American journal of surgery · 2001
A new biliodigestive anastomosis technique to prevent reflux and stasis.
Сравнительное исследованиеСтатьяПоддержка исследования: вне правительства СШАНазвание и аннотация: Перевод пока не подготовлен
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Klaus A, Weiss H, Kreczy A, Eigentler A, Neher C, Margreiter R, Pernthaler H
Аннотация
BACKGROUND: The Roux-en-Y procedure for biliodigestive drainage is most widely accepted, but 10% to 15% of patients postoperatively suffer from a blind-loop syndrome or cholangitis due to motility disorders. A new biliodigestive technique is evaluated in a rat model to prevent these complications.
METHODS: This experimental study in Wistar rats compares the Roux-en-Y technique with a new biliodigestive anastomosis creating a jejunal loop with luminal occlusion. Clinical parameters, small bowel motility, bacteriologic growth, and liver histopathology were evaluated in native and postoperative animals within a study period of 180 days.
RESULTS: Both operative procedures were well tolerated. After 6 months intense fibrosis of the liver and high-grade purulent cholangitis were observed in animals in the Roux-en-Y group. In these animals enterobacter and enterococci overgrowth was found. Myoelectric small bowel recordings revealed significant impairment of slow-wave frequency, aboral velocity, and action potentials (percentage of phase III) in Roux-en-Y animals.
CONCLUSIONS: Motility disorders after conventional Roux-en-Y biliodigestive anastomosis are pivotal for histomorphological damage and infectious findings and can be prevented by using the new technique to create a jejunal loop with luminal occlusion.
METHODS: This experimental study in Wistar rats compares the Roux-en-Y technique with a new biliodigestive anastomosis creating a jejunal loop with luminal occlusion. Clinical parameters, small bowel motility, bacteriologic growth, and liver histopathology were evaluated in native and postoperative animals within a study period of 180 days.
RESULTS: Both operative procedures were well tolerated. After 6 months intense fibrosis of the liver and high-grade purulent cholangitis were observed in animals in the Roux-en-Y group. In these animals enterobacter and enterococci overgrowth was found. Myoelectric small bowel recordings revealed significant impairment of slow-wave frequency, aboral velocity, and action potentials (percentage of phase III) in Roux-en-Y animals.
CONCLUSIONS: Motility disorders after conventional Roux-en-Y biliodigestive anastomosis are pivotal for histomorphological damage and infectious findings and can be prevented by using the new technique to create a jejunal loop with luminal occlusion.