Title of article :
Small Bowel Bacterial Overgrowth in Patients with Irritable Bowel Syndrome: The First Study in Iran
Author/Authors :
HayatBakhsh Abbasi, Mehdi Clinical Research Unit - Afzalipour Hospital - Kerman University of Medical Sciences , Zahedi, MohammadJavad Clinical Research Unit - Afzalipour Hospital - Kerman University of Medical Sciences , Darvish Moghadam, Sodaif Clinical Research Unit - Afzalipour Hospital - Kerman University of Medical Sciences , Shafieipour, Sara Clinical Research Unit - Afzalipour Hospital - Kerman University of Medical Sciences , HayatBakhsh Abbasi, Mahroo Clinical Research Unit - Afzalipour Hospital - Kerman University of Medical Sciences
Abstract :
BACKGROUND
Small intestinal bacterial overgrowth (SIBO) may have a role in the pathophysiology
of irritable bowel syndrome (IBS). So, the aim of this study was
to assess the association between SIBO and IBS by using glucose breath test
(GBT) in Kerman city as the first study in Iranian population.
METHODS
107 patients with IBS and 107 healthy individuals were enrolled in our
study. All the participants underwent GBT. A peak of H2 values >20 p.p.m
above the basal value after glucose ingestion was considered suggestive of
SIBO. SPSS software version 17 was used for data analysis. P value < 0.05 was
considered as statistically significant.
RESULTS
Of the 107 patients with IBS, 40 had positive GBT (37.4%) compared with
14 (12.1%) out of the 107 control participants(p< 0.001). Dominant symptoms
in patients with IBS were diarrhea in 36(33.6%), constipation in 12(11.2%),
abdominal pain in 22(20.6%), bloating in 28(26.2%), and change in bowel
habit in 9(8.4%) patients. There was not statistically significant difference
among any of this IBS subgroups and positive GBT (p=0.44).
CONCLUSION
There is a positive association between IBS and SIBO. We suggest a Placebo-
controlled bacterial eradication study for identifying the role of SIBO in
IBS.
Keywords :
Iran , Glucose breath test , Small intestinal bacterial over growth , Intestinal bacterial overgrowth
Journal title :
Astroparticle Physics