Searched for: subject:"Germfree%5C%2Banimal"
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van Ommen, B. (author), de Bie, A.T.H.J. (author), Bär, A. (author), TNO Voeding (author)
The absorption, disposition, metabolism, and excretion of uniformly 14C-labeled α-cyclodextrin (14C-α-CD) was examined in four separate experiments with Wistar rats. In Experiment 1, 14C-α-CD (25μCi, 50mg/kg bw) was administered intravenously to four male and four female conventional rats. In Experiment 2, 14C-α-CD (25μCi, 200mg/kg bw) was given...
article 2004
TNO BIBRA (author), Edwards, C.A. (author), Rumney, C. (author), Davies, M. (author), Parrett, A.M. (author), Dore, J. (author), Martin, F. (author), Schmitt, J. (author), Stahl, B. (author), Norin, E. (author), Midtvedt, T. (author), Rowland, I.R. (author), Heavey, P. (author), Köhler, H. (author), Stocks, B. (author), Schroten, H. (author)
Objectives: Bacterial colonization of the infant gut may have important influences on the development of gastrointestinal, respiratory, and allergic disease. Early diet is a major determinant of the gut microflora. It is very difficult to carry out studies in human infants that can investigate the interaction of diet, flora, and mucosa. In this...
article 2003
van Ommen, B. (author), de Bie, B. (author), Bar, A. (author), TNO Voeding (author)
The metabolism and disposition of U-14C-erythritol was examined in four groups of three male and three female, nonfasted rats each. The rats of groups A and D were germfree; the rats of groups B and C were kept under conventional conditions. The rats of group B received an erythritol-supplemented diet for 3 weeks prior to the experiment (adapted...
article 1996