A case of severe compression of the coeliac artery

Retroperitoneal endoscopic release in the management of celiac artery compression syndrome

INTRODUCTION

Celiac artery compression syndrome (CACS) can be treated successfully by division of the median arcuate ligament and celiac plexus fibers. The standard technique is the open approach by an upper midline or left subcostal incision. Only six single cases in which a laparoscopic transabdominal approach for CACS was used have been reported. We prospectively evaluated the feasibility of the endoscopic retroperitoneal approach for treatment of CACS.

METHODS

All patients with symptoms suggestive of CACS were evaluated using splanchnic duplex ultrasound scanning, gastric exercise tonometry (GET), and multiplane selective splanchnic angiography. The criteria for treatment were chronic abdominal symptoms, respiratory-dependent CA stenosis, and abnormal GET result. The release was performed by a retroperitoneal endoscopic approach. Anatomic success of the procedure was confirmed by angiography.

RESULTS

The endoscopic retroperitoneal approach was used to treat 46 patients with CACS. One patient (2%) required conversion to an open procedure due to suprarenal artery bleeding. Release was ended prematurely in one patient due to a pneumothorax resulting in loss of working space. A postoperative pneumothorax developed in two patients, of which one needed treatment. No other complications were observed. Postoperative angiography during inspiration and expiration showed normal vessel anatomy in 36 of 46 patients. Six of 10 patients with persisting intraluminal stenoses were treated endovascularly. Five of these were successful, which brings the primary-assisted anatomic patency for the total group to 89% (41 of 46 patients). Three patients are being observed, and endovascular treatment remains an option in case of insufficient improvement. On median follow-up of 20 months (range, 2-42 months) 41 patients were free of symptoms or showed significant improvement.

CONCLUSIONS

The endoscopic retroperitoneal approach for the release of the CA in CACS, with additional endovascular treatment of persistent stenosis, is feasible and effective. Short-term results were comparable with the open procedure.

Gastric exercise tonometry: the key investigation in patients with suspected celiac artery compression syndrome

INTRODUCTION

Controversy continues about the mere existence of the celiac artery compression syndrome. Earlier results of treatment of unselected patients groups showed varying, mostly disappointing, results. The recently introduced gastric exercise tonometry test is able to identify patients with actual gastrointestinal ischemia. We prospectively studied the use of gastric exercise tonometry as a key criterion for revascularization treatment in patients with otherwise unexplained abdominal complaints and significant stenosis of the celiac artery by compression of the arcuate ligament.

METHODS

Patients were prospectively selected using abdominal artery angiography and gastric exercise tonometry. Patients with a significant compression of the celiac artery, typical abdominal complaints, and abnormal tonometry were considered for revascularization.

RESULTS

Over a 7-year period, 43 patients with significant celiac artery compression were included in this study, and 30 patients were diagnosed as ischemic. Twenty-nine patients had revascularization, 22 (76 %) had a trunk release only. After a median follow-up of 39 months, 83% of patients were free of symptoms. The repeated tonometry after treatment improved in 100% of patients free of symptoms, compared with 25% in patients with persistent complaints after revascularization.

CONCLUSIONS

The results of this study suggest that the celiac axis compression syndrome exists and that the actual ischemia can be detected by gastric exercise tonometry and treated safely, with success.

Coeliac artery compression

Four women with abdominal pain and compression of the coeliac artery by the median arcuate ligament of the diaphragm are described. Pain was relieved in each case by decompression or reconstruction of the coeliac artery. A case in favour of the existence of the coeliac artery compression syndrome is presented.