BACKGROUND AND AIMS: Lactulose fermentation by the intestinal microflora acidifies the
gut contents, resulting in an increased resistance to colonisation by acid sensitive …

Recently we showed that supplemental dietary calcium stimulates the intestinal formation of
insoluble calcium phosphate and decreases the ratio of dihydroxy to trihydroxy bile acids in …

It has been hypothesized that bile acids and fatty acids promote colon cancer. A proposed
mechanism is a lytic effect of these surfactants on colonic epithelium, resulting in a …

Unconjugated secondary bile acids can promote colon cancer by damaging colonic mucosa
and consequently increasing epithelial proliferation. It has been proposed that dietary …

BACKGROUND & AIMS: Dietary calcium decreases the cytotoxicity of intestinal contents and
intestinal epitheliolysis by precipitating cytotoxic surfactants such as bile acids. A decreased …

Red meat and colon cancer: The cytotoxic and hyperproliferative effects of low concentrations
of dietary heme × Close The Infona portal uses cookies, ie strings of text saved by a browser …

Red meat and colon cancer: Dietary heme, but not fat, has cytotoxic and hyperproliferative
effects on the colonic epithelium × Close The Infona portal uses cookies, ie strings of text …