Quantifying risk and accuracy in cancer risk assessment: The process and its role in risk management problem-solving Angelo TurturroRonald W. Hart Editorial Pages: 125 - 132
Radiation doses in Europe after the Chernobyl accident Gunnar Bengtsson Radiation Risks Pages: 133 - 137
Cancer and leukemia risks after low level radiation— Controversy, facts and future Baruch Modan Radiation Risks Pages: 151 - 161
Cancer genes generated by rare chromosomal rearrangements rather than activation of oncogenes Peter H. Duesberg Viruses and Cancer Risks Pages: 163 - 175
Viruses and cancer risks: Outgrowth of Epstein-Barr virus-positive Burkitt's lymphoma in the immune host A. B. RickinsonC. D. GregoryL. S. Young Viruses and Cancer Risks Pages: 177 - 186
Have we reduced the risk of getting cancer or of dying from cancer? An update John C. BailardElaine M. Smith Chemical Cancer Risks Pages: 193 - 198
Leukaemia and lymphoma risks derived from solvents Lars Brandt Chemical Cancer Risks Pages: 199 - 205
Nutritional cancer risks derived from energy and fat Artemis P. Simopoulos Chemical Cancer Risks Pages: 227 - 239
The iatrogenic leukaemias induced by radio-and/or chemotherapy Y. Najean Chemical Cancer Risks Pages: 245 - 257
Psychological reactions to cancer risks after the Chernobyl accident Lennart SjöbergBritt-Marie Drottz The Fear of Cancer Pages: 259 - 271
