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Small bowel stenosis in Crohn's disease: clinical, biochemical and ultrasonographic evaluation of histological features

Authors :
Giovanni Maconi
Massimo Cristaldi
Angelo Maria Taschieri
Giuseppe Sampietro
Gianluca Vago
Sandro Ardizzone
Paolo Fociani
Luca Carsana
F. Parente
G. Bianchi Porro
Source :
Alimentary Pharmacology & Therapeutics. 18:749-756
Publication Year :
2003
Publisher :
Wiley, 2003.

Abstract

Summary Aim : To establish whether intestinal ultrasound, clinical or biochemical indices of activity can assess histological features of ileal stenosis in Crohn's disease. Methods : In 43 patients undergoing surgery for a single ileal stenosis, clinical and biochemical parameters, as well as intestinal ultrasound, were assessed prior to surgery. The echo pattern of thickened bowel segments at the site of stenosis was classified as hypoechoic, stratified or mixed (segments with/without stratification). During surgery, stenoses were identified, resected and then histologically examined using standardized criteria. Results : Clinical and biochemical indices of activity showed an overall weak positive correlation with histological inflammatory parameters and a negative correlation with fibrosis. The intestinal ultrasound echo pattern at the stenosis site was stratified in 25 patients, hypoechoic in 14 and mixed in four. Stenoses characterized by a stratified echo pattern showed a significantly higher degree of fibrosis, those characterized by hypoechoic echo pattern showed a higher degree of inflammation, while stenoses with a mixed echo pattern showed high degrees of both fibrosis and inflammation. Conclusion : Ultrasound and, to a lesser degree, clinical and laboratory indices discriminate between inflammatory and fibrotic ileal stenoses complicating Crohn's disease, thus allowing appropriate medical and/or surgical treatment to be defined.

Details

ISSN :
02692813
Volume :
18
Database :
OpenAIRE
Journal :
Alimentary Pharmacology & Therapeutics
Accession number :
edsair.doi...........5fb198b9536c51cc49166692ea7c6472