Establishment of a bioassay system for cancer risk assessment in energy technology Page: 4 of 196
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TABLE OF CONTENTS
I. INTRODUCTION - (G. Stapleton) 1
II. CONFERENCE DESCRIPTION 4
III. LIST OF PARTICIPANTS 7
IV. QUESTIONNAIRE AND EXCERPTS FROM REPLIES 12
V, RESEARCH STATUS REPORTS 86
Mutagenicity and Carcinogenicity Tests of
Products and Wastes from Fossil
Fuels - M. Guerin 86
Metabol ic Activation of Carcinogens - H. Gelboin 87
Immunological Detection and Quantification of DNA
Components Structurally Modified by Alkylating
Carcinogens, Mutagens and Chemotherapeutic
Agents - M. Rajewsky 89
Role of DNA Repair in Carcinogenesis - R. Setlow 91
Human Cell Transformation Studies - J. McCormick 93
The Transformation of Epithelial Cells - S. Yuspa 94
Mechanisms of Tumor Promotion - J. Barrett 96
Special Note on Human Tissue
Experimentation - B. Trump 100
Human Cell Transformation Studies with Emphasis
on Epithelial Cells - H. Smith 104
Current Progress of the International AGency
for Cancer Research - H. Yamasaki 113
VI. SPECIAL COMMENTS 118
On the Development of Predictive Short-Term
Assays - M. Mendelsohn 118
Plasminogen Activator, DNA Repair, and the Rapid
Detection of Human Cellular Responses to
DNA Damaging Agents - M. Maclnnes and
B. Crawford 121
Viral Oncology as Related to Cancer Risk
Assessment - S. Astrin 124
Speculations on Mechanisms of Multistage
Hepatocarcinogenesis - Models for Promotion
and Initiation - C. Peraino 128
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Ts'o, P.O.P.; Bruce, S.A. & Brown, A. (eds.). Establishment of a bioassay system for cancer risk assessment in energy technology, article, September 1, 1983; United States. (digital.library.unt.edu/ark:/67531/metadc1093075/m1/4/: accessed February 20, 2019), University of North Texas Libraries, Digital Library, digital.library.unt.edu; crediting UNT Libraries Government Documents Department.