Overview
- Editors:
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M. B. Roberfroid
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Université Catholique de Louvain, Brussels, Belgium
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V. Préat
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Université Catholique de Louvain, Brussels, Belgium
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Table of contents (26 papers)
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Experimental and Human Liver Carcinogenesis: Cause and Modulation
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- Véronique Préat, Nathalie Delzenne
Pages 41-50
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- Stan D. Vesselinovitch, Nikola Mihailovich, Silvana Negri
Pages 51-62
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- Zsuzsa Schaff, Károly Lapis
Pages 63-76
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Morphological Alterations During Liver Carcinogenesis
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- Peter Bannasch, Harald Enzmann, Youbing Ruan, Edgar Weber, Heide Zerban
Pages 89-103
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- Hans Jörg Hacker, Gabriele Seelmann-Eggebert, Fritz Klimek, Peter Peschke, Rolf F. Kletzien
Pages 105-118
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Cell Proliferation, Cell Death and Liver Carcinogenesis
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Front Matter
Pages 119-119
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- A. Columbano, G. M. Ledda-Columbano, P. Coni, D. S. R. Sarma, P. Pani
Pages 133-141
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- W. Bursch, R. Schulte-Hermann
Pages 143-159
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Biochemical Alterations During Liver Carcinogenesis
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Front Matter
Pages 161-161
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- U. Gerbracht, E. Roth, K. Becker, M. Reinacher, E. Eigenbrodt
Pages 163-174
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- Lennart C. Eriksson, Pehr Rissler, Niclas Andersson, Christer Möller, Gunnar Norstedt, Göran Andersson
Pages 175-184
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- P. Pani, S. Dessì, B. Batetta
Pages 185-193
About this book
The meeting on experimental hepatocarcinogenesis which took place in Spa, Belgium at the end of May 1987 was the Second European Meeting. About 100 scientists, mostly from Europe but also from the United States, met there for three days in a very friendly atmosphere to exchange knowledge and ideas on experimental and human liver carcinogenesis. The main topics discussed during the meeting included general reviews on hepatocarcinogenesis, experimental models of hepa tocarcinogenesis, biology of hepatocarcinogenesis, and in vitro studies in hepatocarcinogenesis. They are all covered by the various chapters of this proceedings volume, which reflects the present state of knowledge in this important field of cancer research. The final aim of that research is to understand the basic mechanisms of carcinogenesis. The liver offers a parti cularly interesting tool to reach such a goal. Indeed, its biochemistry, its morphology, and its physiology are very diverse, but relatively well known. Various protocols have been developed to produce hepatocellular carcinomas or other malignant tumors. Their appearance is most often preceded by phenotypically altered foci and nodules which have been isolated and characterized. The major cell populations of normal, neoplastic, and malignant livers have been cultivated.
