Cardiovascular and interventional radiology · 2017
Transnasal Snare Technique for Retrograde Primary Jejunostomy Placement After Surgical Gastrojejunostomy.
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Srinivasa Rajiv N, Chick Jeffrey Forris Beecham, Hage Anthony N, Shields James J, Saad Wael E, Majdalany Bill S, Srinivasa Ravi N
Аннотация
PURPOSE: To report a transnasal snare technique for retrograde primary jejunostomy placement after surgical gastrojejunostomy.
MATERIALS AND METHODS: Two patients underwent the transnasal snare technique for retrograde primary jejunostomy placement. Patients included two females, age 58 and 62. In both patients, a gooseneck snare was inserted in a transnasal fashion. After insertion of the snare into the jejunum, the location was confirmed with ultrasound. The snare was then targeted using a Chiba needle through which a 0.018-inch wire was advanced and snared through the nose. The wire was exchanged for a 0.035-inch Amplatz wire over which the tract was serially dilated followed by insertion of the jejunostomy catheter through a peel-away sheath. Technical success, complications, and follow-up were recorded.
RESULTS: Primary jejunostomy placement was technically successful in both patients. No minor or major complications occurred. Both patients received enteral nutrition the day following placement. Follow-up was at 54 and 38 days for patients 1 and 2, respectively.
CONCLUSION: The transnasal snare technique provides a novel alternative for primary jejunostomy insertion allowing for targeting of the jejunum with improved procedural success and no complications.
MATERIALS AND METHODS: Two patients underwent the transnasal snare technique for retrograde primary jejunostomy placement. Patients included two females, age 58 and 62. In both patients, a gooseneck snare was inserted in a transnasal fashion. After insertion of the snare into the jejunum, the location was confirmed with ultrasound. The snare was then targeted using a Chiba needle through which a 0.018-inch wire was advanced and snared through the nose. The wire was exchanged for a 0.035-inch Amplatz wire over which the tract was serially dilated followed by insertion of the jejunostomy catheter through a peel-away sheath. Technical success, complications, and follow-up were recorded.
RESULTS: Primary jejunostomy placement was technically successful in both patients. No minor or major complications occurred. Both patients received enteral nutrition the day following placement. Follow-up was at 54 and 38 days for patients 1 and 2, respectively.
CONCLUSION: The transnasal snare technique provides a novel alternative for primary jejunostomy insertion allowing for targeting of the jejunum with improved procedural success and no complications.