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Toxicological Risks of Selected Flame-Retardant Chemicals (2000)
Commission on Life Sciences (CLS)

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177
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Toxicological Risks of Selected Flame-Retardant Chemicals
Boric Acid

The weight of evidence indicates that boron compounds are not genotoxic (Table 8–4).

TABLE 8–4 Genotoxicity of Boron Compounds

Test System

Boron Compound

Genotoxicity End Point

Result

Reference

Escherichia coli Blr/Scl-4

Boric acid

Gene mutations

Positive

Demerec et al. 1951

Salmonella typhimuirum

Boric acid, borax

Gene mutations

Negative

NTP 1987

Salmonella typhimuirum

Boric acid

Gene mutations

Negative

Stewart 1991

Human fibroblasts

Borax

Gene mutations

Negative

Landolph 1985

V79 Chinese hamster ovary cells

Borax

Gene mutations

Weakly positive

Landolph 1985

C3H/10T1/2

Borax

Gene mutations

Negative

Landolph 1985

Chinese hamster ovary cells

Boric acid, borax

Sister-chromatid exchange and chromosomal aberrations

Negative

NTP 1987

Mouse lymphoma cells

Boric acid

Gene mutations

Negative

Rudd 1991, as cited in Moore 1997

Mouse lymphoma cells

Boric acid, borax

Gene mutations

Negative

NTP 1987

F-344 rat

Boric acid

Hepatocyte unscheduled DNA synthesis

Negative

Bakke 1991, as cited in Moore 1997

Swiss-Webster mice

Boric acid

Micronucleus test

Negative

O’Loughlin 1991, as cited in Moore 1997

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177