Endoscopy 2010; 42: E109
DOI: 10.1055/s-0029-1243947
Unusual cases and technical notes

© Georg Thieme Verlag KG Stuttgart · New York

Endoscopic intraluminal vacuum therapy of duodenal perforation

G.  Loske1 , T.  Schorsch1 , C.  T.  Mueller1
  • 1Department of Surgery, Katholisches Marienkrankenhaus, GmbH, Hamburg, Germany
Further Information

G. Loske, MD 

Department of Surgery
Katholisches Marienkrankenhaus, GmbH

Alfredstraße 9
22087 Hamburg
Germany

Fax: +49-40-25461400

Email: loske.chir@marienkrankenhaus.org

Publication History

Publication Date:
19 March 2010 (online)

Table of Contents

Since 2006, we have been developing a technique that allows placement of an endoscopic vacuum sponge under direct endoscopic visualization [1] [2] [3]. A patient underwent jejunal segment resection of an isolated small metastasis. At the duodeno-jejunal anastomosis, a drainage catheter (Passive Drainage Ch.21, Primed®, Halberstadt, Germany) was placed intraoperatively. On Day 6, bilious material was observed discharging through the perianastomotic drain. Computed tomography scan found a large retropancreatic fluid accumulation. The patient had no clinical symptoms. An endoscopic examination was carried out and revealed that the drainage tube had perforated the duodenal bulb, resulting in a circumscribed defect of 15 mm, with an otherwise intact anastomosis and no signs of mucosal ischemia ([Fig. 1 a]).

Instead of intracavitary placement, an intraluminal placement of the sponge was utilized to treat the compartmentalized perforation defect. Under general anesthesia a stomach tube (Vetrol™, 14 Ch × 120 cm, Mallinckrodt Medical, Athlone, Ireland) was inserted through the nose, the distal tip was lead out orally, shortened, inserted in polyurethane foam (Endo-SPONGE®, B-Braun Medical Ltd., Sheffield, UK) and secured by suture. The sponge was size-adjusted and grasped with a tripod-equipped endoscope, and then introduced into the duodenal lumina and onto the defect under direct endoscopic visualization. A suction pressure of 125 mm Hg was applied, resulting in the intraluminal fixation of the sponge, occlusion of the duodenum, and successive cessation of bilious discharge. A second transnasal stomach tube drained the gastric fluids.

After 2 days the suction was discontinued, and the sponge was gently extracted. The mucosa surrounding the defect showed reddening and subtle erosions. The vacuum sponge system was replaced and the perianastomotic drain removed.

After a total of 7 days and one system change, the intraluminal vacuum therapy was stopped. A small ulcer remained at the site of the defect ([Fig. 1 b]). Full oral nutrition began 2 days after removal of the vacuum sponge. A check-up examination 5 days later showed a small superficial ulcer ([Fig. 1 c)].

Follow-up endoscopy at 6 months post-therapy showed normal duodenal mucosa without any stenosis ([Fig. 1 d]).

Zoom Image

Fig. 1 Progression of treatment response following endoscopic intraluminal vacuum therapy of a duodenal perforation. a Duodenal perforation. b End of therapy on Day 7. c At 5 days post-treatment. d At 6 months post-treatment.

Competing interests: Dr Loske and Professor Mueller have received honoraria from BBD Aesculap for organizing and performing a workshop dealing with vacuum therapy of anastomotic dehiscence following resections in the upper and lower gastrointestinal tract.

Endoscopy_UCTN_Code_TTT_1AO_2AI

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References

G. Loske, MD 

Department of Surgery
Katholisches Marienkrankenhaus, GmbH

Alfredstraße 9
22087 Hamburg
Germany

Fax: +49-40-25461400

Email: loske.chir@marienkrankenhaus.org

#

References

G. Loske, MD 

Department of Surgery
Katholisches Marienkrankenhaus, GmbH

Alfredstraße 9
22087 Hamburg
Germany

Fax: +49-40-25461400

Email: loske.chir@marienkrankenhaus.org

Zoom Image

Fig. 1 Progression of treatment response following endoscopic intraluminal vacuum therapy of a duodenal perforation. a Duodenal perforation. b End of therapy on Day 7. c At 5 days post-treatment. d At 6 months post-treatment.