Archives of Animal Nutrition · 2007 · 18 citations · 20 references
Life SciencesAnimal SciencesNutritional SciencesMacronutrient MetabolismNutritional BiochemistryNutritional PhysiologyCarbohydrate MetabolismCarbohydrate NutritionDigestion Of MacronutrientsDigestive PhysiologyNutrient DigestionCaecal FermentationCecal FermentationDigestive Enzyme RegulationDisaccharidase ActivityEnzyme Supplementation Effects On DigestibilityEnzymesFatty AcidsVolatile Fatty Acids
The effects of different modes of inulin supplementation on caecal fermentation were evaluated in rats. Groups S and IN were fed diets containing 5% of sucrose or inulin, respectively, for the whole experimental period of 40 days. Group IN/S was fed IN and S diets, whereas group S/IN was fed S and IN diets, in the first and the second 20-day period, respectively. Groups IN(up) and IN(down) were fed diets in which the content of inulin increased from 1-5% and decreased from 5-1%, every 8 days, respectively. The common effects of inulin on caecal fermentation, i.e. enlargement of tissue, acidification of digesta, a decrease in activities of potentially harmful bacterial enzymes (beta-glucuronidase and beta-glucosidase), and an increase in the total volatile fatty acids concentration and pool, were especially observed in the IN, S/IN and IN(up) groups. The results suggested that the intensity of caecal fermentation is increased when inulin is present at a relatively high dietary level and that these changes are easily reversible after inulin withdrawal from feed.
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Recommendations for euthanasia of experimental animals: Part 2
Bryony Close, Keith Banister, Vera Baumans et al. · Laboratory Animals · 1997 · 507 citations · Full text