The purpose of this presentation is to outline regulatory decision-making for carcinogenic chemicals in Japan with special attention to the chemicals found during toxicity testing to cause liver foci in rats.
BannaschPAndersFBeckerRCabralJRDella PortaGFeronVJHenschlerDItoNKroesRMageePNMontesanoRNaplkovNPNesnowSRaoGNWilbournJ (1986). Early preneoplastic lesions. In: Long-Term and Short-Term Assays for Carcinogenesis: A Critical Appraisal (IARC Scientific Publications No. 83), MontesanoRBartschHVainioHWilbournJYamasakH (eds). IARC, Lyon, pp. 85–101.
2.
BannaschPZerbanHHeckerHJ (1985). Foci of altered hepatocytes, rat. In: Monographs of Pathology of Laboratory Animals, Digestive System, JonesTCMohrUHuntRD (eds). Springer-Verlag, Berlin, Heidelberg, New York, Tokyo, pp. 10–29.
3.
HaradaT (personal communication).
4.
ItoNTsudaHTatematsuMInoueTTagawaYAokiTImaidaKFukushimaSAsamotoM (1988). Enhancing effect of various hepatocarcinogens on induction of preneoplastic glutathione S-transferase plancental form positive foci in rats—An approach for a new medium-term bioassay system. Carcinogenesis9: 387–394.
5.
JETOC News Letter No. 5 (1987). The reversion of the Japanese Chemical Substances Control Law. Japan Chemical Industry Ecology-Toxicology and Information Center, Tokyo.
6.
MatsushimaT (1986). Chemical safety evaluation in Japan. Proceedings of Satellite Symposium on Toxicity Testing of Industrial Chemicals, Tokyo, pp. 175–178.
7.
Office of Sciences and Technology Policy (1985). Chemical Carcinogenesis: A review of the science and its associated principle. Federal Register Part II, pp. 47–61.
8.
TsudaHHirohashiSShimosatoYTeradaMHasegawaH (1988). Clonal origin of atypical adenomatosus hyperplasia of the liver and clonal identity with hepatocellular carcinoma. Gastroenterology95: 1664–1666.