Gastrointestinal endoscopy · 2014
Endoscopy and EUS are key for effective surveillance and management of duodenal adenomas in familial adenomatous polyposis.
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Gluck Nathan, Strul Hana, Rozner Guy, Leshno Moshe, Santo Erwin
Аннотация
BACKGROUND: Patients with familial adenomatous polyposis (FAP) are prone to developing duodenal adenoma and cancer. Optimal surveillance and management of these adenomas are not well established.
OBJECTIVE: We assessed the outcome of FAP patients undergoing intense multimodal surveillance and subsequent endoscopic resection of advanced lesions.
PATIENTS: Eighty consecutive FAP patients enrolled during 2001 to 2011 from the Familial Cancer Clinic of a tertiary hospital as part of routine surveillance.
DESIGN: Case series, prospective in years 2006 to 2011 and retrospective in years 2001 to 2006.
SETTING AND INTERVENTION: Patients were followed by annual forward-view and/or side-view upper endoscopy. A biopsy sample was obtained from visible lesions and normal papillae. Ampullary adenomas were further assessed by EUS to determine dimensions and resectability. Advanced adenomas (size ≥ 10 mm, villous type, high-grade dysplasia) underwent endoscopic ampullectomy or polypectomy and continued surveillance.
MAIN OUTCOME MEASUREMENTS: Detection of advanced adenomas by endoscopy and EUS, endoscopic maintenance of duodenum free of advanced adenoma and cancer.
RESULTS: Patients (38 men and 42 women, mean age 32.68 ± 13.60) were followed 7.2 years and underwent 5.36 diagnostic studies on average. Thirty-eight patients had ampullary adenomas. Advanced adenoma was diagnosed by endoscopy in 10 patients. Importantly, EUS upstaged 9 additional patients to advanced adenoma and downstaged 1, thus altering the treatment course in 36% of patients performing EUS. Endoscopic ampullectomy was performed in 15 patients. Adenoma recurred in 10. Five remained nonadvanced and 5 in advanced stages: 3 were successfully retreated endoscopically and 2 ultimately required surgery for residual adenoma. Advanced nonampullary adenomas were successfully resected endoscopically in 23 patients. No patient had duodenal cancer during the study period.
LIMITATIONS: Limited follow-up period, young age group, uncontrolled study.
CONCLUSIONS: In an intense surveillance program for FAP patients, both endoscopy and EUS were key in accurate selection of advanced adenomas for endoscopic resection. During a 10-year period, only 2 patients required elective surgery and no cancer was observed.
OBJECTIVE: We assessed the outcome of FAP patients undergoing intense multimodal surveillance and subsequent endoscopic resection of advanced lesions.
PATIENTS: Eighty consecutive FAP patients enrolled during 2001 to 2011 from the Familial Cancer Clinic of a tertiary hospital as part of routine surveillance.
DESIGN: Case series, prospective in years 2006 to 2011 and retrospective in years 2001 to 2006.
SETTING AND INTERVENTION: Patients were followed by annual forward-view and/or side-view upper endoscopy. A biopsy sample was obtained from visible lesions and normal papillae. Ampullary adenomas were further assessed by EUS to determine dimensions and resectability. Advanced adenomas (size ≥ 10 mm, villous type, high-grade dysplasia) underwent endoscopic ampullectomy or polypectomy and continued surveillance.
MAIN OUTCOME MEASUREMENTS: Detection of advanced adenomas by endoscopy and EUS, endoscopic maintenance of duodenum free of advanced adenoma and cancer.
RESULTS: Patients (38 men and 42 women, mean age 32.68 ± 13.60) were followed 7.2 years and underwent 5.36 diagnostic studies on average. Thirty-eight patients had ampullary adenomas. Advanced adenoma was diagnosed by endoscopy in 10 patients. Importantly, EUS upstaged 9 additional patients to advanced adenoma and downstaged 1, thus altering the treatment course in 36% of patients performing EUS. Endoscopic ampullectomy was performed in 15 patients. Adenoma recurred in 10. Five remained nonadvanced and 5 in advanced stages: 3 were successfully retreated endoscopically and 2 ultimately required surgery for residual adenoma. Advanced nonampullary adenomas were successfully resected endoscopically in 23 patients. No patient had duodenal cancer during the study period.
LIMITATIONS: Limited follow-up period, young age group, uncontrolled study.
CONCLUSIONS: In an intense surveillance program for FAP patients, both endoscopy and EUS were key in accurate selection of advanced adenomas for endoscopic resection. During a 10-year period, only 2 patients required elective surgery and no cancer was observed.