia of the left pericardium was found during the operation, which was suspicious to be related to the BC. Given the limited residual pleural space following cyst removal, pericardial suturing was not performed. This article aims to provide ideas and references for the subtypes and treatment methods of BCs in the future, and emphasizes the importance of preoperative vascular assessment.
Zang et al. (Thu,) conducted a case report in Asymptomatic 17-year-old female with bronchogenic cyst and pericardial hypoplasia (n=1). Surgical resection of bronchogenic cyst using linear cutting stapler was evaluated on Successful cyst removal without recurrence or perioperative complications. Surgical resection of bronchogenic cyst supplied by descending aorta using a linear cutting stapler was successful with 50 mL blood loss and no recurrence at 3 months follow-up.