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. 2015 Jun 19;6(3):184–191. doi: 10.1016/j.shaw.2015.05.005

Table 3.

Summary of studies focusing on in vitro and in vivo mutagenicity and carcinogenicity of allyl chloride

Tests Species Protocol Results Refs
Genetic toxicity in vitro
bacteria test
(gene mutation)
Salmonella typhimurium Plate inc. assay 2 tests negative, 1 positive in TA1535 with S9 Dean et al [40]
McCoy et al [41]
Spot test 2 tests positive (in TA1535 with S9)
(in TA1535 with & without S9)
Neudecker & Henschler [42]
Liquid susp. assay Positive in TA100 without S9 Eder et al [43]
Escherichia coli Spot test Positive with & without S9
Nonbacterial in vitro test (gene mutation) Streptomyces coelicolor Plate inc. assay Positive for both forward & reverse mutation Bignami et al [7]
Spot test Positive for both forward & reverse mutation
Aspergillus nidulans
Saccharomyces cerevisiae
Plate inc. assay
Spot test
Liquid suspension assay
Negative
Negative
Positive both with & without S9
Nonbacterial in vitro test (chromosomal aberration) A. nidulans
Rat liver RL1
Other
Other
Increase in haploid segregants & diploid nondisjunctional sectors
negative
Crebelli et al [44]
Dean et al [40]
Human HeLa S3 H3-thymidine incorp. Positive UDS Schiffmann et al [45]
DNA-modifying activity E. coli Other Positive in pol A1 McCoy et al [41]
Genetic toxicity in vivo Rat/CD
Rat/DC
Micronucleus test Dominant lethal assay
Sperm abnormality
Negative
Negative
McGregor [46]
Mouse/B6C3F1 SLRL test Negative
Drosophila melanogaster Negative

SLRL, sex-linked recessive lethal; UDS, unscheduled DNA synthesis.

Information is mostly obtained by searching in United Nations Environment Programme (UNEP). OECD SIDS report: chloropropene (CAS no.: 107-05-1). Nairobi (Kenya): UNEP Publications; 1996.