Table 2-5Genotoxicity of Bromodichloromethane In Vivo

Species (exposure route)EndpointResultsReference
Human (urine samples evaluated in Salmonella assay)Reverse mutations (Ames assay) Kogevinas et al. 2010
Human (peripheral blood lymphocytes; whole-body exposure in indoor pool)DNA damage (comet assay) Kogevinas et al. 2010
Rat (single gavage dose of 0.3 or 0.6 mM/kg in deionized water or 0.25% emulphor; 0.6–2.4 g/L in drinking water for 2 or 5 weeks)DNA damage (single strand breaks) Geter et al. 2004
Rat (single gavage dose of 1.5 mmol/kg in 4% emulphor)DNA damage (single strand breaks) Potter et al. 1996
Rat (single gavage dose of 458 mg/kg)DNA damage in kidney cells (single strand breaks)+ Robbiano et al. 2004
Rat (single gavage dose of 135 or 450 mg/kg in methylcellulose)Unscheduled DNA synthesis in liver cells Stocker et al. 1997
Human (peripheral blood lymphocytes; whole-body exposure in indoor pool)Micronucleus test+ Kogevinas et al. 2010
Human (exfoliated urothelial cells; whole-body exposure in indoor pool)Micronucleus test Kogevinas et al. 2010
Rat (single gavage dose of 458 mg/kg)Micronucleus test in kidney cells+ Robbiano et al. 2004
Mouse (inhalation exposure to 1–150 ppm 6 hour/day for 7 days or 0.5–30 ppm 6 hours/day, 7 days/week for 3 weeks)Micronucleus test in bone marrow and peripheral blood(+) Torti et al. 2002
Rat (bone marrow; intraperitoneal)Chromosomal aberrations+ Fujie et al. 1990
Rat (bone marrow; gavage in water)Chromosomal aberrations(+) Fujie et al. 1990
Mouse (50 or 100 mg/kg/day via gavage in corn oil for 4 days)Sister chromatid exchange in bone marrow cells+Morimoto and Koizumi 1983; Tucker et al. 1993

− = negative result; + = positive result; (+) = weakly positive results

From: CHAPTER 2, HEALTH EFFECTS

Cover of Toxicological Profile for Bromodichloromethane
Toxicological Profile for Bromodichloromethane.

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