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Reichl, F.X. (author), Durner, J. (author), Kunzelmann, K.H. (author), Hickel, R. (author), Spahl, W. (author), Hume, W.R. (author), Moes, G.W.H (author), Kehe, K. (author), Walther, U. (author), Forth, W. (author)
The excretion of the dental composite component triethylene glycol dimethacrylate (TEGDMA) in feces and urine in vivo and, using the pendular perfusion technique with segments of jejunum and colon, the biliary and enteric excretion in situ were investigated in anesthetized guinea pigs. In the in situ experiments guinea pigs (n=4) received TEGDMA...
article 2001
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Reichl, F.X. (author), Durner, J. (author), Hickel, R. (author), Kunzelmann, K.H. (author), Jewett, A. (author), Wang, M.Y. (author), Spahl, W. (author), Kreppel, H. (author), Moes, G.W.H. (author), Kehe, K. (author), Walther, U. (author), Forth, W. (author), Hume, W.R. (author)
The monomer triethyleneglycoldimethacrylate (TEGDMA) is used as a diluent in many resin-based dental materials. It was previously shown in vitro that TEGDMA was released into the adjacent biophase from such materials during the first days after placement. In this study, the uptake, distribution, and excretion of 14C-TEGDMA applied via gastric,...
article 2001