PubMed · 12111079
The source did not provide an abstract. Follow the original record for more information.
Explore connections, maps & timelines
H Schmidt, N Abolmaali, T J Vogl. 2002-03-23. Double bubble sign.. https://doi.org/10.1007/s00330-002-1341-2
Cite the original work for its findings. Save a collection to share your selection of sources.
KEEP EXPLORING
A case of Peutz-Jeghers Syndrome (PJS) presenting in infancy with gastric-outlet obstruction is described. PJS may become symptomatic at any age and should be suspected when there are obstructive symptoms or gastrointestinal blood loss in a baby with a positive family history. Contrast studies and endoscopy are useful in diagnosis and surveillance. Treatment requires a combination of endoscopy and laparotomy/laparoscopy. Because of the reported cancer risk, we recommend surveillance from the age of diagnosis.
INTRODUCTION: The aim of this study was to evaluate prospectively the impact of the routine use of abdominal spiral computed tomography (SCT) in patients with postoperative small bowel obstruction (SBO) for whom initial conservative treatment was proposed. PATIENTS AND METHODS: We have compared the management of SBO in patients with clinical stable condition in two successive periods : from 1989 to 1998, 127 patients (preSCT group) for whom management was based on standard clinical-biological-radiological assessment (CBRA) et from 1999 to 2000, 30 patients (SCT group) for whom management included SCT. The decision of surgical team was correlated with the type of small bowel obstruction at laparotomy : closed-loop obstruction without intestinal necrosis (true-positive), intestinal necrosis as a consequence of delayed diagnosis defined as false-negative, diffuse adhesion defined as false-positive et patient non operated defined as true-negative. RESULTS: Among the 127 patients from the preSCT group, 87 were treated conservatively and 40 were operated : SBO with closed-loop obstruction without intestinal necrosis (n = 29,72%), SBO with diffuse adhesion (n = 4, 10%) and SBO with intestinal necrosis (n = 7, 17%). Among the 30 patients from the SCT group, 16 were treated conservatively and 14 were operated: SBO with closed-loop obstruction without intestinal necrosis (n = 8, 57%), SBO with diffuse adhesion (n = 6,43%) and SBO with intestinal necrosis (n = 0,0%; NS). Both groups were similar for rates of patients with SBO with or without necrosis and rate of patients treated conservatively (NS). In SCT group, there was significantly more patients operated for diffuse adhesions (p < 0,01). Negative predictive value of CBRA + TDM was significantly higher than those of CBRA alone (p = 0,041). CONCLUSION: Due to a very high sensibility, TDM increase probably the rate of early laparotomies, maybe unnecessary, in patients without any sign of SBO due to closed-loop obstruction. Thus, systematic use of TDM in patients with clinical suspicion of SBO remains to be evaluated.
BACKGROUND/PURPOSE: Duodenal obstruction, such as that resulting from atresia or web, routinely has been corrected by laparotomy and duodenoduodenostomy. Until recently, no one has reported on the use of minimally invasive techniques to correct this congenital anomaly. Over the last 6 months we have approached 4 patients, 3 with atresia and one with a web, laparoscopically. Three were newborns, and one was 8 months old. METHODS: All procedures were performed with 3-mm instruments and scopes. RESULTS: Operating time in all cases was less then 90 minutes. Visualization was excellent, and there were no intraoperative complications. Feedings were started on postoperative day 5 in all 3 neonates and day 3 in the infant. All 4 were on full feedings after 3 days. Follow-up upper gastrointestinal tests show no evidence of stricture or obstruction. CONCLUSION: Laparoscopy provides an excellent way to evaluate and treat congenital duodenal obstruction.