Background and objectives: New therapeutic protocols for patients with end-stage Parkinson disease include a carbidopa/levodopa combination using continuous, modulated enteral administration via a portable pump. The typical approach involves a percutaneous endoscopic transgastrostomy jejunostomy (PEG-J), which requires a combination of procedures designed to ensure that no organ is interposed between the abdominal wall and the gastric surface. Lack of transillumination in maximal endoscopic light settings is a major contraindication for PEG-J, and we decided to use a different approach to establish enteric access for long-term medication delivery via pump, using a minimally invasive procedure.
Methods: In all patients, we performed a laparoscopic-assisted percutaneous transgastrostomy jejunostomy (LAPEG-J) after an unsuccessful endoscopic transillumination.
Results: Five patients with end-stage Parkinson disease were referred to our department after successful therapeutic testing with administration of levodopa/carbidopa via naso-jejunal tube. All patients failed the endoscopic transillumination during the endoscopic procedure and were considered for LAPEG-J. In all patients, the LAPEG-J procedure was uneventful. The most common reason identified for failed transillumination was a high position of the stomach, followed by interposition of the liver or colon between the stomach and anterior abdominal wall. There were no complications regarding the LAPEG-J procedure, and all patients were discharged during the second postprocedural day.
Conclusions: LAPEG-J provides a simple and safe option for placing a jejunostomy after an unsuccessful PEG-J attempt.
Keywords: LAPEG-J; Laparoscopy; Parkinson disease.