M. Akyildiz et al., Effects of somatostatin analogues and vitamin C on bacterial translocationin an experimental intestinal obstruction model of rats, J INVES SUR, 13(3), 2000, pp. 169-173
The passage of viable endogenous bacteria and their products across the int
act intestinal mucosal barrier, disseminating to the mesenteric lymph nodes
, peritoneal cavity, spleen, liver, and circulation, is defined as bacteria
l translocation. Intestinal obstruction induces bacterial translocation due
to mucosal disruption, motility dysfunction, and increased intestinal volu
me, leading to bacterial overgrowth. In a rat model of intestinal obstructi
on, the effects of both high-dose vitamin C (350 mu g/kg), an antioxidant a
gent known to have a cytoprotective effect in ischemia-reperfusion injury,
and somatostatin (20 mu g/kg), a gastrointestinal antisecretory agent, in p
reventing bacterial translocation were studied. Both intestinal and liver s
amples from the rats was observed, and it was found that the rate of bacter
ial translocation was 100% in the control group, and only 43% for the rats
who were given intraperitoneal vitamin C and somatostatin. The difference w
as statistically significant. In conclusion, we are convinced that vitamin
C and somatostatin analogues may have protective effects against bacterial
translocation in mechanical bowel obstruction.